def pexpect_ask_password(values):
"""
Interact with process when pexpect found a matching string for password question
It may Ack previously entered password if several password are asked in the same run.
This is a mirror from lin_stack.pexpect_ask_password
"""
process_question = values["child_result_list"][-1]
try:
for pattern, auth_realm in values["extra_args"]["auth_realms"]:
if re.search(pattern, process_question):
if values["extra_args"]["process_meta"].setdefault(
"previous_auth_realm", None) == None:
password_mistyped = False
elif values["extra_args"]["process_meta"][
"previous_auth_realm"] != auth_realm:
values["extra_args"]["key_chain"].ack_password(
values["extra_args"]["process_meta"]
["previous_auth_realm"])
password_mistyped = False
else:
password_mistyped = True
values["extra_args"]["process_meta"][
"previous_auth_realm"] = auth_realm
return values["extra_args"]["key_chain"].get_password(
auth_realm, password_mistyped) + "\n"
except CancelOperationException:
Output.normal("Operation cancelled.")
values["extra_args"]["process_meta"]["was_cancelled"] = True
# Stop current process
return True
def __init__(self, args):
self.args = args
self.key_chain = Key_Chain(self)
self.returncode = None
self.set_username(args)
self.cfg = conf.get_config()
Output.verbose(pprint.pformat(self.cfg))
self.networks_check = Networks_Check(self.cfg, self)
self.networks_check.scan()
self.entries = []
already_added = []
for m_name in self.cfg["global"].get("entries_order", ()):
if m_name in self.cfg["CIFS_mount"]:
entry = CIFS_Mount(self, self.cfg, m_name, self.key_chain)
self.entries.append(entry)
already_added.append(m_name)
self.cfg["CIFS_mount"][m_name]["entry"] = entry
else:
Output.warning("Entry not found '{0}'.".format(m_name))
for m_name in self.cfg["CIFS_mount"]:
if m_name not in already_added:
entry = CIFS_Mount(self, self.cfg, m_name, self.key_chain)
self.entries.append(entry)
self.cfg["CIFS_mount"][m_name]["entry"] = entry
os_check(self)
def open_file_manager(mount):
def _cb(success, output, exit_code):
pass
path = mount.settings["Windows_letter"]
cmd = [s.format(path=path) for s in WIN_CONST.CMD_OPEN.split(" ")]
Output.verbose("cmd: " + " ".join(cmd))
NonBlockingQtProcess(cmd, _cb)
def expect_option(entry, section, option, alert=True, ored_options=None):
if option not in entry:
if alert:
if ored_options is not None:
option = "' or '".join(ored_options)
Output.error("expected '{}' option in {} section.".format(option, section))
return False
return True
def save_current_section():
try:
name = current_section_values["name"]
del(current_section_values["name"])
cfg.setdefault(current_section_name, {})
cfg[current_section_name].setdefault(name, {})
cfg[current_section_name][name].update(current_section_values)
except KeyError:
Output.error("Expected name option not found at line {}. Skipping that section.".format(section_line_nb))
def get_password(self, realm, password_mistyped):
# For Key_Chain
if password_mistyped:
Output.cli(
"Password mistyped. Please re-type '{}' password".format(
realm))
else:
Output.cli("Please type '{}' password".format(realm))
return getpass.getpass()
def set_username(self, args):
if args.username is not None:
validation_answer = validate_username(args.username)
if validation_answer == "ok":
Output.cli(
"\033[01;37m*** ENACdrives username set to {} ***\033[00m".
format(args.username))
conf.save_username(args.username)
else:
Output.error(validation_answer)
self.execution_status(2)
def _cb(is_m):
# Output.debug("cifs_mount._cb")
if is_m != self._cache["is_mounted"]:
Output.normal("--> CIFS_mount {} : {} -> {}".format(self.settings["name"], self._cache["is_mounted"], is_m))
if is_m:
cifs_post_mount(self)
else:
cifs_post_umount(self)
self._cache["is_mounted"] = is_m
if cb is not None:
cb(is_m)
def cifs_umount(mount):
def _cb(success, output, exit_code):
if not success:
mount.ui.notify_user("Umount failure :<br>{}".format(output))
cmd = [OSX_CONST.CMD_UMOUNT, "\"{local_path}\"".format(**mount.settings)]
Output.verbose("cmd: " + " ".join(cmd))
NonBlockingQtProcess(
cmd,
_cb,
)
def cifs_post_umount(mount):
"""
Performs tasks when umount is done.
