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import org.aspectj.testing.Tester;
import java.lang.reflect.*;
public class Simple {
public static void main(String[] args) {
new Simple().fromInstanceMethod("a1", 1);
//Tester.printEvents();
Tester.checkAndClearEvents(new String[] {
"this(simple)",
"call(C.*)",
"args(..,a1)",
"C.toStaticMethod(a1)",
"this(simple)",
"call(SubC.*)",
"args(..,a1)",
"SubC.toStaticMethod(a1)",
"this(simple)&&target(c)",
"target(c)",
"this(simple)",
"call(C.*)",
"args(..,a1)",
"C.toInstanceMethod(a1)",
"this(simple)&&target(subc)",
"target(subc)",
"this(simple)",
"call(C.*)",
"call(C.*)&&target(SubC)",
"args(..,a1)",
"SubC.toInstanceMethod(a1)",
"this(simple)&&target(subc)",
"target(subc)",
"this(simple)",
"call(C.*)",
"call(SubC.*)",
"call(SubC.*)&&target(C)",
"call(C.*)&&target(SubC)",
"args(..,a1)",
"SubC.toInstanceMethod(a1)",
//??? these events are not expected because advice on call join points
// isn't run when the calls are made reflectively -- Change from 1.0 to 1.1
//"call(C.*)",
//"call(C.*)&&target(SubC)",
//"args(..,a1)",
"SubC.toInstanceMethod(a1)",
});
Simple.fromStaticMethod("a2");
//Tester.printEvents();
Tester.checkAndClearEvents(new String[] {
"call(C.*)",
"args(..,a2)",
"C.toStaticMethod(a2)",
"call(SubC.*)",
"args(..,a2)",
"SubC.toStaticMethod(a2)",
"target(c)",
"call(C.*)",
"args(..,a2)",
"C.toInstanceMethod(a2)",
"target(subc)",
"call(C.*)",
"call(C.*)&&target(SubC)",
"args(..,a2)",
"SubC.toInstanceMethod(a2)",
"target(subc)",
"call(C.*)",
"call(C.*)&&target(SubC)",
"SubC.toInstanceMethod(2)",
});
}
public static void fromStaticMethod(String s) {
C.toStaticMethod(s);
SubC.toStaticMethod(s);
C c = new C();
c.toInstanceMethod(0, s);
c = new SubC();
c.toInstanceMethod(0, s);
c.toInstanceMethod(0, new Integer(2));
}
public void fromInstanceMethod(String s, int v) {
C.toStaticMethod(s);
SubC.toStaticMethod(s);
C c = new C();
c.toInstanceMethod(v, s);
c = new SubC();
c.toInstanceMethod(v, s);
SubC subc = new SubC();
subc.toInstanceMethod(v, s);
doReflectiveCall(subc, v, s);
}
void doReflectiveCall(C c, int v, String s) {
try {
Method m =
C.class.getMethod("toInstanceMethod",
new Class[] {Integer.TYPE, Object.class});
m.invoke(c, new Object[] {new Integer(v), s});
} catch (Exception e) {
Tester.event("unexpected exception: " + e);
}
}
public String toString() { return "simple"; }
}
class C {
public static void toStaticMethod(Object s) {
Tester.event("C.toStaticMethod("+s+")");
}
public void toInstanceMethod(int value, Object str) {
Tester.event("C.toInstanceMethod("+str+")");
}
public String toString() { return "c"; }
}
class SubC extends C {
public static void toStaticMethod(Object s) {
Tester.event("SubC.toStaticMethod("+s+")");
}
public void toInstanceMethod(int x, Object str) {
Tester.event("SubC.toInstanceMethod("+str+")");
}
public String toString() { return "subc"; }
}
aspect A {
before(C c, Simple s): this(s) && target(c) {
Tester.event("this("+s+")&&target("+c+")");
}
before(C c): target(c) && within(Simple) {
Tester.event("target("+c+")");
}
before(Simple s): this(s) && call(* C+.*(..)) {
Tester.event("this("+s+")");
}
before(): call(* C.*(..)) {
Tester.event("call(C.*)");
}
before(): call(* SubC.*(..)) {
Tester.event("call(SubC.*)");
}
before(): call(* SubC.*(..)) && target(C) {
Tester.event("call(SubC.*)&&target(C)");
}
before(): call(* C.*(..)) && target(SubC) {
Tester.event("call(C.*)&&target(SubC)");
}
before(String s): args(.., s) && call(* C+.*(..)) {
//System.out.println(thisJoinPoint);
Tester.event("args(..,"+s+")");
}
}
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