Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago Major update of EL5 build
The patches required for the 2014-12-09 Xorg CVE advisory would not
have been feasible to back-port to the 1.7 version of Xorg that we
were previously using to built against for EL5 and the generic
binaries. However, building the newer version of Xorg required
some fairly extensive re-tooling. In a nutshell, here's what was
done:
* The build is now done against Xorg X117R7, with all CVE patches
(taken from debian sources) applied. Note that this requires
updating various packages beyond the versions readily available
for EL5. This included things like automake, autoconf, libtool,
m4, and flex. Wherever possible, the EL6 rpm was used unaltered.
The most chalenging package to upgrade was libxml2, which was
necessary to supply the python26-libxml2 requirement from mesa.
* Mesa libGL is now supplied with the package, installed in the
%{_libdir}/tigervnc directory. The Xvnc binary is linked using
an rpath so that we always link against our version of libGL.
This was done to prevent linker errors with the generic binaries
in the case where the distro supplied libGL is built with
different options (in particular, kernel versions < 2.4.20 do
not support glx-tls, so the generic binaries would likely break
whenever used on newer distros that build libGL with glx-tls
turned on by default). Additionally, this allows swrast_dri.so
to be bundled without worrying about overwriting the distro
supplied library.
* A static libsha1 is built for Xorg to link against. The EL5
version of libgcrypt does not satisfy Xorg's requirements,
and linking against OpenSSL creates nearly a dozen runtime
dependencies.
9 years ago |
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- %define _default_patch_fuzz 2
- %define tigervnc_src_dir %{_builddir}/%{name}-%{version}%{?snap:-%{snap}}
- %{!?_self_signed: %define _self_signed 1}
- %{!?_bootstrap: %define _bootstrap 1}
- #%global scl_name %{name}$(echo %version | sed -e 's/\\.//;s/\\..*//')
- %define scl_name %{name}16
- %if %{_bootstrap}
- %define xorg_buildroot $RPM_BUILD_ROOT/opt/%{name}/%{scl_name}
- %else
- %define xorg_buildroot /opt/%{name}/%{scl_name}
- %endif
-
- Name: tigervnc
- Version: @VERSION@
- Release: 3%{?snap:.%{snap}}%{?dist}
- Summary: A TigerVNC remote display system
-
- Group: User Interface/Desktops
- License: GPLv2+
- Packager: Brian P. Hinz <bphinz@users.sourceforge.net>
- URL: http://www.tigervnc.com
-
- Source0: %{name}-%{version}%{?snap:-%{snap}}.tar.bz2
- Source1: vncserver.service
- Source2: vncserver.sysconfig
- Source9: FindX11.cmake
- Source11: http://fltk.org/pub/fltk/1.3.3/fltk-1.3.3-source.tar.gz
- Source12: http://downloads.sourceforge.net/project/libjpeg-turbo/1.4.2/libjpeg-turbo-1.4.2.tar.gz
- Source13: http://downloads.sourceforge.net/project/libpng/libpng15/1.5.24/libpng-1.5.24.tar.bz2
- Source14: https://ftp.gnu.org/gnu/gmp/gmp-6.0.0a.tar.bz2
- Source15: http://ftp.gnu.org/gnu/libtasn1/libtasn1-4.7.tar.gz
- Source16: https://ftp.gnu.org/gnu/nettle/nettle-2.7.1.tar.gz
- Source17: ftp://ftp.gnutls.org/gcrypt/gnutls/v3.3/gnutls-3.3.19.tar.xz
-
- Source100: http://www.x.org/releases/X11R7.7/src/everything/bigreqsproto-1.1.2.tar.bz2
- Source101: http://www.x.org/releases/X11R7.7/src/everything/compositeproto-0.4.2.tar.bz2
- Source102: http://www.x.org/releases/X11R7.7/src/everything/damageproto-1.2.1.tar.bz2
- Source103: http://www.x.org/releases/X11R7.7/src/everything/dmxproto-2.3.1.tar.bz2
- Source104: http://www.x.org/releases/X11R7.7/src/everything/dri2proto-2.6.tar.bz2
- Source105: http://www.x.org/releases/X11R7.7/src/everything/fixesproto-5.0.tar.bz2
- Source106: http://www.x.org/releases/X11R7.7/src/everything/font-util-1.3.0.tar.bz2
- Source107: http://www.x.org/releases/X11R7.7/src/everything/fontsproto-2.1.2.tar.bz2
- Source108: http://www.x.org/releases/X11R7.7/src/everything/glproto-1.4.15.tar.bz2
- Source109: http://www.x.org/releases/X11R7.7/src/everything/inputproto-2.2.tar.bz2
- Source110: http://www.x.org/releases/X11R7.7/src/everything/kbproto-1.0.6.tar.bz2
- Source111: http://www.x.org/releases/X11R7.7/src/everything/libICE-1.0.8.tar.bz2
- Source112: http://www.x.org/releases/X11R7.7/src/everything/libSM-1.2.1.tar.bz2
- Source113: http://www.x.org/releases/X11R7.7/src/everything/libX11-1.5.0.tar.bz2
- Source114: http://www.x.org/releases/X11R7.7/src/everything/libXScrnSaver-1.2.2.tar.bz2
- Source115: http://www.x.org/releases/X11R7.7/src/everything/libXau-1.0.7.tar.bz2
- Source116: http://www.x.org/releases/X11R7.7/src/everything/libXaw-1.0.11.tar.bz2
- Source117: http://www.x.org/releases/X11R7.7/src/everything/libXcomposite-0.4.3.tar.bz2
- Source118: http://www.x.org/releases/X11R7.7/src/everything/libXcursor-1.1.13.tar.bz2
- Source119: http://www.x.org/releases/X11R7.7/src/everything/libXdamage-1.1.3.tar.bz2
- Source120: http://www.x.org/releases/X11R7.7/src/everything/libXdmcp-1.1.1.tar.bz2
- Source121: http://www.x.org/releases/X11R7.7/src/everything/libXext-1.3.1.tar.bz2
- Source122: http://www.x.org/releases/X11R7.7/src/everything/libXfixes-5.0.tar.bz2
- Source123: http://www.x.org/releases/X11R7.7/src/everything/libXfont-1.4.5.tar.bz2
- Source124: http://www.x.org/releases/X11R7.7/src/everything/libXft-2.3.1.tar.bz2
- Source125: http://www.x.org/releases/X11R7.7/src/everything/libXi-1.6.1.tar.bz2
- Source126: http://www.x.org/releases/X11R7.7/src/everything/libXinerama-1.1.2.tar.bz2
- Source127: http://www.x.org/releases/X11R7.7/src/everything/libXmu-1.1.1.tar.bz2
- Source128: http://www.x.org/releases/X11R7.7/src/everything/libXpm-3.5.10.tar.bz2
- Source129: http://www.x.org/releases/X11R7.7/src/everything/libXrandr-1.3.2.tar.bz2
- Source130: http://www.x.org/releases/X11R7.7/src/everything/libXrender-0.9.7.tar.bz2
- Source131: http://www.x.org/releases/X11R7.7/src/everything/libXres-1.0.6.tar.bz2
- Source132: http://www.x.org/releases/X11R7.7/src/everything/libXt-1.1.3.tar.bz2
- Source133: http://www.x.org/releases/X11R7.7/src/everything/libXtst-1.2.1.tar.bz2
- Source134: http://www.x.org/releases/X11R7.7/src/everything/libXv-1.0.7.tar.bz2
- Source135: http://www.x.org/releases/X11R7.7/src/everything/libXvMC-1.0.7.tar.bz2
- Source136: http://www.x.org/releases/X11R7.7/src/everything/libXxf86dga-1.1.3.tar.bz2
- Source137: http://www.x.org/releases/X11R7.7/src/everything/libXxf86vm-1.1.2.tar.bz2
- Source138: http://www.x.org/releases/X11R7.7/src/everything/libfontenc-1.1.1.tar.bz2
- Source139: http://www.x.org/releases/X11R7.7/src/everything/libpciaccess-0.13.1.tar.bz2
- #Source140: http://www.x.org/releases/X11R7.7/src/everything/libpthread-stubs-0.3.tar.bz2
- # libpthread-stubs fails to compile, so we use the same method
- # as the el6 libxcb rpm. pthread-stubs.pc.in taken from el6 libxcb rpm
- Source140: pthread-stubs.pc.in
- Source141: http://www.x.org/releases/X11R7.7/src/everything/libxcb-1.8.1.tar.bz2
- Source142: http://www.x.org/releases/X11R7.7/src/everything/libxkbfile-1.0.8.tar.bz2
- Source143: http://www.x.org/releases/X11R7.7/src/everything/makedepend-1.0.4.tar.bz2
- Source144: http://www.x.org/releases/X11R7.7/src/everything/randrproto-1.3.2.tar.bz2