May happen some seconds after cifs_umount is completed (OS)
"""
if (os.path.isdir(mount.settings["local_path"])
and os.listdir(mount.settings["local_path"]) == []):
try:
os.rmdir(mount.settings["local_path"])
except OSError as e:
Output.warning("Could not rmdir : {0}".format(e))
def show_msgs(self):
for msg in self.cfg["msg"]:
pre = " "
post = ""
if self.cfg["msg"][msg]["icon"] == "info":
pre = "\033[01;37m -> INFO: "
post = " <-\033[00m"
if self.cfg["msg"][msg]["icon"] == "warning":
pre = "\033[01;33m !! WARNING: "
post = " !!\033[00m"
if self.cfg["msg"][msg]["icon"] == "critical":
pre = "\033[01;31m !!! CRITICAL: "
post = " !!!\033[00m"
Output.cli(pre + self.cfg["msg"][msg]["text"] + post)
def cifs_umount(mount):
try:
Output.verbose("Doing umount of {0}".format(
mount.settings["Windows_letter"]))
win32wnet.WNetCancelConnection2(mount.settings["Windows_letter"], 0,
False)
cifs_uncache_is_mounted(mount)
except pywintypes.error as e:
if e.winerror == 2401: # (2401, "WNetCancelConnection2", "There are open files on the connection.")
mount.ui.notify_user(e.strerror)
elif e.winerror == 2250: # (2250, 'WNetCancelConnection2', 'This network connection does not exist.')
mount.ui.notify_user(e.strerror)
else:
Output.error("failed : {0}".format(e))
debug_send("umount:\n{0}".format(e))
def open_file_manager(mount):
def _cb(success, output, exit_code):
pass
if (mount.settings["Linux_CIFS_method"] == "gvfs"
and not mount.settings["Linux_gvfs_symlink"]):
path = None
for f in os.listdir(LIN_CONST.GVFS_DIR):
if LIN_CONST.GVFS_GENERATION == 1:
if re.match(
r"{server_share} \S+ {server_name}".format(
**mount.settings), f):
path = os.path.join(LIN_CONST.GVFS_DIR, f,
mount.settings["server_subdir"])
else:
if (re.match(r"^smb-share:", f) and re.search(
r"domain={realm_domain}(,|$)".format(**mount.settings),
f,
flags=re.IGNORECASE) and re.search(
r"server={server_name}(,|$)".format(
**mount.settings), f) and re.search(
r"share={server_share}(,|$)".format(
**mount.settings), f)
and re.search(
r"user={realm_username}(,|$)".format(
**mount.settings), f)):
path = os.path.join(LIN_CONST.GVFS_DIR, f,
mount.settings["server_subdir"])
if path is None:
raise Exception("Error: Could not find the GVFS mountpoint.")
else:
path = mount.settings["local_path"]
if LIN_CONST.CMD_OPEN is None:
Output.warning(
"Cannot open location '{}', xdg-open not found.".format(path))
return
cmd = [s.format(path=path) for s in LIN_CONST.CMD_OPEN.split(" ")]
Output.verbose("cmd: " + " ".join(cmd))
NonBlockingQtProcess(
cmd,
_cb,
)
def cifs_post_umount(mount):
"""
Performs tasks when umount is done.
May happen some seconds after cifs_umount is completed (OS)
"""
if mount.settings["Linux_CIFS_method"] == "gvfs":
# 2) Remove symlink
if mount.settings["Linux_gvfs_symlink"]:
if (os.path.lexists(mount.settings["local_path"])
and not os.path.exists(mount.settings["local_path"])):
os.unlink(mount.settings["local_path"])
else: # "mount.cifs"
# 2) Remove mount dir
try:
if (os.path.exists(mount.settings["local_path"])
and os.listdir(mount.settings["local_path"]) == []):
os.rmdir(mount.settings["local_path"])
except OSError as e:
Output.warning("Could not rmdir : {0}".format(e))
def load_config(self):
self.cfg = conf.get_config()
self.networks_check = Networks_Check(self.cfg, self)
Output.verbose(pprint.pformat(self.cfg))
# Delete previous config
for entry in self.entries:
entry.destroy()
self.entries = []
for msg in self.msgs:
msg.destroy()
self.msgs = []
# Instanciate new config objects
entries_added = []
for entry_name in self.cfg["global"].get("entries_order", ()):
if entry_name in self.cfg["CIFS_mount"]:
entry = CIFS_Mount(self, self.cfg, entry_name, self.key_chain)
self.entries.append(UI_Mount_Entry(self, entry))
entries_added.append(entry_name)
else:
Output.warning("Entry not found '{0}'.".format(entry_name))
for entry_name in self.cfg.get("CIFS_mount", {}):
if entry_name not in entries_added:
entry = CIFS_Mount(self, self.cfg, entry_name, self.key_chain)
self.entries.append(UI_Mount_Entry(self, entry))
if CONST.OS_SYS == "Windows":
self.windows_letter_manager.refresh_letters()
for entry in self.entries:
