| Commit message (Collapse) | Author | Age | Files | Lines |
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The Borland librarian actually creates a BADFLAG.obj when the object is
missing the first time! This causes later tests to not reject it.
Instead use a Borland-specific variation on the flag.
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The Intel C Compiler for Linux ignores _BADFLAG_ when linking! Use a
flag that looks like a missing object file to ensure its rejection.
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Add the <LINK_FLAGS> rule variable in Watcom command lines.
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The LINK_FLAGS property is defined only for targets that really link.
These include executables and shared libraries. For static libraries we
define the STATIC_LIBRARY_FLAGS property. Teach the Xcode generator to
make this distinction.
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This is a per-configuration version of STATIC_LIBRARY_FLAGS.
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Add a LinkFlags test series to check that these properties work. Since
no link flag is accepted everywhere we test for presence of flags by
adding a bad flag and looking for the complaint in the test output.
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Add support for the per-config LINK_FLAGS property in VS 10. This was
simply missing.
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Add the flags to the link step, not the compile step!
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Merge the release branch into master to get its version number, tags,
and ChangeLog. Revert the version on master from 2.9 back to 2.8.
Future releases will be prepared directly in master.
This is the starting point for a branchy workflow based on one described
by the "git help workflows" man page. New development will be done on
local topic branches. Topics will be published by merging them into one
of the integration branches:
maint = Maintenance of previous release
master = Preparation of future release
next = Development of features ("next" to be merged into master)
In order to bootstrap the topic-based workflow from here, all changes in
master since the 2.8 release branch started will either be included in
the next release or reverted and recreated on a topic branch.
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Fix Qt with OpenGL on the Mac.
Add .git .bzr and .hg to the list of default CPack ignore directories.
Bump RC number
Update ChangeLog.manual
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This commit cherry-picks and squashes the following commits:
4685872 "FortranCInterface: Fix PathScale detection..." (2010-02-16)
b39fe94 "Fix problem with ExternalProject test..." (2010-02-17)
70290e1 "Add support for QtDeclartive module" (2010-02-17)
282ba89 "Clarify CMAKE_MODULE_PATH documentation" (2010-02-18)
4eba05d "Suppress GNU flag -fPIC on Windows" (2010-02-19)
57efb4a "BUG: We shouldn't be setting the HideWindow..." (2010-02-19)
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We store custom command rule hashes in CMakeFiles/CMakeRuleHashes.txt
persistently across CMake runs. When the rule hash changes we delete
the custom command output file and write a new hash into the persistence
file.
This functionality was first added by the commit 'Introduce "rule
hashes" to help rebuild files when rules change.' (2008-06-02).
However, the implementation in cmGlobalGenerator::CheckRuleHashes kept
the file open for read when attempting to rewrite a new file. On
Windows filesystems this prevented the new version of the file from
being written! This caused the first set of rule hashes to be used
forever within a build tree, meaning that all custom commands whose
rules changed would be rebuilt every time CMake regenerated the build
tree.
In this commit we address the problem by splitting the read and write
operations into separate methods. This ensures that the input stream is
closed before the output stream opens the file.
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The --force-new-ctest-process option does not do anything in the context
where we added it, so we remove the useless change.
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CTest 2.6.4 crashes if a dashboard script invokes "message()" after
"ctest_test()" or anything else that creates an inner cmCTest object.
The CMake.Install test drives installation using --build-and-test with
the outer CTest driving CMake tests. We add --force-new-ctest-process
to avoid creation of a cmCTest object inside the outer CTest just in
case it is 2.6.4.
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Commit "Add alternate per-vendor compiler id detection" on this branch
was meant for the main development line.
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At least one Fortran compiler does not provide a preprocessor symbol to
identify itself. Instead we try running unknown compilers with version
query flags known for each vendor and look for known output. Future
commits will add vendor-specific flags/output table entries.
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affect the RC
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For builds from Git repositories, add "-g<commit>" to the end of the
version number. If the source tree is modified, append "-dirty".
For builds from CVS checkouts, add "-cvs-<branch>".
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Add the [.tweak] version component throughout the policy implementation.
Document all components for the cmake_policy(VERSION) command. Record
the tweak level in which each policy was introduced (0 for all current
policies). In generated documentation we report the tweak level only if
it is not zero. This preserves existing documentation.
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The command now accepts four version components in the format
major[.minor[.patch[.tweak]]]
This corresponds to the new versioning scheme introduced recently.
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Prepare to switch to the workflow described by "git help workflows". In
this workflow, the "master" branch is always used to integrate topics
ready for release. Brand new work merges into a "next" branch instead.
We need a new versioning scheme to work this way because the version on
"master" must always increase.
We no longer use an even/odd minor number to distinguish releases from
development versions. Since we still support cvs checkout of our source
tree we cannot depend on "git describe" to compute a version number
based on the history graph. We can use the CCYYMMDD nightly date stamp
to get a monotonically increasing version component.
The new version format is "major.minor.patch.(tweak|date)". Releases
use a tweak level in the half-open range [0,20000000), which is smaller
than any current or future date. For tweak=0 we do not show the tweak
component, leaving the format "major.minor.patch" for most releases.
Development versions use date=CCYYMMDD for the tweak level. The
major.minor.patch part of development versions on "master" always
matches the most recent release.
For example, a first-parent traversal of "master" might see
v2.8.1 2.8.1.20100422 v2.8.2
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----o----o----o----o----o----o----o----o----
Since the date appears in the tweak component, the next release can
increment the patch level (or any more significant component) to be
greater than any version leading to it. Topic branches not ready for
release are published only on "next" so we know that all versions on
master lead between two releases.
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