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pulseaudio/src/meson.build

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build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
libpulsecommon_sources = [
'pulse/client-conf.c',
meson: Remove libpulse dep from libpulsecore libpulsecore is not supposed to depend on the client library. Removing the dependency caused build failures, which are fixed by adding more stuff to libpulsecommon.
2020-03-29 15:52:23 +03:00
'pulse/error.c',
build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
'pulse/fork-detect.c',
'pulse/format.c',
'pulse/json.c',
meson: Remove libpulse dep from libpulsecore libpulsecore is not supposed to depend on the client library. Removing the dependency caused build failures, which are fixed by adding more stuff to libpulsecommon.
2020-03-29 15:52:23 +03:00
'pulse/mainloop-api.c',
message-params: Allow parameter strings to contain escaped curly braces The patch adds the possibility to escape curly braces within parameter strings and introduces several new functions that can be used for writing parameters. For writing, the structure pa_message_params, which is a wrapper for pa_strbuf has been created. Following new write functions are available: pa_message_params_new() - creates a new pa_message_params structure pa_message_params_free() - frees a pa_message_params structure pa_message_param_to_string_free() - converts a pa_message_param to string and frees the structure pa_message_params_begin_list() - starts a list pa_message_params_end_list() - ends a list pa_message_params_write_string() - writes a string to a pa_message_params structure pa_message_params_write_raw() - writes a raw string to a pa_message_params structure For string parameters that contain curly braces or backslashes, those characters will be escaped when using pa_message_params_write_string(), while write_raw() will put the string into the buffer without any changes. For reading, pa_message_params_read_string() reverts the changes that pa_message_params_write_string() might have introduced. The patch also adds more restrictions on the object path name. Now only alphanumeric characters and one of "_", ".", "-" and "/" are allowed. The path name may not end with a / or contain a double slash. If the user specifies a trailing / when sending a message, it will be silently removed. Part-of: <https://gitlab.freedesktop.org/pulseaudio/pulseaudio/-/merge_requests/51>
2020-01-14 13:24:16 +01:00
'pulse/message-params.c',
build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
'pulse/xmalloc.c',
'pulse/proplist.c',
'pulse/utf8.c',
'pulse/channelmap.c',
'pulse/sample.c',
'pulse/util.c',
'pulse/timeval.c',
'pulse/rtclock.c',
'pulse/volume.c',
'pulsecore/authkey.c',
'pulsecore/conf-parser.c',
'pulsecore/core-error.c',
'pulsecore/core-format.c',
'pulsecore/core-rtclock.c',
'pulsecore/core-util.c',
'pulsecore/dynarray.c',
'pulsecore/fdsem.c',
'pulsecore/flist.c',
'pulsecore/g711.c',
'pulsecore/hashmap.c',
'pulsecore/i18n.c',
'pulsecore/idxset.c',
'pulsecore/arpa-inet.c',
'pulsecore/iochannel.c',
'pulsecore/ioline.c',
'pulsecore/ipacl.c',
'pulsecore/lock-autospawn.c',
'pulsecore/log.c',
'pulsecore/ratelimit.c',
'pulsecore/mcalign.c',
'pulsecore/memblock.c',
'pulsecore/memblockq.c',
'pulsecore/memchunk.c',
'pulsecore/mutex-posix.c',
'pulsecore/native-common.c',
'pulsecore/once.c',
'pulsecore/packet.c',
'pulsecore/parseaddr.c',
'pulsecore/pdispatch.c',
'pulsecore/pid.c',
'pulsecore/pipe.c',
'pulsecore/memtrap.c',
'pulsecore/aupdate.c',
'pulsecore/proplist-util.c',
'pulsecore/pstream-util.c',
'pulsecore/pstream.c',
'pulsecore/queue.c',
'pulsecore/random.c',
'pulsecore/srbchannel.c',
'pulsecore/sample-util.c',
'pulsecore/semaphore-posix.c',
'pulsecore/shm.c',
'pulsecore/bitset.c',
'pulsecore/socket-client.c',
'pulsecore/socket-server.c',
'pulsecore/socket-util.c',
'pulsecore/strbuf.c',
'pulsecore/strlist.c',
'pulsecore/tagstruct.c',
'pulsecore/thread-posix.c',
'pulsecore/time-smoother.c',
'pulsecore/tokenizer.c',
'pulsecore/usergroup.c',
'pulsecore/sndfile-util.c',
]
libpulsecommon_headers = [
'pulse/client-conf.h',
meson: Remove libpulse dep from libpulsecore libpulsecore is not supposed to depend on the client library. Removing the dependency caused build failures, which are fixed by adding more stuff to libpulsecommon.