self.entries_layer.addLayout(entry)
for msg in self.cfg["msg"]:
msg_item = UI_Msg(self.cfg["msg"][msg]["text"],
self.cfg["msg"][msg]["icon"])
self.msgs.append(msg_item)
self.msgs_layout.addWidget(msg_item)
def save_windows_letter(section_name, letter):
"""
Parse config file and change/add only what is necessary
"""
lines = ["", ]
try:
with open(CONST.USER_CONF_FILE, "r") as f:
lines = f.readlines()
# Parse file, search for name = section_name in [CIFS_mount]
line_nb = -1
good_section_name = False
letter_w_no_section_name_line_nb = None
skip_this_section = True
section_name_line_nb = None
option_line_nb = None
for l in lines:
line_nb += 1
if l.startswith("["):
good_section_name = False
letter_w_no_section_name_line_nb = None
try:
current_section = re.match(r"\[(\S+)\]$", l).groups()[0]
if current_section == "CIFS_mount":
skip_this_section = False
except AttributeError:
skip_this_section = True
continue
if skip_this_section:
continue
try:
k, v = re.match(r"([^=]*)=(.*)", l).groups()
k, v = k.strip(), v.strip()
except AttributeError:
continue
if k == "name":
if v == section_name:
good_section_name = True
if letter_w_no_section_name_line_nb is not None:
option_line_nb = letter_w_no_section_name_line_nb
break
if section_name_line_nb is None:
section_name_line_nb = line_nb
else:
skip_this_section = True
continue
elif k == "Windows_letter":
if good_section_name:
option_line_nb = line_nb
break
else: # Unknown name=xyz yet
letter_w_no_section_name_line_nb = line_nb
# Windows_letter found in config file
if option_line_nb is not None:
Output.verbose("Changing {}'s Windows_letter='{}' in config file {}".format(section_name, letter, CONST.USER_CONF_FILE))
lines[option_line_nb] = "Windows_letter = {}\n".format(letter)
# Windows_letter not found, but [CIFS_mount] found
elif section_name_line_nb is not None:
Output.verbose("Saving {}'s Windows_letter='{}' in config file {}".format(section_name, letter, CONST.USER_CONF_FILE))
lines.insert(section_name_line_nb+1, "Windows_letter = {}\n".format(letter))
# [CIFS_mount] not found
else:
Output.verbose("Saving {}'s Windows_letter='{}' in config file {}".format(section_name, letter, CONST.USER_CONF_FILE))
lines.append("[CIFS_mount]\n")
lines.append("name = {}\n".format(section_name))
lines.append("Windows_letter = {}\n".format(letter))
lines.append("\n")
except FileNotFoundException:
Output.verbose("Saving {}'s Windows_letter='{}' to new config file {}".format(section_name, letter, CONST.USER_CONF_FILE))
lines.append("[CIFS_mount]\n")
lines.append("name = {}\n".format(section_name))
lines.append("Windows_letter = {}\n".format(letter))
lines.append("\n")
with open(CONST.USER_CONF_FILE, "w") as f:
f.writelines(lines)
def notify_user(self, msg):
# For CIFS_Mount
Output.cli("Notify_user: " + msg)
def cifs_is_mounted(mount, cb=None):
"""
evaluate if this mount is mounted
if cb is None make it synchronously (CLI)
else make it asynchronously (GUI)
"""
def _cb_gvfs(success, output, exit_code):
# Output.debug("lin_stack._cb_gvfs")
# Output.debug("-> gvfs-mount -l : \n{0}\n\n".format(output))
share_format1 = re.sub(r"\$", r"\\$", mount.settings["server_share"])
share_format2 = re.sub(r" ", r"%20", mount.settings["server_share"])
share_format2 = re.sub(r"\$", r"\\$", share_format2)
i_search = r"{share_format1} .+ {server_name} -> smb://{realm_domain};{realm_username}@{server_name}/{share_format2}".format(
share_format1=share_format1,
share_format2=share_format2,
**mount.settings)
for l in output.split("\n"):
if re.search(i_search, l, flags=re.IGNORECASE):
# Output.debug(l)
if cb is None:
return True
else:
cb(True)
return
if cb is None:
return False
else:
cb(False)
def _target_mountcifs():
return os.path.ismount(mount.settings["local_path"])
# Output.debug("lin_stack.cifs_is_mounted")
if mount.settings["Linux_CIFS_method"] == "gvfs":
if LIN_CONST.GVFS_GENERATION <= 3:
if LIN_CONST.CMD_GVFS_MOUNT is None:
Output.error("'gvfs-mount' not installed.")
return _cb_gvfs(False, "'gvfs-mount' not installed.", 1)
cmd = [LIN_CONST.CMD_GVFS_MOUNT, "-l"]
else:
if LIN_CONST.CMD_GIO_MOUNT is None:
Output.error("'gio' not installed.")
