def test(filename):
if not os.path.isfile(filename):
return False
try:
SolarisPackage(filename)
return True
except:
return False
def test(filename):
if not os.path.isfile(filename):
return False
try:
SolarisPackage(filename)
return True
except MultiPackageDatastreamException:
raise InvalidBundleException(
_("Multi-package datastreams are not supported.\n"
"Please use pkgtrans(1) to convert this bundle to "
"multiple\nfilesystem format packages."))
except:
return False
def __init__(self, filename, data=True, **kwargs):
filename = os.path.normpath(filename)
self.pkg = SolarisPackage(filename)
self.pkgname = self.pkg.pkginfo["PKG"]
self.filename = filename
self.data = data
# map the path name to the SVR4 class it belongs to and
# maintain a set of pre/post install/remove and class action
# scripts this package uses.
self.class_actions_dir = {}
self.class_action_names = set()
self.scripts = set()
self.hollow = self.pkg.pkginfo.get("SUNW_PKG_HOLLOW",
"").lower() == "true"
# A list of pkg.action.AttributeActions with pkginfo
# attributes for items that don't map to pkg(7) equivalents
self.pkginfo_actions = self.get_pkginfo_actions(self.pkg.pkginfo)
def __init__(self, filename, targetpaths=()):
self.pkg = SolarisPackage(filename)
self.pkgname = self.pkg.pkginfo["PKG"]
self.filename = filename
# SolarisPackage.manifest is a list. Cache it into a dictionary
# based on pathname. The cpio archive contains the files as
# they would be in the directory structure -- that is, under
# install, reloc, or root, depending on whether they're i-type
# files, relocatable files, or unrelocatable files. Make sure
# we find the right object, even though the filenames in the
# package map don't have these directory names.
self.pkgmap = {}
for p in self.pkg.manifest:
if p.type in "fevdsl":
if p.pathname.startswith("/"):
dir = "root"
else:
dir = "reloc/"
self.pkgmap[dir + p.pathname] = p
elif p.type == "i":
self.pkgmap["install/" + p.pathname] = p
def __init__(self, filename, **kwargs):
filename = os.path.normpath(filename)
self.pkg = SolarisPackage(filename)
self.pkgname = self.pkg.pkginfo["PKG"]
self.filename = filename
# map the path name to the SVR4 class it belongs to and
# maintain a set of pre/post install/remove and class action
# scripts this package uses.
self.class_actions_dir = {}
self.class_action_names = set()
self.scripts = set()
self.hollow = self.pkg.pkginfo.get("SUNW_PKG_HOLLOW",
"").lower() == "true"
self.pkginfo_actions = self.get_pkginfo_actions(self.pkg.pkginfo)
# SolarisPackage.manifest is a list. Cache it into a dictionary
# based on pathname. The cpio archive contains the files as
# they would be in the directory structure -- that is, under
# install, reloc, or root, depending on whether they're i-type
# files, relocatable files, or unrelocatable files. Make sure
# we find the right object, even though the filenames in the
# package map don't have these directory names.
self.pkgmap = {}
for p in self.pkg.manifest:
if p.type in "fevdsl":
if p.pathname[0] == "/":
d = "root"
else:
d = "reloc/"
self.pkgmap[d + p.pathname] = p
self.class_actions_dir[p.pathname] = p.klass
self.class_action_names.add(p.klass)
elif p.type == "i":
self.pkgmap["install/" + p.pathname] = p
def __init__(self, filename, data=True, targetpaths=()):
self.pkg = SolarisPackage(filename)
self.pkgname = self.pkg.pkginfo["PKG"]
self.filename = filename
self.data = data