def pack(self, newarchive, filters=None):
"""
Recreate a new archive from the current one
@param newarchive: the name of the new archive
@type newarchive: string
@param filters: tar filters to apply
@type filters: array of strings
@return: the new upstream source
@rtype: UpstreamSource
"""
if not self.unpacked:
raise GbpError("Need an unpacked source tree to pack")
if not filters:
filters = []
if not isinstance(filters, list):
raise GbpError("Filters must be a list")
try:
unpacked = self.unpacked.rstrip('/')
repackArchive = gbpc.PackTarArchive(newarchive,
os.path.dirname(unpacked),
os.path.basename(unpacked),
filters)
repackArchive()
except gbpc.CommandExecFailed:
# repackArchive already printed an error
raise GbpError
return type(self)(newarchive)
def pack(self, newarchive, filters=[], newprefix=None):
"""
Recreate a new archive from the current one
@param newarchive: the name of the new archive
@type newarchive: string
@param filters: tar filters to apply
@type filters: array of strings
@param newprefix: new prefix, None implies that prefix is not mangled
@type newprefix: string or None
@return: the new upstream source
@rtype: UpstreamSource
"""
if not self.unpacked:
raise GbpError("Need an unpacked source tree to pack")
if not filters:
filters = []
if type(filters) != type([]):
raise GbpError("Filters must be a list")
run_dir = os.path.dirname(self.unpacked.rstrip('/'))
pack_this = os.path.basename(self.unpacked.rstrip('/'))
transform = None
if newprefix is not None:
newprefix = newprefix.strip('/.')
if newprefix:
transform = 's!%s!%s!' % (pack_this, newprefix)
else:
transform = 's!%s!%s!' % (pack_this, '.')
try:
repackArchive = gbpc.PackTarArchive(newarchive,
run_dir,
pack_this,
filters,
transform=transform)
repackArchive()
except gbpc.CommandExecFailed:
# repackArchive already printed an error
raise GbpError
new = type(self)(newarchive)
# Reuse the same unpacked dir if the content matches
if not filters:
new.unpacked = self.unpacked
return new