def __call__(self, sched_ctx):
top_src_dir = self.src_dir.parent
src_dir = self.src_dir / 'src'
default_tasks = self.default_tasks
helpers = ScriptLoaderTask.shared(self.project,
top_src_dir / 'psycle-helpers')
for x in sched_ctx.parallel_wait(helpers):
yield x
helpers = helpers.script_task
self._common = common = helpers.common
helpers = helpers.mod_dep_phases
pch = common.pch
cfg = common.cfg.clone()
from wonderbuild.cxx_tool_chain import PkgConfigCheckTask, ModTask
from wonderbuild.std_checks.winmm import WinMMCheckTask
from wonderbuild.std_checks.dsound import DSoundCheckTask
from wonderbuild.install import InstallTask
check_cfg = cfg.clone()
gstreamer = PkgConfigCheckTask.shared(check_cfg, ['gstreamer-0.10'])
jack = PkgConfigCheckTask.shared(check_cfg, ['jack >= 0.101.1'])
alsa = PkgConfigCheckTask.shared(check_cfg, ['alsa >= 1.0'])
esound = PkgConfigCheckTask.shared(check_cfg, ['esound'])
dsound = DSoundCheckTask.shared(check_cfg)
winmm = WinMMCheckTask.shared(check_cfg)
for x in sched_ctx.parallel_wait(gstreamer, jack, alsa, esound, dsound,
winmm):
yield x
class UniformMod(ModTask):
def __init__(self,
name,
path,
deps=None,
kind=ModTask.Kinds.LOADABLE):
ModTask.__init__(self, name, kind, cfg)
self.path = path
if deps is not None: self.public_deps += deps
if kind in (ModTask.Kinds.PROG, ModTask.Kinds.LOADABLE):
default_tasks.append(self.mod_phase)
self.cxx_phase = self.__class__.InstallHeaders(
self
) # note: set in __ini__ because called directly in AudioDriversMod.__call__
def do_set_deps(self, sched_ctx):
if False: yield
if self.kind == ModTask.Kinds.PROG:
self.private_deps = [pch.prog_task]
else:
self.private_deps = [pch.lib_task]
self.public_deps += [helpers]
class InstallHeaders(InstallTask):
def __init__(self, outer):
InstallTask.__init__(self, outer.base_cfg.project,
outer.name + '-headers')
self.outer = outer
@property
def trim_prefix(self):
return src_dir
@property
def dest_dir(self):
return self.fhs.include
@property
def sources(self):
try:
return self._sources
except AttributeError:
self._sources = []
if self.outer.path.exists:
for s in self.outer.path.find_iter(
in_pats=('*.hpp', '*.h'),
ex_pats=('*.private.hpp', ),
prune_pats=('todo', )):
self._sources.append(s)
for h in ('.hpp', '.h'):
f = self.outer.path.parent / (
self.outer.path.name + h)
if f.exists:
self._sources.append(f)
break
return self._sources
def apply_cxx_to(self, cfg):
if not self.cxx_phase.dest_dir in cfg.include_paths:
cfg.include_paths.append(self.cxx_phase.dest_dir)
def do_mod_phase(self):
self.cfg.include_paths.appendleft(src_dir)
self.cfg.defines[
'UNIVERSALIS__META__MODULE__NAME'] = '"' + self.name + '"'
self.cfg.defines['UNIVERSALIS__META__MODULE__VERSION'] = 0
if self.path.exists:
for s in self.path.find_iter(in_pats=('*.cpp', ),
prune_pats=('todo', )):
self.sources.append(s)
else:
self.sources.append(self.path.parent /
(self.path.name + '.cpp'))
class AudioDriverMod(UniformMod):
def __init__(self, name, path, deps=None, define_name=None):
UniformMod.__init__(self, 'psycle-audiodriver-' + name,
src_dir / 'psycle' / 'audiodrivers' / path,
deps)
self._define_name = define_name is not None and define_name or name.replace(
