def unpack( self ):
svnpath = self.kdeSvnPath()
utils.cleanDirectory( self.workdir )
if svnpath:
if not self.kdeSvnUnpack( svnpath, "scripts" ):
return False
for pkg in self.subinfo.languages.split():
if not self.kdeSvnUnpack( svnpath, pkg ):
return False
autogen = os.path.join( self.packagedir , "autogen.py" )
svnpath = os.path.join( self.kdesvndir, svnpath )
# execute autogen.py and generate the CMakeLists.txt files
cmd = [ "python", autogen, self.subinfo.languages ]
# FIXME comment out once libxslt works again
cmd.append( "--disable-docs" )
utils.system( cmd )
else:
filenames = []
for pkg in self.subinfo.languages.split():
if not self.subinfo.buildTarget in self.subinfo.targets.keys():
return False
tgt = self.subinfo.buildTarget
filenames.append( 'kde-l10n-' + pkg + '-' + tgt + '.tar.bz2' )
if not utils.unpackFiles( self.downloaddir, filenames, self.workdir ):
return False
# no need for autogen.py - CMake scripts are already created
return True
def unpack( self ):
svnpath = self.kdeSvnPath()
utils.cleanDirectory( self.workdir )
if svnpath:
if not self.kdeSvnUnpack( svnpath, "scripts" ):
return False
for pkg in self.subinfo.languages.split():
if not self.kdeSvnUnpack( svnpath, pkg ):
return False
else:
print "Unpacked %s" % pkg
autogen = os.path.join( self.packagedir , "autogen.py" )
svnpath = os.path.join( self.kdesvndir, svnpath )
# execute autogen.py and generate the CMakeLists.txt files
cmd = "cd %s && python %s %s" % \
(svnpath , autogen, self.subinfo.languages )
utils.system( cmd )
else:
filenames = []
for pkg in self.subinfo.languages.split():
if not self.subinfo.buildTarget in self.subinfo.targets.keys():
return False
tgt = self.subinfo.buildTarget
filenames.append( 'kde-l10n-' + pkg + '-' + tgt + '.tar.bz2' )
if not utils.unpackFiles( self.downloaddir, filenames, self.workdir ):
return False
# no need for autogen.py - CMake scripts are already created
return True
def kdeSvnUnpack( self, svnpath=None, packagedir=None ):
if self.kde.kdeSvnPath():
return self.kde.kdeSvnUnpack( svnpath, packagedir )
else:
if not utils.unpackFiles( self.downloaddir, self._filenames, self.workdir ):
return False
if len( self.subinfo.targets ) and self.subinfo.buildTarget in self.subinfo.patchToApply.keys():
( fileName, patchdepth ) = self.subinfo.patchToApply[ self.subinfo.buildTarget ]
utils.debug( "patchesToApply: %s" % fileName, 0 )
patchfile = os.path.join ( self.packagedir, fileName )
srcdir = os.path.join ( self.workdir, self.instsrcdir )
return utils.applyPatch( srcdir, patchfile, patchdepth )
return True
def unpack( self ):
"""unpacking all zipped(gz, zip, bz2) tarballs"""
raise Exception('This function is deprecated. It calls undefined utils.applyPatches.')
# pylint: disable=W0101
# pylint should not warn about unreachable code here
utils.debug( "base unpack called", 1 )
if self.subinfo.buildTarget in self.subinfo.svnTargets.keys():
if self.subinfo.svnTargets[ self.subinfo.buildTarget ] and utils.isGitUrl( self.subinfo.svnTargets[ self.subinfo.buildTarget ] ):
if ( not os.path.exists( self.workdir ) ):
os.makedirs( self.workdir )
return self.git_unpack( self.subinfo.svnTargets[ self.subinfo.buildTarget ] )
if not utils.unpackFiles( self.downloaddir, self._filenames, self.workdir ):
return False
# if len( self.subinfo.targets ) and self.subinfo.buildTarget in self.subinfo.patchToApply.keys():
# srcdir = os.path.join ( self.workdir, self.instsrcdir )
# TODO: this would fail return utils.applyPatches(srcdir, self.subinfo.patchToApply[self.subinfo.buildTarget])
return True
def unpack( self ):
return utils.unpackFiles( self.downloadDir(), [ os.path.basename( self.subinfo.target() ) ], self.imageDir() )
