def test_setOwner_ok(self):
"""
Take ownership of file/folder with valid owner ID.
"""
file_name = mk.makeFilename()
file_segments = self.filesystem.home_segments
file_segments.append(file_name)
file_object = self.filesystem.openFileForWriting(file_segments)
file_object.close()
root_avatar = SuperAvatar()
root_avatar._home_folder_path = self.avatar.home_folder_path
root_filesystem = LocalFilesystem(root_avatar)
root_filesystem.setOwner(file_segments, TEST_ACCOUNT_USERNAME_OTHER)
current_owner = self.filesystem.getOwner(file_segments)
self.assertEqual(TEST_ACCOUNT_USERNAME_OTHER, current_owner)
folder_name = mk.makeFilename()
folder_segments = self.filesystem.home_segments
folder_segments.append(folder_name)
self.filesystem.createFolder(folder_segments)
root_filesystem.setOwner(folder_segments, TEST_ACCOUNT_USERNAME_OTHER)
current_owner = self.filesystem.getOwner(folder_segments)
self.assertEqual(TEST_ACCOUNT_USERNAME_OTHER, current_owner)
def test_addGroup_ok_group_folder(self):
"""
Check successful adding a group for a folder.
"""
folder_name = mk.makeFilename()
folder_segments = self.filesystem.home_segments
folder_segments.append(folder_name)
self.filesystem.createFolder(folder_segments)
if os.name == 'posix':
root_avatar = SuperAvatar()
root_avatar._home_folder_path = self.avatar.home_folder_path
root_avatar._root_folder_path = self.avatar.root_folder_path
root_filesystem = LocalFilesystem(avatar=root_avatar)
else:
root_filesystem = self.filesystem
self.assertFalse(
self.filesystem.hasGroup(
folder_segments, TEST_ACCOUNT_GROUP_OTHER))
root_filesystem.addGroup(
folder_segments, TEST_ACCOUNT_GROUP_OTHER)
self.assertTrue(
self.filesystem.hasGroup(
folder_segments, TEST_ACCOUNT_GROUP_OTHER))
def _cleanFolder(cls, folder_segments):
"""
Clean all test files from folder_segments.
Return a list of members which were removed.
"""
if not factory.fs.exists(folder_segments):
return []
# In case we are running the test suite as super user,
# we use super filesystem for cleaning.
if cls._environ_user == cls._drop_user:
temp_avatar = SuperAvatar()
else:
temp_avatar = DefaultAvatar()
temp_filesystem = LocalFilesystem(avatar=temp_avatar)
temp_members = []
for member in (temp_filesystem.getFolderContent(folder_segments)):
if member.find(TEST_NAME_MARKER) != -1:
temp_members.append(member)
segments = folder_segments[:]
segments.append(member)
if temp_filesystem.isFolder(segments):
temp_filesystem.deleteFolder(segments, recursive=True)
else:
temp_filesystem.deleteFile(segments)
return temp_members
def test_generate_ssh_key_pair(self):
"""
Private key is generated in the specified path, and the public
key is generated on a path based on private key path.
"""
private_path, self.private_segments = mk.fs.makePathInTemp()
public_path = u"%s.pub" % (private_path)
self.public_segments = self.private_segments[:]
self.public_segments[-1] = u"%s.pub" % (self.public_segments[-1])
comment = u"%s %s" % (mk.string(), mk.string())
# The current code doesn't allow creating smaller keys, so at 1024
# bit, this test is very slow.
options = self.Bunch(key_size=1024, key_type="rsa", key_file=private_path, key_comment=comment)
private_path = LocalFilesystem.getEncodedPath(private_path)
public_path = LocalFilesystem.getEncodedPath(public_path)
self.assertFalse(mk.fs.exists(self.private_segments))
self.assertFalse(mk.fs.exists(self.public_segments))
generate_ssh_key(options)
self.assertTrue(mk.fs.exists(self.private_segments))
self.assertTrue(mk.fs.exists(self.public_segments))
# Check content of private key.
private_key = Key.fromFile(filename=private_path)
self.assertEqual(1024, private_key.size)
self.assertIsFalse(private_key.isPublic())
self.assertEqual("RSA", private_key.type())
# Check content of public key.
public_key = Key.fromFile(filename=public_path)
self.assertEqual(1024, public_key.size)
self.assertIsTrue(public_key.isPublic())
self.assertEqual("RSA", public_key.type())
# Check that public key is the pair of private key.
private_data = private_key.data()
public_data = public_key.data()
self.assertEqual(private_data["e"], public_data["e"])
self.assertEqual(private_data["n"], public_data["n"])
def generate_ssh_key(options, key=None, open_method=None):
"""
Generate a SSH RSA or DSA key.
