def check_entry(entries, filename):
t = get_transport('.')
stat = t.stat(urlutils.escape('%s/%s' % (parent_dir, filename)))
named_entries = [
entry for entry in entries if entry[0] == filename]
self.assertEqual(1, len(named_entries))
name, longname, attrs = named_entries[0]
self.assertEqual(lsLine(name, stat), longname)
self.assertEqual(self.sftp_server._translate_stat(stat), attrs)
def check_entry(entries, filename):
t = get_transport('.')
stat = t.stat(urlutils.escape('%s/%s' % (parent_dir, filename)))
named_entries = [
entry for entry in entries if entry[0] == filename]
self.assertEqual(1, len(named_entries))
name, longname, attrs = named_entries[0]
self.assertEqual(lsLine(name, stat), longname)
self.assertEqual(self.sftp_server._translate_stat(stat), attrs)
def __next__(self):
try:
f = self.files.pop(0)
except IndexError:
raise StopIteration
else:
s = self.server.avatar._runAsUser(os.lstat, os.path.join(self.dir, f))
longname = lsLine(f, s)
attrs = self.server._getAttrs(s)
return (f, longname, attrs)
def _lsInTimezone(self, timezone, stat):
"""
Call L{ls.lsLine} after setting the timezone to C{timezone} and return
the result.
"""
# Set the timezone to a well-known value so the timestamps are
# predictable.
os.environ['TZ'] = timezone
time.tzset()
return ls.lsLine('foo', stat)
def next(self):
try:
f = self.files.pop(0)
except IndexError:
raise StopIteration
else:
s = self.server.avatar._runAsUser(os.lstat, os.path.join(self.dir, f))
longname = lsLine(f, s)
attrs = self.server._getAttrs(s)
return (f, longname, attrs)
def _lsInTimezone(self, timezone, stat):
"""
Call L{ls.lsLine} after setting the timezone to C{timezone} and return
the result.
"""
# Set the timezone to a well-known value so the timestamps are
# predictable.
os.environ['TZ'] = timezone
time.tzset()
return ls.lsLine('foo', stat)
def next(self):
# TODO: problem - what if the user that logs in is not a user in the
# system?
if not self.files:
raise StopIteration
f = self.files.pop(0)
followLink = False
if not self.server._islink(f):
#prevents fake directories and files from showing up as links
followLink = True
f.restat(followLink=followLink)
longname = lsLine(f.basename(), f.statinfo)
longname = longname[:15] + longname[32:] # remove uid and gid
return (f.basename(), longname, _simplifyAttributes(f))
def list_directory(self, path):
assert path.startswith('/')
if path == '/':
searches = self.search_request.get_searches()
for (name, ) in searches:
name = name.encode('utf-8')
s = self.stat('/%s' % name)
yield (name, lsLine(name, s), self.attrs_from_stat(s))
else:
virtpath = self.split_virtual_path(path)
for filepath, rset_file in self.dir_content(virtpath):
if not rset_file:
s = self.stat(filepath, path_is_real=True)
else:
# retrieve rset binary from database
rset = self.search_request.get_file_data(
file_eid=None,
rset_file=True,
search_name=virtpath.search_name)
s = self.stat_file_entity(rset.len)
basename = osp.basename(filepath).encode('utf-8')
longname = lsLine(basename, s)
yield (basename, longname, self.attrs_from_stat(s))
def next(self):