- Source145: http://www.x.org/releases/X11R7.7/src/everything/recordproto-1.14.2.tar.bz2
- Source146: http://www.x.org/releases/X11R7.7/src/everything/renderproto-0.11.1.tar.bz2
- Source147: http://www.x.org/releases/X11R7.7/src/everything/resourceproto-1.2.0.tar.bz2
- Source148: http://www.x.org/releases/X11R7.7/src/everything/scrnsaverproto-1.2.2.tar.bz2
- Source149: http://www.x.org/releases/X11R7.7/src/everything/util-macros-1.17.tar.bz2
- Source150: http://www.x.org/releases/X11R7.7/src/everything/videoproto-2.3.1.tar.bz2
- Source151: http://www.x.org/releases/X11R7.7/src/everything/xcb-proto-1.7.1.tar.bz2
- Source152: http://www.x.org/releases/X11R7.7/src/everything/xcmiscproto-1.2.2.tar.bz2
- Source153: http://www.x.org/releases/X11R7.7/src/everything/xextproto-7.2.1.tar.bz2
- Source154: http://www.x.org/releases/X11R7.7/src/everything/xf86bigfontproto-1.2.0.tar.bz2
- Source155: http://www.x.org/releases/X11R7.7/src/everything/xf86dgaproto-2.1.tar.bz2
- Source156: http://www.x.org/releases/X11R7.7/src/everything/xf86driproto-2.1.1.tar.bz2
- Source157: http://www.x.org/releases/X11R7.7/src/everything/xf86vidmodeproto-2.3.1.tar.bz2
- Source158: http://www.x.org/releases/X11R7.7/src/everything/xineramaproto-1.2.1.tar.bz2
- Source159: http://www.x.org/releases/X11R7.7/src/everything/xorg-server-1.12.2.tar.bz2
- Source160: http://www.x.org/releases/X11R7.7/src/everything/xproto-7.0.23.tar.bz2
- Source161: http://www.x.org/releases/X11R7.7/src/everything/xrandr-1.3.5.tar.bz2
- Source162: http://www.x.org/releases/X11R7.7/src/everything/xtrans-1.2.7.tar.bz2
-
- Source200: http://fontconfig.org/release/fontconfig-2.8.0.tar.gz
- Source201: http://download.savannah.gnu.org/releases/freetype/freetype-old/freetype-2.3.11.tar.bz2
- Source202: http://xorg.freedesktop.org/archive/individual/lib/pixman-0.32.4.tar.bz2
- Source203: http://dri.freedesktop.org/libdrm/libdrm-2.4.52.tar.bz2
- Source204: ftp://ftp.freedesktop.org/pub/mesa/older-versions/9.x/9.2.5/MesaLib-9.2.5.tar.bz2
- # NOTE:
- # libgcrypt from el5 is not new enough to satisfy newer Xorg requirements for --with-sha1,
- # which causes Xorg to link against libssl.so and introduce about 10 dynamic dependencies.
- # to prevent this, build a static libsha1 and link against that.
- # NOTE:
- Source205: https://github.com/dottedmag/libsha1/archive/0.3.tar.gz
-
- BuildRoot: %{_tmppath}/%{name}-%{version}-%{release}-root-%(%{__id_u} -n)
-
- # xorg requires newer versions of automake, & autoconf than are available with el5. Use el6 versions.
- BuildRequires: automake >= 1.11, autoconf >= 2.60, libtool >= 1.4, gettext >= 0.14.4, gettext-devel >= 0.14.4, bison-devel, python26
- BuildRequires: java-devel, jpackage-utils
- BuildRequires: pam-devel
- BuildRequires: cmake28
- BuildRequires: pkgconfig >= 0.20
- BuildRequires: gcc44, gcc44-c++
- BuildRequires: glibc-devel, libstdc++-devel, libpng-devel
- BuildRequires: expat-devel
- BuildRequires: git, gperf, intltool, libtalloc-devel
- BuildRequires: kernel-headers, libatomic_ops-devel
- BuildRequires: xz
- %if !%{_bootstrap}
- BuildRequires: %{name}-static-devel == %{version}
- BuildRequires: nasm >= 2.01
- %endif
-
- Requires(post): initscripts chkconfig coreutils
- Requires(postun):coreutils
- Requires: hicolor-icon-theme
- Requires: tigervnc-license
-
- Provides: vnc = 4.1.3-2, vnc-libs = 4.1.3-2
- Obsoletes: vnc < 4.1.3-2, vnc-libs < 4.1.3-2
- Provides: tightvnc = 1.5.0-0.15.20090204svn3586
- Obsoletes: tightvnc < 1.5.0-0.15.20090204svn3586
-
- # tigervnc patches
- Patch12: tigervnc14-static-build-fixes.patch
- Patch13: tigervnc14-Add-dridir-param.patch
- Patch14: tigervnc14-Add-xkbcompdir-param.patch
-
- # fltk patches
- Patch15: fltk-1.3.3-static-libs.patch
-
- # freetype patches
- Patch20: freetype-2.1.10-enable-ft2-bci.patch
- Patch21: freetype-2.3.0-enable-spr.patch
-
- # Enable otvalid and gxvalid modules
- Patch46: freetype-2.2.1-enable-valid.patch
-
- # Fix multilib conflicts
- Patch88: freetype-multilib.patch
-
- Patch89: freetype-2.3.11-CVE-2010-2498.patch
- Patch90: freetype-2.3.11-CVE-2010-2499.patch
- Patch91: freetype-2.3.11-CVE-2010-2500.patch
- Patch92: freetype-2.3.11-CVE-2010-2519.patch
- Patch93: freetype-2.3.11-CVE-2010-2520.patch
- Patch96: freetype-2.3.11-CVE-2010-1797.patch
- Patch97: freetype-2.3.11-CVE-2010-2805.patch
- Patch98: freetype-2.3.11-CVE-2010-2806.patch
- Patch99: freetype-2.3.11-CVE-2010-2808.patch
- Patch100: freetype-2.3.11-CVE-2010-3311.patch
- Patch101: freetype-2.3.11-CVE-2010-3855.patch
- Patch102: freetype-2.3.11-CVE-2011-0226.patch
- Patch103: freetype-2.3.11-CVE-2011-3256.patch
- Patch104: freetype-2.3.11-CVE-2011-3439.patch
- Patch105: freetype-2.3.11-CVE-2012-1126.patch
- Patch106: freetype-2.3.11-CVE-2012-1127.patch
- Patch107: freetype-2.3.11-CVE-2012-1130.patch
- Patch108: freetype-2.3.11-CVE-2012-1131.patch
- Patch109: freetype-2.3.11-CVE-2012-1132.patch
- Patch110: freetype-2.3.11-CVE-2012-1134.patch
- Patch111: freetype-2.3.11-CVE-2012-1136.patch
- Patch112: freetype-2.3.11-CVE-2012-1137.patch
- Patch113: freetype-2.3.11-CVE-2012-1139.patch
- Patch114: freetype-2.3.11-CVE-2012-1140.patch
- Patch115: freetype-2.3.11-CVE-2012-1141.patch
- Patch116: freetype-2.3.11-CVE-2012-1142.patch
- Patch117: freetype-2.3.11-CVE-2012-1143.patch
- Patch118: freetype-2.3.11-CVE-2012-1144.patch
- Patch119: freetype-2.3.11-bdf-overflow.patch
- Patch120: freetype-2.3.11-array-initialization.patch
- Patch121: freetype-2.3.11-CVE-2012-5669.patch
-
- # Patches for Xorg CVE-2014-12-09 taken from Debian:
- # https://release.debian.org/proposed-updates/stable_diffs/xorg-server_1.12.4-6+deb7u5.debdiff
- Patch10000: 16_CVE-2014-mult.diff
- Patch10001: 17_CVE-regressions.diff
- # http://www.x.org/wiki/Development/Security/Advisory-2015-02-10/
- Patch10002: CVE-2015-0255.diff
- # http://www.x.org/wiki/Development/Security/Advisory-2015-03-17/
- Patch10003: CVE-2015-1802.diff
- Patch10004: CVE-2015-1803.diff
- Patch10005: CVE-2015-1804.diff
- # http://lists.x.org/archives/xorg-announce/2015-April/002561.html
- Patch10006: CVE-2013-7439.diff
-
- %description
- Virtual Network Computing (VNC) is a remote display system which
- allows you to view a computing 'desktop' environment not only on the
- machine where it is running, but from anywhere on the Internet and
- from a wide variety of machine architectures. This package contains a
- client which will allow you to connect to other desktops running a VNC
- server.
-
- %package server
- Summary: A TigerVNC server
- Group: User Interface/X
- Provides: vnc-server = 4.1.3-2, vnc-libs = 4.1.3-2
- Obsoletes: vnc-server < 4.1.3-2, vnc-libs < 4.1.3-2
- Provides: tightvnc-server = 1.5.0-0.15.20090204svn3586
- Obsoletes: tightvnc-server < 1.5.0-0.15.20090204svn3586
- Requires: perl
- Requires: tigervnc-server-minimal
- Requires: xorg-x11-xauth
-
- %description server
- The VNC system allows you to access the same desktop from a wide
- variety of platforms. This package includes set of utilities
- which make usage of TigerVNC server more user friendly. It also
- contains x0vncserver program which can export your active
- X session.