return _cb_gvfs(False, "'gio' not installed.", 1)
cmd = [LIN_CONST.CMD_GIO_MOUNT, "mount", "-l"]
# Output.debug("cmd: " + " ".join(cmd))
if cb is None:
return _cb_gvfs(**BlockingProcess.run(
cmd,
env=dict(os.environ, LANG="C", LC_ALL="C", LANGUAGE="C"),
cache=True,
))
else:
NonBlockingQtProcess(
cmd,
_cb_gvfs,
env=dict(os.environ, LANG="C", LC_ALL="C", LANGUAGE="C"),
cache=True,
)
else: # "mount.cifs"
if cb is None:
return _target_mountcifs()
else:
NonBlockingQtThread(
"os.path.ismounted.{}".format(mount.settings["local_path"]),
_target_mountcifs, cb)
def get_config():
# Create cache_dir if not already existent
if not os.path.exists(CONST.USER_CACHE_DIR):
os.makedirs(CONST.USER_CACHE_DIR)
# HARD CODED CONFIG
default_config = {
'global': {
'Linux_CIFS_method': 'gvfs',
'Linux_gvfs_symlink': False,
'Linux_mountcifs_dirmode': '0770',
'Linux_mountcifs_filemode': '0770',
'Linux_mountcifs_options': 'rw,nobrl,noserverino,iocharset=utf8,sec=ntlm'},
'CIFS_mount': {},
'network': {},
'realm': {},
'msg': {},
}
cfg = default_config
# USER CONFIG -> get only username from [global]
user_config = None
username = None
try:
with open(CONST.USER_CONF_FILE, "r") as f:
user_config = read_config_source(f)
username = user_config.get("global", {}).get("username", None)
if username is not None:
Output.verbose("Loaded username '{}' from User context. ({})".format(username, CONST.USER_CONF_FILE))
else:
Output.normal("Username not found in User context. ({})".format(CONST.USER_CONF_FILE))
except FileNotFoundException:
Output.normal("Username not found in User context. ({})".format(CONST.USER_CONF_FILE))
if username is None:
if CONST.AD_USERNAME is not None:
username = CONST.AD_USERNAME
Output.verbose("Loaded username '{}' from environment variables (user in domain '{}').".format(username, CONST.AD_DOMAIN))
# Save to config file and reload it for after
save_username(username)
with open(CONST.USER_CONF_FILE, "r") as f:
user_config = read_config_source(f)
else:
Output.normal("Username not found in environment variables (user not in a domain).")
# ENACDRIVE SERVER CONFIG (included cache function)
if username is not None:
config_url = CONST.CONFIG_URL.format(username=username)
cache_filename = os.path.join(CONST.USER_CACHE_DIR, hashlib.md5(config_url.encode()).hexdigest())
try:
with urllib.request.urlopen(config_url, timeout=CONST.URL_TIMEOUT) as response:
lines = [bytes_decode(l) for l in response.readlines()]
# Output.debug("get_config {} : {}".format(config_url, lines))
s_io = io.StringIO("".join(lines))
enacdrives_config = read_config_source(s_io)
merge_configs(cfg, enacdrives_config)
s_io.seek(0)
with open(cache_filename, "w") as f:
f.writelines(s_io.readlines())
Output.verbose("Loaded config from ENACdrives server ({})".format(config_url))
except (socket.timeout, urllib.error.URLError, ConfigException) as e:
Output.warning("Could not load config ENACdrives server. ({})".format(config_url))
Output.warning("Got error : {}".format(e))
try:
with open(cache_filename, "r") as f:
cached_config = read_config_source(f)
merge_configs(cfg, cached_config)
Output.normal("Loaded config from cache file. ({})".format(cache_filename))
except FileNotFoundException:
Output.warning("Could not load config from cache file. ({})".format(cache_filename))
else:
Output.normal("Skipping config from ENACdrives server (no username).")