'-', '_').upper()
def _apply_defines_to(self, cfg):
cfg.defines['PSYCLE__' + self._define_name +
'_AVAILABLE'] = None
def apply_cxx_to(self, cfg):
self._apply_defines_to(cfg)
def do_mod_phase(self):
self._apply_defines_to(self.cfg)
UniformMod.do_mod_phase(self)
if gstreamer:
gst_driver = AudioDriverMod('gstreamer',
'gstreamerout',
deps=(gstreamer, ))
if alsa: alsa_driver = AudioDriverMod('alsa', 'alsaout', deps=(alsa, ))
if esound:
esound_driver = AudioDriverMod('esound',
'esoundout',
deps=(esound, ))
if dsound:
dsound_driver = AudioDriverMod('microsoft-direct-sound',
'microsoftdirectsoundout',
deps=(dsound, ))
file_driver = AudioDriverMod('wave-file', 'wavefileout')
if False: # these drivers need testing
if jack:
jack_driver = AudioDriverMod('jack', 'jackout', deps=(jack, ))
if winmm:
winmm_driver = AudioDriverMod('microsoft-mme',
'microsoftmmewaveout',
deps=(winmm, ))
# netaudio
# asio
# TODO this all-in-one lib should be removed in favor of separate loadable modules, one per driver
class AudioDriversMod(ModTask):
def __init__(self):
ModTask.__init__(self, 'psycle-audiodrivers',
ModTask.Kinds.LIB, cfg)
def do_set_deps(self, sched_ctx):
self.private_deps = [pch.lib_task]
self.public_deps = [helpers]
req = self.public_deps + self.private_deps
opt = [alsa, jack, esound, dsound, winmm,
gstreamer] # netaudio, asio
for x in sched_ctx.parallel_wait(*(req + opt)):
yield x
self.public_deps += [o for o in opt if o]
self.cxx_phase = self.__class__.InstallHeaders(
self.base_cfg.project, self.name + '-headers')
# brings the headers
h = []
if gstreamer: h.append(gst_driver)
if alsa: h.append(alsa_driver)
if esound: h.append(esound_driver)
if dsound: h.append(dsound_driver)
h.append(file_driver)
if False: # these drivers need testing
if jack: h.append(jack_driver)
if winmm: h.append(winmm_driver)
# netaudio
# asio
for x in sched_ctx.parallel_wait(*(h.cxx_phase for h in h)):
yield x
class InstallHeaders(InstallTask):
@property
def trim_prefix(self):
return src_dir
@property
def dest_dir(self):
return self.fhs.include
@property
def sources(self):
try:
return self._sources
except AttributeError:
self._sources = s = []
dir = src_dir / 'psycle' / 'audiodrivers'
s.append(dir / 'audiodriver.h')
if False: # now done in individual driver tasks
s.append(dir / 'wavefileout.h')
if gstreamer: s.append(dir / 'gstreamerout.h')
if alsa: s.append(dir / 'alsaout.h')
if esound: s.append(dir / 'esoundout.h')
if dsound:
s.append(dir / 'microsoftdirectsoundout.h')
if False: # these drivers need testing
if jack: s.append(dir / 'jackout.h')
if netaudio: s.append(dir / 'netaudioout.h')
if asio: s.append(dir / 'asioout.h')
if winmm:
s.append(dir / 'microsoftmmewaveout.h')
return s
def _apply_defines_to(self, cfg):
if gstreamer: cfg.defines['PSYCLE__GSTREAMER_AVAILABLE'] = None
if alsa: cfg.defines['PSYCLE__ALSA_AVAILABLE'] = None
if esound: cfg.defines['PSYCLE__ESOUND_AVAILABLE'] = None
if dsound:
cfg.defines[
'PSYCLE__MICROSOFT_DIRECT_SOUND_AVAILABLE'] = None
if False: # these drivers need testing
if jack: cfg.defines['PSYCLE__JACK_AVAILABLE'] = None
if netaudio:
