def cmd_unfold_pipe(args):
arc = args.tote
out = sys.stdout
conn = tote.connect(arc)
with conn.read_file(arc) as items_in:
with conn.write_stream(out) as items_out:
items_out.writeall(items_in)
def cmd_import_blobs(args):
conn = tote.connect()
for f in args.file:
print(f, '...')
p = Path(f)
with open(p, 'rb') as i:
b = i.read()
conn.store.save(b)
def cmd_fold_pipe(args):
arc = args.tote
out = sys.stdout.buffer
conn = tote.connect()
with conn.read_file(arc, unfold=False) as i:
with conn.write_stream(out) as o:
f = conn.fold(i)
o.writeall(f)
def cmd_put(args):
conn = tote.connect()
out = conn.write_stream(sys.stdout)
if args.path:
paths = [Path(path) for path in args.path]
for path in tote.list_trees(paths, recurse=args.recursive):
out.write(conn.put_file(path))
else:
out.write(conn.put_stream(sys.stdin.buffer))
def cmd_list(args):
arc = args.tote
files = args.file
conn = tote.connect(arc)
with conn.read_file(arc) as items:
if files:
items = tote._filter_items_by_names(items, files)
for item in items:
print(item.type, item.size, item.name)
def cmd_append(args):
arc = args.tote
files = args.file
recursive = args.recursive
u = sys.stdout
conn = tote.connect()
with conn.append_file(arc) as o:
for file in tote.list_trees(files, recurse=recursive):
print('append', file, file=u)
f = conn.put_file(file)
o.write(f)
def cmd_status(args):
conn = tote.connect()
last_checkin = conn._most_recent_checkin()
tote.tote_update(
arc=last_checkin,
paths=[conn.workdir_path],
relative_to=conn.workdir_path,
base_path=conn.workdir_path,
conn=conn,
dryrun=True,
)
def cmd_unfold(args):
arc = args.tote
conn = tote.connect(arc)
with conn.read_file(arc) as items_in:
with conn.write_file(arc + '.part') as items_out:
items_out.writeall(items_in)
with conn.append_file(arc + '.history') as items_out:
items_out.write(conn.put_file(arc))
os.rename(arc + '.part', arc)
def cmd_extract(args):
'''extract files from archive'''
arc = args.tote
files = args.file
to = args.to
conn = tote.connect(arc)
with conn.read_file(arc) as items_in:
if files:
items_in = tote._filter_items_by_names(items_in, files)
for item in items_in:
print(item.name)
conn.get_file(item, out_base=to)
def cmd_cat(args):
conn = tote.connect()
out = sys.stdout.buffer
if args.tote:
for file in args.tote:
with conn.read_file(file) as items_in:
for item in items_in:
for chunk in conn.get_chunks(item):
out.write(chunk)
else:
for item in conn.read_stream(sys.stdin):
for chunk in conn.get_chunks(item):
out.write(chunk)
def cmd_checkin(args):
conn = tote.connect()
arc_output = conn.tote_path / 'checkin' / 'default' / (
tote.format_timestamp(safe=True) + '.tote')
arc_output.parent.mkdir(parents=True, exist_ok=True)
last_checkin = conn._most_recent_checkin()
tote.tote_update(
arc=last_checkin,
arc_output=arc_output,
paths=[conn.workdir_path],
relative_to=conn.workdir_path,
base_path=conn.workdir_path,
conn=conn,
)
def cmd_blob_cat(args):
conn = tote.connect()
blob = conn.store.load_blob(args.data)
sys.stdout.buffer.write(blob)
def cmd_show_workdir(args):
conn = tote.connect(args.path)
print('workdir_path =', conn.workdir_path)
print('store_path =', conn.store_path)
print('store =', conn.store)
