def test_reading(self):
gdb = PureGitODB(os.path.join(rorepo_dir(), 'objects'))
# we have packs and loose objects, alternates doesn't necessarily exist
assert 1 < len(gdb.databases()) < 4
# access should be possible
git_sha = hex_to_bin("5aebcd5cb3340fb31776941d7e4d518a712a8655")
assert isinstance(gdb.info(git_sha), OInfo)
assert isinstance(gdb.stream(git_sha), OStream)
assert gdb.size() > 200
sha_list = list(gdb.sha_iter())
assert len(sha_list) == gdb.size()
# This is actually a test for compound functionality, but it doesn't
# have a separate test module
# test partial shas
# this one as uneven and quite short
assert gdb.partial_to_complete_sha_hex('5aebcd') == hex_to_bin(
"5aebcd5cb3340fb31776941d7e4d518a712a8655")
# mix even/uneven hexshas
for i, binsha in enumerate(sha_list[:50]):
assert gdb.partial_to_complete_sha_hex(
bin_to_hex(binsha)[:8 - (i % 2)]) == binsha
# END for each sha
self.failUnlessRaises(BadObject, gdb.partial_to_complete_sha_hex,
"0000")
def __init__(self, objects_root):
"""Initalize this instance"""
PureGitODB.__init__(self, objects_root)
if hasattr(self, 'working_dir'):
wd = self.working_dir
else:
wd = os.path.dirname(os.path.dirname(objects_root))
# END try to figure out good entry for dulwich, which doesn't do an extensive search
self._dw_repo = DulwichRepo(wd)
def __init__(self, objects_root):
"""Initalize this instance"""
PureGitODB.__init__(self, objects_root)
if hasattr(self, 'working_dir'):
wd = self.working_dir
else:
wd = os.path.dirname(os.path.dirname(objects_root))
#END try to figure out good entry for dulwich, which doesn't do an extensive search
self._dw_repo = DulwichRepo(wd)
def test_reading(self):
gdb = PureGitODB(os.path.join(rorepo_dir(), 'objects'))
# we have packs and loose objects, alternates doesn't necessarily exist
assert 1 < len(gdb.databases()) < 4
# access should be possible
git_sha = hex_to_bin("5aebcd5cb3340fb31776941d7e4d518a712a8655")
assert isinstance(gdb.info(git_sha), OInfo)
assert isinstance(gdb.stream(git_sha), OStream)
assert gdb.size() > 200
sha_list = list(gdb.sha_iter())
assert len(sha_list) == gdb.size()
# This is actually a test for compound functionality, but it doesn't
# have a separate test module
# test partial shas
# this one as uneven and quite short
assert gdb.partial_to_complete_sha_hex('5aebcd') == hex_to_bin("5aebcd5cb3340fb31776941d7e4d518a712a8655")
# mix even/uneven hexshas
for i, binsha in enumerate(sha_list[:50]):
assert gdb.partial_to_complete_sha_hex(bin_to_hex(binsha)[:8-(i%2)]) == binsha
# END for each sha
self.failUnlessRaises(BadObject, gdb.partial_to_complete_sha_hex, "0000")
def __init__(self, objects_root): """Initalize this instance""" PureGitODB.__init__(self, objects_root) if hasattr(self, 'git_dir'): wd = self.git_dir else: wd = os.path.dirname(objects_root) #END try to figure out good entry for pygit2 - it needs the .gitdir print objects_root print wd self._py2_repo = Pygit2Repo(wd)
def __init__(self, objects_root):
"""Initalize this instance"""
PureGitODB.__init__(self, objects_root)
if hasattr(self, 'git_dir'):
wd = self.git_dir
else:
wd = os.path.dirname(objects_root)
#END try to figure out good entry for pygit2 - it needs the .gitdir
print objects_root
print wd
self._py2_repo = Pygit2Repo(wd)
def test_writing(self, path):
gdb = PureGitODB(path)
# its possible to write objects
self._assert_object_writing(gdb)
self._assert_object_writing_async(gdb)
