def __init__(self, context, name, files, objects, localLibraries, externalLibraries, explicit):
AtomicArtifact.__init__(
self,
context=context,
name=name,
files=files,
strongDependencies=objects,
orderOnlyDependencies=[],
automaticDependencies=[],
explicit=explicit,
)
def __init__( self, context, generatorScript, explicit ):
self.__context = context # Needed because self.context is initialized in AtomicArtifact.__init__, but the context is used in self.__getAllFiles
AtomicArtifact.__init__(
self,
context = context,
name = "tests",
files = self.__getAllFiles(),
strongDependencies = [ generatorScript ],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = explicit
)
def __init__( self, context, url ):
self.__url = url
self.__file = os.path.join( ViDE.toolsCacheDirectory(), os.path.basename( urlparse.urlparse( url ).path ) )
AtomicArtifact.__init__(
self,
context = context,
name = self.__file,
files = [ self.__file ],
strongDependencies = [],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = False
)
def __init__( self, context, files, source, explicit ):
self.context = context
AtomicArtifact.__init__(
self,
context = context,
name = files[ 0 ],
files = files,
strongDependencies = [ source ],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = explicit
)
self.__source = source
def __init__( self, context, xsdSchema, explicit ):
self.__hppFileName = context.fileName( "gen", xsdSchema.getFileName() + ".hpp" )
self.__cppFileName = context.fileName( "gen", xsdSchema.getFileName() + ".cpp" )
AtomicArtifact.__init__(
self,
context = context,
name = xsdSchema.getFileName() + "_tree",
files = [ self.__hppFileName, self.__cppFileName ],
strongDependencies = [ xsdSchema ],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = explicit
)
def __init__( self, context, source, strip, explicit ):
self.__fileName = context.fileName( "pyd", strip( source.getFileName() ) + "c" )
self.__source = source
AtomicArtifact.__init__(
self,
context = context,
name = self.__fileName,
files = [ self.__fileName ],
strongDependencies = [ source ],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = explicit
)
def __init__( self, context, toolName, madePackage ):
self.context = context
self.__madePackage = madePackage
self.__marker = os.path.join( context.toolset.getMarkerDirectory(), toolName + "_installed" )
AtomicArtifact.__init__(
self,
context = context,
name = self.__marker,
files = [ self.__marker ],
strongDependencies = [ madePackage ],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = False
)
def __init__( self, context, toolName, configureOptions, strongDependencies, unarchivedArchive ):
self.context = context
self.__configureOptions = configureOptions
self.__unarchivedArchive = unarchivedArchive
self.__marker = os.path.join( context.toolset.getMarkerDirectory(), toolName + "_configured" )
AtomicArtifact.__init__(
self,
context = context,
name = self.__marker,
files = [ self.__marker ],
strongDependencies = strongDependencies + [ unarchivedArchive ],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = False
)
def __init__( self, context, toolName, downloadedArchive ):
self.context = context
self.__toolName = toolName
self.__downloadedArchive = downloadedArchive
self.__marker = os.path.join( self.context.toolset.getMarkerDirectory(), toolName + "_unarchived" )
self.__destination = os.path.join( self.context.toolset.getTempDirectory(), self.__toolName )
AtomicArtifact.__init__(
self,
context = context,
name = self.__marker,
files = [ self.__marker ],
strongDependencies = [ downloadedArchive ],
orderOnlyDependencies = [],
automaticDependencies = [],
explicit = False
)
def __init__(self, context, name, files, objects, localLibraries, externalLibraries, explicit):
self.__librariesToLink, staticLibraryBinaries, dynamicLibraryBinaries = LinkedBinary.__extractLibraries(
localLibraries
)
for o in objects:
self.__librariesToLink += o.getLibrariesToLink()
AtomicArtifact.__init__(
self,
context=context,
name=name,
files=files,
strongDependencies=objects + staticLibraryBinaries,
orderOnlyDependencies=dynamicLibraryBinaries,
automaticDependencies=[],
explicit=explicit,
)
def __init__(self, context, files, source, localLibraries, externalLibraries, explicit):
candidateCopiedHeaders = CandidateCopiedHeaders(context, localLibraries)
if isinstance(source, InputArtifact) or os.path.exists(source.getFileName()):
headers = self.__parseCppHeaders(context, source, candidateCopiedHeaders)
else:
headers = Headers()
includedHeaders = [self.__retrieveOrCreateHeader(header) for header in headers.getDoubleQuotedHeaders()]
for searchedHeader in headers.getAngleHeaders():
includedHeaders.append(candidateCopiedHeaders.find(searchedHeader))
AtomicArtifact.__init__(
self,
context=context,
name=files[0],
files=files,
strongDependencies=[source],
orderOnlyDependencies=list(itertools.chain.from_iterable(lib.getCopiedHeaders() for lib in localLibraries)),
automaticDependencies=includedHeaders,
explicit=explicit,
)
self.__source = source
self.__externalLibraries = externalLibraries
def __init__(self, context, source, candidateCopiedHeaders):
fileName = context.fileName("dep", source.getFileName() + ".dep")
if os.path.exists(fileName):
headers = Headers.load(fileName)
automaticDependencies = [DepFile.Header(context, header) for header in headers.getDoubleQuotedHeaders()]
for searchedHeader in headers.getAngleHeaders():
automaticDependencies.append(
DepFile.Header(context, candidateCopiedHeaders.find(searchedHeader).getSource().getFileName())
)
else:
automaticDependencies = []
AtomicArtifact.__init__(
self,
context=context,
name=fileName,
files=[fileName],
strongDependencies=[source],
orderOnlyDependencies=[],
automaticDependencies=automaticDependencies,
explicit=False,
)
self.__fileName = fileName
self.__source = source
self.__candidateCopiedHeaders = candidateCopiedHeaders
