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- - - - - - - - - - - - - -]> - - - - The AspectJ<superscript>TM</superscript> 5 Development Kit Developer's Notebook - - - - the AspectJ Team - - - - - - Copyright (c) 2004, 2005 Contributors, - All rights reserved. - - - - - - This guide describes the changes to the AspectJ language - in AspectJ 5. These include support for Java 5 (Tiger) features, - support for an annotation-based development style for aspects, - and new reflection and tools APIs. - If you are new to AspectJ, we recommend you start - by reading the programming guide. - - - - - - &jpsigs; - &annotations; - &generics; - &autoboxing; - &covariance; - &varargs; - &enumeratedtypes; - &pertypewithin; - &ataspectj; - &reflection; - &miscellaneous; - <w; - - diff --git a/docs/adk15notebook/annotations.xml b/docs/adk15notebook/annotations.xml deleted file mode 100644 index f9be0d0da..000000000 --- a/docs/adk15notebook/annotations.xml +++ /dev/null @@ -1,1420 +0,0 @@ - - - Annotations - - - Annotations in Java 5 - - - This section provides the essential information about annotations in - Java 5 needed to understand how annotations are treated in AspectJ 5. - For a full introduction to annotations in Java, please see the - documentation for the Java 5 SDK. - - - - Using Annotations - - - Java 5 introduces annotation types which can - be used to express metadata relating to program members in the - form of annotations. Annotations in Java 5 - can be applied to package and type declarations (classes, - interfaces, enums, and annotations), constructors, methods, - fields, parameters, and variables. Annotations are specified in the - program source by using the @ symbol. For example, - the following piece of code uses the @Deprecated - annotation to indicate that the obsoleteMethod() - has been deprecated: - - - - - - Annotations may be marker annotations, - single-valued annotations, or - multi-valued annotations. - Annotation types with no members or that provide default values - for all members may be used simply as marker annotations, as in - the deprecation example above. Single-value annotation types have - a single member, and the annotation may be written in one of - two equivalent forms: - - - - - - or - - - - - - Multi-value annotations must use the member-name=value - syntax to specify annotation values. For example: - - - - - - - - Retention Policies - - - Annotations can have one of three retention policies: - - - - - - Source-file retention - - - Annotations with source-file retention are read by the - compiler during the compilation process, but are not - rendered in the generated .class files. - - - - - - Class-file retention - - - This is the default retention policy. Annotations - with class-file retention are read by the compiler - and also retained in the generated - .class files. - - - - - - Runtime retention - - - Annotations with runtime retention are read by the - compiler, retained in the generated - .class files, and also made available - at runtime. - - - - - - Local variable annotations are not retained in class files (or at runtime) - regardless of the retention policy set on the annotation type. See JLS 9.6.1.2. - - - - Accessing Annotations at Runtime - - - Java 5 supports a new interface, - java.lang.reflect.AnnotatedElement, that is - implemented by the reflection classes in Java (Class, - Constructor, - Field, Method, and - Package). This interface gives you access - to annotations that have runtime retention via - the getAnnotation, getAnnotations, - and isAnnotationPresent. Because annotation types are - just regular Java classes, the annotations returned by these methods - can be queried just like any regular Java object. - - - - - - Annotation Inheritance - - - It is important to understand the rules relating to inheritance of - annotations, as these have a bearing on join point matching - based on the presence or absence of annotations. - - - - By default annotations are not inherited. Given - the following program - - - - - - Then Sub does not have - the MyAnnotation annotation, and - Sub.foo() is not an @Oneway - method, despite the fact that it overrides - Super.foo() which is. - - - - If an annotation type has the meta-annotation @Inherited - then an annotation of that type on a class will cause - the annotation to be inherited by sub-classes. So, in the example - above, if the MyAnnotation type had the - @Inherited attribute, then Sub - would have the MyAnnotation annotation. - - - - @Inherited annotations are not inherited when used to - annotate anything other than a type. A type - that implements one or more interfaces never inherits any annotations from - the interfaces it implements. - - - - - - - - - Annotating Aspects - - - AspectJ 5 supports annotations on aspects, and on method, field, - constructor, advice, and inter-type declarations within aspects. - Method and advice parameters may also be annotated. - Annotations are not permitted on pointcut declarations or on - declare statements. - - - - The following example illustrates the use of annotations in aspects: - - - - Subject.observers; - - @ITDMethodAnnotation - public void Subject.addObserver(Observer o) { - observers.add(o); - } - - @ITDMethodAnnotation - public void Subject.removeObserver(Observer o) { - observers.remove(o); - } - - @MethodAnnotation - private void notifyObservers(Subject subject) { - for(Observer o : subject.observers) - notifyObserver(o,subject); - } - - /** - * Delegate to concrete sub-aspect the actual form of - * notification for a given type of Observer. - */ - @MethodAnnotation - protected abstract void notifyObserver(Observer o, Subject s); - - /* no annotations on pointcuts */ - protected abstract pointcut observedEvent(Subject subject); - - @AdviceAnnotation - after(Subject subject) returning : observedEvent(subject) { - notifyObservers(subject); - } -} -]]> - - - An annotation on an aspect will be inherited by sub-aspects, iff it has - the @Inherited meta-annotation. - - - - AspectJ 5 supports a new XLint warning, "the pointcut associated with this - advice does not match any join points". The warning is enabled by default and - will be emitted by the compiler if the pointcut expression associated with an - advice statement can be statically determined to not match any join points. The - warning can be suppressed for an individual advice statement by using the - @SuppressAjWarnings({"adviceDidNotMatch"}) annotation. This works in - the same way as the Java 5 SuppressWarnings annotation (See JLS 9.6.1.5), but has class file - retention. - - - - - - - - - - - Join Point Matching based on Annotations - - - This section discusses changes to type pattern and signature pattern matching in - AspectJ 5 that support matching join points based on the presence or absence of - annotations. We then discuss means of exposing annotation values within the body - of advice. - - - - Annotation Patterns - - - For any kind of annotated element (type, method, constructor, package, etc.), - an annotation pattern can be used to match against the set of annotations - on the annotated element.An annotation pattern element has one of two basic - forms: - - - - @<qualified-name>, for example, @Foo, or - @org.xyz.Foo. - @(<type-pattern>), for example, @(org.xyz..*), or - @(Foo || Boo) - - - These simple elements may be negated using !, and - combined by simple concatentation. The pattern @Foo @Boo - matches an annotated element that has both an annotation of type Foo - and an annotation of type Boo. - - Some examples of annotation patterns follow: - - - - - @Immutable - - - Matches any annotated element which has an annotation of - type Immutable. - - - - - - !@Persistent - - - Matches any annotated element which does not have an annotation of - type Persistent. - - - - - - @Foo @Goo - - - Matches any annotated element which has both an annotation of type Foo and - an annotation of type Goo. - - - - - - @(Foo || Goo) - - - Matches any annotated element which has either an annotation of a type matching - the type pattern (Foo || Goo). - In other words, an annotated element with either an - annotation of type Foo or - an annotation of type Goo (or both). (The parenthesis are required in this example). - - - - - - @(org.xyz..*) - - - Matches any annotated element which has either an annotation of a type matching - the type pattern (org.xyz..*). - In other words, an annotated element with an annotation that is declared in the - org.xyz package or a sub-package. (The parenthesis are required in this example). - - - - - - - - - - Type Patterns - - AspectJ 1.5 extends type patterns to allow an optional AnnotationPattern - prefix. - - - - Note that in most cases when annotations are used as part of a type pattern, - the parenthesis are required (as in (@Foo Hello+)). In - some cases (such as a type pattern used within a within or - handler - pointcut expression), the parenthesis are optional: - - - - - The following examples illustrate the use of annotations in type - patterns: - - - - - - (@Immutable *) - - - Matches any type with an @Immutable annotation. - - - - - - (!@Immutable *) - - - Matches any type which does not have an @Immutable annotation. - - - - - - (@Immutable (org.xyz.* || org.abc.*)) - - - Matches any type in the org.xyz or org.abc - packages with the @Immutable annotation. - - - - - - ((@Immutable Foo+) || Goo) - - - Matches a type Foo or any of its subtypes, which have the @Immutable - annotation, or a type Goo. - - - - - - ((@(Immutable || NonPersistent) org.xyz..*) - - - Matches any type in a package beginning with the prefix org.xyz, - which has either the @Immutable annotation or the - @NonPersistent annotation. - - - - - - (@Immutable @NonPersistent org.xyz..*) - - - Matches any type in a package beginning with the prefix org.xyz, - which has both an @Immutable annotation and an - @NonPersistent annotation. - - - - - - (@(@Inherited *) org.xyz..*) - - - Matches any type in a package beginning with the prefix org.xyz, - which has an inheritable annotation. The annotation pattern - @(@Inherited *) matches any annotation of a type matching the - type pattern @Inherited *, which in turn matches any type with the - @Inherited annotation. - - - - - - - - - - Signature Patterns - - - Field Patterns - - A FieldPattern can optionally specify an annotation-matching - pattern as the first element: - - - - - If present, the AnnotationPattern restricts matches to fields with - annotations that match the pattern. For example: - - - - - - @SensitiveData * * - - - Matches a field of any type and any name, that has an annotation of - type @SensitiveData - - - - - - @SensitiveData List org.xyz..*.* - - - Matches a member field of a type in a package with prefix org.xzy, - where the field is of type List, and has an annotation of type - @SensitiveData - - - - - - (@SensitiveData *) org.xyz..*.* - - - Matches a member field of a type in a package with prefix org.xzy, - where the field is of a type which has a @SensitiveData annotation. - - - - - - @Foo (@Goo *) (@Hoo *).* - - - Matches a field with an annotation @Foo, of a type with an - annotation @Goo, declared in a type with annotation - @Hoo. - - - - - - @Persisted @Classified * * - - - Matches a field with an annotation @Persisted and - an annotation @Classified. - - - - - - - - - - Method and Constructor Patterns - - A MethodPattern can optionally specify an annotation-matching - pattern as the first element. - - - - A ConstructorPattern has the form - - - - - The optional AnnotationPattern at the beginning of a - method or constructor pattern restricts matches to methods/constructors with - annotations that match the pattern. For example: - - - - - - @Oneway * *(..) - - - Matches a method with any return type and any name, that has an annotation of - type @Oneway. - - - - - - @Transaction * (@Persistent org.xyz..*).*(..) - - - Matches a method with the @Transaction annotation, - declared in a type with the @Persistent annotation, and - in a package beginning with the org.xyz prefix. - - - - - - * *.*(@Immutable *,..) - - - Matches any method taking at least one parameter, where the parameter - type has an annotation @Immutable. - - - - - - - - - - - Example Pointcuts - - - - - within(@Secure *) - - - Matches any join point where the code executing is declared in a - type with an @Secure - annotation. The format of the within pointcut designator - in AspectJ 5 is 'within' '(' OptionalParensTypePattern ')'. - - - - - - staticinitialization(@Persistent *) - - - Matches the staticinitialization join point of any type with the - @Persistent annotation. The format of the - staticinitialization pointcut designator - in AspectJ 5 is 'staticinitialization' '(' OptionalParensTypePattern ')'. - - - - - - call(@Oneway * *(..)) - - - Matches a call to a method with a @Oneway annotation. - - - - - - execution(public (@Immutable *) org.xyz..*.*(..)) - - - The execution of any public method in a package with prefix - org.xyz, where the method returns an - immutable result. - - - - - - set(@Cachable * *) - - - Matches the set of any cachable field. - - - - - - handler(!@Catastrophic *) - - - Matches the handler join point for the handling of any exception that is - not Catastrophic. The format of the handler - pointcut designator in AspectJ 5 is 'handler' '(' OptionalParensTypePattern ')'. - - - - - - - - - - Runtime type matching and context exposure - - AspectJ 5 supports a set of "@" pointcut designators which - can be used both to match based on the presence of an annotation at - runtime, and to expose the annotation value as context in a pointcut or - advice definition. These designators are @args, @this, @target, - @within, @withincode, and @annotation - - - It is a compilation error to attempt to match on an annotation type - that does not have runtime retention using @this, @target - or @args. It is a compilation error to attempt to use - any of these designators to expose an annotation value that does not - have runtime retention. - - - The this(), target(), and - args() pointcut designators allow matching based - on the runtime type of an object, as opposed to the statically - declared type. In AspectJ 5, these designators are supplemented - with three new designators : @this() (read, "this - annotation"), @target(), and @args(). - - - - Like their counterparts, these pointcut designators can be used - both for join point matching, and to expose context. The format of - these new designators is: - - - - - - The forms of @this() and @target() that - take a single annotation name are analogous to their counterparts that take - a single type name. They match at join points where the object bound to - this (or target, respectively) has an - annotation of the specified type. For example: - - - - - - @this(Foo) - - - Matches any join point where the object currently bound to 'this' - has an annotation of type Foo. - - - - - - call(* *(..)) && @target(Classified) - - - Matches a call to any object where the target of the call has - a @Classified annotation. - - - - - - - - Annotations can be exposed as context in the body of advice by - using the forms of @this(), @target() and - @args() that use bound variables in the place - of annotation names. For example: - - - - - - The @args pointcut designator behaves as its args - counterpart, matching join points based on number and position of arguments, and - supporting the * wildcard and at most one .. - wildcard. An annotation at a given position in an @args expression - indicates that the runtime type of the argument in that position at a join point must - have an annotation of the indicated type. For example: - - - - - In addition to accessing annotation information at runtime through context binding, - access to AnnotatedElement information is also available - reflectively with the body of advice through the thisJoinPoint, - thisJoinPointStaticPart, and - thisEnclosingJoinPointStaticPart variables. To access - annotations on the arguments, or object bound to this or target at a join - point you can use the following code fragments: - - - - - The @within and @withincode pointcut designators - match any join point where the executing code is defined within a type (@within), - or a method/constructor (@withincode) that has an annotation of the specified - type. The form of these designators is: - - - - - Some examples of using these designators follow: - - - - - @within(Foo) - - - Matches any join point where the executing code is defined - within a type which has an annotation of type Foo. - - - - - - pointcut insideCriticalMethod(Critical c) : - @withincode(c); - - - Matches any join point where the executing code is defined - in a method or constructor which has an annotation of type @Critical, - and exposes the value of the annotation in the parameter - c. - - - - - - - The @annotation pointcut designator matches any - join point where the subject of the join point has - an annotation of the given type. Like the other @pcds, it can also be - used for context exposure. - - - - The subject of a join point is defined in the table in chapter one of - this guide. - - - Access to annotation information on members at a matched join point is also available - through the getSignature method of the JoinPoint - and JoinPoint.StaticPart interfaces. The Signature - interfaces are extended with additional operations that provide access to the - java.lang.reflect Method, Field and - Constructor objects on which annnotations can be queried. The following fragment - illustrates an example use of this interface to access annotation information. - - - - - - Note again that it would be nicer to add the method getAnnotationInfo - directly to MemberSignature, but this would once more couple the runtime library - to Java 5. - - - - The @this,@target and @args - pointcut designators can only be used to match against annotations - that have runtime retention. The @within, @withincode - and @annotation pointcut designators can only be used - to match against annotations that have at least class-file retention, and - if used in the binding form the annotation must have runtime retention. - - - - - - - Package and Parameter Annotations - - - Matching on package annotations is not supported in AspectJ. Support for - this capability may be considered in a future release. - - - - - Parameter annotation matching is being added in AspectJ1.6. - Initially only matching is supported but binding will be - implemented at some point. Whether the annotation specified in a pointcut should be - considered to be an annotation on the parameter type or an annotation on the parameter - itself is determined through the use of parentheses around the parameter type. - - Consider the following: - - - - - - - The method foo has a parameter of an annotated type, and can be matched by this pointcut: - - - - When there is a single annotation specified like this, it is considered to be part of the type - pattern in the match against the parameter: 'a parameter of any type that has the annotation @SomeAnnotation'. - - - To match the parameter annotation case, the method goo, this is the pointcut: - - - - The use of parentheses around the wildcard is effectively indicating that the annotation should be considered - separately to the type pattern for the parameter type: 'a parameter of any type that has a parameter annotation of - @SomeAnnotation'. - - - To match when there is a parameter annotation and an annotation on the type as well: - - - - The parentheses are grouping @SomeOtherAnnotation with the * to form the type pattern for the parameter, then - the type @SomeAnnotation will be treated as a parameter annotation pattern. - - - - - - - - - - Annotation Inheritance and pointcut matching - - - According to the Java 5 specification, non-type annotations are not - inherited, and annotations on types are only inherited if they have the - @Inherited meta-annotation. - - Given the following program: - - - - - - The pointcut annotatedC2MethodCall will not match anything - since the definition of aMethod in C2 - does not have the annotation. - - - - The pointcut annotatedMethodCall matches - c1.aMethod() but not c2.aMethod(). The call - to c2.aMethod is not matched because join point matching for - modifiers (the visibility modifiers, annotations, and throws clause) is based on - the subject of the join point (the method actually being called). - - - - - - Matching based on annotation values - - The if pointcut designator can be used to write pointcuts - that match based on the values annotation members. For example: - - - - - - - - - - - - Using Annotations with declare statements - - - Declare error and declare warning - - - Since pointcut expressions in AspectJ 5 support join point matching based - on annotations, this facility can be exploited when writing - declare warning and declare error - statements. For example: - - - - - - - - - - - declare parents - - - The general form of a declare parents statement is: - - - - - - Since AspectJ 5 supports annotations as part of a type pattern - specification, it is now possible to match types based on the presence - of annotations with either class-file or runtime retention. - For example: - - - - - - declare parents : (@Secured *) implements SecuredObject; - - - All types with the @Secured annotation - implement the SecuredObject inteface. - - - - - - declare parents : (@Secured BankAccount+) implements SecuredObject; - - - The subset of types drawn from the BankAccount type and any subtype of - BankAccount, where the - @Secured annotation is present, implement the - SecuredObject interface. - - - - - - - An annotation type may not be used as the target of a declare parents - statement. If an annotation type is named explicitly as the target of a - declare parents statement, a compilation error will result. If an annotation - type is matched by a non-explicit type pattern used in a declare parents - statement it will be ignored (and an XLint warning issued). - - - - - declare precedence - - - The general form of a declare precedence statement is: - - - - - - AspectJ 5 allows the type patterns in the list to include annotation information - as part of the pattern specification. For example: - - - - - - declare precedence : (@Security *),*; - - - All aspects with the @Security annotation - take precedence over any other aspects in the system. (Or, more - informally, all security-related aspects take precedence). - - - - - - - - - - - - - - Declare Annotation - - AspectJ 5 supports a new kind of declare statement, declare annotation. - This takes different forms according to the recipient of the annotation: - declare @type for types, declare @method for methods, - declare @constructor for constructors, and declare @field - for fields. declare @package may be supported in a future release. - - - The general form is: - - : ElementPattern : Annotation ; -]]> - - Where annotation is a regular annotation expression as defined in the Java 5 language. If the annotation has - the @Target meta-annotation, then the elements matched by ElementPattern - must be of the kind specified by the @Target annotation. - - ElementPattern is defined as follows: - - - - The following examples illustrate the use of declare annotation. - - - - - declare @type : org.xyz.model..* : @BusinessDomain ; - - - All types defined in a package with the prefix org.xyz.model - have the @BusinessDomain annotation. - - - - - - declare @method : public * BankAccount+.*(..) : @Secured(role="supervisor") - - - All public methods in BankAccount and its subtypes have the - annotation @Secured(role="supervisor"). - - - - - - declare @constructor : BankAccount+.new(..) : @Secured(role="supervisor") - - - All constructors in BankAccount and its subtypes have the - annotation @Secured(role="supervisor"). - - - - - - declare @field : * DAO+.* : @Persisted; - - - All fields defined in DAO or its subtypes have the - @Persisted annotation. - - - - - - - - - - Inter-type Declarations - - An annotation type may not be the target of an inter-type declaration. - - - - - diff --git a/docs/adk15notebook/aspectj-docs.css b/docs/adk15notebook/aspectj-docs.css deleted file mode 100644 index 9be5a3954..000000000 --- a/docs/adk15notebook/aspectj-docs.css +++ /dev/null @@ -1,89 +0,0 @@ -body { - font-family: "Lucida Grande", "Trebuchet MS", sans-serif; - line-height: 1.1em; - } - -h1 { - margin-bottom: 3px; - padding-bottom: 0px; - line-height: 1.1em; -} - -h2 { - font-size: 130%; - font-weight: bold ; - line-height: 16px; - color: #FFFFFF; - background-color: #0080C0; - padding: 5px; -} - -h3 { - font-size: 110%; - font-weight: bold ; - line-height: 14px; - color: #FFFFFF; - background-color: orange; - padding: 5px; -} - -tt { - font-size: 120%; - color: #0080C0; - } - -tt tt { - font-size: 100%; - } - -.programlisting { - padding-top: 5px; - border: 2px solid #ccc; - background: #eee; - font-size: 120%; - color: #111199; - - } - -.term { - color: #111199; - } - -.variablelist dd { - margin-left: 18px; - padding-left: 20px; - background: url(dd_arrow.gif) no-repeat 0 2px; - } - -.toc dt { - font-size: 110%; - padding-bottom: 0px; - margin-bottom: 5px; - } - -.toc dl dd dt { - font-size: 100%; - } - -.toc dt { - font-size: 100% - margin-bottom: 0; - } - -.informaltable table { - margin-left: 5%; - } - -.informaltable th { - background-color: orange; - padding: 1px; - } - -ul li { - line-height: 1.2em; - } - -.keyword { - font-weight: bold; - color: purple; - } \ No newline at end of file diff --git a/docs/adk15notebook/ataspectj.xml b/docs/adk15notebook/ataspectj.xml deleted file mode 100644 index 7f8152d9c..000000000 --- a/docs/adk15notebook/ataspectj.xml +++ /dev/null @@ -1,1144 +0,0 @@ - - - An Annotation Based Development Style - - - Introduction - - In addition to the familiar AspectJ code-based style of aspect - declaration, AspectJ 5 also supports an annotation-based style of - aspect declaration. We informally call the set of annotations that - support this development style the "@AspectJ" annotations. - - - AspectJ 5 allows aspects and their members to be specified using - either the code style or the annotation style. Whichever style you - use, the AspectJ weaver ensures that your program has exactly the - same semantics. It is, to quote a famous advertising campaign, - "a choice, not a compromise". The two styles can be mixed within - a single application, and even within a single source file, though - we doubt this latter mix will be recommended in practice. - - - - The use of the @AspectJ annotations means that there are large - classes of AspectJ applications that can be compiled by a regular - Java 5 compiler, and subsequently woven by the AspectJ weaver (for - example, as an additional build stage, or as late as class load-time). - In this chapter we introduce the @AspectJ annotations and show how - they can be used to declare aspects and aspect members. - - - - - - Aspect Declarations - - - Aspect declarations are supported by the - org.aspectj.lang.annotation.Aspect - annotation. - The declaration: - - - - - Is equivalent to: - - - - To specify an aspect an aspect instantiation model (the default is - singleton), provide the perclause as the - @Aspect - value. - For example: - - - - - is equivalent to... - - - - - Limitations - - Privileged aspects are not supported by the annotation style. - - - - - - - Pointcuts and Advice - - - Pointcut and advice declarations can be made using the - Pointcut, Before, After, AfterReturning, AfterThrowing, - and - Around - annotations. - - - - Pointcuts - - - Pointcuts are specified using the - org.aspectj.lang.annotation.Pointcut - annotation - on a method declaration. The method should have a - void - return type. The parameters of the method correspond to the parameters - of the pointcut. The modifiers of the method correspond to the modifiers - of the pointcut. - - - - As a general rule, the - @Pointcut - annotated method must have an empty method body - and must not have any - throws - clause. If formal are bound (using - args(), target(), this(), @args(), @target(), @this(), @annotation()) - in the - pointcut, then they must appear in the method signature. - - - - The - if() - pointcut is treated specially and is discussed in a later section. - - - Here is a simple example of a pointcut declaration in both code and @AspectJ styles: - - - - is equivalent to... - - - - - When binding arguments, simply declare the arguments as normal in the annotated method: - - - - is equivalent to... - - - - An example with modifiers (Remember that Java 5 annotations are not - inherited, so the @Pointcut annotation must be - present on the extending aspect's pointcut declaration too): - - - - is equivalent to... - - - - - Type references inside @AspectJ annotations - - - Using the code style, types referenced in pointcut expressions are - resolved with respect to the imported types in the compilation unit. - When using the annotation style, types referenced in pointcut - expressions are resolved in the absence of any imports and so have - to be fully qualified if they are not by default visible to the - declaring type (outside of the declaring package and - java.lang - ). This - does not apply to type patterns with wildcards, which are always resolved - in a global scope. - - - - Consider the following compilation unit: - - - - - - Using the annotation style this would be written as: - - - - - - - - if() pointcut expressions - - In code style, it is possible to use the - if(...) - poincut to define - a conditional pointcut expression which will be evaluated at runtime for each candidate join point. - The - if(...) - body can be any valid Java boolean expression, and can use any exposed formal, as well as the join - point forms - thisJoinPoint, thisJoinPointStaticPart and thisJoinPointEnclosingStaticPart - . - - - - When using the annotation style, it is not possible to write a full Java expression - within - the annotation value so the syntax differs slightly, whilst providing the very same - semantics and runtime behaviour. An - if() - pointcut expression can be - declared in an - @Pointcut - , but must have either an empty body (if(), or be one - of the expression forms - if(true) - or - if(false) - . The annotated - method must be public, static, and return a boolean. The body of the method contains the - condition to be evaluated. For example: - - - 0; -} -]]> - - is equivalent to... - - 0); -]]> - - and the following is also a valid form: - - 0 - && jp.getSignature().getName.startsWith("doo") - && esjp.getSignature().getName().startsWith("test") - && COUNT++ < 10; -} - -@Before("someCallWithIfTest(anInt, jp, enc)") -public void beforeAdviceWithRuntimeTest(int anInt, JoinPoint jp, JoinPoint.EnclosingStaticPart enc) { - //... -} - -// Note that the following is NOT valid -/* -@Before("call(* *.*(int)) && args(i) && if()") -public void advice(int i) { - // so you were writing an advice or an if body ? -} -*/ -]]> - - - It is thus possible with the annotation style to use the - if() - pointcut - only within an - @Pointcut - expression. The - if() - must not contain any - body. The annotated - @Pointcut - method must then be of the form - public static boolean - and can use formal bindings as usual. - Extra - implicit - arguments of type JoinPoint, JoinPoint.StaticPart and JoinPoint.EnclosingStaticPart can also be used - (this is not permitted for regular annotated pointcuts not using the - if() - form). - - - - The special forms - if(true) - and - if(false) - can be used in a more - general way and don't imply that the pointcut method must have a body. - You can thus write - @Before("somePoincut() && if(false)") - . - - - - - - - - Advice - - In this section we first discuss the use of annotations for - simple advice declarations. Then we show how - thisJoinPoint - and its siblings are handled in the body of advice and discuss the - treatment of - proceed - in around advice. - - - Using the annotation style, an advice declaration is written as - a regular Java method with one of the - Before, After, AfterReturning, - AfterThrowing, - or - Around - annotations. Except in - the case of around advice, the method should return void. The method should - be declared public. - - - A method that has an advice annotation is treated exactly as an - advice declaration by AspectJ's weaver. This includes the join points that - arise when the advice is executed (an adviceexecution join point, not a - method execution join point). - - The following example shows a simple before advice declaration in - both styles: - - - - is equivalent to... - - - - - - - If the advice body needs to know which particular - Foo - instance - is making the call, just add a parameter to the advice declaration. - - - - - can be written as: - - - - If the advice body needs access to - thisJoinPoint - , - thisJoinPointStaticPart - , - thisEnclosingJoinPointStaticPart - then these need to - be declared as additional method parameters when using the annotation - style. - - - - - is equivalent to... - - - - Advice that needs all three variables would be declared: - - - - - JoinPoint.EnclosingStaticPart - is a new (empty) sub-interface - of - JoinPoint.StaticPart - which allows the AspectJ weaver to - distinguish based on type which of - thisJoinPointStaticPart - and - thisEnclosingJoinPointStaticPart - should be passed in a given - parameter position. - - - - After - advice declarations take exactly the same form - as - Before - , as do the forms of - AfterReturning - and - AfterThrowing - that do not expose the return type or - thrown exception respectively. - - - - To expose a return value with after returning advice simply declare the returning - parameter as a parameter in the method body and bind it with the "returning" - attribute: - - - - - is equivalent to... - - - - (Note the use of the "pointcut=" prefix in front of the pointcut - expression in the returning case). - - After throwing advice works in a similar fashion, using the - throwing - attribute when needing to expose a - thrown exception. - - - For around advice, we have to tackle the problem of - proceed - . - One of the design goals for the annotation style is that a large class of - AspectJ applications should be compilable with a standard Java 5 compiler. - A straight call to - proceed - inside a method body: - - - - - - will result in a "No such method" compilation error. For this - reason AspectJ 5 defines a new sub-interface of - JoinPoint - , - ProceedingJoinPoint - . - - - - - The around advice given above can now be written as: - - - - Here's an example that uses parameters for the proceed call: - - - - is equivalent to: - - - - Note that the ProceedingJoinPoint does not need to be passed to the proceed(..) arguments. - - In code style, the proceed method has the same signature as the advice, any reordering of - actual arguments to the joinpoint that is done in the advice signature must be respected. Annotation - style is different. The proceed(..) call takes, in this order: - - If 'this()' was used in the pointcut for binding, it must be passed first in proceed(..). - - If 'target()' was used in the pointcut for binding, it must be passed next in proceed(..) - it will be the - first argument to proceed(..) if this() was not used for binding. - - Finally come all the arguments expected at the join point, in the order they - are supplied at the join point. Effectively the advice signature is ignored - it doesn't - matter if a subset of arguments were bound or the ordering was changed in the advice - signature, the proceed(..) calls takes all of them in the right order for the join point. - - - - Since proceed(..) in this case takes an Object array, AspectJ cannot do as much compile time - checking as it can for code style. If the rules above aren't obeyed then it will unfortunately - manifest as a runtime error. - - - - - - - Inter-type Declarations - - - Inter-type declarations are challenging to support using an annotation style. For code style aspects - compiled with the ajc compiler, the entire type system can be made aware of inter-type declarations (new - supertypes, new methods, new fields) and the completeness and correctness of it can be guaranteed. - Achieving this with an annotation style is hard because the source code may simply be compiled with javac - where the type system cannot be influenced and what is compiled must be 'pure java'. - - - AspectJ 1.5.0 introduced @DeclareParents, an attempt to offer something like that which is achievable with - code style declare parents and the other intertype declarations (fields, methods, constructors). However, - it has proved too challenging to get close to the expressiveness and capabilities of code style in this area - and effectively @DeclareParents is offering just a mixin strategy. The definition of mixin I am using here is that when - some interface I is mixed into some target type T then this means that all the methods from I are created in T and their - implementations are simple forwarding methods that call a delegate which that provides an implementation of I. - - - The next section covers @DeclareParents but AspectJ 1.6.4 introduces @DeclareMixin - an improved approach to defining - a mixin and the choice of a different name for the annotation will hopefully alleviate some of the confusion about - why @DeclareParents just doesn't offer the same semantics as the code style variant. Offering @DeclareMixin also gives - code style developers a new tool for a simple mixin whereas previously they would have avoided @DeclareParents - thinking what it could only do was already achievable with code style syntax. - - - The defaultImpl attribute of @DeclareParents may become deprecated if @DeclareMixin proves popular, leaving - @DeclareParents purely as a way to introduce a marker interface. - - - - - @DeclareParents - - - Consider the following aspect: - - - - - - This declares an interface - Moody - , and then makes two - inter-type declarations on the interface - a field that is private to the - aspect, and a method that returns the mood. Within the body of the inter-type - declared method - getMoody - , the type of - this - is - Moody - (the target type of the inter-type declaration). - - - Using the annotation style this aspect can be written: - - - - - - This is very similar to the mixin mechanism supported by AspectWerkz. The - effect of the - @DeclareParents - annotation is equivalent to - a declare parents statement that all types matching the type pattern implement - the given interface (in this case Moody). - Each method declared in the interface is treated as an inter-type declaration. - Note how this scheme operates within the constraints - of Java type checking and ensures that - this - has access - to the exact same set of members as in the code style example. - - - - Note that it is illegal to use the @DeclareParents annotation on an aspect' field of a non-interface type. - The interface type is the inter-type declaration contract that dictates - which methods are declared on the target type. - - - - - The @DeclareParents annotation can also be used without specifying - a defaultImpl value (for example, - @DeclareParents("org.xyz..*")). This is equivalent to a - declare parents ... implements clause, and does not - make any inter-type declarations for default implementation of the interface methods. - - - - Consider the following aspect: - - - - - Using the annotation style this aspect can be written: - - - - - - - If the interface defines one or more operations, and these are not implemented by - the target type, an error will be issued during weaving. - - - - - - @DeclareMixin - - Consider the following aspect: - - - - - - This declares an interface Moody, and then makes two inter-type declarations on the interface - - a field that is private to the aspect, and a method that returns the mood. Within the body of the inter-type - declared method getMoody, the type of this is Moody - (the target type of the inter-type declaration). - - - Using the annotation style this aspect can be written: - - - - - - Basically, the @DeclareMixin annotation is attached to a factory method. The - factory method specifies the interface to mixin as its return type, and calling the method should - create an instance of a delegate that implements the interface. This is the interface which will - be delegated to from any target matching the specified type pattern. - - - - Exploiting this syntax requires the user to obey the rules of pure Java. So references to any - targeted type as if it were affected by the Mixin must be made through a cast, like this: - - - - - - Sometimes the delegate instance may want to perform differently depending upon the type/instance for - which it is behaving as a delegate. To support this it is possible for the factory method to specify a - parameter. If it does, then when the factory method is called the parameter will be the object instance for - which a delegate should be created: - - - - - It is also possible to make the factory method non-static - and in this case it can then exploit - the local state in the surrounding aspect instance, but this is only supported for singleton aspects: - - - - - Although the interface type is usually determined purely from the return type of the factory method, it can - be specified in the annotation if necessary. In this example the return type of the method extends multiple - other interfaces and only a couple of them (I and J) should be mixed into any matching targets: - - - - - There are clearly similarities between @DeclareMixin and @DeclareParents but - @DeclareMixin is not pretending to offer more than a simple mixin strategy. The flexibility in - being able to provide the factory method instead of requiring a no-arg constructor for the implementation also - enables delegate instances to make decisions based upon the type for which they are the delegate. - - - - Any annotations defined on the interface methods are also put upon the delegate forwarding methods created in the - matched target type. - - - - - - - Declare statements - - The previous section on inter-type declarations covered the case - of declare parents ... implements. The 1.5.0 release of AspectJ 5 does - not support annotation style declarations for declare parents ... extends - and declare soft (programs with these declarations would not in general - be compilable by a regular Java 5 compiler, reducing the priority of - their implementation). These may be supported in a future release. - - - Declare annotation is also not supported in the 1.5.0 release of AspectJ 5. - - - Declare precedence is - supported. For declare precedence, use the - @DeclarePrecedence - annotation as in the following example: - - - - - - can be written as: - - - - - - We also support annotation style declarations for declare warning and - declare error - any corresponding warnings and errors will be emitted at - weave time, not when the aspects containing the declarations are compiled. - (This is the same behaviour as when using declare warning or error with the - code style). Declare warning and error declarations are made by annotating - a string constant whose value is the message to be issued. - - Note that the String must be a literal and not the result of the invocation - of a static method for example. - - - - can be written as... - - - - - - - aspectOf() and hasAspect() methods - - A central part of AspectJ's programming model is that aspects - written using the code style and compiled using ajc support - aspectOf - and - hasAspect - static - methods. When developing an aspect using the annotation style and compiling - using a regular Java 5 compiler, these methods will not be visible to the - compiler and will result in a compilation error if another part of the - program tries to call them. - - - To provide equivalent support for AspectJ applications compiled with - a standard Java 5 compiler, AspectJ 5 defines the - Aspects - utility class: - - - public static T aspectOf(T aspectType) {...} - - /* variation used for perthis, pertarget */ - static public static T aspectOf(T aspectType, Object forObject) {...} - - /* variation used for pertypewithin */ - static public static T aspectOf(T aspectType, Class forType) {...} - - /* variation used for singleton, percflow, percflowbelow */ - public static boolean hasAspect(Object anAspect) {...} - - /* variation used for perthis, pertarget */ - public static boolean hasAspect(Object anAspect, Object forObject) {...} - - /* variation used for pertypewithin */ - public static boolean hasAspect(Object anAspect, Class forType) {...} -} -]]> - - - - - - - diff --git a/docs/adk15notebook/autoboxing.xml b/docs/adk15notebook/autoboxing.xml deleted file mode 100644 index 7a3cdaca1..000000000 --- a/docs/adk15notebook/autoboxing.xml +++ /dev/null @@ -1,100 +0,0 @@ - - - Autoboxing and Unboxing - - - Autoboxing and Unboxing in Java 5 - - - Java 5 (and hence AspectJ 1.5) supports automatic conversion of - primitive types (int, float, double etc.) to their object equivalents - (Integer, Float, Double,...) in assignments and method and constructor - invocations. This conversion is know as autoboxing. - - - Java 5 also supports automatic unboxing, where wrapper types - are automatically converted into their primitive equivalents if - needed for assignments or method or constructor invocations. - - For example: - - - - - - - Autoboxing and Join Point matching in AspectJ 5 - - Most of the pointcut designators match based on signatures, and - hence are unaffected by autoboxing. For example, a call to a method - - - - is not matched by a pointcut - call(void foo(int)) since the signature declares - a single Integer parameter, not an int. - - - The args pointcut designator is affected by - autoboxing since it matches based on the runtime type of the arguments. - AspectJ 5 applies autoboxing and unboxing in determining argument matching. - In other words, args(Integer) will match any join - point at which there is a single argument of type Integer - or of type int. - - - args(Integer) and args(int) are equivalent - args(Float) and args(float) are equivalent - args(Double) and args(double) are equivalent - args(Short) and args(short) are equivalent - args(Byte) and args(byte) are equivalent - args(Long) and args(long) are equivalent - args(Boolean) and args(boolean) are equivalent - - - - Autoboxing and unboxing are also applied when binding pointcut or - advice parameters, for example: - - - - - - - - Inter-type method declarations and method dispatch - - Autoboxing, unboxing, and also varargs all affect the method - dispatch algorithm used in Java 5. In AspectJ 5, the target method - of a call is selected according to the following algorithm: - - - Attempt to locate a matching method or inter-type declared - method without considering - autoboxing, unboxing, or vararg invocations. - If no match is found, try again considering autoboxing - and unboxing. - Finally try again considering both autoboxing, unboxing, - and varargs. - - - One consequence is that a directly matching inter-type declared - method will take precedence over a method declared locally in the - target class but that only matches via autoboxing. - - - - diff --git a/docs/adk15notebook/covariance.xml b/docs/adk15notebook/covariance.xml deleted file mode 100644 index e8845ddb8..000000000 --- a/docs/adk15notebook/covariance.xml +++ /dev/null @@ -1,148 +0,0 @@ - - - Covariance - - - Covariance in Java 5 - - - Java 5 (and hence AspectJ 5) allows you to narrow the return type - in an overriding method. For example: - - - - - - - - Covariant methods and Join Point matching - - The join point matching rules for call - and execution pointcut designators are extended - to match against covariant methods. - - - Given the classes A and B - as defined in the previous section, and the program fragment - - - - -The signatures for the call join point a.whoAreYou() are -simply: - - - -The signatures for the call join point b.whoAreYou() are: - - - - - Following the join point matching rules given in , - - - - - call(* whoAreYou()) - - Matches both calls, (since each call join point has at least - one matching signature). - - - - - - call(* A.whoAreYou()) - - Matches both calls, (since each call join point has at least - one matching signature). - - - - - - call(A whoAreYou()) - - Matches both calls, (since each call join point has at least - one matching signature). - - - - - - call(A B.whoAreYou()) - - Does not match anything - neither of the call join points - has a signature matched by this pattern. A lint warning is - given for the call a.whoAreYou() ("does not match - because declaring type is A, if match required use target(B)"). - - - - - - call(A+ B.whoAreYou()) - - Matches the call to b.whoAreYou() since - the signature pattern matches the signature B B.whoAreYou(). - A lint warning is given for the call a.whoAreYou() ("does not match - because declaring type is A, if match required use target(B)"). - - - - - - call(B A.whoAreYou()) - - Does not match anything since neither join point has a - signature matched by this pattern. - - - - - - call(B whoAreYou()) - - Matches the call to b.whoAreYou() only. - - - - - - call(B B.whoAreYou()) - - Matches the call to b.whoAreYou() only. - - - - - - - The rule for signature matching at call and execution join points - is unchanged from AspectJ 1.2: a call or execution pointcut matches if - the signature pattern matches at least one of the signatures of the - join point, and if the modifiers of the method or constructor are matched - by any modifier pattern or annotation pattern that may be present. - - - - diff --git a/docs/adk15notebook/enumeratedtypes.xml b/docs/adk15notebook/enumeratedtypes.xml deleted file mode 100644 index 717252435..000000000 --- a/docs/adk15notebook/enumeratedtypes.xml +++ /dev/null @@ -1,64 +0,0 @@ - - - Enumerated Types - - - Enumerated Types in Java 5 - - Java 5 (and hence AspectJ 5) provides explicit support for - enumerated types. In the simplest case, you can declare an enumerated - type as follows: - - - - Enumerated types are just classes, and they can contain method - and field declarations, and may implement interfaces. Enums may only - have private constructors, and may not be extended. - - Enumerated types in Java 5 all implicitly extend the type - java.lang.Enum. It is illegal to explicitly - declare a subtype of this class. - - - - Enumerated Types in AspectJ 5 - - - AspectJ 5 supports the declaration of enumerated types just as Java 5 - does. Because of the special restrictions Java 5 places around enumerated - types, AspectJ makes the following additional restrictions: - - - - You cannot use declare parents to change the super type of - an enum. - You cannot use declare parents to declare java.lang.Enum as - the parent of any type. - You cannot make inter-type constructor declarations on an - enum. - You cannot extend the set of values in an enum via any - ITD-like construct. - You cannot make inter-type method or field declarations on - an enum. - You cannot use declare parents to make an enum type implement - an interface. - - - In theory, the last of these two items could - be supported. However, AspectJ 5 follows the simple rule that - an enum type cannot be the target of an inter-type declaration or declare - parents statement. This position may be relaxed in a future - version of AspectJ. - - If an enum is named explicitly as the target of a - declare parents statement, a compilation error will result. If an enumerated - type is matched by a non-explicit type pattern used in a declare parents - statement it will be ignored (and an XLint warning issued). - - - - diff --git a/docs/adk15notebook/generics.xml b/docs/adk15notebook/generics.xml deleted file mode 100644 index f780ff67d..000000000 --- a/docs/adk15notebook/generics.xml +++ /dev/null @@ -1,1270 +0,0 @@ - - - - Generics - - - Generics in Java 5 - - - This section provides the essential information about generics in - Java 5 needed to understand how generics are treated in AspectJ 5. - For a full introduction to generics in Java, please see the - documentation for the Java 5 SDK. - - - - Declaring Generic Types - - - A generic type is declared with one or more type parameters following the type name. - By convention formal type parameters are named using a single letter, though this is not required. - A simple generic list type - (that can contain elements of any type E) could be declared: - - - { - Iterator iterator(); - void add(E anItem); - E remove(E anItem); -} -]]> - - - - It is important to understand that unlike template mechanisms there will only be one type, and one class file, corresponding to - the List interface, regardless of how many different instantiations of the List interface a program - has (each potentially providing a different value for the type parameter E). A consequence of this - is that you cannot refer to the type parameters of a type declaration in a static method or initializer, or in the declaration or - initializer of a static variable. - - - A parameterized type - is an invocation of a generic type with concrete values supplied for - all of its type parameters (for example, List<String> or List<Food>). - - - A generic type may be declared with multiple type parameters. In addition to simple type parameter names, type - parameter declarations can also constrain the set of types allowed by using the extends - keyword. Some examples follow: - - - - - class Foo<T> {...} - - A class Foo with one type parameter, T. - - - - - - class Foo<T,S> {...} - - A class Foo with two type parameters, T and S. - - - - - - class Foo<T extends Number> {...} - - A class Foo with one type parameter T, where T must be - instantiated as the type Number or a subtype of Number. - - - - - - class Foo<T, S extends T> {...} - - A class Foo with two type parameters, T and S. Foo - must be instantiated with a type S that is a subtype of the type specified for parameter T. - - - - - - class Foo<T extends Number & Comparable> {...} - - A class Foo with one type parameter, T. Foo - must be instantiated with a type that is a subtype of Number and that implements Comparable. - - - - - - - - - - Using Generic and Parameterized Types - - You declare a variable (or a method/constructor argument) of a parameterized type by specifying a concrete type specfication for each type parameter in - the generic type. The following example declares a list of strings and a list of numbers: - - strings; -List numbers; -]]> - - It is also possible to declare a variable of a generic type without specifying any values for the type - parameters (a raw type). For example, List strings. - In this case, unchecked warnings may be issued by the compiler - when the referenced object is passed as a parameter to a method expecting a parameterized type such as a - List<String>. New code written in the Java 5 language would not be expected to use - raw types. - - Parameterized types are instantiated by specifying type parameter values in the constructor call expression as in - the following examples: - - strings = new MyListImpl(); -List numbers = new MyListImpl(); -]]> - - - When declaring parameterized types, the ? wildcard may be used, which stands for "some type". - The extends and super keywords may be used in conjunction with the wildcard - to provide upper and lower bounds on the types that may satisfy the type constraints. For example: - - - - - - List<?> - - A list containing elements of some type, the type of the elements in the list is unknown. - - - - - - List<? extends Number> - - A list containing elements of some type that extends Number, the exact type of the elements in the list is unknown. - - - - - - List<? super Double> - - A list containing elements of some type that is a super-type of Double, the exact type of the elements in the list is unknown. - - - - - - - - A generic type may be extended as any other type. Given a generic type Foo<T> then - a subtype Goo may be declared in one of the following ways: - - - - - - class Goo extends Foo - - Here Foo is used as a raw type, and the appropriate warning messages will be - issued by the compiler on attempting to invoke methods in Foo. - - - - - - class Goo<E> extends Foo - - Goo is a generic type, but the super-type Foo is used as a raw - type and the appropriate warning messages will be - issued by the compiler on attempting to invoke methods defined by Foo. - - - - - - class Goo<E> extends Foo<E> - - This is the most usual form. Goo is a generic type with one parameter that extends - the generic type Foo with that same parameter. So Goo<String< is - a subclass of Foo<String>. - - - - - - class Goo<E,F> extends Foo<E> - - Goo is a generic type with two parameters that extends - the generic type Foo with the first type parameter of Goo being used - to parameterize Foo. So Goo<String,Integer< is - a subclass of Foo<String>. - - - - - - class Goo extends Foo<String> - - Goo is a type that extends - the parameterized type Foo<String>. - - - - - - - A generic type may implement one or more generic interfaces, following the type binding - rules given above. A type may also implement one or more parameterized interfaces (for example, - class X implements List<String>, however a type may not at the same time - be a subtype of two interface types which are different parameterizations of the same interface. - - - - Subtypes, Supertypes, and Assignability - - - The supertype of a generic type C is the type given in the extends clause of - C, or Object if no extends clause is present. Given the type declaration - - - extends Collection {... } -]]> - - - then the supertype of List<E> is Collection<E>. - - - - The supertype of a parameterized type P is the type given in the extends clause of - P, or Object if no extends clause is present. Any type parameters in - the supertype are substituted in accordance with the parameterization of P. An example - will make this much clearer: Given the type List<Double> and the definition of - the List given above, the direct supertype is - Collection<Double>. List<Double> is not - considered to be a subtype of List<Number>. - - - - An instance of a parameterized type P<T1,T2,...Tn>may be assigned to a variable of - the same type or a supertype - without casting. In addition it may be assigned to a variable R<S1,S2,...Sm> where - R is a supertype of P (the supertype relationship is reflexive), - m <= n, and for all type parameters S1..m, Tm equals - Sm or Sm is a wildcard type specification and - Tm falls within the bounds of the wildcard. For example, List<String> - can be assigned to a variable of type Collection<?>, and List<Double> - can be assigned to a variable of type List<? extends Number>. - - - - - - Generic Methods and Constructors - - A static method may be declared with one or more type parameters as in the following declaration: - - - T first(List ts) { ... } -]]> - - - Such a definition can appear in any type, the type parameter T does not need to - be declared as a type parameter of the enclosing type. - - - - Non-static methods may also be declared with one or more type parameters in a similar fashion: - - - T max(T t1, T t2) { ... } -]]> - - The same technique can be used to declare a generic constructor. - - - - - Erasure - Generics in Java are implemented using a technique called erasure. All - type parameter information is erased from the run-time type system. Asking an object of a parameterized - type for its class will return the class object for the raw type (eg. List for an object - declared to be of type List<String>. A consequence of this is that you cannot at - runtime ask if an object is an instanceof a parameterized type. - - - - - - - Generics in AspectJ 5 - - - AspectJ 5 provides full support for all of the Java 5 language features, including generics. Any legal Java 5 program is a - legal AspectJ 5 progam. In addition, AspectJ 5 provides support for generic and parameterized types in pointcuts, inter-type - declarations, and declare statements. Parameterized types may freely be used within aspect members, and support is - also provided for generic abstract aspects. - - - - Matching generic and parameterized types in pointcut expressions - - - The simplest way to work with generic and parameterized types in pointcut expressions and type patterns - is simply to use the raw type name. For example, the type pattern List will match - the generic type List<E> and any parameterization of that type - (List<String>, List<?>, List<? extends Number> and so on. This - ensures that pointcuts written in existing code that is not generics-aware will continue to work as - expected in AspectJ 5. It is also the recommended way to match against generic and parameterized types - in AspectJ 5 unless you explicitly wish to narrow matches to certain parameterizations of a generic type. - - - Generic methods and constructors, and members defined in generic types, may use type variables - as part of their signature. For example: - - T first(List ts) { ... } - - /** instance generic method */ - T max(T t1, T t2) { ... } - -} - -public class G { - - // field with parameterized type - T myData; - - // method with parameterized return type - public List getAllDataItems() {...} - -} -]]> - - - AspectJ 5 does not allow the use of type variables in pointcut expressions and type patterns. Instead, members that - use type parameters as part of their signature are matched by their erasure. Java 5 defines the - rules for determing the erasure of a type as follows. - - - Let |T| represent the erasure of some type T. Then: - - - The erasure of a parameterized type T<T1,...,Tn> is |T|. - For example, the erasure of List<String> is List. - - The erasure of a nested type T.C is |T|.C. For example, - the erasure of the nested type Foo<T>.Bar is Foo.Bar. - - The erasure of an array type T[] is |T|[]. For example, - the erasure of List<String>[] is List[]. - - The erasure of a type variable is its leftmost bound. For example, the erasure of a - type variable P is Object, and the erasure of a type - variable N extends Number is Number. - - The erasure of every other type is the type itself - - - - Applying these rules to the earlier examples, we find that the methods defined in Utils - can be matched by a signature pattern matching static Object Utils.first(List) and - Number Utils.max(Number, Number) respectively. The members of the generic type - G can be matched by a signature pattern matching Object G.myData and - public List G.getAllDataItems() respectively. - - - Restricting matching using parameterized types - - Pointcut matching can be further restricted to match only given parameterizations of parameter types (methods and constructors), return - types (methods) and field types (fields). This is achieved by specifying a parameterized type pattern at the appropriate point - in the signature pattern. For example, given the class Foo: - - myStrings; - List myFloats; - - public List getStrings() { return myStrings; } - public List getFloats() { return myFloats; } - - public void addStrings(List evenMoreStrings) { - myStrings.addAll(evenMoreStrings); - } - -} -]]> - - - - Then a get join point for the field myStrings can be matched by the - pointcut get(List Foo.myStrings) and by the pointcut get(List<String> Foo.myStrings), - but not by the pointcut get(List<Number> *). - - A get join point for the field myFloats can be matched by the - pointcut get(List Foo.myFloats), the pointcut get(List<Float> *), - and the pointcut get(List<Number+> *). This last example shows how AspectJ type - patterns can be used to match type parameters types just like any other type. The pointcut - get(List<Double> *) does not match. - - The execution of the methods getStrings and getFloats can be - matched by the pointcut expression execution(List get*(..)), and the pointcut - expression execution(List<*> get*(..)), but only getStrings - is matched by execution(List<String> get*(..)) and only getFloats - is matched by execution(List<Number+> get*(..)) - - A call to the method addStrings can be matched by the pointcut expression - call(* addStrings(List)) and by the expression call(* addStrings(List<String>)), - but not by the expression call(* addStrings(List<Number>)). - - - Remember that any type variable reference in a generic member is - always matched by its erasure. Thus given the following - example: - - { - List foo(List ls) { return null; } -} -]]> - - - The execution of foo can be matched by - execution(List foo(List)), - execution(List foo(List<String>>)), and - execution(* foo(List<String<))but - not by execution(List<Object> foo(List<String>>) - since the erasure of List<T> is List - and not List<Object>. - - - - - - Generic wildcards and signature matching - - - When it comes to signature matching, a type parameterized using a generic wildcard is a distinct type. - For example, List<?> is a very different type to List<String>, - even though a variable of type List<String> can be assigned to a variable of - type List<?>. Given the methods: - - - listOfSomeNumberType) {} - - public void bar(List listOfSomeType) {} - - public void goo(List listOfDoubles) {} -} -]]> - - - - - - - execution(* C.*(List)) - - Matches an execution join point for any of the three methods. - - - - - - execution(* C.*(List<? extends Number>)) - - matches only the - execution of foo, and not the execution - of goo since List<? extends Number> and - List<Double> are distinct types. - - - - - - execution(* C.*(List<?>)) - - matches only the execution of bar. - - - - - - execution(* C.*(List<? extends Object+>)) - - matches both the execution of foo and the execution of bar - since the upper bound of List<?> is implicitly Object. - - - - - - - - - - Treatment of bridge methods - - Under certain circumstances a Java 5 compiler is required to create bridge - methods that support the compilation of programs using raw types. Consider the types - - { - public T foo(T someObject) { - return someObject; - } -} - -class SubGeneric extends Generic { - public N foo(N someNumber) { - return someNumber; - } -} -]]> - - The class SubGeneric extends Generic - and overrides the method foo. Since the upper bound of the type variable - N in SubGeneric is different to the upper bound of - the type variable T in Generic, the method foo - in SubGeneric has a different erasure to the method foo - in Generic. This is an example of a case where a Java 5 compiler will create - a bridge method in SubGeneric. Although you never see it, - the bridge method will look something like this: - - - - - Bridge methods are synthetic artefacts generated as a result of a particular compilation strategy and - have no execution join points in AspectJ 5. So the pointcut execution(Object SubGeneric.foo(Object)) - does not match anything. (The pointcut execution(Object Generic.foo(Object)) matches the - execution of foo in both Generic and SubGeneric since - both are implementations of Generic.foo). - - - It is possible to call a bridge method as the following short - code snippet demonstrates. Such a call does result in a call join point for the call to - the method. - - - - - - - - Runtime type matching with this(), target() and args() - - The this(), target(), and - args() pointcut expressions all match based on the runtime - type of their arguments. Because Java 5 implements generics using erasure, it is not - possible to ask at runtime whether an object is an instance of a given parameterization of a type - (only whether or not it is an instance of the erasure of that parameterized type). Therefore - AspectJ 5 does not support the use of parameterized types with the this() and - target() pointcuts. Parameterized types may however be used in conjunction with - args(). Consider the following class - - - listOfStrings) {} - - public void bar(List listOfDoubles) {} - - public void goo(List listOfSomeNumberType) {} -} -]]> - - - - - - - args(List) - - will match an execution or call join point for any of - these methods - - - - - - args(List<String>) - - will match an execution - or call join point for foo. - - - - - - args(List<Double>) - - matches an execution or call join point for bar, and may match - at an execution or call join point for goo since it is legitimate to pass an - object of type List<Double> to a method expecting a List<? extends Number>. - - - In this situation a runtime test would normally be applied to ascertain whether or not the argument - was indeed an instance of the required type. However, in the case of parameterized types such a test is not - possible and therefore AspectJ 5 considers this a match, but issues an unchecked warning. - For example, compiling the aspect A below with the class C produces the - compilation warning: "unchecked match of List<Double> with List<? extends Number> when argument is - an instance of List at join point method-execution(void C.goo(List<? extends Number>)) [Xlint:uncheckedArgument]"; - - - - - - - listOfDoubles) : execution(* C.*(..)) && args(listOfDoubles) { - for (Double d : listOfDoubles) { - // do something - } - } -} -]]> - - Like all Lint messages, the uncheckedArgument warning can be - configured in severity from the default warning level to error or even ignore if preferred. - In addition, AspectJ 5 offers the annotation @SuppressAjWarnings which is - the AspectJ equivalent of Java's @SuppressWarnings annotation. If the - advice is annotated with @SuppressWarnings then all - lint warnings issued during matching of pointcut associated with the advice will be - suppressed. To suppress just an uncheckedArgument warning, use the - annotation @SuppressWarnings("uncheckedArgument") as in the following - examples: - - - listOfDoubles) : execution(* C.*(..)) && args(listOfDoubles) { - for (Double d : listOfDoubles) { - // do something - } - } - - @SuppressAjWarnings("uncheckedArgument") // will not see *any* lint warnings for this advice - before(List listOfDoubles) : execution(* C.*(..)) && args(listOfDoubles) { - for (Double d : listOfDoubles) { - // do something - } - } -} -]]> - - - The safest way to deal with uncheckedArgument warnings however is to restrict the pointcut - to match only at those join points where the argument is guaranteed to match. This is achieved by combining - args with a call or execution signature matching - pointcut. In the following example the advice will match the execution of bar but not - of goo since the signature of goo is not matched by the execution pointcut - expression. - - - listOfDoubles) : execution(* C.*(List)) && args(listOfDoubles) { - for (Double d : listOfDoubles) { - // do something - } - } -} -]]> - - Generic wildcards can be used in args type patterns, and matching follows regular Java 5 assignability rules. For - example, args(List<?>) will match a list argument of any type, and - args(List<? extends Number>) will match an argument of type - List<Number>, List<Double>, List<Float> and so on. Where a match cannot be - fully statically determined, the compiler will once more issue an uncheckedArgument warning. - - - Consider the following program: - - ls = new ArrayList(); - List ld = new ArrayList(); - c.foo("hi"); - c.foo(ls); - c.foo(ld); - } - - public void foo(Object anObject) {} -} - -aspect A { - before(List aListOfSomeNumberType) - : call(* foo(..)) && args(aListOfSomeNumberType) { - // process list... - } -} -]]> - - - - From the signature of foo all we know is that the runtime argument will be an instance of - Object.Compiling this program gives the unchecked argument warning: - "unchecked match of List<? extends Number> with List when argument is - an instance of List at join point method-execution(void C.foo(Object)) [Xlint:uncheckedArgument]". - The advice will not execute at the call join point for c.foo("hi") since String - is not an instance of List. The advice will execute at the call join points - for c.foo(ls) and c.foo(ld) since in both cases the argument is an instance of - List. - - - Combine a wildcard argument type with a signature pattern to avoid unchecked argument matches. In the example - below we use the signature pattern List<Number+> to match a call to any method taking - a List<Number>, List<Double>, List<Float> and so on. In addition the - signature pattern List<? extends Number+> can be used to match a call to a method - declared to take a List<? extends Number>, List<? extends Double> - and so on. Taken together, these restrict matching to only - those join points at which the argument is guaranteed to be an instance of List<? extends Number>. - - - aListOfSomeNumberType) - : (call(* foo(List)) || call(* foo(List))) - && args(aListOfSomeNumberType) { - // process list... - } -} -]]> - - - - - Binding return values in after returning advice - - - After returning advice can be used to bind the return value from a matched join point. AspectJ 5 supports the use of - a parameterized type in the returning clause, with matching following the same rules as described for args. For - example, the following aspect matches the execution of any method returning a List, and makes - the returned list available to the body of the advice. - - - listOfSomeType) : executionOfAnyMethodReturningAList() { - for (Object element : listOfSomeType) { - // process element... - } - } -} -]]> - - - The pointcut uses the raw type pattern List, and hence it - matches methods returning any kind of list (List<String>, List<Double>, - and so on). We've chosen to bind the returned list as the parameterized type - List<?> in the advice since Java's type checking will now ensure - that we only perform safe operations on the list. - - Given the class - - foo(List listOfStrings) {...} - - public List bar(List listOfDoubles) {...} - - public List goo(List listOfSomeNumberType) {...} -} -]]> - - The advice in the aspect below will run after the execution of bar - and bind the return value. It will also run after the execution of goo and - bind the return value, but gives an uncheckedArgument warning during - compilation. It does not run after the execution of foo. - - - listOfDoubles) : execution(* C.*(..)) { - for(Double d : listOfDoubles) { - // process double... - } - } -} -]]> - - As with args you can guarantee that after returning advice only - executes on lists statically determinable to be of the right - type by specifying a return type pattern in the associated pointcut. The - @SuppressAjWarnings annotation can also be used if desired. - - - - - Declaring pointcuts inside generic types - - Pointcuts can be declared in both classes and aspects. A pointcut declared in a generic - type may use the type variables of the type in which it is declared. All references to - a pointcut declared in a generic type from outside of that type must be via a parameterized type reference, - and not a raw type reference. - - Consider the generic type Generic with a pointcut foo: - - - { - /** - * matches the execution of any implementation of a method defined for T - */ - public pointcut foo() : execution(* T.*(..)); -} -]]> - - - - Such a pointcut must be refered to using a parameterized reference as shown - below. - - .foo() { - // ... - } - - // runs before the execution of any implementation of a method defined for YourClass - before() : Generic.foo() { - // ... - } - - // results in a compilation error - raw type reference - before() : Generic.foo() { } -} -]]> - - - - - - - Inter-type Declarations - - - AspectJ 5 supports the inter-type declaration of generic methods, and of members on - generic types. For generic methods, the syntax is exactly as for a regular method - declaration, with the addition of the target type specification: - - - - - - <T extends Number> T Utils.max(T first, T second) {...} - - Declares a generic instance method max on the class Util. - The max method takes two arguments, first and second which must - both be of the same type (and that type must be Number or a subtype of Number) and returns an instance - of that type. - - - - - - static <E> E Utils.first(List<E> elements) {...} - - Declares a static generic method first on the class Util. - The first method takes a list of elements of some type, and returns an instance - of that type. - - - - - - <T> Sorter.new(List<T> elements,Comparator<? super T> comparator) {...} - - Declares a constructor on the class Sorter. - The constructor takes a list of elements of some type, and a comparator that can compare instances - of the element type. - - - - - - - - A generic type may be the target of an inter-type declaration, used either in its raw form or with - type parameters specified. If type parameters are specified, then the number of type parameters given - must match the number of type parameters in - the generic type declaration. Type parameter names do not have to match. - For example, given the generic type Foo<T,S extends Number> then: - - - - - - String Foo.getName() {...} - - Declares a getName method on behalf of the type Foo. It is - not possible to refer to the type parameters of Foo in such a declaration. - - - - - - public R Foo<Q, R>.getMagnitude() {...} - - Declares a method getMagnitude on the generic class Foo. - The method returns an instance of the type substituted for the second type parameter in an invocation - of Foo If Foo is declared as - Foo<T,N extends Number> {...} then this inter-type declaration is - equivalent to the declaration of a method public N getMagnitude() - within the body of Foo. - - - - - - R Foo<Q, R extends Number>.getMagnitude() {...} - - Results in a compilation error since a bounds specification is not allowed in this - form of an inter-type declaration (the bounds are determined from the declaration of the - target type). - - - - - - - A parameterized type may not be the target of an inter-type declaration. This is because - there is only one type (the generic type) regardless of how many different invocations (parameterizations) of - that generic type are made in a program. Therefore it does not make sense to try and declare a member - on behalf of (say) Bar<String>, you can only declare members on the generic - type Bar<T>. - - - - - - Declare Parents - - Both generic and parameterized types can be used as the parent type in a declare parents - statement (as long as the resulting type hierarchy would be well-formed in accordance with Java's sub-typing - rules). Generic types may also be used as the target type of a declare parents statement. - - - - - declare parents: Foo implements List<String> - - The Foo type implements the List<String> interface. If - Foo already implements some other parameterization of the List - interface (for example, List<Integer> then a compilation error will result since a - type cannot implement multiple parameterizations of the same generic interface type. - - - - - - - - - - Declare Soft - It is an error to use a generic or parameterized type as the softened exception type in a declare soft statement. Java 5 does - not permit a generic class to be a direct or indirect subtype of Throwable (JLS 8.1.2). - - - - Generic Aspects - - - AspectJ 5 allows an abstract aspect to be declared as a generic type. Any concrete - aspect extending a generic abstract aspect must extend a parameterized version of the abstract aspect. - Wildcards are not permitted in this parameterization. - - - Given the aspect declaration: - - { - ... -} -]]> - - then - - - - - public aspect FilesInFolders extends ParentChildRelationship<Folder,File> {... - - declares a concrete sub-aspect, FilesInFolders which extends the - parameterized abstract aspect ParentChildRelationship<Folder,File>. - - - - - - public aspect FilesInFolders extends ParentChildRelationship {... - - results in a compilation error since the ParentChildRelationship aspect must - be fully parameterized. - - - - - - public aspect ThingsInFolders<T> extends ParentChildRelationship<Folder,T> - - results in a compilation error since concrete aspects may not have type parameters. - - - - - - public abstract aspect ThingsInFolders<T> extends ParentChildRelationship<Folder,T> - - declares a sub-aspect of ParentChildRelationship in which Folder - plays the role of parent (is bound to the type variable P). - - - - - - - The type parameter variables from a generic aspect declaration may be used in place of a type within any - member of the aspect, except for within inter-type declarations. - For example, we can declare a ParentChildRelationship aspect to - manage the bi-directional relationship between parent and child nodes as follows: - - - { - - /** generic interface implemented by parents */ - interface ParentHasChildren{ - List getChildren(); - void addChild(C child); - void removeChild(C child); - } - - /** generic interface implemented by children */ - interface ChildHasParent

{ - P getParent(); - void setParent(P parent); - } - - /** ensure the parent type implements ParentHasChildren */ - declare parents: Parent implements ParentHasChildren; - - /** ensure the child type implements ChildHasParent */ - declare parents: Child implements ChildHasParent; - - // Inter-type declarations made on the *generic* interface types to provide - // default implementations. - - /** list of children maintained by parent */ - private List ParentHasChildren.children = new ArrayList(); - - /** reference to parent maintained by child */ - private P ChildHasParent

.parent; - - /** Default implementation of getChildren for the generic type ParentHasChildren */ - public List ParentHasChildren.getChildren() { - return Collections.unmodifiableList(children); - } - - /** Default implementation of getParent for the generic type ChildHasParent */ - public P ChildHasParent

.getParent() { - return parent; - } - - /** - * Default implementation of addChild, ensures that parent of child is - * also updated. - */ - public void ParentHasChildren.addChild(C child) { - if (child.parent != null) { - child.parent.removeChild(child); - } - children.add(child); - child.parent = this; - } - - /** - * Default implementation of removeChild, ensures that parent of - * child is also updated. - */ - public void ParentHasChildren.removeChild(C child) { - if (children.remove(child)) { - child.parent = null; - } - } - - /** - * Default implementation of setParent for the generic type ChildHasParent. - * Ensures that this child is added to the children of the parent too. - */ - public void ChildHasParent

