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9980be03
|
2017-09-06T22:13:58
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|
cmake: Add USE_HTTPS as a CMake option
It defaults to ON, e.g. "pick whatever default is appropriate for the platform".
It accepts one of SecureTransport, OpenSSL, WinHTTP, or OFF.
It errors if the backend library couldn't be found.
|
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|
10b25dbf
|
2017-08-10T00:03:30
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|
cmake: braces are not needed here
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fdd06874
|
2017-08-09T21:35:53
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|
cmake: use FeatureSummary to display which features we end up using
|
|
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99d6ebb3
|
2017-09-06T22:01:50
|
|
cmake: make our macOS helpers more CMake-y
|
|
|
22317057
|
2017-03-21T00:36:32
|
|
https: Prevent OpenSSL from namespace-leaking
|
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|
e9369856
|
2017-03-21T00:25:15
|
|
stream: Gather streams to src/streams
|
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152f3766
|
2017-09-06T21:53:58
|
|
cmake: fix indentation before enhancing
|
|
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08c1b8fc
|
2017-08-28T21:24:13
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|
cmake: simplify some HTTPS tests
|
|
|
766b4ddb
|
2017-07-02T16:11:13
|
|
https: correct some error messages
|
|
|
d3ef11e0
|
2017-03-19T03:31:41
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|
clar: exit immediately on initialization failure
|
|
8f05d2d8
|
2017-10-20T12:29:53
|
|
Merge pull request #4382 from pks-t/pks/cmake-source-dir
cmake: use project-relative binary and source directories
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4da74c83
|
2017-10-20T07:29:17
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|
cmake: use project-relative binary and source directories
Due to our split of CMake files into multiple modules, we had to replace
some uses of the `${CMAKE_CURRENT_SOURCE_DIR}` and
`${CMAKE_CURRENT_BINARY_DIR}` variables and replace them with
`${CMAKE_SOURCE_DIR}` and `${CMAKE_BINARY_DIR}`. This enabled us to
still be able to refer to top-level files when defining build
instructions inside of a subdirectory.
When replacing all variables, it was assumed that the absolute set of
variables is always relative to the current project. But in fact, this
is not the case, as these variables always point to the source and
binary directory as given by the top-levl project. So the change
actually broke the ability to include libgit2 directly as a subproject,
as source files cannot be found anymore.
Fix this by instead using project-specific source and binary directories
with `${libgit2_SOURCE_DIR}` and `${libgit2_BINARY_DIR}`.
|
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661cf4d4
|
2017-10-19T08:16:36
|
|
Merge pull request #4375 from mhagger/cmake-version-3.0.x
Fix compilation for CMake versions 3.0.x where x >= 1
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|
8bbee8f3
|
2017-10-14T08:36:54
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|
Fix compilation for CMake versions 3.0.x where x >= 1
Apparently policy CMP0015 was added in CMake 3.1. With CMake 3.0.2,
the build was failing with
CMake Error at CMakeLists.txt:18 (CMAKE_POLICY):
Policy "CMP0051" is not known to this version of CMake.
This patch makes it work.
|
|
|
8ac8c78c
|
2017-10-09T15:15:08
|
|
Merge pull request #4356 from pks-t/pks/static-clar
cmake: use static dependencies when building static libgit2
|
|
|
34ec6f3a
|
2017-10-09T15:01:29
|
|
Merge pull request #4372 from pks-t/pks/xcode-linking
cmake: fix linking in Xcode with object libraries only
|
|
|
9840dad2
|
2017-10-09T14:57:33
|
|
Merge pull request #4368 from pks-t/pks/smart-negotiate-revwalk-memleak
transports: smart: fix memory leak when skipping symbolic refs
|
|
fb11544b
|
2017-10-09T11:59:19
|
|
Merge pull request #4371 from pks-t/pks/test-checkout-tree-refactoring
tests: checkout::tree: verify status entrycount changes on chmod
|
|
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0e709032
|
2017-10-09T10:55:02
|
|
cmake: fix linking in Xcode with object libraries only
CMake is unable to generate a correct Xcode project when trying to link
libraries with only object libraries as its input. As our new build
infrastructure makes heavy use of object libraries now, this affects our
libgit2 library target, as well, leading to linking errors.
