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This resorts to the variable substitution to ensure the path embedded is
correct. Without this, the path at the time of the configuration. In
the case of the Swift project, this ended up searching in the *source*
directory rather than the *build* directory. This will ensure that we
export the file to an absolute location and we use the same location in
the `cmarkConfig.cmake` file by means of CMake's `configure_file`
subsitution.
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This reverts a change by @compnerd in commit
b6ffaca93e2b539ec407aeb4fd588c7f9441e7a9.
We don't want this for api_tests, as it triggers this warning:
```
CMake Warning (dev) at api_test/CMakeLists.txt:1 (add_executable):
Policy CMP0063 is not set: Honor visibility properties for all target
types. Run "cmake --help-policy CMP0063" for policy details. Use the
cmake_policy command to set the policy and suppress this warning.
Target "api_test" of type "EXECUTABLE" has the following visibility
properties set for C:
C_VISIBILITY_PRESET
For compatibility CMake is not honoring them for this target.
This warning is for project developers. Use -Wno-dev to suppress it.
```
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This enables the use of the export targets from the build tree to allow
easy use of the CMark library in other projects.
Resolves: #307
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This configures the target to setup the include paths publicly for the
library targets in the build interface. This enables uses of the
targets in the build tree without having to specify the include
directories. This is particularly useful for use in the export targets,
but also simplifies the rules for the API tests. The install interface
does not need the include directories as `cmark.h` is installed into
`include` which is a default include path.
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This reduces the work that CMake needs to do to configure the libraries
by setting all the properties at once.
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This uses the CMake mechanism for including the current source and
binary directories. This avoids the custom handling for this.
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Avoid including the utility once, which should avoid some unnecessary
CMake checks, and reduces duplication.
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* build: inline a variable
* build: use `LINKER_LANGUAGE` property for C++ runtime
Rather than explicitly name the C++ runtime, use the `LINKER_LANGUAGE`
property to use the driver to spell the C++ runtime appropriately.
* build: use CMake to control C standard
Rather than use compiler specific flags to control the language
standard, indicate to CMake the desired standard.
* build: use the correct variable
These flags are being applied to the *C* compiler, check the C compiler,
not the C++ compiler.
* build: loosen the compiler check
This loosens the compiler identifier check to enable matching AppleClang
which is the identifier for the Xcode compiler.
* build: hoist shared flags to top-level CMakeLists
This hoists the common shared flags handling to the top-level CMakeLists
from sub-layers. This prevents the duplication of the handling.
* build: remove duplicated flags
This is unnecessary, `/TP` is forced on all MSVC builds, no need to
duplicate the flag for older versions.
* build: loosen C compiler identifier check
Loosen the check to a match rather than equality check, this allows it
to match AppleClang which is the identifier for the Apple vended clang
compiler part of Xcode.
* build: use `add_compile_options`
Use `add_compile_options` rather than modify `CMAKE_C_FLAGS`. The
latter is meant to be only modified by the user, not the package
developer.
* build: hoist sanitizer flags to global state
This moves the CMAKE_C_FLAGS handling to the top-level and uses
`add_compile_options` rather than modifying the user controlled flags.
* build: hoist `-fvisibilty` flags to top-level
These are global settings, hoist them to the top level.
* build: hoist the debug flag handling
Use a generator expression and hoist the flag handling for the debug
build.
* build: hoist the profile flag handling
This is a global flag, hoist it to the top level and use
`add_compile_options` rather than modify the user controlled flags.
* build: remove incorrect variable handling
This seemed to be attempting to set the linker not the linker flags for
the profile configuration. This variable is not used, do not set it.
* build: remove unused CMake includes
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If CMARK_STATIC is on (default), link the executable with the static
library. This produces exactly the same result as compiling the library
sources again and linking with the object files.
If CMARK_STATIC is off, link the executable with the shared library.
This wasn't supported before and should be the preferred way to
package cmark on Linux distros.
Building only a shared library and a statically linked executable
isn't supported anymore but this doesn't seem useful.
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It is deprecated in CMake 3.0, the replacement is to set the
CXX_VISIBILITY_PRESET (or in our case C_VISIBILITY_PRESET) and
VISIBILITY_INLINES_HIDDEN properties of the target.
We're already setting them by setting the CMake variables anyway, so the
call can be removed.
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Newer versions of CMake attempt to query the system for information about the VS
2017 installation. Unfortunately, this query fails on non-Windows systems when
cross-compiling:
cmake_host_system_information does not recognize <key> VS_15_DIR
CMake will not find these system libraries on non-Windows hosts anyways, and we
were silencing the warnings, so simply omit the installation when
cross-compiling to Windows.