.setParent(P parent) { - parent.addChild(this); - } - - /** - * Matches at an addChild join point for the parent type P and child type C - */ - public pointcut addingChild(Parent p, Child c) : - execution(* ParentHasChildren.addChild(ChildHasParent)) && this(p) && args(c); - - /** - * Matches at a removeChild join point for the parent type P and child type C - */ - public pointcut removingChild(Parent p, Child c) : - execution(* ParentHasChildren.removeChild(ChildHasParent)) && this(p) && args(c); - -} -]]> - - - - The example aspect captures the protocol for managing a bi-directional parent-child relationship between - any two types playing the role of parent and child. In a compiler implementation managing an abstract syntax - tree (AST) in which AST nodes may contain other AST nodes we could declare the concrete aspect: - - - { - before(ASTNode parent, ASTNode child) : addingChild(parent, child) { - ... - } -} -]]> - - - As a result of this declaration, ASTNode gains members: - - - - List<ASTNode> children - ASTNode parent - List<ASTNode>getChildren() - ASTNode getParent() - void addChild(ASTNode child) - void removeChild(ASTNode child) - void setParent(ASTNode parent) - - - - In a system managing orders, we could declare the concrete aspect: - - - { -} -]]> - - - As a result of this declaration, Order gains members: - - - - List<OrderItem> children - List<OrderItem> getChildren() - void addChild(OrderItem child) - void removeChild(OrderItem child) - - - and OrderItem gains members: - - - Order parent - Order getParent() - void setParent(Order parent) - - - - A second example of an abstract aspect, this time for handling exceptions in a uniform - manner, is shown below: - - { - - /** - * method to be implemented by sub-aspects to handle thrown exceptions - */ - protected abstract void onException(T anException); - - /** - * to be defined by sub-aspects to specify the scope of exception handling - */ - protected abstract pointcut inExceptionHandlingScope(); - - /** - * soften T within the scope of the aspect - */ - declare soft: T : inExceptionHandlingScope(); - - /** - * bind an exception thrown in scope and pass it to the handler - */ - after() throwing (T anException) : inExceptionHandlingScope() { - onException(anException); - } - -} -]]> - - Notice how the type variable T extends Throwable allows the - components of the aspect to be designed to work together in a type-safe manner. The - following concrete sub-aspect shows how the abstract aspect might be extended to - handle IOExceptions. - - { - - protected pointcut inExceptionHandlingScope() : - call(* doIO*(..)) && within(org.xyz..*); - - /** - * called whenever an IOException is thrown in scope. - */ - protected void onException(IOException ex) { - System.err.println("handled exception: " + ex.getMessage()); - throw new MyDomainException(ex); - } -} -]]> - - - - - - - - diff --git a/docs/adk15notebook/grammar.xml b/docs/adk15notebook/grammar.xml deleted file mode 100644 index 048118c34..000000000 --- a/docs/adk15notebook/grammar.xml +++ /dev/null @@ -1,190 +0,0 @@ - - - A Grammar for the AspectJ 5 Language - - - - - diff --git a/docs/adk15notebook/joinpointsignatures.xml b/docs/adk15notebook/joinpointsignatures.xml deleted file mode 100644 index e803b9cfd..000000000 --- a/docs/adk15notebook/joinpointsignatures.xml +++ /dev/null @@ -1,536 +0,0 @@ - - - Join Point Signatures - - - Many of the extensions to the AspectJ language to address the new features of - Java 5 are derived from a simple set of principles for join point - matching. In this section, we outline these principles as a foundation - for understanding the matching rules in the presence of annotations, - generics, covariance, varargs, and autoboxing. - - - - Join Point Matching - - AspectJ supports 11 different kinds of join points. These are - the method call, method execution, constructor call, - constructor execution, field get, field set, pre-initialization, - initialization, static initialization, handler, and - advice execution join points. - - The kinded pointcut designators match - based on the kind of a join point. These are the call, - execution, get, set, preinitialization, initialization, - staticinitialization, handler, and adviceexecution - designators. - - A kinded pointcut is written using patterns, some of which - match based on signature, and some of which - match based on modifiers. For example, in - the call pointcut designator: - - - - the modifiers matching patterns are ModifierPattern - and ThrowsPattern, and the signature matching patterns - are TypePattern TypePattern.IdPattern(TypePatternList). - - - - A join point has potentially multiple signatures, but only one set of - modifiers. A kinded primitive pointcut matches a particular join point - if and only if: - - - - They are of the same kind - The signature pattern (exactly) matches at least one - signature of the join point - The modifiers pattern matches the modifiers of the - subject of the join point - - - These rules make it very easily to quickly determine whether a - given pointcut matches a given join point. In the next two sections, - we describe what the signature(s) of a join point are, and what the - subjects of join points are. - - - - - Join Point Signatures - - Call, execution, get, and set join points may potentially have multiple - signatures. All other join points have exactly one signature. The - following table summarizes the constituent parts of a join point - signature for the different kinds of join point. - - - - - - Join Point Kind - Return Type - Declaring Type - Id - Parameter Types - Field Type - Exception Type - - - - - Method call - + - + - + - + - - - - - Method execution - + - + - + - + - - - - - Constructor call - - + - - + - - - - - Constructor execution - - + - - + - - - - - Field get - - + - + - - + - - - - Field set - - + - + - - + - - - - Pre-initialization - - + - - + - - - - - Initialization - - + - - + - - - - - Static initialization - - + - - - - - - - Handler - - - - - - + - - - Advice execution - - + - - + - - - - - - - - Note that whilst an advice execution join point has a - signature comprising the declaring type of the advice and the - advice parameter types, the adviceexecution - pointcut designator does not support matching based on this - signature. - - The signatures for most of the join point kinds should be - self-explanatory, except for field get and set, and method call and execution - join points, which can have multiple signatures. Each signature of - a method call or execution join point has the same id and parameter - types, but the declaring type and return type (with covariance) may vary. - Each signature of a field get or set join point has the same id and field - type, but the declaring type may vary. - - - The following sections examine signatures for these join points - in more detail. - - - Method call join point signatures - - - For a call join point where a call is made to a method - m(parameter_types) on a target type T (where - T is the static type of the target): - - - - - - Then the signature R(T) T.m(parameter_types) is a signature - of the call join point, where R(T) is the return - type of m in T, and - parameter_types are the parameter types of - m. If T itself does not - declare a definition of m(parameter_types), then - R(T) is the return type in the definition of - m that T inherits. Given the - call above, and the definition of T.m: - - - - - Then R' T.m(String) is a signature of the - call join point for t.m("hello"). - - - For each ancestor (super-type) A of T, - if m(parameter_types) is defined for that super-type, then - R(A) A.m(parameter_types) is a signature of the call join - point, where R(A) is the return type of - m(parameter_types) as defined in A, or as inherited - by A if A itself does not - provide a definition of m(parameter_types). - - - - Continuing the example from above,we can deduce that - - - - - are all additional signatures for the call join point arising - from the call t.m("hello"). Thus this call - join point has four signatures in total. Every signature has the same - id and parameter types, and a different declaring type. - - - - - Method execution join point signatures - - Join point signatures for execution join points are defined - in a similar manner to signatures for call join points. Given the - hierarchy: - - - - - - Then the execution join point signatures arising as a result - of the call to u.m("hello") are: - - - - Each signature has the same id and parameter types, and a - different declaring type. There is one signature for each type - that provides its own declaration of the method. Hence in this - example there is no signature R' T.m(String) - as T does not provide its own declaration of - the method. - - - - - Field get and set join point signatures - - - For a field get join point where an access is made to a field - f of type F - on a object with declared type T, then - F T.f is a signature of the get join point. - - - - If T does not directly declare a member - f, then for each super type S - of T, up to and including the most specific - super type of T that does declare the member - f, F S.f is a signature - of the join point. For example, given the hierarchy: - - - - - - Then the join point signatures for a field get join point of - the field f on an object with declared type - T are: - - - - - The signatures for a field set join point are derived in an - identical manner. - - - - - - - Join Point Modifiers - - Every join point has a single set of modifiers - these include - the standard Java modifiers such as public, private, - static, abstract etc., any annotations, and the throws - clauses of methods and constructors. These modifiers are the - modifiers of the subject of the join point. - - - The following table defines the join point subject for each kind - of join point. - - - - - - - Join Point Kind - Subject - - - - - Method call - The method picked out by Java as - the static target of the method call. - - - Method execution - The method that is executing. - - - Constructor call - The constructor being called. - - - Constructor execution - The constructor executing. - - - Field get - The field being accessed. - - - Field set - The field being set. - - - Pre-initialization - The first constructor executing in - this constructor chain. - - - Initialization - The first constructor executing in - this constructor chain. - - - Static initialization - The type being initialized. - - - Handler - The declared type of the - exception being handled. - - - Advice execution - The advice being executed. - - - - - - For example, given the following types - - - - Then the modifiers for a call to (Y y) y.doIt() - are simply {public}. The modifiers for a call to - (X x) x.doIt() are {@Foo,protected}. - - - - - - Summary of Join Point Matching - - - A join point has potentially multiple signatures, but only one set of - modifiers. A kinded primitive pointcut matches a particular join point - if and only if: - - - - They are of the same kind - The signature pattern (exactly) matches at least one - signature of the join point - The modifiers pattern matches the modifiers of the - subject of the join point - - - Given the hierarchy - - - - and the program fragment: - - - - - The the pointcut call(@Foo R P.m(String)) matches the - call p.m("hello") since both the signature and the - modifiers match. It does not match the call s.m("hello") - because even though the signature pattern matches one of the signatures - of the join point, the modifiers pattern does not match the modifiers of - the method m in S which is the static target of the call. - - - The pointcut call(R' m(String)) matches the - calls t.m("hello") and s.m("hello"). - It does not match the call p.m("hello") since the - signature pattern does not match any signature for the call join point - of m in P. - - - - diff --git a/docs/adk15notebook/ltw.xml b/docs/adk15notebook/ltw.xml deleted file mode 100644 index ede34eeb1..000000000 --- a/docs/adk15notebook/ltw.xml +++ /dev/null @@ -1,15 +0,0 @@ - - - - - Load-Time Weaving - - - Introduction - See Developer's Guide for information on - load-time weaving support in AspectJ 5. - - diff --git a/docs/adk15notebook/miscellaneous.xml b/docs/adk15notebook/miscellaneous.xml deleted file mode 100644 index df9aa3f87..000000000 --- a/docs/adk15notebook/miscellaneous.xml +++ /dev/null @@ -1,82 +0,0 @@ - - - Other Changes in AspectJ 5 - - - Pointcuts - - - AspectJ 5 is more liberal than AspectJ 1.2.1 in accepting pointcut expressions - that bind context variables in more than one location. For example, AspectJ - 1.2.1 does not allow: - - - - - - whereas this expression is permitted in AspectJ 5. Each context variable must - be bound exactly once in each branch of a disjunction, and the disjunctive branches - must be mutually exclusive. In the above example for instance, no join point - can be both an execution join point and a set join point so the two branches - are mutually exclusive. - - - - - - Declare Soft - - The semantics of the declare soft statement have been - refined in AspectJ 5 to only soften exceptions that are not already runtime - exceptions. If the exception type specified in a declare soft statement is RuntimeException - or a subtype of RuntimeException then a new XLint warning will be issued: - - > "SomeRuntimeException will not be softened as it is already a RuntimeException" [XLint:runtimeExceptionNotSoftened] -]]> - - - This XLint message can be controlled by setting the runtimeExceptionNotSoftened XLint parameter. - - - - If the exception type specified in a declare soft statement is a super type of RuntimeException - (such as Exception for example) then any checked exception thrown at a matched join point, - where the exception is an instance of the softened exception, will be softened to an - org.aspectj.lang.SoftException. - - - - - - - - - - - diff --git a/docs/adk15notebook/pertypewithin.xml b/docs/adk15notebook/pertypewithin.xml deleted file mode 100644 index 3d901a2f7..000000000 --- a/docs/adk15notebook/pertypewithin.xml +++ /dev/null @@ -1,110 +0,0 @@ - - - The pertypewithin Aspect Instantiation Model - - - AspectJ 5 defines a new per-clause type for aspect instantiation: - pertypewithin. Unlike the other per-clauses, - pertypewithin takes a type pattern: - - - - - - When an aspect is declared using the pertypewithin - instantiation model, one new aspect instance will be created for each - type matched by the associated type pattern. - - - - Pertypewithin aspects have aspectOf and - hasAspect methods with the following signatures: - - - - - - Where P is the type of the pertypewithin - aspect. - - - - In addition, pertypewithin aspects have a - getWithinTypeName method that can be called - to return the package qualified name of the type for which the - aspect instance has been created. - - - - - - In common with the other per-clause instantiation models, the execution - of any advice declared within a pertypewithin aspect - is conditional upon an implicit pointcut condition. In this case, that - any join point be within the type that the executing - aspect is an aspectOf. For example, given the aspect - definition - - - instances = new WeakHashMap(); - - after(Object o) returning() : execution(new(..)) && this(o) { - instances.put(o,true); - } - - public Set getInstances() { - return instances.keySet(); - } - -} -]]> - - - Then one aspect instance will be created for each type within - org.xyz..*. For each aspect instance, the - after returning advice will match only the execution of constructors - within the matched per-type-within type. The net result is that - the aspect tracks all known instances of each type within - org.xyz..*. To get access to the instances, a - programmer can simply write - InstanceTracking.aspectOf(org.xyz.SomeType.class).getInstances(). - - - - The pertypewithin aspect instantiation model should - be used when the implementation of a crosscutting concern requires that - some state be maintained for each type in a set of types. To maintain - state for a single type, it is easier to use a static inter-type declared - field. Examples of usage include instance tracking, profiling, and the - implementation of a common tracing idiom that uses one Logger per - traced class. - - - diff --git a/docs/adk15notebook/reflection.xml b/docs/adk15notebook/reflection.xml deleted file mode 100644 index 3ae05e698..000000000 --- a/docs/adk15notebook/reflection.xml +++ /dev/null @@ -1,30 +0,0 @@ - - - New Reflection Interfaces - - - AspectJ 5 provides a full set of reflection APIs analogous to the - java.lang.reflect package, but fully aware of the - AspectJ type system. See the javadoc for the runtime and tools APIs - for the full details. The reflection APIs are only supported when - running under Java 5 and for code compiled by the AspectJ 5 compiler - at target level 1.5. - - - - Using AjTypeSystem - - The starting point for using the reflection apis is - org.aspectj.lang.reflect.AjTypeSystem which - provides the method getAjType(Class) which will - return the AjType corresponding to a given - Java class. The AjType interface corresponds to - java.lang.Class and gives you access to all of the - method, field, constructor, and also pointcut, advice, declare - statement and inter-type declaration members in the type. - - - - - - diff --git a/docs/adk15notebook/varargs.xml b/docs/adk15notebook/varargs.xml deleted file mode 100644 index 31dddde80..000000000 --- a/docs/adk15notebook/varargs.xml +++ /dev/null @@ -1,208 +0,0 @@ - - - Varargs - - - Variable-length Argument Lists in Java 5 - - - Java 5 (and hence AspectJ 5) allows you to specify methods that take a - variable number of arguments of a specified type. This is achieved using - an ellipsis (...) in the method signature as shown: - - - - - - A method or constructor may take at most one variable length argument, and - this must always be the last declared argument in the signature. - - - - Calling Methods and Constructors with variable-length arguments - - - A varargs method may be called with zero or more arguments - in the variable argument position. For example, given the definition of - foo above, the following calls are all legal: - - - - - A varargs parameter is treated as an array within the - defining member. So in the body of foo we could write for example: - - - - - One consequence of this treatment of a varargs parameter as an array - is that you can also call a varargs method with an array: - - - - - - - - - Using Variable-length arguments in advice and pointcut expressions - - AspectJ 5 allows variable-length arguments to be used for methods declared within - aspects, and for inter-type declared methods and constructors, in accordance with the rules - outlined in the previous section. - - - AspectJ 5 also allows variable length arguments to be matched by pointcut expressions and - bound as formals in advice. - - - - Matching signatures based on variable length argument types - - - Recall from the definition of signature patterns given in the chapter on - annotations (), that MethodPattern - and ConstructorPattern are extended to allow a varargs - pattern in the last argument position of a method or constructor signature. - - - - - - Method and constructor patterns are used in the call, - execution, initialization, - preinitialization, and withincode - pointcut designators. Some examples of usage follow: - - - - - - call(* org.xyz.*.*(int, String...)) - - - Matches a call join point for a call to a method defined in the - org.xyz package, taking an int - and a String vararg. - - - - - - execution(* org.xyz.*.*(Integer...)) - - - Matches an execution join point for the execution of a method defined in the - org.xyz package, taking an Integer vararg. - - - - - - initialization(org.xyz.*.new((Foo || Goo)...)) - - - Matches the initialization join point for the construction of an - object in the org.xyz package via a constructor - taking either a variable number of Foo parameters or - a variable number of Goo parameters. (This example - illustrating the use of a type pattern with ...). - - - - - - - A variable argument parameter and an array parameter are treated as distinct - signature elements, so given the method definitions: - - - - - - The pointcut execution(* *.*(String...)) matches the execution join point - for foo, but not bar. The pointcut - execution(* *.*(String[])) matches the execution join point - for bar but not foo. - - - - - - Exposing variable-length arguments as context in pointcuts and advice - - - When a varargs parameter is used within the body of a method, it has - an array type, as discussed in the introduction to this section. We follow the - same convention when binding a varargs parameter via the args - pointcut designator. Given a method - - - - - - The call or execution join points for foo will be matched - by the pointcut args(int,String[]). It is not permitted - to use the varargs syntax within an args pointcut designator - so you - cannot write args(int,String...). - - - - Binding of a varargs parameter in an advice statement is straightforward: - - - - - Since you cannot use the varargs syntax in the args - pointcut designator, you also cannot use the varargs syntax to declare - advice parameters. - - Note: the proposal in this section does not allow you to - distinguish between a join point with a signature (int, String...) - and a join point with a signature (int, String[]) based - solely on the use of the args - pointcut designator. If this distinction is required, args - can always be coupled with call or - execution. - - - - - - - - diff --git a/docs/devguide/aj.xml b/docs/devguide/aj.xml deleted file mode 100644 index fd250d055..000000000 --- a/docs/devguide/aj.xml +++ /dev/null @@ -1,55 +0,0 @@ - - - - aj - command-line launcher for basic load-time weaving - - - - - aj - Options - - arg... - - - - - Description - - The - aj command runs Java programs in Java 1.4 or - later by setting up - WeavingURLClassLoader as the system class - loader, to do load-time bytecode weaving. - - The arguments are the same as those used to launch the Java program. - Users should define the environment variables - CLASSPATH and - ASPECTPATH. - - For more information and alternatives for load-time weaving, - see . - - - - Examples - - - A simple example - - Use ajc to build a library, then weave at load time - - - - - - - diff --git a/docs/devguide/ajc.xml b/docs/devguide/ajc.xml deleted file mode 100644 index 763c54fba..000000000 --- a/docs/devguide/ajc.xml +++ /dev/null @@ -1,835 +0,0 @@ - - - - ajc - compiler and bytecode weaver for the AspectJ and Java languages - - - - - ajc - Options - - file... - @file... - -argfile file... - - - - - Description - - The ajc command compiles and weaves AspectJ and - Java source and .class files, producing .class files compliant with any - Java VM (1.1 or later). It combines compilation and bytecode weaving - and supports incremental builds; you can also weave bytecode - at run-time using . - - - The arguments after the options specify the source file(s) to compile. - To specify source classes, use -inpath (below). - Files may be listed directly on the command line or in a file. - The -argfile file - and @file forms - are equivalent, and are interpreted as meaning all the arguments - listed in the specified file. - - - - Note: - You must explicitly pass ajc all necessary sources. - Be sure to include the source not only for the - aspects or pointcuts but also for any affected types. - Specifying all sources is necessary because, unlike javac, ajc does not - search the sourcepath for classes. - (For a discussion of what affected types might be required, - see The AspectJ - Programming Guide, Implementation Appendix.) - - - To specify sources, you can list source files as arguments or use the - options -sourceroots or -inpath. - If there are multiple sources for any type, the result is undefined - since ajc has no way to determine which source is correct. (This - happens most often when users include the destination directory - on the inpath and rebuild.) - - - - Options - - - - - -injars JarList - - deprecated: since 1.2, use -inpath, which also takes - directories. - - - - - -inpath Path - - Accept as source bytecode any .class files in the - .jar files or directories on Path. - The output will include these - classes, possibly as woven with any applicable aspects. - Path is a single argument containing - a list of paths to zip files or directories, - delimited by the platform-specific path delimiter. - - - - - -aspectpath Path - - Weave binary aspects from jar files and directories on path into all sources. - The aspects should have been output by the same version - of the compiler. - When running the output classes, the run classpath should contain - all aspectpath entries. - Path, like classpath, is a single argument containing - a list of paths to jar files, delimited by the platform- - specific classpath delimiter. - - - - - -argfile File - - The file contains a line-delimited list of arguments. - Each line in the file should contain one option, filename, or - argument string (e.g., a classpath or inpath). - Arguments read from the file are inserted into the argument list - for the command. Relative paths in the file are calculated from - the directory containing the file (not the current working directory). - Comments, as in Java, start with // and - extend to the end of the line. Options specified in argument - files may override rather than extending existing option values, - so avoid specifying options like -classpath - in argument files unlike the argument file is the only build - specification. The form @file is the same - as specifying -argfile file. - - - - - -outjar output.jar - Put output classes in zip file output.jar. - - - - - -outxml - Generate aop.xml file for load-time weaving with default name. - - - - - -outxmlfile custom/aop.xml - Generate aop.xml file for load-time weaving with custom name. - - - - - -incremental - Run the compiler continuously. - After the initial compilation, the compiler will - wait to recompile until it reads a newline from the standard - input, and will quit when it reads a 'q'. - It will only recompile necessary components, so a recompile - should be much faster than doing a second compile. - This requires -sourceroots. - - - - - -sourceroots DirPaths - Find and build all .java or .aj source files under - any directory listed in DirPaths. - DirPaths, like classpath, is a single argument containing - a list of paths to directories, delimited by the platform- - specific classpath delimiter. - Required by -incremental. - - - - - -crossrefs - - Generate a build .ajsym file into the output directory. Used for - viewing crosscutting references by tools like the AspectJ - Browser. - - - - - - -emacssym - - Generate .ajesym symbol files for emacs support (deprecated). - - - - - -Xlint - Same as -Xlint:warning (enabled by default) - - - - - -Xlint:{level} - Set default level for messages about potential - programming mistakes in crosscutting code. - {level} may be ignore, warning, or error. - This overrides entries in - org/aspectj/weaver/XlintDefault.properties - from aspectjtools.jar, but does not override levels set - using the -Xlintfile option. - - - - - -Xlintfile PropertyFile - Specify properties file to set levels for - specific crosscutting messages. - PropertyFile is a path to a Java .properties file that - takes the same property names and values as - org/aspectj/weaver/XlintDefault.properties - from aspectjtools.jar, which it also overrides. - - - - - -help - - Emit information on compiler options and usage - - - - - -version - - Emit the version of the AspectJ compiler - - - - - -classpath Path - - Specify where to find user class files. - Path is a single argument containing - a list of paths to zip files or directories, - delimited by the platform-specific path delimiter. - - - - - -bootclasspath Path - - Override location of VM's bootclasspath - for purposes of evaluating types when compiling. - Path is a single argument containing - a list of paths to zip files or directories, - delimited by the platform-specific path delimiter. - - - - - -extdirs Path - - Override location of VM's extension directories - for purposes of evaluating types when compiling. - Path is a single argument containing - a list of paths to directories, - delimited by the platform-specific path delimiter. - - - - - -d Directory - - Specify where to place generated .class files. - If not specified, Directory - defaults to the current working dir. - - - - - -target [1.1 to 1.5] - Specify classfile target setting (1.1 to 1.5, default is 1.2) - - - - - -1.3 - Set compliance level to 1.3 - This implies -source 1.3 and -target 1.1. - - - - - -1.4 - Set compliance level to 1.4 (default) - This implies -source 1.4 and -target 1.2. - - - - - -1.5 - Set compliance level to 1.5. - This implies -source 1.5 and -target 1.5. - - - - - -source [1.3|1.4|1.5] - Toggle assertions (1.3, 1.4, or 1.5 - default is 1.4). - When using -source 1.3, an assert() statement valid under - Java 1.4 will result in a compiler error. - When using -source 1.4, - treat assert as a keyword and - implement assertions according to the 1.4 language spec. - When using -source 1.5, - Java 5 language features are permitted. - - - - - -nowarn - Emit no warnings (equivalent to '-warn:none') - This does not suppress messages - generated by declare warning or - Xlint. - - - - - -warn: items - Emit warnings for any instances of - the comma-delimited list of questionable code - (eg '-warn:unusedLocals,deprecation'): - -constructorName method with constructor name -packageDefaultMethod attempt to override package-default method -deprecation usage of deprecated type or member -maskedCatchBlocks hidden catch block -unusedLocals local variable never read -unusedArguments method argument never read -unusedImports import statement not used by code in file -none suppress all compiler warnings - - -warn:none does not suppress messages - generated by declare warning or - Xlint. - - - - - - -deprecation - Same as -warn:deprecation - - - - - -noImportError - Emit no errors for unresolved imports - - - - - -proceedOnError - Keep compiling after error, - dumping class files with problem methods - - - - - -g:[lines,vars,source] - - debug attributes level, that may take three forms: - --g all debug info ('-g:lines,vars,source') --g:none no debug info --g:{items} debug info for any/all of [lines, vars, source], e.g., - -g:lines,source - - - - - - - -preserveAllLocals - Preserve all local variables during code generation - (to facilitate debugging). - - - - - -referenceInfo - Compute reference information. - - - - - -encoding format - Specify default source encoding format. - Specify custom encoding on a per file basis by suffixing - each input source file/folder name with '[encoding]'. - - - - - -verbose - Emit messages about accessed/processed compilation units - - - - - -showWeaveInfo - Emit messages about weaving - - - - - -log file - Specify a log file for compiler messages. - - - - - -progress - Show progress (requires -log mode). - - - - - -time - Display speed information. - - - - - -noExit - Do not call System.exit(n) at end of compilation - (n=0 if no error) - - - - - -repeat N - Repeat compilation process N times - (typically to do performance analysis). - - - - - -XterminateAfterCompilation - Causes compiler to terminate before weaving - - - - - -XaddSerialVersionUID - Causes the compiler to calculate and add - the SerialVersionUID field to any type implementing - Serializable that is affected by an aspect. The field - is calculated based on the class before weaving has - taken place. - - - - - -Xreweavable[:compress] - (Experimental - deprecated as now default) - Runs weaver in reweavable mode which causes - it to create woven classes that can be rewoven, subject to the restriction that - on attempting a reweave all the types that advised the woven type must be accessible. - - - - - -XnoInline - (Experimental) do not inline around advice - - - - - -XincrementalFile file - (Experimental) This works like incremental mode, - but using a file rather than standard input to control the compiler. - It will recompile each time file is changed and - and halt when file is deleted. - - - - - -XserializableAspects - - (Experimental) Normally it is an error to declare - aspects Serializable. This option removes that restriction. - - - - -XnotReweavable - - (Experimental) Create class files that can't be subsequently rewoven by AspectJ. - - - - - - -Xajruntimelevel:1.2, ajruntimelevel:1.5 - - (Experimental) Allows code to be generated that targets a 1.2 or a 1.5 level AspectJ runtime (default 1.5) - - - - - - - - File names - - ajc accepts source files with either the .java - extension or the .aj extension. We normally use - .java for all of our files in an AspectJ system -- files - that contain aspects as well as files that contain classes. However, if - you have a need to mechanically distinguish files that use AspectJ's - additional functionality from those that are pure Java we recommend using - the .aj extension for those files. - - We'd like to discourage other means of mechanical distinction such as - naming conventions or sub-packages in favor of the .aj - extension. - - - - Filename conventions are hard to enforce and lead to awkward names - for your aspects. Instead of TracingAspect.java we - recommend using Tracing.aj (or just - Tracing.java) instead. - - Sub-packages move aspects out of their natural place in a system - and can create an artificial need for privileged aspects. Instead of - adding a sub-package like aspects we recommend using the - .aj extension and including these files in your existing - packages instead. - - - - - - - Compatibility - - - AspectJ is a compatible extension to the Java programming language. The - AspectJ compiler adheres to the The Java Language Specification, Second - Edition and to the The Java Virtual Machine Specification, Second - Edition and runs on any Java 2 compatible - platform. The code it generates runs on any Java 1.1 or later - compatible platform. - For more information on compatibility with - Java and with previous releases of AspectJ, - see - . - - - - - - Examples - - - A simple example - - Compile two files: - - -ajc HelloWorld.java Trace.java - - - - - - An example using -argfile/@ - - - To avoid specifying file names on the command line, - list source files in a line-delimited text argfile. - Source file paths may be absolute or relative to the argfile, - and may include other argfiles by @-reference. - The following file sources.lst - contains absolute and relative files and @-references: - - -Gui.java -/home/user/src/Library.java -data/Repository.java -data/Access.java -@../../common/common.lst -@/home/user/src/lib.lst -view/body/ArrayView.java - - - Compile the files using either the -argfile or @ form: - -ajc -argfile sources.lst -ajc @sources.lst - - Argfiles are also supported by jikes and javac, so you - can use the files in hybrid builds. However, the support varies: - - - Only ajc accepts command-line options - Jikes and Javac do not accept internal @argfile references. - - Jikes and Javac only accept the @file form on the command line. - - - - - An example using -inpath and -aspectpath - Bytecode weaving using -inpath: - AspectJ 1.2 supports weaving .class files in input zip/jar files - and directories. - Using input jars is like compiling the corresponding - source files, and all binaries are emitted to output. Although - Java-compliant compilers may differ in their output, ajc should - take as input any class files produced by javac, jikes, eclipse, - and, of course, ajc. Aspects included in -inpath will be woven into - like other .class files, and they will affect other types as usual. - - Aspect libraries using -aspectpath: - AspectJ 1.1 supports weaving from read-only libraries containing - aspects. Like input jars, they affect all input; unlike input - jars, they themselves are not affected or emitted as output. - Sources compiled with aspect libraries must be run with the same - aspect libraries on their classpath. - - The following example builds the tracing example in a - command-line environment; it creates a read-only aspect library, - compiles some classes for use as input bytecode, and - compiles the classes and other sources with the aspect library. - - The tracing example is in the AspectJ distribution - ({aspectj}/doc/examples/tracing). This uses the following files: - - -aspectj1.1/ - bin/ - ajc - lib/ - aspectjrt.jar - examples/ - tracing/ - Circle.java - ExampleMain.java - lib/ - AbstractTrace.java - TraceMyClasses.java - notrace.lst - Square.java - tracelib.lst - tracev3.lst - TwoDShape.java - version3/ - Trace.java - TraceMyClasses.java - - -Below, the path separator is taken as ";", but file separators -are "/". All commands are on one line. Adjust paths and -commands to your environment as needed. - -Setup the path, classpath, and current directory: - - -cd examples -export ajrt=../lib/aspectjrt.jar -export CLASSPATH="$ajrt" -export PATH="../bin:$PATH" - - -Build a read-only tracing library: - - ajc -argfile tracing/tracelib.lst -outjar tracelib.jar - - -Build the application with tracing in one step: - - -ajc -aspectpath tracelib.jar -argfile tracing/notrace.lst -outjar tracedapp.jar - - -Run the application with tracing: - - -java -classpath "$ajrt;tracedapp.jar;tracelib.jar" tracing.ExampleMain - - -Build the application with tracing from binaries in two steps: - -(a) Build the application classes (using javac for demonstration's sake): - -mkdir classes -javac -d classes tracing/*.java -jar cfM app.jar -C classes . - - - - -(b) Build the application with tracing: - -ajc -inpath app.jar -aspectpath tracelib.jar -outjar tracedapp.jar - - - -Run the application with tracing (same as above): - - -java -classpath "$ajrt;tracedapp.jar;tracelib.jar" tracing.ExampleMain - - -Run the application without tracing: - - -java -classpath "app.jar" tracing.ExampleMain - - - - - - - - The AspectJ compiler API - - The AspectJ compiler is implemented completely in Java and can be - called as a Java class. The only interface that should be considered - public are the public methods in org.aspectj.tools.ajc.Main. - E.g., main(String[] args) takes the - the standard ajc command line arguments. - This means that an alternative way to run the - compiler is - - - java org.aspectj.tools.ajc.Main - option... - file... - - To access compiler messages programmatically, use the methods - setHolder(IMessageHolder holder) and/or - run(String[] args, IMessageHolder holder). - ajc reports each message to the holder - using IMessageHolder.handleMessage(..). - If you just want to collect the messages, use - MessageHandler as your - IMessageHolder. - For example, compile and run the following with - aspectjtools.jar on the classpath: - - -import org.aspectj.bridge.*; -import org.aspectj.tools.ajc.Main; -import java.util.Arrays; - -public class WrapAjc { - public static void main(String[] args) { - Main compiler = new Main(); - MessageHandler m = new MessageHandler(); - compiler.run(args, m); - IMessage[] ms = m.getMessages(null, true); - System.out.println("messages: " + Arrays.asList(ms)); - } -} - - - - - Stack Traces and the SourceFile attribute - - Unlike traditional java compilers, the AspectJ compiler may in - certain cases generate classfiles from multiple source files. - Unfortunately, the original Java class file format does not support - multiple - SourceFile attributes. In order to make sure all source file - information is available, the AspectJ compiler may in some cases - encode multiple filenames in the SourceFile attribute. - When the Java VM generates stack traces, it uses this attribute - to specify the source file. - - (The AspectJ 1.0 compiler also supports the .class file extensions of JSR-45. - These permit compliant debuggers (such as jdb in Java 1.4.1) to identify - the right file and line even given many source files for a single class. - JSR-45 support is planned for ajc in AspectJ 1.1, but is not in the initial - release. To get fully debuggable .class files, use the -XnoInline option.) - - - Probably the only time you may see this format is when you view - stack traces, where you may encounter traces of the format - - - -java.lang.NullPointerException - at Main.new$constructor_call37(Main.java;SynchAspect.java[1k]:1030) - - - where instead of the usual - - - -File:LineNumber - - - format, you see - - - -File0;File1[Number1];File2[Number2] ... :LineNumber - - - In this case, LineNumber is the usual offset in lines plus the - "start line" of the actual source file. That means you use LineNumber - both to identify the source file and to find the line at issue. - The number in [brackets] after each file tells you the - virtual "start line" for that file (the first file has a start of 0). - - - In our example from the null pointer exception trace, - the virtual start line is 1030. Since the file SynchAspect.java - "starts" at line 1000 [1k], the LineNumber points to line 30 of - SynchAspect.java. - - - So, when faced with such stack traces, the way to find the actual - source location is to look through the list of "start line" numbers to - find the one just under the shown line number. That is the file where - the source location can actually be found. Then, subtract that "start - line" from the shown line number to find the actual line number within - that file. - - - In a class file that comes from only a single source file, the AspectJ - compiler generates SourceFile attributes consistent with - traditional Java compilers. - - - - - - - diff --git a/docs/devguide/ajdb.xml b/docs/devguide/ajdb.xml deleted file mode 100644 index 3af587e4c..000000000 --- a/docs/devguide/ajdb.xml +++ /dev/null @@ -1,312 +0,0 @@ - - - ajdb - debugger for .class files produced by ajc (early-access) - - - - - ajdb - -classpath path - -Dname=value - -help - -gui - -read file - -sourcepath dir - - - -v - -verbose - - :class - :gc - :jni - - - - workingdir dir - -Xoption - class - arguments - - - - - - Description - - The command ajdb is used to debug AspectJ and - Java programs. In addition to its command line interface, - adjb also has a standalone, Swing-based GUI - interface. - - - Note: As of the 1.0.3 release, AspectJ supports JSR-45, which provides - source-level debugging from many source files per class - and non-Java source files. - JSR-45 is implemented in the J2SE 1.4 debugger support, so - you may be able to use your existing debugger to step through - AspectJ source code if both the source and target VM's are - running under Java 1.4 or later. - However, existing debuggers will display synthetic methods - in the stack frame. - - - - -classpath path - Specify where to find user class files. - - - -Dname=value - - Define the property name to have the value - value. - - -help - Print out ajdb's usage summary. - - -read file - Read this file for initializatoin commands. - - -sourcepath path - Search this directory for source files. - - -gui - - - -v | -verbose [:class | :gc | :jni] - Print out class loading, garbage collection or dynamic library - loading information. Defaults to class loading. - - - -workingdir directory - Set ajdb's working directory. - - -Xoption - Pass a non-standard option to the VM - - - - Capabilities - - The AspectJ debugger implements all of jdb's - commands. In addition, the command workingdir - allow you to set the AspectJ working directory, and the breakpoint - command, stop on, has been extended to allow the - setting of breakpoint on a source file line. - - - - - Examples - - - Command line use - - Suppose you want to debug the file spacewar/Ship.java found in - the examples directory. At the command line start up the debugger: - - - ajdb - - - - - - The debugger will first look for initialization files in your - home or current directory called either - ajdb.ini or .ajdbrc and - execute the commands contained in them. A useful command to have - in this file is the source-path command which - tells the debugger where to find source files. - - - For this example, we need to set the source path by: - - - use C:\src - - - - To view the file to debug, type list - spacewar/Ship.java which generates the following - output: - -209 void fire() { -210 // firing a shot takes energy -211 if (!expendEnergy(BULLET_ENERGY)) -212 return; -213 -214 //create a bullet object so it doesn't hit the ship that's firing it -215 double xV = getXVel() + BULLET_SPEED * (Math.cos(orientation)); -216 double yV = getYVel() + BULLET_SPEED * (Math.sin(orientation)); -217 -218 // create the actual bullet -219 new Bullet( -220 getGame(), -221 (getXPos() + ((getSize()/2 + 2) * (Math.cos(orientation))) + xV), -222 (getYPos() + ((getSize()/2 + 2) * (Math.sin(orientation))) + yV), -223 xV, -224 yV); -225 } - - - This is different from jdb because it allows - one to view files before the debugger has started. The - list command has the following syntax: - - - list - list the source containing the location at which we are - currently stopped (can only be used with a running VM) - - list - source - list the entire file source - - list source line - list source line line of file source - - - list source start-line - end-line - - - list the lines from start-line to - end-line of file - source - - - - - To set a breakpoint in the method Ship.fire, we - would could type stop in spacewar.Ship.fire. - - - The following message appears notifying the user that the - breakpoint has been noted but will not be set until the class has - been loaded by the VM: - -Deferring breakpoint spacewar.Ship.fire() -It will be set after the class is loaded. - - - - To start Spacewar we type run spacewar.Game. - - - - When the breakpoint is set, the following message appears: - -Set deferred breakpoint spacewar.Ship.fire() - - - - We are notified that we've hit the breakpoint: - - -Breakpoint hit: thread="Thread-2", spacewar.Ship.fire(), line=174, bci=0 209 void fire() { - - - - The prompt changes to present the thread that has broken, and we - can view the current stack with the where - command, as follows: - -Thread-2[1] where -[1] fire (spacewar\Ship.java:209) -[2] run (spacewar\Robot.java:100) -[3] run [class java.lang.Thread] - - - - - Next, to stop on line 216 we - type stop on spacewar/Ship.java:216 - - - - The following message tells us the breakpoint was set: - -Set breakpoint Ship.java:216 - - - - To continue execution, we type cont and the - breakpoint at line 216 is hit - -Breakpoint hit: thread="Thread-2", spacewar.Ship.fire(), line=216, bci=28 -216 double yV = getYVel() + BULLET_SPEED * (Math.sin(orientation)); - - - - To view the visible local variables, we type - locals and ajdb responds with: - -Local variables -xV = 12.242462584304468 - - - - To change the value of the local variable i to 15, we type - set xV = 16.1 - - -Changed 'xV' from '12.242462584304468' to '16.1' - - - - To see our changes we can print the value of i - by the following: - -print xV -Value for printing 'xV' = 12.242462584304468 - - - We can now type exit or quit to leave the debugger, and we - receive the following message: - - -The application has exited. - - - - - - - The AspectJ debugger API - - - The AspectJ debugger is implemented completely in Java and can be - called as a Java class. The only interface that should be - considered public is the method - org.aspectj.tools.debugger.Main.main(String[] - args) where args are the standard - ajc command line arguments. This means that an - alternative way to run the compiler is - - - - java org.aspectj.tools.debugger.Main - - option - class - arguments - - - - - You must additionally include tools.jar from - your Java developer's kit in your classpath. - - - - - - - - - - - - diff --git a/docs/devguide/ajdoc.xml b/docs/devguide/ajdoc.xml deleted file mode 100644 index d2a763d59..000000000 --- a/docs/devguide/ajdoc.xml +++ /dev/null @@ -1,159 +0,0 @@ - - - ajdoc - generate HTML API documentation, including crosscutting structure - - - - - - ajdoc - - -bootclasspath classpathlist - - - -classpath classpathlist - - -d path - -help - -package - -protected - -private - -public - -overview overviewFile - - -sourcepath sourcepathlist - - -verbose - -version - - sourcefiles... - packages... - @file... - -argfile file... - - - ajc options - - - - - - Description - - ajdoc renders HTML documentation for AspectJ - constructs as well as the Java constructs that - javadoc renders. - In addition ajdoc displays the crosscutting - nature in the form of links. That means, for example, that - you can see everything affecting a method when reading - the documentation for the method. - - - - To run ajdoc, use one of the scripts in the - AspectJ bin directory. - The ajdoc implementation builds on Sun's javadoc - command line tool, and you use it in the same way with many of - the same options - (javadoc options are not documented here; - for more information on javadoc usage, see the - Javadoc homepage.) - - - - As with ajc (but unlike javadoc), - you pass ajdoc all your aspect source files - and any files containing types affected by the aspects; - it's often easiest to just pass all the .java - and .aj files in your system. - Unlike ajc, - ajdoc will try to find package sources using the - specified sourcepath if you list packages on the command line. - - - - - To provide an argfile listing the source files, you can use - use the same argfile (@filename) conventions - as with ajc. - For example, the following documents all the source files listed - in argfile.lst, sending the output to - the docDir output directory. - - ajdoc -d docDir @argfile.lst - - See the ajc documentation - for details on the text file format. - - - - ajdoc honours ajc options. See - the ajc documentation for details on - these options. - - - - ajdoc currently requires the - tools.jar from J2SE 1.3 to be on the classpath. - Normally the scripts set this up, assuming that your JAVA_HOME - variable points to an appropriate installation of Java. - You may need to provide this jar when using a different - version of Java or a JRE. - - - - - - Examples - - Documenting Spacewar - - - - Change into the examples directory. - - - - - - Type mkdir doc to create the - destination directory for the documentation. - - - - - Type ajdoc -private -d doc spacewar - coordination to generate the documentation. - - - - - (Use -private to get all members, since - may of the interesting ones in spacewar are not public.) - - - - - - - Type ajdoc -private -d doc @spacewar/demo.lst - to use the argfile associated with Spacewar. - - - - - To view the documentation, open the file index.html - in the doc directory using a web browser. - - - - - - - - - - - - diff --git a/docs/devguide/antsupport.xml b/docs/devguide/antsupport.xml deleted file mode 100644 index 85f856e1a..000000000 --- a/docs/devguide/antsupport.xml +++ /dev/null @@ -1,1615 +0,0 @@ - - - AspectJ Ant Tasks - - - Introduction - - - AspectJ contains a compiler, ajc, - that can be run from Ant. - Included in the aspectjtools.jar - are Ant binaries to support three - ways of running the compiler: - - - - , - a task to run the AspectJ post-1.1 compiler, - which supports all the eclipse and ajc options, including incremental mode. - - - - - , - an adapter class to run the new compiler using Javac tasks - by setting the build.compiler property - - - - - , - a task to run build scripts compatible with the AspectJ 1.0 tasks - - - - - - - This describes how to install and use the tasks and the adapter. - For an example Ant script, see - examples/build.xml. - - - - - - Installing Ant Tasks - - Install Jakarta Ant 1.5.1: - Please see the official Jakarta Ant website for more information - and the 1.5.1 distribution. This release is source-compatible - with Ant 1.3 and Ant 1.4, but the task sources must be - compiled with those versions of the Ant libraries to be used - under those versions of Ant. - Sources are available under the Eclipse Public License v 2.0 - at https://eclipse.org/aspectj. - - - In Ant 1.5, third-party tasks can be declared using a taskdef entry in - the build script, to identify the name and classes. - When declaring a task, include the - aspectjtools.jar either in the - taskdef classpath or in ${ANT_HOME}/lib where it will be added - to the system class path by the ant script. - You may specify the task script names directly, - or use the "resource" attribute to specify the default names: - - -]]> - - - The current resource file retains the name "ajc" for the Ajc10 task, - and uses "iajc" for the AspectJ post-1.1 task. - - - In Ant 1.6, third-party tasks are declared in their own namespace - using antlib.xml. For example, the following - script would build and run the spacewar example, if you put the - script in the examples directory and aspectjtools.jar - in the ${ANT_HOME}/lib directory. - - - - - - - -]]> - - For more information on using Ant, please refer to Jakarta's - documentation on integrating user-defined Ant tasks into builds. - - - - - - AjcTask (iajc) - - This task uses the AspectJ post-1.1 compiler ajc. - The AspectJ compiler can be used like Javac to compile Java sources, - but it can also compile AspectJ sources or weave binary aspects - with Java bytecode. - It can run in normal "batch" mode or in an "incremental" mode, - where it only recompiles files it has to revisit. - For more information on ajc, see . - Unlike Javac or the Javac Ant task, this task always compiles the - specified files since aspects can apply to other (updated) files. - For a workaround, see . - - - Beyond the normal ajc compiler options, this task also supports - an experimental option for an incremental "tag" file, and it - can copy resources from source directories or - input jars to the output jar or directory. - - - - This task is named iajc to avoid conflict with the 1.0 task ajc. - - - - AjcTask (iajc) Options - - The following tables list the supported parameters. - For any parameter specified as a Path, a single path can be - specified directly as an attribute, - multiple paths can be specified using a nested element of - the same name, and a common path can be reused by defining it as a - global and passing the id to the corresponding {name}ref attribute. - See - below for more details. - - - Most attributes and nested elements are optional. - The compiler requires that the same version of - aspectjrt.jar - be specified on the classpath, and that some sources be - be specified - (using one or more of - sourceroots, - injars, - inpath, - argfiles, and/or - srcdir (with patterns)). - When in incremental mode, only - sourceroots may be specified. - - Boolean parameters default to false - unless otherwise stated. - - - - - - - AjcTask (iajc) options for specifying sources - - - - - - - - Attribute - Description - - - - - argfiles, argfilesRef - () - - - An argument file contains a list of arguments read by the compiler. - Each line is read into one element of the argument array - and may include another argfile by reference. - - - - sourceRoots, sourceRootsRef - () - - - Directories containing source files (ending with .java or .aj) to compile. - - - - srcdir - () - - - Base directory of sources to compile, assuming there are - . - This approach uses the Ant process - for matching .java files and is not compatible with incremental - mode. Unless using filters to limit the sources included, - use sourceroots instead. - - - - injars, injarsRef - () - - - Deprecated - use inpath instead. - Read .class files for bytecode weaving - from zip files (only). - - - - inpath, inpathRef - () - - - Read .class files for bytecode weaving - from directories or zip files (like classpath). - - - - classpath, classpathRef - () - - - The classpath used by the sources being compiled. - When compiling aspects, include the same version of the - aspectjrt.jar. - - - - bootclasspath, bootclasspathRef - () - - - The bootclasspath specifies types to use instead of the - invoking VM's when seeking types during compilation. - - - - extDirs, extDirsRef - () - - - The extension directories to use instead of those in the - invoking VM when seeking types during compilation. - - - - aspectPath, aspectPathRef - () - - - Similar to classpath, aspectpath contains read-only, - binary aspect libraries that are woven into sources - but not included in the output. - aspectpath accepts jar/zip files - (but, unlike classpath, not directories). - - - - - - - - - AjcTask (iajc) options for specifying output - - - - - - - Attribute - Description - - - - - destDir - - - The directory in which to place the generated class files. - Only one of destDir and - outJar may be set. - - - - outJar - - - The zip file in which to place the generated output class files. - Only one of destDir and - outJar may be set. - - - - copyInjars - - - (Deprecated/ignored; ajc does this.) - If true, copy all non-.class files from input jar(s) - to the output jar or destination directory after the - compile (or incremental compile) completes. - In forked mode, this copies only after the process - completes, not after incremental compiles. - - - - sourceRootCopyFilter - - - When set, copy all files from the sourceroot directories to the output jar - or destination directory except those specified in the filter pattern. - The pattern should be compatible with an Ant fileset excludes filter; - when using this, most developers pass - **/CVS/*,**/*.java to exclude any CVS directories - or source files. - See inpathDirCopyFilter. - Requires destDir or outJar. - - - - inpathDirCopyFilter - - - When set, copy all files from the inpath directories - to the output jar or destination directory except those - specified in the filter pattern. The pattern should be - compatible with an Ant fileset excludes filter; when - using this, most developers pass - **/CVS/*,**/*.java,**/*.class to - exclude any CVS directories, source files, or unwoven - .class files. (If **/*.class is not - specified, it will be prepended to the filter.) See - sourceRootCopyFilter. (Note that ajc - itself copies all resources from input jar/zip files on - the inpath.) Requires destDir or - outJar. - - - - - - - - - AjcTask (iajc) options for specifying compiler behavior - - - - - - - Attribute - Description - - - - - fork - - - Run process in another VM. - This gets the forking classpath either explicitly - from a forkclasspath entry - or by searching the task or system/Ant classpath for the - first readable file with a name of the form - aspectj{-}tools{.*}.jar. - When forking you can specify the amount of memory used - with maxmem. - Fork cannot be used in incremental mode, - unless using a tag file. - - - - forkclasspath, forkclasspathRef - () - - - Specify the classpath to use for the compiler when forking. - - - - maxmem - - - The maximum memory to use for the new VM when fork is true. - Values should have the same form as accepted by the VM, e.g., "128m". - - - - incremental - - - incremental mode: Build once, then recompile only required source - files when user provides input. - Requires that source files be specified only using - sourceroots. - Incompatible with forking. - - - - tagfile - - - incremental mode: Build once, then recompile only required source - files when the tag file is updated, finally exiting when tag file - is deleted. - Requires that source files be specified only using - sourceroots. - - - - X - - - Set experimental option(s), using comma-separated list of accepted options - Options should not contain the leading X. - Some commonly-used experimental options have their - own entries. The other permitted ones (currently) are - serializableAspects, incrementalFile, lazyTjp, - reweavable, notReweavable, noInline, - terminateAfterCompilation, - ajruntimelevel:1.2, and ajruntimelevel:1.5. - Of these, some were deprecated in AspectJ 5 - (reweavable, terminateAfterCompilation, etc.). - - - - XterminateAfterCompilation - - - Terminates before the weaving process, dumping out unfinished class files. - - - - - - - - - AjcTask (iajc) options for specifying compiler side-effects and messages - - - - - - - Attribute - Description - - - - - emacssym - - - If true, emit .ajesym symbol files for Emacs support. - - - - crossref - - - If true, emit .ajsym file into the output directory. - - - - verbose - - - If true, log compiler verbose messages as Project.INFO during the compile. - - - - logCommand - - - If true, log compiler command elements as Project.INFO - (rather than the usual Project.VERBOSE level). - - - - Xlistfileargs - - - If true, emit list of file arguments during - the compile (but behaves now like verbose). - - - - version - - - If true, do not compile - just print AspectJ version. - - - - help - - - If true, just print help for the command-line compiler. - - - - Xlintwarnings - - - Same as xlint:warning: - if true, set default level of all language - usage messages to warning. - - - - Xlint - - - Specify default level of all language usage messages to one of - [error warning ignore]. - - - - XlintFile - - - Specify property file containing name:level associations - setting level for language messages emitted during compilation. - Any levels set override the default associations in - org/aspectj/weaver/XLintDefault.properties. - - - - failonerror - - - If true, throw BuildException to halt build if there - are any compiler errors. - If false, continue notwithstanding compile errors. - Defaults to true. - - - - messageHolderClass - - - Specify a class to use as the message holder for the compile process. - The entry must be a fully-qualified name of a class resolveable from - the task classpath complying with the - org.aspectj.bridge.IMessageHolder interface - and having a public no-argument constructor. - - - - showWeaveInfo - - - If true, emit weaver messages. - Defaults to false. - - - - - - - - - - AjcTask (iajc) options for specifying Eclipse compiler options - - - - - - - Attribute - Description - - - - - nowarn - - - If true, same as warn:none. - - - - deprecation - - - If true, same as warn:deprecation - - - - warn - - - One or more comma-separated warning specifications from - [constructorName packageDefaultMethod deprecation, - maskedCatchBlocks unusedLocals unusedArguments, - unusedImports syntheticAccess assertIdentifier]. - - - - debug - - - If true, same as debug:lines,vars,source - - - - debugLevel - - - One or more comma-separated debug specifications from - [lines vars source]. - - - - PreserveAllLocals - - - If true, code gen preserves all local variables (for debug purposes). - - - - noimporterror - - - If true, emit no errors for unresolved imports. - - - - referenceinfo - - - If true, compute reference info. - - - - log - - - File to log compiler messages to. - - - - encoding - - Default source encoding format - (per-file encoding not supported in Ant tasks). - - - - proceedOnError - - - If true, keep compiling after errors encountered, - dumping class files with problem methods. - - - - progress - - - If true, emit progress (requires log). - - - - time - - - If true, display speed information. - - - - target - - - Specify target class file format as one of - [1.1 1.2]. - Defaults to 1.1 class file. - - - - source - - - Set source compliance level to one of - [1.3 1.4 1.5] - (default is 1.4). - 1.3 implies -source 1.3 and -target 1.1. - 1.4 implies -source 1.4 and -target 1.2. - 1.5 implies -source 1.5 and -target 1.5. - - - - source - - - Set source assertion mode to one of - [1.3 1.4]. - Default depends on compliance mode. - - - - - - - - - - - AjcTask matching parameters specified as nested elements - - This task forms an implicit FileSet and supports all attributes of - <fileset> (dir becomes srcdir) as well as - the nested - <include>, - <exclude>, and - <patternset> elements. - These can be used to specify source files. - However, it is better to use sourceroots - to specify source directories unless using filters to exclude - some files from compilation. - - - - - AjcTask Path-like Structures - - Some parameters are path-like structures containing one or more - elements; these are - sourceroots, - argfiles, - injars, - inpath, - classpath, - bootclasspath, - forkclasspath, and - aspectpath. - In all cases, these may be specified as nested elements, something - like this: - - - <{name}> - - - ... - <{name}> - ... - -]]> - - As with other Path-like structures, they may be defined elsewhere - and specified using the refid attribute: - - - - - -... - - - ... - -]]> - - The task also supports an attribute {name}ref - for each such parameter. E.g., for aspectpath: - - -]]> - - - - Sample of iajc task - - A minimal build script defines the task and runs it, specifying the sources: - - - - - - - - - - - - -]]> - - Below is script with most everything in it. The compile process... - - - - Runs in incremental mode, recompiling when the user hits return; - - - - Reads all the source files from two directories; - - - - Reads binary .class files from input jar and directory; - - - - Uses a binary aspect library for persistence; - - - - Outputs to an application jar; and - - - - Copies resources from the source directories and binary input - jar and directories to the application jar. - - - - When this target is built, the compiler will build once and then - wait for input from the user. - Messages are printed as usual. - When the user has quit, then this runs the application. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -]]> - - For an example of a build script, - see - ../examples/build.xml. - - - - - Avoiding clean compiles - - Unlike javac, the ajc compiler always processes all input because - new aspects can apply to updated classes and vice-versa. - However, in the case where no files have been updated, there - is no reason to recompile sources. One way to implement that - is with an explicit dependency check using the uptodate task: - - - - - - - - - - - - When using this technique, be careful to verify that binary - input jars are themselves up-to-date after they would have been - modified by any build commands. - - - - - Programmatically handling compiler messages - - Users may specify a message holder to which the compiler will pass - all messages as they are generated. This will override all of the - normal message printing, but does not prevent the task from failing - if exceptions were thrown or if failonerror is true and the compiler - detected errors in the sources. - - - Handling messages programmatically could be useful when using the - compiler to verify code. If aspects consist of declare [error|warning], - then the compiler can act to detect invariants in the code being - processed. For code to compare expected and actual messages, see the - AspectJ testing module (which is not included in the binary - distribution). - - - - - - - Ajc11CompilerAdapter (javac) - - This CompilerAdapter can be used in javac task calls by setting the - build.compiler property. - This enables users to to easily switch between the Javac and AspectJ - compilers. However, because there are differences in source file - handling between the Javac task and the ajc compiler, not all - Javac task invocations can be turned over to iajc. However, ajc can - compile anything that Javac can, so it should be possible for any - given compile job to restate the Javac task in a way that can be - handled by iajc/ajc. - - - Sample of compiler adapter - - To build using the adapter, put the - aspectjtools.jar - on the system/ant classpath (e.g., in - ${ANT_HOME}/lib) - and define the - build.compiler - property as the fully-qualified name of the class, - org.aspectj.tools.ant.taskdefs.Ajc11CompilerAdapter. - - - The AspectJ compiler should run for any compile using the Javac task - (for options, see the Ant documentation for the Javac task). - For example, the call below passes all out-of-date source files in the - src/org/aspectj subdirectories to the - ajc command along with the destination directory: - - -]]> - - - To pass ajc-specific arguments, use a compilerarg entry. - - - - - - -]]> - The Javac task does special handling of source files that - can interfere with ajc. It removes any files that are not out-of-date - with respect to the corresponding .class files. But ajc requires all - source files, since an aspect may affect a source file that is not out - of date. (For a solution to this, see the build.compiler.clean - property described below.) Conversely, developers sometimes specify a source directory - to javac, and let it search for files for types it cannot find. - AspectJ will not do this kind of searching under the source directory - (since the programmer needs to control which sources are affected). - (Don't confuse the source directory used by Javac with the source root - used by ajc; if you specify a source root to ajc, it will compile - any source file under that source root (without exception or filtering).) - To replace source dir searching in Javac, use an Ant filter to specify - the source files. - - - - - Compiler adapter compilerarg options - - The adapter supports any ajc command-line option passed using compilerarg, - as well as the following options available only in AjcTask. - Find more details on the following options in . - - - - -Xmaxmem: - set maximum memory for forking (also settable in javac). - - - -Xlistfileargs: - list file arguments (also settable in javac). - - - -Xfailonerror: - throw BuildException on compiler error (also settable in javac). - - - -Xmessageholderclass: - specify fully-qualified name of class to use as the message holder. - - - -Xcopyinjars: - copy resources from any input jars to output - (default behavior since 1.1.1) - - - -Xsourcerootcopyfilter {filter}: - copy resources from source directories to output (minus files specified in filter) - - - -Xtagfile {file}: - use file to control incremental compilation - - - -Xsrcdir {dir}: - add to list of ajc source roots (all source files will be included). - - - - Special considerations when using Javac and compilerarg: - - - - The names above may differ slightly from what you might expect - from AjcTask; use these forms when specifying compilerarg. - - - - - By default the adapter will mimic the Javac task's copying of resource - files by specifying - "**/CVS/*,**/*.java,**/*.aj" - for the sourceroot copy filter. - To change this behavior, supply your own value - (e.g., "**/*" to copy nothing). - - - - - Warning - define the system property - build.compiler.clean to compile all files, - when available. - Javac prunes the source file list of "up-to-date" source files - based on the timestamps of corresponding .class files, - and will not compile if no sources are out of date. - This is wrong for ajc which requires all the files for each compile - and which may refer indirectly to sources using argument files. - - - To work around this, set the global property - build.compiler.clean. - This tells the compiler adapter to delete all .class files - in the destination directory and re-execute the javac - task so javac can recalculate the list of source files. e.g., - - - - Caveats to consider when using this global - build.compiler.clean property: - - - - If javac believes there are no out-of-date source files, - then the adapter is never called and cannot clean up, - and the "compile" will appear to complete successfully - though it did nothing. - - - Cleaning will makes stepwise build processes fail if - they depend on the results of the prior compilation being - in the same directory, since cleaning deletes all .class files. - - - This clean process only permits one compile process at a - time for each destination directory because it tracks - recursion by writing a tag file to the destination directory. - - - When running incrementally, the clean happens only before - the initial compile. - - - - - - - - - - Ajc10 (ajc) - - This task handles the same arguments as those used by the AspectJ 1.0 task. - This should permit those with existing build scripts using the Ajc Ant - task to continue using the same scripts when compiling with 1.1. - This will list any use of options no longer supported in 1.1 - (e.g., lenient, strict, workingdir, preprocess, usejavac,...), - and does not provide access to the new features of AspectJ 1.1. - (Developers using AspectJ 1.1 only should upgrade their scripts - to use AjcTask instead. This will not work for AspectJ 1.2 or later.) - - - - Ajc10 (ajc) Options - - - - Most attributes and nested elements are optional. - The compiler requires that the same version of - aspectjrt.jar - be specified on the classpath, and that some sources be - be specified - (using one or more of - argfiles and - srcdir (with patterns)). - - Boolean parameters default to false - unless otherwise stated. - - - - - AjcTask (ajc) options for specifying sources - - - - Attribute - Description - - - - - srcdir - - - The base directory of the java files. - See - - - - destdir - - - The target directory for the output .class files - - - - includes - - - Comma-separated list of patterns of files that must be included. - No files are included when omitted. - - - - includesfile - - - The path to a file containing include patterns. - - - - excludes - - - Comma-separated list of patterns of files that must be excluded. - No files (except default excludes) are excluded when omitted. - - - - excludesfile - - - The path to a file containing exclude patterns. - - - - defaultexcludes - - - If true, then default excludes are used. - Default excludes are used when omitted - (i.e., defaults to true). - - - - classpath, classpathref - - - The classpath to use, - optionally given as a reference to a classpath Path - element defined elsewhere. - - - - bootclasspath, bootclasspathref - - - The bootclasspath to use, - optionally given as a reference to a bootclasspath Path - element defined elsewhere. - - - - extdirs - - - Paths to directories containting installed extensions. - - - - debug - - - If true, emit debug info in the .class files. - - - - deprecation - - - If true, emit messages about use of deprecated API. - - - - verbose - - - Emit compiler status messages during the compile. - - - - version - - - Emit version information and quit. - - - - failonerror - - - If true, throw BuildException to halt build if there - are any compiler errors. - If false, continue notwithstanding compile errors. - Defaults to true. - - - - source - - - Value of -source option - ignored unless 1.4. - - - - -
- - - Parameters ignored by the old ajc taskdef, - but now supported or buggy - - - - Attribute - Description - Supported? - - - - - encoding - - Default encoding of source files. - - yes - - - - optimize - - - Whether source should be compiled with optimization. - - yes? - - - - target - - - Generate class files for specific VM version, one of - [1.1 1.2]. - - yes - - - - depend - - - Enables dependency-tracking. - - no - - - - includeAntRuntime - - - Whether to include the Ant run-time libraries. - - no - - - - includeJavaRuntime - - - Whether to include the run-time libraries from the executing VM. - - no - - - - threads - - Multi-threaded compilation - - no - - - - -
- - - The following table shows that many of the unique parameters in - AspectJ 1.0 are no longer supported. - - - Parameters unique to ajc - - - - Attribute - Description - - - - - X - - - deprecated X options include - reweavable (on by default) - reweavable:compress (compressed by default) - - - - emacssym - - - Generate symbols for Emacs IDE support. - - - - argfiles - - - A comma-delimited list of argfiles that contain a line-delimited - list of source file paths (absolute or relative to the argfile). - - - - -
- - - - argfiles - argument list files - - An argument file is a file (usually {file}.lst) - containing a list of source file paths - (absolute or relative to the argfile). - You can use it to specify all source files to be compiled, - which ajc requires to avoid searching every possible source file - in the source path when building aspects. - If you specify an argfile to the ajc task, it will not include all - files in any specified source directory (which is the default - behavior for the Javac task when no includes are specified). - Conversely, if you specify excludes, they will be removed from - the list of files compiled even if they were specified - in an argument file. - - - The compiler also accepts arguments that are not source files, - but the IDE support for such files varies, and Javac does not - support them. Be sure to include exactly one argument on each line. - - - - - - Ajc10 parameters specified as nested elements - - This task forms an implicit FileSet and supports all attributes of - <fileset> (dir becomes srcdir) as well as - the nested - <include>, - <exclude>, and - <patternset> elements. - These can be used to specify source files. - - - ajc's - srcdir, - classpath, - bootclasspath, - extdirs, and - jvmarg - attributes are path-like structures and can also be set via nested - <src>, - <classpath>, - <bootclasspath>, - <extdirs>, and - <jvmargs> elements, respectively. - - - - - - Sample of ajc task - - Following is a declaration for the ajc task and a sample invocation - that uses the ajc compiler to compile the files listed in - default.lst into the dest dir: - - - - - - - - - - - - - - - - - - - -]]> - - This build script snippet - - -]]> - - compiles all .java files specified in the demo.lst and stores the .class files in the ${build} directory. Unlike the Javac task, the includes attribute is empty by default, so only those files specified in demo.lst are included. - - - This next example - - -]]> - - compiles .java files under the ${src} directory in the - spacewar and coordination packages, and stores the .class files in the - ${build} directory. - All source files under spacewar/ and coordination/ are used, except Debug.java. - - - See ../examples/build.xml - for an example build script. - - - - - - - - Isolating problems running the Ant tasks - - - If you have problems with the tasks not solved by the documentation, - please try to see if you have the same problems when running ajc - directly on the command line. - - - - If the problem occurs on the command line also, then the problem - is not in the task. - (It may be in the tools; please send bug reports.) - - - If the problem does not occur on the command line, then it may - lie in the parameters you are supplying in Ant or in the task's - handling of them. - - - If the build script looks correct and the problem only occurs when - building from Ant, then please send a report - (including your build file, if possible). - - - - - Known issues with the Ant tasks - - For the most up-to-date information on known problems, - see the - bug database - for unresolved - - compiler bugs - or - - taskdef bugs - . - - - When running Ant build scripts under Eclipse 2.x variants, you will get a - VerifyError because the Eclipse Ant support fails to isolate the Ant runtime - properly. To run in this context, set up iajc to fork (and use forkclasspath). - Eclipse 3.0 will fork Ant processes to avoid problems like this. - - - Memory and forking: Users email most often about the ajc task running - out of memory. - This is not a problem with the task; some compiles take a lot of - memory, often more than similar compiles using javac. - - - Forking is now supported in both the - and - , - and you can set the maximum memory available. - You can also not fork and increase the memory available to Ant - (see the Ant documentation, searching for ANT_OPTS, - the variable they use in their scripts to pass VM options, - e.g., ANT_OPTS=-Xmx128m). - - - - Ant task questions and bugs - - For questions, you can send email to - - aspectj-users@dev.eclipse.org. - (Do join the list to participate!) - We also welcome any bug reports, patches, and features; - you can submit them to the bug database at - - https://bugs.eclipse.org/bugs - using the AspectJ product and Ant component. - - - - - - - - - - diff --git a/docs/devguide/aspectj-docs.css b/docs/devguide/aspectj-docs.css deleted file mode 100644 index 9c2f5d4fc..000000000 --- a/docs/devguide/aspectj-docs.css +++ /dev/null @@ -1,89 +0,0 @@ -body { - font-family: "Lucida Grande", "Trebuchet MS", sans-serif; - line-height: 1.1em; - } - -h1 { - margin-bottom: 3px; - padding-bottom: 0px; - line-height: 1.1em; -} - -h2 { - font-size: 130%; - font-weight: bold ; - line-height: 16px; - color: #FFFFFF; - background-color: #0080C0; - padding: 5px; -} - -h3 { - font-size: 110%; - font-weight: bold ; - line-height: 14px; - color: #FFFFFF; - background-color: orange; - padding: 5px; -} - -tt { - font-size: 120%; - color: #00AAF0; - } - -tt tt { - font-size: 100%; - } - -.programlisting { - padding-top: 5px; - border: 2px solid #ccc; - background: #eee; - font-size: 120%; - color: #111199; - - } - -.term { - color: #111199; - } - -.variablelist dd { - margin-left: 18px; - padding-left: 20px; - background: url(dd_arrow.gif) no-repeat 0 2px; - } - -.toc dt { - font-size: 110%; - padding-bottom: 0px; - margin-bottom: 5px; - } - -.toc dl dd dt { - font-size: 100%; - } - -.toc dt { - font-size: 100% - margin-bottom: 0; - } - -.informaltable table { - margin-left: 5%; - } - -.informaltable th { - background-color: orange; - padding: 1px; - } - -ul li { - line-height: 1.2em; - } - -.keyword { - font-weight: bold; - color: purple; - } \ No newline at end of file diff --git a/docs/devguide/compatibility.xml b/docs/devguide/compatibility.xml deleted file mode 100644 index cbdacefde..000000000 --- a/docs/devguide/compatibility.xml +++ /dev/null @@ -1,125 +0,0 @@ - - - AspectJ version compatibility - - - Version Compatibility - - Systems, code, and build tools change over time, often not in step. - Generally, later versions of the build tools understand earlier - versions of the code, but systems should include versions of the runtime - used to build the AspectJ program. - - Java compatibility - - AspectJ programs can run on any Java VM of the required version. - The AspectJ tools produce Java bytecode .class files that run on - Java compatible VM's. If a Java class is changed by an aspect, - the resulting class is binary compatible - (as defined in the Java Language Specification). Further, the - AspectJ compiler and weaving do all the exception checking - required of Java compilers by the Java specifications. - - Like other Java compilers, - the AspectJ compiler can target particular Java versions. Obviously, code - targeted at one version cannot be run in a VM of a lesser version. The - aspectjrt.jar is designed to take advantage - of features available in Java 2 or Java 5, but will run in a JDK 1.1.x - environment, so you can use AspectJ to target older or restricted - versions of Java. However, there may be restricted variants of - JDK 1.1.x that do not have API's used by the AspectJ runtime. If - you deploy to one of those, you can email - aspectj-dev@eclipse.org - or download the runtime code to modify it for your environment. - - - Aside from the runtime, running the AspectJ tools themselves will - require a more recent version of Java. - You might use Java 5 to run the AspectJ compiler to produce code - for Java 1.1.8. - - - - - Runtime library compatibility - - When deploying AspectJ programs, include on the classpath the - classes, aspects, and the AspectJ runtime library - (aspectjrt.jar). Use the version of the - runtime that came with the tools used to build the program. If the - runtime is earlier than the build tools used, it's very likely to - fail. If the runtime is later than the build tools used, it's possible - (but not guaranteed) that it will work. - Given that, three scenarios cause problems. First, you deploy new - aspects into an an existing system that already has aspects that were - built with a different version. Second, the runtime is already - deployed in your system and cannot be changed (e.g., some - application servers put aspectjrt.jar on the - bootclasspath). Third, you (unintentionally) deploy two versions - of the runtime, and the one loaded by a parent loader is used). - In earlier versions of AspectJ, these problems present in obscure - ways (e.g., unable to resolve a class). In later versions, a stack - trace might even specify that the runtime version is out of sync with - an aspect. To find out if the runtime you deployed is the one actually - being used, log the defining class loader for the aspects and - runtime. - - - Aspect binary compatibility - - Generally, binary aspects can be read by later versions of the - weaver if the aspects were built by version 1.2.1 or later. (Some - future weavers might have documented limitations in how far back - they go.) If a post-1.2.1 weaver reads an aspect built by a later - version, it will emit a message. If the weaver reads in a binary aspect - and writes it out again, the result will be in the form produced by that - weaver, not the original form of the aspect (just like other weaver - output). - With unreleased or development versions of the tools, there are no - guarantees for binary compatibility, unless they are stated in the - release notes. If you use aspects built with development versions of - the weaver, be careful to rebuild and redeploy with the next released - version. - - - Aspect source compatibility - - Generally, AspectJ source files can be read by later versions of - the compiler. Language features do not change in dot releases (e.g., - from 1.2.1 to 1.2.2). In some very rare cases, a language feature will - no longer be supported or may change its meaning; these cases are - documented in the release notes for that version. Some changes like - this were necessary when moving to binary weaving in the 1.1 release, - but at this time we don't anticipate more in the future. You might - also find that the program behaves differently if you relied on behavior - specific to that compiler/weaver, but which is not specified in the - Semantics appendix to the - Programming Guide. - - - Problems when upgrading to new AspectJ versions - Let's say your program behaves differently after being built with - a new version of the AspectJ tools. It could be a bug that was - introduced by the tools, but often it results from relying on - behavior that was not guaranteed by the compiler. For example, the - order of advice across two aspects is not guaranteed unless there is a - precedence relationship between the aspects. If the program - implicitly relies on a certain order that obtains in one compiler, it - can fail when built with a different compiler. - Another trap is deploying into the same system, when the - aspectjrt.jar has not been changed - accordingly. - Finally, when updating to a version that has new language - features, there is a temptation to change both the code and the tools - at the same time. It's best to validate the old code with the new tools - before updating the code to use new features. That distinguishes - problems of new engineering from those of new semantics. - - - - - diff --git a/docs/devguide/devguide.pdf b/docs/devguide/devguide.pdf deleted file mode 100644 index 6bc12d82c..000000000 --- a/docs/devguide/devguide.pdf +++ /dev/null @@ -1,43689 +0,0 @@ -%PDF-1.4 -%ÿÿÿÿ -1 0 obj -<< /Title (The AspectJTM Development Environment Guide) -/Creator (Asciidoctor PDF 1.6.0, based on Prawn 2.4.0) -/Producer (Asciidoctor PDF 1.6.0, based on Prawn 2.4.0) -/ModDate (D:20210628164344+07'00') -/CreationDate (D:20210628165337+07'00') ->> -endobj -2 0 obj -<< /Type /Catalog -/Pages 3 0 R -/Names 14 0 R -/Outlines 322 0 R -/PageLabels 359 0 R -/PageMode /UseOutlines -/OpenAction [7 0 R /FitH 841.89] -/ViewerPreferences << /DisplayDocTitle true ->> ->> -endobj -3 0 obj -<< /Type /Pages -/Count 48 -/Kids [7 0 R 10 0 R 12 0 R 20 0 R 31 0 R 38 0 R 46 0 R 49 0 R 51 0 R 53 0 R 55 0 R 64 0 R 66 0 R 68 0 R 72 0 R 77 0 R 84 0 R 89 0 R 100 0 R 104 0 R 108 0 R 118 0 R 129 0 R 136 0 R 148 0 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b/docs/devguide/devguide.xml deleted file mode 100644 index f526e5e87..000000000 --- a/docs/devguide/devguide.xml +++ /dev/null @@ -1,77 +0,0 @@ - - - - - - - - - - -]> - - - - The AspectJ<superscript>tm</superscript> Development Environment Guide - - - - the AspectJ Team - - - - - Copyright (c) 1998-2001 Xerox Corporation, - 2002 Palo Alto Research Center, Incorporated, - 2003-2005 Contributors. - All rights reserved. - - - - - - This guide describes how to build and deploy AspectJ programs - using the AspectJ tools and facilities. See also - The - AspectJ Programming Guide, - the documentation available with the AspectJ support available for - various integrated development environments (e.g., - Eclipse AJDT), - and the most-recent documentation available from - the AspectJ project page, at - - https://eclipse.org/aspectj. - - - - &tools-intro; - - - AspectJ command-line tools - - - <literal>ajc</literal>, the AspectJ compiler/weaver - &ajc; - - - <literal>ajdoc</literal>, the AspectJ documentation tool - ajdoc produces JavaDoc-style documentation - including crosscutting information. - &ajdoc; - - - <literal>aj</literal>, the AspectJ load-time weaving script - aj launches programs, - configuring basic load-time weaving. - &aj; - - - - &antsupport; - <w; - &compatibility; - - diff --git a/docs/devguide/ltw.xml b/docs/devguide/ltw.xml deleted file mode 100644 index 79569ad38..000000000 --- a/docs/devguide/ltw.xml +++ /dev/null @@ -1,608 +0,0 @@ - - Load-Time Weaving - - - Introduction - - The AspectJ weaver takes class files as input and produces class files as output. - The weaving process itself can take place at one of three different times: compile-time, - post-compile time, and load-time. The class files produced by the weaving process (and - hence the run-time behaviour of an application) are the same regardless of the approach - chosen. - - - Compile-time weaving is the simplest approach. When you have the source code - for an application, ajc will compile from source and produce woven class files as - output. The invocation of the weaver is integral to the ajc compilation process. The - aspects themselves may be in source or binary form. - If the aspects are required for the affected classes to compile, then - you must weave at compile-time. Aspects are required, e.g., when they - add members to a class and other classes being compiled reference the - added members. - - Post-compile weaving (also sometimes called binary weaving) is used to weave - existing class files and JAR files. As with compile-time weaving, - the aspects used for weaving may be in source or binary form, - and may themselves be woven by aspects. - Load-time weaving (LTW) is simply binary weaving defered until the point that - a class loader loads a class file and defines the class to the JVM. To support this, - one or more "weaving class loaders", either provided explicitly by the run-time - environment or enabled through a "weaving agent" are required. - - - You may also hear the term "run-time weaving". We define this as the weaving of - classes that have already been defined to the JVM (without reloading those - classes). AspectJ 5 does not provide explicit support for run-time weaving although - simple coding patterns can support dynamically enabling and disabling advice in aspects. - - - Weaving class files more than once - - As of AspectJ 5 aspects (code style or annotation style) and woven classes are - reweavable by default. If you are developing AspectJ applications that are to be used - in a load-time weaving environment with an older version of the compiler you - need to specify the -Xreweavable compiler option when building - them. This causes AspectJ to save additional state in the class files that is used - to support subsequent reweaving. - - - - - Load-time Weaving Requirements - - All load-time weaving is done in the context of a class loader, and hence the set of - aspects used for weaving and the types that can be woven are affected by the class - loader delegation model. This ensures that LTW complies with the Java 2 security model. - The following rules govern the interaction of load-time weaving with class loading: - - - All aspects to be used for weaving must be defined to the weaver before any - types to be woven are loaded. This avoids types being "missed" by aspects added - later, with the result that invariants across types fail. - All aspects visible to the weaver are usable. - A visible aspect is one defined by the - weaving class loader or one of its parent class loaders. - All concrete visible aspects are woven and all abstract visible aspects - may be extended. - - A class loader may only weave classes that it defines. It may not weave - classes loaded by a delegate or parent class loader. - - - - - - Configuration - New in AspectJ 5 are a number of mechanisms to make load-time weaving - easy to use. The load-time weaving mechanism is chosen through JVM startup options. - Configuration files determine the set of aspects to be used for weaving and which - types will be woven. Additional diagnostic options allow the user to debug the configuration and - weaving process. - - - Enabling Load-time Weaving - AspectJ 5 supports several ways of enabling load-time weaving for - an application: agents, a command-line launch script, and a set of interfaces for - integration of AspectJ load-time weaving in custom environments. - - - Agents - - AspectJ 5 ships with a load-time weaving agent that - enables load-time weaving. This agent and its configuration - is execution environment dependent. Configuration for the supported environments is discussed - later in this chapter. - - Using Java 5 JVMTI you can specify the -javaagent:pathto/aspectjweaver.jar option - to the JVM. - Since AspectJ 1.9.7, the obsolete Oracle/BEA JRockit agent is no longer part of AspectJ. - JRockit JDK never supported Java versions higher than 1.6. Several JRockit JVM features are - now part of HotSpot and tools like Mission Control available for OpenJDK and Oracle JDK. - - - - - Command-line wrapper scripts aj - - The aj command runs Java programs in Java 1.4 or - later by setting up WeavingURLClassLoader as the - system class loader. - For more information, see . - - The aj5 command runs Java programs in Java 5 - by using the -javaagent:pathto/aspectjweaver.jar option - described above. - For more information, see . - - - - - Custom class loader - - A public interface is provided to allow a user written class loader - to instantiate a weaver and weave classes after loading and before - defining them in the JVM. This enables load-time weaving to be supported in - environments where no weaving agent is available. It also allows the - user to explicitly restrict by class loader which classes can be woven. - For more information, see and the - API documentation and source for - WeavingURLClassLoader and - WeavingAdapter. - - - - - - - - Configuring Load-time Weaving with aop.xml files - - The weaver is configured using one or more META-INF/aop.xml - files located on the class loader search path. Each file may declare a list of - aspects to be used for weaving, type patterns describing which types - should woven, and a set of options to be passed to the weaver. In addition AspectJ 5 - supports the definition of concrete aspects in XML. Aspects defined in this way - must extend an abstract aspect visible to the weaver. The abstract aspect - may define abstract pointcuts (but not abstract - methods). The following example shows a simple aop.xml file: - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - The set of available aspects is the set of all - declared and defined aspects (aspect and - concrete-aspect elements of the aspects - section). - The set of aspects used for weaving is the subset of the available - aspects that are matched by at least one include statement and are not matched - by any exclude statements. If there are no include statements then all non-excluded - aspects are included. - The set of types to be woven are those types matched by at - least one weaver include element and not matched by any - weaver exclude element. If there are no weaver include - statements then all non-excluded types are included. - The weaver options are derived by taking the union of the - options specified in each of the weaver options attribute specifications. Where an - option takes a value e.g. -warn:none the most recently defined value - will be used. - - - It is not an error for the same aspect to be defined to the weaver in - more than one visible META-INF/aop.xml file. - However, if the same concrete aspect - is defined in more than one aop.xml file then an error will be issued. - A concrete aspect - defined in this way will be used to weave types loaded by the - class loader that loaded the aop.xml file in which it was defined. - - - A META-INF/aop.xml can be generated by - using either the -outxml or -outxmlfile options of the AspectJ compiler. - It will simply contain a (possibly empty) set of aspect elements; one for - each abstract or concrete aspect defined. - When used in conjuction with the -outjar option - a JAR is produced that can be used - with the aj5 command or a load-time weaving environment. - - - - Using Concrete Aspects - - It is possible to make an abstract aspect concrete by means of the META-INF/aop.xml - file. This is useful way to implement abstract pointcuts at deployment time, and also gives control - over precedence through the precedence attribute of the - concrete-aspect XML element. - Consider the following: - - - - This aspect is equivalent to the following in code style: - - - - This aspect (in either style) can be made concrete using META-INF/aop.xml. - It defines the abstract pointcut scope(). When using this mechanism the - following rules apply: - - The parent aspect must be abstract. It can be an @AspectJ or a - regular code style aspect. - Only a simple abstract pointcut can be implemented i.e. a pointcut that doesn't expose - state (through args(), this(), target(), if()). In @AspectJ syntax - as illustrated in this sample, this means the method that hosts the pointcut must be abstract, - have no arguments, and return void. - The concrete aspect must implement all inherited abstract pointcuts. - The concrete aspect may not implement methods so the abstract aspect it - extends may not contain any abstract methods. - - - - - A limitation of the implementation of this feature in AspectJ 1.5.0 is that aspects defined using - aop.xml are not exposed to the weaver. This means that they are not affected by advice and ITDs defined in - other aspects. Support for this capability will be considered in a future release. - - - - If more complex aspect inheritance is required use regular aspect - inheritance instead of XML. - The following XML definition shows a valid concrete sub-aspect for the abstract aspects above: - - - - - - - - -]]> - - It is important to remember that the name attribute in the - concrete-aspect directive defines the fully qualified name that will be given to the - concrete aspect. It must a valid class name because the aspect will be generated on the fly by the weaver. - You must - also ensure that there are no name collisions. Note that the concrete aspect will be - defined at the classloader level for which the aop.xml is visible. This implies that if you need - to use the aspectof methods to access the aspect instance(s) (depending on the perclause - of the aspect it extends) you have to use the helper API org.aspectj.lang.Aspects.aspectOf(..) - as in: - - - - - - Using Concrete Aspects to define precedence - - As described in the previous section, the concrete-aspect element in - META-INF/aop.xml gives the option to declare the precedence, just as - @DeclarePrecedence or declare precedence do in - aspect source code. - - - Sometimes it is necessary to declare precedence without extending any abstract aspect. - It is therefore possible to use the concrete-aspect - element without the extends attribute and without any - pointcut nested elements, just a precedence - attribute. - Consider the following: - - - - - - -]]> - - This deployment time definitions is only declaring a precedence rule. You have to remember - that the name attribute must be a valid fully qualified class name - that will be then reserved for this concrete-aspect and must not conflict with other classes - you deploy. - - - - - - - Weaver Options - The table below lists the AspectJ options supported by LTW. All other options - will be ignored and a warning issued. - - - - - Option - Purpose - - - - - - -verbose - - Issue informational messages about the weaving process. Messages issued while the weaver is being - bootstrapped are accumulated until all options are parsed. If the messages are required to be output - immediately you can use the option -Daj.weaving.verbose=true on the JVM startup command line. - - - - - -debug - - - Issue a messages for each class passed to the weaver - indicating whether it was woven, excluded or ignored. - Also issue messages for classes - defined during the weaving process such as around advice - closures and concrete aspects defined in - META-INF/aop.xml. - - - - - -showWeaveInfo - - - Issue informational messages whenever the weaver touches a class file. - This option may also be enabled using the System property - -Dorg.aspectj.weaver.showWeaveInfo=true. - - - - - - - -Xlintfile:pathToAResource - - Configure lint messages as specified in the given resource (visible from this aop.xml file' classloader) - - - - -Xlint:default, -Xlint:ignore, ... - - Configure lint messages, refer to documentation for meaningfull values - - - - -nowarn, -warn:none - - Suppress warning messages - - - - - - -Xreweavable - - Produce class files that can subsequently be rewoven - - - - -XnoInline - - Don't inline around advice. - - - - -XmessageHandlerClass:... - - Provide alternative output destination to stdout/stderr for all weaver messages. - The given value must be the full qualified class name of a class that implements the - org.aspectj.bridge.IMessageHandler interface - and is visible to the classloader with which the weaver being configured is associated. - Exercise caution when packaging a custom message handler with an application that is to - be woven. The handler (as well as classes on which it depends) cannot itself be woven - by the aspects that are declared to the same weaver. - - - - - - - - - - Special cases - - The following classes are not exposed to the LTW infrastructure regardless of - the aop.xml file(s) used: - - All org.aspectj.* classes (and subpackages) - as those are needed by the infrastructure itself - All java.* and javax.* classes (and subpackages) - All sun.reflect.* classes - as those are JDK specific classes used when reflective calls occurs - - - - Despite these restrictions, it is perfectly possible to match call join points for calls to these types providing the calling - class is exposed to the weaver. Subtypes of these excluded types that are exposed to the weaver may of course be woven. - - - Note that dynamic proxy representations are exposed to the LTW infrastructure and are not considered - a special case. - - - - Some lint options behave differently when used under load-time weaving. The adviceDidNotMatch - won't be handled as a warn (as during compile time) but as an info message. - - - - - Runtime Requirements for Load-time Weaving - To use LTW the aspectjweaver.jar library must be added to the - classpath. This contains the AspectJ 5 runtime, weaver, weaving class loader and - weaving agents. It also contains the DTD for parsing XML weaving configuration files. - - - - Supported Agents - - JVMTI - When using Java 5 the JVMTI agent can be used by starting the JVM with the - following option (adapt according to the path to aspectjweaver.jar): - - - - JRockit with Java 1.3/1.4 (use JVMTI on Java 5) - - Since AspectJ 1.9.7, the obsolete Oracle/BEA JRockit agent is no longer part of AspectJ. - JRockit JDK never supported Java versions higher than 1.6. Several JRockit JVM features are - now part of HotSpot and tools like Mission Control available for OpenJDK and Oracle JDK. - - - - diff --git a/docs/devguide/tools-intro.xml b/docs/devguide/tools-intro.xml deleted file mode 100644 index 521fac7a1..000000000 --- a/docs/devguide/tools-intro.xml +++ /dev/null @@ -1,156 +0,0 @@ - - Introduction to the AspectJ tools - - The Eclipse AspectJ implementation - The AspectJ Programming Guide - describes the AspectJ language. This guide describes the AspectJ - tools produced by the AspectJ - team on - https://eclipse.org/aspectj. - The AspectJ tools include - - ajc, the compiler/weaver; - ajdoc, a documentation tool; ajbrowser, a crosscutting code viewer; - Ant support for ajc; and load-time weaving support. - These tools are delivered in the library folder of the AspectJ tools - installation, mainly in aspectjtools.jar (tools) and - aspectjrt.jar (runtime). - This guide does not describe the Eclipse AspectJ development tools - (AJDT). That is produced by another team (sharing some members) on - https://eclipse.org/ajdt. - AJDT is delivered as an Eclipse plugin, incorporating the classes in - the AspectJ tools libraries along with the Eclipse plugin interface - classes. - - - Since AspectJ 1.1, the tools have implemented the AspectJ language - using bytecode weaving, which combines aspects and classes to produce - .class files that run in a Java VM. There are other ways to implement the - language (e.g., compiler preprocessor, VM support); the AspectJ team - has always tried to distinguish the language and the implementation - so other groups could build alternative implementations of AspectJ. - To that end, - - The AspectJ Programming Guide, - Implementation Notes describes how the Java bytecode form affects - language semantics. VM- or source-based implementations may be free - of these limits or impose limits of their own, but most should be - fairly close to what's possible in Java bytecode. - - - Please be careful not to confuse any description of - weaving or of this implementation of the AspectJ language with - the AspectJ language semantics. - If you do, you might find yourself writing code that doesn't work as - expected when you compile or run it on other systems. - More importantly, if you - think about aspects in terms of weaving or of inserting or merging - code, then you can lose many of the design benefits of thinking - about an aspect as a single crosscutting module. - When the text below introduces an implementation detail, it will warn if - users make mistakes by applying it in lieu of the language semantics. - - - - - Bytecode weaving, incremental compilation, and memory usage - Bytecode weaving takes classes and aspects in .class form - and weaves them together to produce binary-compatible .class files that - run in any Java VM and implement the AspectJ semantics. - This process supports not only the compiler but also IDE's. - The compiler, given an aspect in source form, produces a binary - aspect and runs the weaver. IDE's can get information about - crosscutting in the program by subscribing to information - produced by weaver as a side-effect of weaving. - - Incremental compilation involves recompiling only what is necessary - to bring the binary form of a program up-to-date with the source form - in the shortest time possible. - Incremental weaving supports this by weaving on a per-class basis. - (Some implementations of AOP (including AspectJ 1.0) make use - of whole-program analysis that can't be done in incremental mode.) - Weaving per-class means that if the source for a pure Java class - is updated, only that class needs to be produced. However, if - some crosscutting specification may have been updated, then all - code potentially affected by it may need to be woven. The AspectJ - tools are getting better at minimizing this effect, but it is to - some degree unavoidable due to the crosscutting semantics. - - - Memory usage can seem higher with AspectJ tools. - Some aspects are written to potentially affect many classes, so each - class must be checked during the process of weaving. Programmers can - minimize this by writing the crosscutting specifications as narrowly - as possible while maintaining correctness. - (While it may seem like more memory, the proper comparison - would with with a Java program that had the same crosscutting, - with changes made to each code segment. That would likely require - more memory and more time to recompile than the corresponding - AspectJ program.) - - - Classpath, inpath, and aspectpath - AspectJ introduces two new paths for the binary input to the - weaver which you'll find referenced in , - , - and . - - As in Java, the classpath is where the AspectJ - tools resolve types specified in the program. When running an AspectJ - program, the classpath should contain the classes and aspects along with - the AspectJ runtime library, aspectjrt.jar. - - - In AspectJ tools, the aspectpath is where to find binary - aspects. Like the classpath, it can include archives (.jar and .zip files) - and directories containing .class files in a package layout (since - binary aspects are in .class files). These aspects affect other - classes in exactly the same way as source-level aspects, but are themselves - not affected. When deploying programs, the original aspects must be included - on the runtime classpath. - - - In AspectJ tools, the inpath is where to find binary - input - aspects and classes that weave and may be woven. - Like the classpath, it can include archives and class directories. - Like the aspectpath, it can include aspects that affect other classes - and aspects. - However, unlike the aspectpath, an aspect on the inpath may itself be - affected by aspects, as if the source were all compiled together. - When deploying aspects that were put on the inpath, only the woven output - should be on the runtime classpath. - - - Although types in the inpath and the aspectpath need to be resolved by - the AspectJ tools, you usually do not need to place them on the classpath - because this is done automatically by the compiler/weaver. But when using - the WeavingURLClassLoader, your code must explicitly add the aspects - to the classpath so they can be resolved (as you'll see in the sample - code and the aj.bat script). - - The most common mistake is failing to add - aspectjrt.jar to the classpath. Also, when - weaving with binary aspects, users forget to deploy the aspect itself - along with any classes it requires. A more subtle mistake is putting a - binary aspect (BA) on the inpath instead of the aspectpath. In this case - the aspect BA might be affected by an aspect, even itself; this can - cause the program to fail, e.g., when an aspect uses exclusion to - avoid infinite recursion but fails to exclude advice in aspect BA. - - The latter is one of many ways that mistakes in the build process - can affect aspects that are written poorly. Aspects should never - rely on the boundaries of the build specification to narrow the - scope of their crosscutting, since the build can be changed - without notice to the aspect developer. Careful users might even - avoid relying on the implementation scope, to ensure their - AspectJ code will run on other implementations. - - - - diff --git a/docs/dist/LICENSE-AspectJ.html b/docs/dist/LICENSE-AspectJ.html deleted file mode 100644 index 9442561a9..000000000 --- a/docs/dist/LICENSE-AspectJ.html +++ /dev/null @@ -1,91 +0,0 @@ - - - -AspectJ License - - - - - - -

