def Regress(mirror_rp):
"""Bring mirror and inc directory back to regress_to_time
Also affects the rdiff-backup-data directory, so Globals.rbdir
should be set. Regress should only work one step at a time
(i.e. don't "regress" through two separate backup sets. This
function should be run locally to the rdiff-backup-data directory.
"""
inc_rpath = Globals.rbdir.append_path(b"increments")
assert mirror_rp.index == () and inc_rpath.index == (), (
"Mirror and increment paths must have an empty index")
assert mirror_rp.isdir() and inc_rpath.isdir(), (
"Mirror and increments paths must be directories")
assert mirror_rp.conn is inc_rpath.conn is Globals.local_connection, (
"Regress must happen locally.")
meta_manager, former_current_mirror_rp = _set_regress_time()
_set_restore_times()
_regress_rbdir(meta_manager)
ITR = rorpiter.IterTreeReducer(RegressITRB, [])
for rf in _iterate_meta_rfs(mirror_rp, inc_rpath):
ITR(rf.index, rf)
ITR.finish_processing()
if former_current_mirror_rp:
if Globals.do_fsync:
C.sync() # Sync first, since we are marking dest dir as good now
former_current_mirror_rp.delete()
def test_acl_quoting(self):
"""Test the acl_quote and acl_unquote functions"""
self.assertEqual(C.acl_quote(b'foo'), b'foo')
self.assertEqual(C.acl_quote(b'\n'), b'\\012')
self.assertEqual(C.acl_unquote(b'\\012'), b'\n')
s = b'\\\n\t\145\n\01=='
self.assertEqual(C.acl_unquote(C.acl_quote(s)), s)
def _object_to_record(ea):
"""Convert ExtendedAttributes object to text record"""
str_list = [b'# file: %s' % C.acl_quote(ea.get_indexpath())]
for (name, val) in ea.attr_dict.items():
if not val:
str_list.append(name)
else:
encoded_val = base64.b64encode(val)
str_list.append(b'%s=0s%s' % (C.acl_quote(name), encoded_val))
return b'\n'.join(str_list) + b'\n'
def test_strlong(self): """Test str2long and long2str""" self.assertRaises(TypeError, C.long2str, "hello") self.assertRaises(TypeError, C.str2long, 34) self.assertRaises(TypeError, C.str2long, "oeuo") self.assertRaises(TypeError, C.str2long, "oeuoaoeuaoeu") for s in ["\0\0\0\0\0\0\0", "helloto", "\xff\xff\xff\xff\xff\xff\xff", "randoms"]: assert len(s) == 7, repr(s) s_out = C.long2str(C.str2long(s)) assert s_out == s, (s_out, C.str2long(s), s) for l in 0L, 1L, 4000000000L, 34234L, 234234234L: assert C.str2long(C.long2str(l)) == l
def backup_remove_curmirror_local():
"""Remove the older of the current_mirror files. Use at end of session"""
assert Globals.rbdir.conn is Globals.local_connection, (
"Function can only be called locally and not over '{conn}'.".format(
conn=Globals.rbdir.conn))
curmir_incs = restore.get_inclist(Globals.rbdir.append(b"current_mirror"))
assert len(curmir_incs) == 2, (
"There must be two current mirrors not '{ilen}'.".format(
ilen=len(curmir_incs)))
if curmir_incs[0].getinctime() < curmir_incs[1].getinctime():
older_inc = curmir_incs[0]
else:
older_inc = curmir_incs[1]
if Globals.do_fsync:
C.sync() # Make sure everything is written before curmirror is removed
older_inc.delete()
def test_strlong(self):
"""Test str2long and long2str"""
self.assertRaises(TypeError, C.long2str, "hello")
self.assertRaises(TypeError, C.str2long, 34)
self.assertRaises(TypeError, C.str2long, "oeuo")
self.assertRaises(TypeError, C.str2long, "oeuoaoeuaoeu")
for s in [
"\0\0\0\0\0\0\0", "helloto", "\xff\xff\xff\xff\xff\xff\xff",
"randoms"
]:
assert len(s) == 7, repr(s)
s_out = C.long2str(C.str2long(s))
assert s_out == s, (s_out, C.str2long(s), s)
for l in 0L, 1L, 4000000000L, 34234L, 234234234L:
assert C.str2long(C.long2str(l)) == l
def _record_to_object(record):
"""Convert text record to ExtendedAttributes object"""
lines = record.split(b'\n')
first = lines.pop(0)
if not first[:8] == b'# file: ':
raise meta.ParsingError("Bad record beginning: %r" % first[:8])
filename = first[8:]
if filename == b'.':
index = ()
else:
unquoted_filename = C.acl_unquote(filename)
index = tuple(unquoted_filename.split(b'/'))
ea = get_meta_object(index)
for line in lines:
line = line.strip()
if not line:
continue
if line[0] == b'#':
raise meta.ParsingError(
"Only the first line of a record can start with a hash: {line}."
