Now that our one-shot clang-format run is complete we rarely need to
filter the entire tree anymore. Filter nothing if no options are given
and just print the usage message. Offer options to specify selection of
some set of files from Git as needed for various workflows.
Frequently the apple script would execute before the disk image had been
fully mounted, and would fail. We now try to wait for the disk to be
mounted first.
Move the content to a `ExternalProject-download.cmake.in` file and use
`configure_file` to generate the final script.
Retry logic was not working before because similar script trigger
FATAL_ERROR if 'file(DOWNLOAD ...)' exits with nonzero 'status_code'.
FATAL_ERROR makes the whole chain of commands stop and
'_ep_write_verifyfile_script' retry logic was not used in fact.
Default retry number set to 5 with pauses 0, 5, 5, 15, 60 seconds. Some
space left for future improvements if needed (90, 300, 1200=20min). Can
be controlled by user.
eb076692 Tests: Select RunCMake.Ninja test cases based on ninja version
8a862a4d Ninja: Support embedding of CMake as subninja project
038e7716 Ninja: Pass all build paths through a central method
7c26a6a2 Ninja: Fix path to soname-d target file
ac3cdd9a Ninja: Convert object file names to ninja paths earlier
d4381cb1 Ninja: Convert link library file names like all other output paths
0397c92a Ninja: Pre-compute "CMakeCache.txt" build target name
3b3ecdfa Ninja: Pre-compute "all" build target name
5ca72750 Ninja: Simplify generation of custom target logical path
The purpose of the `update` step is to run an update on each build
(subject to `UPDATE_DISCONNECTED`). This is done for version-controlled
source directories. We should do it for a custom `UPDATE_COMMAND` too.
In particular, when `UPDATE_DISCONNECTED` is used we expect the
`skip-update` step to exist.
The `CMAKE_PLATFORM_REQUIRED_RUNTIME_PATH` is used by CMake to always
append `-Wl,-blibpath:/usr/lib:/lib` to the link line. This is needed
by default on these platforms but needs to be overridden in some use
cases (e.g. an environment in which one maintains versioned shared
libraries). Change our logic to set this value only if it not already
set by the user, project, or toolchain file.
Manually extract the C++ portion of `cmListFileLexer.in.l` into a
temporary file, format it, and then move it back into the original file.
Manually format C++ code inside the lexer actions to match our style.
Then re-generate the lexer.
Revise the documented modifications we need to make to the
flex-generated source file according to the needs of the new version.
Update our own implementation to avoid warnings with flex types.
Even though the `file(GLOB)` documentation specifically warns against
using it to collect a list of source files, projects often do it anyway.
Since it uses `readdir()`, the list of files will be unsorted.
This list is often passed directly to add_executable / add_library.
Linking binaries with an unsorted list will make it unreproducible,
which means that the produced binary will differ depending on the
unpredictable `readdir()` order.
To solve those reproducibility issues in a lot of programs (which don't
explicitly `list(SORT)` the list manually), sort the resulting list of
the `file(GLOB)` command.
A more detailed rationale about reproducible builds is available
[here](https://reproducible-builds.org/).
Add a `CMAKE_NINJA_OUTPUT_PATH_PREFIX` variable. When it is set, CMake
generates a `build.ninja` file suitable for embedding into another ninja
project potentially generated by an alien generator.
In WriteObjectBuildStatement we pass object file names and directories
to several places that expect paths as Ninja sees them. Convert them to
Ninja paths before all such uses.
All paths generated on Ninja-invoked command lines should be passed
through ConvertToNinjaPath. Fix ConvertToLinkReference to call this
instead of partially duplicating its implementation.
In `AppendTargetOutputs` we generate a logical build target name for
each UTILITY command. Simplify the logic to avoid testing the result
of `ConvertToNinjaPath`.
Brad King
Kitware Robot
Robert Maynard
Ruslan Baratov
Boris Fomitchev
Konstantin Podsvirov
Geoff Viola
Matthew Hanna
Reiner Herrmann
Nicolas Despres