AspectJTM - Compiler and Core Tools License

- -

This is a binary-only release.  Source code -is available from -https://eclipse.org/aspectj

- -

The Eclipse Foundation makes available all content in this distribution ("Content"). - Unless otherwise indicated below, the Content is provided to you under the terms and conditions of the - Eclipse Public License Version v 2.0 ("EPL"). A copy of the EPL is available - at https://www.eclipse.org/org/documents/epl-2.0/EPL-2.0.txt. - For purposes of the EPL, "Program" will mean the Content.

- -

If you did not receive this Content directly from the Eclipse Foundation, the Content is - being redistributed by another party ("Redistributor") and different terms and conditions may - apply to your use of any object code in the Content. Check the Redistributor's license - that was provided with the Content. If no such license exists, contact the Redistributor. Unless otherwise - indicated below, the terms and conditions of the EPL still apply to any source code in the Content - and such source code may be obtained at https://www.eclipse.org.

- - -

Third Party Content

-

The Content includes items that have been sourced from third parties as set out below. If you - did not receive this Content directly from the Eclipse Foundation, the following is provided - for informational purposes only, and you should look to the Redistributor's license for - terms and conditions of use.

- - -

BCEL v5.1

-

This product contains software developed by the - Apache Software Foundation (http://www.apache.org).

- -

AspectJ includes a modified version of the Apache Jakarta Byte Code Engineering Library (BCEL) v5.1. - BCEL is available at https://commons.apache.org/bcel/. Source - code for the modified version of BCEL is available at Eclipse.org in the AspectJ source tree. This code - is made available under the Apache Software License v1.1

- -

ASM v2.2.1

-

AspectJ includes a binary version of ASM v2.2.1 (http://asm.objectweb.org/) - The source code for ASM is available from the ObjectWeb download site at - http://asm.objectweb.org/download/. -

The ASM license is available at http://asm.objectweb.org/license.html. - The license is also reproduced here: -

- -
Copyright (c) 2000-2005 INRIA, France Telecom
-All rights reserved.
-
-Redistribution and use in source and binary forms, with or without
-modification, are permitted provided that the following conditions
-are met:
-
-1. Redistributions of source code must retain the above copyright
-   notice, this list of conditions and the following disclaimer.
-
-2. Redistributions in binary form must reproduce the above copyright
-   notice, this list of conditions and the following disclaimer in the
-   documentation and/or other materials provided with the distribution.
-
-3. Neither the name of the copyright holders nor the names of its
-   contributors may be used to endorse or promote products derived from
-   this software without specific prior written permission.
-
-THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
-AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
-IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
-ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT OWNER OR CONTRIBUTORS BE
-LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR
-CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF
-SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS
-INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN
-CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE)
-ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF
-THE POSSIBILITY OF SUCH DAMAGE.
-
- - - - - - diff --git a/docs/dist/README-AspectJ.html b/docs/dist/README-AspectJ.html deleted file mode 100644 index 5a020832e..000000000 --- a/docs/dist/README-AspectJ.html +++ /dev/null @@ -1,326 +0,0 @@ - - - - - - - -AspectJ Readme - - - - - -

AspectJTM

- -

Version @build.version.long@ released on @build.date@.

- -

1 Contents of this Package

- -
    -
  • the <aspectj install dir>/bin - directory has scripts for -
      -
    • ajc: the compiler for the AspectJ language
      • - -
    • the directory <aspectj install dir>/lib - has the AspectJ binaries, -
        -
      • aspectjtools.jar: libraries for - ajc, ajbrowser, and the Ant tasks
        • - -
      • aspectjrt.jar: runtime library for AspectJ programs
        • -
      -
      • -
    • the directory <aspectj install dir>/doc - has examples, programming and development environment guides, - instructions for the Ant tasks, a README for 1.1 changes, - and a quick reference, all linked - from the index page. -
      • -
    • this README-AspectJ.html, and -
      • -
    • the LICENSE-AspectJ.html - applying to this distribution. -
      • -
    - -
    - -

    2 Install Procedure

    - -

    The AspectJ tool ajc is a -Java program that can be run indirectly from the scripts or -directly from aspectjtools.jar. -The aspectjrt.jar needs to be on the classpath -when compiling or running programs compiled -by ajc. This procedure shows ways to do that. -

    - -

    After finishing automatic installation, we recommend that the -following steps to complete your installation:

    - -

    2.1 Add <aspectj install dir>/lib/aspectjrt.jar - to your class path

    - -
    -

    This small .jar file contains classes required to compile programs - with the ajc compiler, and to run programs compiled with the ajc - compiler. You must have these classes somewhere on your class path - when running programs compiled with ajc. For detailed instructions - please see the Configuration - Instructions at the bottom of this document.

    -
    - -

    2.2 Put the AspectJ bin directory on your PATH

    - -
    -

    Modify your PATH to include <aspectj install - dir>/bin. This will make it easier to run ajc. - For detailed instructions please see the - Configuration Instructions at the - bottom of this document.

    -
    - -

    2.3 Review the documentation and examples

    - -
    -

    Development and programming guides - are available in docs, - and example programs and an Ant script are available in - examples. -

    - -

    If you did not use the automatic installation process, you may wish -to create short launch scripts to start ajc easily (section 3).

    - -
    - -

    3. Running the Tools

    - -

    If you did not use the automatic installation process or the -default launch scripts do not work on your system, you may wish to -create short launch scripts to start ajc easily.

    - -

    You can also create scripts like those created by the installer. -These scripts use full paths that are system dependent so you will -likely have to change these.

    - -

    Here's a sample launch script for WinNT and Win2K (note that this -is single line in the .bat file):

    - -
    -C:\jdk1.3\bin\java.exe -classpath D:\aspectj\lib\aspectjtools.jar -Xmx64M -org.aspectj.tools.ajc.Main %* -
    - -

    Here's a sample launch script for a Unix shell (on Linux using Sun's JDK1.3):

    - -
    -/usr/java/jdk1.3/jre/bin/java -classpath /home/aspectj/lib/aspectjtools.jar -Xmx64M org.aspectj.tools.ajc.Main "$@" -
    - -
    -

    4. Configuration Instructions

    - -

    4.1 Adding <aspectj install dir>/lib/aspectjrt.jar to your classpath

    - -

    There are several ways to add this jar file to your classpath:

    - -
      -
    • - copy aspectjrt.jar to the jdk/jre/lib/ext directory
      • -
    • - add aspectjrt.jar to your CLASSPATH - environment variable (see the next section for details)
      • -
    • - always use the "-classpath aspectjrt.jar" option when running - programs compiled with ajc
      • -
    -

    4.2 Setting the Environment Variables on Windows

    - -

    The following instructions use the PATH variable as an example, but -this process is identical for the CLASSPATH variable.

    - -

    You can do the variables permanently for all the shells that you -will run or temporarily only for the current shell. To change the -PATH only in the current shell, and assuming you've installed AspectJ -in C:\apps\aspectj, type:

    - -
    > set PATH=%PATH%;C:\apps\aspectj\bin
    - -

    Changing Environment Variables Permanently on WinNT and Win2000 -

      -
    • -

      open the Environment Variables dialog -

        -
      • -

        WinNT: in "Control Panels" double-click - "System" and select the "Environment" tab

        • -
      • -

        Win2K: in "Control Panels" double-click - "System", select the "Advanced" tab and click the - "Environment Variables..." button

        • -
      -
      • -
    • -

      select the environment variable for editing, or add it - using the "New..." button if it does not exist

      • -
    • -

      add the new entry separated from the others by a - semi-colon (;) and close the dialog

      • -
    • -

      note that the change will not affect shells that were - already running

      • -
    -

    Changing Environment Variables Permanently on Win9x -

      -
    • -

      open the AUTOEXEC.BAT with an editor such as NotePad

      • - -
    • -

      edit the PATH statement to include the new entry and save - the file, e.g.
      - -

      - PATH C:\WINDOWS;C:\WINDOWS\COMMAND;C:\;C:\DOS;C:\apps\aspectj\bin -
      -
      • -
    • -

      note that the change will not affect shells that were - already running -

    - - - - diff --git a/docs/dist/doc/aspectj-faq.css b/docs/dist/doc/aspectj-faq.css deleted file mode 100644 index 14cf4aa7c..000000000 --- a/docs/dist/doc/aspectj-faq.css +++ /dev/null @@ -1,88 +0,0 @@ -body { - font-family: "Lucida Grande", "Trebuchet MS", sans-serif; - line-height: 1.1em; - } - -h2 { - font-size: 130%; - font-weight: bold ; - line-height: 16px; - color: #FFFFFF; - background-color: #0080C0; - padding: 5px; -} - -h3 { - font-size: 110%; - font-weight: bold ; - line-height: 14px; - color: #FFFFFF; - background-color: orange; - padding: 5px; -} - -tt { - font-size: 100%; - color: #00AAF0; - } - -tt tt { - font-size: 100%; - } - -.programlisting { - padding-top: 5px; - border: 2px solid #ccc; - background: #eee; - font-size: 120%; - color: #111199; - - } - -.term { - color: #111199; - } - -.variablelist dd { - margin-left: 18px; - padding-left: 20px; - background: url(dd_arrow.gif) no-repeat 0 2px; - } - -.toc dt { - font-size: 110%; - padding-bottom: 0px; - margin-bottom: 5px; - } - -.toc dl dd dt { - font-size: 100%; - } - -.toc dt { - font-size: 100% - margin-bottom: 0; - } - -.informaltable table { - margin-left: 5%; - } - -.informaltable th { - background-color: orange; - padding: 1px; - } - -ul li { - line-height: 1.2em; - } - -.keyword { - font-weight: bold; - color: purple; - } - - .question { - color: #3333CC; - border-top: 1px solid silver; - } \ No newline at end of file diff --git a/docs/dist/doc/changes.html b/docs/dist/doc/changes.html deleted file mode 100644 index c3bd45add..000000000 --- a/docs/dist/doc/changes.html +++ /dev/null @@ -1,2046 +0,0 @@ - - - - Changes in AspectJ - - - - -
    -© Copyright 1998-2002 Palo Alto Research Center Incorporated - 2003-2008 Contributors. -All rights reserved. -
    - -

    Changes in AspectJ

    - - - -
    - -

    1.6.0

    -

    This release rebases AspectJ on the Eclipse Compiler version 785_R33X - making it Java6 compliant.

    - -

    A full list of bugs fixed and enhancements implemented can be found in -Bugzilla. -

    - -

    1.5.4

    -

    This release contains around 40 bug fixes and enhancements since the 1.5.3 release.

    - -

    A full list of bugs fixed and enhancements implemented can be found in - -Bugzilla -

    - -

    1.5.3

    -

    This release contains around 80 bug fixes and enhancements since the 1.5.2 release.

    - -

    A full list of bugs fixed and enhancements implemented can be found in - -Bugzilla -

    - -

    1.5.2

    -

    This release contains around 60 bug fixes and enhancements since the 1.5.1 release.

    - -

    A full list of bugs fixed and enhancements implemented can be found in - -Bugzilla -

    - -

    1.5.1

    -

    This release contains over 70 bug fixes and enhancements since the 1.5.0 release.

    - -

    A full list of bugs fixed in AspectJ 5 can be found in - -Bugzilla -

    - -

    1.5.0

    -

    This release contains nearly 400 bug fixes and enhancements since the 1.2.1 release. -Major updates to the language are documented in the -AspectJ 5 Developer's Notebook. There are -also a number of enhancements to accompanying tools documented in the -Developer's Guide -

    - -

    A full list of bugs fixed in AspectJ 5 can be found in -bugzilla. -

    - -

    1.2.1

    -

    All known P1 and P2 bugs have been fixed in this release. The -full list of fixes and -enhancements can be found on bugzilla. -Some of the more significant bug fixes and enhancements include: -

      -
    • 53981 - Any occurence of proceed(..) within the body of around advice is treated as the - special proceed form (even if the aspect defines a method named proceed) unless - a target other than the aspect instance is specified as the recipient of the - call. -
      • -
    • 48990 - Optimisations added for the special cases of if(true) and if(false) in pointcut - expressions. -
      • -
    • 69319 - The Eclipse JDT compiler inside AspectJ has been upgraded to the Eclipse 3.0 release - version. -
      • -
    • 61572 - AspectJ 1.2.1 correctly detects an attempt to access instance variables of the - declaring aspect of an inter-type declared method from within the body of that - method. -
      • -
    • 65319 - Error message now correctly produced when attempting to bind a pointcut formal - in both a this() and a target() pointcut sub-expression. -
      • -
    • 70619 - Conflicting declare precedence statements are now handled gracefully. -
      • -
    • 42573 - Relative paths specified in .lst files are now resolved relative to the lst file - location. -
      • -
    • 57666 - Resource copying from jar files correctly handles duplicate manifests. -
      • -
    • 61768 - Static inner types of an aspect can now be referenced within the body of inter-type - declared methods in that aspect. -
      • -
    • 62642 - after-throwing advice on a static initialization join point no longer swallows - ExceptionInInitializer errors. -
      • -
    • 67578 - AspectJ 1.2.1 correctly handles privileged access to members defined in a different - package to the privileged aspect. -
      • -
    • 67592 - The Object[] given in response to a getArgs() call on a JoinPoint object is now - a value copy. -
      • -
    • 68991 - Initialisers of inter-type declared fields now have field-set join points. -
      • -
    • 69459 - A static inter-type method declaration is not allowed to hide an instance method. -
      • -
    • 70794 - An inter-type declaration of an abstract method on a target type which is an interface - must be declared as public. -
      • -
    • 71372 - Calls can be made to private static methods of enclosing types from the body of - around advice in an inner aspect. -
      • -
    • 71377 - Join points are now correctly detected for calls to private methods and set/get of - private fields within the body of around advice. -
      • -
    • 71723 - A non-privileged inter-type declared method cannot call protected methods defined in - parent classes of the target type. -
      • -
    • 74238 - Any privileged calls made by the AspectJ runtime library are now correctly - wrapped in doPrivileged blocks, with fall-back implementations, allowing - usage in restricted environments. -
      • -
    • 74245 - Specifying the -proceedOnError flag will now cause the compiler to attempt - weaving even in the face of errors. -
      • -
    • 76030 - Runtime optimisations for cflow (in the case where there are no arguments bound in - the cflow pointcut) have been implemented. This can dramatically speed-up some programs - making heavy use of cflow. Thanks to the abc compiler team for detecting this performance - related bug and for piloting the fix. -
      • -
    • 54421 - String concatentation (using "+") is now allowed for the message associated with - a declare error or warning statement. -
      • -
    • 69011 - ajdoc now correctly handles types in the default package. -
      • -
    • 36747 - The 1.2.1 compiler supports an additional option, -showWeaveInfo, which will - produce informational messages concerning the activity of the weaver. For example: -
      - 
      -     	Type 'tjp.Demo' (Demo.java:30) advised by around advice from 'tjp.GetInfo' 
-        (GetInfo.java:26) [RuntimeTest=true] 
-
      -
      • -
    • 44191 - AspectJ 1.2.1 improves the error messages issued in many of the infamous "can't find type" - scenarios. -
      • -
    • 46298 - The code generated by ajc is now more easily digested by many decompilers (but you - wouldn't want to do that anyway would you?? ;) ). -
      • -
    • 49743 - Performance optimisations in the AspectJ runtime library when using getSignature() and - toString(). -
      • -
    • 61374 - AspectJ now includes its own version of BCEL under the org.aspectj namespace which eliminates - unwanted conflicts with BCEL versions inside JDKs or on classpaths in general. -
      • -
    • 68494 - ajdoc now supports ".aj" files. -
      • -
    • 72154 - The AspectJ 1.2.1 compiler includes the ability to dump information about the current state of the - compiler on failure. By default this only happens on an abort, but it can also be forced to - dump on error by specifying the property: org.aspectj.weaver.Dump.condition=error -
      • -
    • 37020 - The line number locations for method execution and static initialization join points now give - the first line of the method declaration (rather than the line number of the first line of code in - the method body) when the source code is compiled by ajc. -
      • -
    • 73369 - A new jar, aspectjweaver.jar is included in the lib directory, which contains the subset - of aspectjtools.jar needed for weaving. The "aj" script is also moved into the bin directory. -
    - - -

    1.2

    -

    All known P1 and P2 bugs have been fixed in this release. The -full list of fixes and -enhancements can be found on bugzilla. -Some of the more significant bug fixes and enhancements include: -

      -
    • 46347 - The ajc compiler now can read .class files from directories as well as - zip files for bytecode weaving, via the new -inpath option. -
      • -
    • 48080 - Error and warning messages emitted as a result of a declare error or - declare warning statement now include context information that indicates - the matched join point. -
      • -
    • 54819 - Error and warning messages coming from the weaving phase of compilation now - show source context wherever it is available, and also indicate as the source - location of the error either the class file or jar file from which the binary - source unit came. -
      • -
    • 36430 - A new -Xreweavable option has been added which allows class files to be woven - more than once. -
      • -
    • 49250 - SoftException now supports getCause(). -
      • -
    • 51320 - AspectJ 1.2 now gives a compilation error if one of the non-statically determinable - pointcut forms is used in a declare statement. -
      • -
    • 53012 - Declaring precedence on a class type (rather than an aspect type) is now an - error unless subtypes are included. -
      • -
    • 36069 - The source information for inlined advice is now correct (using JSR 45). -
      • -
    • 34206 - (See also 44587). - Errors occuring during static initialisation of an aspect are now handled much more gracefully. -
      • -
    • 41952 - A new Xlint warning warns users specifying declaring type patterns in - call pointcut designators if the pointcut does not match at places they - may expect it to. -
      • -
    • 42574 - -extdirs opion now recognises .zip files as well as .jar. -
      • -
    • 48091 - New option -XlazyTjp defers creation of JoinPoint objects until just before - calling the advice body that requires them. This allows the cost of creating - JoinPoint objects to be avoided using an if() pointcut test that returns - false when the advice body is not required to be executed. Speed-ups of 10-100X are - obtained via this optimisation (as compared to putting the test inside the advice - body). -
      • -
    • 45441 - IncompatibleClassChangeError at runtime when compiling with the -1.4 option. -
      • -
    • 54625 - Incremental compilation did not support the -outjar option, but silently - failed if it was specified. AspectJ 1.2 always performs a full build when - the -outjar option is present. -
      • -
    • 54965 - Incremental compilation under AspectJ 1.2 is approximately twice as fast as - under AspectJ 1.1.1. -
      • -
    • 55134 - Incremental compilation now deletes any additional class files generated during - the weave phase when the class file from whence they came is deleted. -
      • -
    • 54621 - Incremental compilation will now detect changes (add, delete, modify) to class - files in directories on the inpath and will include them in incremental compilation. -
      • -
    • 54621 - Incremental compilation will now detect changes to jars on the inpath (and injars), - and trigger a full build if a jar is modified. -
      • -
    • 54622 - Incremental compilation will now detect changes to resources on the inpath. -
      • -
    • 54618 - Incremental compilation will now detect changes to any of the paths affecting - compilation, and triggers a full build if there has been any change since the - last build. -
      • -
    • 50200 - The aspectjrt.jar manifest file now has the correct (upper) case. -
      • -
    • 49457 - No error given when overloading pointcuts, unless variables are bound. -
      • -
    • 50776 - Compilation failure when overriding an inter-type declared method with a - different throws clause. -
      • -
    • 51919 - Polymorphic inter-type declaration fails. -
      • -
    • 52464 - Declare warning coupled with inter-type declaration causes compiler crash. -
      • -
    • 41125 - Variable names in the local variable table (for debugging) are now correctly - preserved in all cases. -
      • -
    • 43792 - Improved support for non-US locales (and significantly boosted weaver - performance at the same time). -
      • -
    • 35636 - AspectJ 1.2 behaves much more gracefully when running out of memory. (It also - requires less memory than 1.1.1 did in any case). -
      • -
    • 42711 - Super-types of parameters not recognised when calling priveleged methods. -
      • -
    • 43972 - (See also 45676). - Incorrectly adding synthetic attribute to generated methods. -
      • -
    • 45184 - External pointcut references not resolved when a named pointcut is used by a - declare statement. -
      • -
    • 46750 - Declare soft does not work inside a nested aspect. -
      • -
    • 47754 - No error signalled when attempting to declare a static method on an interface - using an inter-type declaration. -
      • -
    • 48522 - Declare soft softens all exceptions at matched join points, not just the - exception declared to be soft. -
      • -
    • 49295 - AspectJ 1.2 no longer supports inter-type constructor declarations on interfaces. -
      • -
    • 51929 - Call to a protected super-type method within a advice body causes java.lang.VerifyError. -
      • -
    • 52928 - Private members introduced via an interface are incorrectly visible within implementing classes. -
      • -
    • 47910 - An output jar file created by AspectJ when using the -outjar option does not contain a - valid manifest file. -
      • -
    • 59909 - Thread local storage used to manage cflow stacks when available - improves cflow performance - when working with a multi-threaded application. -
      • -
    - -

    1.1.1

    - -

    All known P1 and P2 bugs have been fixed in this release. The full list of bug fixes -(49 in all) can be found on bugzilla.

    - -

    Some of the more significant bug fixes and enhancements in this release include: -

      -
    • 40943 - The ajc compiler now copies resource files from jars specified using the - -injars option. When compiling with source directories, resources are not - copied - mirroring the behaviour of javac so as to cause minimum disruption - when switching between ajc and javac. - (To copy resources from source directories, use the iajc Ant task - sourceRootCopyFilter option.) - Thanks to Matthew - Webster for contributing many of the patches for this enhancement. -
    • 39626 - ajc was erroneously putting aspectjtools.jar in the classpath of a compilation. - This caused problems when attempting to compile projects using different versions - of any of the classes in aspectjtools.jar. Thanks to George Harley and Igor - Hjelmstrom Vinhas Ribeiro for their assistance in tracking this down. -
    • 40257 - Relative paths are now supported in ".lst" files. -
    • 40771 - The Ajde apis are no longer coupled to swing. This is of most significance to AJDT - users on the Mac OS X platform, enabling AJDT to be used with Mac OS X. -
    • 41254 - Of interest to those writing tools that need to interact with the structure model for - AspectJ programs: the interface to the AspectJ structure model was significantly revised - and enhanced in 1.1.1. -
    • 39462 - A compiler exception was thrown when an abstract aspect in a library was extended by - a concrete aspect using cflow. Thanks to Takao Naguchi for an easy to reproduce bug report. -
    • 39479 - Compiler crashes when a constructor delegates to another constructor that uses a switch statement. - Thanks to Andy Clement for both the easy to reproduce bug report and the patch. -
    • 41175 - Declared exceptions were being lost on inter-type declarations made from binary - aspects in an aspect library. -
    • 41359 - Aspect per-clauses were not inherited by sub-aspects when using binary aspect libraries. - Thanks to Chris Bozic for the easy to reproduce bug report. -
    • 42539 - The "+" pattern was being ignored for type patterns used in throws clauses. Thanks to - Keith Sader for the easy to reproduce bug report. -
    • 40807 - If you specify no output directory, the iajc Ant task now defaults to using - the source directory, following ajc and javac. - As a result, now you can use ajc to compile JSP's in Tomcat. - Thanks to Ron Bodkin for investigating how to integrate ajc with Tomcat. -
    -

    - -

    1.0.6

    - -

    This release contains mainly bug fixes for ajde and ajdoc. - -

    Compiler

    - -

    We fixed a bug with switch statements, thanks largely -to Jason Rimmer's diligence in helping us isolate the problem. -Also, to help Log4J parse stack traces, we changed class file -symbolic line references to use [] instead of () for the -virtual start lines of each file. -

    - -

    AJDE

    - -

    AJDE Framework, AJBrowser, and AJDE for Forte/NetBeans

    - -

    The memory use of the structure model has been streamlined in order to reduce -footprint when working with large systems.  Error tolerance has also been -improved for dealing with a structure model that is out of synch with resources -on disk.

    - -

    AJDE for JBuilder

    - -

    JBuilder 7 is now supported.  All known bugs have been fixed including:

    - -
      -
    • 787 - AJDE for JBuilder throws exception given non-existent file
      • -
    • 788 - Label too small in error message
      • -
    • 789 - Index-out-of-bounds exception in JBuilder AJDE
      • -
    • 792 - Required libraries disappear from JBuilder 6
      • -
    • 795 - Unable to compile open tools
      • -
    • 802 - AJDE loses current (cursor) position in file when switching files
      • -
    - -

    In addition, thanks to user feedback that indicated trouble building JBuilder -OpenTools with AJDE/JBuilder, the OpenTool is now being built with itself.

    - -

    Ajdoc

    - - -
    - -

    1.0.5

    - - -

    This release includes significant improvements to AspectJ Development -Environment (AJDE) support. The entire user interface has been revised and -streamlined. The AJDE features are more tightly integrated into JBuilder and -NetBeans/Forte support. JBuilder support now includes graphical configuration -file editing and an integrated AspectJ Browser tool.

    - - - -

    Compiler

    - -

    This was another compiler release primarily concerned with fixing -corner cases in the language implementation. Our handling of nested -classes, the assert statement, and cflow were the principal offenders -this time. Thanks to Nicholas Alex Leidenfrost and Patrick Chan for -their clear and concise bug reports on some of these issues.

    - -

    AJDE

    - -

    This release includes significant -improvements to AspectJ Development Environment (AJDE) support. All known bugs -have been fixed, and the core framework quality has been significantly increased -thanks to the adoption of a unit test suite. The following changes apply -to all of the AJDE NetBeans/Forte, JBuilder, and the AspectJ Browser support. -NetBeans/Forte and JBuilder-specific changes are listed below.

    - - -
      -
    • The entire user interface has been revised - and streamlined.
      • -
    • The structure view and browser have a new UI, and offer both a file-based - and global structure views. All views expose node ordering, node - filtering, and association filtering functionality. The global views - expose a package tree as well as the global inheritance and crosscutting - structure.
      • -
    • Structure view navigation now has a history exposed by back/forward.
      • -
    • The is a new build configuration management UI.
      • -
    • The compiler preferences UI now includes access to all build options.
      • -
    • Error messages have been improved, and the structure views include - annotations of nodes with errors and warnings.
      • -
    - -

    AJDE for JBuilder

    - - -

    Integration into the JBuilder IDE is more streamlined. In addition:

    - - -
      -
    • The AspectJ Browser is included as a tool that replaces JBuilder's - "Project View" and can be used to navigate the global structure of your system - (including the crosscutting and inheritance structure).
      • -
    • Inline structure annotations in the editor's gutter can now expose all of - the structure presented in the structure view, and can be used to navigate in - a similar way. Note that there are preferences for toggling which of - these appear.
      • -
    • Building is better integrated and the JBuilder build toolbar is removed - when AJDE is enabled.
      • -
    • Build configurations can be selected from the build button's menu.
      • -
    • Execution is better integrated: instead of a separate "run" button - JBuilder's run and debug can be used. Note that for new projects you - will need to use the "AspectJ Runtime" library, which will be added to your - preferences automatically.
      • -
    • A new graphical build configuration editor can be used by double-clicking - ".lst" files that have been added to the project.
      • -
    • Error messages now match JBuilder's look-and-feel and behavior. - Seeking to column numbers now works in addition to line numbers.
      • -
    - - -

    AJDE for Forte/NetBeans

    - - -

    Integration into the NetBeans IDE is more streamlined. In addition:

    - - -
      -
    • NetBeans 3.3.2 and SunONE Studio 4 are supported.
      • -
    • Multiple filesystems are supported.
      • -
    • Default project build configurations (all project files) are now - supported.
      • -
    • Build configurations can be selected in the tool bar.
      • -
    • Regular NetBeans execution and debugging is supported. Note that you - have to add netbeans/lib/ext/aspectjrt.jar file to your project configuration.
      • -
    • Class files are generated beside source files (NetBeans/javac default). - There is currently no way to specify a target directory.
      • -
    - - -

    AJBrowser

    - - -
      -
    • The browser now supports main class execution. Set the main class in - the options dialog, and make sure that both the Java executable is on your - path, and the class that you expect to execute on your classpath.
      • -
    • The error messages UI has been improved.
      • -
    - - -

    Ajdoc

    -

    Bug fixes: -

    - - -

    Ant tasks

    -

    Bug fixes: -

    - - -
    - -

    1.0.4

    - - - -

    Compiler

    -
      -
    • Over a dozen people independently reported a bug in error - handling for the wrong number number of arguments to - proceed. This has been turned into a nice error - message. A number of other bug reports related to around advice and - proceed have also been fixed, including the ability to change the - bindings for this and target using proceed - in around advice. -
      • -
    • David Walend gets the black thumb award for the most - bug reports submitted by a new user. His bug report on the - behavior of after returning advice led to some valuable clarifications - of this part of the language spec. -
      • -
    • A number of places where ajc didn't fully comply with the Java - Language Spec have been fixed in this release. Thanks to Neal - Gafter for reporting many of these. -
      • -
    - -

    Incompatible changes

    - -

    Two potentially surprising incompatible changes have been made to -ajc in order to bring the compiler into compliance with the 1.0 -language design. These changes will be signalled by clear warning or -error messages at compile-time and will not cause any run-time -surprises. We expect most users to never notice these changes.

    - -
      -
    • The obsolete class - org.aspectj.lang.MultipleAspectsBoundException has been - removed from aspectjrt.jar. This class had not been used since - AspectJ-0.8 and should have been removed prior to the 1.0 release. - It is not documented as part of the 1.0 language spec. This change - will cause a compile-time type not found error in any code that - refers to this exception. - -
    • The compiler was not correctly implementing the AspectJ-1.0 - language design for some uses of after returning advice. This - compiler behavior was fixed, and advice whose behavior might be - changed by this bug fix will be highlighted with a compiler - warning. More information about some of these changes can be found - in the porting notes.
      • -
    - -

    AJDE

    - - -

    This is the first release of AJDE support with significant external -contribution. A big thanks goes out to Phil Sager for porting the AJDE for -Forte/NetBeans support to NetBeans 3.3.1 and improving the integration into -NetBeans.

    - - -

    AJDE for JBuilder

    - -
      -
    • Updates
        -
      • This is a bug fix release only.
        • -
      -
      • -
    - -

    AJDE for Forte/NetBeans

    - -
      -
    • Updates
        -
      • NetBeans 3.3.1 is now supported in addition to NetBeans 3.2 and Forte CE - 3.
        • -
      • Native NetBeans main class execution can now be used. After doing - a "Compile with AJC" browse to the main class in the "Filesystems" Explorer, - right-click the class and select "Execute".
        • -
      • The debugger can now be used if the project main class is set ("Project" - menu -> "Set Project Main Class...").
        • -
      • Numerous bugs have been fixed.
        • -
      -
      • -
    • Known limitations
        -
      • Breakpoint setting does not work in the debugger.
        • -
      • In the "Filesystems" Explorer red Xs appear on files with AspectJ source - code. The "AspectJ" Explorer understands the structure of AspectJ - projects and should be used for navigating structure instead.
        • -
      -
      • -
    - -

    AJDE for Emacs

    - - -
      -
    • This is a bug fix release only.
      • -
    - - -

    Ajdoc

    -

    Ajdoc now runs under J2SE 1.4, but still requires the tools.jar - from J2SE 1.3 be on the classpath. -

    - -

    Ant tasks

    -
      -
    • Repackaged to fit into the AspectJ product directory - e.g., - aspectj-ant.jar moved to lib - as expected by examples/build.xml. -
      • -
    • Fixed bugs, esp. 682: - Throw BuildException if failonerror and ajdoc detects misconfiguration. -
      • -
    -

    Documentation

    -

    Added a 1-page quick reference guide. Improved javadoc documentation for - the org.aspectj.lang package. -

    - - -
    - -

    1.0.3

    - - - -

    Compiler

    -

    This release fixes a single significant bug in 1.0.2 where ajc -could generate unreachable code in -usejavac or --preprocess mode. This would happen when around advice -was placed on void methods whose body consisted solely of a -while (true) {} loop. We now properly handle the -flow-analysis for this case and generate code that is acceptable to -javac. Thanks to Rich Price for reporting this bug. -

    - -

    Ant taskdefs

    -

    Added support to the Ajc taskdef for the -source 1.4 and -X options generally. -

    - -
    - -

    1.0.2

    - -

    This release is mainly about keeping up with the Joneses. To keep -up with SUN's release candidate for J2SE1.4, we now officially support -the new 1.4 assertions and running on the 1.4 VM. In honor of the -public review of JSR-45 Debugging Support for Other Languages we -implement this spec for AspectJ. We support Borland's recent release -of JBuilder 6, and since some of our users are starting to work on Mac -OSX, AJDE now works nicely on this platform. We also fixed almost all of -the bugs you reported in 1.0.1. -

    - - - -

    Compiler

    - -
      -
    • Official support for -source 1.4 option to compile new - 1.4 assertions. - This makes ajc completely compatible with j2se-1.4. -
      • -
    • Implementation of - JSR-45 Debugging Support for Other Languages so that debuggers which - correctly implement this specification will be able to accurately debug - any AspectJ program at a source code level. We are not currently - aware of any debuggers that implement this so far, but expect that - as j2se-1.4 becomes widely available this will change. -
      • -
    • As proposed by Arno Schmidmeier and seconded by Nick Lesiecki, we now have an - experimental -Xlint option that will provide warnings when - type patterns used in pcds have no bindings. We are very interested in - feedback on the usefulness and suggested improvements for this feature. -
      • -
    • Several significant bugs in the implementation of around advice have been fixed. - These include issues with - dynamic tests, with - - complicated local types in an around body, and with - - capturing proceed in a closure. -
      • -
    • All but two (1, - 2) - verified bugs in 1.0.1 have been fixed. The two outstanding bugs - have relatively easy work-arounds. Thanks as usual to everyone who - submitted a bug report. -
      • -
    • We no longer use the SYNTHETIC attribute to label declarations - added by the aspectj compiler. We were using this attribute in compliance - with - the JVM Specification; however, we've found that many tools expect - this attribute to only be used for the narrow purpose of implementing - Java's inner classes and that using it for other synthetic members can confuse - them. This led to problems both - with javap and - with javac. -
      • -
    • Changes required adding runtime classes, so please compile and run using the latest - aspectjrt.jar -
      • - -
    - -

    AJDE

    - -

    This is a bug fix release only.

    - -
      -
    • - -

      Thanks to Dave Yost and Matt Drance for submitting the AJDE -patches for Mac OSX (context popup menus and keyboard shortcuts did not work).

      - -
      • -
    • - -

      Bugs in history navigation (back-forward buttons in the -structure view) have been fixed.

      - -
      • -
    • - -

      "Declares" are now handled properly in the structure view.

      - -
      • -
    • - -

      Other GUI and usability improvements have been made the AspectJ -Browser and core framework.

      - -
      • -
    - -

    AJDE for JBuilder

    - - -
      -
    • Support has been extended to JBuilder 6, and support for Enterprise - version features has been improved.
      • -
    • Fixed bug causing inline source code annotations in the editor pane to not - be updated after a recompile.
      • -
    • Keyboard shortcuts were fixed to work with Mac OSX.
      • -
    - - -

    AJDE for Forte

    - - -
      -
    • Keyboard shortcuts were fixed to work with Mac OSX.
      • -
    - -

    AJDB

    - -

    Some minor bug fixes, but this is still early-access software. - Please try using another JPDA-compliant debugger. If it uses - JDI correctly, then it should navigate to line numbers - when the classes are run under J2SE1.4, based on - the new JSR-45 debugging support described above. - We would appreciate any reports of success or failure. -

    - -
    - -

    1.0.1

    - - - -

    Compiler

    - -

    This release fixes a significant performance issue in the -compiler, reported by Rich Price, that could lead to extremely long -compiles in systems with many aspects and classes. Several other -small bugs related to reporting compilation errors have also been -fixed, see this -bug report for an example. -

    - -

    A new experimental flag has been added, --XaddSafePrefix, that will cause the prefix -aspectj$ to be inserted in front of all methods generated -by ajc. This mode should be helpful when using aspectj with tools -that do reflection based on method names, such as EJB tools. Thanks -to Vincent Massol for pointing out the importance of this. It is -expected that this prefix will either become the default compiler -behavior in the future or a non-experimental flag will replace it. -

    - - -

    AJDE

    - -

    Minor bug fixes, including: AJDE for JBuilder failed to preserve -application parameters from project settings when executing the application.

    - -

    Source builds were cleaned up for JBuilder and Forte sources.

    - -

    AJDB

    - -

    Two bugs were reported and have been fixed in this release. - (Note that ajdb is still considered early-access software.)

    - -
      -
    • bug 611: NullPointerException dumping non-primitive values
      • -
    • bug 617: -X and -D options not passed to debug VM correctly
      • -
    - -

    1.0.0

    - - - -

    Language

    - -

    There were no language changes for this release.

    - -

    Compiler

    - -

    Several minor bugs primarily in error handling were reported and -have been fixed in this release. The two most serious bugs are -described below:

    - -
      -
    • Niall Smart and Stephan Schmidt reported related bugs (variants - of which are also produced by other compilers) that caused verify - errors when dealing with nested try-finally and synchronized - statements. These are now fixed. More details are available - - here and - - here -
      • - -
    • Jan Hannemann submitted a - succint and clear bug report for a difficult intermittant bug. - The bug led to the compiler sometimes generating illegal code when - introduced methods on a class overrode introduced methods on an - interface implemented by that class. This is now fixed.
    - -

    AJDE

    - -

    Numerous user interface refinements were made to the browser and -core AJDE functionality. Error handling and reporting has been improved. -All of the AJDE tools now support the ".aj" file extension.

    - -

    AJDE for JBuilder

    - - -
      -
    • The AspectJ Browser now uses JBuilder's icons and distinguishes nodes by - visibility.
      • -
    • Project-setting VM parameters are now supported by the "AJDE Run" button.
      • -
    - - -

    AJDE for Forte

    - - -
      -
    • The AspectJ Browser now uses Forte's icons and distinguishes nodes by - visibility
      • -
    - - -

    AJBrowser

    - - - - - -

    Emacs Support: aspectj-mode and AJDEE

    - -
      -
    • Improved updating of annotations during editing.
      • -
    • Pop-up jump menu now placed (with mouse pointer) near cursor.
      • -
    • [AJDEE only] Improved filtering of legal code completions.
      • -
    - -

    AJDoc

    - -
      -
    • Runs only in J2SE 1.3 - not 1.2 or 1.4. - You can document 1.x-reliant programs by using the options - to compile using 1.x libraries.
      • -
    • Disabled some non-functioning options, documented as - unsupported in the syntax message.
      • -
    - -

    Ant taskdefs

    -
      -
    • Fork is not supported in the AJDoc taskdef
      • -
    - -

    1.0rc3

    - -

    Language

    - -

    There have been several minor clarifications/changes to the -language.

    - -
      -
    • Thanks to Robin Green for suggesting that we could relax the - rules for inheriting multiple concrete members in order to allow - those unambiguous cases where one member has already overridden the - other. - More details...
      • - -
    • Ron Bodkin encouraged us to examine the details of privileged - aspects more closely. This led to several small improvements and - clarifications to this language feature. - More - details...
      • -
    - -

    Compiler

    - -

    This release saw several changes to the compiler in order to -work-around known bugs in different JVMs, or to otherwise mimic the -behavior of javac rather than necessarily following the Java Language -Specification.

    - -
      -
    • Hanson Char reported a bug where ajc's correctly generated - bytecodes for some references to interface fields result in verify - errors on certain JVMs. While this is a known bug in those JVMs, - we've modified ajc to be bug compatible with all the other Java - compilers out there to work-around this JVM bug. - - More details...
      • - -
    • Frank Hunleth discovered a similar bug where ajc's correct - bytecodes could lead to essentially random method dispath due to a - bad bug in the 1.3.0 JVM from Sun. Even though this bug was fixed - in the 1.3.1 and 1.2.2 JVMs, we have introduced the appropriate - work-around in ajc's code generation. More - details...
      • - -
    • Thomas Haug (as well as several other members of his group) - reported a problem with name binding where ajc was behaving - differently than javac. This problem was resolved to come from a - class created by an obfuscator that conflicted with his package - names. The JLS doesn't clearly specify which of these two behaviors - is correct. Nevertheless, ajc has been changed to treat packages - more like javac does in order to minimize this sort of problem in - the future. More - details...
      • - -
    • Several "real" bugs in ajc were also reported and fixed. Toby - Allsopp gets credit for reporting two of them. The most interesting - of these bugs to me was his report that we just didn't support - qualified anonymous inner constructors. This is a part of the Java - language that ajc has never supported over its almost 3 year - history. We'd just noticed this ourselves when running the jacks - compiler test suite from the jikes group, and had added the feature - days before getting our first bug report for it not being - there.
      • -
    - -

    AJDE

    - -
      -
    • The structure view has been improved.
      • -
    • Multiple user-configurable views are supported.
      • -
    • Structure tree filtering and ordering has been added.
      • -
    • A split tree mode has been added to permit the navigation of multiple - views on the same structure.
      • -
    • The view can also be toggled between a file-based and a system-based mode - which determines whether the root of the structure tree is the current file or - the project root.
      • -
    • The signatures of tree nodes have been improved and several new node - associations are now navigable.
      • -
    • A depth slider for controlling tree-expansion has been added.
      • -
    - -

    AJDE for JBuilder

    - - -
      -
    • Changes:
      • -
    • Inline annotations support have been improved and made consistent with the - structure tree (annotations only show up for intra-declaration structure).
      • -
    • The current structure view persists across IDE launches.
      • -
    • An enabled AJDE no longer slows down JBuilder shutdown.
      • -
    - - -

    AJDE for Forte

    - - -
      -
    • Execution remembers main class.
      • -
    • The bug causing an error during a "Mode" and "Explorer" switch has been - fixed.
      • -
    - - -

    AJBrowser

    - - -
      -
    • AJBrowser is currently an undocumented demonstration application. To use - it type: ajbrowser <lst file1> <lst file2> ...
      • -
    • Multiple source locations can be shown by selecting multiple nodes and - right-clicking to select the "Display Sources" command.
      • -
    - - -

    Emacs Support: aspectj-mode and AJDEE

    - -
      -
    • Numerous jump-menu improvements, including operation of pop-ups.
      • -
    • For AJDEE, compatibility with JDEE 2.2.9beta4. Also, fixes in completion, - ajdoc launch, and speedbar.
      • -
    - -

    AJDoc

    - -

    Some of the more obvious NullPointerException bugs in Ajdoc were fixed, but -Ajdoc does not implement all the functionality of Javadoc and has some bugs:

    -
      -
    • Split indexes do not work correctly
      • -
    • Inner classes are not listed in indexes
      • -
    • Synthetic methods are documented
      • -
    • There is no package frame even when packages are specified on the command line
      • -
    • -group option is not implemented
      • -
    • -use targets are not all calculated correctly
      • -
    • Exception information may not be printed for the @throws tag
      • -
    • Verbose output should go to stderr, not stdout
      • -
    • Extra links are generated (should be unlinked text)
      • -
    -

    Further, Ajdoc has not been testing on variants of the J2SE (it uses javadoc classes). - -

    Ant taskdefs

    -

    The Ajc taskdef was updated to support the new compiler options and the .aj extension, -and some NullPointerException bugs were fixed (thanks to Vincent Massol for a bug -report listing the line number of the fix). The AJDoc cannot be run repeatedly -in a single Ant run, and has trouble loading the doclet unless the libraries -are installed in ${ant.home}/lib. -

    -

    -

    1.0rc2

    - - - -

    Language

    - -

    There are no language changes in this release. This is a bug fix release -only.

    - -

    Compiler

    - -

    A bug in handling inner type names that conflict with enclosing -type names was fixed. Many error messages were improved.

    - -

    AJDE

    - -
      -
    • This is a bug fix release only.
      • -
    - -

    AJDE for JBuilder

    - -
      -
    • Changes:
        -
      • Fixed bug causing the output path to be ignored and .class files to be - generated into the JBuilder install's "bin" directory.
        • -
      • Fixed bugs in Browser listener causing NullPointerExceptions to be thrown - if no node editor was present.
        • -
      • Fixed bug permitting "-bcg" option to be passed to the compiler.
        • -
      • Fixed bug preventing ajc from compiling all of the project source files - when automatic package discovery was on (JBuilder Proffessional and Enterprise - editions).
        • -
      • If the "-preprocess" flag is used resulting source files will be placed in - the project's "Working directory".
        • -
      - -
      • -
    • Limitations:
        -
      • "Automatic package discovery" mode is not supported in this release.
        • -
      • The debugger has not seen much use and it's stability and performance is - limited.
        • -
      -
      • -
    - -

    AJDE for Forte

    - -
      -
    • Changes:
        -
      • Moved the "AspectJ" menu into the "Tools" menu in order to make it less - intrusive.
        • -
      • Added a "ctrl-alt-shift-F9" keyboard compile shortcut.
        • -
      - -
      • -
    • Limitations:
        -
      • Known bug: "Mode" switching is not supported in this version--you must - do all of your AspectJ work in the "Editing" mode. If you switch modes the - IDE has to be restarted for the AspectJ window to show again. Switching to a - different tab in the ProjectExplorer has the same effect.
        • -
      • The debugger has not seen much use and it's stability and performance is - limited.
        • -
      -
      • -
    - -

    AJBrowser

    - -
      -
    • Changes:
        -
      • ...
        • -
      - -
      • -
    • Limitations:
        -
      • AJBrowser is currently an undocumented demonstration application. To use - it type:
        - > ajbrowser <lst file1> <lst file2> ...
        • -
      - -
      • -
    - -

    Emacs Support: aspectj-mode and AJDEE

    - -

    This release now properly displays annotations for call sites and - introductions. Robustness has been improved in several dimensions, - including performance at startup. The compile menu now recomputes - properly when changing directories.

    - -
    - -

    1.0rc1

    - - - -

    Language

    - -

    Some of the details of the specification for perthis and pertarget -have changed. These changes make these language constructs -implementable on current JVMs without memory leaks (this wasn't true -of the previous version). Most people will probably not notice these -changes, but the correct semantics are described in -the semantics section of the programming -guide. -

    - -

    In a related change, aspects are not allowed to implement either -the java.io.Serializable or the -java.lang.Cloneable interface. It is unclear what the -correct behavior of a system should be when an aspect is serialized or -cloned, and rather than make an arbitrary choice right now we've -chosen to leave the most room to design them right in a future -release.

    - -

    Compiler

    - -

    ajc now directly generates .class files without using javac as a -back-end. This should result in improved compiler performance, better -error messages and better stack-traces and debugging info in those -.class files. -preprocess mode is still available for those who want -to generate legal Java source code and a new -usejavac mode is -available if you have a requirement to continue to use javac as a -back-end.

    - -

    ajc now officially supports source files with the .aj extension. -We plan to extend this support to the rest of our tools as time -permits. -

    - -

    This release of ajc includes support for the "-source 1.4" option -that enables the new 'assert' keyword in jdk1.4. This option only -works correctly when compiling against the jdk1.4 libraries. In -addition, this release of ajc will run under SUN's jdk1.4beta2. -However, we still strongly recommend that most users use the non-beta -jdk1.3.

    - -

    AJDE

    - -
      -
    • The structure view can now be configured (using the "Options" dialog) to - display different kinds of associations between program elements that appear - in the tree.
      • -
    • Structure view history navigation has been added.
      • -
    • When navigating links the structure view will stay synchronized with the - editor.
      • -
    - -

    AJDE for JBuilder

    - -
      -
    • Changes:
        -
      • Inline structural navigation annotations appear in the gutter of the - editor and can be used to navigate associations such as advice and - introduction.
        • -
      - -
      • -
    • Limitations:
        -
      • "Automatic package discovery" mode is not supported in this release.
        • -
      • The debugger has not seen much use and it's stability and performance is - limited.
        • -
      -
      • -
    - -

    AJDE for Forte

    - -
      -
    • Changes:
        -
      • Support for Forte 3 and Netbeans 3.2 has been added.
        • -
      • The module is now installed by default on the first use without having to - go to the IDE options to enable it.
        • -
      - -
      • -
    • Limitations:
        -
      • Known bug: "Mode" switching is not supported in this version--you must - do all of your AspectJ work in the "Editing" mode. If you switch modes the - IDE has to be restarted for the AspectJ window to show again. Switching to a - different tab in the ProjectExplorer has the same effect.
        • -
      • The debugger has not seen much use and it's stability and performance is - limited.
        • -
      -
      • -
    - -

    AJBrowser

    - -
      -
    • Changes:
        -
      • Build configuration file editor added.
        • -
      - -
      • -
    • Limitations:
        -
      • AJBrowser is currently an undocumented demonstration application. To use - it type:
        - > ajbrowser <lst file1> <lst file2> ...
        • -
      - -
      • -
    - -

    Aspectj-mode and AJDEE: AspectJ support in Emacs

    - -

    This release of AspectJ support for Emacs includes corrections to the -documentation and the appearance of annotations and jumps in the editing -view. Also, advice are now shown on non-declarations, when appropriate, -such as call advice. The internal event model has been revised to reduce -computational overhead.

    - -
    - -

    1.0beta1

    - - - -

    Language

    - -

    There is one language change since 1.0alpha1. The static modifier is -no longer needed or allowed on pointcut declarations. Name binding -for pointcut declarations works like class methods now. Thanks to -Robin Green for encouraging us to look at this one last time.

    - -

    The current implementation of perthis/pertarget has the possibility of -memory leaks (thanks to Arno Schmidmeier for pointing this out). The -design of this part of the language will almost certainly see some -changes in the next release to address issues of implementability on -the JVM as well as related issues.

    - -

    Compiler

    - -

    The ajc compiler should now catch all errors in source code and you -should no longer see errors coming from files in 'ajworkingdir'. -Please report any errors in 'ajworkingdir' as bugs.

    - -

    All reported bugs in 1.0alpha1 have been fixed. Thanks to everyone -for your bug reports. Most notably, the 'if' pcd that was added in -1.0alpha1 should work correctly in this release. Thanks to Morgan -Deters for a very thorough bug report on this broken feature days -after the 1.0alpha1 release.

    - -

    AJBrowser

    - -
      -
    • Support for executing classes has been added.
      • -
    • .lst can now be passed as arguments on the command line.
      • -
    • Compiler options can be set.
      • -
    • Know limitations:
        -
      • In order to execute classes they must be available on the classpath that - the browser is launched with.
        • -
      -
      • -
    - -

    AJDE

    - -
      -
    • The performance and UI of the structure tree has been improved.
      • -
    • Compilation now runs in a separate thread and a progress monitor is - updated during the compile.
      • -
    • The structure view now persists across IDE launches.
      • -
    • Limitations:
        -
      • If an error occurs in the javac pass it will not display properly in the - error messages pane. To view the error you have check the output of the - console that the IDE was launched from. No more errors should be passed - to javac, so please report this behavior and the corresponding error message - as a bug.
        • -
      - -
      • -
    - -

    AJDE for JBuilder

    - -
      -
    • Known bugs have been fixed.
      • -
    • Classpath separator character is no longer hardcoded.
      • -
    • Keyboard shortcuts for compilation (ctrl-F11) and execution (ctrl-F12) - have been added.
      • -
    • Limitations:
        -
      • The debugger has not seen much use and it's stability and performance is - limited.
        • -
      -
      • -
    - -

    AJDE for Forte

    - -
      -
    • Known bugs have been fixed.
      • -
    • Limitations:
        -
      • "Mode" switching is not supported in this version--you must do all of your - AspectJ work in the "Editing" mode. If you switch modes the IDE has to - be restarted for the AspectJ window to show again.
        • -
      • There are no keyboard compile/execute shortcuts.
        • -
      • The debugger has not seen much use and it's stability and performance is - limited.
        • -
      -
      • -
    - -

    Aspectj-mode and AJDEE: AspectJ support in Emacs

    - -

    AspectJ Development Environment for Emacs has been split into two pieces, -aspectj-mode (an extension of java-mode), and AJDEE (an extension of JDE). -Additionally, a switch, -emacssym, has been added to ajc that generates -AspectJ declarations information directly, thus beanshell is no longer -required for use of these modes. -

    - -
    - -

    1.0alpha1

    - -

    This is the first alpha release of the 1.0 language and tools. -There have been many changes in the language, and many improvements to -the tools. We wish to thank our users for putting up with the high -volatility of AspectJ in the push to 1.0.

    - - - -

    Language

    - -

    There have been many changes to make the 1.0 language both simpler -and more powerful. User feedback has driven most of these design -changes. Each email we've received either making a suggestion or just -asking a question about a confusing part of the language has played a -part in shaping this design. We'd like to thank all of our users for -their contributions. - -

    While we don't have room to thank all of our users by name, we'd -like to specifically mention a few people for their high-quality -sustained contributions to the users@aspectj.org mailing list as well -as through their feature requests and bug reports. Robin Green -(who'll be very happy to see declare error), Stefan -Hanenberg (who should appreciate the '+' wildcard in type patterns), -and Rich Price (who suggested final pointcuts, more flexible -dominates, and many other improvements).

    - -

    Note that entries into the porting -notes for this release are linked from the various language -changes.

    - -

    Pointcuts

    - -

    Perhaps the least interesting -- but most pervasive -- change is -that the names of the single-kinded pointcut designators (the ones -that pick out only one kind of join point)

    - -
    calls executions gets sets handlers initializations -staticinitializations
    - -

    have been -changed to be -singular rather than plural nouns

    - -
    call execution get set handler initialization -staticinitialization
    - -

    Although a side benefit is that the names are one character -shorter, the real benefit is that their combination with the -&& and || operators now reads much -more naturally. No longer does "and" mean "or" and "or" mean "and". -

    - -

    You'll notice that receptions doesn't appear on the -table as being shortened to reception. That's because -call and reception join points have been merged, and the -receptions pointcut declaration has been -eliminated. Now, -call join points describe the action of making a call, -including both the caller and callee. Eliminating reception join -points makes AspectJ much simpler to understand (reception join points -were a commonly misunderstood feature) without giving up expressive -power.

    - -

    We have changed -the mechanism for accessing state at join points, which has the -benefit of making our treatment of signatures -cleaner and easier to -read. As a part of this, the instanceof pointcut -designator has now been -split into two -different pointcut designators, this and -target, corresponding to a join point's currently -executing object and target object, respectively.

    - -

    The new args pointcut adds expressive power to the -language by allowing you to capture join points based on the actual -type of an argument, rather than the declared type of its formal. So -even though the HashSet.removeAll method takes a -Collection as an argument, you can write advice that only -runs when it is actually passed a HashSet object.

    - -

    AspectJ's notion of object construction and initialization, a -complicated process in Java, has been clarified. This affects some -uses of the -initializations -pointcut and -constructor calls -pointcut.

    - -

    The little-used pointcuts -hasaspect and -withinall have -been removed.

    - -

    The returns keyword is -no longer -necessary for user-defined pointcuts.

    - -

    Pointcuts may now be declared static, and -only static -pointcuts may be declared in classes and referred to with -qualified references (such as MyAspect.move()).

    - -

    Non-abstract pointcuts may now be declared final. -

    - -

    We have finally added an extremely general pointcut, -if(BooleanExpression), that picks out -join points programatically.

    - - -

    Type patterns

    - -

    Our treatment of -* and .. in type -patterns is cleaner.

    - -

    Type patterns now have the ability to include array types, and -there is a new wildcard, +, to pick out all subtypes of a given type. -Previously, the subtypes operator was only allowed in introduction, -and was spelled -differently.

    - -

    Advice

    - -

    Around advice is treated much more like a method, with a -return value and an -optional throws clause. -

    - -

    The advice precedence rules have been -changed. Now, for -example, a piece of after advice that appears lexically later than -another piece of after advice will run later, as well. Previously, -the relationship was the other way around, which caused no small -amount of confusion.

    - -

    After returning advice has lost a -useless set of -parentheses when not using the return value.

    - -

    The thisStaticJoinPoint reflective object has been -renamed, and -the thisJoinPoint object hierarchy has been -simplified.

    - -

    Introduction and static crosscutting

    - -

    On the static side of the language, introduction hasn't changed, -but there is now a new keyword, declare, that is used to -declare various statically-crosscutting properties. One of these -properties is subtyping, so we've -gotten rid of -the ugly keywords +implements and -+extends.

    - -

    We have provided two new forms, declare error and -declare warning, for the often-asked-for property of -compile-time error detection based on crosscutting properties.

    - -

    AspectJ's interaction with checked exceptions is now firmly on the -side of static crosscutting, since Java treats such exceptions at -compile-time. A new form, declare soft, can be used to -"soften" checked exceptions into an unchecked form. This may affect -some uses of around -advice that previously mucked with the exception checking -system.

    - -

    Aspects

    - -

    The "of each" modifiers have been -renamed. Apart from the -spelling, the main interesting difference is the splitting up of -of eachobject into two different modifiers, parallel with -the split of instanceof into this and -target.

    - -

    The dominates keyword now takes a type pattern, -rather than a type. This allows an aspect A, for example, to declare -that its advice should dominate the advice of another aspect B as well -as its subtypes, with the new + subtypes operator: aspect A -dominates B+. -

    - -

    Compiler

    - -

    The most important change in the compiler is that it supports the -new language. In addition, all reported bugs in the last release have -been fixed. Thanks for your bug reports.

    - -

    The compiler also gets a new -encoding flag in this -release for handling source files that are not in standard US-ASCII -format. Thanks to Nakamura Tadashi for both suggesting this feature -and for submitting a nice patch to implement it. - -

    Known Limitations

    - -

    The previous compiler's limitations regarding join points that -occurred in anonymous classes have all been eliminated. -Unfortunately, eliminating this restriction has resulted in -preprocessed source code that is less readable than in previous -releases. More care will be taken in the next release to mitigate -this effect.

    - -

    Many semantic errors are not caught by ajc but fall through to -javac. Moreover, some errors regarding the initialization of final -fields might never show up when using ajc. This will be fixed -shortly.

    - - -

    Documentation

    - -

    Although we spent much of our time this release cycle updating the -documentation to the new language rather than improving its content, -we did make some structural improvements. The old Primer has been -split into a Programming Guide, covering the language, and a -Development Environment Guide, covering the develompent tools. In -addition, printable versions of both guides (in PDF) are finally -included in the documentation package.

    - -

    Ajdoc

    - -

    Ajdoc was rewritten to conform with the language changes and provide support -for other AspectJ/Java compilers. Our doclet is used by default creating -AspectJ-specific documentation, or Sun's standard doclet can be used by -passing the '-standard' flag to Ajdoc to produce regular Javadoc documentation -(excluding AspectJ-specifics). -

    - -

    Ant

    - -

    An Ajdoc task is now available. The Ajc ant task was improved to -be completely back-compatible with the Javac task.