-
- %package server-minimal
- Summary: A minimal installation of TigerVNC server
- Group: User Interface/X
- Requires(post): chkconfig
- Requires(preun):chkconfig
- Requires(preun):initscripts
- Requires(postun):initscripts
-
- Requires: xkeyboard-config, xorg-x11-xkb-utils
- Requires: keyutils-libs-devel
- Requires: tigervnc-license
-
- %description server-minimal
- The VNC system allows you to access the same desktop from a wide
- variety of platforms. This package contains minimal installation
- of TigerVNC server, allowing others to access the desktop on your
- machine.
-
- %package server-applet
- Summary: Java TigerVNC viewer applet for TigerVNC server
- Group: User Interface/X
- Requires: tigervnc-server, java, jpackage-utils
- %if 0%{?fedora} >= 10 || 0%{?rhel} >= 6 || 0%{?centos} >= 6
- BuildArch: noarch
- %endif
-
- %description server-applet
- The Java TigerVNC viewer applet for web browsers. Install this package to allow
- clients to use web browser when connect to the TigerVNC server.
-
- %package license
- Summary: License of TigerVNC suite
- Group: User Interface/X
- %if 0%{?fedora} >= 10 || 0%{?rhel} >= 6 || 0%{?centos} >= 6
- BuildArch: noarch
- %endif
-
- %description license
- This package contains license of the TigerVNC suite
-
- %package icons
- Summary: Icons for TigerVNC viewer
- Group: User Interface/X
- %if 0%{?fedora} >= 10 || 0%{?rhel} >= 6 || 0%{?centos} >= 6
- BuildArch: noarch
- %endif
-
- %description icons
- This package contains icons for TigerVNC viewer
-
- %if %{_bootstrap}
- %package static-devel
- Summary: Static development files necessary to build TigerVNC
- Group: Development/Libraries
-
- %description static-devel
- This package contains static development files necessary to build TigerVNC
- %endif
-
- %prep
- rm -rf $RPM_BUILD_ROOT
- rm -rf %{_builddir}/%{name}-%{version}%{?snap:-%{snap}}
- %setup -q -n %{name}-%{version}%{?snap:-%{snap}}
-
- # Search paths for X11 are hard coded into FindX11.cmake
- cp %SOURCE9 cmake/Modules/
- sed -i -e "s#@_includedir@#%{xorg_buildroot}%{_includedir}#" cmake/Modules/FindX11.cmake
- sed -i -e "s#@_libdir@#%{xorg_buildroot}%{_libdir}#" cmake/Modules/FindX11.cmake
- %patch12 -p1 -b .static-build-fixes
-
- %if %{_bootstrap}
- tar xzf %SOURCE11
- pushd fltk-*
- %patch15 -p1 -b .static-libs
- popd
-
- tar xzf %SOURCE12
- tar xjf %SOURCE13
- tar xjf %SOURCE14
- tar xzf %SOURCE15
- tar xzf %SOURCE16
- xzcat %SOURCE17 | tar xf -
- %endif
-
- mkdir xorg
- pushd xorg
- %if %{_bootstrap}
- tar xjf %SOURCE100
- tar xjf %SOURCE101
- tar xjf %SOURCE102
- tar xjf %SOURCE103
- tar xjf %SOURCE104
- tar xjf %SOURCE105
- tar xjf %SOURCE106
- tar xjf %SOURCE107
- tar xjf %SOURCE108
- tar xjf %SOURCE109
- tar xjf %SOURCE110
- tar xjf %SOURCE111
- tar xjf %SOURCE112
- tar xjf %SOURCE113
- pushd libX11-*
- %patch10006 -p1 -b .CVE-2013-7439
- popd
- tar xjf %SOURCE114
- tar xjf %SOURCE115
- tar xjf %SOURCE116
- tar xjf %SOURCE117
- tar xjf %SOURCE118
- tar xjf %SOURCE119
- tar xjf %SOURCE120
- tar xjf %SOURCE121
- tar xjf %SOURCE122
- tar xjf %SOURCE123
- pushd libXfont-*
- %patch10003 -p1 -b .CVE-2015-1802
- %patch10004 -p1 -b .CVE-2015-1803
- %patch10005 -p1 -b .CVE-2015-1804
- popd
- tar xjf %SOURCE124
- tar xjf %SOURCE125
- tar xjf %SOURCE126
- tar xjf %SOURCE127
- tar xjf %SOURCE128
- tar xjf %SOURCE129
- tar xjf %SOURCE130
- tar xjf %SOURCE131
- tar xjf %SOURCE132
- tar xjf %SOURCE133
- tar xjf %SOURCE134
- tar xjf %SOURCE135
- tar xjf %SOURCE136
- tar xjf %SOURCE137
- tar xjf %SOURCE138
- tar xjf %SOURCE139
-
- tar xjf %SOURCE141
- tar xjf %SOURCE142
- tar xjf %SOURCE143
- tar xjf %SOURCE144
- tar xjf %SOURCE145
- tar xjf %SOURCE146
- tar xjf %SOURCE147
- tar xjf %SOURCE148
- tar xjf %SOURCE149
- tar xjf %SOURCE150
- tar xjf %SOURCE151
- tar xjf %SOURCE152
- tar xjf %SOURCE153
- tar xjf %SOURCE154
- tar xjf %SOURCE155
- tar xjf %SOURCE156
- tar xjf %SOURCE157
- tar xjf %SOURCE158
- %endif
- tar xjf %SOURCE159
- %if %{_bootstrap}
- tar xjf %SOURCE160
- tar xjf %SOURCE161
- tar xjf %SOURCE162
- tar xzf %SOURCE200
- tar xjf %SOURCE201
- pushd freetype-*
- %patch46 -p1 -b .enable-valid
- %patch88 -p1 -b .multilib
- %patch89 -p1 -b .CVE-2010-2498
- %patch90 -p1 -b .CVE-2010-2499
- %patch91 -p1 -b .CVE-2010-2500
- %patch92 -p1 -b .CVE-2010-2519
- %patch93 -p1 -b .CVE-2010-2520
- %patch96 -p1 -b .CVE-2010-1797
- %patch97 -p1 -b .CVE-2010-2805
- %patch98 -p1 -b .CVE-2010-2806
- %patch99 -p1 -b .CVE-2010-2808
- %patch100 -p1 -b .CVE-2010-3311
- %patch101 -p1 -b .CVE-2010-3855
- %patch102 -p1 -b .CVE-2011-0226
- %patch103 -p1 -b .CVE-2011-3256
- %patch104 -p1 -b .CVE-2011-3439
- %patch105 -p1 -b .CVE-2012-1126
- %patch106 -p1 -b .CVE-2012-1127
- %patch107 -p1 -b .CVE-2012-1130
- %patch108 -p1 -b .CVE-2012-1131
- %patch109 -p1 -b .CVE-2012-1132
- %patch110 -p1 -b .CVE-2012-1134
- %patch111 -p1 -b .CVE-2012-1136
- %patch112 -p1 -b .CVE-2012-1137
- %patch113 -p1 -b .CVE-2012-1139
- %patch114 -p1 -b .CVE-2012-1140
- %patch115 -p1 -b .CVE-2012-1141
- %patch116 -p1 -b .CVE-2012-1142
- %patch117 -p1 -b .CVE-2012-1143
- %patch118 -p1 -b .CVE-2012-1144
- %patch119 -p1 -b .bdf-overflow
- %patch120 -p1 -b .array-initialization
- %patch121 -p1 -b .CVE-2012-5669
- popd
- tar xjf %SOURCE202
- tar xjf %SOURCE203
- tar xjf %SOURCE204
- %endif
- pushd xorg-server-1*
- %patch10000 -p1 -b .CVE-2014-mult
- %patch10001 -p1 -b .CVE-regressions
- %patch10002 -p1 -b .CVE-2015-0255
- for f in `find . -type f -perm -000`; do
- chmod +r "$f"
- done
- popd
- %if %{_bootstrap}
- tar xzf %SOURCE205
- %endif
- popd
-
- cp -a xorg/xorg-server-1*/* unix/xserver
-
- pushd unix/xserver
- for all in `find . -type f -perm -001`; do
- chmod -x "$all"
- done
- patch -p1 < %{_builddir}/%{name}-%{version}%{?snap:-%{snap}}/unix/xserver112.patch
- %patch13 -p1 -b .dridir
- %patch14 -p1 -b .xkbcompdir
-
- popd
-
- %build
- export CC=gcc44
- export CXX=g++44
- export CFLAGS="-g $RPM_OPT_FLAGS -fPIC"
- export CXXFLAGS="$CFLAGS -static-libgcc"
- export PYTHON=python26
-
- %if %{_bootstrap}
- mkdir -p %{xorg_buildroot}%{_libdir}
- pushd %{xorg_buildroot}%{_libdir}
- ln -s `g++44 -print-file-name=libz.a` .
