The point of making the default "semi-silent" (each target is printed,
but not the entire invocation verbatim) was to factor out information
about invocation to a one-time target (info) and not repeating it ever
again. With V=1, the info target is silent, because each command
invocation will be printed verbatim, which needs no herald.
The undesired side effect of me introducing the info target and making
it a dependency of the default all target is that info doesn't respect
the --silent make option, so in this use case it was more noisy, not
less.
I believe the most elegant solution that satisfies all use cases is to
stop printing info unconditionally, and instead list it explicitly in
make invocations in CI, together with the all target. Then this info is
kept available for inspection from logs, but it's not repeated on each
invocation. The intention was to make the logs easier to read and scroll
in search for new compiler warnings.
* Add xdelta in deps
* Include <assert.h> in xdelta3.h
- Otherwise the static_assert calls can fail
* Build xdelta3 in Makefile.common
* Add xdelta support to the softpatching infrastructure
- The patching itself isn't fully implemented yet
* Adjust how xdelta3.h checks the sizes of some types
- Now checks max values instead of relying on autotools
* Add some enums that were excluded by the cherry-pick
* Remove stray whitespace
* Adjust SIZE macros in xdelta3.h
- Move them outside the XD3_USE_LARGEFILE64 block
- Add more SIZE declarations
- Make SIZEOF_UNSIGNED_LONG_LONG contingent on the presence of ULLONG_MAX
* Reintegrate xdelta support
* Enable support for xdelta's secondary compressors
- Necessary for some patches
* Fix some format specifiers
* Remove unnecessary files from xdelta
* Include xdelta3.h with a relative path
* Add xdelta3 headers to HEADERS variable
* Gate Xdelta support behind HAVE_XDELTA
- HAVE_XDELTA is on by default
- HAVE_PATCH is still required for HAVE_XDELTA to be meaningful
- Support is mostly contingent on the availability of LZMA
- Anything modern should be okay
- Legacy platforms (e.g. DOS) may need to have Xdelta support disabled
- At least until some other solution can be found
* Disable HAVE_XDELTA on platforms where the build recently failed
- These come from looking at the failed builds on GitHub
- These are guesses, and may turn out to be wrong
* Fix a potential memory leak
- Whoops, looks like I need to call two cleanup functions
- xd3_close_stream exists separately from xd3_free_stream
* Split the --help printout for --xdelta into its own strlcat call
- GCC was complaining about #ifdefs within macro arguments being non-portable
* Fix some incorrect printf format specifiers
* Modify Xdelta to adhere to C89
- It's mostly using RetroArch's INLINE macro instead of the inline keyword
* Slight cleanups
* Remove a stray comma that was hindering C89 builds
* Add XDelta support to CHANGES.md
* Change how the xdelta patch's name is computed
- To be in line with other recent refactoring
* Fix an incorrect merge
- Whoops, this part was from before I figured out how to get the size of a patched file
* Explain the song-and-dance behind computing a patched file's size
* Define some XDelta3-related constants to 0 on 32-bit platforms
* Adjust some Xdelta-related macro definitions
- Exclude the encoder, since we're not making patches
- Move some #defines to after inclusion of <stdint.h>, to fix undefined behavior
- Remove _WIN32_WINNT overrides, since they were for code that we're not using
* Fix Xdelta support
* Wrap an encoder-only function in `#if XD3_ENCODER`
* Add xdelta in deps
* Include <assert.h> in xdelta3.h
- Otherwise the static_assert calls can fail
* Build xdelta3 in Makefile.common
* Add xdelta support to the softpatching infrastructure
- The patching itself isn't fully implemented yet
* Adjust how xdelta3.h checks the sizes of some types
- Now checks max values instead of relying on autotools
* First crack at xdelta softpatching support
- There may be undiscovered edge cases or bugs
* Add xdelta in deps
* Include <assert.h> in xdelta3.h
- Otherwise the static_assert calls can fail
* Build xdelta3 in Makefile.common
* Add xdelta support to the softpatching infrastructure
- The patching itself isn't fully implemented yet
* Adjust how xdelta3.h checks the sizes of some types
- Now checks max values instead of relying on autotools
* First crack at xdelta softpatching support
- There may be undiscovered edge cases or bugs
* Remove trailing commas from the enums I modified
- C89 doesn't allow them
* Remove stray whitespace
* Adjust SIZE macros in xdelta3.h
- Move them outside the XD3_USE_LARGEFILE64 block
- Add more SIZE declarations
- Make SIZEOF_UNSIGNED_LONG_LONG contingent on the presence of ULLONG_MAX
* Add some RARCH_DBG calls for xdelta patching
* Enable support for xdelta's secondary compressors
- Necessary for some patches
* Fix some format specifiers
* Remove unnecessary files from xdelta
* Include xdelta3.h with a relative path
* Add xdelta3 headers to HEADERS variable
* Gate Xdelta support behind HAVE_XDELTA
- HAVE_XDELTA is on by default
- HAVE_PATCH is still required for HAVE_XDELTA to be meaningful
- Support is mostly contingent on the availability of LZMA
- Anything modern should be okay
- Legacy platforms (e.g. DOS) may need to have Xdelta support disabled
- At least until some other solution can be found
* Disable HAVE_XDELTA on platforms where the build recently failed
- These come from looking at the failed builds on GitHub
- These are guesses, and may turn out to be wrong
* Fix a potential memory leak
- Whoops, looks like I need to call two cleanup functions
- xd3_close_stream exists separately from xd3_free_stream
* Split the --help printout for --xdelta into its own strlcat call
- GCC was complaining about #ifdefs within macro arguments being non-portable
* Fix some incorrect printf format specifiers
* Modify Xdelta to adhere to C89
- It's mostly using RetroArch's INLINE macro instead of the inline keyword
pstef