    - -

    AJBrowser

    - -

    The "AspectJ Browser" is a new standalone source code browsing application. -It will let you compile ".lst" files, view the structure for those files and -navigate the corresponding source code.

    - -

    AJDE

    - -

    AJDE for JBuilder

    - -
    Installation
    -
      -
    • Use the installer to place the "ajdeForJBuilder.jar" and "aspectjrt.jar" - in to JBuilder's lib/ext directory.
      • -
    - -
    Key Improvements
    - -
      -
    • The "AspectJ Structure View" replaces JBuilder's structure view instead of - being launched in a separate window.
      • -
    • AJDE can be toggled on/off with the "AJ" button--when it is turned off all - of the menus, resources, and event listeners that it uses will be removed.
      • -
    • Projects no longer require the manual adding of the "aspectjrt.jar" - libarary.
      • -
    - -
    Known Bugs & Limitations
    - -
      -
    • There is no compiler progress dialog--the way to tell if the compile is - finished is to watch the "status" area of the main window.
      • -
    • There are no keyboard compile/execute shortcuts.
      • -
    • The structure view is not persistent between IDE launches--you must - compile to view the structure for a program.
      • -
    • The debugger has not seen much use and it's stability and performance is - limited.
      • -
    • There is no ajdoc tool support.
      • -
    • Linux testing has been very limited.
      • -
    - - -

    AJDE for Forte

    - - -
    Installation
    - -
      -
    • Use the installer to place the "ajdeForForte.jar" in Forte's - modules directory and "aspectjrt.jar" - in to Forte's lib/ext directory.
      • -
    • - In the "Tools" menu select "Global Options"
      • -
    • - Right-click the "Modules" item and select "New Module from - File..."
      • -
    • - Find the ajdeForForte.jar in the directory that you installed into (e.g. - c:\forte4j\modules) and - select it.
      • -
    - -
    Key Improvements
    - -
      -
    • AJDE can be toggled on/off with the "AJ" button--when it is turned off all - of the menus, resources, and event listeners that it uses will be removed.
      • -
    • The AJDE functionality is now contained within it's own toolbar and menu.
      • -
    - -
    Known Bugs & Limitations
    - -
      -
    • "Mode" switching is not supported in this version--you must do all of your - AspectJ work in the "Editing" mode. If you switch modes the IDE has to - be restarted for the AspectJ window to show again.
      • -
    • There is no compiler progress dialog--the way to tell if the compile is - finished is to watch the "status" area of the main window.
      • -
    • There are no keyboard compile/execute shortcuts.
      • -
    • The structure view is not persistent between IDE launches--you must - compile to view the structure for a program.
      • -
    • The debugger has not seen much use and it's stability and performance is - limited.
      • -
    • There is no ajdoc tool support.
      • -
    • Linux testing has been very limited.
      • -
    - -

    AJDE for Emacs

    - -

    AspectJ-mode now includes a toggle in the AspectJ menu that -disables its intrusive functions, enabling easy switching between Java -and AspectJ projects. See the README and CHANGES files in the -distribution for additional details.

    - -

    AJDEE is now compatible with JDEE 2.2.7.1, JDEE 2.2.8beta4, and speedbar -0.14alpha. It a toggle in the AspectJ menu that disables its intrusive -functions, enabling easy switching between Java and AspectJ projects. See -the README and CHANGES files in the distribution for additional details. -

    - - -
    - - - diff --git a/docs/dist/doc/index.html b/docs/dist/doc/index.html deleted file mode 100644 index dbcc52f90..000000000 --- a/docs/dist/doc/index.html +++ /dev/null @@ -1,350 +0,0 @@ - - - AspectJ Documentation and Resources - - - - -

    AspectJ Documentation and Resources

    -

    - AspectJ tm - is a seamless aspect-oriented extension to - Javatm. - The compiler and development tools are available under - an open-source license, require Java 1.3 to run, and produce - code that runs in JDK 1.1 and later VM's. - For the latest materials, see - https://eclipse.org/aspectj. - Not all of these materials have been updated for AspectJ 5. -

    - - - - - - - -
    SectionContents
    docs - FAQ, - Quick Reference (AspectJ 5), - Quick Reference (1.2.1), - AspectJ 5 Developer's Notebook, - programming, - development and - problem diagnosis guides, - API and - example code. -
    distributions - AspectJ; - development environment support for - Eclipse - and - JDeveloper. -
    resources - AspectJ project, - the bug db, - and mailing lists for - users and - developers. -
    paths for those new to AspectJ -
    -

    - - -

    AspectJ documentation

    - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
    DocumentationDescription
    AspectJ 5 Quick Reference - This is a four-page quick reference for the AspectJ 5 language. -
    AspectJ Quick Reference - This is a two-page quick reference for the AspectJ language. -
    AspectJ 5 Developer's Notebook - (printable html) - This describes the changes to the AspectJ language and tools introduced - in the AspectJ 5 Development Kit. These changes are additive, and are not yet - reflected in the programming guide or quick reference.
    Programming Guide - (printable html) - This introduces AOP and the AspectJ language. - Getting Started - describes basic semantics, and shows development- and production-time applications. - The AspectJ Language - describes join points, pointcuts, advice, and introduction, all features new to AOP. - Examples walks you through the - examples included with the documentation, and there are two short - chapters on useful Idioms and a - few Pitfalls - The appendices have reference information: - the Quick Reference - summarizes AspectJ syntax, - the Language Semantics - best describes AspectJ usage, and - Implementation Notes - describes how - the current version is limited to code the compiler controls.
    Development Environment Guide -
    - - (printable html) -     		This is a guide to - ajc, the command-line compiler; - and the Ant tasks - for building AspectJ programs. -
    Problem Diagnosis Guide -
    - - (printable html) -     		This has a guide to - the various features available such as messages and trace to help you both solve problems - with you own programs and report bugs to the AspectJ team. -
    AspectJ API - API documentation for AspectJ runtime classes. JoinPoint - shows the state automatically available at each join point. - See also the Weaver API -
    FAQ - Frequently-asked questions about the AspectJ language, tools, and project. -
    README's - Changes and porting guide for AspectJ - 1.9.21, - 1.9.20 and 1.9.20.1, - 1.9.19, - 1.9.9 and 1.9.9.1, - 1.9.8, - 1.9.7, - 1.9.6, - 1.9.5, - 1.9.4, - 1.9.3, - 1.9.2, - 1.9.1, - 1.9.0, - 1.8.11, - 1.8.10, - 1.8.9, - 1.8.8, - 1.8.7, - 1.8.6, - 1.8.5, - 1.8.4, - 1.8.3, - 1.8.2, - 1.8.1, - 1.8.0, - 1.7.4, - 1.7.3, - 1.7.2, - 1.7.1, - 1.7.0, - 1.6.12, - 1.6.11, - 1.6.10, - 1.6.9, - 1.6.8, - 1.6.7, - 1.6.6, - 1.6.5, - 1.6.4, - 1.6.3, - 1.6.2, - 1.6.1, - 1.6.0, - 1.5.4, - 1.5.3, - 1.5.2, - 1.5.1, - 1.5.0, - 1.2.1, - 1.2.0, - 1.1, and - 1.0. -
    Changes - Changes between the latest releases. -
    Examples - AspectJ code to demonstrate some language features and implement - JavaBean properties, the Observer pattern, a tracing library, - and a game application where aspects handle display updating. -
    - - -

    AspectJ distributions

    - - - - - - - - - - - - - - - - - -
    DistributionsDescription
    AspectJ - The AspectJ distribution contains binaries for the - compiler, structure browser, and Ant taskdefs, - as well as the documentation and examples. -
    AspectJ source code - Source code for AspectJ is available - under the open-source - Eclipse Public License v 2.0 - license from the Git - repositories for the AspectJ project. See the - FAQ entry. -
    AspectJ for Eclipse - AspectJ Development Environment support for - Eclipse is available under Eclipse Public License v 1.0 - from the eclipse.org project site - - https://eclipse.org/ajdt -
    - Support for the JDeveloper IDE - Support for programming in AspectJ using the JDeveloper IDE - is available under the Apache Software License - from the java.net project site - - https://jdeveloperaop.dev.java.net/ -
    - - -

    Other AspectJ resources

    - - - - - - - - -
    ResourcesDescription
    Mail lists - - AspectJ users discuss tips and - best practices for writing AspectJ programs on - - aspectj-users@eclipse.org. - AspectJ developers discuss issues with developing - the AspectJ tools on - - aspectj-dev@eclipse.org. - To get occasional emails about AspectJ releases - and relevant events, subscribe to - aspectj-announce@eclipse.org. - To view list archives or subscribe to the list, go to - - the AspectJ home page. - To find archived emails, use the Eclipse site - search page. -
    Bug database - Use the Eclipse project's Bugzilla database - to view and submit bugs against the AspectJ product components - - Compiler (for the AspectJ compiler, ajc) - - IDE (for AJBrowser and AJDE bugs), - - Ant (for the Ant tasks), - and - - Docs (for the documentation). - Bugs all users should know about are - - flagged with the "info" keyword. - See the - - FAQ entry for instructions on submitting compiler bugs. -
    - -

    - -

    Suggested paths for those new to AspectJ

    -

    - To learn the AspectJ language, read the - Programming Guide, - keeping the Semantics appendix - nearby as the best reference for AspectJ usage. - Focus initially on the join point model and - pointcuts, concepts AOP adds to OOP. - To read about how the examples work, - see the Examples section - in the Programming Guide. - View and navigate the crosscutting structure using - AJDT (AspectJ Development Tools) - in Eclipse IDE. IntelliJ IDEA also offers AspectJ and Spring AOP - support. -

    - To start using AspectJ with your own code, - modify the example aspects to apply to your classes. - As you learn, - use the compiler's -Xlint flags to catch some common - mistakes. (Understand that the - current implementation - is limited to code the compiler controls.) -

    - To plan how to adopt AspectJ into a project, read the - Programming Guide - on development- and production-time aspects - and the FAQ entries for - How should I start using AspectJ?, - Deciding to adopt AspectJ, - the Development tools sections - (one, - two, - Load-time weaving - ), and - AspectJ as open-source. -

    -

    -Enjoy the language! -

    -

    -The AspectJ Team -

    - -
    - -Top - - diff --git a/docs/dist/doc/porting.html b/docs/dist/doc/porting.html deleted file mode 100644 index 753ab53d9..000000000 --- a/docs/dist/doc/porting.html +++ /dev/null @@ -1,2045 +0,0 @@ - - - AspectJ Reference - Porting Notes - - - -
    -© Copyright 1998-2002 Palo Alto Research Center Incorporated, - 2003-2004 Contributors. -All rights reserved. -
    - -

    AspectJ Porting Notes

    - - - -

    Porting pre-1.2 code to AspectJ 1.2

    -README-12.html contains a discussion -of the changes between 1.1 and 1.2. The key points are: - -

    The default AspectJ compiler compliance level is now 1.4 (whereas in -previous releases the default compliance level was 1.3). This has a number -of implications: -

    -
      -
    • class files generated by the compiler are now JRE v1.2 and upwards -compatible. (At compliance level 1.3, AspectJ generated class files that -were compatible with JRE 1.1 also).
      • -
    • call pointcuts may match more join points than in the same -program compiled at compliance level 1.3.
      • -
    -

    -The AspectJ compiler can be restored to 1.3 compliance settings by specifying the -"-1.3" option on the command-line. -

    -

    The following example program illustrates the differences in join point matching -with the call pointcut designator between 1.4 and 1.3 compliance levels. -

    -
    -
-01 class A {
-02   public void doIt() {...};
-03 }
-04
-05 class B extends A {
-06   public void doThisToo() {...};
-07 }
-08
-09
-10 public class CallsAandB {
-11 
-12  public static void main(String[] args) {
-13    B b = new B();
-14    A bInDisguise = new B();
-15   
-16    b.doIt();               // AspectJ 1.2 matches here
-17    bInDisguise.doIt();     // this is never matched
-18  }
-19
-20 }
-21
-22 aspect CallPCDMatchingExample {
-23
-24   before() : call(* B.doIt(..)) {
-25     System.out.println("About to call B.doIt(...)");
-26   }
-27
-28 }
-
-
    -

    -When this program is compiled with AspectJ 1.2 using the default compiler options, -it will produce one line of output when it is executed: -

    -

    About to call B.doIt(...)

    -

    The same program compiled under AspectJ 1.1 (or using AspectJ 1.2 with the -1.3 flag specified) -does not produce any output when it is run. -

    - -

    -The reason for the additional call pcd match is that prior to compliance level 1.4, -Java compilers produced bytecodes that call A.doIt() (the defining type of the method), -rather than B.doIt() (the declared type in the program text). The generated call to -A.doIt() is not matched by the call pcd used in the before advice. At -compliance level 1.4, the bytecodes retain the declared type of the receiver in the -program source, generating a call to B.doIt(), which is matched by the call pcd. -

    - -

    This is a good example of why the recommended style is to use call(* doIt(..)) && target(B), -which always matches based on the actual type of the receiver. -

    - -

    New warnings emitted by the compiler for unmatched call pcds. Because users have found -the static type matching used for a type pattern specified in a call pcd confusing -(as evidenced by the example above), AspectJ 1.2 has a new Xlint warning which is enable by default. -The compiler will now produce a warning whenever a call pointcut designator does not match at a -join point, and a user may have expected it to. Compiling the above program using AspectJ 1.2 -produces the following compiler output: -

    - -
    -
-
-CallsAandB.java:24 warning does not match because declaring type is A, if match desired use target(B) [Xlint:unmatchedSuperTypeInCall]
-before() : call(* B.doIt(..)) {
-           ^^^^^^^^^^^^^^^
-	
-	see also: CallsAandB.java:17
-
-
-1 warning
-
-
-
    - -The warning is telling us that the call pointcut associated with the before advice on line 24 of the source file -does not match at a join point where the user may have expected it to. The source location -corresponding to the unmatched join point is indicated by the "see also" line - in this case line 17 of the -source file. At line 17 we find a call to bInDisguise.doIt(). Since the static type of -bInDisguise is A, this call will never be matched. The warning also tells us -a possible solution if we intended the pointcut to match at this join point: use -call(* doIt(..) && target(B). - -

    If you find warnings of this kind coming out when you use the AspectJ 1.2 compiler, the recommended fix is to -switch to using the target designator in place of a type pattern in the call pointcut -expression. Note that there is no loss of runtime efficiency here - runtime tests are only added in the cases -where it cannot be determined at compile time whether the type of the receiver will match the type specified in -the target expression. Note that target cannot be used in declare statements. -

    - -

    Use of non-statically determinable pointcut expressions in declare statements has always been forbidden, -but prior to 1.2 the AspectJ compiler did not raise an error if they were used. The AspectJ Language -Semantics appendix states that cflow, cflowbelow, this, target, args and if pointcut -designators cannot be used directly or indirectly (through a user-defined pointcut) inside of a declare -statment. When moving code from 1.1 to 1.2, additional errors may be raised due to the stricter policing of this -rule. The solution is to recode the declare statement avoiding pointcut expressions that may require a run-time test. -

    - -

    Interface constructors no longer supported. -Declaring a constructor on an interface is now (correctly) prohibited, -and there will no longer be a constructor-execution join point for the interface. -To initialize a field declared on an interface, use initialization, e.g., -

    -
    int I.i;
-after(I i) returning: initialization(I) && this(i) { i.i = 2; }
    -

    To pick out the constructor-execution for any implementation of I, try -

    -
    execution(I+.new(..))
    - -

    For more information, see bug - 49295. -

    - -

    Declaring a static method on an interface is now (correctly) prohibited. -One workaround is to define a static method on the aspect instead. -For more information, see bug - 47754. -

    - -

    Watch for problems due to incompatible BCEL versions. -AspectJ 1.2 includes a different version of BCEL than AspectJ 1.1. If you have the older -version of BCEL available earlier on your classpath than the version included in the -1.2 aspectjtools.jar then you will see errors like: - -

    -C:\work\test\TestAspect.aj error Internal compiler error
-java.lang.NoSuchMethodError: org.apache.bcel.generic.InstructionFactory.
-createNewArray(Lorg/apache/bcel/generic/Type;S)Lorg/apache/bcel/generic/Instruction;
-
    - -This typically happens because the old version of BCEL has been included as a standard -extension in your JVM configuration. Ensure you have removed it from jre/lib/ext -under your JDK installation. - -

    For more information, see bugs including - 60389, - 59921. -

    - - -

    Porting pre-1.1 code to AspectJ 1.1

    -README-11.html contains a discussion -of the language changes from 1.0 to 1.1. The high points: - -

    -The call(..) pointcut designator is now implemented -only at the call site; by contrast, the AspectJ 1.0 compiler could -also implement it on the callee side. So in 1.0 if you -compiled a pointcut using call(..) but only passed -the compiler the code for the target of the call, the pointcut -could be implemented. This is not true for 1.1. To fix this, -use execution(..) in place of call(..), -or include all calling clients in the compile. -(more info) - -

    -Type-patterns are no longer permitted for the defining -type of inter-type declarations. Replace the pattern with a -type. -In many cases, you can declare members on an interface type, -and then declare that the types picked out by the type-pattern -implement have the interface as their parent. -(more info) - - -

    -Type-patterns are no longer permitted when specifying -declare soft. -Replace the pattern with a literal type. - - -

    -Wildcards patterns (foo..*) are no longer -permitted for -this(), -target(), or -args(). -Replace the pattern with a literal type or -with a subtype wildcard (Type+). -(more info) - -

    -Conflicts will be reported for no-argument constructors -generated by compilers when no constructor is defined -for a class. That means the following code will compile -in 1.0 but not in 1.1: -

    -class C {}
-aspect A {
-   C.new() {}  // permitted in 1.0; conflict in 1.1
-}
-
    -One fix is to declare a non-conflicting constructor -by adding arguments (or defining a constructor in the -target class); a better fix might be to do the work of the -declared constructor in advice on the initialization -join point for the object. -(more info) - -

    -The pointcut designators -within() and withincode() - will not pick out -code within the lexical extent of method-local -and anonymous inner types (because these are not -represented as such in bytecode form). Because -within forms specify staticly-determinable pointcuts, -they might be used in declare error or declare warning -statements, which might produce different results. -(more info) - -

    -The compiler will report an error that -the form aspect {name} dominates {list}... -is no longer supported. It has -been replaced by a new declare statement: -

    -declare precedence : {name} {list}...
-
    -(more info) - -

    -The field set join point now has a return type of void. -Compiling programs using around advice on these join points might -cause errors unless the return type of the around advice -and the result of any proceed() call is -Object or void. -(more info) -

    - -The compiler cannot implement after or around advice for -the handler PCD because the end of exception handlers is -ambiguous in bytecode. Try to use before advice. -(more info) -

    - -

    Porting pre-1.0.4 code

    - -

    In versions of AspectJ prior to 1.0.4, the compiler was not -correctly implementing the AspectJ-1.0 language design for some uses -of after returning advice. -

    - -

    The main change that was made was of after returning advice for -constructor execution join points. Previously, this advice was legal: -

    - -
    -after() returning (Foo f): execution(Foo.new(..)) { ... }
-
    - -

    However, it has always been a part of the 1.0 language design (and -of Java's language design) that constructors themselves (as opposed to -constructor calls) do not return the value of the new object. Rather, -this is bound to the new object, and the constructor -behaves like a void method. With that in mind, any code like the -above should be conveted to the form.

    - -
    -after(Foo f) returning: this(f) && execution(Foo.new(..)) { ... }
-
    - -

    In compilers prior to 1.0.4, the following advice could pick out -join points -

    - -
    -after() returning (String s): call(void foo()) { ... }
-
    - -

    This is no longer picked out. This pattern was most commonly used -in highly polymorphic contexts, such as -

    - -
    -after() returning (String s): call(* foo()) { ... }
-
    - -

    If you want to capture all calls, binding null objects for those -that would otherwise have no value, you must use the -Object type. -

    - -
    -after() returning (Object o): call(* foo()) { ... }
-
    - -

    Uses of both of these forms are highleted with compiler warnings -in the 1.0.4 compiler. -

    - - -
    - -

    Porting pre-1.0rc1 code

    - -

    Aspects can no longer be declared to implement the -Serializable or Cloneable interfaces. If -you previously used serializable or cloneable aspects, you should -refactor your code to keep the state you need to serialize or clone in -objects associated with the aspects. -

    - -
    - -

    Porting pre-1.0beta1 code

    - -

    The static modifier is no longer allowed on pointcut -declarations anywhere. Porting is simple; just remove the static -declarations when you find them. -

    - -

    Also, though the returns modifier on pointcuts has -not been part of the language since 1.0alpha1, the compiler still -accepted them until now. If you used this feature, now is the right -time to remove the returns modifier when the compiler -complains about it. -

    - -
    - -

    Porting pre-1.0alpha1 code

    - - -

    The release of AspectJ 1.0alpha1 involved sweeping cleanups of the -language to bring it to 1.0 status.

    - - - -

    Pointcuts

    - -

    Removing the "s" from pointcuts

    - -

    One of the most pervasive changes in porting code written before -1.0alpha1 is the change in some of the pointcut names from plural to -singular, that is, they lose an "s". In one sense, making this change -in your programs is easy: just go through and whever you see uses of -the pointcuts -

    - -
    calls executions gets sets handlers initializations -staticinitializations
    - -

    Just take off the final "s", to make one of -

    - -
    call execution get set handler initialization -staticinitialization
    - -

    Often, there will be other changes you should make for each of -these pointcuts, but as for the name, just take off the "s".

    - -

    One risk you will have when doing this is creating name conflicts. -If, for example, you named a parameter of a pointcut "set", you should -(for your own sanity -- the compiler doesn't require it) rename it in -the rewritten pointcut.

    - -
    -pointcut sort(Collection set): calls(void addAll(set));
-==>
-pointcut sort(Collection mySet): call(void addAll(mySet));
-
    - -

    While converting to use singular nouns for the primitive -pointcuts, you may also want to remove the "s" from your user-defined -pointcuts.

    - -
    -pointcut publicCalls(): calls(public * *(..));
-==>
-pointcut publicCall(): call(public * *(..));
-
    - -

    Of course, your naming conventions are your own, but throughout -these porting notes we will be making these changes in our example -ports.

    - - -

    Removing the receptions pointcut

    - -

    Perhaps the largest semantic change in the 1.0 language is the -removal of receptions join points. They have been merged with call -join points in AspectJ 1.0, so now a call join point doesn't represent -the "caller-side" of a call, but the call itself, both caller and -receiver.

    - -

    Changing code that used the receptions pointcut should be -fairly straightforward, depending on whether the pointcut exposed state or -not.

    - -
    Not exposing state
    - -

    Receptions pointcuts that did not expose state can simply be -replaced by the new call and target pointcuts:

    - -
    -receptions(void Foo.m())
-==>
-target(Foo) && call(void m())
-
    - -
    Exposing state
    - -

    Some receptions pointcuts exposed the receiving object by -replacing the receiving type with a pointcut formal. These PCDs -should be rewritten to use the new target pointcut to expose -the receiving object.

    - -
    -pointcut fooCallees(Foo f): receptions(void f.m());
-==>
-pointcut fooCallee(Foo f): target(f) && call(void m());
-
    - -

    Like other pointcuts, -receptions pointcuts that exposed one or more arguments should be -rewritten to use the args pointcut:

    - -
    -pointcut intPassers(int i, int j): receptions(void Foo.m(i, j));
-==> 
-pointcut intPasser(int i, int j):
-    args(i, j) && target(Foo) && call(void m(int, int));
-
    - -
    Constructor receptions
    - -

    There are two issues with constructor receptions in -particular.

    - -

    Like constructor calls, -constructor receptions pointcuts had a dynamic character, in that -receptions(C.new()) would capture constructions of not -only C classes, but also of classes that extended C.

    - -

    If you want this behaviour, then you need to use the new subtypes -operator, +, on the type name in question. So, -

    - -
    -receptions(C.new())  
-==>
-call(C+.new())
-
    - -

    Also like constructor calls, -constructor receptions allowed access to the constructed object in the -same way as any other object. Since the only advice possible on -constructor receptions join points was after returning -advice, the object was always guaranteed to be there. But since -constructor call join points allow all kinds of advice it may be that -the object isn't constructed yet (say, in before or around advice). -This is a benefit, in that it allows caching constructed objects

    - -
    -aspect Singleton {
-    private C theC = null;
-
-    C around(): call(C.new(..)) {
-        if (c == null) theC = proceed();
-        return theC;
-    }
-}
-
    - -

    but it does require some rewriting. The new object can be -accessed as the return value in after returning advice. So,

    - -
    -after(Point p) returning (): receptions(p.new(int, int)) { ... }
-==>
-after() returning (Point p): call(Point+.new(int, int)) { ... }
-
    - -

    Fixing state access

    - -

    In previous versions of AspectJ, state such as the currently -executing object or a particular argument of a method call could be -accessed from the signatures of many pointcuts, leading to -difficult-to-read forms. In AspectJ 1.0, all state accesses now use -only three pointcuts

    - -
    args this target
    - -

    which pick out argument values, the currently executing object, -and the target object of a method call or field operation, -respectively.

    - -
    Using args
    - -

    Any time you have a pointcut that has a signature where one of the -arguments was a pointcut or advice formal, just replace that formal -with its type and add an args pointcut. -

    - -
    -pointcut intPassers(int i, int j): calls(void Foo.m(i, j));
-==>
-pointcut intPasser(int i, int j): args(i, j) && call(void Foo.m(int, int));
-
    - -
    -pointcut stringPassers(String s): receptions(void Foo.m(s, ..));
-==>
-pointcut stringPasser(String s): args(s, ..) && call(void Foo.m(String, ..));
-
    - -
    Rewriting calls
    - -

    If a calls pointcut exposed the the receiving object, such as

    - -
    -pointcut fooCallees(Foo f): calls(void f.m());
-
    - -

    then the new version should use the target pointcut -to get at that object -

    - -
    -pointcut fooCallee(Foo f): target(f) && call(void Foo.m());
-
    - -

    AspectJ's calls pointcut previously allowed the new object to be -exposed, even though it may not have been constructed yet. AspectJ -1.0 no longer allows this; you can access the new instance only in -after returning advice, when it is guaranteed that the object was -successfully constructed. So instead of using the target -pointcut to expose the value, you should use the normal after -returning mechanism: -

    - -
    -after(Point p) returning (): calls(p.new(int, int)) { ... }
-==>
-after() returning (Point p): call(Point+.new(int, int)) { ... }
-
    - - -
    Rewriting gets and sets
    - -

    Exposing the target object of a gets or -sets pointcut should be done the same way it was for -calls pointcuts, with the new target -pointcut.

    - -
    -before(Frame f): gets(Color f.color) { ... }
-==>
-before(Frame f): target(f) && get(Color Frame.color) { ... }
-
    - -
    -before(Frame f): sets(Color f.color) { ... }
-==>
-before(Frame f): target(f) && set(Color Frame.color) { ... }
-
    - -

    In addition, the clumsy syntax for getting the old value of the -field has been eliminated. For before advice, the port is simple; -just access the field yourself in the body. Depending on the rest of -your system, you may need to restrict the advice from the aspect body -to eliminiate the circularity.

    - -
    -aspect A {
-    before(Frame f, Color c): gets(Color f.color)[c] { ... }
-}
-==>
-aspect A {
-    before(Frame f):
-            target(f) && get(Color Frame.color) && !within(A) {
-        Color c = f.color;
-        ...
-    }
-}
-
    - -

    The same can be done for around advice. However, the -only way to port after advice that needs the old value is to convert -it to around advice. -

    - -
    -aspect A {
-    after(Frame f, Color c) returning (): gets(Color f.color)[c] { ... }
-}
-==>
-aspect A {
-    void around(Frame f):
-            target(f) && get(Color Frame.color) && !within(A) {
-        Color c = f.color;
-        proceed(f);
-        ...
-    }
-}
-
    - -

    When porting sets pointcuts, the new value of a field -is still available, but not the way it was previously. Instead of -using the square bracket syntax, we use an args pointcut. -All set join points are assumed to have exactly one argument, which -holds the new value. So,

    - -
    -after(Color newColor): sets(Color Frame.color)[][newColor] { ... }
-==>
-after(Color newColor): args(newColor) && set(Color Frame.color) { ... }
-
    - -

    Also, if the field was declared private, in order to get at its -old value the aspect must be declared privileged. -

    - -
    Rewriting handlers
    - -

    The value of the exception at an exception handler join point is -now accessed through the args pointcut; all exception -handler join points are treated as having exactly one argument, the -exception value. So, -

    - -
    -before(NotFoundException e): handlers(e) { ... }
-==> 
-before(NotFoundException e): args(e) && handler(NotFoundException) { ... }
-
    - -
    Rewriting within
    - -

    The within pointcut was not typically used to export -context. Though it was accidentally possible to do so in versions of -AspectJ before 1.0, it often didn't do what users expected it to. -This loophole has now been closed, and within can only take type -patterns, not pointcut or advice formals. A use of the -this pointcut will capture what previous implementations -did:

    - -
    -pointcut usesFoo(Foo f): within(f);
-==>
-pointcut usesFoo(Foo f): this(f) && within(Foo);
-
    - -

    Understanding signatures

    - -

    Now that we have this, target, and -args pointcuts, all of our signatures are composed of -just types, names, and wildcards; there are no more parameters. -

    - -

    Also, now that we have the + wildcard to pick out -subtypes, we can make signature -matching much more uniform.

    - -

    Previously, some signatures matched based on subtypes, some based -on instanceof, and some exactly. Now, we have made all signatures -match exactly. -

    - -

    What does this mean for your program? Well, it means that you -may have to add + to some of your signatures, depending -on what you meant them to match. -

    - -

    For example, the pointcut -

    - -
    -calls(void m(Object))
-
    - -

    previously picked out all method calls to a method named m that -took one argument, which was a subtype of Object. Now, however, it -will only pick out method calls to methods that are defined to take -exactly the type Object, which may be a lot fewer join points. If you -want the old behaviour, simply convert to

    - -
    -call(void m(Object+))
-
    - -

    Removing the instanceof pointcut

    - -

    The intanceof pointcut has been split into two different -pointcuts, this and target.

    - -

    Typically, the instanceof pointcut would only exist in a compound -pointcut, composed (with &&) with another -pointcut. If the other pointcut was a receptions -pointcut, then instanceof should be converted to -target (and receptions converted to -call). So,

    - -
    -pointcut stateChanges(Subject s): 
-    instanceof(s) && receptions(void Button.click());
-==>
-pointcut stateChange(Subject s): 
-    target(s) && call(void Button.click());
-
    - -

    In all other cases, instanceof referred to the -currently executing object, and so should be converted into -this

    - -
    -before(Point p): instanceof(p) && executions(* makePolar(..)) { ... }
-==>
-before(Point p): this(p) && execution(* makePolar(..)) { ... }
-
    - -
    -pointcut setup(Client c): instanceof(c) && calls(Remote Naming.lookup(String));
-==>
-pointcut setup(Client c): this(c) && calls(Remote Naming.lookup(String));
-
    - -

    Rewriting the initializations pointcut

    - -

    Object initialization join points are now more complicated, and -more true to Java's execution model. Now they bracket all of the -initialization that a class can do, after the return of its super -constructor call (before which no initialization can happen). Previous -versions of AspectJ had object initialization join points that only -included initialization that was made in dynamic initializers and -fields.

    - -

    The old behaviour can be recovered with a simple rewrite. -

    - -
    -initializations(A)
-==>
-initialization(A.new(..)) && !execution(A.new(..))
-
    - -

    Understanding constructor calls

    - -

    Previously, constructor call join points were matched by subtypes, -so calls(Foo.new()) would match both calls to create new -Foo objects, and new SubFoo objects. The -new call pointcut designator matches types exactly, so if -you want the old behaviour, you should write -call(Foo+.new()).

    - -

    Similarly, constructor execution join points were matched by -subtypes. So the old executions(Foo.new()) is now -represented by execution(Foo+.new()). -

    - -

    In both of these cases, think before using the + operator; it may -be that you didn't intend subtype matching in the first place.

    - -

    Removing the hasaspect pointcut

    - -

    The hasaspect pointcut is no longer defined, but you -can get the same behaviour using the new if pointcut. -

    - -

    If the aspect whose presense you are checking for was defined -of eachcflow, of eachcflowbelow, or, more -unlikely, of eachJVM(), then the conversion is simple: -

    - -
    -hasaspect(A)
-==>
-if(A.hasAspect())
-
    - -

    If the aspect was defined of eachobject, then you -will have to expose the current object in your pointcut or advice -parameters:

    - -
    -pointcut cut(): hasaspect(A) ... ;
-==>
-pointcut cut(Object o): this(o) && if(A.hasAspect(o)) ... ;
-or
-pointcut cut(Object o): target(o) && if(A.hasAspect(o)) ... ;
-
    - -

    If you were using the hasaspect pointcut to expose -the state of the aspect, then you can get the same state by using -A.aspectOf() in the body of the advice. For example, if -the aspect A were defined of eachcflow, then -

    - -
    -before(A myA): hasaspect(myA) {
-    myA.checkStatus();
-}
-==>
-before(): if(A.hasAspect()) {
-    A myA = A.aspectOf();
-    myA.checkStatus();
-}
-
    - -

    Removing the withinall pointcut

    - -

    The withinall poinctut is no longer defined. You can use a -combination of within and the new -subtypes operator, +, instead. You'll save two characters and be -using a simpler and more orthogonal language.

    - -
    -withinall(Foo)
-==>
-within(Foo+)
-
    - -

    Removing returns modifier from pointcuts

    - -

    The returns keyword is no longer necessary for user-defined -pointcuts. Simply remove it when you find it.

    - -
    -pointcut publicIntCalls() returns int: calls(public int *(..));
-==>
-pointcut publicIntCall(): call(public int *(..));
-
    - -

    Making some pointcuts static

    - -

    In Java, only static members may be accessed by their declaring -type name, like the static method Math.max() can be -accessed.

    - -

    Pointcuts now have that property too. Pointcuts may be declared -to be static, in which case they can be accessed like -MyAspect.move(), or they can be left non-static, in which -case they can be overridden by a subaspect.

    - -

    In addition, while pointcuts can still be defined in classes, only -static pointcuts can be defined in classes.

    - -

    Porting should be straightforward; just make all your pointcuts in -classes static, and make any pointcut with a qualified -reference static. -

    - -

    Type patterns

    - -

    Understanding * and .. in type patterns

    - -

    Previous versions of AspectJ treated * and .. too cleverly in type -patterns, placing restrictions based on what is a package and what is -a type, and basing their meanings on the definition of a package -hierarchy.

    - -

    In AspectJ 1.0, both of these wildcards are defined simply, and -textually: -

    - -
      -
    • The * wildcard alone matches all types.
      • - -
    • The * wildcard in a pattern matches zero or more characters, - but will not match "."
      • - -
    • The .. wildcard matches any sequence of characters that begins - and ends with "."
      • -
    - -

    That's it. -

    - -

    This change won't affect most programs, but it will make -understanding programs easier. There is one ugly idiom, however, that -this change disposes of. If your program includes the type pattern -*..*, which used to match all types, you can replace it with the -much simpler *.

    - -
    -pointcut unaryVoidMethods(): call(void *(*..*));
-==>
-pointcut unaryVoidMethod(): call(void *(*));
-
    - -

    Fixing subtypes in introduction

    - -

    The new + operator is used to normalize the many places you want -to use subtypes of some types. -

    - -

    In introduction forms, you will need to replace -subtypes(TypePattern) type patterns with the -new subtype operator, +. In the case where you wrote -subtypes(Foo), i.e., the subtypes of a single type, -simply replace this with Foo+. Otherwise, use the -+ operator as appropriate in TypePattern.

    - -
    -public void (subtypes(Target0 || Target1)).accept(Visitor v) {
-    v.visit(this);
-}
-==>
-public void (Target0+ || Target1+).accept(Visitor v) {
-    v.visit(this);
-}
-
    - -

    Advice

    - -

    Moving the return type of around

    - -

    The returns keyword is no longer used for around advice. Instead, -the return type is declared as it is for methods. So,

    - -
    -around(Point p) returns void: setters(p) { ... }
-==>
-void around(Point p): setter(p) { ... }
-
    - -

    Adding a throws clause to around

    - -

    Around advice must now declare the checked exceptions it throws -with a throws clause, much like a method. -

    - -
    -char around(char c) throws java.io.CharConversionException: converter(c) {
-    char result;
-    try { result = proceed(); }
-    catch (Exception e) {
-        throw new java.io.CharConversionException();
-    }
-    if (result == 0) throw new java.io.CharConversionException();
-    return result;
-}
-
    - -

    Understanding advice precedence

    - -

    In previous versions of AspectJ, advice precedence within an -aspect was simple: if a piece of advice appeared before another piece, -it was more precedent. This made perfect sense for -before and around advice, but was the cause -of confusion (even among the AspectJ designers, more than once) for -after advice, as it seemed backward.

    - -

    In addition, advice was ordered by kind, in that around advice -always surrounded before and after advice. -

    - -

    AspectJ 1.0 has changed this; precedence for after -advice is inverted, and advice is no longer ordered by kind. -

    - -

    This won't matter to you unless you write pieces of advice in the -same aspect that apply to the same join point.

    - -

    If you do, here's what to think about: If you're looking at two -pieces of advice and want to know which has precedence, if either is -after advice, then the second one has precedence. -Otherwise, the first does.

    - -

    This allows interesting advice interaction. In the following -advice, for example, the after throwing advice will catch -the exception thrown by the before advice

    - -
    -aspect A {
-    before(): call(void main(..)) {
-        throw new RuntimeException();
-    }
-    after() throwing(RuntimeException e): call(void main(..)) {
-         System.err.println("caught you!");
-    }
-}
-
    - -

    But reversing the order will give the before advice -more precedence, making its exception uncatchable by the after -throwing advice -

    - -
    -aspect A {
-    after() throwing(RuntimeException e): call(void main(..)) {
-         System.err.println("missed you!");
-    }
-    before(): call(void main(..)) {
-        throw new RuntimeException();
-    }
-}
-
    - -

    Advice in different aspects is ordered by the normal aspect -precedence rules of subtyping and the dominates modifier. -

    - -

    Fixing after returning

    - -

    If you use after returning advice and do not need to expose the -return value, you no longer need to write an empty set of parentheses -to indicate that fact. So,

    - -
    -after(Formals) returning (): Pointcut { ... }
-==>
-after(Formals) returning: Pointcut { ... }
-
    - -

    The same syntax is now available for after throwing advice, in -case you do not care what Throwable is thrown. -

    - -
    -after(Formals) throwing: Pointcut { ... }
-
    - -

    Renaming thisStaticJoinPoint

    - -

    thisStaticJoinPoint has been renamed -thisJoinPointStaticPart, to reflect that it is now -exactly the static part of thisJoinPoint: It will return -the same object as thisJoinPoint.getStaticPart().

    - -

    Converting access to thisJoinPoint

    - -

    The JoinPoint object hierarchy has been folded into a -single class, org.aspectj.lang.JoinPoint. A common -pattern in logging, for example, was

    - -
    -before() executions(* myMethod()) {
-    ExecutionJoinPoint jp = (ExecutionJoinPoint)thisJoinPoint;
-    CodeSignature jp = (CodeSignature)jp.getSignature();
-    System.err.println(jp.getParameters());
-    System.err.println(jp.getParameterNames());
-}    
-
    - -

    While there is still a rich hierarchy for signatures, there is -only one JoinPoint type, so this can be rewritten as: -

    - -
    -before() executions(* myMethod()) {
-    JoinPoint jp = thisJoinPoint;
-    CodeSignature jp = (CodeSignature)jp.getSignature();
-    System.err.println(jp.getArgs());
-    System.err.println(jp.getParameterNames());
-}    
-
    - -

    Some of the method names of JoinPoint have been -reorganized, as well.

    - -

    Introduction and static crosscutting

    - -

    Removing +implements and +extends

    - -

    The keywords +implements and +extends no -longer exist. Instead, AspectJ uses the declare -form for exactly the same functionality.

    - -
    -Point +implements Serializable;
-=> 
-declare parents: Point implements Serializable;
-
    - -
    -MyButton +extends ButtonAdaptor;
-=> 
-declare parents: MyButton extends ButtonAdaptor;
-
    - -

    Using declare soft

    - -

    Around advice advice no longer effects the static exception -checking of Java. This means that the following code previously -compiled:

    - -
    -class C {
-    void noExceptionDeclared() {
-        exceptionDeclared();
-    }
-    void exceptionDeclared() throws IOException {}
-}
-aspect A {
-    around(): call(void C.exceptionDeclared()) {
-        try { proceed(); }
-        catch (IOException e) {}
-    }
-}
-
    - -

    even though the class C is not compilable on its own (because -noExceptionDeclared actually throws an Exception). -

    - -

    AspectJ now firmly places everything that affects the type system -of Java, including the declared-exception checking system, into the -space of introduction and declare. So, in order to state that the -call to exceptionDeclared() will not, actually, throw an exception, we -now "soften" that exception, that is, take it out of the space of -declared exceptions.

    - -
    -declare soft: ExceptionType: Pointcut;
-
    - -

    The pointcuts allowed here are limited; you cannot use pointcuts -that would require runtime information. But picking out method calls -is just fine. So in order to make the above example work, one new -declaration is needed: -

    - -
    -declare soft: IOException:
-    call(void C.exceptionDeclared()) &&
-    withincode(void noExceptionDeclared());
-
    - -

    Aspects

    - -

    The syntax of "of each" modifiers has changed. For of -eachcflow and of eachcflowbelow, you can simply -replace "of each" with "per". So,

    - -
    -aspect A of eachcflow(...) { ... }
-==>
-aspect A percflow(...) { ... }
-
    - -

    If you have any aspects defined of eachJVM(), then -you should either remove that declaration entirely (because this is -the default behaviour), or replace the of eachJVM() -declaration with an issingleton declaration. -

    - -
    -aspect of eachJVM() { ... }
-==>
-aspect A { ... }
-or
-aspect A issingleton { ... }
-
    - -

    The of eachobject(Pointcut) modifier has -been split into two different forms, of -perthis(Pointcut) and of -pertarget(Pointcut). Which one you replace with -depends on the Pointcut you use. -

    - -

    If you use a pointcut that picked out reception join points, then -use pertarget, and rewrite the pointcut to pick out call -join points. So -

    - -
    -aspect Shadow
-        of eachobject(receptions(void Point.setX(int)) ||
-                      receptions(void Point.setY(int))) {
-    ...
-}
-==>
-aspect Shadow pertarget(call(void Point.setX(int)) ||
-                        call(void Point.setY(int))) {
-    ...
-}
-
    - -

    Otherwise, in most cases, use perthis. When you -convert, remember the meaning of each of these modifiers. -perthis(Pointcut) indicates that an instance -of the aspect should be associated with every object that is -this at each of the join points picked out by -Pointcut, while pertarget(Pointcut) -associates with every object that is the target object at such join -points.

    - - - - - -
    - -

    Porting pre-0.8beta3 code

    - - - - -

    The following changes are only required when porting code written -prior to the 0.8beta3 release of AspectJ.

    - -

    Changing cflow terminology

    - -

    Changing pre-0.8beta3 code that uses AspectJ's control-flow-based -features only requires rewriting occurrences of -eachcflowroot, cflow, and -cflowtop. No editing of other aspect code is -necessary.

    - -

    eachcflowroot

    - -

    The aspect modifier "of -eachcflowroot(Pointcut)" should now be written more -as "percflow(Pointcut)".

    - -

    cflow

    - -

    In previous versions of AspectJ, the pointcut -cflow(Pointcut) picked out all join points in -the cflow below the join points of Pointcut. That is, it -did not include the join points of Pointcut, only the join -points in their control flow. -

    - -

    As of version 0.8beta3, -cflowbelow(Pointcut) has that behavior. -cflow(Pointcut) includes the join points of -Pointcut.

    - -

    In many cases, you may not care whether the points of -Pointcut are included or not, and so can safely leave -cflow(Pointcut) pointcut designators alone. -However, if you use the idiom -

    - -
    -Pointcut && ! cflow(Pointcut)
-
    - -

    to capture the non-recursive entries to a particular pointcut, you -will definitely want to rewrite that as -

    - -
    -Pointcut && ! cflowbelow(Pointcut)
-
    - -

    cflowtop

    - -

    The primitive pointcut designator -cflowtop(Pointcut) has been removed from the -language, as it is expressible with cflow or -cflowbelow. All uses of -cflowtop(Pointcut) can be rewritten as: -

    - -
    -cflowbelow(Pointcut && ! cflowbelow(Pointcut))
-
    - -

    Though in most cases the following is sufficient -

    - -
    -cflow(Pointcut && ! cflowbelow(Pointcut))
-
    - -

    Overriding abstract pointcuts

    - -

    In previous versions of AspectJ, a concrete aspect would -implicitly override all of its abstract pointcuts with an empty -pointcut. AspectJ 0.8beta3 enforces the restriction that a concrete -aspect may not have any abstract pointcuts. Thus the following -extension:

    - -
    -abstract aspect A {
-    abstract pointcut pc();
-}
-
-aspect B {}
-
    - -

    will no longer compile. -

    - -

    Adding the new empty pointcut designator -

    - -
    -pointcut Id();
-
    - -

    in the declaration of the concrete aspect fixes this problem. -

    - -
    -abstract aspect A {
-    abstract pointcut pc();
-}
-
-aspect B {
-    pointcut pc();
-}
-
    - -

    Limiting recursive advice

    - -

    Previously, the compiler silently refrained from applying a piece -of advice to join points within its own advice body. So, for example, -in

    - -
    -class C {
-    static int i;
-}
-
-aspect A {
-    before(): gets(int C.i) {
-        System.err.println("C.i was " + C.i)
-    }
-}
-
    - -

    The advice would trace all references of the static field -C.i except those in the body of the before.

    - -

    The compiler has now removed this special case, and so running the -above example will now cause a StackOverflowException to -be thrown.

    - -

    Most cases of this error can be fixed by correctly specifying the -desired pointcut: In the above example, the intention is clearly not -to trace all references of C.i, just those -outside the aspect. -

    - -
    -class C {
-    static int i;
-}
-
-aspect A {
-    before(): get(int C.i) && ! within(A) {
-        System.err.println("C.i was " + C.i)
-    }
-}
-
    - -

    In a very few cases, you may want the advice to be applicable to -other code in the aspect, but not in the particular piece of advice. -In such cases, you can pull the body of the advice into a method and -restrict away from that method (and away from calls to that method): -

    - -
    -class C {
-    static int i;
-}
-
-aspect A {
-    public static int getCi() {
-        return C.i;                          // will be traced
-    }
-
-    before(): get(int C.i) &&
-              ! withincode(void A.traceCi())
-              ! call(void A.traceCi())      {
-        traceCi();
-    }
-    private void traceCi() {
-        System.err.println("C.i was " + C.i) // will not be traced
-    }
-}
-
    - - - - -
    -

    Porting pre-0.8beta1 code

    - - - -

    The following changes are only required when porting code written -prior to the 0.8beta1 release of AspectJ.

    - -

    Rewriting introductions

    - -

    Syntax

    - -

    The syntax of introduction has changed. Porting most programs -should require some simple editing. Anywhere you have an introduction -block

    - -
    -introduction GTN {
-    ...
-}
-
    - -

    simply move the GTN down into the introduction -declarations and remove the block.

    - -

    For method introduction, place the GTN in front of the -method name, For field introduction, place the GTN in front -of the field name, and for constructor introduction, place the -GTN in front of the new identifier.

    - -
    -introduction Foo {
-    public void doStuff() { this.doStuffLater(); }
-    public int calorieCount = 3;
-    public new(int x) { super(); calorieCount = x; }
-}
-
-==>
-
-public void Foo.doStuff() { this.doStuffLater(); }
-public int Foo.calorieCount= 3;
-public Foo.new(int x) { super(); calorieCount = x; }
-
    - -

    For implements and extends introduction, move the GTN -in front of the new identifiers implements or -extends, and place that in a declare parents -form. -

    - -
    -introduction Foo {
-    implements Comparable;
-    extends Goo;
-}
-
-==>
-
-declare parents: Foo implements Comparable;
-declare parents: Foo extends Goo;
-
    - -

    In all cases, if the GTN is just a type name, it can be -moved down on its own. However, if the GTN uses any of -&&, ||, and !, it must -be parenthesized.

    - -
    -introduction subtypes(Foo) && !Goo {
-    int x;
-}
-
-==>
-
-int (Foo+ && !Goo).x;
-
    - - -

    Access

    - -

    If you had an introduction that was referring to private or -protected members of the target class, this will no longer work. You -will either need to modify your code to avoid this accessibility -issue, or you will need to use the privileged modifier on -the aspect that contains the introduction.

    - -
    -class Counter {
-    private int count = 2;
-}
-
-aspect ExposeCountersPrivates {
-    introduction Counter {
-        public int getCount() { return count; }
-    }
-}
-
-==>
-// in 0.8, only privileged aspects can expose a class's privates
-privileged aspect ExposeCountersPrivates {
-    public int Counter.getCount() { return count; }
-}
-
    - - -

    If you have introduced private or package-protected members, you -will probably have to re-write some code. Most previous uses of -introducing privates can be improved by using private introduction -instead.

    - -
    -class C {
-}
-
-aspect AddCounter {
-    introduction C {
-        private int count;
-        public int getCount() { return count; }
-    }
-}
-
-==>
-aspect AddCounter {
-    private int Counter.count;
-    public int Counter.getCount() { return count; }
-}
-
    - -

    There is one case that we know of where the inability to perform -the introduction of private members makes 0.7 code difficult to -port to 0.8. If you were using the introduction of a private -void writeObject(..) or a private void -readObject(..) method to interact with Java's serialization -API, you will need to come up with an alternative design. Using some -combination of Externalizable, -writeReplace(..) and/or readResolve(..) -methods should allow you to port your code. If you find this isn't -the case, we'd like to hear about it. - - -

    If you were introducing either a protected member or a -package-private member onto a class in order to override a protected -member that was inherited from a superclass, you will have to make -this introduction public.

    - - -

    Removing static advice

    - -

    Static advice has been removed from the language. Now, every -piece of advice is non-static, meaning that it will run in the context -of an aspect instance. -

    - -

    If you have an aspect that only contains static advice, has no -"of" clause or is declared "of eachJVM()", and is not extended by -another aspect, simply remove the keyword "static" from all pieces of -advice, and make sure the aspect is not defined with the "abstract" -modifier.

    - -
    -aspect Tracing {
-    static before(): executions(* *(..)) {
-        System.out.println("Got Here! " + thisJoinPoint);
-    }
-}
-
-==>
-
-aspect Tracing {
-    before(): execution(* *(..)) {
-        System.out.println("Got Here! " + thisJoinPoint);
-    }
-}
-
    - -

    Otherwise, if you have an aspect contains both static and -non-static advice, is extended, or is "of eachObject(...)" or "of -eachcflowroot(...)", you should group your static advice together and -put it in a new aspect, possibly even an inner aspect.

    - -
    -aspect ComplexTracing of eachobject(cflow(executions(void Main.main(..)))) {
-    static before(): executions(* *(..)) {
-        System.out.println("Got Here! " + thisJoinPoint);
-    }
-    static after(): executions(* *(..)) {
-        System.out.println("Returned! " + thisJoinPoint);
-    }
-
-    // some other dynamic advice, fields, etc
-}
-
-==>
-
-aspect ComplexTracing of eachobject(cflow(executions(void Main.main(..)))) {
-    static aspect AlwaysTracing {
-        before(): execution(* *(..)) {
-            System.out.println("Got Here! " + thisJoinPoint);
-        }
-        after(): execution(* *(..)) {
-            System.out.println("Returned! " + thisJoinPoint);
-        }
-    }
-
-    // some other dynamic advice, fields, etc
-}
-
    - -

    Fixing aspect-aspect inheritance

    - -

    Aspects can now only extend abstract aspects. This restriction -may cause some redesign of aspect hierarchies. You will probably find -that for the majority of your code the most serious change this -requires is to add an explicit abstract modifier to a -super-aspect that was already implicitly abstract.

    - -
    -aspect BaseTracing {
-    abstract pointcut traced();
-    before(): traced() {
-        System.out.println("Got Here! " + thisJoinPoint);
-    }
-}
-
-==>
-
-// make this abstract aspect explicitly abstract
-abstract aspect BaseTracing {
-    ...
-}
-
    - - -

    This change has also affected the getAspect static -method. Now, getAspect is only defined on non-abstract -aspects. Previously, you could call getAspect on an -abstract superaspect and (sometimes) get an instance of a subaspect -back.

    - -

    This pattern was used in the Spacewar example in the AspectJ -distribution. We had the class hierarchy

    - -
    -  SpaceObject (abstract)
-    |- Ship
-    |- Bullet
-    |- EnergyPellet
-
    - -

    And the aspect hierarchy -

    - -
    -  SpaceObjectDA (abstract)
-    |- ShipDA of eachobject(instanceof(Ship))
-    |- BulletDA of eachobject(instanceof(Ship))
-    |- EnergyPacketDA of eachobject(instanceof(Ship))
-
    - -

    And we would call SpaceObjectDA.getAspect(SpaceObject) to access -the aspect associated with a ship, bullet, or energy pellet. This -pattern depended on the SpaceObjectDA aspect hierarchy -exactly mirroring the SpaceObject hierarchy, and being -maintained that way.

    - -

    A better way to implement this kind of design aspect is to use -private introduction, a new feature of AspectJ. -

    - -

    Using private introduction

    - -

    A common pattern for AspectJ programs that need to associate some -state with every object of a particular type has been to use aspects -that are defined of eachobject(instanceof(...)). A prime -example of this was the BoundPoint aspect of the bean -example: which needed to associate each point with a -PropertyChangeSupport object.

    - -
    -aspect BoundPoint of eachobject(instanceof(Point)) {
-
-    java.beans.PropertyChangeSupport support = null;
-
-    after() returning(Point p): receptions(p.new(..)){
-        support = new PropertyChangeSupport(myPoint);
-    }
-
-    around(Point p) returns void: receptions(void p.set*(*)) {
-        // code that uses support
-    }
-}
-
    - -

    In the new version of AspectJ, a better way of accomplishing many -of these state association is to use privately introduced fields. -Instead of creating an aspect instance for every Point -object, store the PropertyChagneSupport object in the -Point objects themselves. -

    - -
    -aspect BoundPoint {
-    private PropertyChangeSupport Point.support = new PropertyChangeSupport(this);
-
-    void around(Point p): setters(p) {
-        // code that uses p.support
-    }
-}
-
    - -

    Just as in the past, the PropertyChangeSupport object is not -accessable to anyone but the aspect, but now less mechanism is needed. -

    - -

    There are times when changing aspects that are defined of -eachobject(instanceof(...)) may not be reasonable. If the -aspect instance is stored or passed to other methods, then having a -real of eachobject(instanceof(...)), now written -perthis(this(...)), association may capture the -crosscutting concern best.

    - - - -
    -

    Porting pre-0.7beta11 code

    - - - -

    The following changes are only required when porting code written -prior to the 0.7beta11 release of AspectJ.

    - -

    Removing two-argument calls

    - -

    In AspectJ 0.7beta11, the two-argument calls -primitive pointcut designator was deprecated. Removing these -designators will require different cases depending on what the -original pointcut did.

    - -

    Calls to static methods

    - -

    For pointcuts denoting calls to particular static methods, such as -

    - -
    -calls(String, static String valueOf(int)) // deprecated
-
    - -

    the transformation is easy. Simply make the desired signature -explicit. Instead of catching all calls to any static method that -happens to have the signature String valueOf(int), catch -calls to that exact method defined in the String class.

    - -
    -call(static String String.valueOf(int))
-
    - -

    Pointcuts denoting calls to classes of static methods can also be -rewritten with these rules. For example,

    - -
    -calls(my.package.*, static * get*(..)) // deprecated
-
    - -

    should now be written

    - -
    -call(static * my.package.*.get*(..))
-
    - -

    Calls to non-static methods

    - -

    Many pointcuts denoting calls to non-static methods can be -fixed the same way that those pointcuts denoting calls to static -methods are fixed. So, -

    - -
    -calls(Thread, int getPriority()) // deprecated
-
    - -

    which denotes all calls to nullary int methods named getPriority -when the called object is an instance of the Thread type, -can almost always be rewritten

    - -
    -call(int Thread.getPriority())
-
    - -

    which denotes all calls to the nullary int Thread.getPriority() -method. -

    - -

    Expanding the signature picks out slightly different join points -than the original two-argument form. This won't matter for most -programs, but in some cases the differences may be noticable. In -particular, the expanded-signature form only picks out those calls -where the called object is statically typed to Thread -when its int getPriority() method is called. If you want -to capture calls to the int Thread.getPriority() method, -regardless of how the called object is statically typed, you shoud use -the different translation:

    - -
    -call(int getPriority()) && target(Thread)
-
    - -

    This will capture all call join points of methods with signature -int Thread.getPriority().

    - -

    It will also denote any join points if the Thread type does not -define (possibly abstractly) some int getPriority() -method, though.

    - - -

    Removing advice from Class declarations

    - -

    The simplest way to remove an advice declaration from a class is -to simply define the advice declaration in an inner aspect. So, -instead of

    - -
    -class C {
-    static before(): executions(C.new()) { ... } // deprecated
-}
-
    - -

    write

    - -
    -class C {
-    static aspect ConstructionProtocol {
-        static before(): executions(C.new()) { ... }
-    }
-}
-
    - -

    If your advice doesn't refer to any inner classes or interfaces of -C, you can move the inner aspect out of the class entirely.

    - -
    -class C { ... }
-
-aspect ConstructionProtocol {
-    static before(): execution(C.new()) { ... }
-}
-
    - -

    Your code will be clearer if you consider the purpose of each -piece of advice when you make this change. It may be that some of the -advice naturally belongs to another aspect, perhaps already existing. -Or it may be that some pieces of advice in a class are associated to -one concern and some to another; in which case more than aspect would -be appropriate.

    - - -
    -

    Porting pre-0.7beta10 code

    - - - -

    The following changes are only required when porting code written -prior to the 0.7beta10 release of AspectJ.

    - - -

    Changing access to thisJoinPoint

    - -

    In AspectJ 0.7beta10, access to the reflective object -thisJoinPoint substantially changed. The two parts of -this change were the elimination of the runNext() static -method, and the use of an interface hierarchy represent the join point -object.

    - -

    thisJoinPoint.runNext() to -proceed()

    - -

    The elimination of the runNext() static method -requires almost no porting work. An automatic replacement of the -string -

    - -
    thisJoinPoint.runNext
    - -

    with the string -

    - -
    proceed
    - -

    will do the job. However, if any around advice used the -identifier "proceed" as a formal parameter or local -variable, it must be renamed, and if any aspect used it as a field, -then references to the field in around advice should be made explicit -(prefixing the reference with the aspect name or "this", -depending on whether the field is static or not).

    - -

    Using thisJoinPoint

    - -

    While access to reflective information through -thisJoinPoint is more powerful and regular through its -interface hierarchy, the previous uses must be rewritten. Changing -your code will likely require manual editing, but in doing so your -code should get simpler and cleaner.

    - - - -

    Many existing uses of the fields on join points can be re-written -to use one of: -

    - -
      -
    • thisJoinPoint.toString()
      • -
    • thisJoinPoint.toShortString()
      • -
    • thisJoinPoint.toLongString()
      • -
    • thisJoinPoint.getSignature().toString()
      • -
    • thisJoinPoint.getSignature().toShortString()
      • -
    • thisJoinPoint.getSignature().toLongString()
      • -
    - -

    For example: -

    - -
    -System.out.println(thisJoinPoint.className + "." +
-                   thisJoinPoint.methodName)
-
    - -

    can be replaced with -

    - -
    System.out.println(thisJoinPoint)
    - -

    or -

    - -
    System.out.println(thisJoinPoint.getSignature().toShortString())
    - -

    with comparable behavior. -

    - - - -

    Accesses to the parameters field of join points should be changed -as follows. A field access like: -

    - - -
    thisJoinPoint.parameters
    - -

    must be changed to: -

    -
      -
    • thisJoinPoint.getArgs()
      • -
    - - - -

    Accesses to the methodName and className fields of join points -that are not suitable for replacement with a toString method, -should be changed as follows. Field accesses like: -

    - -
      -
    • thisJoinPoint.className
      • -
    • thisJoinPoint.methodName
      • -
    - -

    must be changed to: -

    - -
      -
    • thisJoinPoint.getSignature().getDeclaringType().getName()
      • -
    • thisJoinPoint.getSignature().getName()
      • -
    - - - -

    Accessses to the parameterNames and parameterTypes fields of -join points, that are not suitable for conversion to one of the -toString() methods should be changed as follows. Field access -like: -

    - -
      -
    • thisJoinPoint.parameterNames
      • -
    • thisJoinPoint.parameterTypes
      • -
    - -