Fix the issue by adding a dummy file to the libgit2 objects. As we
always have the "features.h" header ready which contains defines only,
we can simply link it into the resulting library without any effect
whatsoever. This fixes building with Xcode.
|
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09c15a7f
|
2017-10-09T09:08:19
|
|
tests: checkout::tree: check that the status list catches mode changes
While we verify that we have no mode changes after calling
`git_checkout_tree`, we do not verify that the `p_chmod` calls actually
resulted in a changed entry. While we should assume that this works due
to separate tests for the status list, we should test for the change
being listed to avoid programming errors in the test.
|
|
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880dfc50
|
2017-10-09T09:06:24
|
|
tests: checkout::tree: extract check for status entrycount
There are multiple locations where we have the same code to check
whether the count of status list entries of a repository matches an
expected number. Extract that into a common function.
|
|
|
38e769cb
|
2017-10-09T09:00:29
|
|
Merge pull request #4369 from libgit2/ethomson/checkout_typechange
Checkout typechange-only deltas
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|
|
7cb705cb
|
2017-10-06T12:05:26
|
|
transports: smart: fix memory leak when skipping symbolic refs
When we setup the revision walk for negotiating references with a
remote, we iterate over all references, ignoring tags and symbolic
references. While skipping over symbolic references, we forget to free
the looked up reference, resulting in a memory leak when the next
iteration simply overwrites the variable.
Fix that issue by freeing the reference at the beginning of each
iteration and collapsing return paths for error and success.
|
|
|
21e6a11a
|
2017-10-07T12:55:16
|
|
Merge pull request #4359 from libgit2/cmn/proxy-options-free
Plug some leaks in curl's proxy handling
|
|
19e8faba
|
2016-06-15T01:59:56
|
|
checkout: test force checkout when mode changes
Test that we can successfully force checkout a target when the file
contents are identical, but the mode has changed.
|
|
|
128c5ca9
|
2017-10-07T12:23:33
|
|
checkout: do not test file mode on Windows
On Windows, we do not support file mode changes, so do not test
for type changes between the disk and tree being checked out.
We could have false positives since the on-disk file can only have
an (effective) mode of 0100644 since NTFS does not support executable
files. If the tree being checked out did have an executable file,
we would erroneously decide that the file on disk had been changed.
|
|
25fdb3f0
|
2017-10-07T11:25:12
|
|
proxy: rename the options freeing function
|
|
|
58deac77
|
2017-10-07T02:06:43
|
|
Merge pull request #4370 from libgit2/example_general
Fix Issue #4047 Check return codes and free objects
|
|
|
e523826c
|
2017-10-07T01:38:53
|
|
Merge pull request #4321 from libgit2/ethomson/libcurl_build
travis: add custom apt sources
|
|
f4770e47
|
2017-01-01T09:28:39
|
|
Fix Issue #4047 Check return codes and free objects
|
|
|
668fa071
|
2017-10-07T00:26:21
|
|
Merge pull request #4363 from cjhoward92/typedef-push-update-reference
remote: add typedef to normalize push_update_reference callback
|
|
|
e2e3943d
|
2017-10-07T00:22:22
|
|
Merge pull request #4367 from pks-t/pks/peel-peeled-to-tag
refs: do not use peeled OID if peeling to a tag
|
|
|
9dc21efd
|
2017-10-07T00:10:06
|
|
travis: add custom apt sources
Move back to Travis's VM infrastructure for efficiency.
|
|
|
752b7c79
|
2016-06-15T02:00:35
|
|
checkout: treat files as modified if mode differs
When performing a forced checkout, treat files as modified when the
workdir or the index is identical except for the mode. This ensures
that force checkout will update the mode to the target. (Apply this
check for regular files only, if one of the items was a file and the
other was another type of item then this would be a typechange and
handled independently.)
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|
7138ce37
|
2017-10-06T07:16:26
|
|
remote: add typedef to normalize push_update_reference callback
Very many callbacks in libgit2 have some sort of typedef to normalize the name at git_<name_of_operation>_cb. Add a typedef for push_update_references in the remote so the name follows the same conventions.
|
|
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62ac3931
|
2017-10-06T14:57:02
|
|
Merge pull request #4362 from jacwah/graphdoc
Document that a commit is not a descendant of itself
|
|
56ac6c0a
|
2017-09-30T17:23:11
|
|
graph: document that a commit isn't a descendant of itself
|
|
|
ec76cc48
|
2017-10-06T13:58:19
|
|
Merge pull request #4364 from andoma/master
Use SOCK_CLOEXEC when creating sockets
|
|
|
b112b1e9
|
2017-10-06T11:24:11
|
|
refs: do not use peeled OID if peeling to a tag
If a reference stored in a packed-refs file does not directly point to a
commit, tree or blob, the packed-refs file will also will include a
fully-peeled OID pointing to the first underlying object of that type.