2020-03-29 15:52:23 +03:00
'pulse/error.h',
build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
'pulse/fork-detect.h',
'pulse/format.h',
'pulse/json.h',
meson: Remove libpulse dep from libpulsecore libpulsecore is not supposed to depend on the client library. Removing the dependency caused build failures, which are fixed by adding more stuff to libpulsecommon.
2020-03-29 15:52:23 +03:00
'pulse/mainloop-api.h',
message-params: Allow parameter strings to contain escaped curly braces The patch adds the possibility to escape curly braces within parameter strings and introduces several new functions that can be used for writing parameters. For writing, the structure pa_message_params, which is a wrapper for pa_strbuf has been created. Following new write functions are available: pa_message_params_new() - creates a new pa_message_params structure pa_message_params_free() - frees a pa_message_params structure pa_message_param_to_string_free() - converts a pa_message_param to string and frees the structure pa_message_params_begin_list() - starts a list pa_message_params_end_list() - ends a list pa_message_params_write_string() - writes a string to a pa_message_params structure pa_message_params_write_raw() - writes a raw string to a pa_message_params structure For string parameters that contain curly braces or backslashes, those characters will be escaped when using pa_message_params_write_string(), while write_raw() will put the string into the buffer without any changes. For reading, pa_message_params_read_string() reverts the changes that pa_message_params_write_string() might have introduced. The patch also adds more restrictions on the object path name. Now only alphanumeric characters and one of "_", ".", "-" and "/" are allowed. The path name may not end with a / or contain a double slash. If the user specifies a trailing / when sending a message, it will be silently removed. Part-of: <https://gitlab.freedesktop.org/pulseaudio/pulseaudio/-/merge_requests/51>
2020-01-14 13:24:16 +01:00
'pulse/message-params.h',
build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
'pulse/xmalloc.h',
'pulse/proplist.h',
'pulse/utf8.h',
'pulse/channelmap.h',
'pulse/sample.h',
'pulse/util.h',
'pulse/timeval.h',
'pulse/rtclock.h',
'pulse/volume.h',
'pulsecore/atomic.h',
'pulsecore/authkey.h',
'pulsecore/conf-parser.h',
'pulsecore/core-error.h',
'pulsecore/core-format.h',
'pulsecore/core-rtclock.h',
'pulsecore/core-util.h',
'pulsecore/creds.h',
'pulsecore/dynarray.h',
'pulsecore/endianmacros.h',
'pulsecore/fdsem.h',
'pulsecore/flist.h',
'pulsecore/g711.h',
'pulsecore/hashmap.h',
'pulsecore/i18n.h',
'pulsecore/idxset.h',
'pulsecore/arpa-inet.h',
'pulsecore/iochannel.h',
'pulsecore/ioline.h',
'pulsecore/ipacl.h',
'pulsecore/llist.h',
'pulsecore/lock-autospawn.h',
'pulsecore/log.h',
'pulsecore/ratelimit.h',
'pulsecore/macro.h',
'pulsecore/mcalign.h',
'pulsecore/mem.h',
'pulsecore/memblock.h',
'pulsecore/memblockq.h',
'pulsecore/memchunk.h',
'pulsecore/mutex.h',
'pulsecore/native-common.h',
'pulsecore/once.h',
'pulsecore/packet.h',
'pulsecore/parseaddr.h',
'pulsecore/pdispatch.h',
'pulsecore/pid.h',
'pulsecore/pipe.h',
'pulsecore/memtrap.h',
'pulsecore/aupdate.h',
'pulsecore/proplist-util.h',
'pulsecore/pstream-util.h',
'pulsecore/pstream.h',
'pulsecore/queue.h',
'pulsecore/random.h',
'pulsecore/refcnt.h',