Return a pair of (exit_code, operation_message).
For success, exit_code is 0.
`key` and `open_method` are helpers for dependency injection
during tests.
"""
if key is None:
from chevah.utils.crypto import Key
key = Key()
if open_method is None:
open_method = open
exit_code = 0
message = ''
try:
key_size = options.key_size
if options.key_type.lower() == u'rsa':
key_type = crypto.TYPE_RSA
elif options.key_type.lower() == u'dsa':
key_type = crypto.TYPE_DSA
else:
key_type = options.key_type
if not hasattr(options, 'key_file') or options.key_file is None:
options.key_file = 'id_%s' % (options.key_type.lower())
private_file = options.key_file
public_file = u'%s%s' % (
options.key_file, DEFAULT_PUBLIC_KEY_EXTENSION)
key.generate(key_type=key_type, key_size=key_size)
private_file_path = LocalFilesystem.getEncodedPath(private_file)
public_file_path = LocalFilesystem.getEncodedPath(public_file)
with open_method(private_file_path, 'wb') as file_handler:
key.store(private_file=file_handler)
key_comment = None
if hasattr(options, 'key_comment') and options.key_comment:
key_comment = options.key_comment
message_comment = u'having comment "%s"' % key_comment
else:
message_comment = u'without a comment'
with open_method(public_file_path, 'wb') as file_handler:
key.store(public_file=file_handler, comment=key_comment)
message = (
u'SSH key of type "%s" and length "%d" generated as '
u'public key file "%s" and private key file "%s" %s.') % (
options.key_type,
key_size,
public_file,
private_file,
message_comment,
)
exit_code = 0
except UtilsError, error:
exit_code = 1
message = unicode(error)
def __init__(self):
self.name = process_capabilities.os_name
self.fs = LocalFilesystem(SuperAvatar())
class OSAdministrationUnix(object):
shadow_segments = ['etc', 'shadow']
passwd_segments = ['etc', 'passwd']
group_segments = ['etc', 'group']
gshadow_segments = ['etc', 'gshadow']
def __init__(self):
self.name = process_capabilities.os_name
self.fs = LocalFilesystem(SuperAvatar())
def addGroup(self, group):
"""
Add the group to the local computer or domain.
"""
add_group_method = getattr(self, '_addGroup_' + self.name)
add_group_method(group=group)
def _addGroup_unix(self, group):
group_line = u'%s:x:%d:' % (group.name, group.gid)
gshadow_line = u'%s:!::' % (group.name)
self._appendUnixEntry(self.group_segments, group_line)
if self.fs.exists(self.gshadow_segments):
self._appendUnixEntry(self.gshadow_segments, gshadow_line)
# Wait for group to be available.
self._getUnixGroup(group.name)
def _getUnixGroup(self, name):
"""
Get unix group entry, retrying if group is not available yet.
"""
import grp
name_encoded = codecs.encode(name, 'utf-8')
# Try to get the group in list of all groups.
group_found = False
for iterator in range(1000):
if group_found:
break
for group in grp.getgrall():
if group[0] == name_encoded:
group_found = True
break
time.sleep(0.1)
if not group_found:
raise AssertionError('Failed to get group from all: %s' % (
name_encoded))
# Now we find the group in list of all groups, but
# we need to make sure it is also available to be
# retrieved by name.
for iterator in range(1000):
try:
return grp.getgrnam(name_encoded)
except KeyError:
# Group not ready yet.
pass
time.sleep(0.1)
raise AssertionError(
'Group found in all, but not available by name %s' % (
name_encoded))
def _addGroup_aix(self, group):
group_name = group.name.encode('utf-8')
execute(['sudo', 'mkgroup', 'id=' + str(group.gid), group_name])
def _addGroup_linux(self, group):
self._addGroup_unix(group)
def _addGroup_osx(self, group):
groupdb_name = u'/Groups/' + group.name
execute([
'sudo', 'dscl', '.', '-create', groupdb_name,
'gid', str(group.gid),
'passwd', '"*"',
])
def _addGroup_solaris(self, group):
self._addGroup_unix(group)
def _addGroup_hpux(self, group):
self._addGroup_unix(group)
def _addGroup_freebsd(self, group):
group_name = group.name.encode('utf-8')
execute([
'sudo', 'pw', 'groupadd',
'-g', str(group.gid),
'-n', group_name,
])
def _addGroup_openbsd(self, group):
group_name = group.name.encode('utf-8')
execute([
'sudo', 'groupadd',
'-g', str(group.gid),
group_name,
])
def addUsersToGroup(self, group, users=None):
"""
Add the users to the specified group.