If we try to peel a reference to an object, we will use that peeled OID
to speed up resolving the object.
As a reference for an annotated tag does not directly point to a commit,
tree or blob but instead to the tag object, the packed-refs file will
have an accomodating fully-peeled OID pointing to the object referenced
by that tag. When we use the fully-peeled OID pointing to the referenced
object when peeling, we obviously cannot peel that to the tag anymore.
Fix this issue by not using the fully-peeled OID whenever we want to
peel to a tag. Note that this does not include the case where we want to
resolve to _any_ object type. Existing code may make use from the fact
that we resolve those to commit objects instead of tag objects, even
though that behaviour is inconsistent between packed and loose
references. Furthermore, some tests of ours make the assumption that we
in fact resolve those references to a commit.
|
|
9fe70c9e
|
2017-01-20T23:14:19
|
|
Use SOCK_CLOEXEC when creating sockets
|
|
|
c7c5f2c4
|
2017-09-28T18:28:37
|
|
Merge pull request #4339 from pks-t/pks/static-linking
Static linking for bundled deps
|
|
|
366f4136
|
2017-09-28T17:19:56
|
|
travis: keep installing our custom libcurl build
The block in the script installs the packages if we're _not_ on Precise. This
was dropped in c17c3f8a ("travis: drop support for Ubuntu Precise") in error.
|
|
|
6f8d1eb9
|
2017-09-27T15:30:19
|
|
curl: free the user-provided proxy credentials
|
|
|
406b47bf
|
2017-09-27T15:27:32
|
|
curl: free the proxy options
|
|
|
44527f5c
|
2017-09-27T15:17:26
|
|
proxy: add a free function for the options's pointers
When we duplicate a user-provided options struct, we're stuck with freeing the
url in it. In case we add stuff to the proxy struct, let's add a function in
which to put the logic.
|
|
|
49551254
|
2017-09-22T09:34:37
|
|
cmake: use static dependencies when building static libgit2
CMake allows us to build a static library by simply setting the variable
`BUILD_SHARED_LIBS` to `OFF`. While this causes us to create a static
libgit2.a archive, it will not automatically cause CMake to only locate
static archives when searching for dependencies. This does no harm in
case of building our libgit2.a, as we do not want to include all
required dependencies in the resulting archive anyway. Instead, we ask
users of a static libgit2.a to link against the required set of static
archives themselves, typically aided by the libgit2.pc file.
Where it does cause harm, though, is when we build the libgit2_clar test
suite. CMake has happily populated our LIBGIT2_LIBS variable with shared
libraries, and so linking the final libgit2_clar test does not do the
right thing. It will simply ignore those shared libraries, we end up
with a test suite with undefined symbols.
To fix the issue, we can instruct CMake to only locate libraries with a
certain suffix. As static libraries are typically identifiable by their
".a" suffix on Unix-based systems, we can instruct CMake to only locate
libraries with this suffix to restrict it from finding any shared
libraries. This fixes building a static libgit2_clar test suite.
Note that this ignores the problem on Windows. The problem here is that
we cannot even distinguish static and dynamic libraries by only
inspecting their suffix. So we just ignore the problem on Windows, for
now.
|
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|
8c19969a
|
2017-09-06T07:38:48
|
|
cmake: fix static linking for bundled deps
Our bundled deps are being built as simple static libraries which are
then linked into the libgit2 library via `TARGET_LINK_LIBRARIES`. While
this works for a dynamically built libgit2 library, using this function
to link two static libraries does not have the expected outcome of
merging those static libraries into one big library. This leads to
symbols of our bundled deps being undefined in the resulting libgit2
archive.
As we have bumped our minimum CMake version to 2.8.11, we can now easily
make use of object libraries for our bundled dependencies. So build
instructions are still self-contained inside of the dependency
directories and the resulting object libraries can just be added to the
LIBGIT2_OBJECTS list, which will cause them to be linked into the final
resulting static library. This fixes the issue of undefined symbols.
|
|
|
d8d2f21e
|
2017-09-06T07:52:12
|
|
cmake: unify version check for target include directories
There are two locations where we check whether CMake supports
`TARGET_INCLUDE_DIRECTORIES`. While the first one uses `VERSION_LESS
2.8.12`, the second one uses `VERSION_GREATER 2.8.11`, which are
obviously equivalent to each other. It'd still be easier to grep for
specific CMake versions being required for some features if both used
the same conditional mentioning the actual target version required. So
this commit refactors these conditions to make them equal.
|
|
|
172a585f
|
2017-09-05T15:09:34
|
|
cmake: always use object library for git2internal
As we have bumped our minimum CMake version to 2.8.11, we can now
unconditionally make use of object libraries. So remove the version
check for the git2internal object library and always use it.
|
|
|
cf9f3452
|
2017-09-06T07:38:32
|
|
cmake: bump minimum version to 2.8.11
Our current minimum CMake version is 2.8. This version does not yet
allow us to use object libraries (introduced in 2.8.8) and target
include directories (introduced in 2.8.12), which are both mechanisms we
want to use to fix some specific problems. We previously were not able
to bump our CMake version to a version supporting object libraries
because Ubuntu Precise only had CMake version 2.8.7 in its repositories.