# SYSTEM CONFIG
try:
with open(CONST.SYSTEM_CONF_FILE, "r") as f:
system_config = read_config_source(f)
merge_configs(cfg, system_config)
Output.verbose("Loaded config from System context. ({})".format(CONST.SYSTEM_CONF_FILE))
except FileNotFoundException:
Output.normal("No config found from System context. ({})".format(CONST.SYSTEM_CONF_FILE))
# USER CONFIG
if user_config is not None:
merge_configs(cfg, user_config)
Output.verbose("Loaded config from User context. ({})".format(CONST.USER_CONF_FILE))
else:
Output.normal("No config found from User context. ({})".format(CONST.USER_CONF_FILE))
cfg = validate_config(cfg)
return cfg
def main_CLI(args):
Output.verbose("*" * 10 + " " + str(datetime.datetime.now()) + " " +
"*" * 10)
Output.verbose("ENACdrives " + CONST.FULL_VERSION)
Output.verbose("Detected OS : " + CONST.OS_DISTRIB + " " + CONST.OS_SYS +
" " + CONST.OS_VERSION + "\n")
Output.debug("LOCAL_USERNAME:"******"LOCAL_GROUPNAME:" + CONST.LOCAL_GROUPNAME)
Output.debug("LOCAL_UID:" + str(CONST.LOCAL_UID))
Output.debug("LOCAL_GID:" + str(CONST.LOCAL_GID))
Output.debug("HOME_DIR:" + CONST.HOME_DIR)
Output.debug("USER_CONF_FILE:" + CONST.USER_CONF_FILE)
Output.debug("RESOURCES_DIR:" + CONST.RESOURCES_DIR + "\n")
Output.debug("IMAGES_DIR:" + CONST.IMAGES_DIR + "\n")
Output.debug("DEFAULT_MNT_DIR:" + CONST.DEFAULT_MNT_DIR + "\n")
release_number_validation = validate_release_number()
if release_number_validation == 'too old':
Output.warning(CONST.NEED_TO_UPDATE_MSG)
elif release_number_validation == 'newer':
Output.normal(CONST.NEWER_THAN_PROD_MSG)
if args.version:
Output.cli("ENACdrives " + CONST.FULL_VERSION)
sys.exit(0)
ui = CLI(args)
sys.exit(ui.run())
def read_config_source(src):
"""
Readlines on src
[global]
username = bancal
Linux_CIFS_method = gvfs
Linux_mountcifs_filemode = 0770
Linux_mountcifs_dirmode = 0770
Linux_mountcifs_options = rw,nobrl,noserverino,iocharset=utf8,sec=ntlm
Linux_gvfs_symlink = true
[msg]
name = name this msg
text = This is a warning notification
icon = warning
[network]
name = Internet
ping = www.epfl.ch
ping = enacit.epfl.ch
error_msg = Error, you are not connected to the network. You won't be able to mount this resource.
[network]
name = Epfl
parent = Internet
cifs = files0.epfl.ch
cifs = files1.epfl.ch
cifs = files8.epfl.ch
cifs = files9.epfl.ch
cifs = enac1files.epfl.ch
error_msg = Error, you are not connected to the intranet of EPFL. Run a VPN client to be able to mount this resource.
[realm]
name = EPFL
domain = INTRANET
username = bancal
[CIFS_mount]
name = private
label = bancal@files9
require_network = Epfl
realm = EPFL
server_name = files9.epfl.ch
server_path = data/bancal
local_path = {MNT_DIR}/bancal_on_files9
# {MNT_DIR}
# {HOME_DIR}
# {DESKTOP_DIR}
# {LOCAL_USERNAME}
# {LOCAL_GROUPNAME}
bookmark = false
# default : False
Linux_CIFS_method = gvfs
# mount.cifs : Linux's mount.cifs (requires sudo ability)
# gvfs : Linux's gvfs-mount
Linux_mountcifs_filemode = 0770
Linux_mountcifs_dirmode = 0770
Linux_mountcifs_options = rw,nobrl,noserverino,iocharset=utf8,sec=ntlm
Linux_gvfs_symlink = yes
# Enables the creation of a symbolic link to "local_path" after mount with gvfs method.
# default : False
Windows_letter = Z:
# Drive letter to use for the mount
And return cfg as
{'CIFS_mount': {
'private': {
'Linux_CIFS_method': 'gvfs',
'Linux_gvfs_symlink': True,
'Linux_mountcifs_dirmode': '0770',
'Linux_mountcifs_filemode': '0770',
'Linux_mountcifs_options': 'rw,nobrl,noserverino,iocharset=utf8,sec=ntlm',
'Windows_letter': 'Z:',
'label': 'bancal@files9',
'local_path': '{MNT_DIR}/bancal_on_files9',
'realm': 'EPFL',
'server_name': 'files9.epfl.ch',
'server_path': 'data/bancal',
'bookmark': False,
'require_network': 'Epfl'}},
'network': {
'Internet': {
'ping': ['www.epfl.ch', 'enacit.epfl.ch'],
'error_msg': 'Error, you are not connected to the network. You won't be able to mount this resource.'
},
'Epfl': {
'ping': ['files0.epfl.ch', 'files1.epfl.ch', 'files8.epfl.ch', 'files9.epfl.ch'],
'parent': 'Internet',
'error_msg': 'Error, you are not connected to the intranet of EPFL. Run a VPN client to be able to mount this resource.'