cfg.defines['PSYCLE__NET_AUDIO_AVAILABLE'] = None
if asio:
cfg.defines['PSYCLE__STEINBERG_ASIO_AVAILABLE'] = None
if winmm:
cfg.defines['PSYCLE__MICROSOFT_MME_AVAILABLE'] = None
def apply_cxx_to(self, cfg):
self._apply_defines_to(cfg)
if not self.cxx_phase.dest_dir in cfg.include_paths:
cfg.include_paths.append(self.cxx_phase.dest_dir)
def do_mod_phase(self):
self._apply_defines_to(self.cfg)
self.cfg.include_paths.appendleft(src_dir)
self.cfg.defines[
'UNIVERSALIS__META__MODULE__NAME'] = '"' + self.name + '"'
self.cfg.defines['UNIVERSALIS__META__MODULE__VERSION'] = 0
s = self.sources
dir = src_dir / 'psycle' / 'audiodrivers'
s.append(dir / 'audiodriver.cpp')
s.append(dir / 'wavefileout.cpp')
if gstreamer: s.append(dir / 'gstreamerout.cpp')
if alsa: s.append(dir / 'alsaout.cpp')
if esound: s.append(dir / 'esoundout.cpp')
if dsound: s.append(dir / 'microsoftdirectsoundout.cpp')
if False: # these drivers need testing
if jack: s.append(dir / 'jackout.cpp')
if netaudio: s.append(dir / 'netaudioout.cpp')
if asio: s.append(dir / 'asiointerface.cpp')
if winmm: s.append(dir / 'microsoftmmewaveout.cpp')
self._mod_dep_phases = mod_dep_phases = AudioDriversMod()
self.default_tasks.append(mod_dep_phases.mod_phase)
def __call__(self, sched_ctx):
top_src_dir = self.src_dir.parent
src_dir = self.src_dir / 'src'
default_tasks = self.default_tasks
helpers = ScriptLoaderTask.shared(self.project, top_src_dir / 'psycle-helpers')
for x in sched_ctx.parallel_wait(helpers): yield x
helpers = helpers.script_task
self._common = common = helpers.common
helpers = helpers.mod_dep_phases
pch = common.pch
cfg = common.cfg.clone()
from wonderbuild.cxx_tool_chain import PkgConfigCheckTask, ModTask
from wonderbuild.std_checks.winmm import WinMMCheckTask
from wonderbuild.std_checks.dsound import DSoundCheckTask
from wonderbuild.install import InstallTask
check_cfg = cfg.clone()
gstreamer = PkgConfigCheckTask.shared(check_cfg, ['gstreamer-0.10'])
jack = PkgConfigCheckTask.shared(check_cfg, ['jack >= 0.101.1'])
alsa = PkgConfigCheckTask.shared(check_cfg, ['alsa >= 1.0'])
esound = PkgConfigCheckTask.shared(check_cfg, ['esound'])
dsound = DSoundCheckTask.shared(check_cfg)
winmm = WinMMCheckTask.shared(check_cfg)
for x in sched_ctx.parallel_wait(gstreamer, jack, alsa, esound, dsound, winmm): yield x
class UniformMod(ModTask):
def __init__(self, name, path, deps=None, kind=ModTask.Kinds.LOADABLE):
ModTask.__init__(self, name, kind, cfg)
self.path = path
if deps is not None: self.public_deps += deps
if kind in (ModTask.Kinds.PROG, ModTask.Kinds.LOADABLE): default_tasks.append(self.mod_phase)
self.cxx_phase = self.__class__.InstallHeaders(self) # note: set in __ini__ because called directly in AudioDriversMod.__call__
def do_set_deps(self, sched_ctx):
if False: yield
if self.kind == ModTask.Kinds.PROG: self.private_deps = [pch.prog_task]
else: self.private_deps = [pch.lib_task]
self.public_deps += [helpers]
class InstallHeaders(InstallTask):
def __init__(self, outer):
InstallTask.__init__(self, outer.base_cfg.project, outer.name + '-headers')
self.outer = outer
@property
def trim_prefix(self): return src_dir
@property