But due to Precise being end of life now, we shouldn't need to honor it
anymore. A current survey of some of the more conservative distributions
brings up the following versions of CMake:
- CentOS 5: 2.6.2
- CentOS 6: 2.8.12.2
- Debian 7: 2.8.11
- Fedora 23: 3.3.2
- OpenSUSE 13.2: 3.0.2
- Ubuntu Precise: 2.8.7
- Ubuntu Trusty: 2.8.12
The only two outliers here are CentOS 5 and Ubuntu Precise. CentOS is
currently unsupported due to our minimum version being 2.8 and Ubuntu
Precise is not maintained anymore. So the next smallest version
supported by all major distributions is 2.8.11. While this does not yet
support target include directories, it at least enables us to use object
libraries. So this becomes our new minimum required version.
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|
|
1d9dd882
|
2017-09-05T15:06:29
|
|
cmake: distinguish libgit2 objects and sources
Distinguish variables keeping track of our internal libgit2 sources and
the final objects which shall be linked into the library. This will ease
the transition to use object libraries for our bundled dependencies
instead of linking them in.
|
|
|
c17c3f8a
|
2017-09-06T08:04:19
|
|
travis: drop support for Ubuntu Precise
Ubuntu Precise is end of life since April 2017. At that point in time,
Precise was still the main distro on which Travis CI built upon, with
the Trusty-based images still being in a beta state. But since June
21st, Trusty has officially moved out of beta and is now the default
image for all new builds. Right now, we build on both old and new images
to assure we support both.
Unfortunately, this leaves us with the highest minimum version for CMake
being 2.8.7, as Precise has no greater version in its repositories. And
because of this limitation, we cannot actually use object libraries in
our build instructions. But considering Precise is end of life and
Trusty is now the new default for Travis, we can and should drop support
for this old and unmaintained distribution. And so we do.
|
|
|
524c1d3c
|
2017-09-20T07:48:19
|
|
Merge pull request #4334 from pks-t/pks/reproducible-builds
Reproducible builds
|
|
|
212da30d
|
2017-09-16T19:49:04
|
|
Merge pull request #4348 from pks-t/pks/win32-hash-memleak
diff: cleanup hash ctx in `git_diff_patchid`
|
|
|
d378e384
|
2017-09-15T17:53:01
|
|
Merge pull request #4347 from pks-t/pks/appveyor-vs2015
Fix AppVeyor build failures due to CRTDBG linking issue
|
|
|
03a95bc5
|
2017-09-15T11:32:46
|
|
appveyor: add jobs to also build on Visual Studio 2015
In order to cover a wider range of build environments, add two more jobs
which build and test libgit2 on Visual Studio 14 2015.
|
|
|
e1076dbf
|
2017-09-15T10:01:36
|
|
appveyor: explicitly specify build images
AppVeyor currently does provide three standard build worker images with
VS2013, VS2015 and VS2017. Right now, we are using the implicitly, which
is the VS2015 one. We want to be more explicit about this, so that we
can easily switch build images based on the job. So starting from this
commit, we explicitly set the `APPVEYOR_BUILD_WORKER_IMAGE` variable per
job, which enables us to choose different images.
To be able to test a wider range of build configurations, this commit
also switches the jobs for VC2010 over to use the older, VS2013 based
images. As the next commit will introduce two new jobs for building with
VS2015, we have then covered both build environments.
Also, let us be a bit more explicit regarding the CMake generator.
Instead of only saying "Visual Studio 10", use the more descriptive
value "Visual Studio 10 2010" to at least avoid some confusion
surrounding the versioning scheme of Visual Studio.
|
|
|
54214d61
|
2017-09-15T10:28:32
|
|
cmake: fix linker error with dbghelper library
When the MSVC_CRTDBG option is set by the developer, we will link in the
dbghelper library to enable memory lead detection in MSVC projects. We
are doing so by adding it to the variable `CMAKE_C_STANDARD_LIBRARIES`,
so that it is linked for every library and executable built by CMake.