.format(line=line))
eq_pos = line.find(b'=')
if eq_pos == -1:
ea.set(line)
else:
name = line[:eq_pos]
if line[eq_pos + 1:eq_pos + 3] != b'0s':
raise meta.ParsingError(
"Currently only base64 encoding supported")
encoded_val = line[eq_pos + 3:]
ea.set(name, base64.b64decode(encoded_val))
return ea
def test_acl_quoting(self):
"""Test the acl_quote and acl_unquote functions"""
assert C.acl_quote(b'foo') == b'foo', C.acl_quote(b'foo')
assert C.acl_quote(b'\n') == b'\\012', C.acl_quote(b'\n')
assert C.acl_unquote(b'\\012') == b'\n'
s = b'\\\n\t\145\n\01=='
assert C.acl_unquote(C.acl_quote(s)) == s
def test_acl_quoting(self):
"""Test the acl_quote and acl_unquote functions"""
assert C.acl_quote('foo') == 'foo', C.acl_quote('foo')
assert C.acl_quote('\n') == '\\012', C.acl_quote('\n')
assert C.acl_unquote('\\012') == '\n'
s = '\\\n\t\145\n\01=='
assert C.acl_unquote(C.acl_quote(s)) == s
def _record_to_object(record):
"""Convert text record to an AccessControlLists object"""
newline_pos = record.find(b'\n')
first_line = record[:newline_pos]
if not first_line.startswith(b'# file: '):
raise meta.ParsingError("Bad record beginning: %r" % first_line)
filename = first_line[8:]
if filename == b'.':
index = ()
else:
unquoted_filename = C.acl_unquote(filename)
index = tuple(unquoted_filename.split(b'/'))
return get_meta_object(index, os.fsdecode(record[newline_pos:]))
def test_make_dict(self): """Test making stat dictionaries""" rp1 = RPath(Globals.local_connection, "/dev/ttyS1") rp2 = RPath(Globals.local_connection, "./ctest.py") rp3 = RPath(Globals.local_connection, "aestu/aeutoheu/oeu") rp4 = RPath(Globals.local_connection, "testfiles/various_file_types/symbolic_link") rp5 = RPath(Globals.local_connection, "testfiles/various_file_types/fifo") for rp in [rp1, rp2, rp3, rp4, rp5]: dict1 = rp.make_file_dict_old() dict2 = C.make_file_dict(rp.path) if dict1 != dict2: print "Python dictionary: ", dict1 print "not equal to C dictionary: ", dict2 print "for path ", rp.path assert 0
def from_string(self, acl_str):
def _safe_str(cmd):
"""Transform bytes into string without risk of conversion error"""
if isinstance(cmd, str):
return cmd
else:
return str(cmd, errors='replace')
lines = acl_str.splitlines()
if len(lines) != 2 or not lines[0][:8] == b"# file: ":
raise meta.ParsingError("Bad record beginning: %s" %
_safe_str(lines[0][:8]))
filename = lines[0][8:]
if filename == b'.':
self.index = ()
else:
self.index = tuple(C.acl_unquote(filename).split(b'/'))
self.__acl = lines[1]