- ln -s `g++44 -print-file-name=libgcc.a` .
- ln -s `g++44 -print-file-name=libexpat.a` .
- ln -s `g++44 -print-file-name=libcrypto.a` .
- popd
-
- echo "*** Building libjpeg-turbo ***"
- pushd libjpeg-turbo-*
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --disable-nls --enable-static --disable-shared
- make %{?_smp_mflags} DESTDIR=%{xorg_buildroot} install
- popd
-
- echo "*** Building Xorg ***"
- pushd xorg
-
- echo "*** Building libsha1 ***"
- pushd libsha1-*
- autoreconf -fiv
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --disable-nls --enable-static --disable-shared
- make %{?_smp_mflags} DESTDIR=%{xorg_buildroot} install
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
- popd
- %endif
-
- export CFLAGS="$RPM_OPT_FLAGS -fPIC -I%{xorg_buildroot}%{_includedir}"
- export CXXFLAGS="$RPM_OPT_FLAGS -fPIC -I%{xorg_buildroot}%{_includedir} -static-libgcc"
- export CPPFLAGS=$CXXFLAGS
- export LDFLAGS="-L%{xorg_buildroot}%{_libdir} -L%{xorg_buildroot}%{_libdir}/tigervnc $LDFLAGS"
- export ACLOCAL="aclocal -I %{xorg_buildroot}%{_datadir}/aclocal"
- export PKG_CONFIG_PATH="%{xorg_buildroot}%{_libdir}/pkgconfig:%{xorg_buildroot}%{_libdir}/tigervnc/pkgconfig:%{xorg_buildroot}%{_datadir}/pkgconfig:%{_libdir}/pkgconfig:%{_datadir}/pkgconfig"
-
- %if %{_bootstrap}
- echo "*** Building gmp ***"
- pushd gmp-*
- %ifarch x86_64 s390x ia64 ppc64 alpha sparc64
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ABI=64 ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --enable-static --disable-shared --enable-cxx
- %else
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ABI=32 ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --enable-static --disable-shared --enable-cxx
- %endif
- make %{?_smp_mflags} DESTDIR=%{xorg_buildroot} install
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
-
- echo "*** Building libtasn1 ***"
- pushd libtasn1-*
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --enable-static --disable-shared
- make %{?_smp_mflags} DESTDIR=%{xorg_buildroot} install
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
-
- echo "*** Building nettle ***"
- pushd nettle-*
- autoreconf -fiv
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --enable-static --disable-shared --disable-openssl
- make %{?_smp_mflags} DESTDIR=%{xorg_buildroot} install
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
-
- echo "*** Building gnutls ***"
- pushd gnutls-*
- LDFLAGS="-L%{xorg_buildroot}%{_libdir} -lgmp $LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure \
- --host=%{_host} \
- --build=%{_build} \
- --prefix=%{_prefix} \
- --libdir=%{_libdir} \
- --enable-static \
- --disable-shared \
- --without-p11-kit \
- --disable-guile \
- --disable-srp-authentication \
- --disable-libdane \
- --disable-doc \
- --enable-local-libopts \
- --without-tpm \
- --disable-dependency-tracking \
- --disable-silent-rules \
- --disable-heartbeat-support
- make %{?_smp_mflags} DESTDIR=%{xorg_buildroot} install
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
-
- pushd xorg
-
- echo "*** Building freetype ***"
- pushd freetype-*
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" CFLAGS="$CFLAGS -fno-strict-aliasing" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --enable-static --disable-shared
- sed -i 's|^hardcode_libdir_flag_spec=.*|hardcode_libdir_flag_spec=""|g' builds/unix/libtool
- sed -i 's|^runpath_var=LD_RUN_PATH|runpath_var=DIE_RPATH_DIE|g' builds/unix/libtool
- make DESTDIR=%{xorg_buildroot} install
- # FIXME: fontconfig bails out if we delete the libtool archives
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -exec sed -i -e "s|libdir='%{_libdir}'|libdir='%{xorg_buildroot}%{_libdir}'|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- # fix multilib issues
- %ifarch x86_64 s390x ia64 ppc64 alpha sparc64
- %define wordsize 64
- %else
- %define wordsize 32
- %endif
-
- mv %{xorg_buildroot}%{_includedir}/freetype2/freetype/config/ftconfig.h \
- %{xorg_buildroot}%{_includedir}/freetype2/freetype/config/ftconfig-%{wordsize}.h
- cat >%{xorg_buildroot}%{_includedir}/freetype2/freetype/config/ftconfig.h <<EOF
- #ifndef __FTCONFIG_H__MULTILIB
- #define __FTCONFIG_H__MULTILIB
-
- #include <bits/wordsize.h>
-
- #if __WORDSIZE == 32
- # include "ftconfig-32.h"
- #elif __WORDSIZE == 64
- # include "ftconfig-64.h"
- #else
- # error "unexpected value for __WORDSIZE macro"
- #endif
-
- #endif
- EOF
- popd
-
- echo "*** Building fontconfig ***"
- pushd fontconfig-*
- autoreconf -fiv
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" HASDOCBOOK=no ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --enable-static --disable-shared --with-confdir=%{_sysconfdir}/fonts --with-cache-dir=%{_localstatedir}/cache/fontconfig --with-default-fonts=%{_datadir}/fonts --with-add-fonts="%{_datadir}/X11/fonts/Type1,%{_datadir}/X11/fonts/OTF,%{_datadir}/X11/fonts/TTF,%{_datadir}/X11/fonts/misc,%{_datadir}/X11/fonts/100dpi,%{_datadir}/X11/fonts/75dpi,%{_prefix}/local/share/fonts,~/.fonts"
- make %{?_smp_mflags}
- make DESTDIR=%{xorg_buildroot} install
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
-
- pushd util-macros-*
- echo "Building macros"
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} --enable-static --disable-shared
- make DESTDIR=%{xorg_buildroot} install
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
-
- modules="\
- bigreqsproto \
- compositeproto \
- damageproto \
- dri2proto \
- fixesproto \
- fontsproto \
- glproto \
- inputproto \
- kbproto \
- randrproto \
- recordproto \
- renderproto \
- resourceproto \
- scrnsaverproto \
- videoproto \
- xcb-proto \
- xproto \
- xcmiscproto \
- xextproto \
- xf86bigfontproto \
- xf86dgaproto \
- xf86driproto \
- xf86vidmodeproto \
- xineramaproto \
- makedepend \
- xtrans \
- libXau \
- libXdmcp \
- libxcb \
- libX11 \
- libXext \
- libfontenc \
- libICE \
- libSM \
- libXt \
- libXmu \
- libXpm \
- libXaw \
- libXfixes \
- libXcomposite \
- libXrender \
- libXdamage \
- libXcursor \
- libXfont \
- libXft \
- libXi \
- libXinerama \
- libxkbfile \
- libXrandr \
- libXres \
- libXScrnSaver \
- libXtst \
- libXv \
- libXxf86dga \
- libXxf86vm \
- libpciaccess \
- pixman \
- libdrm \
- font-util"
-
- for module in ${modules}; do
- extraoptions=""
- pushd ${module}-*
- echo ======================
- echo configuring ${module}
- echo ======================
- %ifarch i386 i686 x86_64
- if [ "${module}" = "libdrm" ]; then
- autoreconf -fiv
- extraoptions="${extraoptions} --enable-udev --disable-libkms --disable-manpages --disable-intel --disable-radeon --disable-nouveau --disable-vmwgfx"
- fi
- %endif
- if [ "${module}" = "libXdmcp" ]; then
- autoreconf -fiv
- fi
- if [ "${module}" = "libXcursor" ]; then
- autoreconf -fiv
- fi
- if [ "${module}" = "libfontenc" ]; then
- autoconf
- fi
- if [ "${module}" = "libXi" ]; then
- autoreconf -fiv
- fi
- if [ "${module}" = "libXaw" ]; then
- extraoptions="${extraoptions} --disable-xaw8 --disable-xaw6"
- fi
- if [ "${module}" = "libxcb" ]; then
- sed -i 's/pthread-stubs //' configure.ac
- autoreconf -fiv
- fi
- if [ "${module}" = "libX11" ]; then
- autoreconf -fiv
- extraoptions="${extraoptions} --disable-specs"
- fi
- if [ "${module}" = "libSM" ]; then
- extraoptions="${extraoptions} --without-libuuid"
- fi
- if [ "${module}" = "pixman" ]; then
- extraoptions="${extraoptions} --disable-gtk --disable-openmp"
- aclocal -I %{xorg_buildroot}%{_datadir}/aclocal
- autoconf
- autoreconf -fiv
- fi
- if [ "${module}" = "libXfont" ]; then
- extraoptions="${extraoptions} --with-freetype-config=%{xorg_buildroot}%{_bindir}/freetype-config"
- fi
- if [ "${module}" = "libXScrnSaver" ]; then
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" CFLAGS="$CFLAGS -fno-strict-aliasing" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --enable-static --disable-shared --with-pic
- elif [ "${module}" = "libxkbfile" ]; then