But this causes our builds to fail with a linker error:
```
LINK: fatal error LNK1104: cannot open file 'advapi32.lib;Dbghelp.lib'
```
The issue here is that we are treating the variable as if it were an
array of libraries by setting it via the following command:
```
SET(CMAKE_C_STANDARD_LIBRARIES "${CMAKE_C_STANDARD_LIBRARIES}"
"Dbghelp.lib")
```
The generated build commands will then simply stringify the variable,
concatenating all the contained libraries with a ";". This causes the
observed linking failure.
To fix the issue, we should just treat the variabable as a simple
string. So instead of adding multiple members, we just add the
"Dbghelp.lib" library to the existing string, separated by a space
character.
|
|
|
046b081a
|
2017-09-15T10:46:26
|
|
diff: cleanup hash ctx in `git_diff_patchid`
After initializing the hash context in `git_diff_patchid`, we never
proceed to call `git_hash_ctx_cleanup` on it. While this doesn't really
matter on most hash implementations, this causes a memory leak on Win32
due to CNG system requiring a `malloc` call.
Fix the memory leak by always calling `git_hash_ctx_cleanup` before
exiting.
|
|
|
d630887b
|
2017-08-30T21:47:12
|
|
cmake: enable reproducible static linking
By default, both ar(1) and ranlib(1) will insert additional information
like timestamps into generated static archives and indices. As a
consequence, generated static archives are not deterministic when
created with default parameters.
Both programs do support a deterministic mode, which will simply zero
out undeterministic information with `ar D` and `ranlib -D`.
Unfortunately, CMake does not provide an easy knob to add these command
line parameters. Instead, we have to redefine the complete command
definitons stored in the variables CMAKE_C_ARCHIVE_CREATE,
CMAKE_C_ARCHIVE_APPEND and CMAKE_C_ARCHIVE_FINISH.
Introduce a new build option `ENABLE_REPRODUCIBLE_BUILDS`. This option
is available on Unix-like systems with the exception of macOS, which
does not have support for the required flags. If the option is being
enabled, we add those flags to the invocation of both `ar` and `ranlib`
to enable deterministically building the static archive.
|
|
|
e098b5f5
|
2017-09-12T20:21:27
|
|
Merge pull request #4344 from slavikus/fix-dirty-buffer-in-git-push-update-tips
Clear the remote_ref_name buffer in git_push_update_tips()
|
|
|
71a8204d
|
2017-09-12T20:20:48
|
|
Merge pull request #4346 from pks-t/pks/wo-features-header
features.h: allow building without CMake-generated feature header
|
|
|
26f531d3
|
2017-09-12T13:35:18
|
|
features.h: allow building without CMake-generated feature header
In commit a390a8464 (cmake: move defines into "features.h" header,
2017-07-01), we have introduced a new "features.h" header. This file is
being generated by the CMake build system based on how the libgit2 build
has been configured, replacing the preexisting method of simply setting
the defines inside of the CMake build system. This was done to help
splitting up the build instructions into multiple separate
subdirectories.
An overlooked shortcoming of this approach is that some projects making
use of libgit2 build the library with custom build systems, without
making use of CMake. For those users, the introduction of the
"features.h" file makes their life harder as they would have to also
generate this file.
Fix this issue by guarding all inclusions of the generated header file
by the `LIBGIT2_NO_FEATURES_H` define. Like this, other build systems
can skip the feature header and simply define all used features by
specifying `-D` flags for the compiler again.
|
|
b34fc3fd
|
2017-09-11T21:34:41
|
|
Clear the remote_ref_name buffer in git_push_update_tips()
If fetch_spec was a non-pattern, and it is not the first iteration of push_status vector, then git_refspec_transform would result in the new value appended via git_buf_puts to the previous iteration value.
Forcibly clearing the buffer on each iteration to prevent this behavior.
|
|
|
5b947b62
|
2017-09-10T14:47:04
|
|
Merge pull request #4342 from mothacehe/master
README: Mention Guile-Git bindings.
|
|
b4e0d293
|
2017-09-09T09:54:58
|
|
README: Mention Guile-Git bindings.
|
|
|
583e4141
|
2017-08-30T14:35:57
|
|
tests: deterministically generate test suite definitions
The script "generate.py" is used to parse all test source files for unit
tests. These are then written into a "clar.suite" file, which can be
included by the main test executable to make available all test suites
and unit tests.
Our current algorithm simply collects all test suites inside of a dict,
iterates through its items and dumps them in a special format into the
file. As the order is not guaranteed to be deterministic for Python
dictionaries, this may result in arbitrarily ordered C structs. This
obviously defeats the purpose of reproducible builds, where the same
input should always result in the exact same output.