"""
if users is None:
users = []
add_user_method = getattr(self, '_addUsersToGroup_' + self.name)
add_user_method(group=group, users=users)
def _addUsersToGroup_unix(self, group, users):
segments = ['etc', 'group']
members = u','.join(users)
self._changeUnixEntry(
segments=segments,
name=group.name,
field=4,
value_when_empty=members,
value_to_append=u',' + members,
)
def _addUsersToGroup_aix(self, group, users):
if not len(users):
return
group_name = group.name.encode('utf-8')
members_list = ','.join(users)
members_list = 'users=' + members_list
members_list = members_list.encode('utf-8')
execute(['sudo', 'chgroup', members_list, group_name])
def _addUsersToGroup_linux(self, group, users):
self._addUsersToGroup_unix(group, users)
def _addUsersToGroup_osx(self, group, users):
groupdb_name = u'/Groups/' + group.name
for member in users:
execute([
'sudo', 'dscl', '.', '-append', groupdb_name,
'GroupMembership', member,
])
def _addUsersToGroup_solaris(self, group, users):
self._addUsersToGroup_unix(group, users)
def _addUsersToGroup_hpux(self, group, users):
self._addUsersToGroup_unix(group, users)
def _addUsersToGroup_freebsd(self, group, users):
if not len(users):
return
group_name = group.name.encode('utf-8')
members_list = ','.join(users)
execute([
'sudo', 'pw', 'groupmod', group_name,
'-M', members_list.encode('utf-8')])
def _addUsersToGroup_openbsd(self, group, users):
group_name = group.name.encode('utf-8')
for user in users:
execute([
'sudo', 'usermod', '-G', group_name, user.encode('utf-8')])
def addUser(self, user):
"""
Add the user and set the corresponding passwords to local computer
or domain.
"""
add_user_method = getattr(self, '_addUser_' + self.name)
add_user_method(user=user)
if user.password:
self.setUserPassword(user=user)
def _addUser_unix(self, user):
# Prevent circular import.
from chevah.compat.testing import TestGroup
group = TestGroup(name=user.name, posix_gid=user.uid)
self._addGroup_unix(group)
values = (
user.name, user.uid, user.gid, user.posix_home_path, user.shell)
passwd_line = u'%s:x:%d:%d::%s:%s' % values
shadow_line = u'%s:!:15218:0:99999:7:::' % (user.name)
self._appendUnixEntry(self.passwd_segments, passwd_line)
if self.fs.exists(self.shadow_segments):
# Only write shadow if exists.
self._appendUnixEntry(self.shadow_segments, shadow_line)
# Wait for user to be available before creating home folder.
self._getUnixUser(user.name)
if user.posix_home_path == u'/tmp':
return
encoded_home_path = user.posix_home_path.encode('utf-8')
execute(['sudo', 'mkdir', encoded_home_path])
execute([
'sudo', 'chown', str(user.uid),
encoded_home_path,
])
if user.home_group:
# On some Unix system we can change group as unicode,
# so we get the ID and change using the group ID.
group = self._getUnixGroup(user.home_group)
execute([
'sudo', 'chgrp', str(group[2]),
encoded_home_path,
])
else:
execute([
'sudo', 'chgrp', str(user.uid),
encoded_home_path,
])
def _getUnixUser(self, name):
"""
Get Unix user entry, retrying if user is not available yet.