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" CFLAGS="$CFLAGS -fno-strict-aliasing" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --enable-static --disable-shared --with-pic
- elif [ "${module}" = "pixman" ]; then
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" CFLAGS="$CFLAGS -fno-strict-aliasing" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --enable-static --disable-shared --with-pic
- elif [ "${module}" = "libXt" ]; then
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" CFLAGS="$CFLAGS -fno-strict-aliasing" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --enable-static --disable-shared --with-pic --with-xfile-search-path="%{_sysconfdir}/X11/%%L/%%T/%%N%%C%%S:%{_sysconfdir}/X11/%%l/%%T/\%%N%%C%%S:%{_sysconfdir}/X11/%%T/%%N%%C%%S:%{_sysconfdir}/X11/%%L/%%T/%%N%%S:%{_sysconfdir}/X\11/%%l/%%T/%%N%%S:%{_sysconfdir}/X11/%%T/%%N%%S:%{_datadir}/X11/%%L/%%T/%%N%%C%%S:%{_datadir}/X1\1/%%l/%%T/%%N%%C%%S:%{_datadir}/X11/%%T/%%N%%C%%S:%{_datadir}/X11/%%L/%%T/%%N%%S:%{_datadir}/X11/%%\l/%%T/%%N%%S:%{_datadir}/X11/%%T/%%N%%S"
- elif [ "${module}" = "libX11" ]; then
- LDFLAGS="$LDFLAGS -lpthread" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --disable-static --enable-shared --with-pic
- elif [ "${module}" = "libXtst" ]; then
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --enable-static --disable-shared --with-pic
- elif [ "${module}" = "libXpm" ]; then
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --enable-static --disable-shared --with-pic
- else
- LDFLAGS="$LDFLAGS -static" PKG_CONFIG="pkg-config --static" ./configure --host=%{_host} --build=%{_build} --prefix=%{_prefix} --libdir=%{_libdir} ${extraoptions} --enable-static --disable-shared --with-pic
- fi
- echo ======================
- echo building ${module}
- echo ======================
- make DESTDIR=%{xorg_buildroot}
- if [ "${module}" = "libX11" ]; then
- make DESTDIR=%{xorg_buildroot} INSTALL="install -p" install
- else
- make DESTDIR=%{xorg_buildroot} install
- fi
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- if [ "${module}" = "libxcb" ]; then
- sed 's,@libdir@,%{xorg_buildroot}%{_libdir},;s,@prefix@,%{xorg_buildroot}%{_prefix},;s,@exec_prefix@,%{xorg_buildroot}%{_exec_prefix},' %{SOURCE140} > %{xorg_buildroot}%{_libdir}/pkgconfig/pthread-stubs.pc
- sed -i -e 's/^\(Libs.private:.*\)$/\1 -L${libdir} -lXdmcp -lXau/' %{xorg_buildroot}%{_libdir}/pkgconfig/xcb.pc
- elif [ "${module}" = "libX11" ]; then
- sed -i -e 's/^\(Libs:.*\)$/\1 -ldl/' %{xorg_buildroot}%{_libdir}/pkgconfig/x11.pc
- sed -i -e 's/^\(Libs.private:.*\)$/\1 -L${libdir} -lxcb/' %{xorg_buildroot}%{_libdir}/pkgconfig/x11.pc
- elif [ "${module}" = "libSM" ]; then
- echo 'Libs.private: -L${libdir} -lICE' >> %{xorg_buildroot}%{_libdir}/pkgconfig/sm.pc
- fi
-
- popd
- done
- %else
- pushd xorg
- %endif
-
- %if %{_bootstrap}
- # build mesa
- echo "*** Building Mesa ***"
- pushd Mesa-*
- export PYTHON2=python26
- %ifarch %{ix86}
- sed -i -e 's/-std=c99/-std=gnu99/g' configure.ac
- %endif
- autoreconf -fiv
- %ifarch %{ix86}
- # i do not have words for how much the assembly dispatch code infuriates me
- %define common_flags --disable-selinux --enable-pic --disable-asm
- %else
- %define common_flags --disable-selinux --enable-pic
- %endif
-
- # link libGL statically against any xorg libraries built above
- LDFLAGS="$LDFLAGS -Wl,-Bstatic -lxcb -lXdmcp -lXau -lXext -lXxf86vm -ldrm -Wl,-Bdynamic -lX11 -lpthread -Wl,-rpath,"'\$$'"ORIGIN/../..%{_libdir}/tigervnc:%{_libdir}/tigervnc:%{_libdir}" \
- PKG_CONFIG="pkg-config --static" ./configure %{common_flags} \
- --host=%{_host} \
- --build=%{_build} \
- --prefix=%{_prefix} \
- --libdir=%{_libdir}/tigervnc \
- --disable-osmesa \
- --disable-shared-glapi \
- --disable-egl \
- --disable-gbm \
- --enable-glx \
- --disable-glx-tls \
- --disable-opencl \
- --disable-xvmc \
- --with-dri-driverdir=%{_libdir}/tigervnc/dri \
- --disable-gallium-egl \
- --with-gallium-drivers="" \
- --with-dri-drivers=swrast
-
- make DESTDIR=%{xorg_buildroot}
- make install DESTDIR=%{xorg_buildroot}
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{_libdir}|libdir=%{xorg_buildroot}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{_prefix}|prefix=%{xorg_buildroot}%{_prefix}|" {} \;
- popd
- %endif
-
- popd
-
- %if %{_bootstrap}
- echo "*** Building libpng ***"
- pushd libpng-*
- CFLAGS="${CFLAGS}" CXXFLAGS="${CXXFLAGS}" LDFLAGS="${LDFLAGS}" ./configure \
- --host=%{_host} \
- --build=%{_build} \
- --prefix=%{_prefix} \
- --libdir=%{_libdir} \
- --disable-shared \
- --enable-static
- make %{?_smp_mflags}
- make DESTDIR=%{xorg_buildroot} install
- popd
-
- echo "*** Building fltk ***"
- pushd fltk-*
- %endif
- export CMAKE_PREFIX_PATH="%{xorg_buildroot}%{_prefix}:%{_prefix}"
- export CMAKE_EXE_LINKER_FLAGS=$LDFLAGS
- export PKG_CONFIG="pkg-config --static"
- %if %{_bootstrap}
- ./configure \
- --host=%{_host} \
- --build=%{_build} \
- --prefix=%{_prefix} \
- --libdir=%{_libdir} \
- --enable-x11 \
- --enable-gl \
- --disable-shared \
- --enable-localjpeg \
- --enable-localzlib \
- --disable-localpng \
- --enable-xinerama \
- --enable-xft \
- --enable-xdbe \
- --enable-xfixes \
- --enable-xcursor \
- --with-x
- make %{?_smp_mflags}
- make DESTDIR=%{xorg_buildroot} install
- popd
- %endif
-
- echo "*** Building VNC ***"
- export CFLAGS="$CFLAGS -fPIC"
- export CXXFLAGS=`echo $CXXFLAGS | sed -e 's/ -c //g'`
- %{cmake28} -G"Unix Makefiles" \
- -DFLTK_FLUID_EXECUTABLE=%{xorg_buildroot}%{_bindir}/fluid \
- -DFLTK_LIBRARY_DIR=%{xorg_buildroot}%{_libdir} \
- -DFLTK_INCLUDE_DIR=%{xorg_buildroot}%{_includedir} \
- -DBUILD_STATIC=1 \
- -DCMAKE_BUILD_TYPE=Release \
- -DUSE_INCLUDED_ZLIB=0 \
- -DZLIB_INCLUDE_DIR=%{_includedir} \
- -DZLIB_LIBRARY=%{_libdir}/libz.a \
- -DCMAKE_INSTALL_PREFIX=%{_prefix}
-
- make %{?_smp_mflags}
-
- pushd unix/xserver
- export PIXMANINCDIR=%{xorg_buildroot}%{_includedir}/pixman-1
- sed -i -e 's/^\(\s*WAYLAND_SCANNER_RULES.*\)/dnl\1/' configure.ac
- autoreconf -fiv
- chmod +x ./configure
- # create a relocatable Xvnc so that we can bundle the custom libGL & swrast w/o overwriting existing libs
- GL_LIBS='-Wl,-Bdynamic -lGL' LDFLAGS="$LDFLAGS -Wl,-rpath,"'\$$'"ORIGIN/../..%{_libdir}/tigervnc:%{_libdir}/tigervnc:%{_libdir}" \
- %configure \
- --prefix=%{_prefix} --libdir=%{_libdir} --mandir=%{_datadir}/man \
- --sysconfdir=%{_sysconfdir} --localstatedir=%{_localstatedir} \
- --with-vendor-name="The TigerVNC Project" --with-vendor-name-short="TigerVNC" \
- --with-vendor-web="https://www.tigervnc.org" \
- --disable-xorg --disable-xnest --disable-xvfb --disable-dmx \
- --disable-xwin --disable-xephyr --disable-kdrive --disable-wayland \
- --with-pic --enable-static --disable-shared --enable-xinerama \
- --with-default-xkb-rules=base \
- --with-default-font-path="catalogue:%{_sysconfdir}/X11/fontpath.d,%{_datadir}/X11/fonts/misc,%{_datadir}/X11/fonts/OTF,%{_datadir}/X11/fonts/TTF,%{_datadir}/X11/fonts/Type1,%{_datadir}/X11/fonts/100dpi,%{_datadir}/X11/fonts/75dpi,built-ins" \
- --with-serverconfig-path=%{_libdir}/xorg \
- --with-fontrootdir=%{_datadir}/X11/fonts \
- --with-xkb-output=%{_localstatedir}/lib/xkb \
- --enable-install-libxf86config \
- --enable-glx --disable-glx-tls --disable-dri --enable-dri2 --disable-dri3 \
- --disable-present \
- --disable-config-dbus \
- --disable-config-hal \
- --disable-config-udev \
- --without-dtrace \
- --disable-unit-tests \
- --disable-docs \
- --disable-devel-docs \
- --disable-selective-werror \
- --with-sha1=libsha1
-
- make TIGERVNC_SRCDIR=%{tigervnc_src_dir} %{?_smp_mflags}
- popd
-
- # Build icons
- pushd media
- make
- popd
-
- # Build Java applet
- pushd java
- %{cmake28} \
- %if !%{_self_signed}
- -DJAVA_KEYSTORE=%{_keystore} \
- -DJAVA_KEYSTORE_TYPE=%{_keystore_type} \
- -DJAVA_KEY_ALIAS=%{_key_alias} \
- -DJAVA_STOREPASS=":env STOREPASS" \
- -DJAVA_KEYPASS=":env KEYPASS" \
- -DJAVA_TSA_URL=https://timestamp.geotrust.com/tsa .