Fix this issue by sorting the test suites by name previous to dumping
them as structs. This enables reproducible builds for the libgit2_clar
file.
|
|
|
3c216453
|
2017-08-25T21:06:46
|
|
Merge pull request #4296 from pks-t/pks/pattern-based-gitignore
Fix negative ignore rules with patterns
|
|
|
4b000fc0
|
2017-08-25T21:05:20
|
|
Merge pull request #4305 from pks-t/pks/submodule-with-bare-repo
Submodules with bare repo
|
|
|
bcb7e92d
|
2017-08-25T21:04:04
|
|
Merge pull request #4279 from pks-t/pks/error-builds
-Werror builds for Travis
|
|
|
477b3e04
|
2017-07-10T12:25:43
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submodule: refuse lookup in bare repositories
While it is technically possible to look up submodules inside of a
bare repository by reading the submodule configuration of a specific
commit, we do not offer this functionality right now. As such, calling
both `git_submodule_lookup` and `git_submodule_foreach` should error out
early when these functions encounter a bare repository. While
`git_submodule_lookup` already does return an error due to not being
able to parse the configuration, `git_submodule_foreach` simply returns
success and never invokes the callback function.
Fix the issue by having both functions check whether the repository is
bare and returning an error in that case.
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a889c05f
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2017-07-10T11:55:33
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tests: submodule: add explicit cleanup function in lookup tests
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64d1e0b3
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2017-07-10T11:52:08
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tests: submodule: fix declaration of test
The testcase "submodule::lookup::cached" was declared with a single
underscore separating the test suide and test name, only. As the clar
parser only catches tests with two underscores, it was never executed.
Add in the second underscore to actually have it detected and executed.
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2d9ff8f5
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2017-07-10T09:36:19
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ignore: honor case insensitivity for negative ignores
When computing negative ignores, we throw away any rule which does not
undo a previous rule to optimize. But on case insensitive file systems,
we need to keep in mind that a negative ignore can also undo a previous
rule with different case, which we did not yet honor while determining
whether a rule undoes a previous one. So in the following example, we
fail to unignore the "/Case" directory:
/case
!/Case
Make both paths checking whether a plain- or wildcard-based rule undo a
previous rule aware of case-insensitivity. This fixes the described
issue.
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38b44c3b
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2017-07-07T17:10:57
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tests: status: additional test for negative ignores with pattern
This test is by Carlos Martín Nieto.
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b8922fc8
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2017-07-07T13:27:27
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ignore: keep negative rules containing wildcards
Ignore rules allow for reverting a previously ignored rule by prefixing
it with an exclamation mark. As such, a negative rule can only override
previously ignored files. While computing all ignore patterns, we try to
use this fact to optimize away some negative rules which do not override
any previous patterns, as they won't change the outcome anyway.
In some cases, though, this optimization causes us to get the actual
ignores wrong for some files. This may happen whenever the pattern
contains a wildcard, as we are unable to reason about whether a pattern
overrides a previous pattern in a sane way. This happens for example in
the case where a gitignore file contains "*.c" and "!src/*.c", where we
wouldn't un-ignore files inside of the "src/" subdirectory.
In this case, the first solution coming to mind may be to just strip the
"src/" prefix and simply compare the basenames. While that would work
here, it would stop working as soon as the basename pattern itself is
different, like for example with "*x.c" and "!src/*.c. As such, we
settle for the easier fix of just not optimizing away rules that contain
a wildcard.
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4467543e
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2017-07-07T12:27:43
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ignore: return early to avoid useless indentation
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9bd83622
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2017-07-07T12:27:18
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ignore: fix indentation of comment block
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414a3384
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2017-08-25T17:36:59
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travis: error on compiler warnings
One of our goals is to have our code free of any warnings. Due to the
recent switch to Ubuntu 14.04 on Travis, the last warning regarding some
preprocessor-magic in the curl-headers has been fixed and as such, the
goal of zero warnings is now reached for Travis CI. In order to avoid
introducing new warnings via pull requests, we can now enable building
with `-Werror` and turn compiler warnings into errors instead, causing
the CI jobs to fail.
This build does so by passing the newly introdcued `-DENABLE_WERROR`
flag to CMake for all Travis jobs.