def dest_dir(self): return self.fhs.include
@property
def sources(self):
try: return self._sources
except AttributeError:
self._sources = []
if self.outer.path.exists:
for s in self.outer.path.find_iter(
in_pats=('*.hpp', '*.h'), ex_pats=('*.private.hpp',), prune_pats=('todo',)
): self._sources.append(s)
for h in ('.hpp', '.h'):
f = self.outer.path.parent / (self.outer.path.name + h)
if f.exists:
self._sources.append(f)
break
return self._sources
def apply_cxx_to(self, cfg):
if not self.cxx_phase.dest_dir in cfg.include_paths: cfg.include_paths.append(self.cxx_phase.dest_dir)
def do_mod_phase(self):
self.cfg.include_paths.appendleft(src_dir)
self.cfg.defines['UNIVERSALIS__META__MODULE__NAME'] = '"' + self.name +'"'
self.cfg.defines['UNIVERSALIS__META__MODULE__VERSION'] = 0
if self.path.exists:
for s in self.path.find_iter(in_pats = ('*.cpp',), prune_pats = ('todo',)): self.sources.append(s)
else: self.sources.append(self.path.parent / (self.path.name + '.cpp'))
class AudioDriverMod(UniformMod):
def __init__(self, name, path, deps=None, define_name=None):
UniformMod.__init__(self,
'psycle-audiodriver-' + name,
src_dir / 'psycle' / 'audiodrivers' / path,
deps
)
self._define_name = define_name is not None and define_name or name.replace('-', '_').upper()
def _apply_defines_to(self, cfg): cfg.defines['PSYCLE__' + self._define_name + '_AVAILABLE'] = None
def apply_cxx_to(self, cfg): self._apply_defines_to(cfg)
def do_mod_phase(self):
self._apply_defines_to(self.cfg)
UniformMod.do_mod_phase(self)
if gstreamer: gst_driver = AudioDriverMod('gstreamer', 'gstreamerout', deps=(gstreamer,))
if alsa: alsa_driver = AudioDriverMod('alsa', 'alsaout', deps=(alsa,))
if esound: esound_driver = AudioDriverMod('esound', 'esoundout', deps=(esound,))
if dsound: dsound_driver = AudioDriverMod('microsoft-direct-sound', 'microsoftdirectsoundout', deps=(dsound,))
file_driver = AudioDriverMod('wave-file', 'wavefileout')
if False: # these drivers need testing
if jack: jack_driver = AudioDriverMod('jack', 'jackout', deps=(jack,))
if winmm: winmm_driver = AudioDriverMod('microsoft-mme', 'microsoftmmewaveout', deps=(winmm,))
# netaudio
# asio
# TODO this all-in-one lib should be removed in favor of separate loadable modules, one per driver
class AudioDriversMod(ModTask):
def __init__(self): ModTask.__init__(self, 'psycle-audiodrivers', ModTask.Kinds.LIB, cfg)
def do_set_deps(self, sched_ctx):
self.private_deps = [pch.lib_task]
self.public_deps = [helpers]
req = self.public_deps + self.private_deps
opt = [alsa, jack, esound, dsound, winmm, gstreamer] # netaudio, asio
for x in sched_ctx.parallel_wait(*(req + opt)): yield x
self.public_deps += [o for o in opt if o]
self.cxx_phase = self.__class__.InstallHeaders(self.base_cfg.project, self.name + '-headers')
# brings the headers
h = []
if gstreamer: h.append(gst_driver)
if alsa: h.append(alsa_driver)
if esound: h.append(esound_driver)
if dsound: h.append(dsound_driver)
h.append(file_driver)
if False: # these drivers need testing
if jack: h.append(jack_driver)
if winmm: h.append(winmm_driver)
# netaudio
# asio
for x in sched_ctx.parallel_wait(*(h.cxx_phase for h in h)): yield x