"""
import pwd
name_encoded = name.encode('utf-8')
error = None
for iterator in range(1000):
try:
user = pwd.getpwnam(name_encoded)
return user
except (KeyError, OSError) as e:
error = e
pass
time.sleep(0.2)
raise AssertionError(
'Could not get user %s: %s' % (name_encoded, error))
def _addUser_aix(self, user):
# AIX will only allow creating users with shells from
# /etc/security/login.cfg.
user_shell = user.shell
if user.shell == '/bin/false':
user_shell = '/bin/sh'
user_name = user.name.encode('utf-8')
command = [
'sudo', 'mkuser',
'id=' + str(user.uid),
'home=' + user.posix_home_path.encode('utf-8'),
'shell=' + user_shell,
]
if user.primary_group_name:
command.append('pgrp=' + user.primary_group_name)
command.append(user_name)
execute(command)
if user.home_group:
execute([
'sudo', 'chgrp', user.home_group.encode('utf-8'),
user.posix_home_path.encode('utf-8')
])
def _addUser_linux(self, user):
self._addUser_unix(user)
def _addUser_osx(self, user):
userdb_name = u'/Users/' + user.name
home_folder = u'/Users/' + user.name
execute([
'sudo', 'dscl', '.', '-create', userdb_name,
'UserShell', '/bin/bash',
])
execute([
'sudo', 'dscl', '.', '-create', userdb_name,
'UniqueID', str(user.uid),
])
execute([
'sudo', 'dscl', '.', '-create', userdb_name,
'PrimaryGroupID', str(user.gid),
])
execute([
'sudo', 'dscl', '.', '-create', userdb_name,
'NFSHomeDirectory', home_folder,
])
# Create home folder.
execute(['sudo', 'mkdir', home_folder])
execute(['sudo', 'chown', user.name, home_folder])
execute(['sudo', 'chgrp', str(user.gid), home_folder])
if user.home_group:
execute(['sudo', 'chgrp', user.home_group, user.posix_home_path])
else:
execute(['sudo', 'chgrp', user.name, home_folder])
def _addUser_solaris(self, user):
self._addUser_unix(user)
def _addUser_hpux(self, user):
self._addUser_unix(user)
def _addUser_freebsd(self, user):
user_name = user.name.encode('utf-8')
home_path = user.posix_home_path.encode('utf-8')
command = [
'sudo', 'pw', 'user', 'add', user_name,
'-u', str(user.uid),
'-d', home_path,
'-s', user.shell.encode('utf-8'),
'-m',
]
# Only add gid if required.
if user.uid != user.gid:
command.extend(['-g', str(user.gid)])
execute(command)
if user.home_group:
execute([
'sudo', 'chgrp', user.home_group.encode('utf-8'), home_path])
def _addUser_openbsd(self, user):
home_path = user.posix_home_path.encode('utf-8')
command = [
'sudo', 'useradd',
'-u', str(user.uid).encode('utf-8'),
'-d', home_path,
'-s', user.shell.encode('utf-8'),
]
if user.posix_home_path != '/tmp':
command.append('-m'),
# Only add gid if required.
if user.uid != user.gid:
command.extend(['-g', str(user.gid)])
command.append(user.name.encode('utf-8'))
execute(command)
# Wait a bit for the user to be created.
time.sleep(0.2)
if user.home_group:
execute([
'sudo', 'chgrp', user.home_group.encode('utf-8'), home_path])
def setUserPassword(self, user):
"""
Set a password for the user. The password is an attribute of the
'user'.
"""
set_password_method = getattr(self, '_setUserPassword_' + self.name)
set_password_method(user)
def _setUserPassword_unix(self, user):
"""
Set a password for the `user` on Unix.
The password is an attribute of the 'user'.
This function is common for Unix compliant OSes.
It is implemented by writing directly to shadow or passwd file.
"""
if self.fs.exists(self.shadow_segments):
return self._setUserPassword_shadow(user, self.shadow_segments)
else:
return self._setUserPassword_passwd(user, self.passwd_segments)
def _setUserPassword_shadow(self, user, segments):
"""
Set a password in shadow file.
"""
import crypt
ALPHABET = (
'0123456789'
'abcdefghijklmnopqrstuvwxyz'
'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
)
salt = ''.join(random.choice(ALPHABET) for i in range(8))
shadow_password = crypt.crypt(
user.password.encode('utf-8'),
'$1$' + salt + '$',
)
self._changeUnixEntry(
segments=segments,
name=user.name,
field=2,
value_to_replace=shadow_password,
)
def _setUserPassword_passwd(self, user, segments):
"""
Set a password in passwd file.