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175ab8e7
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2017-08-25T17:36:24
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cmake: add switch to build with -Werror
Add a simple switch to enable building with "-Werror=<warning>" instead
of "-W<warning". Due to the encapsulated `ENABLE_WARNINGS` macro, this
is as simple as adding a new variable "ENABLE_WERROR`, which can be
passed on the command line via `-DENABLE_WERROR=ON`. The variable
defaults to NO to not bother developers in their day to day work.
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4a46a8c1
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2017-08-25T17:32:54
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cmake: encapsulate enabling/disabling compiler warnings
There are multiple sites where we enable or disable compiler warning via
"-W<warning>" or "-Wno-<warning>". As we want to extend this mechanism
later on to conditionally switch these over to "-Werror=<warning>", we
encapsulate the logic into its their own macros `ENABLE_WARNINGS` and
`DISABLE_WARNINGS`.
Note that we in fact have to use a macro here. Using a function would
not modify the CFLAGS inside of the callers scope, but in the function's
scope only.
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0a93ded1
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2017-08-24T21:23:58
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Merge pull request #4282 from pks-t/pks/remove-unused-clar-fixtures
Split up CMakeLists.txt build instructions
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a3a35473
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2017-08-17T08:38:47
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cmake: fix output location of import libraries and DLLs
As observed by Edward Thomson, the libgit2 DLL built by Windows will not
end up in the top-level build directory but instead inside of the 'src/'
subdirectory. While confusing at first because we are actually setting
the LIBRARY_OUTPUT_DIRECTORY to the project's binary directory, the
manual page of LIBRARY_OUTPUT_DIRECTORY clears this up:
There are three kinds of target files that may be built: archive,
library, and runtime. Executables are always treated as runtime
targets. Static libraries are always treated as archive targets.
Module libraries are always treated as library targets. For non-DLL
platforms shared libraries are treated as library targets. For DLL
platforms the DLL part of a shared library is treated as a runtime
target and the corresponding import library is treated as an archive
target. All Windows-based systems including Cygwin are DLL
platforms.
So in fact, DLLs and import libraries are not treated as libraries at
all by CMake but instead as runtime and archive targets. To fix the
issue, we can thus simply set the variables RUNTIME_OUTPUT_DIRECTORY and
ARCHIVE_OUTPUT_DIRECTORY to the project's root binary directory.
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8a43161b
|
2017-07-05T12:18:17
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cmake: always include our own headers first
With c26ce7840 (Merge branch 'AndreyG/cmake/modernization', 2017-06-28),
we have recently introduced a regression in the way we are searching for
headers. We have made sure to always include our own headers first, but
due to the changes in c26ce7840 this is no longer guaranteed. In fact,
this already leads the compiler into picking "config.h" from the
"deps/regex" dependency, if it is used.
Fix the issue by declaring our internal include directories up front,
before any of the other search directories is added.
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e5c9723d
|
2017-06-30T18:12:02
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cmake: move library build instructions into subdirectory
To fix leaking build instructions into different targets and to make
the build instructions easier to handle, create a new CMakeLists.txt
file containing build instructions for the libgit2 target.
By now, the split is rather easy to achieve. Due to the preparatory
steps, we can now simply move over all related build instructions, only
needing to remove the "src/" prefix from some files.
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72f27cb6
|
2017-06-30T17:02:00
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cmake: fix up source and binary directory paths
There are quite some uses of the variables "${CMAKE_CURRENT_SOURCE_DIR}"
and "${CMAKE_CURRENT_BINARY_DIR}" where they are not appropriate.
Convert these sites to instead use the variables "${CMAKE_SOURCE_DIR}"
and "${CMAKE_BINARY_DIR}", which instead point to the project's root
directory.
This will ease splitting up the library build instructions into its own
subdirectory.
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1f43a43d
|
2017-06-28T13:28:33
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cmake: move zlib build instructions into subdirectory
Extract code required to build the zlib library into its own
CMakeLists.txt, which is included as required.
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b7514554
|
2017-06-28T13:25:09
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cmake: move http-parser build instructions into subdirectory
Extract code required to build the http-parser library into its own
CMakeLists.txt, which is included as required.
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9e449e52
|
2017-06-28T13:23:45
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cmake: move regex build instructions into subdirectory
Extract code required to build the regex library into its own
CMakeLists.txt, which is included as required.
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43248500
|
2017-06-28T13:21:09
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cmake: move winhttp build instructions into subdirectory
Extract code required to build the winhttp library into its own
CMakeLists.txt, which is included as required.
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bed7ca3a
|
2017-06-30T16:57:16
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cmake: define WIN_RC with other platform sources
This makes splitting up the library build instructions later on more
obvious and easier to achieve.