class InstallHeaders(InstallTask):
@property
def trim_prefix(self): return src_dir
@property
def dest_dir(self): return self.fhs.include
@property
def sources(self):
try: return self._sources
except AttributeError:
self._sources = s = []
dir = src_dir / 'psycle' / 'audiodrivers'
s.append(dir / 'audiodriver.h')
if False: # now done in individual driver tasks
s.append(dir / 'wavefileout.h')
if gstreamer: s.append(dir / 'gstreamerout.h')
if alsa: s.append(dir / 'alsaout.h')
if esound: s.append(dir / 'esoundout.h')
if dsound: s.append(dir / 'microsoftdirectsoundout.h')
if False: # these drivers need testing
if jack: s.append(dir / 'jackout.h')
if netaudio: s.append(dir / 'netaudioout.h')
if asio: s.append(dir / 'asioout.h')
if winmm: s.append(dir / 'microsoftmmewaveout.h')
return s
def _apply_defines_to(self, cfg):
if gstreamer: cfg.defines['PSYCLE__GSTREAMER_AVAILABLE'] = None
if alsa: cfg.defines['PSYCLE__ALSA_AVAILABLE'] = None
if esound: cfg.defines['PSYCLE__ESOUND_AVAILABLE'] = None
if dsound: cfg.defines['PSYCLE__MICROSOFT_DIRECT_SOUND_AVAILABLE'] = None
if False: # these drivers need testing
if jack: cfg.defines['PSYCLE__JACK_AVAILABLE'] = None
if netaudio: cfg.defines['PSYCLE__NET_AUDIO_AVAILABLE'] = None
if asio: cfg.defines['PSYCLE__STEINBERG_ASIO_AVAILABLE'] = None
if winmm: cfg.defines['PSYCLE__MICROSOFT_MME_AVAILABLE'] = None
def apply_cxx_to(self, cfg):
self._apply_defines_to(cfg)
if not self.cxx_phase.dest_dir in cfg.include_paths: cfg.include_paths.append(self.cxx_phase.dest_dir)
def do_mod_phase(self):
self._apply_defines_to(self.cfg)
self.cfg.include_paths.appendleft(src_dir)
self.cfg.defines['UNIVERSALIS__META__MODULE__NAME'] = '"' + self.name +'"'
self.cfg.defines['UNIVERSALIS__META__MODULE__VERSION'] = 0
s = self.sources
dir = src_dir / 'psycle' / 'audiodrivers'
s.append(dir / 'audiodriver.cpp')
s.append(dir / 'wavefileout.cpp')
if gstreamer: s.append(dir / 'gstreamerout.cpp')
if alsa: s.append(dir / 'alsaout.cpp')
if esound: s.append(dir / 'esoundout.cpp')
if dsound: s.append(dir / 'microsoftdirectsoundout.cpp')
if False: # these drivers need testing
if jack: s.append(dir / 'jackout.cpp')
if netaudio: s.append(dir / 'netaudioout.cpp')
if asio: s.append(dir / 'asiointerface.cpp')
if winmm: s.append(dir / 'microsoftmmewaveout.cpp')
self._mod_dep_phases = mod_dep_phases = AudioDriversMod()
self.default_tasks.append(mod_dep_phases.mod_phase)
def __call__(self, sched_ctx):
top_src_dir = self.src_dir.parent
src_dir = self.src_dir / 'src'
diversalis = ScriptLoaderTask.shared(self.project, top_src_dir / 'diversalis')
for x in sched_ctx.parallel_wait(diversalis): yield x
diversalis = diversalis.script_task
self._common = common = diversalis.common
diversalis = diversalis.mod_dep_phases
pch = common.pch
cfg = common.cfg.clone()
from wonderbuild.cxx_tool_chain import PkgConfigCheckTask, ModTask
from wonderbuild.std_checks.std_math import StdMathCheckTask
from wonderbuild.std_checks.std_cxx11 import StdCxx11CheckTask
from wonderbuild.std_checks.boost import BoostCheckTask
from wonderbuild.std_checks.multithreading_support import MultithreadingSupportCheckTask