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Fixes issue #247.
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Fixes installation error under some CMake versions, notably kalakris'
CMake backport often used with Travis.
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Due to a mistake, 0.28.1 installed libcmark.a into include/.
Closes #238.
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For some reason this wasn't getting set in processing
libcmark.pc.in, and we were getting the wrong entry in libcmark.pc.
(See #236)
The new approach sets an internal libdir variable to
lib${LIB_SUFFIX}. This variable is used both to set the
install destination and in the libcmark.pc.in template.
Closes #236.
However, I'd welcome comments from @juhp who originally
added CMAKE_INSTALL_LIBDIR in #185. I think that the new
system should work fine with Fedora, since LIB_SUFFIX will
be set appropriately, but some testing is in order.
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This can be run locally with `make libFuzzer` but the harness will be
integrated into oss-fuzz for large-scale fuzzing.
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Now you can enable/disable compilation and installation targets for
shared and static libraries via -DCMARK_SHARED=ON/OFF and
-DCMARK_STATIC=ON/OFF
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Replaced ${LIB_INSTALL_DIR} option with built-in ${LIB_SUFFIX} for installing
for 32/64-bit systems. Normally, CMake will set ${LIB_SUFFIX} automatically
for required enviroment.
If you have any issues with it, you can override this option with
-DLIB_SUFFIX=64 or -DLIB_SUFFIX="" during configuration.
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This reverts commit 9e643720ec903f3b448bd2589a0c02c2514805ae.
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* open_new_blocks: always create child before advancing offset
* Source map
* Extent's typology
* In-depth python bindings
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Closes #163, thanks to @kainjow.
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Otherwise we get errors in older versions of cmake.
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See #162.
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3.6.2) (#162)
This lets us build swift-cmark on Windows, using clang-cl
This was an oversight: CMAKE_C_VISIBILITY_PRESET is only available on CMAKE 1.8 or greater. However, the current check doesn't work for a version such as CMAKE 3.6.2, for example
```bash
mkdir "C:/Users/hughb/Documents/GitHub/my-swift/build/Ninja-DebugAssert/cmark-windows-amd64"
pushd "C:/Users/hughb/Documents/GitHub/my-swift/build/Ninja-DebugAssert/cmark-windows-amd64"
cmake -G Ninja -DCMAKE_C_COMPILER="C:/Program Files/LLVM/msbuild-bin/cl.exe" -DCMAKE_CXX_COMPILER="C:/Program Files/LLVM/msbuild-bin/cl.exe" -DCMAKE_CXX_FLAGS="-Xclang -std=c++14" "C:/Users/hughb/Documents/GitHub/my-swift/cmark"
popd
cmake --build "C:/Users/hughb/Documents/GitHub/my-swift/build/Ninja-DebugAssert/cmark-windows-amd64/" -- -j6 all
```
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This allows using them in other cmake projects.
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Under MSVC, we used to compile in C++ mode to get some C99 features
like mixing declarations and code. With newer MSVC versions, it's
possible to build in plain C mode.
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Closes #79. Thanks to Mathieu Bridon for the patch.
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Closes jgm/CommonMark#381.
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These are no longer needed, and cause complications for MSVC.
Also removed HAVE_VA_COPY and HAVE_C99_SNPRINTF feature tests.
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See discussion in #39.
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* Added render.c, render.h.
* Moved common functions and definitions from latex.c and commonmark.c
to render.c, render.h.
* Added a wrapper, cmark_render, that creates a renderer given a
character-escaper and a node renderer.
Closes #63.
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(It uses GNU extensions, and we don't need it anyway.)
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* New exported function in API: `cmark_render_latex`.
* Added src/latex.hs.
* Updated README and man page.
* Closes #31.
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Also tools/make_entities_h.py -> tools/make_entitis_inc.py.
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The primary advantage is a big reduction in the size of
the compiled library and executable (> 100K).
There should be no measurable performance difference in
normal documents. I detected a slight performance
hit (around 5%) in a file containing 1,000,000 entities.
* Removed `src/html_unescape.gperf` and `src/html_unescape.h`.
* Added `src/entities.h` (generated by `tools/make_entities_h.py`).
* Added binary tree lookup functions to `houdini_html_u.c`, and
use the data in `src/entities.h`.
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Cope with broken snprintf on Windows
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Closes #47.
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On Windows, snprintf returns -1 if the output was truncated. Fall back to
Windows-specific _scprintf.
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This reverts commit 678bdab4a4421e64f7c36991a098ae6db730140b.
This commit led to two -fsanitized=undefined in the same linker
invocation.
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