    must be changed to: -

    - -
      -
    • ((CodeSignature)thisJoinPoint.getSignature()).getParameterNames()
      • -
    • ((CodeSignature)thisJoinPoint.getSignature()).getParameterTypes()
      • -
    - - - diff --git a/docs/faq/faq.xml b/docs/faq/faq.xml deleted file mode 100644 index b2f97ede8..000000000 --- a/docs/faq/faq.xml +++ /dev/null @@ -1,5448 +0,0 @@ - - - - - - -
    - Frequently Asked Questions about AspectJ - Copyright (c) 1997-2001 Xerox Corporation, - 2002 Palo Alto Research Center, Incorporated, - 2003-2006 Contributors. All rights reserved. - - - Last updated November 3, 2006 - - - For a list of recently-updated FAQ entries, see - - - - Overview - - - What is AspectJ? - - - - AspectJ(tm) is a simple and practical extension to the - Java(tm) programming - language that adds to Java aspect-oriented programming (AOP) - capabilities. AOP allows developers to reap the benefits of - modularity for concerns that cut across the natural units of - modularity. In object-oriented programs like Java, the natural unit - of modularity is the class. In AspectJ, aspects modularize concerns that - affect more than one class. - - You compile your program using the AspectJ compiler - (perhaps using the supported development environments) - and then run it, - supplying a small (< 100K) runtime library. - - The AspectJ technologies include - a compiler (ajc), - a debugger (ajdb), - a documentation generator (ajdoc), - and integration with - Eclipse, Sun-ONE/Netbeans, GNU Emacs/XEmacs, - JBuilder, and Ant. - - - - - - What are the benefits of using AspectJ? - - - AspectJ can be used to improve the modularity of software - systems. - - Using ordinary Java, it can be difficult to modularize design - concerns such as - - - system-wide error-handling - contract enforcement - distribution concerns - feature variations - context-sensitive behavior - persistence - testing - - The code for these concerns tends to be spread out across the - system. Because these concerns won't stay inside of any one module - boundary, we say that they crosscut the - system's modularity. - - AspectJ adds constructs to Java that enable the modular - implementation of crosscutting concerns. This ability is - particularly valuable because crosscutting concerns tend to be both - complex and poorly localized, making them hard to deal with. - - - - - - - Can AspectJ work with any Java program? - - - AspectJ has been designed as a compatible - extension to Java. By compatible, we mean - - - - - - - upward compatible - - All legal Java programs are legal AspectJ - programs. - - - - - platform - compatible - - - All legal AspectJ programs run on standard Java - virtual machines. - - - - - tool - compatible - - - Existing tools can be extended to work with - AspectJ. - - - - - programmer compatible - - Programming in AspectJ feels natural to Java - programmers. - - - - - - The AspectJ tools run on any Java 2 Platform compatible - platform. The AspectJ compiler produces classes that run - on any Java 1.1 (or later) compatible platform. - - - - - - How is AspectJ licensed? - - - Since AspectJ 1.9.7, source code and documentation is available under the - Eclipse Public License v 2.0. - - AspectJ 1.5.2 through 1.9.6 source code and documentation is available under the - Eclipse Public License v 1.0. - - AspectJ 1.1 through 1.5.1 source code and documentation is available under the - Common Public License 1.0. - - The AspectJ 1.0 tools are open-source software available under the - Mozilla Public License 1.1. - That documentation is available under a separate license - that precludes for-profit or commercial - redistribution. - - The runtime jar aspectjrt.jar and its distribution are also covered by the - Eclipse Public License. - - For answers to common licensing questions, see the - Eclipse Public License FAQ. - - - - - - - - What is the AspectJ Project? - - - AspectJ is based on over ten years of research at - - Xerox Palo Alto Research Center - - as funded by Xerox, a U.S. Government grant (NISTATP), and a - DARPA contract. - - It has evolved through open-source releases - to a strong user community and now operates as an - open source project at - - https://eclipse.org/aspectj - The AspectJ team works closely with the community - to ensure AspectJ continues to evolve as an effective - aspect-oriented programming language and tool set. - - - The latest release is 1.2 - which can be downloaded from the - AspectJ project page, - including sources as described - . - Development is focused on supporting applications, - improving quality and performance, - enhancing integration with IDE's, - and building the next generations of the language. - - - - - - Quick Start - - - - What Java versions does AspectJ require and support? - - - - - The AspectJ compiler produces programs for any released version of the - Java platform (jdk1.1 and later). When running, your program classes must - be able to reach classes in the - small (< 100K) runtime library (aspectjrt.jar) from the distribution. - The tools themselves require J2SE 1.3 or later to run, - but the compiler can produce classes for any 1.1-compliant - version of the Java platform. - - - - - - How do I download and install AspectJ? - - - From AspectJ's - web page - , download the AspectJ distribution. - The jar file is installed by executing - - -java -jar jar file name - - Do not try to extract the - jar file contents and then attempt to execute - java org.aspectj.tools.Main. (A - NoClassDefFoundError exception will be - thrown.) The AspectJ distribution is not designed to be installed - this way. Use the java -jar form shown above. - - To uninstall, remove the files the installer wrote in your - file system. In most cases, you can delete the top-level install - directory (and all contained files), after you remove any - new or updated files you want to keep. On Windows, no - registry settings were added or changed, so nothing needs to be - undone. Do not install over prior versions, which might have - different files. Delete the prior version first. - - - - - - How should I start using AspectJ? - - - Many users adopt AspectJ in stages, first using it - to understand and validate their systems (relying on it only in - development) and then using it to implement crosscutting concerns - in production systems. AspectJ has been designed to make each - step discrete and beneficial. - - - In order of increasing reliance, you may use AspectJ: - - - - - In the development - process - Use AspectJ to trace or log - interesting information. You can do this by adding - simple AspectJ code that performs logging or tracing. - This kind of addition may be removed ("unplugged") for - the final build since it does not implement a design - requirement; the functionality of the system is unaffected by - the aspect. - - - - - As an ancillary part of your - system - Use AspectJ to more completely and - accurately test the system. - Add sophisticated code that can check contracts, - provide debugging support, or implement test strategies. - Like pure development aspects, this code may also be - unplugged from production builds. However, the same code - can often be helpful in diagnosing failures in deployed - production systems, so you may design the functionality - to be deployed but disabled, and enable it when debugging. - - - - - As an essential part of your - system - Use AspectJ to modularize - crosscutting concerns in your system by design. - This uses AspectJ to implement logic integral to a system - and is delivered in production builds. - - - - This adoption sequence works well in practice and has been - followed by many projects. - - - - - - How does AspectJ integrate with existing Java development - tools? - - - - AspectJ products are designed to make it easy to integrate - AspectJ into an existing development process. - Each release includes - Ant tasks for building programs, - the AspectJ Development Environment (AJDE) for writing - aspects inside popular IDE's, and - command-line tools for compiling and documenting Java and AspectJ code. - - - AspectJ provides replacements for standard Java tools: - - - ajc, the AspectJ compiler, - runs on any Java 2 compatible platform, and produces classes - that run on any Java 1.1 (or later) compatible platform. - - - - ajdoc produces API documentation like - javadoc, with additional crosscutting links. For example, - it shows advice affecting - a particular method or all code affected by a given aspect. - At present, ajdoc is only supported in AspectJ 1.0. - - - - - - For debugging, AspectJ supports JSR-45, which provides a mechanism for - debugging .class files that have multiple source files. - Debugger clients and VM's are beginning to support this; - see Sun's J2SE 1.4.1 VM and jdb debugger - and recent versions of JBuilder. - - The AspectJ Development Environment (AJDE) - enables programmers to view and navigate the crosscutting structures - in their programs, integrated with existing support in - popular Java IDE's for viewing and navigating object-oriented - structures. For many programmers this provides a deeper understanding - of how aspects work to modularize their concerns and permits them - to extend some of their development practices without - having to abandon their existing tools. - - - AJDE is a set of API's providing the basis for the following - development tool integrations: - - - - Eclipse (version 2.0) - in the Eclipse AspectJ Development Tools project - - https://eclipse.org/ajdt - - - - - Emacs (GNU version 20.3) - and XEmacs (version 21.1 on Unix and 21.4 on Windows), - in the SourceForge AspectJ for Emacs project - - http://aspectj4emacs.sourceforge.net - - - - - JBuilder (versions 4 through 7) from Borland - in the SourceForge AspectJ for JBuilder project - - http://aspectj4jbuildr.sourceforge.net - - - - - Netbeans up to 3.4 - (and Sun Microsystems' Forte for Java (versions 2 and 3), Sun/One) - in the SourceForge AspectJ for NetBeans project - - http://aspectj4netbean.sourceforge.net - - - - - - The common functionality of AJDE is also available in - the stand-alone source code browser ajbrowser, - included in the tools distribution. - - Finally, as mentioned above, - AspectJ also supports building with Ant by providing - task interfaces to the ajc and ajdoc tools. - - - - - - Typical AspectJ programs - - - Are aspects always optional or non-functional parts of - a program? - - - - No. Although AspectJ can be used in a way that allows AspectJ - code to be removed for the final build, aspect-oriented code is not - always optional or non-functional. Consider - what AOP really does: it makes the modules in a program correspond - to modules in the design. In any given design, some modules are - optional, and some are not. - - The examples directory included in the AspectJ distribution - contains some examples of the use aspects that are not optional. - Without aspects, - - - - - - - bean - - Point objects would not be JavaBeans. - - - - introduction - - Point objects would not be cloneable, comparable or - serializable. - - - - - spacewar - - Nothing would be displayed. - - - - telecom - - No calls would be billed. - - - - - - - - - - What is the difference between development and production aspects? - - - - - Production aspects are delivered with the finished product, - while development aspects are used during the development process. - Often production aspects are also used during development. - - - - - - - What are some common development aspects? - - - - Aspects for logging, tracing, debugging, profiling - or performance monitoring, or testing. - - - - - - - What are some common production aspects? - - - - - Aspects for performance monitoring and diagnostic systems, - display updating or notifications generally, security, - context passing, and error handling. - - - - - - Basic AOP and AspectJ Concepts - - - What are scattering, tangling, and crosscutting? - - - - "Scattering" is when similar code is distributed throughout many - program modules. This differs from a component being used by - many other components since - it involves the risk of misuse at each point and of inconsistencies - across all points. Changes to the implementation may require - finding and editing all affected code. - - "Tangling" is when two or more concerns are implemented in - the same body of code or component, making it more difficult to understand. - Changes to one implementation may cause unintended changes - to other tangled concerns. - - "Crosscutting" is how to characterize a concern than spans - multiple units of OO modularity - classes and objects. Crosscutting - concerns resist modularization using normal OO constructs, but - aspect-oriented programs can modularize crosscutting concerns. - - - - - - What are join points? - - - Join points are well-defined points in the execution of a - program. Not every execution point is a join point: only those - points that can be used in a disciplined and principled manner are. - So, in AspectJ, the execution of a method call is a join point, but - "the execution of the expression at line 37 in file Foo.java" is - not. - - The rationale for restricting join points is similar to the - rationale for restricting access to memory (pointers) or - restricting control flow expressions (goto) in - Java: programs are easier to understand, maintain and extend - without the full power of the feature. - - AspectJ join points include reading or writing a field; calling - or executing an exception handler, method or constructor. - - - - - - - What is a pointcut? - - - - A pointcut picks out - - join points - . These join points are described by the pointcut - declaration. Pointcuts can be defined in classes or in aspects, - and can be named or be anonymous. - - - - - - What is advice? - - - Advice is code that executes at each - join point picked out by a - pointcut. There are three - kinds of advice: before advice, around advice and after advice. As - their names suggest, before advice runs before the join point - executes; around advice executes before and after the join point; - and after advice executes after the join point. The power of - advice comes from the advice being able to access values in the - execution context of a pointcut. - - - - - - What are inter-type declarations? - - - AspectJ enables you to declare members and supertypes of another class - in an aspect, subject to Java's type-safety and access rules. These are - visible to other classes only if you declare them as accessible. - You can also declare compile-time errors and warnings based on pointcuts. - - - - - - What is an aspect? - - - Aspects are a new class-like language element that has been - added to Java by AspectJ. Aspects are how developers encapsulate - concerns that cut across classes, the natural unit of modularity in - Java. - - Aspects are similar to classes because... - - aspects have type - - - aspects can extend classes and other aspects - - - - - aspects can be abstract or concrete - - - - - non-abstract aspects can be instantiated - - - - aspects can have static and non-static state and - behavior - - - - aspects can have fields, methods, and types - as members - - - - the members of non-privileged aspects follow the - same accessibility rules as those of classes - - - - - Aspects are different than classes because... - - - aspects can additionally include as members pointcuts, - advice, and inter-type declarations; - - - - aspects can be qualified by specifying the - context in which the non-static state is available - - - - aspects can't be used interchangeably with - classes - - - - aspects don't have constructors or finalizers, - and they cannot be created with the new operator; - they are automatically available as needed. - - - - privileged aspects can access private members of - other types - - - - - - - - - Why AOP? - - - Are crosscutting concerns induced by flaws in parts of the - system design, programming language, operating system, etc. Or is - there something more fundamental going on? - - - - AOP's fundamental assumption is that in any sufficiently - complex system, there will inherently be some crosscutting - concerns. - - So, while there are some cases where you could re-factor a - system to make a concern no longer be crosscutting, the AOP idea - is that there are many cases where that is not possible, or where - doing so would damage the code in other ways. - - - - - - Does it really make sense to define aspects in terms of - crosscutting? - - - - Yes. - The short summary is that it is right to define AOP in terms of - crosscutting, because well-written AOP programs have clear - crosscutting structure. It would be a mistake to define AOP in - terms of "cleaning up tangling and scattering", because that isn't - particular to AOP, and past programming language innovations also - do that, as will future developments. - - (Slides for a long talk on this topic were once available at - http://www.cs.ubc.ca/~gregor/vinst-2-17-01.zip.) - - - - - - Is AOP restricted to domain-specific - applications? - - - - No. Some implementations of AOP are domain-specific, but - AspectJ was specifically designed to be general-purpose. - - - - - - Why do I need AOP if I can use interceptors - (or JVMPI or ref - lection)? - - - - There are many mechanisms people use now to implement - some crosscutting concerns. But they don't have a way to express - the actual structure of the program so you (and your tools) - can reason about it. Using a language enables you to express the - crosscutting in first-class constructs. You can not only avoid the - maintenance problems and structural requirements of some other - mechanisms, but also combine forms of crosscutting so that all - the mechanisms for a particular concern are one piece of code. - - - - - - Related Technology - - - - How does AspectJ compare to other new forms of programming? - - - - There are many recent proposals for programming languages that - provide control over crosscutting concerns. Aspect-oriented - programming is an overall framework into which many of these - approaches fit. AspectJ is one particular instance of AOP, - distinguished by the fact that it was designed from the ground up - to be compatible with Java. - - - - - - How do you compare the features of AspectJ with - reflective systems? - - - - Reflective and aspect-oriented languages have an important - similarity: both provide programming support for dealing with - crosscutting concerns. In this sense reflective systems proved - that independent programming of crosscutting concerns is - possible. - - But the control that reflection provides tends to be low-level - and extremely powerful. In contrast, AspectJ provides more - carefully controlled power, drawing on the rules learned from - object-oriented development to encourage a clean and understandable - program structure. - - - - - - How do AspectJ features compare with those of mixin-based - inheritance? - - - - Some features of AspectJ, such as introduction, are related to - mixin-based inheritance. But, in order to - support crosscutting, a core goal for AspectJ, AspectJ goes beyond - mixin-based inheritance. - - Firstly, an aspect imposes behavior on a class, rather than a - class requesting behavior from an aspect. An aspect can modify a - class without needing to edit that class. This property is - sometimes called reverse inheritance. - - Secondly, a single aspect can affect multiple classes in - different ways. A single paint aspect can add different paint - methods to all the classes that know how to paint, unlike mixin - classes. - - -So mixin-based inheritance doesn't have the reverse inheritance -property, and mixins affect every class that mixes them in the same. -If I want to do something like SubjectObserverProtocol, I need two -mixins, SubjectPartofSubjectObserverProtocol and ObserverPartof... -In AspectJ, both halves of the protocol can be captured in a single -aspect. - - - - - - How does AspectJ compare with more dynamic AOP? - - - - - Some AOP techniques are presented as "dynamic" because the weaving - occurs when classes are loaded, because aspects can be configured - in a separate XML file before launch, or because some advice - depends on runtime reflection. They are said to be more flexible - than AspectJ. - - - This is a misconception. First, the AspectJ 1.1 weaver has always - supported weaving at compile-time or class-load-time. Weaving at - compile-time reduces application launch and running time, and it helps - IDE's offer support for tracking down weaving errors and understanding - the impact of aspects on a system. - On the other hand, weaving at load-time simplifies build and deployment. - Before AspectJ 1.2, the user had to write a class loader that used the - weaver API to weave at load time; since 1.2, AspectJ comes with a - command-line launcher to support weaving at class-load-time without - any other changes to a build configuration. In AspectJ 5, we expect - to get a similar level of support as AspectWerkz, and to exploit - the class bytecode weaving hook available in Java 5 VM's. - - - Second, AspectJ programs, like Java programs generally, can be - written to support any level of XML configuration or to depend on - runtime reflection. There are some benefits to using AspectJ; - e.g., the proceed() form within around advice simplifies a lot of - the work that otherwise would go into writing a generalized - interceptor, without introducing many of the runtime errors that can - result from interceptors. - For AspectJ examples of configurable or reflection-dependent programs, - see the sample code linked off the AspectJ documentation page - or the examples discussed on the mailing list, e.g., - - Incremental and runtime weaving support?. - - - - - - What is the relationship between AOP and - XP (extreme programming AKA agile methods)? - - - - From a question on the user list: - -> Anyone know the connections between AOP and Extreme Programming? -> I am really confused. It seems AOP is a programming paradigm, which -> is the next level of abstraction of OOP. Extreme Programming, however, -> this is a lightweight software development process. One of the common -> motivations of AOP and XP is designed to adopt to the requirement -> changes, so that it can save the cost of software development. - - - - This is Raymond Lee's answer: - - - You're not really that confused. AOP and XP are orthogonal concepts, - although AOP can be used to help accomplish XP goals. - One of the goals of XP is to respond to changing requirements. - Another is to reduce the overall cost of development. These are - not necessarily the same thing. - - - One of the principles of XP that contribute to meeting those goals - is to maintain clean, simple designs. One of the criteria for clean, - simple designs is to factor out duplication from the code. Benefits - of removing duplication include the code being easier to understand, - better modularity of the design, lower costs of code changes, less - chance of conflicting changes when practicing collective code - ownership, etc. - - - Different types of duplication lend themselves to being addressed by - different design paradigms and language features. Duplicate snippets - of code can be factored out into methods. Duplicate methods can be - factored out to common classes, or pushed up to base classes. - Duplicate patterns of methods and their use can be factored out to - mechanisms of classes and methods (i.e. instantiations of design - patterns). - - - AOP addresses a type of duplication that is very difficult to handle - in the other common paradigms, namely cross-cutting concerns. By - factoring out duplicate cross-cutting code into aspects, the target - code becomes simpler and cleaner, and the cross-cutting code becomes - more centralized and modular. - - - So, AOP as a paradigm, and the associated tools, gives an XPer, or - anyone wanting to remove duplication from the code base, a powerful - way to remove a form of duplication not easily addressed until now. - - - - - - Will you support C#? - - - Not at this time. Although the resemblances between C# and Java - means it would probably be a fairly straightforward matter to take - the AspectJ language design and produce AspectC#, our current focus - is only on supporting effective uses of AspectJ. - - - - - - Deciding to adopt AspectJ - - - - Is it safe to use AspectJ in my product plans? - - - - You may use AspectJ in your product or project with little - risk. Several factors play a role in reducing the risk of adopting - this new technology: - - - AspectJ is an addition to - Java, and can be introduced into a project - in a way that limits risk. - See for - some suggestions on how to do this. - - - - The AspectJ compiler accepts standard Java as - input and produces standard Java bytecode as output. - In 1.0, an optional mode produces standard Java source code - which may then be compiled with any compliant Java compiler - (e.g. Sun's javac compiler - or IBM's jikes compiler). - In 1.1, an optional mode accepts standard Java bytecode - from any compliant Java compiler - and weaves in the aspects to produce new bytecode. - - - - AspectJ is available under a non-proprietary, open source license, the - - Eclipse Public License v 2.0. - AspectJ will continue to evolve and be available, regardless - of the fate of any particular organization involved with - AspectJ. - - - - Removing AspectJ from your program is not - difficult, although you will lose the flexibility and - economy that AspectJ provided. - - - - - A number of significant open-source projects and industry products use - AspectJ successfully. A prominent example is the Spring framework which supports - both native AspectJ and its internal "AOP lite" framework Spring AOP. Spring AOP - is based on dynamic proxies, offers a subset of AspectJ features and offers the - corresponding subset of the @AspectJ annotation-based aspect syntax. - - - - - You may also search for search for, e.g., "AspectJ in real world" on the WWW - or in AspectJ mailing list archives, as described in . - - - - - - - - - What is the effect of using AspectJ on the source code - size of programs? - - - - Using aspects reduces, as a side effect, the number of source - lines in a program. However, the major benefit of using aspects - comes from improving the modularity of a - program, not because the program is smaller. Aspects gather into a - module concerns that would otherwise be scattered across or - duplicated in multiple classes. - - - - - - - Does AspectJ add any performance overhead? - - - - The issue of performance overhead is an important one. It is - also quite subtle, since knowing what to measure is at least as - important as knowing how to measure it, and neither is always - apparent. - - We aim for the performance of our implementation of AspectJ to - be on par with the same functionality hand-coded in Java. Anything - significantly less should be considered a bug. - - There is currently no benchmark suite for AOP languages in - general or for AspectJ in particular. It is probably too early to - develop such a suite because AspectJ needs more maturation of the - language and the coding styles first. Coding styles really drive - the development of the benchmark suites since they suggest what is - important to measure. - - Though we cannot show it without a benchmark suite, we believe - that code generated by AspectJ has negligible performance overhead. - Inter-type member and parent introductions should have very little - overhead, and advice should only have some indirection which - could be optimized away by modern VM's. - - The ajc compiler will use static typing information - to only insert the advice and dynamic pointcut tests that are absolutely necessary. - Unless you use 'thisJoinPoint' or 'if', the main dynamic checks will be - 'instanceof' checks which are generally quite fast. - These checks will only be inserted when they can not be inferred from - the static type information. - - When measuring performance, write AspectJ code - fragments and compare them to the performance of the - corresponding code written without AspectJ. For example, don't - compare a method with before/after advice that grabs a lock to just - the method. That would be comparing apples and oranges. Also be - sure to watch out for JIT effects that come from empty method - bodies and the like. Our experience is that they can be quite - misleading in understanding what you've measured. - - - - - - - I've heard that AspectJ leads to modularity violations. Does it? - - - - - Well I haven't yet seen a language in which you can't write bad code! - - - But seriously, most AspectJ users find that just like when they learned - OO, it takes a while to really get the hang of it. They tend to start - in the usual way, by copying canonical examples and experimenting with - variations on them. - - - But users also find that rather than being dangerous, AspectJ helps them - write code that is more clear and has better encapsulation -- once they - understand the kind of modularity AspectJ supports. There are several - good papers that talk about this (see below), but here's a basic point - to keep in mind: when properly used, AspectJ makes it possible program - in a modular way, something that would otherwise be spread throughout - the code. Consider the following code, adapted from the AspectJ tutorial: - - -aspect PublicErrorLogging { - Log log = new Log(); - - pointcut publicInterface(Object o): - call(public * com.xerox.*.*(..)) && target(o); - - after(Object o) throwing (Error e): publicInterface(o) { - log.write(o, e); - } -} - - - The effect of this code is to ensure that whenever any public method of - an interface or class in the com.xerox package - throws an error, that error is logged before being thrown to its caller. - - - Of course in the alternative implementation a large number of methods - have a try/catch around their body. - - - The AspectJ implementation of this crosscutting concern is clearly - modular, whereas the other implementation is not. As a result, if you - want to change it, its easier in the AspectJ implementation. For - example, if you also want to pass the name of the method, or its - arguments to log.write, you only have to edit - one place in the AspectJ code. - - - This is just a short example, but I hope it shows how what happens - with AOP and AspectJ is that the usual benefits of modularity are - achieved for crosscutting concerns, and that leads to better code, - not more dangerous code. - - - One paper someone else just reminded me of that talks some more - about this is: - - http://www.cs.ubc.ca/~kdvolder/Workshops/OOPSLA2001/submissions/12-nordberg.pdf - - - - - - - - Why does AspectJ permit aspects to access and add members of another type? - Isn't that violating OO encapsulation? - - - - In the spirit of Smalltalk, we have decided to give more power - to the language in order to let the user community experiment and - discover what is right. To date this has proven to be a successful - strategy because it has permitted the construction of many useful - aspects that crosscut the internal state of an object, and as such - need access the its private members. However, we are not - discounting that some sort of restrictions are useful, rather, we - are seeking input from the community in order to decide on what - these restrictions should be. - - - In that light, our position on encapsulation is : - - - we respect Java's visibility rules - we also provide open-classes, a mature OO technology - we provide "privileged" access if you really need it. - - - Introducing parents or members to classes is a well-studied OO technique - known as open classes. - - - Open classes have been used in many languages prior to AspectJ, - including CLOS, Python, Smalltalk, Objective-C, and others. - Building from Java, introduction in AspectJ provides better - name hygiene and access control than prior languages. - Introduced code obeys all of Java's normal accessibility rules - for its lexical location in the aspect that it is introduced from. - Such code can not even see, much less access, private members of - the class it is introduced into. Further, introductions can be - declared private to the aspect, so they are not visible to - other clients of the class. - - - Privileged aspects do permit access to private members of another - class. They are a response to the very few cases where developers - genuinely need such access (typically for testing purposes where it - access is necessary), but it would be more risky to open access by - putting the aspect in the same package, adding test code, or changing - access in the target class. We recommend using privileged aspects - only as necessary, and believe that marking them "privileged" makes - any potential misuse apparent. - - - - - - Can I use AspectJ with J2EE? - - - - Consider the component types in J2EE: - - - - - Servlet: AspectJ works well within servlets - - - - - JSP: It is possible to use AspectJ to affect code in JSPs by precompiling - them into Java sources and compiling these with ajc. This can be used, e.g., to - customize displays by turning on and off custom JSP taglibs. The mapping from a - given jsp source to java package and class name is not standardized, which means - doing this imposes dependencies on specific container versions. - - - - - EJB: AspectJ supports a wide variety of aspects for EJBs. It can be used for - logging, tracing, debugging, error handling by layers, correlated method-level - interception (e.g., chargebacks), metering, fine-grained transactions, etc. - Indeed, it can be used to enforce adherence to coding restrictions within an - EJB (e.g., not using java.io, creating a class loader, or listening on - sockets) using declare error. - - - - - The basic limitations are that there is no built-in support for writing J2EE - analogs for AspectJ extensions to Java, like distributed aspects, distributed - cflow, or managing state between invocations. These don't prevent one from using - AspectJ to do useful intra-container implementation, nor need they prevent one - from building distributed support, state management, and inter-component - implementations that leverage AspectJ. It just takes some work. In more detail: - - - All AspectJ implementations may define "code the implementation controls". - The AspectJ 1.0 implementation defines this as the files passed to the compiler - (AspectJ 1.1 will also support bytecode weaving). - - - Some advice on EJB operations will generate methods that confuse ejb compilers. - To avoid this problem, you can use the -XaddSafePrefix flag when compiling with ajc. - - - EJB components may be invoked remotely, and containers may passivate and - pool EJB's. Servlets have similar limitations, and in both cases the - lifespan of the defining class loader is implementation-dependent - (though it must span the operation of a particular request). - - - Being limited by lifecycle and namespace, the AspectJ 1.0 implementation - supports aspects that operate through non-remote invocations during the lifetime - of the namespace for a particular - deployment unit compiled in its entirety by the ajc compiler. - This means AspectJ supports common aspects only within a single local runtime - namespace (usually implemented as a class loader hierarchy). - - - Further, AspectJ recognizes language-level join points (object initialization, - method calls, etc.), not their EJB analogs (ejb find or create methods...). - These lead to the following consequences: - - - - - Issingleton aspects (the default) are limited to the lifetime of - the defining class loader, which in some implementations may not span - multiple invocations of the same application or EJB component. - - - - - EJB lifecycles are different from object lifecycles, so perthis - and pertarget aspects will make little sense. They do not work - in the current implementation, which uses synchronized methods - to ensure a correct association in threaded environments - (EJB's may not have synchronized methods). - - - - - Percflow or percflowbelow aspects are restricted to a chain of - non-remote invocations. While EJB 2.0 permits declaring an interface - local, this information is not available to the AspectJ compiler today. - For same reasons as stated above fore perthis, these will not work even - in the EJB container. - - - - - Evaluation of cflow or cflowbelow pointcuts will be valid only - with respect to a chain of non-remote invocations. - - - - - In addition, any AspectJ code should respect EJB operations: - - - - - The EJB container accesses EJB component fields directly, i.e., - in code outside the control of the compiler. There is no join point for - these accesses, and hence no way to write a pointcut to advise that access. - - - - - The EJB container may pool EJB components, so any initialization - join points may run once per component constructed, not once per - component initialized for purposes of a client call. - - - - - The EJB container is permitted to change class loaders, even - between invocations of a particular EJB component (by passivating and - activating with a new class loader). In this case, instances of singleton - aspects will not operate over multiple invocations of the component, or that - static initialization join point recur for a given class as it is re-loaded. - This behavior depends on the container implementation. - - - - - - - - Can I use AspectJ with Generic Java? - - - We plan to support Generics when Java 1.5 is available. - - But at this time, unfortunately not. The two compilers are just not - at all compatible. In an ideal world, there would be a wonderful - Open Source extensible compiler framework for Java that both GJ and - AspectJ would be built on top of, and they would seamlessly - interoperate along with all other extensions to Java that you might - be interested in, but that's not the case (yet?). - - However, on 09 October 2000, the Java Community Process - approved a proposal to add generic types to Java that is largely - based on GJ (JSR 14). A draft specification was submitted for - public review, which closed on 01 August 2001, and a - prototype implementation has been released by Sun. - - We are committed to moving very rapidly to add support for - generic types in AspectJ when generic types become part of the Java - language specification. Everyone on the AspectJ team is looking - forward to this, because we too would really like to be able to - write code that includes both aspects and generic types. - - - - - - Can I use AspectJ with J2ME? - - - The J2ME platform has several different components. - The diagram below shows how the different profiles - build on top of the two configurations CDC (Connected Device - Configuration) and CLDC (Connected Limited Device Configuration): - - -------------- - | Personal | - -------------- -------- - | Foundation | | MIDP | - ------------------ ------------------ - | CDC | | CLDC | ------------------------------------------- -| Java | ------------------------------------------- - - Which configuration you have dictates the restrictions when - running AspectJ compiled programs. - - - If you're running with a profile which sits on top of CDC then - there are not, as far as we are aware, any restrictions when - running AspectJ compiled code on this flavour of J2ME. - - - If you're running with a profile sitting on top of CLDC 1.1 - you are currently unable to use the thisJoinPoint, - thisJoinPointStaticPart and - thisEnclosingJoinPointStaticPart variables, the - cflow and cflowbelow - pointcuts and the percflow and - percflowbelow perClauses. - - - Finally, if you're running with a profile which sits on top - of CLDC 1.0 you have all the restrictions of CLDC 1.1. There may - be further restrictions due to the lack of types corresponding - to the primitive types (e.g. Integer.TYPE), however, at the - time of writing we have been unable to do any extensive testing - on this. - - - Note that the aspectj runtime jar is now (as of AspectJ5) quite - large but only a small subset is required for executing code - in J2ME environments. We plan to ship a second aspectjrt.jar - built for the J2ME environment at some point. - - - For more discussion and to raise any issues you have with - AspectJ and J2ME, refer to - - bugzilla entry 92933. - - - - - - Are you working to put AOP into Java? - It seems that every AOP toolset currently uses proprietary mechanisms - to describe point-cuts, etc. - - - - - We are working on standardization, but it's - a question of timing/ripeness (imagine going from thousands of users - to millions). (See .) We believe - AspectJ addresses this question in the best way possible now: - - - - It's open-source. Rather than being proprietary or controlled by a - vendor, it's available for anybody to use and build upon, forever. - - - - - AspectJ is not a set of mechanisms, it's a language. It is currently - implemented using certain techniques, but there's nothing that prevents - it from being implemented with other techniques. That means users can - adopt the language with confidence that implementations will get better. - - - - - There is no engineering need to change Java. The AspectJ language uses - the join point model already in Java, so there is no need to extend the - programming model. Our implementation produces valid Java bytecode, which - runs in any compliant J2SE VM and supports standard debuggers for those VM's - that support JSR-45 (debugging support for multi-language/multi-file sources). - This is a huge benefit to Sun since Sun must be extremely cautious - about extensions to the language or VM; before adopting AOP, Sun should - demand the kind of actual-proof that AspectJ implementations offer. - - - - - On the issue of "proprietary mechanisms to describe pointcuts, etc.": Any AOP - has to have some language to describe pointcuts and the like ("pointcuts" - of course being the AspectJ term). Users would like to have one language - (to avoid having to learn or transform between many languages) and the - choice of multiple implementations (tailored for a configuration, subject - to competitive pressure, etc.). That's what AspectJ offers. - - - - - That said, we believe the AspectJ extensions to Java could form the basis - for bringing AOP to Java; when that happens, there will be engineering - opportunities to make the implementation and tool support better. - - - - - - - - - What kind of support is available? - - - - The mailing lists provide the primary support for everyone - in the community - (See ). - To request commercial support, tutorials, or presentations, - use the developer mailing list, - aspectj-dev@eclipse.org. - - - To find out about known issues, see the - - AspectJ Programming Guide Appendix, "Implementation Notes" - and the AspectJ bugs in the database at - https://bugs.eclipse.org/bugs - (using the product AspectJ). Here are direct links to - - view open compiler bugs, - - view all Aspectj bugs (open or closed), or - - add new bugs. - - - - - - - What mailing lists are there? - - - - The AspectJ users mailing list - (aspectj-users@eclipse.org) - provides an informal network of AspectJ language users who - can answer usage questions about AspectJ programs - and the AspectJ tools. - This is the place to ask how to code something in AspectJ - or how to write Ant or shell scripts to invoke the tools. - - - The AspectJ developers mailing list - (aspectj-dev@eclipse.org) - provides an informal network of AspectJ technology experts who - aim to understand the technology behind AspectJ. - The committers to the AspectJ project use this list - for open technical and planning discussions. - Developers can answer questions about what's possible and about - integrating AspectJ technology with other technologies. - - - For both mailing lists, only subscribed members may post messages. - To subscribe, visit the - AspectJ web site. - - - There you can also subscribe to - aspectj-announce@eclipse.org, - a low-traffic list containing only announcements - about significant AspectJ events and product releases. - - - - - - Using the AspectJ compiler - - - - Do I have to use the AspectJ compiler? - - - - The AspectJ compiler or weaver is required at some point, but - many people can use AspectJ without changing their build or - deployment process significantly. For aspects that are not - required to compile, you can use the AspectJ binary weaver, run - at build-time or class-load-time. You can write aspects using - the original code style (which must be compiled with the AspectJ - compiler) or using the annotation style new in AspectJ 5 (which - may be compiled with Javac or the AspectJ compiler). - - For more information, see - . - - - - - - - What files do I need to include when compiling AspectJ programs? - - - - You need to specify to the compiler the files that - contain your aspects and the files that contain the - types affected by your aspects. - See . - The AspectJ compiler will not search the source path for types - that may be affected (unlike Javac and Jikes). - In AspectJ 1.0, ajc requires all code to be in source form; - in AspectJ 1.1, Java and AspectJ code may be in either source - or binary form. - - In some cases you should compile your entire system all at once. - If this is too slow, then you can try to make reasonable divisions - between sets of source files whose aspects do not interact to - achieve a shorter compile cycle (particularly for development - aspects). If you have aspects that apply to different modules, - you can try compiling them into a binary form and using them - to weave each module. However, if you get any problems - or if you wish to run tests or do a release, you should recompile - the entire system. - - - For more information, see the - - Development Environment Guide - - Reference for ajc. - - - - - - I have to list many files in the command line to - compile with ajc. Is there any other way to - provide the file names to ajc? - - - - - Yes, use the argfile option to ajc. List source - files in a line-delimited text file and direct ajc to that - file using -argfile or @: - - ajc @sources.lst -ajc -argfile sources.lst - - Another way in AspectJ 1.1 is to use the - -sourceroots options, which reads all - source files in a given set of directories: - - ajc -sourceroots "src;testsrc" - - - For more information, see the - - Development Environment Guide - - Reference for ajc. - - - - - - What Java virtual machine (JVM) do I use to run the - AspectJ compiler? - - - - Use the latest, greatest, fastest JVM you can get your hands on - for your platform. The compiler's performance is dependent on the - performance of the JVM it is running on, so the faster a JVM you - can find to run it on, the shorter your compile times will be. At a - minimum you need to use a Java 2 or later JVM to run the compiler - (J2SE 1.3 for AspectJ 1.1). - We realize that this constraint can be a problem for users who - don't currently have a Java 2 JVM available. We're sorry for the - inconvenience, but we had to make the hard decision that the - advantages of being able to rely on Java 2 were worth the cost of - losing a number of developers who are working on platforms without - Java 2 support. Here is a list of starting places where you might - find support for your system. - - - - Java 2 - Platform, Standard Edition - - - - - - - developerWorks : Java technology : Tools and products - Developer kits - - - - - - - developerWorks : Open Source - Jikes Project - - - - - - Java - Platform Ports - - - - - - The requirement of Java 2 support is only for - running the AspectJ compiler. The AspectJ - compiler can be used to build programs that will run on Java 1.1 - (or probably even on Java 1.0) systems. This means that it can - build programs that will run on Macintosh, FreeBSD, and applets - that will run in Internet Explorer and Netscape Navigator that are - still not yet Java 2 compliant. - - - - - - How can I use ajc to compile - programs for a JVM that is different from the one used to run it? - - - - - ajc can be used to develop programs that are - targeted at the Java 1.1 platform, even though the - ajc compiler won't run on that platform. Here's - an example of using ajc in this sort of - cross-compilation mode (assuming a Windows platform with all the - default installation directories): - - -ajc -target 1.1 -bootclasspath c:\jdk1.1.7\lib\classes.zip \ - -classpath c:\aspectj1.0\lib\aspectjrt.jar -extdirs "" \ - -argfile jdk11system.lst - - This same technique can be used if you want to run - ajc on a JDK 1.3 JVM (highly recommended) but - need to generate code for JDK 1.2. That would look something - like: - - -ajc -bootclasspath c:\jdk1.2\jre\lib\rt.jar \ - -classpath c:\aspectj1.0\lib\aspectjrt.jar \ - -extdirs c:\jdk1.2\jre\lib\ext - -argfile jdk12system.lst - - - - - - Does the ajc compiler support - the assert keyword in Java 1.4? - - - - Yes. As with Javac, - use the -source 1.4 option as described - in the - - Development Environment Guide - - Reference for ajc. - - - - - - Does the ajc compiler support - generics and the other new language features of Java 5? - - - - Yes. As with Javac, - use the -1.5 option as described - in the - - Development Environment Guide - - Reference for ajc. - - - - - - Will aspects work with different versions of the compiler/weaver and runtime? - - - - Yes. Both ajc and - aspectjrt.jar should work with versions - of aspect code and libraries back to AspectJ 1.2.1. - Any aspects should be deployed - with the same version of aspectjrt.jar - they were compiled with. For more information, see the - - Development Environment Guide - - Reference for ajc - and - - Deployment notes section on - - Version compatibility. - - - - - - Are there any issues using AspectJ with the Microsoft - JVM? - - - - Since AspectJ requires Java 2 or later, it will not run on the - Microsoft JVM, which does not support Java 2. - - - - - - Does ajc rely - on javac for generating Java bytecode - (.class) files? - - - - No. Some previous versions of AspectJ had this requirement. - In AspectJ 1.0, javac can still be used as - ajc back end by using the - -usejavac flag. You can also run ajc - in preprocessor mode to generate Java source - (.java) files to be compiled using - javac or another java compiler. - Neither option is supported in AspectJ 1.1. - - - - - - - I noticed the AspectJ compiler doesn't use a parser generator. Why is that? - - - - In AspectJ 1.0, - the PARSER for ajc is written by hand. This choice was made with full - awareness of the generator tools out there. (Jim had for example used - the excellent javacc tool for building the parser for JPython (now Jython)). - One of the reasons that AspectJ uses a hand-written parser is that using - javacc taught Jim about the LL-k design for parsers (pioneered by antlr). - As opposed to the state-machine parsers produced by yacc, these parsers are - very readable and writable by humans. - - - Antlr and javacc did not really suit the project: - - - - - Antlr's support for unicode in the lexer is still immature and this makes - using it with Java challenging. This was an even bigger issue 3 years ago - when we started on the Java implementation of ajc. - - - - - While javacc is freely available, it is not Open Source. Depending on a - closed-source tool to build an Open Source compiler would reduce some - of the transparency and control of open-source. - - - - - There were also several things that were easier to implement with - a hand-written parser than with any of the exiting tools. - - - - - Semi-keywords -- it's important to us that - "every legal Java program is also a legal AspectJ program." - This wouldn't be true if we made 'before' and 'call' full keywords in - AspectJ. It is easier to support these sorts of semi-keywords with a - hand-written parser. (Note: ajc-1.0.x handles 'aspect' and 'pointcut' - slightly specially which can break a few unusual pure Java programs. - This is a compiler limitation that will be fixed in a future release.) - - - - - Deprecated syntax warnings -- the syntax of AspectJ - changed many times from version 0.2 to the 1.0 release. It was easier - to provide helpful warning messages for these changes with our - hand-written parser. - - - - - Grammar modularity -- We like being able to have - AspectJParser extend JavaParser. - - - - - Part of the grammar for AspectJ is extremely hard for existing tools to - capture. This is the type pattern syntax, i.e. "com.xerox..*.*(..)". - The sort of case that gives standard parser generators fits is something - like "*1.f(..)" which no one would ever write, but which must be - supported for a consistent language. - - - In AspectJ 1.1, the parser was written as it is for the underlying - Eclipse compiler, - with some hand-coding of the sort that avoids adding keywords to - the language. - - - - - - - - How does incremental mode work? - - - - In incremental mode, ajc minimizes the files that need - to be recompiled after another file has changed. In Java, - only the changed files need to be recompiled, but in AspectJ, - other files might also need to be recompiled or re-woven. - - Depending on what is modified, we may need to re-weave - code.  If you change a pointcut and save it, we currently have - to check everywhere in case a new match is occurring or an old - match is no longer correct.  However, if you simply change - the body of an advice in an aspect, there is (usually) no need - to reweave as the affected classes call the advice and the - advice (by design) maintains its name in the recompiled - aspect. - If you make a change to a class (as opposed to an aspect) and - save it, we usually can get away with merely having to - compile that class then weave the existing aspects with it - - rather than doing a full recompile of the entire system. - - There are a lot of possible optimizations to the - algorithms we use, by performing more complete analysis of - the change made to a file that will enable us to know more - accurately whether we need to reweave and if we do then what - we need to reweave - we just haven't gotten around to - implementing them yet. - - - - - Integrating AspectJ into your development environment - - - How do I know which aspects affect a class when looking - at that class's source code? - - - - When you are working with the IDE support, you can get an - understanding of which aspects affect any class. - This enables AspectJ programmers to get the benefits of - modularizing crosscutting concerns while still having immediate - access to what aspects affect a class. - - - See for more - information on which Java development environments are - supported.) - - - When you are looking at documentation for AspectJ 1.0 programs, - ajdoc will provide links from aspects and - advice to the affected code, but it provides less information - than the IDE support because it only parses declarations. - - - When you are compiling your program, pointcuts that are - statically-determinable can be used in declare statements - to identify the code picked out by the pointcut. - (A pointcut is statically determinable if it only uses - the pointcut designators - within, - withincode, - execution, - call, - get, - set, - initialiation, and - staticinitialiation.) - The compiler will list the static code points which will be - affected by any advice specifying the same pointcut. - For example, the following will print a warning - whereever some code in class Bar gets a field value from Foo: - -declare warning: get(* Foo.*) && within(Bar) - : "reading Foo state from Bar"; - - - - When you are running your program, - you can trace advice as it executes. This - enables you to identify advice on join points picked out - dynamically, which cannot be reflected precisely by IDE support. - For a related tracing question, - see - - - - - - What kind of IDE support is available for developing - AspectJ programs? - - - - See - - - - - What plans are there to support my IDE? - - - - The AspectJ team directly provided components for JBuilder, Forte, - and Emacs and supported the open-source AspectJ plugin project - at https://eclipse.org/ajdt - which uses the AJDE API support for IDE's. - Supporting new IDE's is a matter of building on the AJDE API's, - mostly likely adopting one of the existing open-source IDE - extensions as a design template. - Here are the IDE's where we know people have expressed interest, - so interested developer may want to join with others in their - developer communities to build the integration. - - - - IDEA/IntelliJ has an enthusiastic community and - the developers are working on an extensibility API - - http://intellij.com - - - - jEdit comes from a very active open-source community. - - - - Oracle JDeveloper is supported at - - https://jdeveloperaop.dev.java.net/. - - - - Some have suggested Codeguide from Omnicore - http://www.omnicore.com/ - - - - - - For questions on AJDE, join the developer's list - aspectj-dev@eclipse.org. - For questions on the current IDE integrations, contact those projects. - - - - - - Can I port AJDE support to my development environment? - - - Yes. The core AJDE API is extensible and the source code is - available for download. Start by studying the sources - for the existing IDE support linked off the AspectJ site - https://eclipse.org/aspectj. - - - - - - I want the aspects for development builds but - remove them for production builds. How can I set up the build - system so they are unpluggable? And so I use javac - in my production build? - - - - - If you are using development-time-only aspects - aspects that only - exist when you are developing the code, not when you ship it - - you can use implement a hybrid build process by listing - the production source files into a javac-compliant argfile, - and the development source files in another ajc argfiles: - - --- file "production.lst": -One.java -two/Three.java -... - --- file "tracing.lst": -trace/Library.java -Trace.java - --- file "development.lst": -@production.lst -@tracing.lst - - - Then your development build can use ajc: - - -ajc @development.lst - - - And your development build can use - ajc or javac - or jikes: - - -jikes @production.lst - - - - - - - We compile module jars and then assemble them. Can we continue this with AspectJ? - - - - - Aspects apply to everything in a namespace, as if everything is - compiled together. - Sometimes you can break the build down into separate steps without breaking - this model, but we haven't stated exactly where it could break - because it depends on the interactions between all types. - You can try the approaches below, but remember to rebuild - everything in one go if there are problems. - - - The simplest scenario is when the aspects apply to all modules - and the modules compile without the aspects. In that case, - weaving in the aspects is just the final assembly step for - the build. - - - Next is the case where the aspects make changes to a common - library that are visible to other clients, which themselves - are otherwise unaffected by the aspects. In this case, the - common library can be built using ajc, and used on the - classpath for the module builds: - - - - Combining these last two, - there's the case where a common set of aspects should - affect two or more modules that are in a dependency relationship - to one another. It should work to reuse the aspects - in binary form for each compile, in dependency order: - - - - - If two modules are visibly affected by aspects and - mutually-dependent, the only thing to do is compile - them together. - - - It's safest to assume that all aspects can affect all - types in a namespace; using build boundaries to effect - crosscutting limits causes a dangerous dependency on - the build process and might cause problems. - - - - - - We use modules and would like to use incremental compilation. - Is that possible? - - - - - Just incrementally-compile the whole system. - Specify to ajc the modules as multiple source roots - (or input jars if you are weaving libraries). - - - In Eclipse's AJDT, you can create a top-level project with symbolic - links out to the sources: - - - - Then everything is part of one huge incremental compile. Also, you - can close this master project and work the others using the Java - compiler or AJDT. - - - The links make incremental development possible without affecting - the modularized Ant builds. (Our practice runs along those lines.) - - - - - - Programming notes and tips - - - Is it possible to change methods by introducing keywords (like - synchronized), adding parameters, - or changing the "throws" clause? - - - - AspectJ does not enable you to change the signature of a method, - but you can (by express declaration) work around some - limits imposed by the signature. You can convert a checked exception to - unchecked using declare soft, privileged aspects - have access to private methods, and you can use a percflow aspect to - ferry additional state to a callee without changing intervening - signatures. For more details, see - The AspectJ Programming Guide. - In the case of synchronized, - we have what we consider a better solution that uses - around advice instead of introduction. This solution is described - in - - this thread (no longer available) - on the AspectJ users list, with some - - additional comments (no longer available) - . - - - - - - - I don't understand what join points exist. How can I see them? - - - - - You can trace them using using an aspect. - For example, you can start logging at a particular method call and - see what join points occur after the call and before it returns. - - - Here's some code Jim Hugunin wrote to trace join points - and posted to the users list. To reuse the aspect, - define a subaspect and implement the pointcuts, for example: - -aspect JoinPointSampleAspect extends aj.TraceJoinPoints { - protected pointcut entry() : - execution(static void JoinPointSample.main(String[])); - protected pointcut exit() : - call(static void JoinPointSampleAspect.exit()); - - public static void main (String[] args) { - JoinPointSample.main(args); - JoinPointSampleAspect.exit(); - } - public static void exit() {} -} - -class JoinPointSample { - public static void main(String[] args) {} -} - - - Here's the aspect: - TraceJoinPoints tjp = TraceJoinPoints.aspectOf(); - * if (null != tjp) tjp.message("Hello, World!"); - */ - public void message(String s) { - out.println("" + prepareMessage(s) + ""); - } - public void message(String sink, String s) { - if (null == sink) { - message(s); - } else { - out.println("" + prepareMessage(s) + ""); - } - } - protected String prepareMessage(String s) { return s; } // XXX implement - - //--------- end of added - - PrintStream out; - int logs = 0; - protected void makeLogStream() { - try { - out = new PrintStream(new FileOutputStream("log" + logs++ + ".xml")); - } catch (IOException ioe) { - out = System.err; - } - } - - protected void closeLogStream() { - out.close(); - } - - - int depth = 0; - boolean terminal = false; - protected void logEnter(JoinPoint.StaticPart jp) { - if (terminal) out.println(">"); - indent(depth); - out.print("<" + jp.getKind()); - writeSig(jp); - writePos(jp); - - depth += 1; - terminal = true; - } - - void writeSig(JoinPoint.StaticPart jp) { - out.print(" sig="); - out.print(quoteXml(jp.getSignature().toShortString())); - } - - void writePos(JoinPoint.StaticPart jp) { - SourceLocation loc = jp.getSourceLocation(); - if (loc == null) return; - - out.print(" pos="); - out.print(quoteXml(loc.getFileName() + - ":" + loc.getLine() + - ":" + loc.getColumn())); - } - - String quoteXml(String s) { - return "\"" + s.replace('<', '_').replace('>', '_') + "\""; - } - - protected void logExit(JoinPoint.StaticPart jp) { - depth -= 1; - if (terminal) { - out.println("/>"); - } else { - indent(depth); - out.println(""); - } - terminal = false; - } - - void indent(int i) { - while (i-- > 0) out.print(" "); - } -} -]]> - - Note that if you are using AspectJ 1.0, - the line starting with declare precedence - would be removed, and the aspect declaration would look like - aspect TraceMyJoinPoints dominates *. - - - - - - - What is the difference between call and execution join points? - - - - - Briefly, there are two interesting times when a constructor or method is - run. Those times are when it is called, and when it actually - executes. - - - The main difference is that a call join point happens outside of - the target object (for non-static methods) or class (for static methods - and constructors), and that an execution join point happens inside - the object or class. This means that the within - and withincode pointcuts pick them out - differently: A call join point is picked out within the caller, - while an execution join point is picked - out where it is actually defined. - - - A call join point is the ``outermost'' join point for a particular - call. Once a call join point proceeds, then a number of different - things happen. For non-static methods, for example, method - dispatch happens, which will cause one method execution join point - -- perhaps more, if there are super calls. For constructors, the - super constructor is called, and fields are initialized, and then - various constructor execution join points will occur. - - - A call join point matches only the ``external'' calls of a method - or constructor, based on a signature, and it does not pick out - calls made with super, or - this constructor calls. - - Here's more detail: - - Consider method execution in Java as (1) the initial call from - this object to some method on the target object with a - particular signature; and (2) the execution of the actual code - in the particular method dispatched in the target object. - The call join point starts with the initial call and ends - when control returns to the call (by return or perhaps - thrown exception). The execution join point starts with - the method body and ends when the body completes (again - by return or throwing an exception), so the execution join - point always happens within the bounds of the corresponding - call join point. You can see this if you use the - join-point tracing aspect in see . - - As you would expect, the context differs - in advice on pointcuts picking out execution and call join - points; for call, this refers to the caller, whereas - for execution this refers to the called - (executing) object. - - - There are some subtle interactions with other AspectJ semantics. - First, the meaning of the signature in the - execution() and call() - pointcut designators (PCD's) differ: the call type depends upon - the type of the reference making the call, while the execution - type depends on the enclosing class. - Second, you may choose one over another if you cannot bring all - your sources within the code the compiler controls - (described in the appendix - to the Programming Guide). - For example, to trace calls into a - method from classes which are outside the code the compiler controls - at compile time, then using execution() will work - while using call()may not. Finally, since - super invocations are not considered method calls, - to trace super.foo() would require using - execution. - - - Because of differences in the way AspectJ 1.0 and 1.1 - are implemented, in 1.0 - you should use the call() - pointcut designator unless you have a good reason to use - execution(); in AspectJ 1.1, the - reverse is true. - - - - - - - What is the difference between cflow and cflowbelow? - - - - - Both pick out all the join points in the control flow of - the specified join points. - They differ only in that the cflowbelow() - pointcut designator does not pick out the join points - specified, while cflow() does. - - - - - - How do I say that I want the topmost entrypoint in a - recursive call? How about the most-recent prior entrypoint? - - - - This is best seen by way of example. - Given a recursive call to int factorial(int) - you can print the arguments for - (a) the current and most-recent recursive call - or (b) the current and original recursive call: - - -aspect LogFactorial { - pointcut f(int i) : call(int factorial(int)) && args(i); - - // most-recent - before(int i, final int j) : f(i) && cflowbelow(f(j)) { - System.err.println(i + "-" + j); - } - - // original - before(int i, final int j) : f(i) - && cflowbelow(cflow(f(j)) && !cflowbelow(f(int))) { - System.err.println(i + "@" + j); - } -} - - - - - - What is the difference between constructor call, - constructor execution, initialization, and static - initialization join points? - - - - Static initialization pertains to initialization of - a class or interface type. Constructor call and execution - are akin to method call, and initialization generalizes this and - picks out the first constructor called. - - Their relations are best - demonstrated by tracing the join points. Below is the class - Test which implements an interface and extends a class - along with a trace of the join points below and including - the constructor call obtained using - TraceJointPoints.java - from . - - - For a program compiled with AspectJ 1.0, - the result is this: - - - - - - - - - - - - - - - - -]]> - - Ordinarily, using a call pointcut designator - is best because the call join point surrounds the others, but in - the case of constructors there is no target object for - the call (because it has not been constructed yet), so you - might prefer to use the initialization - pointcut designator. - - - - - - How do I work with an object right when it is created? - - - - - You can advise some form of constructor join point. - Constructors are tricky in Java, and that's exposed in AspectJ. - Here are some rules of thumb: - - - If you want the join point on the "outside" of object creation, - use after returning from call to the constructor: - - -after() returning (Foo newlyCreatedObject): call(Foo.new(..)) { ... } - - - You might be tempted to use "this" or "target" to expose the new object, but remember - that if you're on the "outside" of object creation, the object itself might not be - created yet... it only exists "on the way out", when you return the object. - - - - If you want the join point inside a particular constructor, use: - - -after(Foo newlyCreatedObject) returning: this(newlyCreatedObject) && execution(Foo.new(..)) { ... } - - - Remember, though, that if you use "before" advice here, the body of the constructor - will not have run, and so the object may be somewhat uninitialized. - - - - - In the rare case that there are all sorts of constructors for the object that call - each other with this(...) and you want exactly one join point - for each initialization of Foo, regardless of the path of - constructors it takes, then use: - - -after(Foo f) returning: this(f) && initialization(Foo.new(..)) { ... } - - - - - - - - - - I want advice to run at two join points, but it doesn't run at all. What gives? - - - - - This usually reflects both a conceptual error and a programming mistake. - Most likely you want to do something like "run the advice for all - public and private calls," and the code looks something like this: - - -within(com.xerox.printing..*) && call(public * *(..)) && call(private * *(..)) - - - But a pointcut is evaluated at *each* join point. - The expression above would never pick out any call join point, - because no method signature has both public and private access. - In a pointcut, pc1() && pc2() means both - must be true at a given join point for advice to run at that join point. - The correct pointcut would use || as follows: - - -within(com.xerox.printing..*) && (call(public * *(..)) || call(private * *(..))) - - - Then the advice will run at the join point. - - - - - - - How do I refer to a static field when my advice crosscuts multiple classes? - - - - There is no way in advice to refer to the type of the - code executing in a static context except by specification. - This makes it impossible to refer to static members using - runtime information. - - However, AspectJ can determine the class for something - in the join point context, which you can use as a per-class key. - Then you can actually declare an instance field to contain - the per-class value (see the next question). This comes at - the cost of an extra reference, but the field can be final. - - - - - - I would like to reuse a type pattern, e.g., to - write advice that is limited to a certain set of classes. - Do I have to retype it each time? - - - - No. You can declare that all the types implement - an interface you define, and then use the interface type in - your program. For example: - - -/** - * Example of using an interface to represent a type pattern. - * sub-aspects use declare parents to add to traced types, e.g., - * declare parents: com.mycompany.whatever..* implements Marked; - */ -abstract aspect MarkerExample { - /** marker interface for types that we want to trace */ - interface Marked {} - - /** calls to an instance of Marked not from an instance of Marked */ - pointcut dynamicCallsIn(): call(* *(..)) && target(Marked) && !this(Marked); - - /** calls to methods defined by a subtype of Marked - * that don't come from the body of a subtype of Marked - */ - pointcut staticCallsIn(): call(* Marked+.*(..)) && !within(Marked+); - - /** print dynamic calls */ - before(): dynamicCallsIn() { System.out.println("before " + thisJoinPoint); } -} - -aspect MyMarker extends MarkerExample { - declare parents: com.mycompany.whatever..* implements Marked; -} - - - - - - Where do I find example programs and how-to's? - - - There are a number of places to find sample code - and instructions for using AspectJ with other programming tools. - - - The AspectJ release includes examples in its - doc directory. - - - - There is a community repository of sample code and tutorials - in the AspectJ CVS tree - docs module sandbox directory. - These are extracted and published (online only) - - here - . - - - - The teaching directory of the - docs module contains public materials - the AspectJ committers use for presentations, some of - which include example code. To access CVS, see - . - - - - The archives for the user and developer mailing lists - contain many good examples. To search the archives, see - . - - - This code can vary in quality. - Code that we publish or include with AspectJ is generally - correct. However, code found in our CVS tree might not have - been tested thoroughly, and code from the mailing lists might - be untested or use older versions of the language. - - - - - - Are aspect libraries available? - - - Some libraries are distributed in the release under the - examples folder in the distribution. - These are "libraries" in the sense that they are reusable, - but they are delivered in source form. - Similarly, some of the sample code is reusable; for that, - see . - If you develop such a library and want to make it available to - other users, feel to send it to the users mailing list - aspectj-users@eclipse.org. - - In AspectJ 1.1, ajc supports binary aspects, so - you can distribute aspect libraries without distributing the - source. For more information, see the - -aspectpath - option in the - - Reference for ajc. - - - - - - How does ajc interact with the - serialVersionUID? - - - - The current version of ajc can change the - serialVersionUID of generated - .class files as a result of weaving in advice. - This is an important fact that developers using both aspects and - serialization should be aware of. It is likely that a future - version of the compiler will be better behaved regarding the - serialVersionUID. - - However, changes to the serialVersionUID - attribute are typically only important when using serialization for - the long-term persistence of objects. Using standard Java - serialization for long-term persistence has a number of drawbacks - and many developers already use alternative solutions. For one - possibly standard solution, see - - Long-Term Persistence for JavaBeans Specification - . - - - - - - How can I use AspectJ with applets? - - - - Just include the aspectjrt.jar as a required archive. - For example, here is the HTML code for an HTML editor - applet that contains some debugging aspects: - - - - - - - -]]> - - The above markup has worked reliably with the Java Plugin - (included in the JRE 1.4.x) in IE 6, Mozilla 1.1 (Win32), - and Mozilla 1.0.1 (Red Hat Linux 8.0). - The following link describes how to configure Mozilla/Netscape - 6.x/7.x to use the Java Plugin from a JRE/SDK installation: - - http://java.sun.com/j2se/1.4.1/manual_install_linux.html. - (Thanks to Chris Bartling for this answer.) - - - - - - How can I specify types for advice that captures primitives, void, etc.? - - - - In some cases, AspectJ allows conversion from values of primitive types to Object, - so that highly polymorphic advice may be written. This works if an advice parameter - or the return type for around is typed to Object. So: - - -class Test { - static int i; - public static void main(String[] args) { - i = 37; - } -} - -aspect TraceSet { - before(Object val): set(* Test.*) && args(val) { - System.err.println(val); - System.err.println(val.class); - } -} - - - will print out - - -37 -java.lang.Integer - - - For more information, see the Programming Guide - - semantics section "Context Exposure" - . - - - - - - How do I detect which version I am running? - - - The ajc - compiler emits the version when passed the - -version flag as an argument. - - To programmatically - detect the version of the AspectJ runtime while running - under Java 1.4 or later, get the version from the package: - -Package lang = org.aspectj.lang.JoinPoint.class.getPackage(); -String version = lang.getImplementationVersion(); - - - When running under Java 1.3 or earlier, read the manifest - directly. For example code, see the source for - AjBuildManager.checkRtJar(AjBuildConfig) - in the org.aspectj.ajdt.internal.core.builder - package of the org.aspectj.ajdt.core module, - available as described in - . - - Note that the version of AspectJ for the tools in - aspectjtools.jar is in - org.aspectj.bridge.Version. - - - - - - How do I write synchronized advice? - - - The only modifier advice can take is strictfp. - However, you can enclose the body of the advice in a synchronized - clause: - -before() : pc() { - synchronized (this) { - // advice code here - } -} - - - It should not be necessary to synchronize a percflow aspect, - but you might do this for perthis, pertarget, or issingleton (default) - aspects. To serialize advice in multiple aspects, synchronize on a - lock object available (only) to the aspects. - - - - - - Common Problems - - - When I run, I get a StackOverflowError - (or a long stack trace or no output whatsoever) - - - - Most likely this is a case of infinite recursion, - where advice is advising itself. It presents as a - StackOverflowError - or silence as the VM exhausts itself in the recursion. - - Of course, infinite recursion is possible in Java: - -public class Main { - public static void main(String[] args) { - try { - main(args); - } finally { - main(args); - } - } -} - - If you compile and run this program, and it will fail silently, trying - to process the finally clause even after throwing the StackOverflowError. - - Here's a similar AspectJ program where the recursion is - not so obvious: - - -aspect A { - after(): call(* *(..)) { System.out.println("after " + thisJoinPoint); } -} - - This re-invokes itself because it advises any call. - It invokes itself even after an exception is thrown, since - after advice, like a finally clause, runs even - after exceptions are thrown. You can fix this by following two practices: - - In AspectJ 1.1, the String concatenation operator (+) is - advised in its StringBuffer form, so if your advise uses - String + in a way that is picked out by your pointcut, - you will get infinite recursion. - - (1) Use after returning to advise normal completions - or after throwing to advise abrupt completions. - If you use after or after throwing, - write the advice with the same care you would a finally clause, - understanding that it may run after some failure. - - (2) Avoid writing advice that advises itself. One simple way to - do so is to exclude the code within the current aspect: - - -aspect A { - after() returning: !within(A) && call(* *(..)) { - System.out.println("after " + thisJoinPoint); - } -} - - A better way is often to re-write the pointcut. - If the advice is advising itself accidentally, that's a sign that - the pointcut is not saying what you mean. - - -aspect A { - pointcut withinTargetClasses() : within(A+) || within(B+); - after() returning: withinTargetClasses() && call(* *(..)) { - System.out.println("after " + thisJoinPoint); - } -} - - - - - - I've declared a field on every class in - my package; how do I use it in advice? - - -aspect A { - boolean com.xerox..*.dirtyFlag; - after (Object target) returning - : target(target) && call(* com.xerox..*.set*(..)) { - target.dirtyFlag = true; // compile fails here - } -} - - - - You need a type to refer to any member, field or method. - It's generally better to introduce onto an interface and - declare classes to implement the interface, which permits you - to use the interface type in advice formals. - - -aspect A { - interface TrackingSets {} - boolean TrackingSets.dirtyFlag; - declare parents : com.xerox..* implements TrackingSets; - - after (TrackingSets target) returning - : target(target) && call(* com.xerox..*.set*(..)) { - target.dirtyFlag = true; - } -} - - - - - - The AspectJ compiler aborts with an OutOfMemoryError when - compiling many classes. How can I fix this? - - - - ajc can use more memory than a javac - compile of the corresponding pure-java sources when aspects - are added to the mix. You'll need to increase the memory - available. - - The command ajc is actually a script that - launches a Java virtual machine with the correct classpath. You - should make a copy of this script, rename it, and then edit it. - Change the -Xmx option, size of memory allocation pool (heap). You - might try -Xmx128M or even - -Xmx256M. - - When running under Ant, give Ant more memory or - use the fork option together with - the Xmaxmem option. - - When running under an IDE, look to the documentation - for the IDE to determine how to increase available memory. - - In either case, doing incremental compilations can hold on to - more memory than a one-shot compile process, as the compiler - trades space for time in recompiles. - - - - - - - Why do I get a message that my class is already defined? - - - - - Most commonly, a source file was specified twice on the command line - (e.g., directly and by a *.java entry in a .lst file). - However, sometimes you have defined a class in two files in the - same package, and you need to rename the class or change its - scope. You should get this message from any Java compiler. - - - - - - - ajc recompiles all files every time. - How can I make it recompile only the files that have changed? - - - - - ajc 1.0 does not support incremental - compilation, but since 1.1 ajc does when passed the - -incremental option. It may still recompile - files that have not changed, if they could be affected by aspects - in particular ways, but the files compiled should be fewer - and result in faster compiles. - Further, the 1.1 release supports binary weaving, so you - need not recompile if you already have .class files. - - - - - - - ajc is using the wrong JVM. How do I - fix it? - - - - The easiest way to fix this is to re-install - ajc (using the same .class or - .exe file that you originally downloaded) and - this time make sure to tell it to use the desired JDK (typically - the JDK versions 1.2 or 1.3 from Sun). - - If you are familiar with DOS batch files or shell programming, - you could also fix this by simply editing the - bin\ajc.bat or bin/ajc - script. - - - - - - My IDE is trying to parse AspectJ files which makes my project unusable. - What can I do? - - - - - When working with an unsupported IDE that objects to the syntax of - AspectJ source files (and, e.g., automatically gathers them - in a source tree as Java files based on the .java extension), - you can use the .aj extension for your AspectJ files. - The ajc compiler accepts both .java and .aj files, and you can - set up your build scripts to include the correct list of - source files. (You will have to find another editor for - editing AspectJ files; you can use the ajbrowser to view - edit your AspectJ files and navigate the crosscutting structure.) - - - - - - I used to be able to compile my program in my IDE, but when I - use AJDE, I run out of memory (or it goes really slow). - - - - - The ajc compiler does more analysis than (e.g.,) javac, - and AJDE may in some IDE's hold a copy of the structure tree until the - next tree is available from the compile process. Both mean that you may - need extra memory to compile the same program. However, increasing - available memory to the point that you are swapping to disk can - slow the process considerably. - - - If you are having problems and would like to find the optimal memory - allocation, iteratively decrease the amount of memory available until - AJDE or ajc signals out-of-memory errors, and then increase that - amount by 5-10%. - - - To increase memory for the ajc compiler, see . - For your IDE, do something similar or follow the provider's instructions. - For example, to increase memory in JBuilder, edit the - jbuilderX/bin/jbuilder.config - file to have an entry like: - -vmparam -Xmx384m - - - - If it turns out that your project is too big to use with AJDE, your IDE - may nonetheless support external commands or Ant build processes, which - run outside the IDE memory space. For a JBuilder Ant plugin, some - people have directed us to . - - - - - - - When I run, I get a NoAspectBoundException or a - ClassNotFound message for NoAspectBoundException. - - - - This happens when an aspect is not associated with an object - that is being advised. We have seen this happen two ways: - - - You get a ClassNotFound message for - NoAspectBoundException when loading a - class affected by aspects if aspectjrt.jar - classes are not on the runtime classpath. - To fix this, put the classes on the classpath. - - - - - You can get a NoAspectBoundException when - there is a cycle in aspect initialization or static - initialization, most commonly when an aspect advises - its own initializer. To fix this, first find the class that - fails to load by running java in debug mode or looking - at the NoAspectBoundException trace, - and then fix the offending (probably unintended) dependency. - Most often, it comes from a pointcut like - staticinitialization(com.company..*) - or within(com.company..*), which - can include any aspects in the same subpackages. - You can avoid advising most join points associated with - the aspect TheAspect - by adding && !within(TheAspect) - to your pointcut. - - - - - - - - - - - My stack traces don't make sense. What gives? - - - - In 1.0, unless you are using the ajdb debugger, - stack traces may - have synthetic methods in the stack, and the line numbers may - not track your source code. The - - Development Environment Guide - discusses how to interpret stack at the end of the - - Reference for ajc. - - In 1.1, line numbers should work correctly. - The only difference from a normal stack might be the addition - of extra stack frames for call-backs. - - - - - - - My advice is not running (or running twice), and I don't know why. - - - - - When advice is not running, - there is probably a problem in the pointcut. - Sometimes users specify pointcuts that - do not mean what they intend - - most often when they misspell a type name. Run the compiler in - -Xlint mode, which will flag some likely mistakes, - like the type name. - If that does not work, and your pointcut is staticly-determinable, - use a declare statement to identify affected code. (For more - information, see .) - If that does not work and your pointcut is dynamically determined, - see if your join points are executing at all by using - TraceJoinPoints.java from . - - When advice is running more than it should, either - (1) your advice is in an abstract aspect and the pointcut picks - out the same join point for more than one concrete instantiation - of the aspect, or - (2) your pointcut picks out more join points than you intend. - - - In the case of advice in abstract aspects, the advice will run once - for each concrete instance of the aspect. - If the pointcut for that advice picks out the same join point for two - concrete aspects, then the correct behavior is for the advice to run - the advice twice at that join point. - - - To see if your pointcut picks out the join points you intend, you - can use IDE support, logging, or declare-warnings. - If you are using IDE support, you should be able to trace back from - the pointcut or advice to the join points which can be statically - determined to be affected. - Without IDE support, you can write - declare-warning statements to identify code affected by staticly- - determinable pointcuts. - To identify advised dynamic join points, - you can try using TraceJoinPoints.java as above, - or update the advice to print the source location of the join point. - Doing any of these should show if the advice applies to code that - you did not expect. - - If you've done this and convinced yourself it's not working, - it may be a bug. See . - - - - - - - My advice runs for each overridden method! - - - - Most likely you are advising the method execution join - point and specifying the defining signature. - Since all overriding methods share this signature, - the advice runs for each method executed. - (This happens, e.g., when one method invokes the same method - in the superclass using super.{method}(..)). - This is the correct behavior. - - To avoid this, use the call(..) pointcut - designator, or use !cflow(..) to pick - out only the initial method-execution. - - - - - - - I don't understand when thisEnclosingJoinPointStaticPart is available. - - - - - thisEnclosingJoinPointStaticPart is a special - variable available in the context of advice to refer to the - join point, if any, lexically enclosing the current join point: - - thisEnclosingJoinPointStaticPart - - - - One of these... - will be tEJSP for each of these: - - - - constructor-execution, method-execution, - advice execution, initialization, - pre-initialization, static initialization - - - constructor-call, method-call, handler, - field-set, field-get - - - - -