- %endif
-
- JAVA_TOOL_OPTIONS="-Dfile.encoding=UTF8" make
- popd
-
- %install
- make install DESTDIR=$RPM_BUILD_ROOT
-
- pushd unix/xserver/hw/vnc
- make install DESTDIR=$RPM_BUILD_ROOT
- popd
-
- mkdir -p $RPM_BUILD_ROOT%{_libdir}/tigervnc/dri
- install -m644 -p %{xorg_buildroot}%{_libdir}/tigervnc/dri/swrast_dri.so $RPM_BUILD_ROOT%{_libdir}/tigervnc/dri
- for f in `find %{xorg_buildroot}%{_libdir}/tigervnc -name "lib*" -print` ; do
- cp -a $f $RPM_BUILD_ROOT%{_libdir}/tigervnc
- done
-
- mkdir -p $RPM_BUILD_ROOT%{_sysconfdir}/init.d
- mkdir -p $RPM_BUILD_ROOT%{_sysconfdir}/sysconfig
- install -m644 %{SOURCE1} $RPM_BUILD_ROOT%{_sysconfdir}/init.d/vncserver
- install -m644 %{SOURCE2} $RPM_BUILD_ROOT%{_sysconfdir}/sysconfig/vncservers
-
- # Install Java applet
- pushd java
- mkdir -p $RPM_BUILD_ROOT%{_datadir}/vnc/classes
- install -m755 VncViewer.jar $RPM_BUILD_ROOT%{_datadir}/vnc/classes
- install -m644 com/tigervnc/vncviewer/index.vnc $RPM_BUILD_ROOT%{_datadir}/vnc/classes
- popd
-
- %find_lang %{name} %{name}.lang
-
- %if %{_bootstrap}
- find %{xorg_buildroot}%{_prefix} -type f -name "*.la" -delete
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|libdir=%{xorg_buildroot}%{_libdir}|libdir=/opt/%{name}/%{scl_name}%{_libdir}|" {} \;
- find %{xorg_buildroot}%{_prefix} -type f -name "*.pc" -exec sed -i -e "s|prefix=%{xorg_buildroot}%{_prefix}|prefix=/opt/%{name}/%{scl_name}%{_prefix}|" {} \;
- %endif
-
- # remove unwanted files
- rm -rf $RPM_BUILD_ROOT%{_libdir}/tigervnc/pkgconfig
- rm -rf $RPM_BUILD_ROOT%{_libdir}/pkgconfig
- rm -rf $RPM_BUILD_ROOT%{_libdir}/xorg
- rm -rf $RPM_BUILD_ROOT%{_includedir}
- rm -f $RPM_BUILD_ROOT%{_libdir}/tigervnc/*.la
- rm -f $RPM_BUILD_ROOT%{_libdir}/tigervnc/dri/*.la
-
- %clean
- rm -rf $RPM_BUILD_ROOT
-
- %post
- touch -c %{_datadir}/icons/hicolor
- if [ -x %{_bindir}/gtk-update-icon-cache ]; then
- %{_bindir}/gtk-update-icon-cache -q %{_datadir}/icons/hicolor || :
- fi
-
- %postun
- touch -c %{_datadir}/icons/hicolor
- if [ -x %{_bindir}/gtk-update-icon-cache ]; then
- %{_bindir}/gtk-update-icon-cache -q %{_datadir}/icons/hicolor || :
- fi
-
- %post server
- /sbin/chkconfig --add vncserver
-
- %preun server
- if [ $1 -eq 0 ]; then
- /sbin/service vncserver stop &>/dev/null || :
- /sbin/chkconfig --del vncserver
- fi
-
- %postun server
- /sbin/service vncserver condrestart &>/dev/null || :
-
- %files -f %{name}.lang
- %defattr(-,root,root,-)
- %doc README.rst
- %{_bindir}/vncviewer
- %{_datadir}/applications/*
- %{_mandir}/man1/vncviewer.1*
-
- %files server
- %defattr(-,root,root,-)
- %config(noreplace) %{_sysconfdir}/sysconfig/vncservers
- %config(noreplace) %{_sysconfdir}/init.d/vncserver
- %{_bindir}/x0vncserver
- %{_bindir}/vncserver
- %{_mandir}/man1/vncserver.1*
- %{_mandir}/man1/x0vncserver.1*
-
- %files server-minimal
- %defattr(-,root,root,-)
- %{_bindir}/vncconfig
- %{_bindir}/vncpasswd
- %{_bindir}/Xvnc
- %{_mandir}/man1/Xvnc.1*
- %{_mandir}/man1/vncpasswd.1*
- %{_mandir}/man1/vncconfig.1*
- %{_libdir}/*
-
- %files server-applet
- %defattr(-,root,root,-)
- %doc java/com/tigervnc/vncviewer/README
- %{_datadir}/vnc/classes/*
-
- %files license
- %defattr(-,root,root,-)
- %doc LICENCE.TXT
-
- %files icons
- %defattr(-,root,root,-)
- %{_datadir}/icons/hicolor/*/apps/*
-
- %if %{_bootstrap}
- %files static-devel
- %defattr(-,root,root,-)
- /opt/%{name}/%{scl_name}%{_sysconfdir}/*
- /opt/%{name}/%{scl_name}%{_bindir}/*
- /opt/%{name}/%{scl_name}%{_datadir}/*
- /opt/%{name}/%{scl_name}%{_includedir}/*
- /opt/%{name}/%{scl_name}%{_libdir}/*
- %ifarch x86_64 s390x ia64 ppc64 alpha sparc64
- /opt/%{name}/%{scl_name}%{_prefix}/lib/python2.6/*
- %endif
- %endif
-
- %changelog
- * Fri Dec 11 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.6.80-3
- - Configure with --host and --build to avoid build host-specific compiler opts
-
- * Fri Nov 27 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.6.80-2
- - Split static pre-reqs into separate package
-
- * Thu Nov 26 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.6.80-1
- - Version bump for 1.6 release
- - Update libjpeg-turbo, gnutls, libtasn1, libpng to latest upstream versions.
-
- * Sun Sep 12 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.5.80-8
- - Build Xvnc with link path relative to $ORIGIN and apply dridir patch
- to make it portable.
-
- * Sun Aug 09 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.5.80-7
- - Patch Xorg sources with latest relevant CVE patches.
- - Update libjpeg-turbo, gnutls, libtasn1 to latest upstream versions.
-
- * Sat Mar 14 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.4.80-6
- - Build static libraries to meet new minimum requirements
-
- * Sat Mar 07 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.4.80-5
- - Don't disable xinerama extension
-
- * Thu Feb 19 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.4.80-4
- - Bumped fltk to 1.3.3, no longer requires patching
-
- * Mon Jan 19 2015 Brian P. Hinz <bphinz@users.sourceforge.net> 1.4.0-3
- - Added default font paths to Xvnc and fontconfig
- - Added vendor strings to Xvnc
- - Specified xfile-search-path when configuring libXt the same way el6 does
-
- * Wed Dec 24 2014 Brian P. Hinz <bphinz@users.sourceforge.net> 1.4.80-1.20141119git59c5a55c
- - Rebuilt against Xorg 7.7 with CVE-2104-12-09 patches from debian.