def test_make_dict(self):
"""Test making stat dictionaries"""
rp1 = RPath(Globals.local_connection, "/dev/ttyS1")
rp2 = RPath(Globals.local_connection, "./ctest.py")
rp3 = RPath(Globals.local_connection, "aestu/aeutoheu/oeu")
rp4 = RPath(Globals.local_connection,
"testfiles/various_file_types/symbolic_link")
rp5 = RPath(Globals.local_connection,
"testfiles/various_file_types/fifo")
for rp in [rp1, rp2, rp3, rp4, rp5]:
dict1 = rp.make_file_dict_old()
dict2 = C.make_file_dict(rp.path)
if dict1 != dict2:
print "Python dictionary: ", dict1
print "not equal to C dictionary: ", dict2
print "for path ", rp.path
assert 0
def __bytes__(self):
return b'# file: %b\n%b\n' % \
(C.acl_quote(self.get_indexpath()), self.__acl)
def _filename_to_index(self, filename):
"""Convert possibly quoted filename to index tuple"""
if filename == b'.':
return ()
else:
return tuple(C.acl_unquote(filename).split(b'/'))
def test_acl_quoting_equals(self):
"""Make sure the equals character is quoted"""
self.assertNotEqual(C.acl_quote(b'='), b'=')
def test_acl_quoting_equals(self):
"""Make sure the equals character is quoted"""
assert C.acl_quote(b'=') != b'='
def test_acl_quoting2(self):
"""This string used to segfault the quoting code, try now"""
s = b'\xd8\xab\xb1Wb\xae\xc5]\x8a\xbb\x15v*\xf4\x0f!\xf9>\xe2Y\x86\xbb\xab\xdbp\xb0\x84\x13k\x1d\xc2\xf1\xf5e\xa5U\x82\x9aUV\xa0\xf4\xdf4\xba\xfdX\x03\x82\x07s\xce\x9e\x8b\xb34\x04\x9f\x17 \xf4\x8f\xa6\xfa\x97\xab\xd8\xac\xda\x85\xdcKvC\xfa#\x94\x92\x9e\xc9\xb7\xc3_\x0f\x84g\x9aB\x11<=^\xdbM\x13\x96c\x8b\xa7|*"\\\'^$@#!(){}?+ ~` '
quoted = C.acl_quote(s)
assert C.acl_unquote(quoted) == s
def test_acl_quoting_equals(self):
"""Make sure the equals character is quoted"""
assert C.acl_quote('=') != '='
def test_acl_quoting2(self):
"""This string used to segfault the quoting code, try now"""
s = '\xd8\xab\xb1Wb\xae\xc5]\x8a\xbb\x15v*\xf4\x0f!\xf9>\xe2Y\x86\xbb\xab\xdbp\xb0\x84\x13k\x1d\xc2\xf1\xf5e\xa5U\x82\x9aUV\xa0\xf4\xdf4\xba\xfdX\x03\x82\x07s\xce\x9e\x8b\xb34\x04\x9f\x17 \xf4\x8f\xa6\xfa\x97\xab\xd8\xac\xda\x85\xdcKvC\xfa#\x94\x92\x9e\xc9\xb7\xc3_\x0f\x84g\x9aB\x11<=^\xdbM\x13\x96c\x8b\xa7|*"\\\'^$@#!(){}?+ ~` '
quoted = C.acl_quote(s)
assert C.acl_unquote(quoted) == s
def _object_to_record(acl):
"""Convert an AccessControlLists object into a text record"""
return b'# file: %b\n%b\n' % (C.acl_quote(
acl.get_indexpath()), os.fsencode(str(acl)))
def test_sync(self):
"""Test running C.sync"""
C.sync()
def test_sync(self): """Test running C.sync""" C.sync()