"""
import crypt
ALPHABET = (
'0123456789'
'abcdefghijklmnopqrstuvwxyz'
'ABCDEFGHIJKLMNOPQRSTUVWXYZ'
)
salt = ''.join(random.choice(ALPHABET) for i in range(2))
passwd_password = crypt.crypt(
user.password.encode('utf-8'), salt)
self._changeUnixEntry(
segments=segments,
name=user.name,
field=2,
value_to_replace=passwd_password,
)
def _setUserPassword_aix(self, user):
"""
Set a password for the user on AIX. The password is an attribute
of the 'user'.
"""
input_text = u'%s:%s' % (user.name, user.password)
execute(
command=['sudo', 'chpasswd', '-c'],
input_text=input_text.encode('utf-8'),
)
def _setUserPassword_linux(self, user):
"""
Set a password for the user on Linux. The password is an attribute
of the 'user'.
"""
self._setUserPassword_unix(user)
def _setUserPassword_osx(self, user):
"""
Set a password for the user on Mac OS X. The password is an attribute
of the 'user'.
"""
userdb_name = u'/Users/' + user.name
execute([
'sudo', 'dscl', '.', '-passwd', userdb_name,
user.password,
])
def _setUserPassword_solaris(self, user):
"""
Set a password for the user on Solaris. The password is an attribute
of the 'user'.
"""
self._setUserPassword_unix(user)
def _setUserPassword_hpux(self, user):
self._setUserPassword_unix(user)
def _setUserPassword_freebsd(self, user):
execute(
command=[
'sudo',
'pw', 'mod', 'user', user.name.encode('utf-8'), '-h', '0',
],
input_text=user.password.encode('utf-8'),
)
def _setUserPassword_openbsd(self, user):
code, out = execute(
command=['encrypt'],
input_text=user.password.encode('utf-8'),
)
execute(
command=[
'sudo',
'usermod', '-p', out.strip(), user.name.encode('utf-8'),
],
)
def deleteUser(self, user):
"""
Delete user from the local operating system.
"""
delete_user_method = getattr(self, '_deleteUser_' + self.name)
delete_user_method(user)
def deleteHomeFolder(self, user):
"""
Removes user's home folder if outside temporary folder.
"""
if user.posix_home_path and user.posix_home_path.startswith(u'/tmp'):
return
delete_folder_method = getattr(self, '_deleteHomeFolder_' + self.name)
delete_folder_method(user)
def _deleteHomeFolder_linux(self, user):
self._deleteHomeFolder_unix(user)
def _deleteHomeFolder_solaris(self, user):
self._deleteHomeFolder_unix(user)
def _deleteHomeFolder_hpux(self, user):
self._deleteHomeFolder_unix(user)
def _deleteHomeFolder_aix(self, user):
self._deleteHomeFolder_unix(user)
def _deleteHomeFolder_freebsd(self, user):
self._deleteHomeFolder_unix(user)
def _deleteHomeFolder_openbsd(self, user):
self._deleteHomeFolder_unix(user)
def _deleteHomeFolder_unix(self, user):
encoded_home_path = user.posix_home_path.encode('utf-8')
execute(['sudo', 'rm', '-rf', encoded_home_path])
def _deleteHomeFolder_osx(self, user):
home_folder = u'/Users/%s' % user.name
execute(['sudo', 'rm', '-rf', home_folder])
def _deleteUser_unix(self, user):
self._deleteUnixEntry(
kind='user',
name=user.name,
files=[['etc', 'passwd'], ['etc', 'shadow']])
# Prevent circular import.
from chevah.compat.testing import TestGroup
group = TestGroup(name=user.name, posix_gid=user.uid)
self._deleteGroup_unix(group)
self.deleteHomeFolder(user)
def _deleteUser_aix(self, user):
execute(['sudo', 'rmuser', '-p', user.name.encode('utf-8')])
self.deleteHomeFolder(user)
def _deleteUser_linux(self, user):
self._deleteUser_unix(user)
def _deleteUser_osx(self, user):
userdb_name = u'/Users/' + user.name
execute(['sudo', 'dscl', '.', '-delete', userdb_name])
self.deleteHomeFolder(user)
def _deleteUser_solaris(self, user):
self._deleteUser_unix(user)
def _deleteUser_hpux(self, user):
self._deleteUser_unix(user)
def _deleteUser_freebsd(self, user):
execute(['sudo', 'pw', 'userdel', user.name.encode('utf-8')])
self.deleteHomeFolder(user)
def _deleteUser_openbsd(self, user):
execute(['sudo', 'userdel', user.name.encode('utf-8')])
self.deleteHomeFolder(user)
def deleteGroup(self, group):
"""
Delete group from the local operating system.