- - Bumped versions of Mesa, Freetype, fontconfig, etc.
- - Link against our own version of libGL to improve portability.
- - Added static libsha1 to avoid linking against libssl.so.
-
- * Wed Nov 19 2014 Brian P. Hinz <bphinz@users.sourceforge.net> 1.3.80-18.20141119git59c5a55c
- - Removed server module sub-package
-
- * Thu Nov 28 2013 Brian P. Hinz <bphinz@users.sourceforge.net> 1.3.80-17.20131128svn5139
- - Bumped version to 1.3.80
- - Cleaned up linter warnings
-
- * Thu Jul 05 2013 Brian P. Hinz <bphinz@users.sourceforge.net> 1.3.0
- - Upstream 1.3.0 release
- - Conditional-ized %snap for release
-
- * Fri Jun 14 2013 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.90-14.20130531svn5120
- - Update libjpeg-turbo to 1.3.0
-
- * Fri May 24 2013 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.90-14.20130524svn5114
- - Improve spec file portability
-
- * Fri May 17 2013 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.90-13.20130425svn5087
- - Improve portability with more static linking
-
- * Thu Apr 04 2013 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.80-12.20130330svn5066
- - Added conditional -march arg to libdrm-intel to allow building on i386
- - Fixed version to reflect upstream pre-release versioning
-
- * Sat Mar 30 2013 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.0-11.20130330svn5066
- - Updated to TigerVNC svn 5066
- - Updated fltk to 1.3.2 and updated fltk patches per BUILDING.txt
- - Fixed vncserver init script & config file which had been overwritten by
- systemd versions.
-
- * Wed Nov 28 2012 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.0-7.20120915svn4999
- - Changed BuildRequires to cmake28
- - Set PIXMANINCDIR when building Xvnc
-
- * Tue Sep 18 2012 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.0-6.20120915svn4999
- - Applied icon support patch
-
- * Sat Sep 15 2012 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.0-5.20120915svn4999
- - Update to TigerVNC svn r4999 snapshot
- - Build a static libjpeg-turbo to remove the external dependency
- - Applied Cendio's Fltk patches, except for the icon patch which I cannot get to build
- without creating undefined reference errors during linking
-
- * Thu Jul 19 2012 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.0-4.20120719svn4941
- - Update to TigerVNC svn r4941 snapshot
- - Removed border-hook.patch since it's been committed
-
- * Wed Jul 18 2012 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.0-3.20120715svn4937
- - Update to TigerVNC svn r4937 snapshot
- - Applied border-hook.patch from devel list to fix bug #3415308
- - Use build order recommended by cgit.freedesktop.org/xorg/util/modular/tree/build.sh
- - Removed tigervnc11-rh692048.patch as it seems to break support for VeNCrypt
-
- * Sun Jul 15 2012 Brian P. Hinz <bphinz@users.sourceforge.net> 1.2.0-1.20120715svn4935
- - Adapted spec file for building static linked binary on RHEL5 from F16
- spec file and DRC's build-xorg script included in src tarball.
- - Update to TigerVNC svn r4935 snapshot
- - Need to use inkscape on RHEL5 because convert is broken
-
- * Tue Nov 22 2011 Adam Tkac <atkac redhat com> - 1.1.0-3
- - don't build X.Org devel docs (#755782)
- - applet: BR generic java-devel instead of java-gcj-devel (#755783)
- - use runuser to start Xvnc in systemd service file (#754259)
- - don't attepmt to restart Xvnc session during update/erase (#753216)
-
- * Fri Nov 11 2011 Adam Tkac <atkac redhat com> - 1.1.0-2
- - libvnc.so: don't use unexported GetMaster function (#744881)
- - remove nasm buildreq
-
- * Mon Sep 12 2011 Adam Tkac <atkac redhat com> - 1.1.0-1
- - update to 1.1.0
- - update the xorg11 patch
- - patches merged
- - tigervnc11-glx.patch
- - tigervnc11-CVE-2011-1775.patch
- - 0001-Use-memmove-instead-of-memcpy-in-fbblt.c-when-memory.patch
-
- * Thu Jul 28 2011 Adam Tkac <atkac redhat com> - 1.0.90-6
- - add systemd service file and remove legacy SysV initscript (#717227)
-
- * Tue May 12 2011 Adam Tkac <atkac redhat com> - 1.0.90-5
- - make Xvnc buildable against X.Org 1.11
-
- * Tue May 10 2011 Adam Tkac <atkac redhat com> - 1.0.90-4
- - viewer can send password without proper validation of X.509 certs
- (CVE-2011-1775)
-
- * Wed Apr 13 2011 Adam Tkac <atkac redhat com> - 1.0.90-3
- - fix wrong usage of memcpy which caused screen artifacts (#652590)
- - don't point to inaccessible link in sysconfig/vncservers (#644975)
-
- * Fri Apr 08 2011 Adam Tkac <atkac redhat com> - 1.0.90-2
- - improve compatibility with vinagre client (#692048)
-
- * Tue Mar 22 2011 Adam Tkac <atkac redhat com> - 1.0.90-1
- - update to 1.0.90
-
- * Wed Feb 09 2011 Fedora Release Engineering <rel-eng@lists.fedoraproject.org> - 1.0.90-0.32.20110117svn4237
- - Rebuilt for https://fedoraproject.org/wiki/Fedora_15_Mass_Rebuild
-
- * Mon Jan 17 2011 Adam Tkac <atkac redhat com> 1.0.90-0.31.20110117svn4237
- - fix libvnc.so module loading
-
- * Mon Jan 17 2011 Adam Tkac <atkac redhat com> 1.0.90-0.30.20110117svn4237
- - update to r4237
- - patches merged
- - tigervnc11-optionsdialog.patch
- - tigervnc11-rh607866.patch
-
- * Fri Jan 14 2011 Adam Tkac <atkac redhat com> 1.0.90-0.29.20101208svn4225
- - improve patch for keyboard issues
-
- * Fri Jan 14 2011 Adam Tkac <atkac redhat com> 1.0.90-0.28.20101208svn4225
- - attempt to fix various keyboard-related issues (key repeating etc)
-
- * Fri Jan 07 2011 Adam Tkac <atkac redhat com> 1.0.90-0.27.20101208svn4225
- - render "Ok" and "Cancel" buttons in the options dialog correctly
-
- * Wed Dec 15 2010 Jan Görig <jgorig redhat com> 1.0.90-0.26.20101208svn4225
- - added vncserver lock file (#662784)
-
- * Fri Dec 10 2010 Adam Tkac <atkac redhat com> 1.0.90-0.25.20101208svn4225
- - update to r4225
- - patches merged
- - tigervnc11-rh611677.patch
- - tigervnc11-rh633931.patch
- - tigervnc11-xorg1.10.patch
- - enable VeNCrypt and PAM support
-
- * Mon Dec 06 2010 Adam Tkac <atkac redhat com> 1.0.90-0.24.20100813svn4123
- - rebuild against xserver 1.10.X
- - 0001-Return-Success-from-generate_modkeymap-when-max_keys.patch merged
-
- * Wed Sep 29 2010 jkeating - 1.0.90-0.23.20100813svn4123
- - Rebuilt for gcc bug 634757
-
- * Tue Sep 21 2010 Adam Tkac <atkac redhat com> 1.0.90-0.22.20100420svn4030
- - drop xorg-x11-fonts-misc dependency (#636170)
-
- * Tue Sep 21 2010 Adam Tkac <atkac redhat com> 1.0.90-0.21.20100420svn4030
- - improve patch for #633645 (fix tcsh incompatibilities)
-
- * Thu Sep 16 2010 Adam Tkac <atkac redhat com> 1.0.90-0.20.20100813svn4123
- - press fake modifiers correctly (#633931)
- - supress unneeded debug information emitted from initscript (#633645)
-
- * Wed Aug 25 2010 Adam Tkac <atkac redhat com> 1.0.90-0.19.20100813svn4123
- - separate Xvnc, vncpasswd and vncconfig to -server-minimal subpkg (#626946)
- - move license to separate subpkg and Requires it from main subpkgs
- - Xvnc: handle situations when no modifiers exist well (#611677)
-
- * Fri Aug 13 2010 Adam Tkac <atkac redhat com> 1.0.90-0.18.20100813svn4123
- - update to r4123 (#617973)
- - add perl requires to -server subpkg (#619791)
-
- * Thu Jul 22 2010 Adam Tkac <atkac redhat com> 1.0.90-0.17.20100721svn4113
- - update to r4113
- - patches merged
- - tigervnc11-rh586406.patch
- - tigervnc11-libvnc.patch
- - tigervnc11-rh597172.patch