}
}
'global': {
'username': '******',
'Linux_CIFS_method': 'gvfs',
'Linux_gvfs_symlink': True,
'Linux_mountcifs_dirmode': '0770',
'Linux_mountcifs_filemode': '0770',
'Linux_mountcifs_options': 'rw,nobrl,noserverino,iocharset=utf8,sec=ntlm'},
'realm': {
'EPFL': {
'domain': 'INTRANET',
'username': '******'}}}
If >50% of the lines have unexpected content ... then raise ConfigException()
"""
def save_current_section():
try:
name = current_section_values["name"]
del(current_section_values["name"])
cfg.setdefault(current_section_name, {})
cfg[current_section_name].setdefault(name, {})
cfg[current_section_name][name].update(current_section_values)
except KeyError:
Output.error("Expected name option not found at line {}. Skipping that section.".format(section_line_nb))
multi_entries_sections = ("msg", "CIFS_mount", "realm", "network")
allowed_options = {
"global": (
"username",
"entries_order",
"require_network",
"realm",
"Linux_CIFS_method",
"Linux_mountcifs_filemode",
"Linux_mountcifs_dirmode",
"Linux_mountcifs_options",
"Linux_gvfs_symlink",
),
"msg": (
"name",
"text",
"icon",
),
"CIFS_mount": (
"name",
"label",
"require_network",
"realm",
"unc",
"server_name",
"server_path",
"local_path",
"bookmark",
"Linux_CIFS_method",
"Linux_mountcifs_filemode",
"Linux_mountcifs_dirmode",
"Linux_mountcifs_options",
"Linux_gvfs_symlink",
"Windows_letter",
),
"realm": (
"name",
"domain",
"username",
),
"network": (
"name",
"parent",
"ping",
"cifs",
"error_msg",
)
}
cfg = {}
current_section_name = ""
current_section_values = {}
line_nb = 0
section_line_nb = 0
nb_unexpected_lines = 0
for line in src.readlines():
if type(line) == bytes:
line = bytes_decode(line)
line_nb += 1
l = line
l = re.sub(r"#.*", "", l) # remove comments
l = l.strip() # remove white spaces
if l == "":
continue
# Output.debug(l)
# New section
if l.startswith("["):
try:
new_section = re.match(r"\[(\S+)\]$", l).groups()[0]
except AttributeError:
Output.error("Unexpected content at line {}:\n{}".format(line_nb, line))
nb_unexpected_lines += 1
continue
if current_section_name in multi_entries_sections and current_section_values != {}:
# Save previous section content
save_current_section()
if new_section in allowed_options:
current_section_name = new_section
current_section_values = {}
section_line_nb = line_nb
else:
Output.error("Unexpected section name '{}' at line {}:\n{}".format(new_section, line_nb, line))
current_section_name = ""
nb_unexpected_lines += 1
continue
if current_section_name == "":
Output.error("Unexpected content at line {}:\n{}".format(line_nb, line))
nb_unexpected_lines += 1
continue
# New option
try:
k, v = re.match(r"([^=]*)=(.*)", l).groups()
k, v = k.strip(), v.strip()
except AttributeError:
nb_unexpected_lines += 1
continue
if k not in allowed_options[current_section_name]:
Output.error("Unexpected option at line {}:\n{}".format(line_nb, line))
nb_unexpected_lines += 1
continue
try:
if current_section_name in multi_entries_sections:
# This is a multi entries section type
if current_section_name == "network" and k == "ping":
# network.ping is a list
current_section_values.setdefault(k, [])
current_section_values[k].append(validate_value(k, v))
elif current_section_name == "network" and k == "cifs":
# network.cifs is a list
current_section_values.setdefault(k, [])
current_section_values[k].append(validate_value(k, v))
else:
# other are literals
current_section_values[k] = validate_value(k, v)
else:
# This is a single entry section type
cfg.setdefault(current_section_name, {})[k] = validate_value(k, v)
except ConfigException as e:
Output.error(str(e))
# Output.debug("'{}' = '{}'".format(k, v))
if current_section_name in multi_entries_sections and current_section_values != {}:
# Save last section content
save_current_section()
if nb_unexpected_lines > (line_nb / 2):
Output.warning("Found {}/{} ({}%) unexpected lines. Skipping this source.".format(nb_unexpected_lines, line_nb, nb_unexpected_lines*100.0/line_nb))
raise ConfigException("Too many unexpected lines found. Skipping this source.")