    - Expressions in the body of handlers have the same - thisEnclosingJoinPointStaticPart - as the handler itself. -     -     -     - - - - I declared a member on a class with package access, but other classes in the package cannot see it. - - - - When declaring parents on other types from an aspect, package access only - applies to code the implementation controls. For AspectJ 1.0, that is the set of files - passed to the compiler. That means other classes not compiled with the aspect will not - be able to access the aspect-declared members even if they are in the same package. - The only way for classes outside the control of the implementation to access aspect-declared - members is to declare them public. - - - - - - I declared a member on a interface, but javac does not see it. - - - - - - You have to compile all the top-level implementating - classes of the interface using ajc. - From an email by Jim Hugunin on the requirements for AspectJ 1.1 to - implement members declared by an aspect on an interface: - - - If you introduce non-static fields or non-abstract methods on an interface - from an aspect, then all of the top-most implementors of that interface must - be woven by that same aspect. - (A class C is a top-most implementor of an interface I if C implements I - and the superclass of C does not implement I.) - - - - - - - ajc 1.0 complains that it can't find - javac. What's wrong? - - - - - ajc 1.0 does not try to locate - javac in your path: it uses the - javac classes directly. In JDK 1.2 and 1.3 these - classes are found in tools.jar (in the - lib directory of the JDK distribution), which - must be on your classpath to make - ajc work with javac. - Inspect the java command that launches ajc to make sure that - tools.jar is on the classpath for ajc; - the -classpath option only applies to the sources compiled. - - - - - - - I'm running under 1.4, but ajdoc asks for 1.3 - (or throws IllegalAccessError for HtmlWriter.configuration) - - - - - The 1.0 implementation of ajdoc uses - specific javadoc classes in the J2SE 1.3 tools.jar. - We are working on addressing this limitation, but in the interim - it is best to run ajdoc under 1.3. - - - When running from the command-line scripts, edit the scripts directly - to put the 1.3 tools.jar first on the classpath. (The installer does - not know about this limitation of ajdoc.) - - - When running from Ant, users often have tools.jar in ${ant.classpath} - (to make javac, et al work). That makes it impossible to run the ajdoc - taskdef (which does not currently support forking), so you'll need to - run a separate ant process, either from the command-line or via Ant's - exec task (the Ant task will propagate the classpath). - If the wrong tools.jar is not on the ant classpath, then it should work - to put the 1.3 tools.jar in the taskdef classpath. - - - - - - I set up different files to my compiles to change what - the aspects see, but now I don't - understand how the aspects are working. - - - - It is a bad practice to use the compilation unit - to control crosscutting. Aspects and pointcuts especially - should be written to specify crosscutting precisely. - Aspects will behave the same when you add files if - you initially included all files affected by your aspects. - If you use the compilation unit, then your code will behave - differently in AspectJ implementations that do not limit - themselves to specified files. - - - - - - I'm reading the code generated by ajc 1.0 - in -preprocess mode, and it seems like it would not - work (or "like it works this way"). - - - - The generated code can be difficult for a human to read and - understand. The compiler uses implementation techniques which might - not be apparent. To determine if the code is behaving correctly, you - should write and run a program that attempts to provoke the error you - suspect. Similarly, you should not rely on invariants you infer from - the generated code (especially naming conventions for generated members). - Please rely only on the semantics stated in the appendix of the - AspectJ Programming Guide. - - - - - - I've heard AspectJ can generate or inject code into my code. - Is this true? - - - - - This is a misconception spawned from the early implementation. - - - AspectJ does not "inject" or "generate" code. In AspectJ the - pointcut constructs allow the programmer to identify join points, - and the advice constructs define additional code to run at those - join points. - - - So the semantic model of advice is like the semantic model of a - method -- it says "when any of these things happen, do this". - - - People who worked with earlier versions of AspectJ, in which ajc - was very explicitly a pre-processor, sometimes thought of AspectJ - as injecting code. But that was an artifact of the implementation, - not the underlying language semantics. - - - This distinction is important for two reasons. One is that thinking - about it this way will make more sense at the implementation continues - to evolve towards load-time or runtime weaving. The other is that - it makes it much easier to understand the semantics of advice on - cflow pointcuts. - - - - - - Why can't AspectJ pick out local variables (or array elements or ...)? - - - - Users have sometimes wanted AspectJ to pick out - many more join points, including - - method-local field access - array-element access - loop iteration - method parameter evaluation - - Most of these have turned out not to make sense, - for a variety of reasons: - - it is not a commonly-understood unit for Java programmers - there are very few use-cases for advice on the join point - a seemingly-insignificant change to the underlying program - causes a change in the join point - pointcuts can't really distinguish the join point in question - the join point would differ too much for different - implementations of AspectJ, or would only be implementable - in one way - - - We prefer to be very conservative in the join point model for the language, - so a new join point would have to be useful, sensible, and implementable. - The most promising of the new join points proposed are for exception - throws clauses and for synchronized blocks. - - - - - - Why doesn't AspectJ pick out reflective calls? - The pointcut call(void run()) - won't pick out a call using reflection, like - ((Method)run).invoke(null, args). - - - - The pointcut - execution(void run()) will - work. The call pointcut doesn't work because - Method.invoke(..) is the Java method-call, - and AspectJ cannot delve into the Java reflection library to - implement call semantics. To advise a reflective call - (e.g., because the compiler does not control the code for the - method execution), test the context for invoke(..). - Here's a pointcut that tests only if the method name is - correct: - - -aspect A { - pointcut runReflectiveCall(Method run) : target(run) && - call(Object Method.invoke(..)) && if("run".equals(run.getName())); - before() : runReflectiveCall(Method) { - System.out.println("before reflective call " + thisJoinPoint); - } -} - - - - - - What are the bugs now most affecting users? - - - The bugs affecting the semantics of the language - are marked with the "info" keyword. Find them with - the query - - https://bugs.eclipse.org/bugs/buglist.cgi?product=AspectJ&keywords=info - - - - - - - What extra memory is required at runtime? - - - - When running classes produced by the AspectJ weaver or compiler, - there are no significant hidden uses of memory. As would be expected, - each aspect is instantiated. The per-object aspects (like - pertarget or perthis) - in some implementations - use a map to link aspects and the associated object. When using - cflow-related pointcuts, a ThreadLocal - is used to track control flow for each affected thread. - - Of course, the size and code in an aspect can require memory. - Aside from normal Java practices, take care with join point references. - When referencing the static part of a join point (e.g., - thisJoinPointStaticPart), only one object is - created. However, if you reference the join point itself - (e.g., thisJoinPoint), then one - JoinPoint object will be created for each - join point running advice. - - Aspect instances will be garbage collected just like regular objects - after there are no more strong references to them. For the default - aspect instantiation model, issingleton, the aspect - class retains a reference to the singleton instance, in order to - implement static {AspectClass} aspectOf(), so - singleton instances will not be garbage collected until the class is. - For long-running or memory-critical programs, consider using weak - references in singleton aspects for state that should be garbage collected. - - Finally, when using load-time weaving, the weaver can require - memory in its own right. Because the class loader never can - know when it is done loading classes, the weaver can hold on - to the aspects required to weave for some time. There are - strategies for minimizing this (with different trade-off's), - so the time and memory required for load-time weaving will - vary as load-time weaving evolves. - - - - - - I get a VerifyError when running CGLIB generated code that has been woven by - AspectJ. Why is this? - - - - When weaving after advice into any piece of code, the AspectJ strategy is to make all - exit points from that code jump to a single exit point that executes the advice - before returning. There is a verifier rule in the JVM specification that specifies - that all routes to a jump destination must have the same height stack when they get there, - regardless of the route taken to get there through the bytecode. The CGLIB generated code has different - stack heights at the various exit points. This is not a problem with the CGLIB generated code, - it is perfectly valid - it is just unusual and the AspectJ weaving strategy causes the - verify error to trigger when it makes all exits jump to a single destination. - - AspectJ could cope with this and instead implement after advice by calling the - advice and returning at each exit point. However, it is unlikely that the user - actually meant to weave the CGLIB generated code in the first place - and so usually - the right thing to do is to exclude CGLIB generate code from the weaving process by - appropriate use of the exclude element in the aop.xml. A typical clause in the aop.xml might - look as follows: - - -<weaver> - <exclude within="*CGLIB*" /> -</weaver> - - - -     - - - AspectJ 1.1 and eclipse.org - - - Why did the AspectJ project move to eclipse.org? - - - - From the message sent to users: - - - AspectJ has come a long way -- the language has - stabilized; there are a rapidly growing number of - commercial users; the 1.1 release is imminent and will - include byte-code weaving and incremental compilation; - and the tool support is now well integrated with several - major IDEs. - - - This growth of the community and the technology means - that the original research and prototype development of - AspectJ is complete. As such it is time for ongoing - development and support of AspectJ to move outside of - PARC. This has already started to happen; the Eclipse - AJDT plug-in and the several books in preparation are - examples. - - - To encourage the growth of the AspectJ technology and - community, PARC is transferring AspectJ to an - openly-developed eclipse.org project. This project will - include documentation, web site, mailing lists, bug - database, and sources for the compiler. The - command-line AspectJ compiler is still the primary tool - produced by this project, in addition to APIs that support - integration with a variety of IDEs. The Eclipse plug-in will - remain at eclipse.org, while the NetBeans, JBuilder and - Emacs support will move to SourceForge.net projects. - We look forward to your involvement with and - contribution to those projects. - - - We see Eclipse as an excellent new home for core - AspectJ technology development -- it is an active - community of Open Source development and innovation - in the Java space. Once development moves to - Eclipse.org, others will be able to contribute more easily. - - - - - - Do I have to download Eclipse to use AspectJ? - - - - No. The AspectJ tools download is completely self-contained - and does not require that you work in Eclipse. - For information on IDE support, see - . - - - - - - What are the relationships between AspectJ, JDT, - Eclipse, AJDT, and IDE support generally? - - - - Eclipse is a software platform. - - JDT is an eclipse project to support Java development. - JDT has a Java compiler. - - AspectJ 1.1 is built on Eclipse/JDT's Java compiler - but is distributed standalone and can run standalone. - With the AspectJ distribution, you can compile and run - AspectJ programs and use the AspectJ structure browser. - - AJDT is an eclipse project to integrate AspectJ - into Eclipse/JDT so you can use Eclipse to develop - AspectJ programs. AJDT aims to support the full Eclipse - experience - searching, compiler-error tasks, etc. - AJDT will use the AspectJ Development Environment (AJDE) - API's for creating IDE integrations, as well as hooking - in to the model underlying the Java compiler. - - Similarly, Sourceforge has projects integrating - AspectJ into other development environments - using the AJDE API's: - - AspectJ for Emacs, - - AspectJ for JBuilder, and - - AspectJ for NetBeans. - - This is the right level of separation/integration. - AspectJ is available standalone, leverages an existing open-source - compliant Java compiler, and supports external projects - doing IDE integrations in Eclipse, Emacs, JBuilder, and NetBeans - through a common API, AJDE. - - - - - - AspectJ 5 and Java 5 - - - - What are the new features of AspectJ 5? - - - - - All the new features are documented in the - - AspectJ 5 Developer's Notebook - and the - - AspectJ Development Environment Guide. - To summarize: - - - - Java 5 support: as an extension to Java, AspectJ supports - all the new language features of Java 5, including generics - (parameterized types), autoboxing, covariant return types, - enhanced for-loops, enums, varargs, and of course - annotations. - - - Java 5 extensions: the AspectJ language has been extended - to make use of Java 5 language features. - - - Generic aspects: an abstract aspect can be declared - with a generic type parameter which can be used - in pointcuts and when declaring members on the aspect - (but not when declaring members on other types). - - - Annotations: pointcuts can now pick out join points - based on the associated annotations, annotation - values can be bound in the same way that other - context variables are bound at the join point, - and annotations may be declared on other types in - an aspect. - - - - - Annotation-style aspects: AspectJ 5 integrates AspectWerkz-style - aspects declared in annotations. This permits aspects to - be written and compiled in pure-java code and woven using - build-time or load-time weaving with the AspectJ weaver. - (The original AspectJ language aspects are distinguished - as "code-style" aspects.) - - - AspectWerkz load-time weaving: Load-time weaving is - greatly improved for all versions of Java, and now supports - an XML configuration file which can declare concrete aspects. - This means developers can deploy binary abstract aspects - that deployers configure using only XML. - - - pertypewithin instantiation model: aspects may now be instantiated - on a per-class basis. - - - Reflection and runtime support: AspectJ 5 supports reflection - on aspects using the Aspect class, and also support runtime - evaluation of pointcuts using a pointcut parser. - - - - - - - - - - Should I use code- or annotation-style aspects? - - - - - To use AspectJ, you can use the original code-style aspects - or the annotation-style aspects new in AspectJ 5. - - - The original code-style is a small extension of the Java language - designed to express crosscutting as clearly as possible - in ways familiar to most Java programmers. - To use the original code-style aspects, - compile them with the AspectJ compiler or weave - pre-compiled binary aspects using the AspectJ binary (.class) - weaver, either at build-time or at class-load-time. - Code-style aspects have excellent IDE support, allowing - you to navigate to and from affected source code. - - - Annotation-style - aspects are written (not surprisingly) using annotations. - They use the subset of the AspectJ language that works - when aspects are woven after the code is compiled. - The source files are compiled with Javac, which simply saves the - annotations in the .class files. The resulting .class files - must be woven using - the AspectJ weaver, which reads the annotations from the - .class file and uses them to define aspects. - Annotation-style aspects have the benefit of being compilable - by Javac, but you can't use the full AspectJ language, - and you don't enjoy the same level of IDE support - for viewing crosscutting structure. - - - - - - - What's new about the load-time weaving support in AspectJ 5? - - - - - While the AspectJ weaver could be used at load-time in previous - releases, the AspectJ 5 release supports much better integration - with the Java 5 VM and the BEA JRocket JVM. It also supports - an XML file for configuration that allows deployers to declare - concrete aspects using only XML. This means aspect developers - can write abstract aspects, and deployers need only configure - aop.xml and run using the AspectJ weaver in Java 5. - For example, to run Java 5 VM with load-time weaving, - - - - To declare a concrete aspect, add a a - concrete-aspect XML entity to META-INF/aop.xml. - This example extends a tracing aspect to apply to - every type in the application: - - - - -]]> - - For more information, see the - - AspectJ Development Environment Guide. - - - - - - Understanding AspectJ Technology - - - Do I need to know how the compiler or weaver works? - - - - Writing AspectJ programs only requires understanding the - Programming Guide. - However, current implementations do not control everything in - a system, so AspectJ program semantics may be limited to code - the implementation controls. For our implementation, these - limitations are stated in - - Programming Guide Appendix: Implementation Notes. - Aside from understanding the use and limitations of the - implementation, there is no need to understand the underlying - technology when writing AspectJ programs. - - - The technology that implements AspectJ interests - some academic researchers and some developers - who want new features or new ways to weave. - These extensions are not discussed in the documentation. - Some are being developed already, - others are on the drawing board (or perhaps were left off - long ago), and still others haven't been considered. - If you are interested in a certain extension, - check the bug database for feature requests - and the mailing list archives for any past discussions. - Then email the list to see if it's been considered. - For more information, see - . - - - - - - How does the compiler/weaver work? Are there any white papers? - - - - - There are currently no documents describing this process in detail. - You can compile programs and inspect the generated source or bytecode, - or view the source code (see ). - We hope to write papers on the bytecode weaving model used in - AspectJ-1.1 if we can find the time. - Erik Hilsdale and Jim Hugunin did draft a paper for AOSD 2004, - now available on Jim's web site: - - http://hugunin.net/papers.html - Jim summarized advice weaving in the AspectJ 1.1 implementation in the - - following mailing-list reply: - - - Each piece of advice in an aspect is associated with a pointcut. - This pointcut is stored in an attribute on the methods - corresponding to each piece of advice. - Before weaving, all of these pieces of advice are gathered - into one large list. - - - Each .class file is woven independently. - A .class file is woven by the following steps: - - - Collect all of the joinpoint shadows in the .class file. - For every dynamic joinpoint in the AspectJ language model, - there is a corresponding static shadow of that joinpoint - in the bytecode. - For example, every method call joinpoint has an INVOKE - bytecode as its static shadow. Some joinpoints - (such as initialization) have much more - complicated static shadows. - - - Each piece of advice is matched to each static shadow. - There are three results possible from this match. - - - Never matches, - in which case nothing is done to the shadow - - - Always matches, - in which case the advice is woven into this joinpoint shadow - - - Sometimes matches, - in which case the advice is woven into the shadow - along with the minimal dynamic tests to determine - if any particular joinpoint in the actual running - program matches the advice. - The simplest example of sometimes matches is - when the pointcut uses if(test()). - - - - - If any advice matched any static shadows in the .class file, - then the transformed .class file is written out, - otherwise it is left unchanged. - - - See BcelClassWeaver and - BcelShadow in the - org.aspectj.weaver.bcel package - for the two primary classes involved in this process. - - - - Note: This explanation ignores the implementations of inter-type - declarations completely. - It also ignores performance optimizations such as fast-match - or pipelining that speed up the process. - - - - - - How do I get load-time weaving to work in my chosen application server? - - - - You have two choices based on how wide you want the weaving to take effect: application-server wide and application-specific weaving. - You choose between the two by loading aspect artifacts--aspects, associated types, and aop.xml--through the right classloader. - The aop.xml must be in the META-INF directory on the classpath for the chosen classloader. In either case, you modify the - startup script to specify the -javaagent:path-to/aspectjweaver.jar option to the Java virtual machine. Note that it is not - essential that all the artifacts be placed in a single jar. - - For application-server wide weaving, you make aspect artifacts accessible to the server's classloader. Typically, you - achieve such access by putting these artifacts in the server's lib directory. For example, for Tomcat, you will place - the aspect artifacts in the TOMCAT_HOME/lib directory. - For application-specific weaving, you make aspect artifacts accessible to application classloader by bundling - them along with application's classes. For example, for a web application, you will place the aspect artifacts in - the MY_APP/WEB-INF/lib and/or MY_APP/WEB-INF/classes directory. - - We recommend that you start with application-specific weaving. - Note that you have an additional option if your application is based on the Spring framework. If you deploy in one of - the supported web servers or application servers, you can avoid modifications to the startup script. Please - see http://static.springframework.org/spring/docs/2.5.x/reference/aop.html#aop-aj-ltw-spring for more details. - - - - - - Does AspectJ use reflection at runtime? - - - - - The only time that reflection is used during run-time is when the special - thisJoinPoint object is used to discover reflective information about the - join point. If you don't use thisJoinPoint then no reflection will be used. - - - - - - What about load-time weaving? Can I weave aspects at runtime? - - - - - Since the 1.1 release, AspectJ can weave binary aspects - into classes in bytecode form. Hooked up to a class loader, - this can weave class bytecodes after they are read in, - before the - class is defined by the VM. (This means load-time weaving - only works were aspects are not required to compile the pure-java - classes. If the aspects are required, then the Java classes - have to be compiled with the aspects using the AspectJ compiler.) - The AspectJ 1.2 release had the - WeavingURLClassLoader, and the 1.2.1 release introduced - the aj.bat script for Java 1.4. - The AspectJ 5 release introduces much better support for - load-time weaving, including declaring concrete aspects - in XML files and integrating with Java 5 and BEA JRocket - JVM's. See . - - Some have asked about only weaving particular classes - specified at run-time. - Aspects should work across an entire namespace, and problems - will likely result from weaving - some classes but not others. Also, it's confusing to - specify crosscutting both in the aspect and in the - list of runtime classes; the crosscutting specification - should be in the aspect itself, - where it can be processed by tools. - - And just to state the obvious: - do not use bytecode weaving, at load-time or otherwise, - to modify .class files protected by license, - without permission from the licensor. - - - - - - AspectJ Project Development - - - I'm interested in the code implementing AspectJ. - - - - Most people do not need to see the code for AspectJ; - they can download the binary distribution for documentation - and tools for writing AspectJ programs. - - For people who want to know how the AspectJ technology works, - the source code is the best resource, until we write some - proper white papers - (see ). - To get and compile the Java source code for the AspectJ - distribution, see - . - - Bear in mind when looking at the code that there are many - ways to implement the AspectJ language, and the code inspected - might be an initial version of a new architecture (e.g., bytecode - weaving). - - - - - - How can I get involved with developing the AspectJ project? - - - - For those who want to contribute to the project, - here's a general list of ways to do so, in no particular order: - - - Participate effectively in the mailing lists. - The quality of the mailing lists makes a huge difference - in the ability of new and experienced AspectJ users - to write good code. For guidance on effective - participation, see - and - . - Also, the time that experienced users take in answering emails - can directly translate to time developers can use (instead) - for fixing bugs or adding features. - - - - Write bugs. Good bugs, especially with test cases, - are always appreciated. We especially like proposals for - new XLint messages, since they are - sometimes easy to implement and help users learn - AspectJ, and for other implementable features - grounded in a compelling use-case. - - - - Write test cases for compiler bugs without test cases. - Compiler bugs without test cases are much less likely to be fixed; - until they are rendered in code, they might be user mistakes, - and they might duplicate another bug or actually cover many bugs. - - Find them by searching open compiler bugs and picking out - any which do not have test case attachments or a comment that - a test case has been written. - Here is a query for open compiler bugs: - - - https://bugs.eclipse.org/bugs/buglist.cgi?product=AspectJ&component=Compiler&bug_status=UNCONFIRMED&bug_status=NEW&bug_status=ASSIGNED&bug_status=REOPENED - - - For how to write test cases, see - . - - - - Write patches to fix bugs. - If you particularly need a bug to be fixed, or if you're interested in - learning about the system, then get the source code and try to fix the - bug. Most likely you'll want to email aspectj-dev@eclipse.org to - declare your intentions and the approach you propose (based on having - looked at the code). - Mailing the list gives those experienced with the code a chance to - guide you away from pitfalls. To submit the patch, attach it to - the bug. (When creating patches, do so on a per-module basis; that - means if fixing the bug involves changes to three modules, submit - three patches.) - - - - Write patches for other reasons. - Often documentation needs to be fixed, or there may be a small new - feature you'd like to see. You can just do it and then submit it - as a patch to a bug you create. As with bugs, in some cases you - might want to declare your intentions on the mailing list to avoid - wasting time on something that's been fixed but not committed or - on an approach that will be fruitless. - - - - - - - - - How do I get and compile the source code for AspectJ? - - - - AspectJ 1.0 source code is available in an archive available - with the 1.0 downloads. It contains instructions for building - from sources. - - AspectJ 1.1+ source code is available through CVS using the - CVS Root dev.eclipse.org:/cvsroot/technology. - For more information on accessing the CVS tree at eclipse.org, - see the documentation from https://eclipse.org. Find - specific instructions in the AspectJ tree at - org.aspectj/modules/build/readme-build-and-test-aspectj.html. - If you would like to use Ant to checkout the sources, build the - distribution, and test everything, see - org.aspectj/modules/build/release/build.xml. - - To check out the source code in Eclipse go to (File > new > Other > CVS > Checkout Projects from CVS). You'll need about 125 MB of space for the source and build. - Host: dev.eclipse.org, - Repository Path: /cvsroot/technology, - user name: anonymous, - password: (your email address), - connection type: pserver, - default port. - Then select the individual modules you want to check out (you probably want all of them bar aspectj-attic and java5) and click Next and choose to check out the modules you selected as Java projects. - Once thats done each module you checked out should show up as a project in the package explorer. - If you have problems after this point you can view the build instructions that come with AspectJ by going in the package explorer to: build > readme-build-and-test-aspectj.html. - - - To get the modules to build you have to set some classpath variables (Window > Preferences > Java > Build Path > Classpath Variables): - - - - - - Name: JAVA_HOME, Value: (wherever your Java JDK is installed) - - - - - Name: JRE14_LIB, Value: (wherever your Java 4 Runtime is installed)\jre\lib\rt.jar - - - - - Name: JRE15_LIB, Value: (wherever your Java 5 Runtime is installed)\jre\lib\rt.jar - - - - - Name: ASPECTJRT_LIB, Value: (wherever your workspace is)\lib\aspectj\lib\aspectjrt.jar. To find out where your workspace is go to File > Switch Workspace. - - - - - - The org.aspectj.lib project is an AspectJ project so - you also have to have AJDT installed. For the latest AJDT release and - download instructions visit the - AJDT Downloads page. - - - When you've added the variables click OK to do a full rebuild, then run the tests by going in the Package Explorer to: - run-all-junit-tests > testsrc > (default package) > RunTheseBeforeYouCommitTests.java - and running this as a JUnit test (right click and select Run As > JUnit Test). - Don't worry about any errors that appear in the console output, - just check that there are no failures in the JUnit view (Window > Show View > Other > Java > JUnit). - If that finishes with no Failures and a full green bar you have the AspectJ compiler source and it's building and testing properly. - - - Further details: - - - You can check out the entire modules directory and build using the - Ant build script modules/build/build.xml. - All required libraries are included in modules/lib/, - (including Ant 1.5.1 in modules/lib/ant). - If you are using Eclipse, you can check out any modules/ - subdirectory as an eclipse Java project. - Depending on what you are trying to build, you need not check out - all modules; as of this writing, here are the modules to get - for building the specific parts of AspectJ: - - - - For any builds: build, lib - - For the documentation: docs - - For the compiler: bridge, util, testing-util, - weaver, asm, org.eclipse.jdt.core, org.aspectj.ajdt.core, - and runtime. - - For the AspectJ distribution, the ajbrowser modules, - plus aspectj5rt and org.aspectj.lib. - - For the test harness (or to run the release build - scripts and tests): testing, testing-client, and testing-drivers. - - To run the test suite: the test harness modules, plus - tests. - - - - - Note that module interdependencies are recorded only in the eclipse - modules/{module}/.classpath - - files and may - change, so the list above may not be correct when you read it. - - - - - - - How do I build AspectJ and integrate it into AJDT? - - - - To build AspectJ, first get the source tree as - described in . Once you have - a development environment set up, copy the - build/sample-local.properties file - to build/local.properties and within this file point the - java14.home and java15.home - to the corresponding places on your machine. - - - To build AspectJ on the command line: - - - - - - Open a command prompt - - - - - Navigate to the build directory within your AspectJ workspace - (to find out where your workspace is go to File > - Switch Workspace within Eclipse). - - - - - Run ant clean to remove the files from - previously built AspectJ versions. - - - - - Run ant to build AspectJ. The built files are created in - your_eclipse_installation_directory/aspectj_development_workspace/aj-build. - - - - - - To import a locally built AspectJ into AJDT first follow the - instructions on - How do I setup an AJDT development environment in Eclipse? - for setting up an AJDT development environment and running the - correctness tests. Then: - - - - - - Create a file aspectjlib.properties within - the org.aspectj.ajde project and add the following two lines - -aspectj.lib.dir=C:/eclipse/aspectj-workspace/aj-build/dist/tools/lib -aspectj.doc.dir=C:/eclipse/aspectj-workspace/aj-build/dist/ide/eclipse/org.aspectj.ajde.doc/doc - - making sure to change the path to correspond to your set up. - - - - - Run the build.xml file in org.aspectj.ajde - with the plugin jars target: - - - - Right click on the build.xml file in the - org.aspectj.ajde plugin - - - - - Select Run As > Ant build... - - - - - In the resultant dialog navigate to the Targets tab - - - - - Ensure plugin jars is the only selected target - - - - - Click Run - - - - - - - - Refresh the org.aspectj.ajde, org.aspectj.runtime - and org.aspectj.weaver plugins. - - - - - - - - - Where do I find developer documentation on building and testing AspectJ source code? - - - - Find the developer documentation in HTML files in the CVS tree, - inside the build and testing modules - (i.e., in org.aspectj/modules/build/...). - Most pertinant: - - - ../build/readme-build-and-test-aspectj.html - describes how to build the AspectJ distribution in Eclipse - and in Ant. - - - ../build/readme-docs-module.html - describes the AspectJ documentation sources and - how to build the documentation using Ant. - - ../build/readme-tests-module.html - describes the all the tests - in the tests module. - - ../build/readme-writing-compiler-tests.html - describes how to write compiler tests that can be run by - the AspectJ test harness. - - ../build/readme-testing-drivers-module.html - describes the test harness used to run the compiler tests - in the tests module. - - ../build/readme-testing-drivers-module.html - describes the test harness used to run the compiler tests - in the testing module. - - - - - - - - How should I submit test cases for bugs? - - - - You can attach files to a bug after it has been created. - The code of course should replicate the actual behavior - described in the bug when run on the target version. - If you have a single source file, you can attach it directly, - describing in the comments the expected result - (e.g., error on line 14, or successful compile/run). - The most helpful form for describing the test scenario - and the expected results are the test definitions - described next. - - For more complex bugs requiring many files, - create a zip file of a directory containing all the files - and an XML test definition file. - The XML test definition file contains specifications - for how to compile, recompile, or run the test sources. - Complete documentation is available in the CVS tree - at tests/readme-writing-compiler-tests.html - but here is a sample file with some example definitions, - preceded by comments showing the directory layout - of the files referred to in the test definitions. - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -]]> - - - - - - I'd like to run my test case. How do I get the test harness? - - - - The test harness is not distributed. - To build it, get the source tree as - described in and then - build the build-testing-drivers target: - -cd build -../lib/ant/bin/ant -f build.xml build-testing-drivers - - This produces - ../aj-build/jars/testing-drivers-all.jar - which you can run as described in - tests/readme-tests-module.html. - - - - - - BCEL is used by AspectJ but it's not actively developed. Will you change? - - - - The AspectJ bytecode weaver has used BCEL for bytecode manipulation - since its first release. We have upgraded it extensively, to improve - performance, support Java 5, etc. The BCEL developers have not - incorporated our patches, so we continue to maintain our own version. - Ours has been optimized for the AspectJ weaver and battle-hardened - over years of development and use. At some point in the future, - the AspectJ weaver might be restructured to make it easy to see - whether another bytecode package offers the same stability, - functionality, and performance, but for now we prefer using something - that we know works well. - - - In the AspectJ 5 release, the weaver has been restructured to - use reflection where possible. Otherwise, it - continues to use BCEL, but does not hold BCEL structures in - memory after our evaluation completes. - - - - - - - Getting Help - - - - How do I find out more about AspectJ? - - - - Visit the AspectJ project web site: - https://eclipse.org/aspectj. - - - - - - How do I submit a bug report? - - - You can submit a bug from - - https://bugs.eclipse.org/bugs/enter_bug.cgi?product=AspectJ - . - If it seems to be a bug in the compiler, - please attach a small test case (source code) - to reproduce the problem. - For more information on writing compiler test cases, see - . - If you are unable to submit a test case, consider submitting traces, - ajcore files, and/or .class dump files, as described in the - AspectJ Problem Diagnosis Guide. - - - - - - - How do I communicate with other AspectJ users? - - - - You can reach other AspectJ users by using the - aspectj-users mailing list. You can subscribe to the list or view the - list archives from the AspectJ home page - - https://eclipse.org/aspectj - . - - - - - - - How can I search the email archives or the web site? - - - - - It is very effective to do a google search of the form, - - http://www.google.com/search?q=site:eclipse.org+cflowbelow - , - and you can use the eclipse.org search at - - https://www.eclipse.org/search/search.cgi - . - You can also check the old archives available for download from - the AspectJ home page - - https://eclipse.org/aspectj - . - - - - - - - How should I write email queries? - - - - Here's the general form of a good email: - - - - - Describe the big picture of what you are trying to do... - - - - - Describe what you think it takes, in AspectJ terms - (concepts, syntax, and semantics) from the - Programming Guide... - - - - - Show the AspectJ code you are using, what output it - produces when run, and what output you expect... - - - - - The big picture helps others redirect you to other approaches. - Using AspectJ terms helps others correct mistakes in thinking - about the problem (the most common being to confuse join points - and pointcuts). - The code is key to clarifying your question and getting a good - response. On the mail list, someone can reply by fixing your - code. In bugs, the developers can reproduce the problem immediately - and start analyzing the fix. - The code should not be incomplete; it should run (or fail) as-is, - without additional libraries or source files. - - - For the mail lists, we try to follow the conventions for open-source - discussions that help avoid "the tragedy of the commons." - For example conventions, see - - http://jakarta.apache.org/site/mail.html - and - - http://www.tuxedo.org/%7Eesr/faqs/smart-questions.html - . - - - - - - - How do I write bugs for IDE support? - - - - - Bugs appearing in the IDE's may apply to the affected IDE - or to the compiler. Compiler stack traces in IDE message windows - are prefixed "Internal Compiler Error" and should be written up - as compiler bugs. If you are unsure, try redoing the compile - from the command line. - - - Bug report for the IDE extensions go to their respective projects, - listed in - - (including bug reports for the AJDE Eclipse support, - which you can submit at - - https://bugs.eclipse.org/bugs/enter_bug.cgi?product=AJDT - ). - - - One of the benefits of open-source is that you can - find and fix the bug for yourself; when you submit - the fix back to us, we can validate the fix for you - and incorporate it into the next release. - You can submit a patch by attaching it to the bug. - - - - - - - How do I write bugs for the AspectJ compiler? - - - - - The best compiler bug report is a reproducible test case, - standalone code that demonstrates the problem. - Sometimes with aspects, a test case requires several - files, if not some way to capture the behavior. - Here's how we recommend submitting test cases: - - - - Write the test case so that when the compiler bug - is fixed, the test completes normally without output - (e.g., expected compiler errors are issued, - or classes produced run correctly). This usually - means writing one or more source files. - - - - - In the bug report, briefly summarize the bug. - If it is not obvious, be sure to specify - the expected output/behavior (e.g., compiler error on line 32) - and, if the compile should complete, the main class to run. - - - - - Submit the bugs via the web form - - https://bugs.eclipse.org/bugs/enter_bug.cgi?product=AspectJ - . - - - - Attach the test case to the bug. - The test case may be a single file - or it may be multiple files in a single zip archive, - of the form discussed in - . - - - - - - - - - - Can you recommend reading or teaching material for AspectJ? - - - - The documentation available in the distribution is the - best source for language and usage questions. - - - - - - - Where can our group get consulting and support? - - - - The best thing to do is join and email the - aspectj-dev@eclipse.org mailing list. - - - - - - - What has changed since the last FAQ version? - - - - - Entries changed recently: - - - - - - - - - - - - About the AspectJ Project - - - What does the fact that AspectJ is an Open Source - Project mean to me? - - - - Open source protects your interest in a correct, long-lived, - up-to-date, and widely-accepted implementation of AspectJ. - - - With the source code, you control your own destiny - in perpetuity. You can continue to use the implementation - and update it as necessary to fix bugs and add things you need. - - - - Because the code is available to all, anyone can find - and fix bugs. There is no need to hope for it to be fixed - in the next product release. Those who encounter the bugs - are motivated to fix them, and there are more eyeballs on - the code than in closed-source, so the quality tends to be high. - This can be particularly true for the AspectJ community, - which tends to be highly skilled. - - - - The same is true of new features or behavior, so the - implementation should be up-to-date. This is important as - the field of AOP develops, to capture the latest solutions. - - - - For a programming language which forms the basis of - an entire solution stack, open source facilitates the kind - of adoption -- tool integrations and significant projects -- - that develop and prove the technology for wider adoption. This - limits delays caused by waiting for the completion of standards - process or promulgation by industry leaders, and also provides - the proofs necessary for such adoption. - - - - - - - - - What are your plans to make AspectJ a general feature - of Java supported by Sun and the other key players in the Java - Industry? - - - - Although we are committed to making AspectJ available to a wide - range of users, it is too early to decide on a strategy. Some - options include continuing AspectJ as a stand-alone product, - integrating it into IDEs, or possibly incorporating it into - standard Java with Sun's blessing. - - We currently focus on developing for the 1.1 implementation - which improves AspectJ in key areas: rapid - incremental compilation, bytecode weaving, and IDE integration. - - Through all of this our goal is to make AspectJ integrate as - seamlessly as possible with the Java programming language. The - AspectJ language design is becoming more integrated, the compiler - is becoming faster and more integrated, the IDE extensions are - becoming more integrated. All of this is designed to help users - really use AspectJ and give us feedback on it. - - As the system is improved and we work more closely - with users, we will be in good position to explore the best path - for AspectJ in the long term. - - - - - - When will AspectJ work from class files? - When will it work at class-loading time? - - - - Bytecode weaving is in AspectJ 1.1. We believe it - works as described in an email to the users list by Jim Hugugin: - - - The AspectJ language was designed to support weaving at many different times: - compile, load, or even run-time in the JVM. Weaving into bytecodes at both - compile and load-time will definitely be provided in a future release. This - will allow weaving at compile-time into libraries for which source code is - not available. It will also support aspect-aware class loaders that can - perform weaving at load time on arbitrary classes. One advantage of a - language like AspectJ, rather than an explicit meta-tool like jiapi, is - that it separates the specification of a crosscutting concern from any - particular implementation strategy for weaving. - - - ...AspectJ provides a language that can cleanly - capture crosscutting concerns while preserving the static type checking, - modularity, and composability of Java. - - If you have an application for using aspects and bytecode, - please let the AspectJ team know of your requirements. - We expect to have a demonstration classloader available in - the 1.1 release or soon thereafter. - - - - - - What are the differences between the current and - previously released versions of AspectJ? - - - - The AspectJ team aims to keep the implementation bug-free and - up-to-date with the Java language, - to limit AspectJ language changes to those that - are carefully considered, compelling, and backwards-compatible, - and to deliver those language changes only in significant releases (1.0, 1.1). - - - - - - - Version - Description - - - AspectJ 1.5 - Upgrade to support Java 5 language and much better - load-time weaving. - See README-150.html - for more details. - - - - AspectJ 1.1 - A few language changes and clarifications; - bytecode weaving and incremental compilation. - See README-11.html - for more detail. - - - - AspectJ 1.0 - Many language changes, fixes, cleanup and - clarifications, some significant. - - - - AspectJ 0.8 - More cleanup of the syntax and semantics. - - - AspectJ 0.7 - Clean up of the semantics, 0.7 beta 4 is the first - open source release. - - - - AspectJ 0.6 - Advice and crosscuts get explicit type signatures - which describe the values that are available to advice at a - crosscut. - - - - AspectJ 0.5 - Improved tool support: better Emacs environment - support and ajdoc to parallel - javadoc. around advice is added, and the - aspect keyword is removed and replaced - by the Java keyword class. - - - - AspectJ 0.4 - Clear separation of crosscuts and crosscut actions - makes it possible to define extensible library - aspects. - - - - AspectJ 0.3 - First all Java implementation, also includes many - small language improvements. - - - - AspectJ 0.2 - General-purpose support for crosscutting. Users could - program any kind of aspects, not just coordination. This - release dropped COOL. - - - - AspectJ 0.1 - A single domain-specific aspect language, called COOL, - for programming coordination in multi-threaded - programs. - - - - -
    - More details for 1.0 and earlier releases are available in - changes.html. - -     -     - - - - What is the AspectJ development schedule? - - - - - Below is a table describing the goals for the major releases. - For information about specific features, search the bug database - for RFE's ("requests for enhancement") by - - selecting severity of "enhancement". - - Like many open-source projects, we don't make or promise - schedules, but we do follow a pattern of issuing preview releases - which can give observers an idea of when - a particular release might be available. - - - The AspectJ Development Schedule - - - - Version - Description - - - 1.0 - Final syntax and semantic changes. Standalone structure - browser. Complete documentation. - - - - 1.1 - Faster incremental compilation, bytecode weaving, - and a small number of language changes. - - - 1.2 - Faster weaving, -inpath option, better error messages, - better handling of binary input and resources - during incremental compilation, faster runtime - - - - 1.5 (AspectJ 5) - Support for Java 1.5, generic aspects, - annotations, etc. Integrates AspectWerkz-style - load-time weaving. - - - - -
    -     -     - - - - Will AspectJ support Java 5? - - - - - Yes. Java 5 is supported in AspectJ 5. - - - -     -     - AspectJ is a registered trademark of Palo Alto Research Center, Incorporated (PARC), - used with permission. - Java and all Java-based marks are trademarks or registered trademarks of - Sun Microsystems, Inc. in the United States and other countries. All other - trademarks are the property of their respective owners. - -
    - diff --git a/docs/pdguide/ajcore.xml b/docs/pdguide/ajcore.xml deleted file mode 100644 index 7207df3cc..000000000 --- a/docs/pdguide/ajcore.xml +++ /dev/null @@ -1,198 +0,0 @@ - - AspectJ Core Files - - - Introduction - - When the compiler terminates abnormally, either because a particular kind of message was - issued or an exception was thrown, an AspectJ core file will be produced. You will - find it the working directory of the compiler and it will have a name that contains - the date and time that the file was produced - e.g. ajcore.20060810.173655.626.txt. The file contains details - of the problem such as the exception thrown as well as information about the - environment such as operating system and Java version. When submitting a bug, - include this file whenever it is available. - - - Configuring dump files - - By default AspectJ will only create an ajcore file - when an unexpected exception is thrown by the weaver or an - abort message is - issued. However it is possible to disable this feature or enable files to - be produced under different circumstances. The table below lists the System - properties that can be used to configure ajcore files. - - - - - Property - Default - Description - - - - - - org.aspectj.weaver.Dump.exception - - - true - - - Generate an ajcore files when an exception thrown. - - - - - org.aspectj.weaver.Dump.condition - - - abort - - - Message kind for which to generate ajcore - e.g. error. - - - - - org.aspectj.dump.directory - - - none - - - The directory used for ajcore files. - - - - - - - - - AJCore File Examples - - Below is an extract from an ajcore file. You will see - details of the dump configuration as well as the exception (with stack trace) that - is the source of the problem and any messages issued by the compiler. Most importantly - the exact version of AspectJ is included. - (CommonsTraceFactory.java:17) - at java.lang.Class.newInstance0(Native Method) - at java.lang.Class.newInstance(Class.java:232) - at org.aspectj.weaver.tools.TraceFactory.(TraceFactory.java:35) - at org.aspectj.weaver.World.(World.java:114) - at org.aspectj.ajdt.internal.core.builder.AjBuildManager.initBcelWorld(AjBuildManager.java:679) - at org.aspectj.ajdt.internal.core.builder.AjBuildManager.doBuild(AjBuildManager.java:224) - at org.aspectj.ajdt.internal.core.builder.AjBuildManager.batchBuild(AjBuildManager.java:164) - at org.aspectj.ajdt.ajc.AjdtCommand.doCommand(AjdtCommand.java:112) - at org.aspectj.ajdt.ajc.AjdtCommand.runCommand(AjdtCommand.java:60) - at org.aspectj.tools.ajc.Main.run(Main.java:367) - at org.aspectj.tools.ajc.Main.runMain(Main.java:246) - at org.aspectj.tools.ajc.Main.main(Main.java:86) ----- System Properties --- -java.runtime.name=Java(TM) 2 Runtime Environment, Standard Edition -sun.boot.library.path=C:\jdk1.3.1_16\jre\bin -java.vm.version=1.3.1_16-b06 -java.vm.vendor=Sun Microsystems Inc. -java.vendor.url=http://java.sun.com/ -path.separator=; -java.vm.name=Java HotSpot(TM) Client VM -file.encoding.pkg=sun.io -java.vm.specification.name=Java Virtual Machine Specification -user.dir=C:\workspaces\org.aspectj\org.aspectj.ant.tests -java.runtime.version=1.3.1_16-b06 -java.awt.graphicsenv=sun.awt.Win32GraphicsEnvironment -os.arch=x86 -java.io.tmpdir=C:\DOCUME~1\IBM_user\LOCALS~1\Temp\ -line.separator= - -java.vm.specification.vendor=Sun Microsystems Inc. -java.awt.fonts= -os.name=Windows XP -java.library.path=C:\jdk1.3.1_16\jre\bin;... -java.specification.name=Java Platform API Specification -java.class.version=47.0 -os.version=5.1 -user.home=C:\Documents and Settings\IBM_user -user.timezone=Europe/London -java.awt.printerjob=sun.awt.windows.WPrinterJob -file.encoding=Cp1252 -java.specification.version=1.3 -java.class.path=C:\workspaces\org.aspectj\aj-build\dist\tools\lib\aspectjtools.jar -user.name=IBM_user -java.vm.specification.version=1.0 -java.home=C:\jdk1.3.1_16\jre -user.language=en -java.specification.vendor=Sun Microsystems Inc. -awt.toolkit=sun.awt.windows.WToolkit -java.vm.info=mixed mode -java.version=1.3.1_16 -java.ext.dirs=C:\jdk1.3.1_16\jre\lib\ext -sun.boot.class.path=C:\jdk1.3.1_16\jre\lib\rt.jar;... -java.vendor=Sun Microsystems Inc. -file.separator=\ -java.vendor.url.bug=http://java.sun.com/cgi-bin/bugreport.cgi -sun.io.unicode.encoding=UnicodeLittle -sun.cpu.endian=little -user.region=GB -sun.cpu.isalist=pentium i486 i386 ----- Command Line --- --d -C:\workspaces\org.aspectj\org.aspectj.ant.tests\IncrementalAjcTaskTest-temp --g:none --deprecation --noExit --warn:-unusedImport --nowarn --XterminateAfterCompilation --preserveAllLocals --proceedOnError --referenceInfo --source -1.3 --target -1.1 --time --verbose --classpath -C:\workspaces\org.aspectj\org.aspectj.ant.tests\..\lib\test\aspectjrt.jar --argfile -C:\workspaces\org.aspectj\taskdefs\testdata\default.lst --messageHolder -org.aspectj.bridge.MessageHandler ----- Full Classpath --- -Empty ----- Compiler Messages --- -abort ABORT -- (NoClassDefFoundError) org/apache/commons/logging/LogFactory -org/apache/commons/logging/LogFactory -java.lang.NoClassDefFoundError: org/apache/commons/logging/LogFactory - at org.aspectj.weaver.tools.CommonsTraceFactory.(CommonsTraceFactory.java:17) - at java.lang.Class.newInstance0(Native Method) - at java.lang.Class.newInstance(Class.java:232) - at org.aspectj.weaver.tools.TraceFactory.(TraceFactory.java:35) - at org.aspectj.weaver.World.(World.java:114) - at org.aspectj.ajdt.internal.core.builder.AjBuildManager.initBcelWorld(AjBuildManager.java:679) - at org.aspectj.ajdt.internal.core.builder.AjBuildManager.doBuild(AjBuildManager.java:224) - at org.aspectj.ajdt.internal.core.builder.AjBuildManager.batchBuild(AjBuildManager.java:164) - at org.aspectj.ajdt.ajc.AjdtCommand.doCommand(AjdtCommand.java:112) - at org.aspectj.ajdt.ajc.AjdtCommand.runCommand(AjdtCommand.java:60) - at org.aspectj.tools.ajc.Main.run(Main.java:367) - at org.aspectj.tools.ajc.Main.runMain(Main.java:246) - at org.aspectj.tools.ajc.Main.main(Main.java:86) -]]> - - - - diff --git a/docs/pdguide/aspectj-docs.css b/docs/pdguide/aspectj-docs.css deleted file mode 100644 index 9c2f5d4fc..000000000 --- a/docs/pdguide/aspectj-docs.css +++ /dev/null @@ -1,89 +0,0 @@ -body { - font-family: "Lucida Grande", "Trebuchet MS", sans-serif; - line-height: 1.1em; - } - -h1 { - margin-bottom: 3px; - padding-bottom: 0px; - line-height: 1.1em; -} - -h2 { - font-size: 130%; - font-weight: bold ; - line-height: 16px; - color: #FFFFFF; - background-color: #0080C0; - padding: 5px; -} - -h3 { - font-size: 110%; - font-weight: bold ; - line-height: 14px; - color: #FFFFFF; - background-color: orange; - padding: 5px; -} - -tt { - font-size: 120%; - color: #00AAF0; - } - -tt tt { - font-size: 100%; - } - -.programlisting { - padding-top: 5px; - border: 2px solid #ccc; - background: #eee; - font-size: 120%; - color: #111199; - - } - -.term { - color: #111199; - } - -.variablelist dd { - margin-left: 18px; - padding-left: 20px; - background: url(dd_arrow.gif) no-repeat 0 2px; - } - -.toc dt { - font-size: 110%; - padding-bottom: 0px; - margin-bottom: 5px; - } - -.toc dl dd dt { - font-size: 100%; - } - -.toc dt { - font-size: 100% - margin-bottom: 0; - } - -.informaltable table { - margin-left: 5%; - } - -.informaltable th { - background-color: orange; - padding: 1px; - } - -ul li { - line-height: 1.2em; - } - -.keyword { - font-weight: bold; - color: purple; - } \ No newline at end of file diff --git a/docs/pdguide/ltwdump.xml b/docs/pdguide/ltwdump.xml deleted file mode 100644 index 72554d043..000000000 --- a/docs/pdguide/ltwdump.xml +++ /dev/null @@ -1,73 +0,0 @@ - - Dumping classes during load-time weaving - - - Introduction - - - Very rarely problems may be encountered with classes that have been - load-time woven. - Symptoms will include incorrect program function or a Java exception such as - java.lang.VerifyError. - In these situations it's most helpful to include the offending class - in the bug report. When using load-time weaving the woven classes are - in memory only so to save them to disk configure - META-INF/aop.xml to dump the classes (by default - to an _ajdump subdirectory of the current working - directory). Also if the input class file is not available - (e.g. it is a generated proxy or has already been instrumented by another agent) - you can configure the weaver to dump the input classes as well. - - - Configuring bytecode dumping in load-time weaving - - For details of how to configure byte-code dumping, see the - AspectJ Development Environment Guide section on - - Configuring Load-time Weaving. - Following is a simple example. - - - - - LTW Dump Examples - - The following META-INF/aop.xml will - weave classes in the com.foo package (and subpackages) but not - CGLIB generated classes in the com.foo.bar package (and subpackages). - It will also ensure all - woven byte-code is dumped both before and after weaving. - - - - - - - - - - -]]> - - You should see messages similar to this: - - - - On disk you would find the following files: - - - - - - diff --git a/docs/pdguide/messages.xml b/docs/pdguide/messages.xml deleted file mode 100644 index 9d2caf0b5..000000000 --- a/docs/pdguide/messages.xml +++ /dev/null @@ -1,385 +0,0 @@ - - Messages - - - Introduction - - Messages point out potential problems in the input program; some - are clearly problems (errors), but many more may depend on what - the programmer intends. To keep the noise down the latter are treated - as warnings which can be ignored by the programmer or information - which are hidden. However, when investigating - unexpected behavior it's helpful to show them. This section describes how - to configure messages, presents some problem scenarios when - compiling or doing load-time weaving, and summarizes some of the - more relevant messages. - - - Configuring Messages - - The compiler offers -verbose, - -warning, and -XLint options - when invoked using the command-line, Ant, or embedded in an IDE. - All options are listed in the AspectJ Development Environment Guide - sections for - Ajc and - Ant Tasks. - The Load-time Weaving - section describes how to use XML configuration files and - system properties to pass options to the weaver. (You can also - pass options to the weaver using system properties in build- - time weaving.) - The -verbose option has the effect of including - messages level "info", which are normally ignored. - Both warning and XLint - enable you to identify specific messages to emit, but warning - messages tend to be the same provided by the underlying Eclipse - JDT (Java) compiler, while XLint messages are emitted by the - AspectJ compiler or weaver. Obviously, during load-time weaving - only weaver messages will be emitted. Similarly, if aspects - are compiled but not woven, then only compiler messages will be - emitted. However, the usual case for the compiler/weaver working - at build time is to emit both compiler and weaver messages. - - - The tables below list some options, System Properties (for LTW only) and Java 5 annotations - used to control AspectJ messages. The method - of configuration depends on your environment so please refer to the relevant - documentation for - ajc, - Ant or - LTW. - - - - - - - - Option - Description - - - - - - -verbose - - - Show informational messages including AspectJ version - and build date. - - - - - -debug - - - (Load-time weaving only). Show debugging messages such as - which classes are being woven or those that are excluded. - (This is not related to the compiler -g option to - include debug information in the output .class files.) - - - - - -showWeaveInfo - - - Show weaving messages. - - - - - -Xlint - - - Control level of lint messages. - - - - - messageHolderClass/ - -XmessageHolderClass: - - - In Ant tasks and LTW respectively specify the class to receive all messages. - See - - iajc task options or - - Weaver Options. - - - - - - - - - - - - - - - System Property - Description - - - - - - aj.weaving.verbose - - - Show informational messages including AspectJ version and build date - (same as -verbose option). - - - - - org.aspectj.weaver.showWeaveInfo - - - Show weaving messages - (same as -showWeaveInfo option). - - - - - org.aspectj.weaving.messages - - - Set this system property to enable tracing of all compiler - messages. See . - - - - - - - - - - - - - Annotation - Description - - - - - - @SuppressAjWarnings - - - Include this is Java 5 code to suppress AspectJ - warnings associated with the next line of code. - - - - - - - - - - - Message scenarios - - - Compile-time weaving scenarios - - Advice not woven - This means that the pointcut for the advice did not match, - and it should be debugged as described in - . - - - - - Load-time weaving scenarios - - You can use META-INF/aop.xml to control which - messages are produced during LTW. The following example will produce - basic informational messages about the lifecyle of the weaver in - addition to any warning or error messages. - - - - - -]]> - - The messages indicate which META-INF/aop.xml - configurations file(s) are being used. Each message is also preceeded by the - name of the defining class loader associated with weaver. You can use this - information in a large system to distinguish between different applications each - of which will typically have its own class loader. - - - - - Advice not woven - It is often difficult to determine, especially when using load-time weaving (LTW), - why advice has not been woven. Here is a quick guide to the messages to - look for. Firstly if you use the -verbose option you - should see the following message when your aspect is registered: - - - - Secondly if you use the -debug option you should - see a message indicating that you class is being woven: - - - - However this does not mean that advice has actually been woven into - your class; it says that the class has been passed to the weaver. To determine - whether your pointcuts match you can use the -showWeaveInfo - option which will cause a message to be issued each time a join point is woven: - - - - If advice is woven at this join point you should get the - corresponding message. - - - - - - Lint messages - - The table below lists some useful -Xlint messages. - - - - - Message - Default - Description - - - - - - aspectExcludedByConfiguration - - - ignore - - - If an aspect is not being woven, despite being - registered, it could be that it has been excluded - by either an include or exclude - element in the - aspects section of META-INF/aop.xml. - Enable this message to determine whether an aspect has - been excluded. - - - - - adviceDidNotMatch - - - warning - - - Issued when advice did not potentially affect any join points. - This means the corresponding pointcut did not match any join - points in the program. This may be valid e.g., in library - aspects or code picking up error conditions, but often the - programmer simply made a mistake in the pointcut. The best - approach is to debug the pointcut. - - - - - invalidAbsoluteTypeName - - - warning - - - Issued when an exact type in a pointcut does not match any type - in the system. Note that this can interact with the rules for - resolving simple types, which permit unqualified names if they - are imported. - - - - - typeNotExposedToWeaver - - - warning - - - This means that a type which could be affected by an aspect - is not available for weaving. This happens when a class on - the classpath should be woven. - - - - - runtimeExceptionNotSoftened - - - warning - - - Before AspectJ 5, declare soft used to soften runtime exceptions - (unnecessarily). Since then, it does not but does issue this - warning in case the programmer did intend for the exception - to be wrapped. - - - - - unmatchedSuperTypeInCall - - - warning - - - Issued when a call pointcut specifies a defining type which - is not matched at the call site (where the declared type of - the reference is used, not the actual runtime type). Most - people should use - 'target(Foo) && call(void foo())' - instead. - - - - - - - - diff --git a/docs/pdguide/pdguide.xml b/docs/pdguide/pdguide.xml deleted file mode 100644 index 619f54052..000000000 --- a/docs/pdguide/pdguide.xml +++ /dev/null @@ -1,76 +0,0 @@ - - - - - - - -]> - - - - The AspectJ<superscript>tm</superscript> Problem Diagnosis Guide - - - - the AspectJ Team - - - - - Copyright (c) 2006 IBM Corporation and others. - 2006 Contributors. - All rights reserved. - - - - - - This guide describes how to configure the AspectJ compiler/weaver to provide - information for diagnosing problems in the input programs, the - compiler/weaver or its configuration. - - - The AspectJ compiler and weaver can provide lots of information for diagnosing - problems in building AspectJ programs. For problems in the input program, - there are a number of default warning and error messages, as well as many - configurable "lint" messages, all of which can be emitted normally, - logged using standard facilities, or intercepted programmatically. - These are discussed in . Since most errors - relate to writing pointcuts incorrectly, there is a section on - . - - - For problems with the compiler/weaver itself there are three facilities - that enable the AspectJ developers to resolve bugs even when it is - too hard to deliver a reproducible test case: - - can be enabled to track progress up to the time of a failure; - can give a relatively complete picture of the state of - the world at the time of a failure; and - is a way to capture both - input and output classes during load-time weaving. - - - - - This guide describes how to configure messages to get the right information - and how to configure traces, dumps, and core files. Although the compiler/weaver - operates in roughly three modes (from the command-line, embedded in an IDE, - and enabled as load-time weaving), the principles are basically the same for - all modes. The differences lie in how to set up diagnostics and what - information is likely to be relevant. - - - - - &messages; - &pointcuts; - &ajcore; - &trace; - <wdump; - - diff --git a/docs/pdguide/pointcuts.xml b/docs/pdguide/pointcuts.xml deleted file mode 100644 index ecf3cf662..000000000 --- a/docs/pdguide/pointcuts.xml +++ /dev/null @@ -1,162 +0,0 @@ - - Debugging Pointcuts - - Introduction - - - This section describes how to write and debug pointcuts - using the usual approach of iteration and decomposition. - New users are often stumped when their advice does not match. - That means the pointcut doesn't match; they rewrite the - pointcut and it still doesn't match, with no new information. - This can be frustrating if each iteration involves building, - deploying, and testing a complex application. Learning to - break it down, particularly into parts that can be checked - at compile-time, can save a lot of time. - - - - - Debugging pointcuts - -Go at it top-down and then bottom-up. Top-down, draft significant -aspects by first writing the comments to specify responsibilities. -Advice responsibility usually takes the form, "When X, do Y." -Pointcut responsibility for "When X" often takes the form, -"When [join points] [in locations] [are ...]". These []'s often -translate to named pointcuts (like `libraryCalls() && within(Client) -&& args(Context)`) which form a semantic bridge to the plain-text -meaning in a comment (e.g., `// when the client passes only context into -the library`). -This gets you to a point where you can debug the parts of the -pointcut independently. - - -Bottom up (to build each part), consider each primitive pointcut -designator (PCD), then the composition, and then any implicit -constraints: - - -What kinds of join points should it match? (constructor-call? -field-get?)? This translates to using the kinded pointcuts -(`call(..)`, `get(..)`, etc.). - - -Are these restricted to being lexically within something? This -translates to using `within{code}(..)`. If this is true, it should -always be used, to speed up weaving. - - -What runtime constraints and context should be true and available at -each join point? This translates to `this()`, `target()`, `args()`, -`cflow{below}()` and `if(..)`. - - -Are there any advice or implementation limitations at issue? This -involves knowing the few constraints on AspectJ imposed by Java bytecode -as listed in the AspectJ Programming Guide section on - Implementation Notes. - - - - - It's much faster to iterate a pointcut at compile-time - using declare warning (even better, some errors are identified - at parse-time in the latest versions of AJDT). - Start with the parts of the pointcut - that are staticly-determinable (i.e., they do not involve - the runtime PCD's listed above). If compiles themselves - take too long because of all the AspectJ weaving, then - try to only include the debugging aspect with the prototype - pointcut, and limit the scope using within(..). - - - Some mistakes in primitive pointcuts: - - -`this(Foo) && execution(static * *(..))`: There is no `this` in a static -context, so `this()` or `target()` should not be used in a static -context or when targetting a static context (respectively). This -happens most often when you want to say things like "all calls to Foo from Bar" -and you only pick out calls to instance methods of Foo -or you try to pick out calls from static methods of Bar. - - -`target(Foo) && call(new(..)`: This will never match. In -constructor-call join points, there is no target because the object -has not been created yet. - - -`call(* Foo.*(..))`: `Foo` refers to the compile-time type of the -invoking reference, not the implementing class. In Java before 1.4, -the compile-time type was rendered as the defining type, not the -reference type; this was corrected in 1.4 (as shown when using ajc -with the -1.4 flag) Most people should use `target(Foo) && call(...)`. - - -`execution(* Foo.bar(..))`: An execution join point for Foo is -always within Foo, so this won't pick out any overrides of bar(..). -Use `target(Foo) && execution(* bar(..))` for instance methods. - - -`within(Foo)`: anonymous types are not known at weave-time to be -within the lexically-enclosing type (a limitation of Java bytecode). - - - - - Some mistakes in composition: - - -`call(* foo(Bar, Foo)) && args(Foo)`: This will never match. -The parameters in `args(..)` are position-dependent, so `args(Foo)` only picks - out join points where there is only one argument possible, of type Foo. -Use the indeterminate-arguments operator '..' as needed, e.g., `args(Foo, ..)`. - - -`call(* foo()) && execution(* foo())`: This will never match. Each -pointcut must be true at each join point matched. For a union of different -kinds of join points (here, call or execution), use '||'. -E.g., to match both method-call and field-get join points, use - `call(* ...) || get(...)`. - - - - - Some mistakes in implicit advice constraints: - - -`after () returning (Foo foo) : ...`: after advice can bind the -returned object or exception thrown. That effectively acts like -`target()`, `this()`, or `args()` in restricting when the advice -runs based on the runtime type of the bound object, even though it is -not explicitly part of the pointcut. - - - - - Some mistakes in implementation requirements: - - -`ajc` has to control the code for a join point in order to implement -the join point. This translates to an implicit `within({code under -the control of the compiler})` for all join points, with additional -caveat for some join points. Take exception handlers, for example: -there is no way to be sure from the bytecode where the original handler -ends, so `ajc` can't implement after advice on handler join points. -(Since these are on a per-join-point basis, they should be considered -for each corresponding primitive pointcut designator.) Unlike the -mistakes with the primitive PCDs above, the compiler will emit an -error for these caveats. - - -`call(@SuperAnnotation Subclass.meth()`: Annotations are not inherited -by default, so e.g., if the pointcut specifies an annotation, then -subclass implementations of that method will not be matched. - - - - - - - diff --git a/docs/pdguide/trace.xml b/docs/pdguide/trace.xml deleted file mode 100644 index 6ff915738..000000000 --- a/docs/pdguide/trace.xml +++ /dev/null @@ -1,186 +0,0 @@ - - Tracing - - - Introduction - - - The AspectJ developers have instrumented the compiler/weaver with - many "trace" messages for their own debugging use. These remain in - the production releases because tracing helps when it is hard to - isolate the problem in a test case. This sections describes how - to enable tracing so you can provide trace information on bug reports. - - - The usual approach to opening a report on Bugzilla is to describe the symptoms of the - problem and attach a simple testcase. This allows the AspectJ team to try and reproduce the problem in - an attempt to fix it as well as improve the test suite. Unfortunately it may not be possible - to produce such a testcase either because your program is too large or is commercially sensitive. Alternatively - the problem may relate to your specific environment where AspectJ is being used and will not be - reproducible by the AspectJ team. In each of these situations you can produce a - trace of the compiler when the problem occurs instead. This can then be attached to the bug report. - - - Configuring Tracing - - When available (Java 5 or later) AspectJ will use the - - java.util.logging infrastructure - configured using a logging.properties file. By default only error - and fatal events will be logged but less severe warnings as well as fine-grained - method entry and exit events can be obtained using the appropriate configuration. All - regular compiler messages can also be logged through the infrastructure by setting the - org.aspectj.weaving.messages System property. - - If you are running the AspectJ compiler/weaver under JDK 1.4 or earlier, - AspectJ will use a simple built-in trace - infrastructure that logs to stderr. This is enabled by setting the - org.aspectj.weaving.tracing.enabled System property. You may also override - the default behaviour or provide your own trace implementation using the - org.aspectj.weaving.tracing.factory System property. - - The table below lists the System properties that can be used to configure tracing. - - - - - Property - Description - - - - - - org.aspectj.tracing.debug - - - Enable simple debugging of the trace infrastructure itself. - Default: false. - - - - - org.aspectj.tracing.enabled - - - Enable the built-in AspectJ trace infrastructure. - Default: false. - - - - - org.aspectj.tracing.factory - - - Select trace infrastructure. Specify the fully qualified class name - of the org.aspectj.weaver.tools.TraceFactory - interface to use a custom infrastructure. Specify a value of - default to force AspectJ to use it's - built-in infrastructure. - - - - - org.aspectj.tracing.messages - - - Enable tracing of compiler messages. The kind of messages logged - is determined by the selected trace infrastructure not the message - configuration. - Default: false. - - - - - - - - - Examples - - Using -Dorg.aspectj.tracing.factory=default - to force AspectJ to use its internal infrastructure, - -Dorg.aspectj.tracing.enabled=true to turn it on and - -Dorg.aspectj.tracing.messages=true to include messages - running a simple HelloWorld with LTW will generate tracing to stderr. Below - is an extract from that trace with method arguments removed. - You will notice the millisecond time stamp, - thread id and indication of entry/exit/event or message type for each line - of trace. - - org.aspectj.weaver.loadtime.Aj. -15:44:18.660 main < org.aspectj.weaver.loadtime.Aj. -15:44:18.660 main > org.aspectj.weaver.loadtime.Aj.preProcess -15:44:18.660 main - org.aspectj.weaver.loadtime.Aj.preProcess -15:44:18.730 main > org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor. -15:44:18.730 main < org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor. -15:44:18.730 main > org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.initialize -15:44:18.821 main I [AppClassLoader@92e78c] info AspectJ Weaver Version DEVELOPMENT ... -15:44:18.821 main > org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.parseDefinitions -15:44:18.821 main I [AppClassLoader@92e78c] info register classloader ... -15:44:18.821 main - org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.parseDefinitions -15:44:18.841 main - org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.parseDefinitions -15:44:18.841 main I [AppClassLoader@92e78c] info using configuration ... -15:44:18.891 main < org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.parseDefinitions -15:44:19.021 main > org.aspectj.weaver.World$TypeMap. -15:44:19.021 main < org.aspectj.weaver.World$TypeMap. -15:44:19.021 main > org.aspectj.weaver.CrosscuttingMembersSet. -15:44:19.021 main < org.aspectj.weaver.CrosscuttingMembersSet. -15:44:19.021 main > org.aspectj.weaver.Lint. -15:44:19.021 main < org.aspectj.weaver.Lint. -15:44:19.021 main > org.aspectj.weaver.World. -15:44:19.111 main < org.aspectj.weaver.World. -15:44:19.201 main > org.aspectj.weaver.bcel.BcelWeaver. -15:44:19.201 main < org.aspectj.weaver.bcel.BcelWeaver. -15:44:19.201 main > org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.registerDefinitions -15:44:19.211 main > org.aspectj.weaver.bcel.BcelWeaver.setReweavableMode -15:44:19.351 main < org.aspectj.weaver.bcel.BcelWeaver.setReweavableMode -15:44:19.351 main > org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.registerAspects -15:44:19.351 main I [AppClassLoader@92e78c] info register aspect Aspect -15:44:19.351 main > org.aspectj.weaver.bcel.BcelWeaver.addLibraryAspect -15:44:19.501 main - org.aspectj.weaver.bcel.BcelWorld.lookupJavaClass -15:44:19.632 main > org.aspectj.weaver.CrosscuttingMembersSet.addOrReplaceAspect -15:44:19.792 main < org.aspectj.weaver.CrosscuttingMembersSet.addOrReplaceAspect -15:44:19.792 main < org.aspectj.weaver.bcel.BcelWeaver.addLibraryAspect -15:44:19.792 main < org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.registerAspects -15:44:19.792 main < org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.registerDefinitions -15:44:19.792 main > org.aspectj.weaver.bcel.BcelWeaver.prepareForWeave -15:44:19.822 main < org.aspectj.weaver.bcel.BcelWeaver.prepareForWeave -15:44:19.822 main > org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.weaveAndDefineConcete... -15:44:19.822 main < org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.weaveAndDefineConcete... -15:44:19.822 main < org.aspectj.weaver.loadtime.ClassLoaderWeavingAdaptor.initialize -15:44:19.822 main > org.aspectj.weaver.tools.WeavingAdaptor.weaveClass -... -]]> - - Alternatively when running under Java 5 the logging.properties - file below could be used to configure Java Logging. The resulting - file, just containing trace for the - org.aspectj.weaver.loadtime package, will be - written to java0.log in your user.home directory. - - - - - - By setting the System property -Dorg.aspectj.tracing.debug=true - you should see a message confirming which trace infrastructure is being used. - - - - - diff --git a/docs/progguide/aspectj-docs.css b/docs/progguide/aspectj-docs.css deleted file mode 100644 index 9c2f5d4fc..000000000 --- a/docs/progguide/aspectj-docs.css +++ /dev/null @@ -1,89 +0,0 @@ -body { - font-family: "Lucida Grande", "Trebuchet MS", sans-serif; - line-height: 1.1em; - } - -h1 { - margin-bottom: 3px; - padding-bottom: 0px; - line-height: 1.1em; -} - -h2 { - font-size: 130%; - font-weight: bold ; - line-height: 16px; - color: #FFFFFF; - background-color: #0080C0; - padding: 5px; -} - -h3 { - font-size: 110%; - font-weight: bold ; - line-height: 14px; - color: #FFFFFF; - background-color: orange; - padding: 5px; -} - -tt { - font-size: 120%; - color: #00AAF0; - } - -tt tt { - font-size: 100%; - } - -.programlisting { - padding-top: 5px; - border: 2px solid #ccc; - background: #eee; - font-size: 120%; - color: #111199; - - } - -.term { - color: #111199; - } - -.variablelist dd { - margin-left: 18px; - padding-left: 20px; - background: url(dd_arrow.gif) no-repeat 0 2px; - } - -.toc dt { - font-size: 110%; - padding-bottom: 0px; - margin-bottom: 5px; - } - -.toc dl dd dt { - font-size: 100%; - } - -.toc dt { - font-size: 100% - margin-bottom: 0; - } - -.informaltable table { - margin-left: 5%; - } - -.informaltable th { - background-color: orange; - padding: 1px; - } - -ul li { - line-height: 1.2em; - } - -.keyword { - font-weight: bold; - color: purple; - } \ No newline at end of file diff --git a/docs/progguide/aspectjdoc.dsl b/docs/progguide/aspectjdoc.dsl deleted file mode 100644 index 4db3b678e..000000000 --- a/docs/progguide/aspectjdoc.dsl +++ /dev/null @@ -1,124 +0,0 @@ - - -]> - - - - - - - - -;; Specify the CSS stylesheet to use -(define %stylesheet% "../../style.css") - -;; Suppress Lists of Tables, Examples, ... -(define ($generate-book-lot-list$) - '()) - -;; Display only the first two section levels in the table of contents -(define (toc-depth nd) - (if (string=? (gi nd) (normalize "book")) - 2 - 1)) - -;; Make references be appendices (or chapters), not parts. -(define (en-label-number-format-list) - (list - (list (normalize "set") "1") - (list (normalize "book") "1") - (list (normalize "prefix") "1") - (list (normalize "part") "I") - (list (normalize "chapter") "1") - (list (normalize "appendix") "A") - ;;(list (normalize "reference") "1") ; references-as-chapters - (list (normalize "reference") "A") ; references-as-appendices - (list (normalize "example") "1") - (list (normalize "figure") "1") - (list (normalize "table") "1") - (list (normalize "procedure") "1") - (list (normalize "step") "1") - (list (normalize "refsect1") "1") - (list (normalize "refsect2") "1") - (list (normalize "refsect3") "1") - (list (normalize "sect1") "1") - (list (normalize "sect2") "1") - (list (normalize "sect3") "1") - (list (normalize "sect4") "1") - (list (normalize "sect5") "1") - (list (normalize "section") "1") - )) - ;;; for references-as-appendices - (define (reference-number-sibling-list cmp) (list (normalize "appendix"))) - (define (appendix-number-sibling-list cmp) (list (normalize "reference"))) - ;;; for references-as-chapters - ;;(define (reference-number-sibling-list cmp) (list (normalize "chapter"))) - ;;(define (chapter-number-sibling-list cmp) (list (normalize "reference"))) - - - - - - - - - - - - -;; Suppress Lists of Tables, Examples, ... -(define ($generate-book-lot-list$) - '()) - -;; Display only the first two section levels in the table of contents -(define (toc-depth nd) - (if (string=? (gi nd) (normalize "book")) - 2 - 1)) - -(define %two-side% #t) -(define bop-footnotes #t) ; doesn't seem to work - -;; Make references be appendices (or chapters), not parts. -(define (en-label-number-format-list) - (list - (list (normalize "set") "1") - (list (normalize "book") "1") - (list (normalize "prefix") "1") - (list (normalize "part") "I") - (list (normalize "chapter") "1") - (list (normalize "appendix") "A") - ;;(list (normalize "reference") "1") ; references-as-chapters - (list (normalize "reference") "A") ; references-as-appendices - (list (normalize "example") "1") - (list (normalize "figure") "1") - (list (normalize "table") "1") - (list (normalize "procedure") "1") - (list (normalize "step") "1") - (list (normalize "refsect1") "1") - (list (normalize "refsect2") "1") - (list (normalize "refsect3") "1") - (list (normalize "sect1") "1") - (list (normalize "sect2") "1") - (list (normalize "sect3") "1") - (list (normalize "sect4") "1") - (list (normalize "sect5") "1") - (list (normalize "section") "1") - )) - ;;; for references-as-appendices - (define (reference-number-sibling-list cmp) (list (normalize "appendix"))) - (define (appendix-number-sibling-list cmp) (list (normalize "reference"))) - ;;; for references-as-chapters - ;;(define (reference-number-sibling-list cmp) (list (normalize "chapter"))) - ;;(define (chapter-number-sibling-list cmp) (list (normalize "reference"))) - - - - - - - - - - diff --git a/docs/progguide/build.sh b/docs/progguide/build.sh deleted file mode 100644 index 19499ff3b..000000000 --- a/docs/progguide/build.sh +++ /dev/null @@ -1,79 +0,0 @@ -#/bin/sh - -JAVA_HOME="/opt/IBMJava2-13" -DOCBOOK_HOME="/usr/local/docbook" - -SAXON="/home/vladimir/aspectj-external-lib/saxon" -XERCES="/usr/local/xerces-1_4_3" - -saxon() { java -cp $SAXON/saxon.jar com.icl.saxon.StyleSheet $*; } -xerces() { java -cp $XERCES/xercesSamples.jar sax.SAXCount -v $* ; } - -# echo ""; echo "" -# echo "The following REMARKS still exist:"; echo "" -# egrep -n -A3 "" *.xml -# echo ""; echo "" - -# echo "Checking for required RPMS..." -# for RPM in docbook-dtd docbook-xsl; do -# rpm -q $RPM >/dev/null -# if [ $? = 1 ]; then -# echo "${RPM}: Required RPM not installed. Exiting..." -# exit 1 -# fi -# done - -# echo "Checking for required programs..." -# for PROG in java tex; do -# type $PROG >/dev/null 2>/dev/null -# if [ $? = 1 ]; then -# echo "$prog not found in PATH. Exiting..." -# exit 1 -# fi -# done - -# echo "Checking for required files..." -# for FILE in $JAVA_HOME/jre/lib/ext/saxon.jar; do -# if [ ! -s $FILE ]; then -# echo "$FILE not found. Exiting..." -# exit 1 -# fi -# done - -OPT=$1 -shift 1 - -if [ "$OPT" == "-v" ]; then - COMMAND="xerces -v progguide.xml" - echo " Validating the XML source: $COMMAND" - ${COMMAND} -fi - -if [ "$OPT" == "-t" ]; then - COMMAND='openjade -t tex -d aspectjdoc.dsl#print /usr/share/sgml/xml.dcl progguide.xml' - echo " Creating TeX from XML: $COMMAND" - ${COMMAND} - COMMAND="pdfjadetex progguide.tex" - echo " Creating PDF from TeX: $COMMAND" - ${COMMAND} - ${COMMAND} - exit -fi - -COMMAND="saxon -w0 progguide.xml progguide.html.xsl" -echo " Transforming XML to HTML: $COMMAND" -${COMMAND} - -# echo "Transforming XML to FO..." -# saxon -w0 -o progguide.fo progguide.xml ${XSL_STYLESHEET_HOME}/fo/docbook.xsl >progguide.fo.log 2>&1 - -# echo -n "Transforming FO to PostScript" -# tex --interaction nonstopmode -fmt /usr/local/texmf/tex/xmltex/base/xmltex progguide.fo >|progguide.ps.1.log 2>&1 -# echo "Pass 2..." -# tex --interaction nonstopmode -fmt /usr/local/texmf/tex/xmltex/base/xmltex progguide.fo >|progguide.ps.2.log 2>&1 -# dvips progguide -o - -# echo "Transforming FO to PDF..." -# pdflatex --interaction nonstopmode -fmt /usr/local/texmf/tex/xmltex/base/pdfxmltex progguide.fo >|progguide.pdf.log - - diff --git a/docs/progguide/examples.xml b/docs/progguide/examples.xml deleted file mode 100644 index 05645ab04..000000000 --- a/docs/progguide/examples.xml +++ /dev/null @@ -1,2443 +0,0 @@ - - Examples - - - Introduction - - - This chapter consists entirely of examples of AspectJ use. - - - The examples can be grouped into four categories: - - - technique - Examples which illustrate how to use one or more features of the - language. - - development - Examples of using AspectJ during the development phase of a - project. - - production - Examples of using AspectJ to provide functionality in an - application. - - reusable - Examples of reuse of aspects and pointcuts. - - - - - - - - Obtaining, Compiling and Running the Examples - - - The examples source code is part of the AspectJ distribution which may be - downloaded from the AspectJ project page ( ). - - - - Compiling most examples is straightforward. Go the - InstallDir/examples - directory, and look for a .lst file in one of - the example subdirectories. Use the -arglist - option to ajc to compile the example. For - instance, to compile the telecom example with billing, type - - - -ajc -argfile telecom/billing.lst - - - - To run the examples, your classpath must include the AspectJ run-time - Java archive (aspectjrt.jar). You may either set the - CLASSPATH environment variable or use the - -classpath command line option to the Java - interpreter: - - - -(In Unix use a : in the CLASSPATH) -java -classpath ".:InstallDir/lib/aspectjrt.jar" telecom.billingSimulation - - - -(In Windows use a ; in the CLASSPATH) -java -classpath ".;InstallDir/lib/aspectjrt.jar" telecom.billingSimulation - - - - - - - - - Basic Techniques - - - This section presents two basic techniques of using AspectJ, one each - from the two fundamental ways of capturing crosscutting concerns: - with dynamic join points and advice, and with static - introduction. Advice changes an application's behavior. Introduction - changes both an application's behavior and its structure. - - - - The first example, , is about - gathering and using information about the join point that has - triggered some advice. The second example, , concerns a crosscutting view of an - existing class hierarchy. - - - - - Join Points and <literal>thisJoinPoint</literal> - - - (The code for this example is in - InstallDir/examples/tjp.) - - - - A join point is some point in the execution of a program together - with a view into the execution context when that point occurs. Join - points are picked out by pointcuts. When a program reaches a join - point, advice on that join point may run in addition to (or instead - of) the join point itself. - - - - When using a pointcut that picks out join points of a single kind - by name, typicaly the the advice will know exactly what kind of - join point it is associated with. The pointcut may even publish - context about the join point. Here, for example, since the only - join points picked out by the pointcut are calls of a certain - method, we can get the target value and one of the argument values - of the method calls directly. - - - - - - But sometimes the shape of the join point is not so clear. For - instance, suppose a complex application is being debugged, and we - want to trace when any method of some class is executed. The - pointcut - - - - - - will pick out each execution join point of every method defined - within ProblemClass. Since advice executes - at each join point picked out by the pointcut, we can reasonably - ask which join point was reached. - - - - Information about the join point that was matched is available to - advice through the special variable - thisJoinPoint, of type org.aspectj.lang.JoinPoint. - Through this object we can access information such as - - - - the kind of join point that was matched - - - the source location of the code associated with the join point - - - normal, short and long string representations of the - current join point - - - the actual argument values of the join point - - - the signature of the member associated with the join point - - the currently executing object - the target object - - an object encapsulating the static information about the join - point. This is also available through the special variable - thisJoinPointStaticPart. - - - - The <classname>Demo</classname> class - - The class tjp.Demo in - tjp/Demo.java defines two methods - foo and bar with different - parameter lists and return types. Both are called, with suitable - arguments, by Demo's - go method which was invoked from within its - main method. - - - - - - - - The <literal>GetInfo</literal> aspect - - - This aspect uses around advice to intercept the execution of - methods foo and bar in - Demo, and prints out information garnered - from thisJoinPoint to the console. - - - - - - Defining the scope of a pointcut - - The pointcut goCut is defined as - - - - so that only executions made in the control flow of - Demo.go are intercepted. The control flow - from the method go includes the execution of - go itself, so the definition of the around - advice includes !execution(* go()) to - exclude it from the set of executions advised. - - - - Printing the class and method name - - - The name of the method and that method's defining class are - available as parts of the org.aspectj.lang.Signature - object returned by calling getSignature() on - either thisJoinPoint or - thisJoinPointStaticPart. - - - - - Printing the parameters - - - The static portions of the parameter details, the name and - types of the parameters, can be accessed through the org.aspectj.lang.reflect.CodeSignature - associated with the join point. All execution join points have code - signatures, so the cast to CodeSignature - cannot fail. - - - The dynamic portions of the parameter details, the actual - values of the parameters, are accessed directly from the - execution join point object. - - - - - - - - - Roles and Views - - - (The code for this example is in - InstallDir/examples/introduction.) - - - - Like advice, inter-type declarations are members of an aspect. They - declare members that act as if they were defined on another class. - Unlike advice, inter-type declarations affect not only the behavior - of the application, but also the structural relationship between an - application's classes. - - - - This is crucial: Publically affecting the class structure of an - application makes these modifications available to other components - of the application. - - - - Aspects can declare inter-type - - - fields - methods - constructors - - - and can also declare that target types - - - implement new interfaces - extend new classes - - - - - This example provides three illustrations of the use of inter-type - declarations to encapsulate roles or views of a class. The class - our aspect will be dealing with, Point, is a - simple class with rectangular and polar coordinates. Our inter-type - declarations will make the class Point, in - turn, cloneable, hashable, and comparable. These facilities are - provided by AspectJ without having to modify the code for the class - Point. - - - - The <classname>Point</classname> class - - The Point class defines geometric points - whose interface includes polar and rectangular coordinates, plus some - simple operations to relocate points. Point's - implementation has attributes for both its polar and rectangular - coordinates, plus flags to indicate which currently reflect the - position of the point. Some operations cause the polar coordinates to - be updated from the rectangular, and some have the opposite effect. - This implementation, which is in intended to give the minimum number - of conversions between coordinate systems, has the property that not - all the attributes stored in a Point object - are necessary to give a canonical representation such as might be - used for storing, comparing, cloning or making hash codes from - points. Thus the aspects, though simple, are not totally trivial. - - - - The diagram below gives an overview of the aspects and their - interaction with the class Point. - - - - - - - - - - - - - - The <classname>CloneablePoint</classname> aspect - - - This first aspect is responsible for - Point's implementation of the - Cloneable interface. It declares that - Point implements Cloneable with a - declare parents form, and also publically - declares a specialized Point's - clone() method. In Java, all objects inherit - the method clone from the class - Object, but an object is not cloneable - unless its class also implements the interface - Cloneable. In addition, classes - frequently have requirements over and above the simple - bit-for-bit copying that Object.clone does. In - our case, we want to update a Point's - coordinate systems before we actually clone the - Point. So our aspect makes sure that - Point overrides - Object.clone with a new method that does what - we want. - - - - We also define a test main method in the - aspect for convenience. - - - - - - - The <classname>ComparablePoint</classname> aspect - - - ComparablePoint is responsible for - Point's implementation of the - Comparable interface. - - - The interface Comparable defines the - single method compareTo which can be use to define - a natural ordering relation among the objects of a class that - implement it. - - - - ComparablePoint uses declare - parents to declare that Point implements - Comparable, and also publically declares the - appropriate compareTo(Object) method: A - Point p1 is said to be - less than another Point - p2 if p1 is closer to the - origin. - - - - We also define a test main method in the - aspect for convenience. - - - - - - - The <classname>HashablePoint</classname> aspect - - - Our third aspect is responsible for Point's - overriding of Object's - equals and hashCode methods - in order to make Points hashable. - - - - The method Object.hashCode returns an - integer, suitable for use as a hash table key. It is not required - that two objects which are not equal (according to the - equals method) return different integer - results from hashCode but it can - improve performance when the integer is used as a key into a - data structure. However, any two objects which are equal - must return the same integer value from a call to - hashCode. Since the default implementation - of Object.equals returns true - only when two objects are identical, we need to redefine both - equals and hashCode to work - correctly with objects of type Point. For - example, we want two Point objects to test - equal when they have the same x and - y values, or the same rho and - theta values, not just when they refer to the same - object. We do this by overriding the methods - equals and hashCode in the - class Point. - - - - So HashablePoint declares - Point's hashCode and - equals methods, using - Point's rectangular coordinates to - generate a hash code and to test for equality. The - x and y coordinates are - obtained using the