- - tigervnc11-rh600070.patch
- - tigervnc11-options.patch
- - don't own %%{_datadir}/icons directory (#614301)
- - minor improvements in the .desktop file (#616340)
- - bundled libjpeg configure requires nasm; is executed even if system-wide
- libjpeg is used
-
- * Fri Jul 02 2010 Adam Tkac <atkac redhat com> 1.0.90-0.16.20100420svn4030
- - build against system-wide libjpeg-turbo (#494458)
- - build no longer requires nasm
-
- * Mon Jun 28 2010 Adam Tkac <atkac redhat com> 1.0.90-0.15.20100420svn4030
- - vncserver: accept <+optname> option when specified as the first one
-
- * Thu Jun 24 2010 Adam Tkac <atkac redhat com> 1.0.90-0.14.20100420svn4030
- - fix memory leak in Xvnc input code (#597172)
- - don't crash when receive negative encoding (#600070)
- - explicitly disable udev configuration support
- - add gettext-autopoint to BR
-
- * Mon Jun 14 2010 Adam Tkac <atkac redhat com> 1.0.90-0.13.20100420svn4030
- - update URL about SSH tunneling in the sysconfig file (#601996)
-
- * Fri Jun 11 2010 Adam Tkac <atkac redhat com> 1.0.90-0.12.20100420svn4030
- - use newer gettext
- - autopoint now uses git instead of cvs, adjust BuildRequires appropriately
-
- * Thu May 13 2010 Adam Tkac <atkac redhat com> 1.0.90-0.11.20100420svn4030
- - link libvnc.so "now" to catch "undefined symbol" errors during Xorg startup
- - use always XkbConvertCase instead of XConvertCase (#580159, #586406)
- - don't link libvnc.so against libXi.la, libdix.la and libxkb.la; use symbols
- from Xorg instead
-
- * Thu May 13 2010 Adam Tkac <atkac redhat com> 1.0.90-0.10.20100420svn4030
- - update to r4030 snapshot
- - patches merged to upstream
- - tigervnc11-rh522369.patch
- - tigervnc11-rh551262.patch
- - tigervnc11-r4002.patch
- - tigervnc11-r4014.patch
-
- * Thu Apr 08 2010 Adam Tkac <atkac redhat com> 1.0.90-0.9.20100219svn3993
- - add server-applet subpackage which contains Java vncviewer applet
- - fix Java applet; it didn't work when run from web browser
- - add xorg-x11-xkb-utils to server Requires
-
- * Fri Mar 12 2010 Adam Tkac <atkac redhat com> 1.0.90-0.8.20100219svn3993
- - add French translation to vncviewer.desktop (thanks to Alain Portal)
-
- * Thu Mar 04 2010 Adam Tkac <atkac redhat com> 1.0.90-0.7.20100219svn3993
- - don't crash during pixel format change (#522369, #551262)
-
- * Mon Mar 01 2010 Adam Tkac <atkac redhat com> 1.0.90-0.6.20100219svn3993
- - add mesa-dri-drivers and xkeyboard-config to -server Requires
- - update to r3993 1.0.90 snapshot
- - tigervnc11-noexecstack.patch merged
- - tigervnc11-xorg18.patch merged
- - xserver18.patch is no longer needed
-
- * Wed Jan 27 2010 Jan Gorig <jgorig redhat com> 1.0.90-0.5.20091221svn3929
- - initscript LSB compliance fixes (#523974)
-
- * Fri Jan 22 2010 Adam Tkac <atkac redhat com> 1.0.90-0.4.20091221svn3929
- - mark stack as non-executable in jpeg ASM code
- - add xorg-x11-xauth to Requires
- - add support for X.Org 1.8
- - drop shave sources, they are no longer needed
-
- * Thu Jan 21 2010 Adam Tkac <atkac redhat com> 1.0.90-0.3.20091221svn3929
- - drop tigervnc-xorg25909.patch, it has been merged to X.Org upstream
-
- * Thu Jan 07 2010 Adam Tkac <atkac redhat com> 1.0.90-0.2.20091221svn3929
- - add patch for upstream X.Org issue #25909
- - add libXdmcp-devel to build requires to build Xvnc with XDMCP support (#552322)
-
- * Mon Dec 21 2009 Adam Tkac <atkac redhat com> 1.0.90-0.1.20091221svn3929
- - update to 1.0.90 snapshot
- - patches merged
- - tigervnc10-compat.patch
- - tigervnc10-rh510185.patch
- - tigervnc10-rh524340.patch
- - tigervnc10-rh516274.patch
-
- * Mon Oct 26 2009 Adam Tkac <atkac redhat com> 1.0.0-3
- - create Xvnc keyboard mapping before first keypress (#516274)
-
- * Thu Oct 08 2009 Adam Tkac <atkac redhat com> 1.0.0-2
- - update underlying X source to 1.6.4-0.3.fc11
- - remove bogus '-nohttpd' parameter from /etc/sysconfig/vncservers (#525629)
- - initscript LSB compliance fixes (#523974)
- - improve -LowColorSwitch documentation and handling (#510185)
- - honor dotWhenNoCursor option (and it's changes) every time (#524340)
-
- * Fri Aug 28 2009 Adam Tkac <atkac redhat com> 1.0.0-1
- - update to 1.0.0
- - tigervnc10-rh495457.patch merged to upstream
-
- * Mon Aug 24 2009 Karsten Hopp <karsten@redhat.com> 0.0.91-0.17
- - fix ifnarch s390x for server-module
-
- * Fri Aug 21 2009 Tomas Mraz <tmraz@redhat.com> - 0.0.91-0.16
- - rebuilt with new openssl
-
- * Tue Aug 04 2009 Adam Tkac <atkac redhat com> 0.0.91-0.15
- - make Xvnc compilable
-
- * Sun Jul 26 2009 Fedora Release Engineering <rel-eng@lists.fedoraproject.org> - 0.0.91-0.14.1
- - Rebuilt for https://fedoraproject.org/wiki/Fedora_12_Mass_Rebuild
-
- * Mon Jul 13 2009 Adam Tkac <atkac redhat com> 0.0.91-0.13.1
- - don't write warning when initscript is called with condrestart param (#508367)
-
- * Tue Jun 23 2009 Adam Tkac <atkac redhat com> 0.0.91-0.13
- - temporary use F11 Xserver base to make Xvnc compilable
- - BuildRequires: libXi-devel
- - don't ship tigervnc-server-module on s390/s390x
-
- * Mon Jun 22 2009 Adam Tkac <atkac redhat com> 0.0.91-0.12
- - fix local rendering of cursor (#495457)
-
- * Thu Jun 18 2009 Adam Tkac <atkac redhat com> 0.0.91-0.11
- - update to 0.0.91 (1.0.0 RC1)
- - patches merged
- - tigervnc10-rh499401.patch
- - tigervnc10-rh497592.patch
- - tigervnc10-rh501832.patch
- - after discusion in upstream drop tigervnc-bounds.patch
- - configure flags cleanup
-
- * Thu May 21 2009 Adam Tkac <atkac redhat com> 0.0.90-0.10
- - rebuild against 1.6.1.901 X server (#497835)
- - disable i18n, vncviewer is not UTF-8 compatible (#501832)
-
- * Mon May 18 2009 Adam Tkac <atkac redhat com> 0.0.90-0.9
- - fix vncpasswd crash on long passwords (#499401)
- - start session dbus daemon correctly (#497592)
-
- * Mon May 11 2009 Adam Tkac <atkac redhat com> 0.0.90-0.8.1
- - remove merged tigervnc-manminor.patch
-
- * Tue May 05 2009 Adam Tkac <atkac redhat com> 0.0.90-0.8
- - update to 0.0.90
-
- * Thu Apr 30 2009 Adam Tkac <atkac redhat com> 0.0.90-0.7.20090427svn3789
- - server package now requires xorg-x11-fonts-misc (#498184)
-
- * Mon Apr 27 2009 Adam Tkac <atkac redhat com> 0.0.90-0.6.20090427svn3789
- - update to r3789
- - tigervnc-rh494801.patch merged
- - tigervnc-newfbsize.patch is no longer needed
- - fix problems when vncviewer and Xvnc run on different endianess (#496653)
- - UltraVNC and TightVNC clients work fine again (#496786)
-
- * Wed Apr 08 2009 Adam Tkac <atkac redhat com> 0.0.90-0.5.20090403svn3751
- - workaround broken fontpath handling in vncserver script (#494801)
-
- * Fri Apr 03 2009 Adam Tkac <atkac redhat com> 0.0.90-0.4.20090403svn3751
- - update to r3751
- - patches merged
- - tigervnc-xclients.patch
- - tigervnc-clipboard.patch
- - tigervnc-rh212985.patch
- - basic RandR support in Xvnc (resize of the desktop)
- - use built-in libjpeg (SSE2/MMX accelerated encoding on x86 platform)
- - use Tight encoding by default
- - use TigerVNC icons
-
- * Tue Mar 03 2009 Adam Tkac <atkac redhat com> 0.0.90-0.3.20090303svn3631
- - update to r3631
-
- * Tue Mar 03 2009 Adam Tkac <atkac redhat com> 0.0.90-0.2.20090302svn3621
- - package review related fixes
-
- * Mon Mar 02 2009 Adam Tkac <atkac redhat com> 0.0.90-0.1.20090302svn3621
- - initial package, r3621
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