# TODO: problem - what if the user that logs in is not a user in the
# system?
if not self.files:
raise StopIteration
f = self.files.pop(0)
followLink = False
if not self.server._islink(f):
#prevents fake directories and files from showing up as links
followLink = True
f.restat(followLink=followLink)
longname = lsLine(f.basename(), f.statinfo)
longname = longname[:15] + longname[32:] # remove uid and gid
return (f.basename(), longname, _simplifyAttributes(f))
def next(self):
(name, attrs) = self.iter.next()
class st:
pass
s = st()
s.st_mode = attrs["permissions"]
s.st_uid = attrs["uid"]
s.st_gid = attrs["gid"]
s.st_size = attrs["size"]
s.st_mtime = attrs["mtime"]
s.st_nlink = attrs["nlink"]
return (name, lsLine(name, s), attrs)
def next(self):
(name, attrs) = self.iter.next()
class st:
pass
s = st()
s.st_mode = attrs["permissions"]
s.st_uid = attrs["uid"]
s.st_gid = attrs["gid"]
s.st_size = attrs["size"]
s.st_mtime = attrs["mtime"]
s.st_nlink = attrs["nlink"]
return ( name, lsLine(name, s), attrs )
def next(self):
try:
name, f = self.files.popitem(last=False)
lstat = swift_stat(**f)
longname = ls.lsLine(name, lstat)
return (name, longname, {
"size": lstat.st_size,
"uid": lstat.st_uid,
"gid": lstat.st_gid,
"permissions": lstat.st_mode,
"atime": int(lstat.st_atime),
"mtime": int(lstat.st_mtime)
})
except KeyError:
raise StopIteration
def next(self):
try:
name, f = self.files.popitem(last=False)
lstat = swift_stat(**f)
longname = ls.lsLine(name, lstat)
return (name, longname, {
"size": lstat.st_size,
"uid": lstat.st_uid,
"gid": lstat.st_gid,
"permissions": lstat.st_mode,
"atime": int(lstat.st_atime),
"mtime": int(lstat.st_mtime)
})
except KeyError:
raise StopIteration
def list_directory(self, path):
assert path.startswith('/')
if path == '/':
searches = self.search_request.get_searches()
for (name,) in searches:
name = name.encode('utf-8')
s = self.stat('/%s' % name)
yield (name,
lsLine(name, s),
self.attrs_from_stat(s))
else:
virtpath = self.split_virtual_path(path)
for filepath, rset_file in self.dir_content(virtpath):
if not rset_file:
s = self.stat(filepath, path_is_real=True)
else:
# retrieve rset binary from database
rset = self.search_request.get_file_data(file_eid=None,
rset_file=True,
search_name=virtpath.search_name)
s = self.stat_file_entity(rset.len)
basename = osp.basename(filepath).encode('utf-8')
longname = lsLine(basename, s)
yield (basename, longname, self.attrs_from_stat(s))
def next(self):
(name, attrs) = self.iter.next()
class st:
pass
s = st()
attrs['permissions'] = s.st_mode = attrs.get('permissions', 040755)
attrs['uid'] = s.st_uid = attrs.get('uid', 0)
attrs['gid'] = s.st_gid = attrs.get('gid', DEFAULT_GID)
attrs['size'] = s.st_size = attrs.get('size', 0)
attrs['atime'] = s.st_atime = float(attrs.get('atime',
self.env.startup_time))
attrs['mtime'] = s.st_mtime = float(attrs.get('mtime',
self.env.startup_time))
attrs['nlink'] = s.st_nlink = 1
return (name, lsLine(name, s), attrs)
def _format_directory_entries(self, stat_results, filenames):
"""Produce entries suitable for returning from `openDirectory`.
:param stat_results: A list of the results of calling `stat` on each
file in filenames.
:param filenames: The list of filenames to produce entries for.
:return: An iterator of ``(shortname, longname, attributes)``.
"""
for stat_result, filename in zip(stat_results, filenames):
shortname = urlutils.unescape(filename).encode('utf-8')
stat_result = copy(stat_result)
for attribute in ['st_uid', 'st_gid', 'st_mtime', 'st_nlink']:
if getattr(stat_result, attribute, None) is None:
setattr(stat_result, attribute, 0)
longname = lsLine(shortname, stat_result)
attr_dict = self._translate_stat(stat_result)
yield (shortname, longname, attr_dict)
def list_directory(self, path):
""" Method to list a virtual folder.
Virtual folders have a common root organization:
::
instance name
|
---- CWSearch name
|
---- ...
Parameters
----------
path: string (mandatory)
the virtual path we want to access.
Returns
-------
out: iterator
an iterator containing virtual folder description. Each iterator
item is a 3-uplet of the form (basename, longname, stat).
