pipewire/spa/plugins/alsa/acp/meson.build

acp_sources = [
  'acp.c',
  'compat.c',
  'alsa-mixer.c',
  'alsa-ucm.c',
  'alsa-util.c',
  'conf-parser.c',
  'ext-volume.c',
]

acp_c_args = [
  '-DHAVE_ALSA_UCM',
  '-DHAVE_READLINK',
]

acp_lib = static_library(
  'acp',
  acp_sources,
  c_args : acp_c_args,
  include_directories : [configinc, includes_inc ],
  dependencies : [ spa_dep, alsa_dep, mathlib, ]
  )
acp_dep = declare_dependency(link_with: acp_lib)
alsa-acp: Add libacp based card device libacp is a port and wrapper around the pulseaudio card profile code. It uses a set of templates for construct a card profile and mixer port settings. It also has support for UCM when available for the hardware. 2020-05-15 19:42:15 +02:00			`acp_sources = [`
			`'acp.c',`
			`'compat.c',`
			`'alsa-mixer.c',`
			`'alsa-ucm.c',`
			`'alsa-util.c',`
			`'conf-parser.c',`
spa: alsa: Add a mechanism for external volume control Currently enabled at device creation and delegated to an external entity via spa_device events. 2026-05-15 10:11:13 -04:00			`'ext-volume.c',`
alsa-acp: Add libacp based card device libacp is a port and wrapper around the pulseaudio card profile code. It uses a set of templates for construct a card profile and mixer port settings. It also has support for UCM when available for the hardware. 2020-05-15 19:42:15 +02:00			`]`

			`acp_c_args = [`
			`'-DHAVE_ALSA_UCM',`
			`'-DHAVE_READLINK',`
			`]`

			`acp_lib = static_library(`
			`'acp',`
			`acp_sources,`
			`c_args : acp_c_args,`
treewide: meson.build: use dependency variable for SPA Use `spa_dep` everywhere instead of `spa_inc`, and remove `spa_inc` altogether. 2021-12-28 16:04:06 +01:00			`include_directories : [configinc, includes_inc ],`
			`dependencies : [ spa_dep, alsa_dep, mathlib, ]`
acp: don't install library for now 2020-07-06 12:58:33 +02:00			`)`
spa: declare a dependency for each used library in meson.build For SPA libraries that we link against elsewhere in the tree, declare a declare a dependency "foo_dep" for that library that specifies how to link to it. Then use that dependency in the various targets. This removes the knowledge of how to link with the library from the target which can treat it as just another dependency. In the case of optional libraries (e.g. the journal support lib) we can then use declare_dependency() to declare an empty dependencies and thus link them unconditionally in the target. 2021-09-20 08:59:49 +10:00			`acp_dep = declare_dependency(link_with: acp_lib)`