def mktree(self, odb, entries):
"""create a tree from the given tree entries and safe it to the database"""
sio = StringIO()
tree_to_stream(entries, sio.write)
sio.seek(0)
istream = odb.store(IStream(str_tree_type, len(sio.getvalue()), sio))
return istream.binsha
def write_tree_from_cache(entries: List[IndexEntry],
odb: 'GitCmdObjectDB',
sl: slice,
si: int = 0) -> Tuple[bytes, List['TreeCacheTup']]:
"""Create a tree from the given sorted list of entries and put the respective
trees into the given object database
:param entries: **sorted** list of IndexEntries
:param odb: object database to store the trees in
:param si: start index at which we should start creating subtrees
:param sl: slice indicating the range we should process on the entries list
:return: tuple(binsha, list(tree_entry, ...)) a tuple of a sha and a list of
tree entries being a tuple of hexsha, mode, name"""
tree_items: List['TreeCacheTup'] = []
ci = sl.start
end = sl.stop
while ci < end:
entry = entries[ci]
if entry.stage != 0:
raise UnmergedEntriesError(entry)
# END abort on unmerged
ci += 1
rbound = entry.path.find('/', si)
if rbound == -1:
# its not a tree
tree_items.append((entry.binsha, entry.mode, entry.path[si:]))
else:
# find common base range
base = entry.path[si:rbound]
xi = ci
while xi < end:
oentry = entries[xi]
orbound = oentry.path.find('/', si)
if orbound == -1 or oentry.path[si:orbound] != base:
break
# END abort on base mismatch
xi += 1
# END find common base
# enter recursion
# ci - 1 as we want to count our current item as well
sha, _tree_entry_list = write_tree_from_cache(
entries, odb, slice(ci - 1, xi), rbound + 1)
tree_items.append((sha, S_IFDIR, base))
# skip ahead
ci = xi
# END handle bounds
# END for each entry
# finally create the tree
sio = BytesIO()
tree_to_stream(
tree_items,
sio.write) # writes to stream as bytes, but doesnt change tree_items
sio.seek(0)
istream = odb.store(IStream(str_tree_type, len(sio.getvalue()), sio))
return (istream.binsha, tree_items)
def mktree(self, odb, entries):
"""create a tree from the given tree entries and safe it to the database"""
sio = BytesIO()
tree_to_stream(entries, sio.write)
sio.seek(0)
istream = odb.store(IStream(str_tree_type, len(sio.getvalue()), sio))
return istream.binsha
def write_tree_from_cache(entries, odb, sl, si=0):
"""Create a tree from the given sorted list of entries and put the respective
trees into the given object database
:param entries: **sorted** list of IndexEntries
:param odb: object database to store the trees in
:param si: start index at which we should start creating subtrees
:param sl: slice indicating the range we should process on the entries list
:return: tuple(binsha, list(tree_entry, ...)) a tuple of a sha and a list of
tree entries being a tuple of hexsha, mode, name"""
tree_items = list()
tree_items_append = tree_items.append
ci = sl.start
end = sl.stop
while ci < end:
entry = entries[ci]
if entry.stage != 0:
raise UnmergedEntriesError(entry)
# END abort on unmerged
ci += 1
rbound = entry.path.find('/', si)
if rbound == -1:
# its not a tree
tree_items_append((entry.binsha, entry.mode, entry.path[si:]))
else:
# find common base range
base = entry.path[si:rbound]
xi = ci
while xi < end:
oentry = entries[xi]
orbound = oentry.path.find('/', si)
if orbound == -1 or oentry.path[si:orbound] != base:
break
# END abort on base mismatch
xi += 1
# END find common base
# enter recursion
# ci - 1 as we want to count our current item as well
sha, tree_entry_list = write_tree_from_cache(entries, odb, slice(ci - 1, xi),
rbound + 1)
tree_items_append((sha, S_IFDIR, base))
# skip ahead
ci = xi
# END handle bounds
# END for each entry
# finally create the tree
sio = StringIO()
tree_to_stream(tree_items, sio.write)
sio.seek(0)
istream = odb.store(IStream(str_tree_type, len(sio.getvalue()), sio))
return (istream.binsha, tree_items)
def _store_tree (self, repo, entities):
"""return tree's istream
"""
assert repo
sio = StringIO ()
assert isinstance (entities, list)
# we need to make sure the entities are sorted by name, which is required by git
entities.sort (lambda a,b: cmp (a[2], b[2]))
tree_to_stream (entities, sio.write)
sio.seek (0)
t_stream = IStream ("tree", len(sio.getvalue ()), sio)
repo.odb.store (t_stream)
sio.close ()
return t_stream