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#!/usr/bin/python
import os
import glob
import sys
options = Variables('options.cache', ARGUMENTS)
options.Add(PathVariable('clam_prefix', 'The prefix where CLAM was installed', ''))
options.Add(BoolVariable('verbose', 'Display the full command line instead a short command description', 'no') )
options.Add(BoolVariable('crossmingw', 'Enables MinGW crosscompilation from linux', 'no') )
def scanFiles(pattern, paths) :
files = []
for path in paths :
files+=glob.glob(path+"/"+pattern)
return files
def recursiveDirs(root) :
return filter( (lambda a : a.rfind( ".svn")==-1 ), [ a[0] for a in os.walk(root)] )
def unique(list) :
return dict.fromkeys(list).keys()
toolchain = 'default'
if sys.platform == "win32" : toolchain = 'mingw'
env = Environment(tools=[toolchain], options=options)
options.Save('options.cache', env)
#TODO: This didn't work for dynamic linking
def renameEmbededFileSymbols(source, target, env) :
""" Remove the path part of the symbol name for the embeded file"""
objdumpOutput=os.popen("objdump -x %s | grep _binary'.*'start"%target[0] , "r").read()
startSymbol=objdumpOutput.split()[-1]
infix = startSymbol[len('_binary_'):-len("_start")]
baseName = os.path.split(str(source[0]))[-1]
newInfix = infix[-len(baseName):]
return Execute("objcopy %(target)s "
"--redefine-sym _binary_%(infix)s_start=_binary_%(newInfix)s_start "
"--redefine-sym _binary_%(infix)s_end=_binary_%(newInfix)s_end "
"--redefine-sym _binary_%(infix)s_size=_binary_%(newInfix)s_size " % {
"infix": infix,
"newInfix": newInfix,
"target": target[0],
}
)
"""
embededFileBuilder = Builder(
action=Action([
["ld", "-fPIC", "--shared", "-b", "binary", "-o", "$TARGET", "$SOURCE"],
renameEmbededFileSymbols,
],
),
suffix='.os',
)
env['BUILDERS']['EmbededFile']=embededFileBuilder
"""
env.SConsignFile() # Single signature file
crosscompiling=env['crossmingw']
CLAMInstallDir = env['clam_prefix']
clam_sconstoolspath = os.path.join(CLAMInstallDir,'share','clam','sconstools')
env.Tool('clam', toolpath=[clam_sconstoolspath])
env.Tool('qt4', toolpath=[clam_sconstoolspath])
if crosscompiling :
env.Tool('crossmingw', toolpath=[clam_sconstoolspath])
env['CXXFILESUFFIX'] = '.cxx'
env['QT4_UICDECLSUFFIX'] = '.hxx'
env['QT4_MOCHPREFIX'] = os.path.join('generated','moc_')
env['QT4_UICDECLPREFIX'] = os.path.join('generated','uic_')
env['QT4_QRCCXXPREFIX'] = os.path.join('generated','qrc_')
if not env['verbose']:
env['CXXCOMSTR'] = '== Compiling $SOURCE'
env['LINKCOMSTR'] = '== Linking $TARGET'
env['SHLINKCOMSTR'] = '== Linking library $TARGET'
env['QT4_RCCCOMSTR'] = '== Embeding resources $SOURCE'
env['QT4_UICCOMSTR'] = '== Compiling interface $SOURCE'
env['QT4_LRELEASECOMSTR'] = '== Compiling translation $TARGET'
env['QT4_MOCFROMHCOMSTR'] = '== Generating metaobjects for $SOURCE'
env['QT4_MOCFROMCXXCOMSTR'] = '== Generating metaobjects for $SOURCE'
env.AppendUnique(ASFLAGS='-I. ')
env.EnableClamModules(libs=[
'clam_core',
'clam_audioio',
'clam_processing',
], path=CLAMInstallDir)
env.EnableQt4Modules([
'QtCore',
'QtGui',
'QtOpenGL',
# 'QtSql',
# 'QtNetwork',
# 'QtTest',
# 'QtXml',
# 'QtSvg',
# 'QtUiTools',
# 'QtDesigner',
# 'Qt3Support',
], debug=False,
crosscompiling=crosscompiling,
)
sourcePaths = []
extraPaths = [
CLAMInstallDir+'/include',