appropriate get methods, which ensure the - rectangular coordinates are up-to-date before returning their - values. - - - - And again, we supply a main method in the - aspect for testing. - - - - - - - - - - - - - Development Aspects - - - Tracing using aspects - - - (The code for this example is in - InstallDir/examples/tracing.) - - - - Writing a class that provides tracing functionality is easy: a - couple of functions, a boolean flag for turning tracing on and - off, a choice for an output stream, maybe some code for - formatting the output -- these are all elements that - Trace classes have been known to - have. Trace classes may be highly - sophisticated, too, if the task of tracing the execution of a - program demands it. - - - - But developing the support for tracing is just one part of the - effort of inserting tracing into a program, and, most likely, not - the biggest part. The other part of the effort is calling the - tracing functions at appropriate times. In large systems, this - interaction with the tracing support can be overwhelming. Plus, - tracing is one of those things that slows the system down, so - these calls should often be pulled out of the system before the - product is shipped. For these reasons, it is not unusual for - developers to write ad-hoc scripting programs that rewrite the - source code by inserting/deleting trace calls before and after - the method bodies. - - - - AspectJ can be used for some of these tracing concerns in a less - ad-hoc way. Tracing can be seen as a concern that crosscuts the - entire system and as such is amenable to encapsulation in an - aspect. In addition, it is fairly independent of what the system - is doing. Therefore tracing is one of those kind of system - aspects that can potentially be plugged in and unplugged without - any side-effects in the basic functionality of the system. - - - - An Example Application - - - Throughout this example we will use a simple application that - contains only four classes. The application is about shapes. The - TwoDShape class is the root of the shape - hierarchy: - - - - - - TwoDShape has two subclasses, - Circle and Square: - - - - - - - - To run this application, compile the classes. You can do it with or - without ajc, the AspectJ compiler. If you've installed AspectJ, go - to the directory - InstallDir/examples - and type: - - - -ajc -argfile tracing/notrace.lst - - - To run the program, type - - -java tracing.ExampleMain - - - (we don't need anything special on the classpath since this is pure - Java code). You should see the following output: - - - - - - Tracing - Version 1 - - - In a first attempt to insert tracing in this application, we will - start by writing a Trace class that is - exactly what we would write if we didn't have aspects. The - implementation is in version1/Trace.java. Its - public interface is: - - - - - - If we didn't have AspectJ, we would have to insert calls to - traceEntry and traceExit in - all methods and constructors we wanted to trace, and to initialize - TRACELEVEL and the stream. If we wanted to trace - all the methods and constructors in our example, that would amount - to around 40 calls, and we would hope we had not forgotten any - method. But we can do that more consistently and reliably with the - following aspect (found in - version1/TraceMyClasses.java): - - - - - - This aspect performs the tracing calls at appropriate - times. According to this aspect, tracing is performed at the - entrance and exit of every method and constructor defined within - the shape hierarchy. - - - - What is printed at before and after each of the traced join points - is the signature of the method executing. Since the signature is - static information, we can get it through - thisJoinPointStaticPart. - - - - To run this version of tracing, go to the directory - InstallDir/examples - and type: - - - - - - Running the main method of - tracing.version1.TraceMyClasses should produce - the output: - - - tracing.TwoDShape(double, double) - <-- tracing.TwoDShape(double, double) - --> tracing.Circle(double, double, double) - <-- tracing.Circle(double, double, double) - --> tracing.TwoDShape(double, double) - <-- tracing.TwoDShape(double, double) - --> tracing.Circle(double, double, double) - <-- tracing.Circle(double, double, double) - --> tracing.Circle(double) - <-- tracing.Circle(double) - --> tracing.TwoDShape(double, double) - <-- tracing.TwoDShape(double, double) - --> tracing.Square(double, double, double) - <-- tracing.Square(double, double, double) - --> tracing.Square(double, double) - <-- tracing.Square(double, double) - --> double tracing.Circle.perimeter() - <-- double tracing.Circle.perimeter() -c1.perimeter() = 12.566370614359172 - --> double tracing.Circle.area() - <-- double tracing.Circle.area() -c1.area() = 12.566370614359172 - --> double tracing.Square.perimeter() - <-- double tracing.Square.perimeter() -s1.perimeter() = 4.0 - --> double tracing.Square.area() - <-- double tracing.Square.area() -s1.area() = 1.0 - --> double tracing.TwoDShape.distance(TwoDShape) - --> double tracing.TwoDShape.getX() - <-- double tracing.TwoDShape.getX() - --> double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.distance(TwoDShape) -c2.distance(c1) = 4.242640687119285 - --> double tracing.TwoDShape.distance(TwoDShape) - --> double tracing.TwoDShape.getX() - <-- double tracing.TwoDShape.getX() - --> double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.distance(TwoDShape) -s1.distance(c1) = 2.23606797749979 - --> String tracing.Square.toString() - --> String tracing.TwoDShape.toString() - <-- String tracing.TwoDShape.toString() - <-- String tracing.Square.toString() -s1.toString(): Square side = 1.0 @ (1.0, 2.0) -]]> - - - When TraceMyClasses.java is not provided to - ajc, the aspect does not have any affect on the - system and the tracing is unplugged. - - - - - Tracing - Version 2 - - - Another way to accomplish the same thing would be to write a - reusable tracing aspect that can be used not only for these - application classes, but for any class. One way to do this is to - merge the tracing functionality of - Trace - version1 with the crosscutting - support of TraceMyClasses - version1. We end - up with a Trace aspect (found in - version2/Trace.java) with the following public - interface - - - - - - In order to use it, we need to define our own subclass that knows - about our application classes, in - version2/TraceMyClasses.java: - - - - - - Notice that we've simply made the pointcut - classes, that was an abstract pointcut in the - super-aspect, concrete. To run this version of tracing, go to the - directory examples and type: - - - - - - The file tracev2.lst lists the application classes as well as this - version of the files Trace.java and TraceMyClasses.java. Running - the main method of - tracing.version2.TraceMyClasses should - output exactly the same trace information as that from version 1. - - - - The entire implementation of the new Trace - class is: - - - " + str); - } - private static void printExiting(String str) { - printIndent(); - stream.println("<-- " + str); - } - private static void printIndent() { - for (int i = 0; i < callDepth; i++) - stream.print(" "); - } - - // protocol part - - abstract pointcut myClass(); - - pointcut myConstructor(): myClass() && execution(new(..)); - pointcut myMethod(): myClass() && execution(* *(..)); - - before(): myConstructor() { - traceEntry("" + thisJoinPointStaticPart.getSignature()); - } - after(): myConstructor() { - traceExit("" + thisJoinPointStaticPart.getSignature()); - } - - before(): myMethod() { - traceEntry("" + thisJoinPointStaticPart.getSignature()); - } - after(): myMethod() { - traceExit("" + thisJoinPointStaticPart.getSignature()); - } -} -]]> - - - This version differs from version 1 in several subtle ways. The - first thing to notice is that this Trace - class merges the functional part of tracing with the crosscutting - of the tracing calls. That is, in version 1, there was a sharp - separation between the tracing support (the class - Trace) and the crosscutting usage of it (by - the class TraceMyClasses). In this version - those two things are merged. That's why the description of this - class explicitly says that "Trace messages are printed before and - after constructors and methods are," which is what we wanted in the - first place. That is, the placement of the calls, in this version, - is established by the aspect class itself, leaving less opportunity - for misplacing calls. - - - A consequence of this is that there is no need for providing - traceEntry and traceExit as - public operations of this class. You can see that they were - classified as protected. They are supposed to be internal - implementation details of the advice. - - - - The key piece of this aspect is the abstract pointcut classes that - serves as the base for the definition of the pointcuts constructors - and methods. Even though classes is - abstract, and therefore no concrete classes are mentioned, we can - put advice on it, as well as on the pointcuts that are based on - it. The idea is "we don't know exactly what the pointcut will be, - but when we do, here's what we want to do with it." In some ways, - abstract pointcuts are similar to abstract methods. Abstract - methods don't provide the implementation, but you know that the - concrete subclasses will, so you can invoke those methods. - - - - - - - - - - Production Aspects - - - - - A Bean Aspect - - - (The code for this example is in - InstallDir/examples/bean.) - - - - This example examines an aspect that makes Point objects into - Java beans with bound properties. - - - - Java beans are reusable software components that can be visually - manipulated in a builder tool. The requirements for an object to be - a bean are few. Beans must define a no-argument constructor and - must be either Serializable or - Externalizable. Any properties of the object - that are to be treated as bean properties should be indicated by - the presence of appropriate get and - set methods whose names are - getproperty and - set property where - property is the name of a field in the bean - class. Some bean properties, known as bound properties, fire events - whenever their values change so that any registered listeners (such - as, other beans) will be informed of those changes. Making a bound - property involves keeping a list of registered listeners, and - creating and dispatching event objects in methods that change the - property values, such as setproperty - methods. - - - - Point is a simple class representing points - with rectangular coordinates. Point does not - know anything about being a bean: there are set methods for - x and y but they do not fire - events, and the class is not serializable. Bound is an aspect that - makes Point a serializable class and makes - its get and set methods - support the bound property protocol. - - - - The <classname>Point</classname> class - - - The Point class is a very simple class with - trivial getters and setters, and a simple vector offset method. - - - - - - - - The <classname>BoundPoint</classname> aspect - - - The BoundPoint aspect is responsible for - Point's "beanness". The first thing it does is - privately declare that each Point has a - support field that holds reference to an - instance of PropertyChangeSupport. - - - - The property change support object must be constructed with a - reference to the bean for which it is providing support, so it is - initialized by passing it this, an instance of - Point. Since the support - field is private declared in the aspect, only the code in the - aspect can refer to it. - - - - The aspect also declares Point's methods for - registering and managing listeners for property change events, - which delegate the work to the property change support object: - - - - - - The aspect is also responsible for making sure - Point implements the - Serializable interface: - - - - Implementing this interface in Java does not require any methods to - be implemented. Serialization for Point - objects is provided by the default serialization method. - - - - The setters pointcut picks out calls to the - Point's set methods: any - method whose name begins with "set" and takes - one parameter. The around advice on setters() - stores the values of the X and - Y properties, calls the original - set method and then fires the appropriate - property change event according to which set method was - called. - - - - - - - - The Test Program - - - The test program registers itself as a property change listener to - a Point object that it creates and then performs - simple manipulation of that point: calling its set methods and the - offset method. Then it serializes the point and writes it to a file - and then reads it back. The result of saving and restoring the - point is that a new point is created. - - - - - - - - Compiling and Running the Example - - - To compile and run this example, go to the examples directory and type: - - - - - - - - - - - The Subject/Observer Protocol - - - (The code for this example is in - InstallDir/examples/observer.) - - - - This demo illustrates how the Subject/Observer design pattern can be - coded with aspects. - - - - The demo consists of the following: A colored label is a - renderable object that has a color that cycles through a set of - colors, and a number that records the number of cycles it has been - through. A button is an action item that records when it is - clicked. - - - - With these two kinds of objects, we can build up a Subject/Observer - relationship in which colored labels observe the clicks of buttons; - that is, where colored labels are the observers and buttons are the - subjects. - - - - The demo is designed and implemented using the Subject/Observer - design pattern. The remainder of this example explains the classes - and aspects of this demo, and tells you how to run it. - - - - Generic Components - - - The generic parts of the protocol are the interfaces - Subject and Observer, - and the abstract aspect - SubjectObserverProtocol. The - Subject interface is simple, containing - methods to add, remove, and view Observer - objects, and a method for getting data about state changes: - - - - - - The Observer interface is just as simple, - with methods to set and get Subject objects, - and a method to call when the subject gets updated. - - - - - - The SubjectObserverProtocol aspect contains - within it all of the generic parts of the protocol, namely, how to - fire the Observer objects' update methods - when some state changes in a subject. - - - - - - Note that this aspect does three things. It define an abstract - pointcut that extending aspects can override. It defines advice - that should run after the join points of the pointcut. And it - declares an inter-type field and two inter-type methods so that - each Observer can hold onto its Subject. - - - - - Application Classes - - - Button objects extend - java.awt.Button, and all they do is make - sure the void click() method is called whenever - a button is clicked. - - - - - - Note that this class knows nothing about being a Subject. - - - - ColorLabel objects are labels that support the void colorCycle() - method. Again, they know nothing about being an observer. - - - - - - Finally, the SubjectObserverProtocolImpl - implements the subject/observer protocol, with - Button objects as subjects and - ColorLabel objects as observers: - - - - - - It does this by assuring that Button and - ColorLabel implement the appropriate - interfaces, declaring that they implement the methods required by - those interfaces, and providing a definition for the abstract - stateChanges pointcut. Now, every time a - Button is clicked, all - ColorLabel objects observing that button - will colorCycle. - - - - - Compiling and Running - - - Demo is the top class that starts this - demo. It instantiates a two buttons and three observers and links - them together as subjects and observers. So to run the demo, go to - the examples directory and type: - - - - - - - - - - - A Simple Telecom Simulation - - - (The code for this example is in - InstallDir/examples/telecom.) - - - - This example illustrates some ways that dependent concerns can be - encoded with aspects. It uses an example system comprising a simple - model of telephone connections to which timing and billing features - are added using aspects, where the billing feature depends upon the - timing feature. - - - - The Application - - - The example application is a simple simulation of a telephony - system in which customers make, accept, merge and hang-up both - local and long distance calls. The application architecture is in - three layers. - - - - - - The basic objects provide basic functionality to simulate - customers, calls and connections (regular calls have one - connection, conference calls have more than one). - - - - - - The timing feature is concerned with timing the connections - and keeping the total connection time per customer. Aspects - are used to add a timer to each connection and to manage the - total time per customer. - - - - - - The billing feature is concerned with charging customers for - the calls they make. Aspects are used to calculate a charge - per connection and, upon termination of a connection, to add - the charge to the appropriate customer's bill. The billing - aspect builds upon the timing aspect: it uses a pointcut - defined in Timing and it uses the timers that are associated - with connections. - - - - - - The simulation of system has three configurations: basic, timing - and billing. Programs for the three configurations are in classes - BasicSimulation, - TimingSimulation and - BillingSimulation. These share a common - superclass AbstractSimulation, which - defines the method run with the simulation itself and the method - wait used to simulate elapsed time. - - - - - The Basic Objects - - - The telecom simulation comprises the classes - Customer, Call and - the abstract class Connection with its two - concrete subclasses Local and - LongDistance. Customers have a name and a - numeric area code. They also have methods for managing - calls. Simple calls are made between one customer (the caller) - and another (the receiver), a Connection - object is used to connect them. Conference calls between more - than two customers will involve more than one connection. A - customer may be involved in many calls at one time. - - - - - - - - - - - - The <classname>Customer</classname> class - - - Customer has methods - call, pickup, - hangup and merge for - managing calls. - - - - - - - - The <classname>Call</classname> class - - - Calls are created with a caller and receiver who are customers. If - the caller and receiver have the same area code then the call can - be established with a Local connection (see - below), otherwise a LongDistance connection - is required. A call comprises a number of connections between - customers. Initially there is only the connection between the - caller and receiver but additional connections can be added if - calls are merged to form conference calls. - - - - - The <classname>Connection</classname> class - - - The class Connection models the physical - details of establishing a connection between customers. It does - this with a simple state machine (connections are initially - PENDING, then COMPLETED and - finally DROPPED). Messages are printed to the - console so that the state of connections can be - observed. Connection is an abstract class with two concrete - subclasses: Local and - LongDistance. - - - - - - - - The <literal>Local</literal> and <literal>LongDistance</literal> classes - - - The two kinds of connections supported by our simulation are - Local and LongDistance - connections. - - - - - - - - - - Compiling and Running the Basic Simulation - - - The source files for the basic system are listed in the file - basic.lst. To build and run the basic system, - in a shell window, type these commands: - - - - - - - - The Timing aspect - - - The Timing aspect keeps track of total - connection time for each Customer by - starting and stopping a timer associated with each connection. It - uses some helper classes: - - - - The <classname>Timer</classname> class - - - A Timer object simply records the current - time when it is started and stopped, and returns their difference - when asked for the elapsed time. The aspect - TimerLog (below) can be used to cause the - start and stop times to be printed to standard output. - - - - - - - - - The <classname>TimerLog</classname> aspect - - - The TimerLog aspect can be included in a - build to get the timer to announce when it is started and - stopped. - - - - - - - - The <classname>Timing</classname> aspect - - - The Timing aspect is declares an - inter-type field totalConnectTime for - Customer to store the accumulated connection - time per Customer. It also declares that - each Connection object has a timer. - - - - Two pieces of after advice ensure that the timer is started when - a connection is completed and and stopped when it is dropped. The - pointcut endTiming is defined so that it can - be used by the Billing aspect. - - - - - - - - The <literal>Billing</literal> aspect - - - The Billing system adds billing functionality to the telecom - application on top of timing. - - - - The Billing aspect declares that each - Connection has a payer - inter-type field to indicate who initiated the call and therefore - who is responsible to pay for it. It also declares the inter-type - method callRate of - Connection so that local and long distance - calls can be charged differently. The call charge must be - calculated after the timer is stopped; the after advice on pointcut - Timing.endTiming does this, and - Billing is declared to be more precedent - than Timing to make sure that this advice - runs after Timing's advice on the same join - point. Finally, it declares inter-type methods and fields for - Customer to handle the - totalCharge. - - - - - - - - Accessing the inter-type state - - - Both the aspects Timing and - Billing contain the definition of operations - that the rest of the system may want to access. For example, when - running the simulation with one or both aspects, we want to find - out how much time each customer spent on the telephone and how big - their bill is. That information is also stored in the classes, but - they are accessed through static methods of the aspects, since the - state they refer to is private to the aspect. - - - - Take a look at the file - TimingSimulation.java. The most important - method of this class is the method - report(Customer), which is used in the method - run of the superclass - AbstractSimulation. This method is intended - to print out the status of the customer, with respect to the - Timing feature. - - - - - - - Compiling and Running - - - The files timing.lst and billing.lst contain file lists for the - timing and billing configurations. To build and run the application - with only the timing feature, go to the directory examples and - type: - - - - - - To build and run the application with the timing and billing - features, go to the directory examples and type: - - - - - - - - Discussion - - - There are some explicit dependencies between the aspects Billing - and Timing: - - - - - Billing is declared more precedent than Timing so that Billing's - after advice runs after that of Timing when they are on the - same join point. - - - - - - Billing uses the pointcut Timing.endTiming. - - - - - - Billing needs access to the timer associated with a connection. - - - - - - - - - - - - - Reusable Aspects - - - Tracing using Aspects, Revisited - - - (The code for this example is in - InstallDir/examples/tracing.) - - - - Tracing - Version 3 - - - One advantage of not exposing the methods traceEntry and - traceExit as public operations is that we can easily change their - interface without any dramatic consequences in the rest of the - code. - - - - Consider, again, the program without AspectJ. Suppose, for - example, that at some point later the requirements for tracing - change, stating that the trace messages should always include the - string representation of the object whose methods are being - traced. This can be achieved in at least two ways. One way is - keep the interface of the methods traceEntry - and traceExit as it was before, - - - - - - In this case, the caller is responsible for ensuring that the - string representation of the object is part of the string given - as argument. So, calls must look like: - - - - - - Another way is to enforce the requirement with a second argument - in the trace operations, e.g. - - - - - - In this case, the caller is still responsible for sending the - right object, but at least there is some guarantees that some - object will be passed. The calls will look like: - - - - - - In either case, this change to the requirements of tracing will - have dramatic consequences in the rest of the code -- every call - to the trace operations traceEntry and traceExit must be changed! - - - - Here's another advantage of doing tracing with an aspect. We've - already seen that in version 2 traceEntry and - traceExit are not publicly exposed. So - changing their interfaces, or the way they are used, has only a - small effect inside the Trace - class. Here's a partial view at the implementation of - Trace, version 3. The differences with - respect to version 2 are stressed in the comments: - - - - - - As you can see, we decided to apply the first design by preserving - the interface of the methods traceEntry and - traceExit. But it doesn't matter - we could - as easily have applied the second design (the code in the directory - examples/tracing/version3 has the second - design). The point is that the effects of this change in the - tracing requirements are limited to the - Trace aspect class. - - - - One implementation change worth noticing is the specification of - the pointcuts. They now expose the object. To maintain full - consistency with the behavior of version 2, we should have included - tracing for static methods, by defining another pointcut for static - methods and advising it. We leave that as an exercise. - - - - Moreover, we had to exclude the execution join point of the method - toString from the methods - pointcut. The problem here is that toString is - being called from inside the advice. Therefore if we trace it, we - will end up in an infinite recursion of calls. This is a subtle - point, and one that you must be aware when writing advice. If the - advice calls back to the objects, there is always the possibility - of recursion. Keep that in mind! - - - - In fact, esimply excluding the execution join point may not be - enough, if there are calls to other traced methods within it -- in - which case, the restriction should be - - - - - - excluding both the execution of toString methods and all join - points under that execution. - - - - In summary, to implement the change in the tracing requirements we - had to make a couple of changes in the implementation of the - Trace aspect class, including changing the - specification of the pointcuts. That's only natural. But the - implementation changes were limited to this aspect. Without - aspects, we would have to change the implementation of every - application class. - - - - Finally, to run this version of tracing, go to the directory - examples and type: - - - - - - The file tracev3.lst lists the application classes as well as this - version of the files Trace.java and - TraceMyClasses.java. To run the program, type - - - - - The output should be: - - tracing.TwoDShape(double, double) - <-- tracing.TwoDShape(double, double) - --> tracing.Circle(double, double, double) - <-- tracing.Circle(double, double, double) - --> tracing.TwoDShape(double, double) - <-- tracing.TwoDShape(double, double) - --> tracing.Circle(double, double, double) - <-- tracing.Circle(double, double, double) - --> tracing.Circle(double) - <-- tracing.Circle(double) - --> tracing.TwoDShape(double, double) - <-- tracing.TwoDShape(double, double) - --> tracing.Square(double, double, double) - <-- tracing.Square(double, double, double) - --> tracing.Square(double, double) - <-- tracing.Square(double, double) - --> double tracing.Circle.perimeter() - <-- double tracing.Circle.perimeter() -c1.perimeter() = 12.566370614359172 - --> double tracing.Circle.area() - <-- double tracing.Circle.area() -c1.area() = 12.566370614359172 - --> double tracing.Square.perimeter() - <-- double tracing.Square.perimeter() -s1.perimeter() = 4.0 - --> double tracing.Square.area() - <-- double tracing.Square.area() -s1.area() = 1.0 - --> double tracing.TwoDShape.distance(TwoDShape) - --> double tracing.TwoDShape.getX() - <-- double tracing.TwoDShape.getX() - --> double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.distance(TwoDShape) -c2.distance(c1) = 4.242640687119285 - --> double tracing.TwoDShape.distance(TwoDShape) - --> double tracing.TwoDShape.getX() - <-- double tracing.TwoDShape.getX() - --> double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.getY() - <-- double tracing.TwoDShape.distance(TwoDShape) -s1.distance(c1) = 2.23606797749979 - --> String tracing.Square.toString() - --> String tracing.TwoDShape.toString() - <-- String tracing.TwoDShape.toString() - <-- String tracing.Square.toString() -s1.toString(): Square side = 1.0 @ (1.0, 2.0) -]]> - - - - - diff --git a/docs/progguide/gettingstarted.xml b/docs/progguide/gettingstarted.xml deleted file mode 100644 index 6429d017f..000000000 --- a/docs/progguide/gettingstarted.xml +++ /dev/null @@ -1,1310 +0,0 @@ - - - Getting Started with AspectJ - - - Introduction - - - Many software developers are attracted to the idea of aspect-oriented - programming (AOP) but unsure about how to begin using the - technology. They recognize the concept of crosscutting concerns, and - know that they have had problems with the implementation of such - concerns in the past. But there are many questions about how to adopt - AOP into the development process. Common questions include: - - - - Can I use aspects in my existing code? - - - - - What kinds of benefits can I expect to get from using aspects? - - - - - How do I find aspects in my programs? - - - - How steep is the learning curve for AOP? - - - - What are the risks of using this new technology? - - - - - - - This chapter addresses these questions in the context of AspectJ: a - general-purpose aspect-oriented extension to Java. A series of - abridged examples illustrate the kinds of aspects programmers may - want to implement using AspectJ and the benefits associated with - doing so. Readers who would like to understand the examples in more - detail, or who want to learn how to program examples like these, can - find more complete examples and supporting material linked from the - AspectJ web site ( ). - - - - A significant risk in adopting any new technology is going too far - too fast. Concern about this risk causes many organizations to be - conservative about adopting new technology. To address this issue, - the examples in this chapter are grouped into three broad categories, - with aspects that are easier to adopt into existing development - projects coming earlier in this chapter. The next section, , we present the core of AspectJ's - features, and in , we present - aspects that facilitate tasks such as debugging, testing and - performance tuning of applications. And, in the section following, - , we present aspects that - implement crosscutting functionality common in Java applications. We - will defer discussing a third category of aspects, reusable aspects, - until . - - - - These categories are informal, and this ordering is not the only way - to adopt AspectJ. Some developers may want to use a production aspect - right away. But our experience with current AspectJ users suggests - that this is one ordering that allows developers to get experience - with (and benefit from) AOP technology quickly, while also minimizing - risk. - - - - - Introduction to AspectJ - - - This section presents a brief introduction to the features of AspectJ - used later in this chapter. These features are at the core of the - language, but this is by no means a complete overview of AspectJ. - - - - The features are presented using a simple figure editor system. A - Figure consists of a number of - FigureElements, which can be either - Points or Lines. The - Figure class provides factory services. There - is also a Display. Most example programs later - in this chapter are based on this system as well. - - - - - - - - - - UML for the FigureEditor example - - - - - - - The motivation for AspectJ (and likewise for aspect-oriented - programming) is the realization that there are issues or concerns - that are not well captured by traditional programming - methodologies. Consider the problem of enforcing a security policy in - some application. By its nature, security cuts across many of the - natural units of modularity of the application. Moreover, the - security policy must be uniformly applied to any additions as the - application evolves. And the security policy that is being applied - might itself evolve. Capturing concerns like a security policy in a - disciplined way is difficult and error-prone in a traditional - programming language. - - - - Concerns like security cut across the natural units of - modularity. For object-oriented programming languages, the natural - unit of modularity is the class. But in object-oriented programming - languages, crosscutting concerns are not easily turned into classes - precisely because they cut across classes, and so these aren't - reusable, they can't be refined or inherited, they are spread through - out the program in an undisciplined way, in short, they are difficult - to work with. - - - - Aspect-oriented programming is a way of modularizing crosscutting - concerns much like object-oriented programming is a way of - modularizing common concerns. AspectJ is an implementation of - aspect-oriented programming for Java. - - - - AspectJ adds to Java just one new concept, a join point -- and that's - really just a name for an existing Java concept. It adds to Java - only a few new constructs: pointcuts, advice, inter-type declarations - and aspects. Pointcuts and advice dynamically affect program flow, - inter-type declarations statically affects a program's class - hierarchy, and aspects encapsulate these new constructs. - - - - A join point is a well-defined point in the - program flow. A pointcut picks out certain join - points and values at those points. A piece of - advice is code that is executed when a join - point is reached. These are the dynamic parts of AspectJ. - - - - AspectJ also has different kinds of inter-type - declarations that allow the programmer to modify a - program's static structure, namely, the members of its classes and - the relationship between classes. - - - - AspectJ's aspect are the unit of modularity for - crosscutting concerns. They behave somewhat like Java classes, but - may also include pointcuts, advice and inter-type declarations. - - - - In the sections immediately following, we are first going to look at - join points and how they compose into pointcuts. Then we will look at - advice, the code which is run when a pointcut is reached. We will see - how to combine pointcuts and advice into aspects, AspectJ's reusable, - inheritable unit of modularity. Lastly, we will look at how to use - inter-type declarations to deal with crosscutting concerns of a - program's class structure. - - - - - - The Dynamic Join Point Model - - - A critical element in the design of any aspect-oriented language is - the join point model. The join point model provides the common - frame of reference that makes it possible to define the dynamic - structure of crosscutting concerns. This chapter describes - AspectJ's dynamic join points, in which join points are certain - well-defined points in the execution of the program. - - - - AspectJ provides for many kinds of join points, but this chapter - discusses only one of them: method call join points. A method call - join point encompasses the actions of an object receiving a method - call. It includes all the actions that comprise a method call, - starting after all arguments are evaluated up to and including - return (either normally or by throwing an exception). - - - - Each method call at runtime is a different join point, even if it - comes from the same call expression in the program. Many other - join points may run while a method call join point is executing -- - all the join points that happen while executing the method body, - and in those methods called from the body. We say that these join - points execute in the dynamic context of the - original call join point. - - - - - - - Pointcuts - - - In AspectJ, pointcuts pick out certain join - points in the program flow. For example, the pointcut - - - -call(void Point.setX(int)) - - - - picks out each join point that is a call to a method that has the - signature void Point.setX(int) - that is, - Point's void setX - method with a single int parameter. - - - - A pointcut can be built out of other pointcuts with and, or, and - not (spelled &&, ||, - and !). For example: - - - -call(void Point.setX(int)) || -call(void Point.setY(int)) - - - - picks out each join point that is either a call to - setX or a call to setY. - - - - Pointcuts can identify join points from many different types - - in other words, they can crosscut types. For example, - - - -call(void FigureElement.setXY(int,int)) || -call(void Point.setX(int)) || -call(void Point.setY(int)) || -call(void Line.setP1(Point)) || -call(void Line.setP2(Point)); - - - - picks out each join point that is a call to one of five methods - (the first of which is an interface method, by the way). - - - - In our example system, this pointcut captures all the join points - when a FigureElement moves. While this is a - useful way to specify this crosscutting concern, it is a bit of a - mouthful. So AspectJ allows programmers to define their own named - pointcuts with the pointcut form. So the - following declares a new, named pointcut: - - - -pointcut move(): - call(void FigureElement.setXY(int,int)) || - call(void Point.setX(int)) || - call(void Point.setY(int)) || - call(void Line.setP1(Point)) || - call(void Line.setP2(Point)); - - - - and whenever this definition is visible, the programmer can simply - use move() to capture this complicated - pointcut. - - - - The previous pointcuts are all based on explicit enumeration of a - set of method signatures. We sometimes call this - name-based crosscutting. AspectJ also - provides mechanisms that enable specifying a pointcut in terms of - properties of methods other than their exact name. We call this - property-based crosscutting. The simplest of - these involve using wildcards in certain fields of the method - signature. For example, the pointcut - - - -call(void Figure.make*(..)) - - - - picks out each join point that's a call to a void method defined - on Figure whose the name begins with - "make" regardless of the method's parameters. - In our system, this picks out calls to the factory methods - makePoint and makeLine. - The pointcut - - - -call(public * Figure.* (..)) - - - - picks out each call to Figure's public - methods. - - - - But wildcards aren't the only properties AspectJ supports. - Another pointcut, cflow, identifies join - points based on whether they occur in the dynamic context of - other join points. So - - - -cflow(move()) - - - - picks out each join point that occurs in the dynamic context of - the join points picked out by move(), our named - pointcut defined above. So this picks out each join points that - occurrs between when a move method is called and when it returns - (either normally or by throwing an exception). - - - - - - - - Advice - - - So pointcuts pick out join points. But they don't - do anything apart from picking out join - points. To actually implement crosscutting behavior, we use - advice. Advice brings together a pointcut (to pick out join - points) and a body of code (to run at each of those join points). - - - - AspectJ has several different kinds of advice. Before - advice runs as a join point is reached, before the - program proceeds with the join point. For example, before advice - on a method call join point runs before the actual method starts - running, just after the arguments to the method call are evaluated. - - - - - - After advice on a particular join point runs - after the program proceeds with that join point. For example, - after advice on a method call join point runs after the method body - has run, just before before control is returned to the caller. - Because Java programs can leave a join point 'normally' or by - throwing an exception, there are three kinds of after advice: - after returning, after - throwing, and plain after (which runs - after returning or throwing, like Java's - finally). - - - - - - Around advice on a join point runs as the join - point is reached, and has explicit control over whether the program - proceeds with the join point. Around advice is not discussed in - this section. - - - - Exposing Context in Pointcuts - - - Pointcuts not only pick out join points, they can also expose - part of the execution context at their join points. Values - exposed by a pointcut can be used in the body of advice - declarations. - - - - An advice declaration has a parameter list (like a method) that - gives names to all the pieces of context that it uses. For - example, the after advice - - - - - - uses three pieces of exposed context, a - FigureElement named fe, and two - ints named x and y. - - - - The body of the advice uses the names just like method - parameters, so - - - - - - The advice's pointcut publishes the values for the advice's - arguments. The three primitive pointcuts - this, target and - args are used to publish these values. So now - we can write the complete piece of advice: - - - - - - The pointcut exposes three values from calls to - setXY: the target - FigureElement -- which it publishes as - fe, so it becomes the first argument to the - after advice -- and the two int arguments -- which it publishes - as x and y, so they become - the second and third argument to the after advice. - - - - So the advice prints the figure element - that was moved and its new x and - y coordinates after each - setXY method call. - - - - A named pointcut may have parameters like a piece of advice. - When the named pointcut is used (by advice, or in another named - pointcut), it publishes its context by name just like the - this, target and - args pointcut. So another way to write the - above advice is - - - - - - - - - - - Inter-type declarations - - - Inter-type declarations in AspectJ are declarations that cut across - classes and their hierarchies. They may declare members that cut - across multiple classes, or change the inheritance relationship - between classes. Unlike advice, which operates primarily - dynamically, introduction operates statically, at compile-time. - - - - Consider the problem of expressing a capability shared by some - existing classes that are already part of a class hierarchy, - i.e. they already extend a class. In Java, one creates an - interface that captures this new capability, and then adds to - each affected class a method that implements - this interface. - - - - AspectJ can express the concern in one place, by using inter-type - declarations. The aspect declares the methods and fields that are - necessary to implement the new capability, and associates the - methods and fields to the existing classes. - - - - Suppose we want to have Screen objects - observe changes to Point objects, where - Point is an existing class. We can implement - this by writing an aspect declaring that the class Point - Point has an instance field, - observers, that keeps track of the - Screen objects that are observing - Points. - - - - - - The observers field is private, so only - PointObserving can see it. So observers are - added or removed with the static methods - addObserver and - removeObserver on the aspect. - - - - - - Along with this, we can define a pointcut - changes that defines what we want to observe, - and the after advice defines what we want to do when we observe a - change. - - - - - - Note that neither Screen's nor - Point's code has to be modified, and that - all the changes needed to support this new capability are local to - this aspect. - - - - - - - - Aspects - - - Aspects wrap up pointcuts, advice, and inter-type declarations in a - a modular unit of crosscutting implementation. It is defined very - much like a class, and can have methods, fields, and initializers - in addition to the crosscutting members. Because only aspects may - include these crosscutting members, the declaration of these - effects is localized. - - - - Like classes, aspects may be instantiated, but AspectJ controls how - that instantiation happens -- so you can't use Java's - new form to build new aspect instances. By - default, each aspect is a singleton, so one aspect instance is - created. This means that advice may use non-static fields of the - aspect, if it needs to keep state around: - - - - - - Aspects may also have more complicated rules for instantiation, but - these will be described in a later chapter. - - - - - - - - - Development Aspects - - - The next two sections present the use of aspects in increasingly - sophisticated ways. Development aspects are easily removed from - production builds. Production aspects are intended to be used in - both development and in production, but tend to affect only a few - classes. - - - - This section presents examples of aspects that can be used during - development of Java applications. These aspects facilitate debugging, - testing and performance tuning work. The aspects define behavior that - ranges from simple tracing, to profiling, to testing of internal - consistency within the application. Using AspectJ makes it possible - to cleanly modularize this kind of functionality, thereby making it - possible to easily enable and disable the functionality when desired. - - - - Tracing - - - This first example shows how to increase the visibility of the - internal workings of a program. It is a simple tracing aspect that - prints a message at specified method calls. In our figure editor - example, one such aspect might simply trace whenever points are - drawn. - - - - - - This code makes use of the thisJoinPoint special - variable. Within all advice bodies this variable is bound to an - object that describes the current join point. The effect of this - code is to print a line like the following every time a figure - element receives a draw method call: - - - - - - To understand the benefit of coding this with AspectJ consider - changing the set of method calls that are traced. With AspectJ, - this just requires editing the definition of the - tracedCalls pointcut and recompiling. The - individual methods that are traced do not need to be edited. - - - - When debugging, programmers often invest considerable effort in - figuring out a good set of trace points to use when looking for a - particular kind of problem. When debugging is complete or appears - to be complete it is frustrating to have to lose that investment by - deleting trace statements from the code. The alternative of just - commenting them out makes the code look bad, and can cause trace - statements for one kind of debugging to get confused with trace - statements for another kind of debugging. - - - - With AspectJ it is easy to both preserve the work of designing a - good set of trace points and disable the tracing when it isn t - being used. This is done by writing an aspect specifically for that - tracing mode, and removing that aspect from the compilation when it - is not needed. - - - - This ability to concisely implement and reuse debugging - configurations that have proven useful in the past is a direct - result of AspectJ modularizing a crosscutting design element the - set of methods that are appropriate to trace when looking for a - given kind of information. - - - - - Profiling and Logging - - - Our second example shows you how to do some very specific - profiling. Although many sophisticated profiling tools are - available, and these can gather a variety of information and - display the results in useful ways, you may sometimes want to - profile or log some very specific behavior. In these cases, it is - often possible to write a simple aspect similar to the ones above - to do the job. - - - - For example, the following aspect counts the number of calls to the - rotate method on a Line - and the number of calls to the set* methods of - a Point that happen within the control flow - of those calls to rotate: - - - - - - In effect, this aspect allows the programmer to ask very specific - questions like - -
    - How many times is the rotate - method defined on Line objects called? -
    - - and - -
    - How many times are methods defined on - Point objects whose name begins with - "set" called in fulfilling those rotate - calls? -
    - - questions it may be difficult to express using standard - profiling or logging tools. -     - -     - - - - - Pre- and Post-Conditions - - - Many programmers use the "Design by Contract" style popularized by - Bertand Meyer in Object-Oriented Software Construction, - 2/e. In this style of programming, explicit - pre-conditions test that callers of a method call it properly and - explicit post-conditions test that methods properly do the work - they are supposed to. - - - - AspectJ makes it possible to implement pre- and post-condition - testing in modular form. For example, this code - - - - MAX_X ) - throw new IllegalArgumentException("x is out of bounds."); - } - - before(int y): setY(y) { - if ( y < MIN_Y || y > MAX_Y ) - throw new IllegalArgumentException("y is out of bounds."); - } -} -]]> - - - implements the bounds checking aspect of pre-condition testing for - operations that move points. Notice that the - setX pointcut refers to all the operations - that can set a Point's x coordinate; this - includes the setX method, as well as half of - the setXY method. In this sense the - setX pointcut can be seen as involving very - fine-grained crosscutting - it names the the - setX method and half of the - setXY method. - - - - Even though pre- and post-condition testing aspects can often be - used only during testing, in some cases developers may wish to - include them in the production build as well. Again, because - AspectJ makes it possible to modularize these crosscutting concerns - cleanly, it gives developers good control over this decision. - - - - - - - - Contract Enforcement - - - The property-based crosscutting mechanisms can be very useful in - defining more sophisticated contract enforcement. One very powerful - use of these mechanisms is to identify method calls that, in a - correct program, should not exist. For example, the following - aspect enforces the constraint that only the well-known factory - methods can add an element to the registry of figure - elements. Enforcing this constraint ensures that no figure element - is added to the registry more than once. - - - - - - This aspect uses the withincode primitive pointcut to denote all - join points that occur within the body of the factory methods on - FigureElement (the methods with names that - begin with "make"). This is a property-based - pointcut because it identifies join points based not on their - signature, but rather on the property that they occur specifically - within the code of another method. The before advice declaration - effectively says signal an error for any calls to register that are - not within the factory methods. - - - - This advice throws a runtime exception at certain join points, but - AspectJ can do better. Using the declare error - form, we can have the compiler signal the - error. - - - - - - When using this aspect, it is impossible for the compiler to - compile programs with these illegal calls. This early detection is - not always possible. In this case, since we depend only on static - information (the withincode pointcut picks out - join points totally based on their code, and the - call pointcut here picks out join points - statically). Other enforcement, such as the precondition - enforcement, above, does require dynamic information such as the - runtime value of parameters. - - - - - - - Configuration Management - - - Configuration management for aspects can be handled using a variety - of make-file like techniques. To work with optional aspects, the - programmer can simply define their make files to either include the - aspect in the call to the AspectJ compiler or not, as desired. - - - - Developers who want to be certain that no aspects are included in - the production build can do so by configuring their make files so - that they use a traditional Java compiler for production builds. To - make it easy to write such make files, the AspectJ compiler has a - command-line interface that is consistent with ordinary Java - compilers. - - -     - - - - - Production Aspects - - - This section presents examples of aspects that are inherently - intended to be included in the production builds of an application. - Production aspects tend to add functionality to an application - rather than merely adding more visibility of the internals of a - program. Again, we begin with name-based aspects and follow with - property-based aspects. Name-based production aspects tend to - affect only a small number of methods. For this reason, they are a - good next step for projects adopting AspectJ. But even though they - tend to be small and simple, they can often have a significant - effect in terms of making the program easier to understand and - maintain. - - - - Change Monitoring - - - The first example production aspect shows how one might implement - some simple functionality where it is problematic to try and do it - explicitly. It supports the code that refreshes the display. The - role of the aspect is to maintain a dirty bit indicating whether or - not an object has moved since the last time the display was - refreshed. - - - - Implementing this functionality as an aspect is straightforward. - The testAndClear method is called by the - display code to find out whether a figure element has moved - recently. This method returns the current state of the dirty flag - and resets it to false. The pointcut move - captures all the method calls that can move a figure element. The - after advice on move sets the dirty flag - whenever an object moves. - - - - - - Even this simple example serves to illustrate some of the important - benefits of using AspectJ in production code. Consider implementing - this functionality with ordinary Java: there would likely be a - helper class that contained the dirty flag, the - testAndClear method, as well as a - setFlag method. Each of the methods that could - move a figure element would include a call to the - setFlag method. Those calls, or rather the - concept that those calls should happen at each move operation, are - the crosscutting concern in this case. - - - - The AspectJ implementation has several advantages over the standard - implementation: - - - - The structure of the crosscutting concern is captured - explicitly. The moves pointcut clearly states all the - methods involved, so the programmer reading the code sees not just - individual calls to setFlag, but instead sees - the real structure of the code. The IDE support included with - AspectJ automatically reminds the programmer that this aspect - advises each of the methods involved. The IDE support also - provides commands to jump to the advice from the method and - vice-versa. - - - - Evolution is easier. If, for example, the - aspect needs to be revised to record not just that some figure - element moved, but rather to record exactly which figure elements - moved, the change would be entirely local to the aspect. The - pointcut would be updated to expose the object being moved, and the - advice would be updated to record that object. The paper - An Overview of AspectJ (available linked off - of the AspectJ web site -- ), presented at ECOOP - 2001, presents a detailed discussion of various ways this aspect - could be expected to evolve. - - - - The functionality is easy to plug in and out. - Just as with development aspects, production aspects may need to be - removed from the system, either because the functionality is no - longer needed at all, or because it is not needed in certain - configurations of a system. Because the functionality is - modularized in a single aspect this is easy to do. - - - - The implementation is more stable. If, for - example, the programmer adds a subclass of - Line that overrides the existing methods, - this advice in this aspect will still apply. In the ordinary Java - implementation the programmer would have to remember to add the - call to setFlag in the new overriding - method. This benefit is often even more compelling for - property-based aspects (see the section ). - - - - - - - Context Passing - - - The crosscutting structure of context passing can be a significant - source of complexity in Java programs. Consider implementing - functionality that would allow a client of the figure editor (a - program client rather than a human) to set the color of any figure - elements that are created. Typically this requires passing a color, - or a color factory, from the client, down through the calls that - lead to the figure element factory. All programmers are familiar - with the inconvenience of adding a first argument to a number of - methods just to pass this kind of context information. - - - - Using AspectJ, this kind of context passing can be implemented in a - modular way. The following code adds after advice that runs only - when the factory methods of Figure are - called in the control flow of a method on a - ColorControllingClient. - - - - - - This aspect affects only a small number of methods, but note that - the non-AOP implementation of this functionality might require - editing many more methods, specifically, all the methods in the - control flow from the client to the factory. This is a benefit - common to many property-based aspects while the aspect is short and - affects only a modest number of benefits, the complexity the aspect - saves is potentially much larger. - - - - - - - - Providing Consistent Behavior - - - This example shows how a property-based aspect can be used to - provide consistent handling of functionality across a large set of - operations. This aspect ensures that all public methods of the - com.bigboxco package log any Errors they throw - to their caller (in Java, an Error is like an Exception, but it - indicates that something really bad and usually unrecoverable has - happened). The publicMethodCall pointcut - captures the public method calls of the package, and the after - advice runs whenever one of those calls throws an Error. The advice - logs that Error and then the throw resumes. - - - - - - In some cases this aspect can log an exception twice. This happens - if code inside the com.bigboxco package itself - calls a public method of the package. In that case this code will - log the error at both the outermost call into the - com.bigboxco package and the re-entrant - call. The cflow primitive pointcut can be used - in a nice way to exclude these re-entrant calls: - - - - - The following aspect is taken from work on the AspectJ compiler. - The aspect advises about 35 methods in the - JavaParser class. The individual methods - handle each of the different kinds of elements that must be - parsed. They have names like parseMethodDec, - parseThrows, and - parseExpr. - - - - - - This example exhibits a property found in many aspects with large - property-based pointcuts. In addition to a general property based - pattern call(* JavaParser.parse*(..)) it - includes an exception to the pattern !call(Stmt - parseVarDec(boolean)). The exclusion of - parseVarDec happens because the parsing of - variable declarations in Java is too complex to fit with the clean - pattern of the other parse* methods. Even with - the explicit exclusion this aspect is a clear expression of a clean - crosscutting modularity. Namely that all - parse* methods that return - ASTObjects, except for - parseVarDec share a common behavior for - establishing the parse context of their result. - - - - The process of writing an aspect with a large property-based - pointcut, and of developing the appropriate exceptions can clarify - the structure of the system. This is especially true, as in this - case, when refactoring existing code to use aspects. When we first - looked at the code for this aspect, we were able to use the IDE - support provided in AJDE for JBuilder to see what methods the - aspect was advising compared to our manual coding. We quickly - discovered that there were a dozen places where the aspect advice - was in effect but we had not manually inserted the required - functionality. Two of these were bugs in our prior non-AOP - implementation of the parser. The other ten were needless - performance optimizations. So, here, refactoring the code to - express the crosscutting structure of the aspect explicitly made - the code more concise and eliminated latent bugs. - - - - - - - - Conclusion - - - AspectJ is a simple and practical aspect-oriented extension to - Java. With just a few new constructs, AspectJ provides support for - modular implementation of a range of crosscutting concerns. - - - - Adoption of AspectJ into an existing Java development project can be - a straightforward and incremental task. One path is to begin by using - only development aspects, going on to using production aspects and - then reusable aspects after building up experience with - AspectJ. Adoption can follow other paths as well. For example, some - developers will benefit from using production aspects right - away. Others may be able to write clean reusable aspects almost right - away. - - - - AspectJ enables both name-based and property based crosscutting. - Aspects that use name-based crosscutting tend to affect a small - number of other classes. But despite their small scale, they can - often eliminate significant complexity compared to an ordinary Java - implementation. Aspects that use property-based crosscutting can - have small or large scale. - - - - Using AspectJ results in clean well-modularized implementations of - crosscutting concerns. When written as an AspectJ aspect the - structure of a crosscutting concern is explicit and easy to - understand. Aspects are also highly modular, making it possible to - develop plug-and-play implementations of crosscutting - functionality. - - - - AspectJ provides more functionality than was covered by this short - introduction. The next chapter, , - covers in detail more of the features of the AspectJ language. The - following chapter, , then presents some - carefully chosen examples that show you how AspectJ might be used. We - recommend that you read the next two chapters carefully before - deciding to adopt AspectJ into a project. - - -     diff --git a/docs/progguide/idioms.xml b/docs/progguide/idioms.xml deleted file mode 100644 index c6297c90b..000000000 --- a/docs/progguide/idioms.xml +++ /dev/null @@ -1,74 +0,0 @@ - - Idioms - - - Introduction - - - This chapter consists of very short snippets of AspectJ code, - typically pointcuts, that are particularly evocative or useful. - This section is a work in progress. - - - - Here's an example of how to enfore a rule that code in the - java.sql package can only be used from one particular package in - your system. This doesn't require any access to code in the - java.sql package. - - - - - Any call to an instance of a subtype of AbstractFacade whose class is - not exactly equal to AbstractFacade: - - - - If AbstractFacade is an abstract class or an interface, then every - instance must be of a subtype and you can replace this with: - - - - Any call to a method which is defined by a subtype of - AbstractFacade, but which isn't defined by the type AbstractFacade itself: - - - - - The execution of a method that is defined in the source code for a - type that is a subtype of AbstractFacade but not in AbstractFacade itself: - - - - - - diff --git a/docs/progguide/implementation.xml b/docs/progguide/implementation.xml deleted file mode 100644 index e1fa05f2b..000000000 --- a/docs/progguide/implementation.xml +++ /dev/null @@ -1,377 +0,0 @@ - - - Implementation Notes - - - Compiler Notes - - - The initial implementations of AspectJ have all been - compiler-based implementations. Certain elements of AspectJ's - semantics are difficult to implement without making modifications - to the virtual machine, which a compiler-based implementation - cannot do. One way to deal with this problem would be to specify - only the behavior that is easiest to implement. We have chosen a - somewhat different approach, which is to specify an ideal language - semantics, as well as a clearly defined way in which - implementations are allowed to deviate from that semantics. This - makes it possible to develop conforming AspectJ implementations - today, while still making it clear what later, and presumably - better, implementations should do tomorrow. - - - - According to the AspectJ language semantics, the declaration - - - - - - should advise all accesses of a field of type int and name x from - instances of type (or subtype of) Point. It should do this - regardless of whether all the source code performing the access - was available at the time the aspect containing this advice was - compiled, whether changes were made later, etc. - - - - But AspectJ implementations are permitted to deviate from this in - a well-defined way -- they are permitted to advise only accesses - in code the implementation controls. Each - implementation is free within certain bounds to provide its own - definition of what it means to control code. - - - - In the current AspectJ compiler, ajc, control of the code means - having bytecode for any aspects and all the code they should - affect available during the compile. This means that if some class - Client contains code with the expression new - Point().x (which results in a field get join point at - runtime), the current AspectJ compiler will fail to advise that - access unless Client.java or Client.class is compiled as well. It - also means that join points associated with code in native methods - (including their execution join points) cannot be advised. - - - - Different join points have different requirements. Method and - constructor call join points can be advised only if ajc controls - the bytecode for the caller. Field reference or assignment join - points can be advised only if ajc controls the bytecode for the - "caller", the code actually making the reference or assignment. - Initialization join points can be advised only if ajc controls the - bytecode of the type being initialized, and execution join points - can be advised only if ajc controls the bytecode for the method or - constructor body in question. - The end of an exception handler is underdetermined in bytecode, - so ajc will not implement after or around advice on handler join - points. - Similarly, ajc cannot implement around advice on initialization - or preinitialization join points. - In cases where ajc cannot implement advice, it will emit a - compile-time error noting this as a compiler limitation. - - - - Aspects that are defined perthis or - pertarget also have restrictions based on - control of the code. In particular, at a join point where the - bytecode for the currently executing object is not available, an - aspect defined perthis of that join point will - not be associated. So aspects defined - perthis(Object) will not create aspect - instances for every object unless Objectis part - of the compile. Similar restrictions apply to - pertarget aspects. - - - - Inter-type declarations such as declare parents - also have restrictions based on control of the code. If the - bytecode for the target of an inter-type declaration is not - available, then the inter-type declaration is not made on that - target. So, declare parents : String implements - MyInterface will not work for - java.lang.String unless - java.lang.String is part of the compile. - - - When declaring members on interfaces, the implementation must - control both the interface and the top-level implementors of - that interface (the classes that implement the interface but - do not have a superclass that implements the interface). - You may weave these separately, but be aware that you will get - runtime exceptions if you run the affected top-level classes - without the interface as produced by the same ajc implementation. - Any intertype declaration of an abstract method on an interface - must be specified as public, you will get a compile time error - message indicating this is a compiler limitation if you do not - specify public. A non-abstract method declared on an interface - can use any access modifier except protected. Note that this is - different to normal Java rules where all members declared in - an interface are implicitly public. - Finally, note that one cannot define static fields or methods - on interfaces. - - - When declaring methods on target types, only methods declared - public are recognizable in the bytecode, so methods must be - declared public to be overridden in any subtype or to be called - from code in a later compile using the target type as a library. - - - - Other AspectJ implementations, indeed, future versions of ajc, may - define code the implementation controls more - liberally or restrictively, so long as they comport with the Java - language. For example, the call pointcut does - not pick out reflective calls to a method implemented in - java.lang.reflect.Method.invoke(Object, Object[]). - Some suggest that the call "happens" and the call pointcut should - pick it out, but the AspectJ language shouldn't anticipate what happens - in code outside the control of the implementation, even when it - is a a well-defined API in a Java standard library. - - - - The important thing to remember is that core concepts of AspectJ, - such as the join point, are unchanged, regardless of which - implementation is used. During your development, you will have to - be aware of the limitations of the ajc compiler you're using, but - these limitations should not drive the design of your aspects. - - - - - Bytecode Notes - - - The .class expression and String + - - The java language form Foo.class is - implemented in bytecode with a call to - Class.forName guarded by an exception - handler catching a ClassNotFoundException. - - - The java language + operator, when applied to String - arguments, is implemented in bytecode by calls to - StringBuffer.append. - - - In both of these cases, the current AspectJ compiler - operates on the bytecode implementation of these language - features; in short, it operates on what is really happening rather - than what was written in source code. This means that there may - be call join points to Class.forName or - StringBuffer.append from programs that do not, - at first glance, appear to contain such calls: - - - - - In short, the join point model of the current AspectJ - compiler considers these as valid join points. - - - - - - The Handler join point - - - The end of exception handlers cannot reliably be found in Java - bytecode. Instead of removing the handler join point entirely, the - current AspectJ compiler restricts what can be done with the handler - join point: - - - - After and around advice cannot apply to handler - join points. - - The control flow of a handler join point cannot be - detected. - - - - The first of these is relatively straightforward. If any piece of - after advice (returning, throwing, or "finally") would normally - apply to a handler join point, it will not in code output by the - current AspectJ compiler. A compiler warning is generated whenever - this is detected to be the case. Before advice is allowed. - - - The second is that the control flow of a handler join point - is not picked out. For example, the following pointcut - - - - - will capture all join points in the control flow of a call to - void foo(), but it will not - capture those in the control flow of an - IOException handler. It is equivalent to - cflow(call(void foo())). In general, - cflow(handler(Type)) - will not pick out any join points, the one exception to this is join points - that occur during the execution of any before advice on the handler. - - - This does not restrict programs from placing before advice on - handlers inside other control flows. This - advice, for example, is perfectly fine: - - - - - - A source-code implementation of AspectJ (such as AspectJ 1.0.6) is - able to detect the endpoint of a handler join point, and as such - will likely have fewer such restrictions. - - - - - - Initializers and Inter-type Constructors - - - The code for Java initializers, such as the assignment to the - field d in - - - - - - are considered part of constructors by the time AspectJ gets ahold - of bytecode. That is, the assignment of d to the square root of - two happens inside the default constructor of - C. - - - - Thus inter-type constructors will not necessarily run a target - type's initialization code. In particular, if the inter-type - constructor calls a super-constructor (as opposed to a - this constructor), the target type's - initialization code will not be run when that - inter-type constructor is called. - - - - - - It is the job of an inter-type constructor to do all the required - initialization, or to delegate to a this - constructor if necessary. - - - - - - Annotation-style Notes - Writing aspects in annotation-style is subject to the same - bytecode limitations since the binary aspects take the same - form and are woven in the same way. However, the implementation - differences (e.g., the mechanism for implementing around advice) - may be apparent at runtime. See the documentation on annotation-style - for more information. - - - - Summary of implementation requirements - - This summarizes the requirements of our implementation of AspectJ. - For more details, see the relevant sections of this guide. - - - - The invoking code must be under the control of ajc - for the following join points: - - call join point - get join point - set join point - - - - The declaring/target code must be under the control of ajc - for the following join points and inter-type declarations: - - execution join point - adviceexecution join point - handler join point - initialization join point - preinitialiaztion join point - staticinitialization join point - perthis aspect - pertarget aspect - declare parents - declare method or field (see interface caveats below) - - - - Implementation Caveats - - - The initialization and preinitialization join points - do not support around advice - - - The handler join point does not support... - - after advice - around advice - cflow(handler(..)) - - - - Declaring members on an interface in an aspect affects only - the topmost implementing classes the implementation controls. - - - cflow and cflowbelow pointcuts work within a single thread. - - - - Runtime ClassCastException may result - from supplying a supertype of the actual type as an argument - to proceed(..) in around advice. - - - - - - - - - diff --git a/docs/progguide/language.xml b/docs/progguide/language.xml deleted file mode 100644 index 48b0fa62d..000000000 --- a/docs/progguide/language.xml +++ /dev/null @@ -1,1354 +0,0 @@ - - - The AspectJ Language - - - Introduction - - - The previous chapter, , was a brief - overview of the AspectJ language. You should read this chapter to - understand AspectJ's syntax and semantics. It covers the same - material as the previous chapter, but more completely and in much - more detail. - - - - We will start out by looking at an example aspect that we'll build - out of a pointcut, an introduction, and two pieces of advice. This - example aspect will gives us something concrete to talk about. - - - - - - - The Anatomy of an Aspect - - - This lesson explains the parts of AspectJ's aspects. By reading this - lesson you will have an overview of what's in an aspect and you will - be exposed to the new terminology introduced by AspectJ. - - - - An Example Aspect - - - Here's an example of an aspect definition in AspectJ: - - - - - - The FaultHandler consists of one inter-type - field on Server (line 03), two methods (lines - 05-07 and 09-11), one pointcut definition (line 13), and two pieces - of advice (lines 15-17 and 19-22). - - - - This covers the basics of what aspects can contain. In general, - aspects consist of an association of other program entities, - ordinary variables and methods, pointcut definitions, inter-type declarations, - and advice, where advice may be before, after or around advice. The - remainder of this lesson focuses on those crosscut-related - constructs. - - - - - Pointcuts - - - AspectJ's pointcut definitions give names to pointcuts. Pointcuts - themselves pick out join points, i.e. interesting points in the - execution of a program. These join points can be method or - constructor invocations and executions, the handling of exceptions, - field assignments and accesses, etc. Take, for example, the - pointcut definition in line 13: - - - - - - This pointcut, named services, picks out those - points in the execution of the program when - Server objects have their public methods called. - It also allows anyone using the services - pointcut to access the Server object whose - method is being called. - - - - The idea behind this pointcut in the - FaultHandler aspect is that - fault-handling-related behavior must be triggered on the calls to - public methods. For example, the server may be unable to proceed - with the request because of some fault. The calls of those methods - are, therefore, interesting events for this aspect, in the sense - that certain fault-related things will happen when these events - occur. - - - - Part of the context in which the events occur is exposed by the - formal parameters of the pointcut. In this case, that consists of - objects of type Server. That formal parameter - is then being used on the right hand side of the declaration in - order to identify which events the pointcut refers to. In this - case, a pointcut picking out join points where a Server is the - target of some operation (target(s)) is being composed - (, meaning and) with a pointcut - picking out call join points (call(...)). The calls are identified - by signatures that can include wild cards. In this case, there are - wild cards in the return type position (first *), in the name - position (second *) and in the argument list position (..); the - only concrete information is given by the qualifier - public. - - - - Pointcuts pick out arbitrarily large numbers of join points of a - program. But they pick out only a small number of - kinds of join points. Those kinds of join - points correspond to some of the most important concepts in - Java. Here is an incomplete list: method call, method execution, - exception handling, instantiation, constructor execution, and - field access. Each kind of join point can be picked out by its - own specialized pointcut that you will learn about in other parts - of this guide. - - - - - - - - - Advice - - - A piece of advice brings together a pointcut and a body of code to - define aspect implementation that runs at join points picked out by - the pointcut. For example, the advice in lines 15-17 specifies that - the following piece of code - - - - - - is executed when instances of the Server class - have their public methods called, as specified by the pointcut - services. More specifically, it runs when those - calls are made, just before the corresponding methods are executed. - - - - The advice in lines 19-22 defines another piece of implementation - that is executed on the same pointcut: - - - - - - But this second method executes after those operations throw - exception of type FaultException. - - - - There are two other variations of after advice: upon successful - return and upon return, either successful or with an exception. - There is also a third kind of advice called around. You will see - those in other parts of this guide. - - - - - - - - - Join Points and Pointcuts - - - Consider the following Java class: - - - - - - In order to get an intuitive understanding of AspectJ's join points - and pointcuts, let's go back to some of the basic principles of - Java. Consider the following a method declaration in class Point: - - - - - - This piece of program says that when method named - setX with an int argument - called on an object of type Point, then the method - body { this.x = x; } is executed. Similarly, the - constructor of the class states that when an object of type - Point is instantiated through a constructor with - two int arguments, then the constructor body - { this.x = x; this.y = y; } is executed. - - - - One pattern that emerges from these descriptions is - -
    - When something happens, then something gets executed. -