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8ee90c39
|
2017-06-28T13:16:38
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cmake: find dependencies after setting build flags
This makes splitting up the library build instructions later on more
obvious and easier to achieve.
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c3635130
|
2017-06-28T13:14:23
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cmake: move definition of Win32 flags together
This makes splitting up the library build instructions later on more
obvious and easier to achieve.
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32a2e500
|
2017-07-01T13:41:36
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cmake: inline TARGET_OS_LIBRARIES function
Previous to keeping track of libraries and linking directories via
variables, we had two call sites of the `TARGET_OS_LIBRARIES` function
to avoid duplicating knowledge on required operating system library
dependencies. But as the libgit2_clar target now re-uses defined
variables to link against these libraries, we can simply inline the
function.
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8e31cc25
|
2017-06-28T12:51:14
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cmake: keep track of libraries and includes via lists
Later on, we will move detection of required libraries, library
directories as well as include directories into a separate
CMakeLists.txt file inside of the source directory. Obviously, we want
to avoid duplication here regarding these parameters.
To prepare for the split, put the parameters into three variables
LIBGIT2_LIBS, LIBGIT2_LIBDIRS and LIBGIT2_INCLUDES, tracking the
required libraries, linking directory as well as include directories.
These variables can later be exported into the parent scope from inside
of the source build instructions, making them readily available for the
other subdirectories.
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dd332e2a
|
2017-06-23T20:42:41
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cmake: use absolute path to deps
When refering to files and directories inside of the top-level "deps/"
directory, we're being inconsistent in using relative or absolute paths.
To enable splitting out parts of the top-level CMakeLists.txt into an
own file in the "src/" directory, consistently switch over to use
absolute paths to avoid errors when converting.
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8341d6cf
|
2017-07-04T10:57:28
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cmake: move regcomp and futimens checks to "features.h"
In our CMakeLists.txt, we have to check multiple functions in order to
determine if we have to use our own or whether we can use the
platform-provided one. For two of these functions, namely `regcomp_l()`
and `futimens`, the defined macro is actually used inside of the header
file "src/unix/posix.h". As such, these macros are not only required by
the library, but also by our test suite, which is makes use of internal
headers.
To prepare for the CMakeLists.txt split, move these two defines inside
of the "features.h" header.
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a390a846
|
2017-07-01T13:06:00
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cmake: move defines into "features.h" header
In a future commit, we will split out the build instructions for our
library directory and move them into a subdirectory. One of the benefits
is fixing scoping issues, where e.g. defines do not leak to build
targets where they do not belong to. But unfortunately, this does also
pose the problem of how to propagate some defines which are required by
both the library and the test suite.
One way would be to create another variable keeping track of all added
defines and declare it inside of the parent scope. While this is the
most obvious and simplest way of going ahead, it is kind of unfortunate.
The main reason to not use this is that these defines become implicit
dependencies between the build targets. By simply observing a define
inside of the CMakeLists.txt file, one cannot reason whether this define
is only required by the current target or whether it is required by
different targets, as well.
Another approach would be to use an internal header file keeping track
of all defines shared between targets. While configuring the library, we
will set various variables and let CMake configure the file, adding or
removing defines based on what has been configured. Like this, one can
easily keep track of the current environment by simply inspecting the
header file. Furthermore, these dependencies are becoming clear inside
the CMakeLists.txt, as instead of simply adding a define, we now call
e.g. `SET(GIT_THREADSAFE 1)`.
Having this header file though requires us to make sure it is always
included before any "#ifdef"-preprocessor checks are executed. As we
have already refactored code to always include the "common.h" header
file before any statement inside of a file, this becomes easy: just make
sure "common.h" includes the new "features.h" header file first.
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35087f0e
|
2017-06-28T15:42:54
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cmake: create separate CMakeLists.txt for tests
Our CMakeLists.txt is very unwieldy in its current size, spanning more
than 700 lines of code. Furthermore, it has several issues regarding
scoping, where for example some defines, includes, etc. from our test
suite are also applied to our normal library code.
To fix this, we can separate out build instructions for our tests and
move them into their own CMakeLists.txt in the "tests" directory. This
reduced complexity of the root CMakeLists.txt file and fixes the issues
regarding leaking build context from tests into the library.
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3267115f
|
2017-06-28T15:41:15
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cmake: create own precompiled headers for tests
As soon as we split up our CMakeBuild.txt build instructions, we will be
unable to simply link against the git2 library's precompiled header from
other targets. To avoid this future breakage, create a new precompiled
header for our test suite. Next to being compatible with the split, this
enables us to also include additional files like the clar headers, which
may help speeding up compilation of the test suite.
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