'pulsecore/srbchannel.h',
'pulsecore/sample-util.h',
'pulsecore/semaphore.h',
'pulsecore/shm.h',
'pulsecore/bitset.h',
'pulsecore/socket-client.h',
'pulsecore/socket-server.h',
'pulsecore/socket-util.h',
'pulsecore/strbuf.h',
'pulsecore/strlist.h',
'pulsecore/tagstruct.h',
'pulsecore/thread.h',
'pulsecore/time-smoother.h',
'pulsecore/tokenizer.h',
'pulsecore/usergroup.h',
'pulsecore/sndfile-util.h',
'pulsecore/socket.h',
]
if dbus_dep.found()
libpulsecommon_sources += [
'pulsecore/dbus-util.c',
'pulsecore/rtkit.c',
]
libpulsecommon_headers += [
'pulsecore/dbus-util.h',
'pulsecore/rtkit.h',
]
endif
if x11_dep.found()
libpulsecommon_sources += [
'pulse/client-conf-x11.c',
'pulsecore/x11prop.c',
]
libpulsecommon_headers += [
'pulse/client-conf-x11.h',
'pulsecore/x11prop.h',
]
endif
# FIXME: Do non-POSIX thread things
# FIXME: Do SIMD things
libpulsecommon = shared_library('pulsecommon-' + pa_version_major_minor,
libpulsecommon_sources,
libpulsecommon_headers,
include_directories : [configinc, topinc],
c_args : [pa_c_args],
build-sys: meson: Add -Wl,no-delete to relevant libraries This mirrors the autotools option for all server-side dynamic libraries.
2019-08-03 01:52:09 +05:30
link_args : [nodelete_link_args],
build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
install : true,
build-sys: Fix up meson install paths Brings things in line with the autotools build, and adds ALSA mixer paths and profile-sets into the meson build system as well. The module installation path is also now customisable.
2018-10-13 11:50:03 +05:30
install_dir : privlibdir,
build-sys: meson: Add some missing checks - Header and function checks from configure.ac (some libc, some libpthread, dladdr from libdl) - Find iconv and check constness
2019-08-08 20:23:12 +02:00
dependencies : [
libm_dep, thread_dep, dl_dep, shm_dep, iconv_dep, sndfile_dep, dbus_dep,
meson: link libintl if it's not provided by libc This fixes the build on musl with external gettext
2019-09-15 14:22:49 +02:00
x11_dep, libsystemd_dep, glib_dep, gtk_dep, asyncns_dep, libintl_dep,
build-sys: meson: Add some missing checks - Header and function checks from configure.ac (some libc, some libpthread, dladdr from libdl) - Find iconv and check constness
2019-08-08 20:23:12 +02:00
],
build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
implicit_include_directories : false)
libpulsecommon_dep = declare_dependency(link_with: libpulsecommon)
subdir('pulse')
subdir('pulsecore')
subdir('daemon')
subdir('modules')
meson: Enable (almost) all tests Signed-off-by: Arnaud Rebillout <arnaud.rebillout@collabora.com>
2018-10-31 12:45:11 +07:00
if get_option('tests')
subdir('tests')
endif
build-sys: First pass at a meson-ified build system This is a working implementation of a build with meson. The server, utils, and most modules build with this, and it is possible to run from a build tree and play/capture audio on ALSA devices. There are a number of FIXMEs, of course, and a number of features that need to be enabled (modules, dependencies, installation, etc.), but this should provide everything we need to get there relatively quickly. To use this, install meson (distro package, or mesonbuild.com) and run: $ cd <pulseaudio src dir> $ meson <builddir> $ ninja -C <builddir>
2017-07-31 12:37:36 +01:00
subdir('utils')
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