def copyTarArc( old_tar, new_tar, temp_directory):
old_tar = tarfile.open(old_tar, mode='r')
members = old_tar.getmembers()
members.sort()
utils.makeDir(temp_directory)
for member in members:
fixed_path = utils.correctPath(member.name)
if fixed_path :
member.name = fixed_path
old_tar.extract(member, path=temp_directory)
createTarArc(temp_directory, new_tar)
old_tar.close()
def fixFilesXML(nod_tree):
global change
entries_files = nod_tree.tags("File")
for entry_file in entries_files:
path_data = entry_file.getTagData("Path")
fixed_path = utils.correctPath(path_data)
if fixed_path == None:
entry_file.hide()
else:
change.append(path_data)
entry_file.getTag("Path").setData(fixed_path)
return nod_tree
def fixFilesXML(nod_tree):
global change
entries_files = nod_tree.tags( "File" )
for entry_file in entries_files:
path_data = entry_file.getTagData( "Path" )
fixed_path = utils.correctPath( path_data )
if fixed_path == None:
entry_file.hide()
else:
change.append( path_data )
entry_file.getTag( "Path" ).setData( fixed_path )
return nod_tree
def fixMetadataXML(nod_tree):
#global change
setPackageName(nod_tree)
entries_path = nod_tree.getTag("Package").getTag("Files").tags("Path")
for entry_path in entries_path:
path_data = entry_path.firstChild().data()
fixed_path= utils.correctPath( path_data )
#if path_data != fixed_path:
# change.append( path_data)
if fixed_path == None:
entry_path.hide()
else:
entry_path = entry_path.setData( fixed_path )
nod_tree.getTag("Package").getTag("Architecture").setData("x86_64")
setPackageName(nod_tree)
return nod_tree
def fixMetadataXML(nod_tree):
#global change
setPackageName(nod_tree)
entries_path = nod_tree.getTag("Package").getTag("Files").tags("Path")
for entry_path in entries_path:
path_data = entry_path.firstChild().data()
fixed_path = utils.correctPath(path_data)
#if path_data != fixed_path:
# change.append( path_data)
if fixed_path == None:
entry_path.hide()
else:
entry_path = entry_path.setData(fixed_path)
nod_tree.getTag("Package").getTag("Architecture").setData("x86_64")
setPackageName(nod_tree)
return nod_tree