elif nb_unexpected_lines > 0:
Output.warning("Found {}/{} ({}%) unexpected lines.".format(nb_unexpected_lines, line_nb, nb_unexpected_lines*100.0/line_nb))
return cfg
def cifs_mount(mount):
if mount.settings["Linux_CIFS_method"] == "gvfs":
# 1) Remove broken symlink or empty dir
if mount.settings["Linux_gvfs_symlink"]:
if (os.path.lexists(mount.settings["local_path"])
and not os.path.exists(mount.settings["local_path"])):
os.unlink(mount.settings["local_path"])
if (os.path.isdir(mount.settings["local_path"])
and os.listdir(mount.settings["local_path"]) == []):
os.rmdir(mount.settings["local_path"])
if os.path.exists(mount.settings["local_path"]):
mount.ui.notify_user("Error : Path {} already exists".format(
mount.settings["local_path"]))
return False
# 2) Mount
share = re.sub(r" ", r"%20", mount.settings["server_share"])
if LIN_CONST.GVFS_GENERATION <= 3:
cmd = [
LIN_CONST.CMD_GVFS_MOUNT,
r"smb://{realm_domain}\;{realm_username}@{server_name}/{share}"
.format(share=share, **mount.settings)
]
else:
cmd = [
LIN_CONST.CMD_GIO_MOUNT, "mount",
r"smb://{realm_domain}\;{realm_username}@{server_name}/{share}"
.format(share=share, **mount.settings)
]
Output.verbose("cmd: " + " ".join(cmd))
process_meta = {
"was_cancelled": False,
}
try:
(output, exit_status) = pexpect.runu(
command=" ".join(cmd),
events={
"Password:"******"auth_realms": [(r"Password:"******"realm"])],
"key_chain": mount.key_chain,
"process_meta": process_meta,
},
env=dict(os.environ, LANG="C", LC_ALL="C"),
withexitstatus=True,
timeout=CONST.MOUNT_TIMEOUT,
)
except pexpect.ExceptionPexpect as exc:
mount.ui.notify_user("Error while mounting :<br>{}".format(
exc.value))
return False
if "error" not in output.lower() and exit_status == 0:
mount.key_chain.ack_password(mount.settings["realm"])
else:
mount.key_chain.invalidate_if_no_ack_password(
mount.settings["realm"])
if process_meta["was_cancelled"]:
return False
else:
mount.ui.notify_user("Mount failure :<br>{}".format(output))
return False
cifs_uncache_is_mounted(mount)
else: # "mount.cifs"
if LIN_CONST.CMD_MOUNT_CIFS is None:
mount.ui.notify_user(
"Error missing binary <b>mount.cifs</b>. On Ubuntu you can install it with <i>sudo apt-get install cifs-utils</i>"
)
return False
# 1) Make mount dir (remove broken symlink if needed)
if (os.path.lexists(mount.settings["local_path"])
and not os.path.exists(mount.settings["local_path"])):
os.unlink(mount.settings["local_path"])
if not os.path.exists(mount.settings["local_path"]):
try:
os.makedirs(mount.settings["local_path"])
except OSError:
pass
if (os.path.islink(mount.settings["local_path"])
or not os.path.isdir(mount.settings["local_path"])):
mount.ui.notify_user("Error while creating dir : %s" %
mount.settings["local_path"])
return False
# 2) Mount
s_path = re.sub(" ", "\\ ", mount.settings["server_path"])
cmd = [
LIN_CONST.CMD_MOUNT_CIFS, "//{server_name}/{s_path}",
"{local_path}", "-o",
"user={realm_username},domain={realm_domain},"
"uid={local_uid},gid={local_gid},"
"file_mode={Linux_mountcifs_filemode},"
"dir_mode={Linux_mountcifs_filemode},"
"{Linux_mountcifs_options}"
]
if CONST.LOCAL_UID != 0:
cmd.insert(0, "sudo")
cmd = [s.format(s_path=s_path, **mount.settings) for s in cmd]
Output.verbose("cmd: " + " ".join(cmd))
# for i in xrange(3): # 3 attempts (for passwords mistyped)
process_meta = {
"was_cancelled": False,
}
(output, exit_status) = pexpect.runu(
command=" ".join(cmd),
events={
"(?i)password": pexpect_ask_password,
},
extra_args={
"auth_realms": [(r"\[sudo\] password", "sudo"),
(r"Password", mount.settings["realm"])],
"key_chain":
mount.key_chain,
"process_meta":
process_meta,
},
env=dict(os.environ, LANG="C", LC_ALL="C"),
withexitstatus=True,
timeout=CONST.MOUNT_TIMEOUT,
)
if exit_status == 0:
mount.key_chain.ack_password("sudo")
mount.key_chain.ack_password(mount.settings["realm"])
else:
mount.key_chain.invalidate_if_no_ack_password("sudo")
mount.key_chain.invalidate_if_no_ack_password(
mount.settings["realm"])
if process_meta["was_cancelled"]:
if (os.path.exists(mount.settings["local_path"])
and os.listdir(mount.settings["local_path"]) == []):
try:
os.rmdir(mount.settings["local_path"])
except OSError as e:
Output.warning("Could not rmdir : {0}".format(e))
else:
mount.ui.notify_user("Mount failure : {}".format(output))
return False
return True
def cifs_umount(mount):
def _cb_gvfs(success, output, exit_code):
if not success:
mount.ui.notify_user("Umount failure :<br>{}".format(output))
cifs_uncache_is_mounted(mount)
if mount.settings["Linux_CIFS_method"] == "gvfs":
# gvfs umount apparently never locks on open files.
# 1) Umount
share = re.sub(r" ", r"%20", mount.settings["server_share"])
if LIN_CONST.GVFS_GENERATION <= 3:
cmd = [
LIN_CONST.CMD_GVFS_MOUNT, "-u",
r"smb://{realm_domain};{realm_username}@{server_name}/{share}".
format(share=share, **mount.settings)
]
else:
cmd = [
LIN_CONST.CMD_GIO_MOUNT, "mount", "-u",
r"smb://{realm_domain};{realm_username}@{server_name}/{share}".