from wonderbuild.std_checks.openmp import OpenMPCheckTask
from wonderbuild.std_checks.dynamic_loading_support import DynamicLoadingSupportCheckTask
from wonderbuild.std_checks.winmm import WinMMCheckTask
check_cfg = cfg.clone()
std_math = StdMathCheckTask.shared(check_cfg)
std_cxx11 = StdCxx11CheckTask.shared(check_cfg)
boost = BoostCheckTask.shared(check_cfg, (1, 40, 0), ('system', 'thread', 'filesystem', 'date_time'))
boost_test = BoostCheckTask.shared(check_cfg, (1, 40, 0), ('unit_test_framework',))
mt = MultithreadingSupportCheckTask.shared(check_cfg)
openmp = OpenMPCheckTask.shared(check_cfg)
dl = DynamicLoadingSupportCheckTask.shared(check_cfg)
glibmm = PkgConfigCheckTask.shared(check_cfg, ['glibmm-2.4', 'gmodule-2.0', 'gthread-2.0'])
winmm = WinMMCheckTask.shared(check_cfg)
from wonderbuild.install import InstallTask
class UniversalisMod(ModTask):
def __init__(self): ModTask.__init__(self, 'universalis', ModTask.Kinds.LIB, cfg)
def do_set_deps(self, sched_ctx):
self.public_deps = [diversalis, std_math, boost, mt, dl]
if self.cfg.dest_platform.os == 'win': self.public_deps.append(winmm)
req = self.all_deps
opt = [std_cxx11, openmp, glibmm]
for x in sched_ctx.parallel_wait(*(req + opt)): yield x
self.public_deps += [o for o in opt if o]
self.cxx_phase = self.__class__.InstallHeaders(self.base_cfg.project, self.name + '-headers')
class InstallHeaders(InstallTask):
@property
def trim_prefix(self): return src_dir
@property
def dest_dir(self): return self.fhs.include
@property
def sources(self):
try: return self._sources
except AttributeError:
self._sources = [self.trim_prefix / 'universalis.hpp'] + \
list((self.trim_prefix / 'universalis').find_iter(
in_pats = ('*.hpp',), ex_pats = ('*.private.hpp',), prune_pats = ('todo',)))
return self._sources
def apply_cxx_to(self, cfg):
if self.cxx_phase.dest_dir not in cfg.include_paths: cfg.include_paths.append(self.cxx_phase.dest_dir)
if not self.cfg.shared: cfg.defines['UNIVERSALIS__SOURCE'] = '-1'
def do_mod_phase(self):
if self.cfg.shared: self.cfg.defines['UNIVERSALIS__SHARED'] = None
self.cfg.defines['UNIVERSALIS__META__MODULE__NAME'] = '"' + self.name +'"'
self.cfg.defines['UNIVERSALIS__META__MODULE__VERSION'] = 0
self.cfg.include_paths.appendleft(src_dir)
for s in (src_dir / 'universalis').find_iter(in_pats = ('*.cpp',), prune_pats = ('todo',)): self.sources.append(s)
self._mod_dep_phases = mod_dep_phases = universalis = UniversalisMod()
common.pch.private_deps.append(mod_dep_phases)
self.default_tasks.append(mod_dep_phases.mod_phase)
for x in sched_ctx.parallel_wait(boost_test): yield x
if boost_test:
class UnitTestMod(ModTask):
def __init__(self): ModTask.__init__(self, 'universalis-unit-tests', ModTask.Kinds.PROG, cfg)
def do_set_deps(self, sched_ctx):
if False: yield
self.private_deps = [pch.prog_task, universalis, boost_test]
def do_mod_phase(self):
self.cfg.include_paths.appendleft(src_dir)
self.cfg.defines['UNIVERSALIS__META__MODULE__NAME'] = '"' + self.name +'"'
self.cfg.defines['UNIVERSALIS__META__MODULE__VERSION'] = 0
self.sources.append(src_dir / 'unit_tests.cpp')
unit_tests = UnitTestMod()
self.default_tasks.append(unit_tests.mod_phase)
