def mvtrash(_opts, _args):
for d, b, p in Utils.iterate_dirs(_args, _dirs=True, _files=False):
if b == Utils.trashdir:
m,n = os.path.splitdrive(os.path.abspath(p))
l = os.path.abspath(d).split(os.sep)[1:]
q = os.path.join(m, os.sep, Utils.trashdir, *l)
logging.info("mvtrash %s -> %s" % (p, q))
os.renames(p, q)
def scan(_opts, _args):
for d, b, p in Utils.iterate_dirs(_args, _dirs=False, _files=True):
s = checksum(p)
logging.debug("cksum=%s fname=%s dpath=%s" % (s, b, d))
row = Sums.get(fname=b, dpath=d)
if not row:
Sums(cksum=s, fname=b, dpath=d)
else:
row.cksum = s
commit()
def find(_opts, _args):
for d, b, q in Utils.iterate_dirs(_args, _dirs=False, _files=True):
## for p in _args:
## for t, d, f in os.walk(p):
## Utils.prune(d)
## for y in f:
## q = os.path.join(t, y)
# skip files that are too large, or empty
if _opts.maxsize and os.path.getsize(q) > _opts.maxsize \
or os.path.getsize(q) == 0 :
logging.warn("Skipping %s %d" % (q, os.path.getsize(q)))
continue
# calculate checksum
s = checksum(q)
# remove entries for which the corresponding file is missing
existing_entries = []
for p in Sums.find(s): # p is pathname (dirpath + filename)
if p==q: continue
if not os.path.isfile(p):
Sums.remove(p)
else:
existing_entries.append(p)
# if we actually found something existing
if existing_entries:
logging.debug("duplicate files:")
logging.debug("\t%s" % (q))
for x in existing_entries:
logging.debug("\t%s" % (x))
Counters.counts["bytes_saved"] += os.path.getsize(q)
Journal.emit(Journal.Move(q, Utils.trashpath(q)))
# remove the file (must be explicitly asked for)
if _opts.delete:
Utils.trash(q)
Sums.remove(q)
logging.info("%d bytes saved" % Counters.counts["bytes_saved"])