"""
# Create/update an association between cw rset and db name
self.rset_map = dict((key.lstrip("/"), value) for key, value in zip(
self.INSTANCE_NAMES, self.search_request.get_searches()))
self.all_cw_search_names = []
for name, rset in self.rset_map.iteritems():
self.all_cw_search_names.extend(
[r[0].encode("utf-8") for r in rset])
# Check we are dealing with a path
assert path.startswith('/')
# print "LIST::", path
# Construct root folder
if path == "/":
if self.INSTANCE_NAMES is not None:
root_virtual_folders = [
r.encode("utf-8") for r in self.INSTANCE_NAMES
]
else:
root_virtual_folders = self.cw_search_names
for name in root_virtual_folders:
s = self.stat("/{0}".format(name))
yield (name, lsLine(name, s), self.attrs_from_stat(s))
# Construct search folders if root contains instances
elif (self.INSTANCE_NAMES is not None
and path.lstrip("/") in self.INSTANCE_NAMES):
# Get the proper rset
rset = self.rset_map[path.lstrip("/")]
cw_search_names = [r[0].encode("utf-8") for r in rset]
for name in cw_search_names:
s = self.stat('/%s' % name)
yield (name, lsLine(name, s), self.attrs_from_stat(s))
# Otherwise the build the tree based on the file path contained in cw
else:
virtpath = self.split_virtual_path(path)
session_index = self.INSTANCE_NAMES.index(virtpath.search_instance)
for filepath, rset_file in self.dir_content(
virtpath, session_index):
if not rset_file:
s = self.stat(filepath, path_is_real=True)
else:
# retrieve rset binary from database
rset = self.search_request.get_file_data(
file_eid=None,
rset_file=True,
search_name=virtpath.search_name,
session_index=session_index)
s = self.stat_file_entity(rset.len)
basename = osp.basename(filepath).encode('utf-8')
longname = lsLine(basename, s)
yield (basename, longname, self.attrs_from_stat(s))
def list_directory(self, path):
""" Method to list a virtual folder.
Virtual folders have a common root organization:
::
instance name
|
---- CWSearch name
|
---- ...
Parameters
----------
path: string (mandatory)
the virtual path we want to access.
Returns
-------
out: iterator
an iterator containing virtual folder description. Each iterator
item is a 3-uplet of the form (basename, longname, stat).
"""
# Create an association between cw rset and db name
self.rset_map = dict((key.lstrip("/"), value) for key, value in zip(
self.INSTANCE_NAMES, self.search_request.get_searches()))
self.all_cw_search_names = []
for name, rset in self.rset_map.iteritems():
self.all_cw_search_names.extend(
[r[0].encode("utf-8") for r in rset])
# Check we are dealing with a path
assert path.startswith('/')
# Construct root folder
if path == "/":
if self.INSTANCE_NAMES is not None:
root_virtual_folders = [r.encode("utf-8")
for r in self.INSTANCE_NAMES]
else:
root_virtual_folders = self.cw_search_names
for name in root_virtual_folders:
s = self.stat("/{0}".format(name))
yield (name,
lsLine(name, s),
self.attrs_from_stat(s))
# Construct search folders if root contains instances
elif (self.INSTANCE_NAMES is not None and
path.lstrip("/") in self.INSTANCE_NAMES):
# Get the proper rset
rset = self.rset_map[path.lstrip("/")]
cw_search_names = [r[0].encode("utf-8") for r in rset]
for name in cw_search_names:
s = self.stat('/%s' % name)
yield (name,
lsLine(name, s),
self.attrs_from_stat(s))
# Otherwise the build the tree based on the file path contained in cw
else:
virtpath = self.split_virtual_path(path)
session_index = self.INSTANCE_NAMES.index(virtpath.search_instance)
for filepath, rset_file in self.dir_content(virtpath,
session_index):
if not rset_file:
s = self.stat(filepath, path_is_real=True)
else:
# retrieve rset binary from database
rset = self.search_request.get_file_data(
file_eid=None, rset_file=True,
search_name=virtpath.search_name,
session_index=session_index)
s = self.stat_file_entity(rset.len)
basename = osp.basename(filepath).encode('utf-8')
longname = lsLine(basename, s)
yield (basename, longname, self.attrs_from_stat(s))