"""
delete_group_method = getattr(self, '_deleteGroup_' + self.name)
delete_group_method(group=group)
def _deleteGroup_unix(self, group):
self._deleteUnixEntry(
kind='group',
name=group.name,
files=[['etc', 'group'], ['etc', 'gshadow']])
def _deleteGroup_aix(self, group):
execute(['sudo', 'rmgroup', group.name.encode('utf-8')])
def _deleteGroup_linux(self, group):
self._deleteGroup_unix(group)
def _deleteGroup_osx(self, group):
groupdb_name = u'/groups/' + group.name
execute(['sudo', 'dscl', '.', '-delete', groupdb_name])
def _deleteGroup_solaris(self, group):
self._deleteGroup_unix(group)
def _deleteGroup_hpux(self, group):
self._deleteGroup_unix(group)
def _deleteGroup_freebsd(self, group):
execute(['sudo', 'pw', 'group', 'del', group.name.encode('utf-8')])
def _deleteGroup_openbsd(self, group):
execute(['sudo', 'groupdel', group.name.encode('utf-8')])
def _appendUnixEntry(self, segments, new_line):
"""
Add the new_line to the end of `segments`.
"""
temp_segments = segments[:]
temp_segments[-1] = temp_segments[-1] + '-'
content = self._getFileContent(segments)
opened_file = self.fs.openFileForWriting(temp_segments, utf8=True)
try:
for line in content:
opened_file.write(line + '\n')
opened_file.write(new_line + '\n')
finally:
opened_file.close()
self._replaceFile(temp_segments, segments)
def _deleteUnixEntry(self, files, name, kind):
"""
Delete a generic unix entry with 'name' from all `files`.
"""
exists = False
for segments in files:
if not self.fs.exists(segments):
continue
exists = False
temp_segments = segments[:]
temp_segments[-1] = temp_segments[-1] + '-'
content = self._getFileContent(segments)
opened_file = self.fs.openFileForWriting(
temp_segments, utf8=True)
try:
for line in content:
entry_name = line.split(':')[0]
if entry_name == name:
exists = True
continue
opened_file.write(line + '\n')
finally:
if opened_file:
opened_file.close()
if exists:
self._replaceFile(temp_segments, segments)
if not exists:
raise AssertionError((
'No such %s: %s' % (kind, name)).encode('utf-8'))
def _changeUnixEntry(
self, segments, name, field,
value_when_empty=None, value_to_append=None,
value_to_replace=None,
):
"""
Update entry 'name' with a new value or an appended value.
Field is the number of entry filed to update, counting with 1.
"""
exists = False
temp_segments = segments[:]
temp_segments[-1] = temp_segments[-1] + '-'
content = self._getFileContent(segments)
opened_file = self.fs.openFileForWriting(
temp_segments, utf8=True)
try:
for line in content:
fields = line.split(':')
field_name = fields[0]
if name == field_name:
exists = True
if fields[field - 1] == '':
if value_when_empty:
fields[field - 1] = value_when_empty
elif value_to_replace:
fields[field - 1] = value_to_replace
else:
pass
elif value_to_append:
fields[field - 1] = (
fields[field - 1] + value_to_append)
elif value_to_replace:
fields[field - 1] = value_to_replace
else:
pass
new_line = u':'.join(fields)
else:
new_line = line
opened_file.write(new_line + '\n')
finally:
opened_file.close()
if exists:
self._replaceFile(temp_segments, segments)
else:
raise AssertionError(u'No such entry: %s' % (name))
def _replaceFile(self, from_segments, to_segments):
attributes = self.fs.getAttributes(to_segments)
self.fs.setAttributes(
from_segments,
{
'mode': attributes.mode,
'uid': attributes.uid,
'gid': attributes.gid,
},
)
self.fs.rename(from_segments, to_segments)
def _getFileContent(self, segments):
"""
Return a list of all lines from file.
"""
opened_file = self.fs.openFileForReading(segments, utf8=True)
content = []
try:
for line in opened_file:
content.append(line.rstrip())
finally:
opened_file.close()
return content