    - - In object-oriented programs, there are several kinds of "things that - happen" that are determined by the language. We call these the join - points of Java. Join points consist of things like method calls, - method executions, object instantiations, constructor executions, - field references and handler executions. (See the for a complete listing.) -     - - - Pointcuts pick out these join points. For example, the pointcut - - - - - - picks out each call to setX(int) or - setY(int) when called on an instance of - Point. Here's another example: - - - - - - This pointcut picks out each the join point when exceptions of type - IOException are handled inside the code defined by - class MyClass. - - - - Pointcut definitions consist of a left-hand side and a right-hand side, - separated by a colon. The left-hand side consists of the pointcut name - and the pointcut parameters (i.e. the data available when the events - happen). The right-hand side consists of the pointcut itself. - - - - Some Example Pointcuts - - - Here are examples of pointcuts picking out - - - - - when a particular method body executes - - - execution(void Point.setX(int)) - - - - - - when a method is called - - - call(void Point.setX(int)) - - - - - - when an exception handler executes - - - handler(ArrayOutOfBoundsException) - - - - - - - when the object currently executing - (i.e. this) is of type - SomeType - - - - this(SomeType) - - - - - - - when the target object is of type SomeType - - - - target(SomeType) - - - - - - - when the executing code belongs to - class MyClass - - - - within(MyClass) - - - - - - - when the join point is in the control flow of a call to a - Test's no-argument main - method - - - - cflow(call(void Test.main())) - - - - - - - Pointcuts compose through the operations or - ("||"), and - ("") and not - ("!"). - - - - - - It is possible to use wildcards. So - - - - - execution(* *(..)) - - - - - - call(* set(..)) - - - - - means (1) the execution of any method regardless of return or - parameter types, and (2) the call to any method named - set regardless of return or parameter types - -- in case of overloading there may be more than one such - set method; this pointcut picks out calls to - all of them. - - - - - - You can select elements based on types. For example, - - - - execution(int *()) - - - - - - call(* setY(long)) - - - - - - call(* Point.setY(int)) - - - - - - call(*.new(int, int)) - - - - - - means (1) the execution of any method with no parameters that - returns an int, (2) the call to any - setY method that takes a - long as an argument, regardless of return - type or declaring type, (3) the call to any of - Point's setY methods that - take an int as an argument, regardless of - return type, and (4) the call to any classes' constructor, so - long as it takes exactly two ints as - arguments. - - - - - - You can compose pointcuts. For example, - - - - target(Point) call(int *()) - - - - - - call(* *(..)) (within(Line) || within(Point)) - - - - - - within(*) execution(*.new(int)) - - - - - - - !this(Point) call(int *(..)) - - - - - - means (1) any call to an int method with no - arguments on an instance of Point, - regardless of its name, (2) any call to any method where the - call is made from the code in Point's or - Line's type declaration, (3) the execution of - any constructor taking exactly one int - argument, regardless of where the call is made from, and - (4) any method call to an int method when - the executing object is any type except Point. - - - - - - You can select methods and constructors based on their - modifiers and on negations of modifiers. For example, you can - say: - - - - call(public * *(..)) - - - - - - execution(!static * *(..)) - - - - - - execution(public !static * *(..)) - - - - - which means (1) any call to a public method, (2) any - execution of a non-static method, and (3) any execution of a - public, non-static method. - - - - - - Pointcuts can also deal with interfaces. For example, given the - interface - - - - - the pointcut call(* MyInterface.*(..)) picks - out any call to a method in MyInterface's - signature -- that is, any method defined by - MyInterface or inherited by one of its a - supertypes. - - - - - - - - call vs. execution - - - When methods and constructors run, there are two interesting times - associated with them. That is when they are called, and when they - actually execute. - - - - AspectJ exposes these times as call and execution join points, - respectively, and allows them to be picked out specifically by - call and execution pointcuts. - - - - So what's the difference between these join points? Well, there are a - number of differences: - - - - Firstly, the lexical pointcut declarations - within and withincode match - differently. At a call join point, the enclosing code is that of - the call site. This means that call(void m()) - withincode(void m()) will only capture - directly recursive calls, for example. At an execution join point, - however, the program is already executing the method, so the - enclosing code is the method itself: execution(void m()) - withincode(void m()) is the same as - execution(void m()). - - - - Secondly, the call join point does not capture super calls to - non-static methods. This is because such super calls are different in - Java, since they don't behave via dynamic dispatch like other calls to - non-static methods. - - - - The rule of thumb is that if you want to pick a join point that - runs when an actual piece of code runs (as is often the case for - tracing), use execution, but if you want to pick - one that runs when a particular signature is - called (as is often the case for production aspects), use - call. - - - - - - - Pointcut composition - - - Pointcuts are put together with the operators and (spelled - &&), or (spelled ||), - and not (spelled !). This allows the creation - of very powerful pointcuts from the simple building blocks of - primitive pointcuts. This composition can be somewhat confusing - when used with primitive pointcuts like cflow - and cflowbelow. Here's an example: - - - - cflow(P) picks out - each join point in the control flow of the join points picked out - by P. So, pictorially: - - - -P --------------------- - \ - \ cflow of P - \ - - - - - What does cflow(P) && - cflow(Q) pick out? Well, it - picks out each join point that is in both the control flow of - P and in the control flow of - Q. So... - - - - P --------------------- - \ - \ cflow of P - \ - \ - \ -Q -------------\------- - \ \ - \ cflow of Q \ cflow(P) && cflow(Q) - \ \ - - - - Note that P and - Q might not have any join points in - common... but their control flows might have join points in common. - - - - But what does cflow(P - && Q) mean? Well, it - means the control flow of those join points that are both picked - out by P and picked out by - Q. - - - -P && Q ------------------- - \ - \ cflow of (P && Q) - \ - - - - and if there are no join points that are both - picked by P and picked out by - Q, then there's no chance that there are - any join points in the control flow of - (P && - Q). - - - - Here's some code that expresses this. - - - - - - The !within(A) - pointcut above is required to avoid the printPC - pointcut applying to the System.out.println - call in the advice body. If this was not present a recursive call - would result as the pointcut would apply to its own advice. - (See for more details.) - - - - - - - - Pointcut Parameters - - - Consider again the first pointcut definition in this chapter: - - - - - - As we've seen, this pointcut picks out each call to - setX(int) or setY(int) - methods where the target is an instance of - Point. The pointcut is given the name - setters and no parameters on the left-hand - side. An empty parameter list means that none of the context from - the join points is published from this pointcut. But consider - another version of version of this pointcut definition: - - - - - - This version picks out exactly the same join points. But in this - version, the pointcut has one parameter of type - Point. This means that any advice that uses this - pointcut has access to a Point from each join - point picked out by the pointcut. Inside the pointcut definition - this Point is named p is - available, and according to the right-hand side of the definition, - that Point p comes from the - target of each matched join point. - - - - Here's another example that illustrates the flexible mechanism for - defining pointcut parameters: - - - - - - This pointcut also has a parameter of type - Point. Similar to the - setters pointcut, this means that anyone using - this pointcut has access to a Point from each - join point. But in this case, looking at the right-hand side we - find that the object named in the parameters is not the target - Point object that receives the call; it's the - argument (also of type Point) passed to the - equals method when some other - Point is the target. If we wanted access to both - Points, then the pointcut definition that would - expose target Point p1 and argument - Point p2 would be - - - - - - Let's look at another variation of the setters pointcut: - - - - - - In this case, a Point object and an - int value are exposed by the named - pointcut. Looking at the the right-hand side of the definition, we - find that the Point object is the target object, - and the int value is the called method's - argument. - - - - The use of pointcut parameters is relatively flexible. The most - important rule is that all the pointcut parameters must be bound at - every join point picked out by the pointcut. So, for example, the - following pointcut definition will result in a compilation error: - - - - because p1 is only bound when calling - setX, and p2 is only bound - when calling setY, but the pointcut picks out - all of these join points and tries to bind both - p1 and p2. - - - - - - - Example: <literal>HandleLiveness</literal> - - - The example below consists of two object classes (plus an exception - class) and one aspect. Handle objects delegate their public, - non-static operations to their Partner - objects. The aspect HandleLiveness ensures that, - before the delegations, the partner exists and is alive, or else it - throws an exception. - - - - - - - - Writing good pointcuts - - - During compilation, AspectJ processes pointcuts in order to try and optimize matching performance. Examining code and determining - if each join point matches (statically or dynamically) a given pointcut is a costly process. - (A dynamic match means the match cannot be fully determined from static analysis and a test will be placed in the code - to determine if there is an actual match when the code is running). - On first encountering a pointcut declaration, AspectJ will rewrite it into an optimal form for the matching process. - What does this mean? Basically pointcuts are rewritten in DNF (Disjunctive Normal Form) and the components of the pointcut - are sorted such that those components that are cheaper to evaluate are checked first. This means users do not have to worry - about understanding the performance of various pointcut designators and may supply them in any order in their - pointcut declarations. - - - However, AspectJ can only work with what it is told, and for optimal performance of matching the user should think - about what they are trying to achieve and narrow the search space for matches as much as they can in the definition. - Basically there are three kinds of pointcut designator: kinded, scoping and context: - - - - Kinded designators are those which select a particular kind of join point. For example: execution, get, set, call, handler - - - Scoping designators are those which select a group of join points of interest (of probably many kinds). For example: within, withincode - - - Contextual designators are those that match (and optionally bind) based on context. For example: this, target, @annotation - - - - A well written pointcut should - try and include at least the first two types (kinded and scoping), whilst the contextual designators may be included if wishing to - match based on join point context, or bind that context for use in the advice. Supplying either just a kinded designator or - just a contextual designator will work but could affect weaving performance (time and memory used) - due to all the extra processing and analysis. - Scoping designators are very fast to match, they can very quickly dismiss groups of join points that should not be further - processed - that is why a good pointcut should always include one if possible. - - - -     - - - - - Advice - - - Advice defines pieces of aspect implementation that execute at - well-defined points in the execution of the program. Those points can - be given either by named pointcuts (like the ones you've seen above) - or by anonymous pointcuts. Here is an example of an advice on a named - pointcut: - - - - - - And here is exactly the same example, but using an anonymous - pointcut: - - - - - - Here are examples of the different advice: - - - - This before advice runs just before the join points picked out by the - (anonymous) pointcut: - - - - - - This after advice runs just after each join point picked out by the - (anonymous) pointcut, regardless of whether it returns normally or throws - an exception: - - - - - - This after returning advice runs just after each join point picked - out by the (anonymous) pointcut, but only if it returns normally. - The return value can be accessed, and is named x - here. After the advice runs, the return value is returned: - - - - - - This after throwing advice runs just after each join point picked out by - the (anonymous) pointcut, but only when it throws an exception of type - Exception. Here the exception value can be accessed - with the name e. The advice re-raises the exception - after it's done: - - - - - - This around advice traps the execution of the join point; it runs - instead of the join point. The original action - associated with the join point can be invoked through the special - proceed call: - - - - - - - - - Inter-type declarations - - - Aspects can declare members (fields, methods, and constructors) that - are owned by other types. These are called inter-type members. - Aspects can also declare that other types implement new interfaces or - extend a new class. Here are examples of some such inter-type - declarations: - - - - This declares that each Server has a - boolean field named disabled, - initialized to false: - - - - It is declared private, which means that it is - private to the aspect: only code in the aspect - can see the field. And even if Server has - another private field named disabled (declared in - Server or in another aspect) there won't be a name - collision, since no reference to disabled will be - ambiguous. - - - - This declares that each Point has an - int method named getX with no - arguments that returns whatever this.x is: - - - - Inside the body, this is the - Point object currently executing. Because the - method is publically declared any code can call it, but if there is - some other Point.getX() declared there will be a - compile-time conflict. - - - - This publically declares a two-argument constructor for - Point: - - - - - - - This publicly declares that each Point has an - int field named x, initialized - to zero: - - - - Because this is publically declared, it is an error if - Point already has a field named - x (defined by Point or by - another aspect). - - - - This declares that the Point class implements the - Comparable interface: - - - - Of course, this will be an error unless Point - defines the methods required by Comparable. - - - - This declares that the Point class extends the - GeometricObject class. - - - - - - An aspect can have several inter-type declarations. For example, the - following declarations - - - - publicly declare that Point has both a String field - name and a void method - setName(String) (which refers to the - name field declared by the aspect). - - - - An inter-type member can only have one target type, but often you may - wish to declare the same member on more than one type. This can be - done by using an inter-type member in combination with a private - interface: - - - - This declares a marker interface HasName, and also declares that any - type that is either Point, - Line, or Square implements that - interface. It also privately declares that all HasName - object have a String field called - name, and publically declares that all - HasName objects have a String - method getName() (which refers to the privately - declared name field). - - - - As you can see from the above example, an aspect can declare that - interfaces have fields and methods, even non-constant fields and - methods with bodies. - - - - - - Inter-type Scope - - - AspectJ allows private and package-protected (default) inter-type declarations in - addition to public inter-type declarations. Private means private in - relation to the aspect, not necessarily the target type. So, if an - aspect makes a private inter-type declaration of a field - - - - Then code in the aspect can refer to Foo's - x field, but nobody else can. Similarly, if an - aspect makes a package-protected introduction, - - - - - - then everything in the aspect's package (which may or may not be - Foo's package) can access x. - - - - - - - Example: <literal>PointAssertions</literal> - - - The example below consists of one class and one aspect. The aspect - privately declares the assertion methods of - Point, assertX and - assertY. It also guards calls to - setX and setY with calls to - these assertion methods. The assertion methods are declared - privately because other parts of the program (including the code in - Point) have no business accessing the assert - methods. Only the code inside of the aspect can call those - methods. - - -= 0); - } - private boolean Point.assertY(int y) { - return (y <= 100 && y >= 0); - } - - before(Point p, int x): target(p) && args(x) && call(void setX(int)) { - if (!p.assertX(x)) { - System.out.println("Illegal value for x"); return; - } - } - before(Point p, int y): target(p) && args(y) && call(void setY(int)) { - if (!p.assertY(y)) { - System.out.println("Illegal value for y"); return; - } - } -} -]]> - - - - - - - - thisJoinPoint - - - AspectJ provides a special reference variable, - thisJoinPoint, that contains reflective - information about the current join point for the advice to use. The - thisJoinPoint variable can only be used in the - context of advice, just like this can only be used - in the context of non-static methods and variable initializers. In - advice, thisJoinPoint is an object of type org.aspectj.lang.JoinPoint. - - - - One way to use it is simply to print it out. Like all Java objects, - thisJoinPoint has a toString() - method that makes quick-and-dirty tracing easy: - - - - - - The type of thisJoinPoint includes a rich - reflective class hierarchy of signatures, and can be used to access - both static and dynamic information about join points such as the - arguments of the join point: - - - - In addition, it holds an object consisting of all the static - information about the join point such as corresponding line number - and static signature: - - - - If you only need the static information about the join point, you may - access the static part of the join point directly with the special - variable thisJoinPointStaticPart. Using - thisJoinPointStaticPart will avoid the run-time - creation of the join point object that may be necessary when using - thisJoinPoint directly. - - - It is always the case that - - - - - - One more reflective variable is available: - thisEnclosingJoinPointStaticPart. This, like - thisJoinPointStaticPart, only holds the static - part of a join point, but it is not the current but the enclosing - join point. So, for example, it is possible to print out the calling - source location (if available) with - - - - - -     - diff --git a/docs/progguide/pitfalls.xml b/docs/progguide/pitfalls.xml deleted file mode 100644 index daf08f801..000000000 --- a/docs/progguide/pitfalls.xml +++ /dev/null @@ -1,112 +0,0 @@ - - Pitfalls - - - Introduction - - - This chapter consists of a few AspectJ programs that may lead to - surprising behavior and how to understand them. - - - - - - Infinite loops - - - Here is a Java program with peculiar behavior - - - - - - This program will never reach the println call, but when it aborts - may have no stack trace. - - - - This silence is caused by multiple StackOverflowExceptions. First - the infinite loop in the body of the method generates one, which the - finally clause tries to handle. But this finally clause also - generates an infinite loop which the current JVMs can't handle - gracefully leading to the completely silent abort. - - - - The following short aspect will also generate this behavior: - - - - - - Why? Because the call to println is also a call matched by the - pointcut call (* *(..)). We get no output because - we used simple after() advice. If the aspect were changed to - - - - - - Then at least a StackOverflowException with a stack trace would be - seen. In both cases, though, the overall problem is advice applying - within its own body. - - - - There's a simple idiom to use if you ever have a worry that your - advice might apply in this way. Just restrict the advice from occurring in - join points caused within the aspect. So: - - - - - - Other solutions might be to more closely restrict the pointcut in - other ways, for example: - - - - - - The moral of the story is that unrestricted generic pointcuts can - pick out more join points than intended. - - - - diff --git a/docs/progguide/preface.xml b/docs/progguide/preface.xml deleted file mode 100644 index 5484fe5b3..000000000 --- a/docs/progguide/preface.xml +++ /dev/null @@ -1,66 +0,0 @@ - - Preface - - - This programming guide does three things. It - - - - introduces the AspectJ language - - - - - defines each of AspectJ's constructs and their semantics, and - - - - - - provides examples of their use. - - - - - It includes appendices that give a reference to the syntax of AspectJ, - a more formal description of AspectJ's semantics, and a description of - notes about the AspectJ implementation. - - - - The first section, , provides a gentle - overview of writing AspectJ programs. It also shows how one can - introduce AspectJ into an existing development effort in stages, - reducing the associated risk. You should read this section if this is - your first exposure to AspectJ and you want to get a sense of what - AspectJ is all about. - - - - The second section, , covers the features of - the language in more detail, using code snippets as examples. All the - basics of the language is covered, and after reading this section, you - should be able to use the language correctly. - - - - The next section, , comprises a set of - complete programs that not only show the features being used, but also - try to illustrate recommended practice. You should read this section - after you are familiar with the elements of AspectJ. - - - - Finally, there are two short chapters, one on - and one on . - - - - The back matter contains several appendices that cover a quick reference to the language's syntax, a more - in depth coverage of its semantics, - and a description of the latitude enjoyed by its implementations. - - - diff --git a/docs/progguide/progguide.html.xsl b/docs/progguide/progguide.html.xsl deleted file mode 100644 index 7f6a669fb..000000000 --- a/docs/progguide/progguide.html.xsl +++ /dev/null @@ -1,9 +0,0 @@ - - - - - - - - diff --git a/docs/progguide/progguide.xml b/docs/progguide/progguide.xml deleted file mode 100644 index 433d71585..000000000 --- a/docs/progguide/progguide.xml +++ /dev/null @@ -1,63 +0,0 @@ - - - - - - - - - - - -]> - - - - The AspectJ<superscript>TM</superscript> Programming Guide - - - - the AspectJ Team - - - - - - Copyright (c) 1998-2001 Xerox Corporation, - 2002-2003 Palo Alto Research Center, Incorporated. - All rights reserved. - - - - - - This programming guide describes the AspectJ language. A - companion guide describes the tools which are part of the - AspectJ development environment. - - - - If you are completely new to AspectJ, you should first read - for a broad overview of programming - in AspectJ. If you are already familiar with AspectJ, but want a deeper - understanding, you should read and - look at the examples in the chapter. If you want a more formal - definition of AspectJ, you should read . - - - - - &preface; - &gettingstarted; - &language; - &examples; - &idioms; - &pitfalls; - &quickreference; - &semantics; - &implementation; - - diff --git a/docs/progguide/quickreference.xml b/docs/progguide/quickreference.xml deleted file mode 100644 index ef5c3cb80..000000000 --- a/docs/progguide/quickreference.xml +++ /dev/null @@ -1,773 +0,0 @@ - - AspectJ Quick Reference - - - Pointcuts - - - - - - - - - - Methods and Constructors - - - - - - call(Signature) - - - - every call to any method or constructor matching - Signature at the call site - - - - - - execution(Signature) - - - - every execution of any method or constructor matching - Signature - - - - - - - - Fields - - - - - - get(Signature) - - - every reference to any field matching Signature - - - - - - set(Signature) - - - every assignment to any field matching - Signature. The assigned value can - be exposed with an args pointcut - - - - - - - Exception Handlers - - - - - - handler(TypePattern) - - - every exception handler for any Throwable - type in TypePattern. The exception - value can be exposed with an args pointcut - - - - - - - Advice - - - - - - adviceexecution() - - - every execution of any piece of advice - - - - - - - Initialization - - - - - - staticinitialization(TypePattern) - - - every execution of a static initializer for any type in - TypePattern - - - - - - initialization(Signature) - - - every initialization of an object when the first constructor - called in the type matches - Signature, encompassing the return - from the super constructor call to the return of the - first-called constructor - - - - - preinitialization(Signature) - - - every pre-initialization of an object when the first - constructor called in the type matches - Signature, encompassing the entry - of the first-called constructor to the call to the super - constructor - - - - - - - Lexical - - - - - - within(TypePattern) - - - every join point from code defined in a type in - TypePattern - - - - - - withincode(Signature) - - - every join point from code defined in a method or constructor - matching Signature - - - - - - - - - - - - Instanceof checks and context exposure - - - - - - this(Type or Id) - - - every join point when the currently executing object is an - instance of Type or - Id's type - - - - - - target(Type or Id) - - - every join point when the target executing object is an - instance of Type or - Id's type - - - - - - args(Type or - Id, ...) - - - every join point when the arguments are instances of - Types or the types of the - Ids - - - - - - - Control Flow - - - - - - cflow(Pointcut) - - - every join point in the control flow of each join point - P picked out by - Pointcut, including - P itself - - - - - - cflowbelow(Pointcut) - - - every join point below the control flow of each join point - P picked out by - Pointcut; does not include - P itself - - - - - - - Conditional - - - - - - if(Expression) - - - every join point when the boolean - Expression is - true - - - - - - - - - - - - - Combination - - - - - - ! Pointcut - - - every join point not picked out by - Pointcut - - - - - - Pointcut0 Pointcut1 - - - each join point picked out by both - Pointcut0 and - Pointcut1 - - - - - - Pointcut0 || Pointcut1 - - - each join point picked out by either - Pointcut0 or - Pointcut1 - - - - - - ( Pointcut ) - - - each join point picked out by - Pointcut - - - - - - - - - - - Type Patterns - - - A type pattern is one of - - - - - - - TypeNamePattern - all types in TypeNamePattern - - - SubtypePattern - all types in SubtypePattern, a - pattern with a +. - - - ArrayTypePattern - all types in ArrayTypePattern, - a pattern with one or more []s. - - - !TypePattern - all types not in TypePattern - - - TypePattern0 - TypePattern1 - all types in both - TypePattern0 and TypePattern1 - - - TypePattern0 || TypePattern1 - all types in either - TypePattern0 or TypePattern1 - - - ( TypePattern ) - all types in TypePattern - - - - - - - where TypeNamePattern can either be a - plain type name, the wildcard * (indicating all - types), or an identifier with embedded * and - .. wildcards. - - - - An embedded * in an identifier matches any - sequence of characters, but does not match the package (or - inner-type) separator ".". - - - - An embedded .. in an identifier matches any - sequence of characters that starts and ends with the package (or - inner-type) separator ".". - - - - - - - Advice - - - Each piece of advice is of the form - -
    - [ strictfp ] AdviceSpec - [ throws TypeList ] : - Pointcut { - Body } -
    - - where AdviceSpec is one of -     - - - - - before( Formals ) - - - runs before each join point - - - - - - after( Formals ) returning - [ ( Formal ) ] - - - runs after each join point that returns normally. The - optional formal gives access to the returned value - - - - - - after( Formals ) throwing [ - ( Formal ) ] - - - runs after each join point that throws a - Throwable. If the optional formal is - present, runs only after each join point that throws a - Throwable of the type of - Formal, and - Formal gives access to the - Throwable exception value - - - - - after( Formals ) - - - runs after each join point regardless of whether it returns - normally or throws a Throwable - - - - - - Type - around( Formals ) - - - runs in place of each join point. The join point can be - executed by calling proceed, which takes - the same number and types of arguments as the around advice. - - - - - - Three special variables are available inside of advice bodies: - - - - - - thisJoinPoint - - - an object of type org.aspectj.lang.JoinPoint - representing the join point at which the advice is executing. - - - - - - thisJoinPointStaticPart - - - equivalent to thisJoinPoint.getStaticPart(), - but may use fewer runtime resources. - - - - - - thisEnclosingJoinPointStaticPart - - - the static part of the dynamically enclosing join point. - - - -     - - - - - Inter-type member declarations - - - Each inter-type member is one of - - - - - - - Modifiers ReturnType OnType . Id - ( Formals ) - [ throws TypeList ] - { Body } - - - - a method on OnType. - - - - - - - abstract Modifiers ReturnType OnType . Id - ( Formals ) - [ throws TypeList ] ; - - - - an abstract method on OnType. - - - - - - - Modifiers OnType . new - ( Formals ) - [ throws TypeList ] - { Body } - - - - a constructor on OnType. - - - - - - - Modifiers Type OnType . Id - [ = Expression ] ; - - - - a field on OnType. - - - - - - - - - Other declarations - - - - - - declare parents : - TypePattern extends - Type ; - - - - the types in TypePattern extend - Type. - - - - - - - declare parents : TypePattern - implements TypeList ; - - - - the types in TypePattern - implement the types in TypeList. - - - - - - - declare warning : Pointcut : - String ; - - - - if any of the join points in Pointcut - possibly exist in the program, the compiler emits the warning - String. - - - - - - - declare error : Pointcut : - String ; - - - - if any of the join points in Pointcut - could possibly exist in the program, the compiler emits the - error String. - - - - - - - declare soft : - Type : - Pointcut ; - - - - any Type exception - that gets thrown at any join point picked out by - Pointcut is wrapped in org.aspectj.lang.SoftException. - - - - - - declare precedence : - TypePatternList ; - - - - at any join point where multiple pieces of advice - apply, the advice precedence at that join point is in - TypePatternList order. - - - - - - - - - Aspects - - - Each aspect is of the form - -
    - - [ privileged ] Modifiers - aspect Id - [ extends Type ] - [ implements TypeList ] - [ PerClause ] - { Body } - -
    - where PerClause defines how the aspect is - instantiated and associated (issingleton() by - default): -     - - - - - - PerClause - Description - Accessor - - - - - - - [ issingleton() ] - - - One instance of the aspect is made. This is - the default. - - - aspectOf() at all join points - - - - - - perthis(Pointcut) - - - An instance is associated with each object that is the - currently executing object at any join point in - Pointcut. - - - aspectOf(Object) at all join points - - - - - - pertarget(Pointcut) - - - An instance is associated with each object that is the - target object at any join point in - Pointcut. - - - aspectOf(Object) at all join points - - - - - - percflow(Pointcut) - - - The aspect is defined for each entrance to the control flow of - the join points defined by Pointcut. - - aspectOf() at join points in - cflow(Pointcut) - - - - - - percflowbelow(Pointcut) - - - The aspect is defined for each entrance to the control flow - below the join points defined by Pointcut. - - - aspectOf() at join points in - cflowbelow(Pointcut) - - - - - -     - -     - diff --git a/docs/progguide/semantics.xml b/docs/progguide/semantics.xml deleted file mode 100644 index 6bba37818..000000000 --- a/docs/progguide/semantics.xml +++ /dev/null @@ -1,3271 +0,0 @@ - - - Language Semantics - - - Introduction - - - AspectJ extends Java by overlaying a concept of join points onto the - existing Java semantics and adding a few new program elements to Java: - - - - A join point is a well-defined point in the execution of a - program. These include method and constructor calls, field accesses and - others described below. - - - - A pointcut picks out join points, and exposes some of the values in the - execution context of those join points. There are several primitive - pointcut designators, and others can be named and defined by the - pointcut declaration. - - - - A piece of advice is code that executes at each join point in a - pointcut. Advice has access to the values exposed by the - pointcut. Advice is defined by before, - after, and around declarations. - - - - Inter-type declarations form AspectJ's static crosscutting features, - that is, is code that may change the type structure of a program, by - adding to or extending interfaces and classes with new fields, - constructors, or methods. Some inter-type declarations are defined - through an extension of usual method, field, and constructor - declarations, and other declarations are made with a new - declare keyword. - - - - An aspect is a crosscutting type that encapsulates pointcuts, advice, - and static crosscutting features. By type, we mean Java's notion: a - modular unit of code, with a well-defined interface, about which it is - possible to do reasoning at compile time. Aspects are defined by the - aspect declaration. - - - - - - - Join Points - - - While aspects define types that crosscut, the AspectJ system does not - allow completely arbitrary crosscutting. Rather, aspects define types - that cut across principled points in a program's execution. These - principled points are called join points. - - - - A join point is a well-defined point in the execution of a - program. The join points defined by AspectJ are: - - - - - Method call - - When a method is called, not including super calls of - non-static methods. - - - - - Method execution - - When the body of code for an actual method executes. - - - - - Constructor call - - When an object is built and that object's initial constructor is - called (i.e., not for "super" or "this" constructor calls). The - object being constructed is returned at a constructor call join - point, so its return type is considered to be the type of the - object, and the object itself may be accessed with after - returning advice. - - - - - Constructor execution - - When the body of code for an actual constructor executes, after - its this or super constructor call. The object being constructed - is the currently executing object, and so may be accessed with - the this pointcut. The constructor execution - join point for a constructor that calls a super constructor also - includes any non-static initializers of enclosing class. No - value is returned from a constructor execution join point, so its - return type is considered to be void. - - - - - Static initializer execution - - When the static initializer for a class executes. No value is - returned from a static initializer execution join point, so its - return type is considered to be void. - - - - - Object pre-initialization - - Before the object initialization code for a particular class runs. - This encompasses the time between the start of its first called - constructor and the start of its parent's constructor. Thus, the - execution of these join points encompass the join points of the - evaluation of the arguments of this() and - super() constructor calls. No value is - returned from an object pre-initialization join point, so its - return type is considered to be void. - - - - - Object initialization - - When the object initialization code for a particular class runs. - This encompasses the time between the return of its parent's - constructor and the return of its first called constructor. It - includes all the dynamic initializers and constructors used to - create the object. The object being constructed is the currently - executing object, and so may be accessed with the - this pointcut. No value is returned from a - constructor execution join point, so its return type is - considered to be void. - - - - - Field reference - - When a non-constant field is referenced. [Note that references - to constant fields (static final fields bound to a constant - string object or primitive value) are not join points, since Java - requires them to be inlined.] - - - - - Field set - - When a field is assigned to. - Field set join points are considered to have one argument, - the value the field is being set to. - No value is returned from a field set join point, so - its return type is considered to be void. - [Note that the initializations of constant fields (static - final fields where the initializer is a constant string object or - primitive value) are not join points, since Java requires their - references to be inlined.] - - - - - Handler execution - - When an exception handler executes. - Handler execution join points are considered to have one argument, - the exception being handled. - No value is returned from a field set join point, so - its return type is considered to be void. - - - - - Advice execution - - When the body of code for a piece of advice executes. - - - - - - Each join point potentially has three pieces of state associated - with it: the currently executing object, the target object, and - an object array of arguments. These are exposed by the three - state-exposing pointcuts, this, - target, and args, - respectively. - - - - Informally, the currently executing object is the object that a - this expression would pick out at the join - point. The target object is where control or attention is - transferred to by the join point. The arguments are those - values passed for that transfer of control or attention. - - - - - - - Join Point - Current Object - Target Object - Arguments - - - - - Method Call - executing object* - target object** - method arguments - - - - Method Execution - executing object* - executing object* - method arguments - - - Constructor Call - executing object* - None - constructor arguments - - - - Constructor Execution - executing object - executing object - constructor arguments - - - - Static initializer execution - None - None - None - - - Object pre-initialization - None - None - constructor arguments - - - Object initialization - executing object - executing object - constructor arguments - - - Field reference - executing object* - target object** - None - - - Field assignment - executing object* - target object** - assigned value - - - Handler execution - executing object* - executing object* - caught exception - - - Advice execution - executing aspect - executing aspect - advice arguments - - - - - - * There is no executing object in static contexts such as - static method bodies or static initializers. - - - ** There is no target object for join points associated - with static methods or fields. - - - - - - - - Pointcuts - - - A pointcut is a program element that picks out join points and - exposes data from the execution context of those join points. - Pointcuts are used primarily by advice. They can be composed with - boolean operators to build up other pointcuts. The primitive - pointcuts and combinators provided by the language are: - - - - - call(MethodPattern) - - Picks out each method call join point whose signature matches - MethodPattern. - - - - - execution(MethodPattern) - - Picks out each method execution join point whose signature matches - MethodPattern. - - - - - get(FieldPattern) - - Picks out each field reference join point whose signature matches - FieldPattern. - [Note that references to constant fields (static final - fields bound to a constant string object or primitive value) are not - join points, since Java requires them to be inlined.] - - - - - set(FieldPattern) - - Picks out each field set join point whose signature matches - FieldPattern. - [Note that the initializations of constant fields (static - final fields where the initializer is a constant string object or - primitive value) are not join points, since Java requires their - references to be inlined.] - - - - - call(ConstructorPattern) - - Picks out each constructor call join point whose signature matches - ConstructorPattern. - - - - - execution(ConstructorPattern) - - Picks out each constructor execution join point whose signature matches - ConstructorPattern. - - - - - initialization(ConstructorPattern) - - Picks out each object initialization join point whose signature matches - ConstructorPattern. - - - - - preinitialization(ConstructorPattern) - - Picks out each object pre-initialization join point whose signature matches - ConstructorPattern. - - - - - staticinitialization(TypePattern) - - Picks out each static initializer execution join point whose signature matches - TypePattern. - - - - - handler(TypePattern) - - Picks out each exception handler join point whose signature matches - TypePattern. - - - - - adviceexecution() - - Picks out all advice execution join points. - - - - - - within(TypePattern) - - Picks out each join point where the executing code is defined - in a type matched by TypePattern. - - - - - withincode(MethodPattern) - - Picks out each join point where the executing code is defined in - a method whose signature matches - MethodPattern. - - - - - withincode(ConstructorPattern) - - Picks out each join point where the executing code is defined - in a constructor whose signature matches - ConstructorPattern. - - - - - cflow(Pointcut) - - Picks out each join point in the control flow of any join point - P picked out by - Pointcut, including - P itself. - - - - - cflowbelow(Pointcut) - - Picks out each join point in the control flow of any join point - P picked out by - Pointcut, but not - P itself. - - - - - this(Type or Id) - - Picks out each join point where the currently executing object - (the object bound to this) is an instance of - Type, or of the type of the - identifier Id (which must be bound in the enclosing - advice or pointcut definition). - Will not match any join points from static contexts. - - - - - target(Type or Id) - - Picks out each join point where the target object (the object - on which a call or field operation is applied to) is an instance of - Type, or of the type of the identifier - Id (which must be bound in the enclosing - advice or pointcut definition). - Will not match any calls, gets, or sets of static members. - - - - - args(Type or Id, ...) - - Picks out each join point where the arguments are instances of - the appropriate type (or type of the identifier if using that form). A - null argument is matched iff the static type of the - argument (declared parameter type or field type) is the same as, or a subtype of, - the specified args type. - - - - - PointcutId(TypePattern or Id, ...) - - Picks out each join point that is picked out by the - user-defined pointcut designator named by - PointcutId. - - - - - if(BooleanExpression) - - Picks out each join point where the boolean expression - evaluates to true. The boolean expression used - can only access static members, parameters exposed by the enclosing - pointcut or advice, and thisJoinPoint forms. In - particular, it cannot call non-static methods on the aspect or - use return values or exceptions exposed by after advice. - - - - - ! Pointcut - - Picks out each join point that is not picked out by - Pointcut. - - - - - Pointcut0 Pointcut1 - - Picks out each join points that is picked out by both - Pointcut0 and - Pointcut1. - - - - - Pointcut0 || Pointcut1 - - Picks out each join point that is picked out by either - pointcuts. Pointcut0 or - Pointcut1. - - - - - ( Pointcut ) - - Picks out each join points picked out by - Pointcut. - - - - - - Pointcut definition - - - Pointcuts are defined and named by the programmer with the - pointcut declaration. - - - -pointcut publicIntCall(int i): - call(public * *(int)) args(i); - - - - A named pointcut may be defined in either a class or aspect, and is - treated as a member of the class or aspect where it is found. As a - member, it may have an access modifier such as - public or private. - - - -class C { - pointcut publicCall(int i): - call(public * *(int)) args(i); -} - -class D { - pointcut myPublicCall(int i): - C.publicCall(i) within(SomeType); -} - - - - Pointcuts that are not final may be declared abstract, and defined - without a body. Abstract pointcuts may only be declared within - abstract aspects. - - - -abstract aspect A { - abstract pointcut publicCall(int i); -} - - - - In such a case, an extending aspect may override the abstract - pointcut. - - - -aspect B extends A { - pointcut publicCall(int i): call(public Foo.m(int)) args(i); -} - - - - For completeness, a pointcut with a declaration may be declared - final. - - - - Though named pointcut declarations appear somewhat like method - declarations, and can be overridden in subaspects, they cannot be - overloaded. It is an error for two pointcuts to be named with the - same name in the same class or aspect declaration. - - - - The scope of a named pointcut is the enclosing class declaration. - This is different than the scope of other members; the scope of - other members is the enclosing class body. - This means that the following code is legal: - - - -aspect B percflow(publicCall()) { - pointcut publicCall(): call(public Foo.m(int)); -} - - - - - Context exposure - - - Pointcuts have an interface; they expose some parts of the - execution context of the join points they pick out. For example, - the PublicIntCall above exposes the first argument from the - receptions of all public unary integer methods. This context is - exposed by providing typed formal parameters to named pointcuts and - advice, like the formal parameters of a Java method. These formal - parameters are bound by name matching. - - - - On the right-hand side of advice or pointcut declarations, in - certain pointcut designators, a Java identifier is allowed in place - of a type or collection of types. The pointcut designators that - allow this are this, target, - and args. In all such cases, using an - identifier rather than a type does two things. First, it selects - join points as based on the type of the formal parameter. So the - pointcut - - - -pointcut intArg(int i): args(i); - - - - picks out join points where an int (or - a byte, short, or - char; anything assignable to an - int) is being passed as an argument. - Second, though, it makes the value of that argument - available to the enclosing advice or pointcut. - - - - Values can be exposed from named pointcuts as well, so - - - -pointcut publicCall(int x): call(public *.*(int)) intArg(x); -pointcut intArg(int i): args(i); - - - - is a legal way to pick out all calls to public methods accepting an - int argument, and exposing that argument. - - - - There is one special case for this kind of exposure. Exposing an - argument of type Object will also match primitive typed arguments, - and expose a "boxed" version of the primitive. So, - - - -pointcut publicCall(): call(public *.*(..)) args(Object); - - - - will pick out all unary methods that take, as their only argument, - subtypes of Object (i.e., not primitive types like - int), but - - - -pointcut publicCall(Object o): call(public *.*(..)) args(o); - - - - will pick out all unary methods that take any argument: And if the - argument was an int, then the value passed to - advice will be of type java.lang.Integer. - - - - The "boxing" of the primitive value is based on the - original primitive type. So in the - following program - - - -public class InstanceOf { - - public static void main(String[] args) { - doInt(5); - } - - static void doInt(int i) { } -} - -aspect IntToLong { - pointcut el(long l) : - execution(* doInt(..)) args(l); - - before(Object o) : el(o) { - System.out.println(o.getClass()); - } -} - - - - The pointcut will match and expose the integer argument, - but it will expose it as an Integer, - not a Long. - - - - - - Primitive pointcuts - - - Method-related pointcuts - - AspectJ provides two primitive pointcut designators designed to - capture method call and execution join points. - - - call(MethodPattern) - execution(MethodPattern) - - - - - Field-related pointcuts - - - AspectJ provides two primitive pointcut designators designed to - capture field reference and set join points: - - - - get(FieldPattern) - set(FieldPattern) - - - - All set join points are treated as having one argument, the value the - field is being set to, so at a set join point, that value can be - accessed with an args pointcut. So an aspect - guarding a static integer variable x declared in type T might be written as - - - MAX_CHANGE) - throw new RuntimeException(); - } -} -]]> - - - - - Object creation-related pointcuts - - - AspectJ provides primitive pointcut designators designed to - capture the initializer execution join points of objects. - - - - call(ConstructorPattern) - execution(ConstructorPattern) - initialization(ConstructorPattern) - preinitialization(ConstructorPattern) - - - - - - Class initialization-related pointcuts - - - AspectJ provides one primitive pointcut designator to pick out - static initializer execution join points. - - - - staticinitialization(TypePattern) - - - - - - Exception handler execution-related pointcuts - - - AspectJ provides one primitive pointcut designator to capture - execution of exception handlers: - - - - handler(TypePattern) - - - - All handler join points are treated as having one argument, the value - of the exception being handled. That value can be accessed with an - args pointcut. So an aspect used to put - FooException objects into some normal form before - they are handled could be written as - - - -aspect NormalizeFooException { - before(FooException e): handler(FooException) args(e) { - e.normalize(); - } -} - - - - - - Advice execution-related pointcuts - - - AspectJ provides one primitive pointcut designator to capture - execution of advice - - - - adviceexecution() - - - - This can be used, for example, to filter out any join point in the - control flow of advice from a particular aspect. - - - -aspect TraceStuff { - pointcut myAdvice(): adviceexecution() within(TraceStuff); - - before(): call(* *(..)) !cflow(myAdvice) { - // do something - } -} - - - - - - State-based pointcuts - - - Many concerns cut across the dynamic times when an object of a - particular type is executing, being operated on, or being passed - around. AspectJ provides primitive pointcuts that capture join - points at these times. These pointcuts use the dynamic types of - their objects to pick out join points. They may also be used to - expose the objects used for discrimination. - - - - this(Type or Id) - target(Type or Id) - - - - The this pointcut picks out each join point where - the currently executing object (the object bound to - this) is an instance of a particular type. The - target pointcut picks out each join point where - the target object (the object on which a method is called or a field - is accessed) is an instance of a particular type. Note that - target should be understood to be the object the - current join point is transfering control to. This means that the - target object is the same as the current object at a method execution - join point, for example, but may be different at a method call join - point. - - - - args(Type or Id or "..", ...) - - - - The args pointcut picks out each join point where the arguments are - instances of some types. Each element in the comma-separated list is - one of four things. If it is a type name, then the argument in that - position must be an instance of that type. If it is an identifier, - then that identifier must be bound in the enclosing advice or - pointcut declaration, and so the argument in that position must be an - instance of the type of the identifier (or of any type if the - identifier is typed to Object). If it is the "*" wildcard, then any - argument will match, and if it is the special wildcard "..", then any - number of arguments will match, just like in signature patterns. So the - pointcut - - - -args(int, .., String) - - - - will pick out all join points where the first argument is an - int and the last is a String. - - - - - - Control flow-based pointcuts - - - Some concerns cut across the control flow of the program. The - cflow and cflowbelow primitive - pointcut designators capture join points based on control flow. - - - - cflow(Pointcut) - cflowbelow(Pointcut) - - - - The cflow pointcut picks out all join points that - occur between entry and exit of each join point - P picked out by - Pointcut, including - P itself. Hence, it picks out the join - points in the control flow of the join points - picked out by Pointcut. - - - - The cflowbelow pointcut picks out all join points - that occur between entry and exit of each join point - P picked out by - Pointcut, but not including - P itself. Hence, it picks out the join - points below the control flow of the join points - picked out by Pointcut. - - - - Context exposure from control flows - - - The cflow and - cflowbelow pointcuts may expose context - state through enclosed this, - target, and args - pointcuts. - - - - Anytime such state is accessed, it is accessed through the - most recent control flow that - matched. So the "current arg" that would be printed by - the following program is zero, even though it is in many - control flows. - - - -class Test { - public static void main(String[] args) { - fact(5); - } - static int fact(int x) { - if (x == 0) { - System.err.println("bottoming out"); - return 1; - } - else return x * fact(x - 1); - } -} - -aspect A { - pointcut entry(int i): call(int fact(int)) args(i); - pointcut writing(): call(void println(String)) ! within(A); - - before(int i): writing() cflow(entry(i)) { - System.err.println("Current arg is " + i); - } -} - - - - It is an error to expose such state through - negated control flow pointcuts, such - as within ! - cflowbelow(P). - - - - - - - Program text-based pointcuts - - - While many concerns cut across the runtime structure of the program, - some must deal with the lexical structure. AspectJ allows aspects to - pick out join points based on where their associated code is defined. - - - - within(TypePattern) - withincode(MethodPattern) - withincode(ConstructorPattern) - - - - The within pointcut picks out each join point - where the code executing is defined in the declaration of one of the - types in TypePattern. This includes the - class initialization, object initialization, and method and - constructor execution join points for the type, as well as any join - points associated with the statements and expressions of the type. - It also includes any join points that are associated with code in a - type's nested types, and that type's default constructor, if there is - one. - - - - The withincode pointcuts picks out each join point - where the code executing is defined in the declaration of a - particular method or constructor. This includes the method or - constructor execution join point as well as any join points - associated with the statements and expressions of the method or - constructor. It also includes any join points that are associated - with code in a method or constructor's local or anonymous types. - - - - - - Expression-based pointcuts - - - if(BooleanExpression) - - - - The if pointcut picks out join points based on a dynamic property. - its syntax takes an expression, which must evaluate to a boolean - true or false. Within this expression, the - thisJoinPoint object is available. So one - (extremely inefficient) way of picking out all call join points would - be to use the pointcut - - - -if(thisJoinPoint.getKind().equals("call")) - - - - Note that the order of evaluation for pointcut expression - components at a join point is undefined. Writing if - pointcuts that have side-effects is considered bad style and may also - lead to potentially confusing or even changing behavior with regard - to when or if the test code will run. - - - - - - Signatures - - - One very important property of a join point is its signature, which is - used by many of AspectJ's pointcut designators to select particular - join points. - - - - Methods - - - Join points associated with methods typically have method signatures, - consisting of a method name, parameter types, return type, the types of - the declared (checked) exceptions, and some type that the method could - be called on (below called the "qualifying type"). - - - - At a method call join point, the signature is a method signature whose - qualifying type is the static type used to access - the method. This means that the signature for the join point created - from the call ((Integer)i).toString() is different - than that for the call ((Object)i).toString(), even - if i is the same variable. - - - - At a method execution join point, the signature is a method signature - whose qualifying type is the declaring type of the method. - - - - - - Fields - - - Join points associated with fields typically have field signatures, - consisting of a field name and a field type. A field reference join - point has such a signature, and no parameters. A field set join point - has such a signature, but has a has a single parameter whose type is - the same as the field type. - - - - - - Constructors - - - Join points associated with constructors typically have constructor - signatures, consisting of a parameter types, the types of the declared - (checked) exceptions, and the declaring type. - - - - At a constructor call join point, the signature is the constructor - signature of the called constructor. At a constructor execution join - point, the signature is the constructor signature of the currently - executing constructor. - - - - At object initialization and pre-initialization join points, the - signature is the constructor signature for the constructor that started - this initialization: the first constructor entered during this type's - initialization of this object. - - - - - Others - - - At a handler execution join point, the signature is composed of the - exception type that the handler handles. - - - - At an advice execution join point, the signature is composed of the - aspect type, the parameter types of the advice, the return type (void - for all but around advice) and the types of the declared (checked) - exceptions. - - - - - - - - Matching - - - The withincode, call, - execution, get, and - set primitive pointcut designators all use signature - patterns to determine the join points they describe. A signature - pattern is an abstract description of one or more join-point - signatures. Signature patterns are intended to match very closely the - same kind of things one would write when declaring individual members - and constructors. - - - - Method declarations in Java include method names, method parameters, - return types, modifiers like static or private, and throws clauses, - while constructor declarations omit the return type and replace the - method name with the class name. The start of a particular method - declaration, in class Test, for example, might be - - - - -class C { - public final void foo() throws ArrayOutOfBoundsException { ... } -} - - - - In AspectJ, method signature patterns have all these, but most elements - can be replaced by wildcards. So - - - - -call(public final void C.foo() throws ArrayOutOfBoundsException) - - - - picks out call join points to that method, and the pointcut - - - -call(public final void *.*() throws ArrayOutOfBoundsException) - - - - - picks out all call join points to methods, regardless of their name - name or which class they are defined on, so long as they take no - arguments, return no value, are both public and - final, and are declared to throw - ArrayOutOfBounds exceptions. - - - - The defining type name, if not present, defaults to *, so another way - of writing that pointcut would be - - - -call(public final void *() throws ArrayOutOfBoundsException) - - - - The wildcard .. indicates zero or more - parameters, so - - - -execution(void m(..)) - - - - picks out execution join points for void methods named - m, of any number of arguments, while - - - -execution(void m(.., int)) - - - - picks out execution join points for void methods named - m whose last parameter is of type - int. - - - - The modifiers also form part of the signature pattern. If an AspectJ - signature pattern should match methods without a particular modifier, - such as all non-public methods, the appropriate modifier should be - negated with the ! operator. So, - - - -withincode(!public void foo()) - - - - picks out all join points associated with code in null non-public - void methods named foo, while - - - -withincode(void foo()) - - - - picks out all join points associated with code in null void methods - named foo, regardless of access modifier. - - - - Method names may contain the * wildcard, indicating any number of - characters in the method name. So - - - -call(int *()) - - - - picks out all call join points to int methods - regardless of name, but - - - -call(int get*()) - - - - picks out all call join points to int methods - where the method name starts with the characters "get". - - - - AspectJ uses the new keyword for constructor - signature patterns rather than using a particular class name. So the - execution join points of private null constructor of a class C - defined to throw an ArithmeticException can be picked out with - - - -execution(private C.new() throws ArithmeticException) - - - - Matching based on the declaring type - - - The signature-matching pointcuts all specify a declaring type, - but the meaning varies slightly for each join point signature, - in line with Java semantics. - - - - When matching for pointcuts withincode, - get, and set, the declaring - type is the class that contains the declaration. - - - - When matching method-call join points, the - declaring type is the static type used to access the method. - A common mistake is to specify a declaring type for the - call pointcut that is a subtype of the - originally-declaring type. For example, given the class - - - -class Service implements Runnable { - public void run() { ... } -} - - - - the following pointcut - - - -call(void Service.run()) - - - - would fail to pick out the join point for the code - - - -((Runnable) new Service()).run(); - - - - Specifying the originally-declaring type is correct, but would - pick out any such call (here, calls to the run() - method of any Runnable). - In this situation, consider instead picking out the target type: - - - -call(void run()) && target(Service) - - - - When matching method-execution join points, - if the execution pointcut method signature specifies a declaring type, - the pointcut will only match methods declared in that type, or methods - that override methods declared in or inherited by that type. - So the pointcut - - - -execution(public void Middle.*()) - - - - picks out all method executions for public methods returning void - and having no arguments that are either declared in, or inherited by, - Middle, even if those methods are overridden in a subclass of Middle. - So the pointcut would pick out the method-execution join point - for Sub.m() in this code: - - - -class Super { - protected void m() { ... } -} -class Middle extends Super { -} -class Sub extends Middle { - public void m() { ... } -} - - - - - - Matching based on the throws clause - - - Type patterns may be used to pick out methods and constructors - based on their throws clauses. This allows the following two - kinds of extremely wildcarded pointcuts: - - - -pointcut throwsMathlike(): - // each call to a method with a throws clause containing at least - // one exception exception with "Math" in its name. - call(* *(..) throws *..*Math*); - -pointcut doesNotThrowMathlike(): - // each call to a method with a throws clause containing no - // exceptions with "Math" in its name. - call(* *(..) throws !*..*Math*); - - - - A ThrowsClausePattern is a comma-separated list of - ThrowsClausePatternItems, where - - - - ThrowsClausePatternItem : - - [ ! ] - TypeNamePattern - - - - - - - A ThrowsClausePattern matches the - throws clause of any code member signature. To match, each - ThrowsClausePatternItem must - match the throws clause of the member in question. If any item - doesn't match, then the whole pattern doesn't match. - - - - If a ThrowsClausePatternItem begins with "!", then it matches a - particular throws clause if and only if none - of the types named in the throws clause is matched by the - TypeNamePattern. - - - - If a ThrowsClausePatternItem does not - begin with "!", then it matches a throws clause if and only if - any of the types named in the throws clause - is matched by the TypeNamePattern. - - - - The rule for "!" matching has one potentially surprising - property, in that these two pointcuts - - - call(* *(..) throws !IOException) - call(* *(..) throws (!IOException)) - - - will match differently on calls to - -
    - - void m() throws RuntimeException, IOException {} - -
    -     - - - [1] will NOT match the method m(), because method m's throws - clause declares that it throws IOException. [2] WILL match the - method m(), because method m's throws clause declares the it - throws some exception which does not match IOException, - i.e. RuntimeException. - -     -     - - - Type patterns - - - Type patterns are a way to pick out collections of types and use them - in places where you would otherwise use only one type. The rules for - using type patterns are simple. - - - - Exact type pattern - - - First, all type names are also type patterns. So - Object, java.util.HashMap, - Map.Entry, int are all type - patterns. - - - - If a type pattern is an exact type - if it doesn't - include a wildcard - then the matching works just - like normal type lookup in Java: - - - Patterns that have the same names as - primitive types (like int) match - those primitive types. - - Patterns that are qualified by package names - (like java.util.HashMap) match types - in other packages. - - - Patterns that are not qualified (like - HashMap) match types that are - resolved by Java's normal scope rules. So, for - example, HashMap might match a - package-level type in the same package or a type that - have been imported with java's - import form. But it would not match - java.util.HashMap unless the aspect - were in java.util or the type had - been imported. - - - - - So exact type patterns match based on usual Java scope - rules. - - - - - - Type name patterns - - - There is a special type name, *, which is also a type pattern. * picks out all - types, including primitive types. So - - - -call(void foo(*)) - - - - picks out all call join points to void methods named foo, taking one - argument of any type. - - - - Type names that contain the two wildcards "*" and - ".." are also type patterns. The * wildcard matches - zero or more characters characters except for ".", so it can be used - when types have a certain naming convention. So - - - -handler(java.util.*Map) - - - - picks out the types java.util.Map and java.util.java.util.HashMap, - among others, and - - - -handler(java.util.*) - - - - picks out all types that start with "java.util." and - don't have any more "."s, that is, the types in the - java.util package, but not inner types - (such as java.util.Map.Entry). - - - - The ".." wildcard matches any sequence of - characters that start and end with a ".", so it can be used - to pick out all types in any subpackage, or all inner types. So - - - -within(com.xerox..*) - - - - picks out all join points where the code is in any - declaration of a type whose name begins with "com.xerox.". - - - - Type patterns with wildcards do not depend on Java's - usual scope rules - they match against all types - available to the weaver, not just those that are - imported into an Aspect's declaring file. - - - - - - Subtype patterns - - - It is possible to pick out all subtypes of a type (or a collection of - types) with the "+" wildcard. The "+" wildcard follows immediately a - type name pattern. So, while - - - -call(Foo.new()) - - - - picks out all constructor call join points where an instance of exactly - type Foo is constructed, - - - -call(Foo+.new()) - - - - picks out all constructor call join points where an instance of any - subtype of Foo (including Foo itself) is constructed, and the unlikely - - - -call(*Handler+.new()) - - - - picks out all constructor call join points where an instance of any - subtype of any type whose name ends in "Handler" is constructed. - - - - - - Array type patterns - - - A type name pattern or subtype pattern can be followed by one or more - sets of square brackets to make array type patterns. So - Object[] is an array type pattern, and so is - com.xerox..*[][], and so is - Object+[]. - - - - - Type patterns - - - Type patterns are built up out of type name patterns, subtype patterns, - and array type patterns, and constructed with boolean operators - , ||, and - !. So - - - -staticinitialization(Foo || Bar) - - - - picks out the static initializer execution join points of either Foo or Bar, - and - - - -call((Foo+ ! Foo).new(..)) - - - - picks out the constructor call join points when a subtype of Foo, but - not Foo itself, is constructed. - - - - - - Pattern Summary - - - Here is a summary of the pattern syntax used in AspectJ: - - - -MethodPattern = - [ModifiersPattern] TypePattern - [TypePattern . ] IdPattern (TypePattern | ".." , ... ) - [ throws ThrowsPattern ] -ConstructorPattern = - [ModifiersPattern ] - [TypePattern . ] new (TypePattern | ".." , ...) - [ throws ThrowsPattern ] -FieldPattern = - [ModifiersPattern] TypePattern [TypePattern . ] IdPattern -ThrowsPattern = - [ ! ] TypePattern , ... -TypePattern = - IdPattern [ + ] [ [] ... ] - | ! TypePattern - | TypePattern TypePattern - | TypePattern || TypePattern - | ( TypePattern ) -IdPattern = - Sequence of characters, possibly with special * and .. wildcards -ModifiersPattern = - [ ! ] JavaModifier ... - - - - -     - - - - - Advice - - - Each piece of advice is of the form - -
    - [ strictfp ] AdviceSpec [ - throws TypeList ] : - Pointcut { - Body } -
    - - where AdviceSpec is one of -     - - - - before( Formals ) - - - after( Formals ) returning - [ ( Formal ) ] - - - after( Formals ) throwing [ - ( Formal ) ] - - - after( Formals ) - - - Type - around( Formals ) - - - - and where Formal refers to a - variable binding like those used for method parameters, - of the form - Type - Variable-Name, - and Formals refers to a comma-delimited - list of Formal. - - - - - Advice defines crosscutting behavior. It is defined in terms of - pointcuts. The code of a piece of advice runs at every join point - picked out by its pointcut. Exactly how the code runs depends on the - kind of advice. - - - - AspectJ supports three kinds of advice. The kind of advice determines how - it interacts with the join points it is defined over. Thus AspectJ - divides advice into that which runs before its join points, that which - runs after its join points, and that which runs in place of (or "around") - its join points. - - - - While before advice is relatively unproblematic, there can be three - interpretations of after advice: After the execution of a join point - completes normally, after it throws an exception, or after it does either - one. AspectJ allows after advice for any of these situations. - - - -aspect A { - pointcut publicCall(): call(public Object *(..)); - after() returning (Object o): publicCall() { - System.out.println("Returned normally with " + o); - } - after() throwing (Exception e): publicCall() { - System.out.println("Threw an exception: " + e); - } - after(): publicCall(){ - System.out.println("Returned or threw an Exception"); - } -} - - - - After returning advice may not care about its returned object, in which - case it may be written - - - -after() returning: call(public Object *(..)) { - System.out.println("Returned normally"); -} - - - - If after returning does expose its returned object, then the - type of the parameter is considered to be an - instanceof-like constraint on the advice: it - will run only when the return value is of the appropriate type. - - - - A value is of the appropriate type if it would be assignable to - a variable of that type, in the Java sense. That is, a - byte value is assignable to a - short parameter but not vice-versa, an - int is assignable to a - float parameter, boolean - values are only assignable to boolean - parameters, and reference types work by instanceof. - - - - There are two special cases: If the exposed value is typed to - Object, then the advice is not constrained by - that type: the actual return value is converted to an object - type for the body of the advice: int values - are represented as java.lang.Integer objects, - etc, and no value (from void methods, for example) is - represented as null. - - - - Secondly, the null value is assignable to a - parameter T if the join point - could return something of type - T. - - - - Around advice runs in place of the join point it operates over, rather - than before or after it. Because around is allowed to return a value, it - must be declared with a return type, like a method. - - - - Thus, a simple use of around advice is to make a particular method - constant: - - - -aspect A { - int around(): call(int C.foo()) { - return 3; - } -} - - - - Within the body of around advice, though, the computation of the original - join point can be executed with the special syntax - - - -proceed( ... ) - - - - The proceed form takes as arguments the context exposed by the around's - pointcut, and returns whatever the around is declared to return. So the - following around advice will double the second argument to - foo whenever it is called, and then halve its result: - - - - -aspect A { - int around(int i): call(int C.foo(Object, int)) args(i) { - int newi = proceed(i*2) - return newi/2; - } -} - - - - If the return value of around advice is typed to - Object, then the result of proceed is converted to an - object representation, even if it is originally a primitive value. And - when the advice returns an Object value, that value is converted back to - whatever representation it was originally. So another way to write the - doubling and halving advice is: - - - -aspect A { - Object around(int i): call(int C.foo(Object, int)) args(i) { - Integer newi = (Integer) proceed(i*2) - return new Integer(newi.intValue() / 2); - } -} - - - - Any occurence of proceed(..) within the body of around - advice is treated as the special proceed form (even if the - aspect defines a method named proceed), unless a - target other than the aspect instance is specified as the recipient of - the call. - For example, in the following program the first - call to proceed will be treated as a method call to - the ICanProceed instance, whereas the second call to - proceed is treated as the special proceed form. - - - -aspect A { - Object around(ICanProceed canProceed) : execution(* *(..)) this(canProceed) { - canProceed.proceed(); // a method call - return proceed(canProceed); // the special proceed form - } - - private Object proceed(ICanProceed canProceed) { - // this method cannot be called from inside the body of around advice in - // the aspect - } -} - - - - In all kinds of advice, the parameters of the advice behave exactly like - method parameters. In particular, assigning to any parameter affects - only the value of the parameter, not the value that it came from. This - means that - - - -aspect A { - after() returning (int i): call(int C.foo()) { - i = i * 2; - } -} - - - - will not double the returned value of the advice. - Rather, it will double the local parameter. Changing the values of - parameters or return values of join points can be done by using around - advice. - - - With proceed(..) it is possible to change the values - used by less-precedent advice and the underlying join point by supplying - different values for the variables. For example, this aspect replaces - the string bound to s in the named pointcut - privateData: - - - -aspect A { - Object around(String s): MyPointcuts.privateData(s) { - return proceed("private data"); - } -} - - - If you replace an argument to proceed(..), you can cause - a ClassCastException at runtime when the argument - refers to a supertype of the actual type and you do not supply a - reference of the actual type. In the following aspect, the - around advice replaces the declared target List - with an ArrayList. This is valid code at - compile-time since the types match. - - -import java.util.*; - -aspect A { - Object around(List list): call(* List+.*()) target(list) { - return proceed(new ArrayList()); - } -} - - - But imagine a simple program where the actual target is - LinkedList. In this case, the advice would cause a - ClassCastException at runtime, and - peek() is not declared in ArrayList. - - -public class Test { - public static void main(String[] args) { - new LinkedList().peek(); - } -} - - - The ClassCastException can occur even in situations - where it appears to be unnecessary, e.g., if the program is changed to - call size(), declared in List: - - -public class Test { - public static void main(String[] args) { - new LinkedList().size(); - } -} - - - There will still be a ClassCastException because - it is impossible to prove that there won't be a runtime binary-compatible - change in the hierarchy of LinkedList or some - other advice on the join point that requires a - LinkedList. - - - - Advice modifiers - - - The strictfp modifier is the only modifier allowed - on advice, and it has the effect of making all floating-point - expressions within the advice be FP-strict. - - - - - Advice and checked exceptions - - - An advice declaration must include a throws clause - listing the checked exceptions the body may throw. This list of - checked exceptions must be compatible with each target join point - of the advice, or an error is signalled by the compiler. - - - - For example, in the following declarations: - - - -import java.io.FileNotFoundException; - -class C { - int i; - - int getI() { return i; } -} - -aspect A { - before(): get(int C.i) { - throw new FileNotFoundException(); - } - before() throws FileNotFoundException: get(int C.i) { - throw new FileNotFoundException(); - } -} - - - - both pieces of advice are illegal. The first because the body throws - an undeclared checked exception, and the second because field get join - points cannot throw FileNotFoundExceptions. - - - The exceptions that each kind of join point in AspectJ may throw are: - - - - - method call and execution - - the checked exceptions declared by the target method's - throws clause. - - - - - constructor call and execution - - the checked exceptions declared by the target constructor's - throws clause. - - - - - field get and set - - no checked exceptions can be thrown from these join points. - - - - - exception handler execution - - the exceptions that can be thrown by the target exception handler. - - - - - static initializer execution - - no checked exceptions can be thrown from these join points. - - - - - pre-initialization and initialization - - any exception that is in the throws clause of - all constructors of the initialized class. - - - - - advice execution - - any exception that is in the throws clause of the advice. - - - - - - - - - Advice precedence - - - Multiple pieces of advice may apply to the same join point. In such - cases, the resolution order of the advice is based on advice - precedence. - - - - Determining precedence - - There are a number of rules that determine whether a particular - piece of advice has precedence over another when they advise the same - join point. - - If the two pieces of advice are defined in different aspects, - then there are three cases: - - - If aspect A is matched earlier than aspect B in some - declare precedence form, then all advice in - concrete aspect A has precedence over all advice in concrete aspect B - when they are on the same join point. - - - Otherwise, if aspect A is a subaspect of aspect B, then all advice - defined in A has precedence over all advice defined in - B. So, unless otherwise specified with - declare precedence, advice in a subaspect - has precedence over advice in a superaspect. - - - - Otherwise, if two pieces of advice are defined in two different - aspects, it is undefined which one has precedence. - - - - - If the two pieces of advice are defined in the same aspect, then - there are two cases: - - - If either are after advice, then the one that - appears later in the aspect has precedence over the one that appears - earlier. - - Otherwise, then the one that appears earlier in the aspect - has precedence over the one that appears later. - - - - - These rules can lead to circularity, such as - - -aspect A { - before(): execution(void main(String[] args)) {} - after(): execution(void main(String[] args)) {} - before(): execution(void main(String[] args)) {} -} - - - such circularities will result in errors signalled by the compiler. - - - - Effects of precedence - - At a particular join point, advice is ordered by precedence. - - A piece of around advice controls whether - advice of lower precedence will run by calling - proceed. The call to proceed - will run the advice with next precedence, or the computation under the - join point if there is no further advice. - - A piece of before advice can prevent advice of - lower precedence from running by throwing an exception. If it returns - normally, however, then the advice of the next precedence, or the - computation under the join pint if there is no further advice, will run. - - - Running after returning advice will run the - advice of next precedence, or the computation under the join point if - there is no further advice. Then, if that computation returned - normally, the body of the advice will run. - - Running after throwing advice will run the - advice of next precedence, or the computation under the join - point if there is no further advice. Then, if that computation threw - an exception of an appropriate type, the body of the advice will - run. - - Running after advice will run the advice of - next precedence, or the computation under the join point if - there is no further advice. Then the body of the advice will - run. - - - - - Reflective access to the join point - - - Three special variables are visible within bodies of advice - and within if() pointcut expressions: - thisJoinPoint, - thisJoinPointStaticPart, and - thisEnclosingJoinPointStaticPart. Each is bound to - an object that encapsulates some of the context of the advice's current - or enclosing join point. These variables exist because some pointcuts - may pick out very large collections of join points. For example, the - pointcut - - - - -pointcut publicCall(): call(public * *(..)); - - - - - picks out calls to many methods. Yet the body of advice over this - pointcut may wish to have access to the method name or parameters of a - particular join point. - - - - thisJoinPoint is bound to a complete join point - object. - - - - - thisJoinPointStaticPart is bound to a part of the - join point object that includes less information, but for which no - memory allocation is required on each execution of the advice. It is - equivalent to thisJoinPoint.getStaticPart(). - - - - thisEnclosingJoinPointStaticPart is bound to the - static part of the join point enclosing the current join point. Only - the static part of this enclosing join point is available through this - mechanism. - - - - Standard Java reflection uses objects from the - java.lang.reflect hierarchy to build up its - reflective objects. Similarly, AspectJ join point objects have types - in a type hierarchy. The type of objects bound to - thisJoinPoint is - org.aspectj.lang.JoinPoint, while - thisStaticJoinPoint is bound to objects of interface - type org.aspectj.lang.JoinPoint.StaticPart. - - - -     - - - Static crosscutting - - - Advice declarations change the behavior of classes they crosscut, but do - not change their static type structure. For crosscutting concerns that do - operate over the static structure of type hierarchies, AspectJ provides - inter-type member declarations and other declare forms. - - - - Inter-type member declarations - - - AspectJ allows the declaration of members by aspects that are - associated with other types. - - - - An inter-type method declaration looks like - - - - - [ Modifiers ] - Type OnType - . - Id(Formals) - [ ThrowsClause ] - { Body } - - abstract - [ Modifiers ] - Type OnType - . Id(Formals) - [ ThrowsClause ] - ; - - - - - The effect of such a declaration is to make OnType - support the new method. Even if OnType is - an interface. Even if the method is neither public nor abstract. So the - following is legal AspectJ code: - - - -interface Iface {} - -aspect A { - private void Iface.m() { - System.err.println("I'm a private method on an interface"); - } - void worksOnI(Iface iface) { - // calling a private method on an interface - iface.m(); - } -} - - - - An inter-type constructor declaration looks like - - - - - [ Modifiers ] - OnType . new ( - Formals ) - [ ThrowsClause ] - { Body } - - - - The effect of such a declaration is to make - OnType support the new constructor. It is - an error for OnType to be an interface. - - - - Inter-type declared constructors cannot be used to assign a - value to a final variable declared in OnType. - This limitation significantly increases the ability to both understand - and compile the OnType class and the - declaring aspect separately. - - - - Note that in the Java language, classes that define no constructors - have an implicit no-argument constructor that just calls - super(). This means that attempting to declare - a no-argument inter-type constructor on such a class may result in - a conflict, even though it looks like no - constructor is defined. - - - - An inter-type field declaration looks like one of - - - - - [ Modifiers ] - Type - OnType . Id - = Expression; - - - [ Modifiers ] - Type - OnType . Id; - - - - The effect of such a declaration is to make - OnType support the new field. Even if - OnType is an interface. Even if the field is - neither public, nor static, nor final. - - - - The initializer, if any, of an inter-type field declaration runs - before the class-local initializers defined in its target class. - - - - - - Any occurrence of the identifier this in the body of - an inter-type constructor or method declaration, or in the initializer - of an inter-type field declaration, refers to the - OnType object rather than to the aspect - type; it is an error to access this in such a - position from a static inter-type member - declaration. - - - - Access modifiers - - - Inter-type member declarations may be public or private, or have - default (package-protected) visibility. AspectJ does not provide - protected inter-type members. - - - - The access modifier applies in relation to the aspect, not in relation - to the target type. So a private inter-type member is visible only from - code that is defined within the declaring aspect. A default-visibility - inter-type member is visible only from code that is defined within the - declaring aspect's package. - - - - Note that a declaring a private inter-type method (which AspectJ - supports) is very different from inserting a private method declaration - into another class. The former allows access only from the declaring - aspect, while the latter would allow access only from the target type. - Java serialization, for example, uses the presense of a private method - void writeObject(ObjectOutputStream) for the - implementation of java.io.Serializable. A private - inter-type declaration of that method would not fulfill this - requirement, since it would be private to the aspect, not private to - the target type. - - - - The access modifier of abstract inter-type methods has - one constraint: It is illegal to declare an abstract - non-public inter-type method on a public interface. This - is illegal because it would say that a public interface - has a constraint that only non-public implementors must - fulfill. This would not be compatible with Java's type - system. - - - - - Conflicts - - - Inter-type declarations raise the possibility of conflicts among - locally declared members and inter-type members. For example, assuming - otherPackage is not the package containing the - aspect A, the code - - - -aspect A { - private Registry otherPackage.onType.r; - public void otherPackage.onType.register(Registry r) { - r.register(this); - this.r = r; - } -} - - - - declares that onType in otherPackage has a field - r. This field, however, is only accessible from the - code inside of aspect A. The aspect also declares - that onType has a method - "register", but makes this method accessible from - everywhere. - - - - If onType already defines a - private or package-protected field "r", there is no - conflict: The aspect cannot see such a field, and no code in - otherPackage can see the inter-type - "r". - - - - If onType defines a public field - "r", there is a conflict: The expression - - - -this.r = r - - - - is an error, since it is ambiguous whether the private inter-type - "r" or the public locally-defined - "r" should be used. - - - - If onType defines a method - "register(Registry)" there is a conflict, since it - would be ambiguous to any code that could see such a defined method - which "register(Registry)" method was applicable. - - - - Conflicts are resolved as much as possible as per Java's conflict - resolution rules: - - - - A subclass can inherit multiple fields from its superclasses, - all with the same name and type. However, it is an error to have an ambiguous - reference to a field. - - A subclass can only inherit multiple - methods with the same name and argument types from - its superclasses if only zero or one of them is concrete (i.e., all but - one is abstract, or all are abstract). - - - - - Given a potential conflict between inter-type member declarations in - different aspects, if one aspect has precedence over the other its - declaration will take effect without any conflict notice from compiler. - This is true both when the precedence is declared explicitly with - declare precedence as well as when when sub-aspects - implicitly have precedence over their super-aspect. - - - - - - Extension and Implementation - - - An aspect may change the inheritance hierarchy of a system by changing - the superclass of a type or adding a superinterface onto a type, with - the declare parents form. - - - - declare parents: TypePattern extends Type; - declare parents: TypePattern implements TypeList; - - - - For example, if an aspect wished to make a particular class runnable, - it might define appropriate inter-type void - run() method, but it should also declare that the class - fulfills the Runnable interface. In order to - implement the methods in the Runnable interface, the - inter-type run() method must be public: - - - -aspect A { - declare parents: SomeClass implements Runnable; - public void SomeClass.run() { ... } -} - - - - - - Interfaces with members - - - Through the use of inter-type members, interfaces may now carry - (non-public-static-final) fields and (non-public-abstract) methods that - classes can inherit. Conflicts may occur from ambiguously inheriting - members from a superclass and multiple superinterfaces. - - - - Because interfaces may carry non-static initializers, each interface - behaves as if it has a zero-argument constructor containing its - initializers. The order of super-interface instantiation is - observable. We fix this order with the following properties: A - supertype is initialized before a subtype, initialized code runs only - once, and the initializers for a type's superclass are run before the - initializers for its superinterfaces. Consider the following hierarchy - where {Object, C, - D, E} are classes, - {M, N, O, - P, Q} are interfaces. - - - - Object M O - \ / \ / - C N Q - \ / / - D P - \ / - E - - - - when a new E is instantiated, the initializers run in this order: - - - -Object M C O N D Q P E - - - - - - - - Warnings and Errors - - An aspect may specify that a particular join point should never be - reached. - - - declare error: Pointcut: String; - declare warning: Pointcut: String; - - - If the compiler determines that a join point in - Pointcut could possibly be reached, then it - will signal either an error or warning, as declared, using the - String for its message. - - - - - Softened exceptions - - An aspect may specify that a particular kind of exception, if - thrown at a join point, should bypass Java's usual static exception - checking system and instead be thrown as a - org.aspectj.lang.SoftException, which is subtype of - RuntimeException and thus does not need to be - declared. - - - declare soft: Type: Pointcut; - - - For example, the aspect - - -aspect A { - declare soft: Exception: execution(void main(String[] args)); -} - - - Would, at the execution join point, catch any - Exception and rethrow a - org.aspectj.lang.SoftException containing - original exception. - - This is similar to what the following advice would do - - -aspect A { - void around() execution(void main(String[] args)) { - try { proceed(); } - catch (Exception e) { - throw new org.aspectj.lang.SoftException(e); - } - } -} - - - except, in addition to wrapping the exception, it also affects - Java's static exception checking mechanism. - - Like advice, the declare soft form has no effect in an - abstract aspect that is not extended by a concreate aspect. So - the following code will not compile unless it is compiled with an - extending concrete aspect: - - -abstract aspect A { - abstract pointcut softeningPC(); - - before() : softeningPC() { - Class.forName("FooClass"); // error: uncaught ClassNotFoundException - } - - declare soft : ClassNotFoundException : call(* Class.*(..)); -} - - - - - - Advice Precedence - - - An aspect may declare a precedence relationship between concrete - aspects with the declare precedence form: - - - - declare precedence : - TypePatternList ; - - - This signifies that if any join point has advice from two - concrete aspects matched by some pattern in - TypePatternList, then the precedence of - the advice will be the order of in the list. - - In TypePatternList, the wildcard "*" can - appear at most once, and it means "any type not matched by any other - pattern in the list". - - For example, the constraints that (1) aspects that have - Security as part of their name should have precedence over all other - aspects, and (2) the Logging aspect (and any aspect that extends it) - should have precedence over all non-security aspects, can be - expressed by: - - -declare precedence: *..*Security*, Logging+, *; - - - - For another example, the CountEntry aspect might want to count the - entry to methods in the current package accepting a Type object as - its first argument. However, it should count all entries, even - those that the aspect DisallowNulls causes to throw exceptions. - This can be accomplished by stating that CountEntry has precedence - over DisallowNulls. This declaration could be in either aspect, or - in another, ordering aspect: - - - -aspect Ordering { - declare precedence: CountEntry, DisallowNulls; -} -aspect DisallowNulls { - pointcut allTypeMethods(Type obj): call(* *(..)) args(obj, ..); - before(Type obj): allTypeMethods(obj) { - if (obj == null) throw new RuntimeException(); - } -} -aspect CountEntry { - pointcut allTypeMethods(Type obj): call(* *(..)) args(obj, ..); - static int count = 0; - before(): allTypeMethods(Type) { - count++; - } -} - - - - Various cycles - - - It is an error for any aspect to be matched by more than one - TypePattern in a single decare precedence, so: - - - -declare precedence: A, B, A ; // error - - - - However, multiple declare precedence forms may legally have this - kind of circularity. For example, each of these declare - precedence is perfectly legal: - - - -declare precedence: B, A; -declare precedence: A, B; - - - - And a system in which both constraints are active may also be - legal, so long as advice from A and B don't share a join - point. So this is an idiom that can be used to enforce that A and - B are strongly independent. - - - - - Applies to concrete aspects - - - Consider the following library aspects: - - - -abstract aspect Logging { - abstract pointcut logged(); - - before(): logged() { - System.err.println("thisJoinPoint: " + thisJoinPoint); - } -} - -abstract aspect MyProfiling { - abstract pointcut profiled(); - - Object around(): profiled() { - long beforeTime = System.currentTimeMillis(); - try { - return proceed(); - } finally { - long afterTime = System.currentTimeMillis(); - addToProfile(thisJoinPointStaticPart, - afterTime - beforeTime); - } - } - abstract void addToProfile( - org.aspectj.JoinPoint.StaticPart jp, - long elapsed); -} - - - - In order to use either aspect, they must be extended with - concrete aspects, say, MyLogging and MyProfiling. Because advice - only applies from concrete aspects, the declare precedence form - only matters when declaring precedence with concrete aspects. So - - - -declare precedence: Logging, Profiling; - - - - has no effect, but both - - - -declare precedence: MyLogging, MyProfiling; -declare precedence: Logging+, Profiling+; - - - - are meaningful. - - - - - - - Statically determinable pointcuts - - Pointcuts that appear inside of declare forms - have certain restrictions. Like other pointcuts, these pick out join - points, but they do so in a way that is statically determinable. - - Consequently, such pointcuts may not include, directly or - indirectly (through user-defined pointcut declarations) pointcuts that - discriminate based on dynamic (runtime) context. Therefore, such - pointcuts may not be defined in terms of - - - cflow - cflowbelow - this - target - args - if - - - all of which can discriminate on runtime information. - - - - - Aspects - - - An aspect is a crosscutting type defined by the aspect - declaration. - - - - Aspect Declaration - - - The aspect declaration is similar to the - class declaration in that it defines a type and an - implementation for that type. It differs in a number of - ways: - - - - Aspect implementation can cut across other types - - In addition to normal Java class declarations such as - methods and fields, aspect declarations can include AspectJ - declarations such as advice, pointcuts, and inter-type - declarations. Thus, aspects contain implementation - declarations that can can cut across other types (including those defined by - other aspect declarations). - - - - - Aspects are not directly instantiated - - Aspects are not directly instantiated with a new - expression, with cloning, or with serialization. Aspects may - have one constructor definition, but if so it must be of a - constructor taking no arguments and throwing no checked - exceptions. - - - - - Nested aspects must be <literal>static</literal> - - - Aspects may be defined either at the package level, or as a static nested - aspect -- that is, a static member of a class, interface, or aspect. If it - is not at the package level, the aspect must be - defined with the static keyword. Local and anonymous aspects are not - allowed. - - - - - - Aspect Extension - - - To support abstraction and composition of crosscutting concerns, - aspects can be extended in much the same way that classes can. Aspect - extension adds some new rules, though. - - - - Aspects may extend classes and implement interfaces - - - An aspect, abstract or concrete, may extend a class and may implement - a set of interfaces. Extending a class does not provide the ability - to instantiate the aspect with a new expression: The aspect may still - only define a null constructor. - - - - - Classes may not extend aspects - - - It is an error for a class to extend or implement an aspect. - - - - - Aspects extending aspects - - - Aspects may extend other aspects, in which case not only are fields - and methods inherited but so are pointcuts. However, aspects may only - extend abstract aspects. It is an error for a concrete aspect to - extend another concrete aspect. - - - - - - Aspect instantiation - - - Unlike class expressions, aspects are not instantiated with - new expressions. Rather, aspect instances are - automatically created to cut across programs. A program - can get a reference to an aspect instance using the static - method aspectOf(..). - - - - Because advice only runs in the context of an aspect instance, aspect - instantiation indirectly controls when advice runs. - - - - The criteria used to determine how an aspect is instantiated - is inherited from its parent aspect. If the aspect has no parent - aspect, then by default the aspect is a singleton aspect. - How an aspect is instantiated controls the form of the - aspectOf(..) method defined on the - concrete aspect class. - - - - Singleton Aspects - - - aspect Id { ... } - aspect Id issingleton() { ... } - - - - By default (or by using the modifier issingleton()) - an aspect has exactly one instance that cuts across the entire - program. That instance is available at any time during program - execution from the static method aspectOf() - automatically defined on all concrete aspects - -- so, in the above examples, A.aspectOf() will - return A's instance. This aspect instance is created as the aspect's - classfile is loaded. - - - - Because the an instance of the aspect exists at all join points in - the running of a program (once its class is loaded), its advice will - have a chance to run at all such join points. - - - - (In actuality, one instance of the aspect A is made for each version - of the aspect A, so there will be one instantiation for each time A - is loaded by a different classloader.) - - - - - Per-object aspects - - - aspect Id perthis(Pointcut) { ... } - aspect Id pertarget(Pointcut) { ... } - - - - If an aspect A is defined - perthis(Pointcut), then - one object of type A is created for every object that is the - executing object (i.e., "this") at any of the join points picked out - by Pointcut. - The advice defined in A will run only at a join point where the - currently executing object has been associated with an instance of - A. - - - Similarly, if an aspect A is defined - pertarget(Pointcut), - then one object of type A is created for every object that is the - target object of the join points picked out by - Pointcut. - The advice defined in A will run only at a join point where the - target object has been associated with an instance of - A. - - - - In either case, the static method call - A.aspectOf(Object) can be used to get the aspect - instance (of type A) registered with the object. Each aspect - instance is created as early as possible, but not before reaching a - join point picked out by Pointcut where - there is no associated aspect of type A. - - - Both perthis and pertarget - aspects may be affected by code the AspectJ compiler controls, as - discussed in the appendix. - - - - Per-control-flow aspects - - - aspect Id percflow(Pointcut) { ... } - aspect Id percflowbelow(Pointcut) { ... } - - - - If an aspect A is defined - percflow(Pointcut) or - percflowbelow(Pointcut), - then one object of type A is created for each flow of control of the - join points picked out by Pointcut, either - as the flow of control is entered, or below the flow of control, - respectively. The advice defined in A may run at any join point in - or under that control flow. During each such flow of control, the - static method A.aspectOf() will return an object - of type - A. An instance of the aspect is created upon entry into each such - control flow. - - - - - Aspect instantiation and advice - - - All advice runs in the context of an aspect instance, - but it is possible to write a piece of advice with a pointcut - that picks out a join point that must occur before asopect - instantiation. For example: - - - -public class Client -{ - public static void main(String[] args) { - Client c = new Client(); - } -} - -aspect Watchcall { - pointcut myConstructor(): execution(new(..)); - - before(): myConstructor() { - System.err.println("Entering Constructor"); - } -} - - - - The before advice should run before the execution of all - constructors in the system. It must run in the context of an - instance of the Watchcall aspect. The only way to get such an - instance is to have Watchcall's default constructor execute. But - before that executes, we need to run the before advice... - - - - There is no general way to detect these kinds of circularities at - compile time. If advice runs before its aspect is instantiated, - AspectJ will throw a - org.aspectj.lang.NoAspectBoundException. - - - - - - Aspect privilege - - - privileged aspect Id { ... } - - - - Code written in aspects is subject to the same access control rules as - Java code when referring to members of classes or aspects. So, for - example, code written in an aspect may not refer to members with - default (package-protected) visibility unless the aspect is defined in - the same package. - - - - While these restrictions are suitable for many aspects, there may be - some aspects in which advice or inter-type members needs to access private - or protected resources of other types. To allow this, aspects may be - declared privileged. Code in priviliged aspects has - access to all members, even private ones. - - - -class C { - private int i = 0; - void incI(int x) { i = i+x; } -} -privileged aspect A { - static final int MAX = 1000; - before(int x, C c): call(void C.incI(int)) target(c) args(x) { - if (c.i+x > MAX) throw new RuntimeException(); - } -} - - - - In this case, if A had not been declared privileged, the field reference - c.i would have resulted in an error signaled by the compiler. - - - - If a privileged aspect can access multiple versions of a particular - member, then those that it could see if it were not privileged take - precedence. For example, in the code - - - -class C { - private int i = 0; - void foo() { } -} - -privileged aspect A { - private int C.i = 999; - before(C c): call(void C.foo()) target(c) { - System.out.println(c.i); - } -} - - - - A's private inter-type field C.i, initially bound to 999, will be - referenced in the body of the advice in preference to C's privately - declared field, since the A would have access to its own inter-type - fields even if it were not privileged. - - - - Note that a privileged aspect can access private inter-type - declarations made by other aspects, since they are simply - considered private members of that other aspect. - - - -     - - - -- 2.39.5