CLAMInstallDir+'/include/CLAM', # KLUDGE to keep old style includes
]
includePaths = sourcePaths + extraPaths
sources = scanFiles('*.cxx', sourcePaths)
sources = unique(sources)
singleSourceExamples = [
"WritingProcessings.cxx",
"NetworkPersistence_example.cxx",
"NetworkUsage_example.cxx",
"AudioApplicationExample.cxx", # TODO: Windows lacks GUIAudioApplication
"AudioFileReading_example.cxx",
"AudioFileWriting_example.cxx",
"AudioIOExample.cxx",
# "Configurators_example.cxx", # QT4Port
"DescriptorComputation_example.cxx",
"FDFilterExample.cxx",
"FFT_example.cxx",
"FileInfo_example.cxx",
"FilePlayback_example.cxx",
"FundamentalDetect.cxx",
"LPCAnalysis_example.cxx", # TODO FLTK Dependencies -> Qt4
"Midi2XmlExample.cxx",
"MIDIFileReadWriteExample.cxx",
"MIDIIOExample.cxx",
"MIDIOut_example.cxx",
"MIDI_Synthesizer_example.cxx", # TODO: Windows lacks GUIAudioApplication
"NetworkPersistence_example.cxx",
"NetworkUsage_example.cxx",
"OfflineAudioConvolution.cxx",
"PersistenceThroughDTs_example.cxx",
"POCompositeExample.cxx",
"SimplePortsUsage_example.cxx",
"ProcessingLifeCycle_example.cxx",
"ProcessingObject_controls_example.cxx",
"SDIF_And_Segment_example.cxx", # TODO: FLTK Dependencies
"Spectrum_example.cxx",
"StereoToMonoFile.cxx",
# "ThreadedProcessing_example.cxx", # TODO: Depends on Resample and FLTK
"Tutorial/UserTutorial1.cxx",
"Tutorial/UserTutorial2.cxx",
"Tutorial/UserTutorial3.cxx",
"Tutorial/UserTutorial4.cxx",
"Tutorial/UserTutorial5.cxx",
"Tutorial/UserTutorial6.cxx",
]
directoryBasedExamples = [
"PortsAndControlsUsageExample",
"ControlArrayExamples",
"Wav2SDIF",
"SDIF2Wav",
"SDIF2WavStreaming",
]
directoryBasedLibraries = [
# "PluginExamples/ClamLadspaPluginExample",
"PluginExamples/ClamNativePluginExample",
# TODO: Files to be integred on the Network editor
# "PluginExamples/LadspaOSCRemoteController",
]
singleSourceLibraries = [
]
env.Append(CPPPATH=includePaths)
env.AppendUnique(CPPFLAGS=["-g", "-Wall"])
#env.AppendUnique(DEFINES=["_DEBUG"])
examples = []
for libsource in singleSourceLibraries :
library = os.path.basename(libsource)
examples += [ env.SharedLibrary(source = libsource ) ]
for folder in directoryBasedLibraries :
librarySources = glob.glob(folder+"/*.cxx")
# librarySources += [env.EmbededFile(file) for file in glob.glob(folder+"/*.clamnetwork")]
library = os.path.basename(folder)
examples += [ env.SharedLibrary(target=library, source = librarySources ) ]
for main in singleSourceExamples :
executable = os.path.splitext(os.path.basename(main))[0]
examples += [ env.Program(target=executable, source = sources + [main] ) ]
for folder in directoryBasedExamples :
exampleSources = glob.glob(folder+"/*.cxx")
executable = os.path.basename(folder)+"Exe"
examples += [ env.Program(target=executable, source = sources + exampleSources ) ]
if not crosscompiling :
# Still having problems crosscompiling aubio
tickEnv = env.Clone()
tickEnv.AppendUnique(CPPPATH=['TickExtractor/libresample-0.1.3/include'])
tickEnv.ParseConfig('pkg-config aubio --cflags --libs')
tickSrc = glob.glob("TickExtractor/*cxx") + glob.glob("TickExtractor/libresample-0.1.3/src/*.c")
examples += [ tickEnv.Program(target="TickExtractorExe", source = tickSrc) ]
env.Alias('examples',examples)
env.Default(examples)
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