format(share=share, **mount.settings)
]
Output.verbose("cmd: " + " ".join(cmd))
if mount.ui.UI_TYPE == "GUI":
NonBlockingQtProcess(
cmd,
_cb_gvfs,
env=dict(os.environ, LANG="C", LC_ALL="C", LANGUAGE="C"),
)
else:
_cb_gvfs(**BlockingProcess.run(
cmd,
env=dict(os.environ, LANG="C", LC_ALL="C", LANGUAGE="C"),
))
else: # "mount.cifs"
# 1) uMount
cmd = [LIN_CONST.CMD_UMOUNT, "{local_path}"]
if CONST.LOCAL_UID != 0:
cmd.insert(0, "sudo")
cmd = [s.format(**mount.settings) for s in cmd]
Output.verbose("cmd: " + " ".join(cmd))
# for i in xrange(3): # 3 attempts (for passwords mistyped)
process_meta = {
"was_cancelled": False,
}
(output, exit_status) = pexpect.runu(
command=" ".join(cmd),
events={
"(?i)password": pexpect_ask_password,
},
extra_args={
"auth_realms": [
(r"\[sudo\] password", "sudo"),
],
"key_chain": mount.key_chain,
"process_meta": process_meta,
},
env=dict(os.environ, LANG="C", LC_ALL="C"),
withexitstatus=True,
timeout=CONST.UMOUNT_TIMEOUT,
)
if exit_status == 0:
mount.key_chain.ack_password("sudo")
else:
if process_meta["was_cancelled"]:
mount.key_chain.invalidate_if_no_ack_password("sudo")
elif "device is busy" in output:
mount.key_chain.ack_password("sudo")
mount.ui.notify_user("Umount failure: Device is busy.")
return False
else:
mount.key_chain.invalidate_if_no_ack_password("sudo")
mount.ui.notify_user("Umount failure")
return False
def save_username(username):
"""
Parse config file and change/add only what is necessary
"""
lines = ["", ]
try:
with open(CONST.USER_CONF_FILE, "r") as f:
lines = f.readlines()
# Parse file, search for username = xxx in [global]
current_section = None
line_nb = -1
global_section_line_nb = None
username_line_nb = None
for l in lines:
line_nb += 1
if l.startswith("["):
try:
current_section = re.match(r"\[(\S+)\]$", l).groups()[0]
if current_section == "global" and global_section_line_nb is None:
global_section_line_nb = line_nb
except AttributeError:
current_section = None
continue
if current_section != "global":
continue
try:
k, v = re.match(r"([^=]*)=(.*)", l).groups()
k, v = k.strip(), v.strip()
except AttributeError:
continue
if k == "username":
username_line_nb = line_nb
break
# username found in config file
if username_line_nb is not None:
Output.verbose("Changing to username='******' in config file {}".format(username, CONST.USER_CONF_FILE))
lines[username_line_nb] = "username = {}\n".format(username)
# username not found, but [global] found
elif global_section_line_nb is not None:
Output.verbose("Saving username='******' in config file {}".format(username, CONST.USER_CONF_FILE))
lines.insert(global_section_line_nb+1, "username = {}\n".format(username))
# [global] not found
else:
Output.verbose("Saving username='******' in config file {}".format(username, CONST.USER_CONF_FILE))
lines.insert(0, "[global]\n")
lines.insert(1, "username = {}\n".format(username))
lines.insert(2, "\n")
except FileNotFoundException:
Output.verbose("Saving username='******' to new config file {}".format(username, CONST.USER_CONF_FILE))
lines.insert(0, "[global]\n")
lines.insert(1, "username = {}\n".format(username))
lines.insert(2, "\n")
with open(CONST.USER_CONF_FILE, "w") as f:
f.writelines(lines)
def cifs_mount(mount):
# 1) Make mountpoint
if not os.path.exists(mount.settings["local_path"]):
try:
os.makedirs(mount.settings["local_path"])
except OSError:
pass
if not os.path.isdir(mount.settings["local_path"]):
raise Exception("Error while creating dir : %s" %
mount.settings["local_path"])
# 2) Mount
s_path = re.sub(r" ", r"%20", mount.settings["server_path"])
cmd = [
OSX_CONST.CMD_MOUNT_SMBFS,
r"//{realm_domain}\;{realm_username}@{server_name}/{s_path}".format(
s_path=s_path, **mount.settings),
"\"{local_path}\"".format(**mount.settings)
]
Output.verbose("cmd: " + " ".join(cmd))
for _ in range(3): # 3 attempts (for passwords mistyped)
process_meta = {
"was_cancelled": False,
}
try:
(output, exit_status) = pexpect.runu(
command=" ".join(cmd),
events={
"(?i)password": pexpect_ask_password,
},
extra_args={
"auth_realms": [(r"Password", mount.settings["realm"])],
"key_chain": mount.key_chain,
"process_meta": process_meta,
},
env=dict(os.environ, LANG="C", LC_ALL="C"),
withexitstatus=True,
timeout=CONST.MOUNT_TIMEOUT,
)
except pexpect.ExceptionPexpect as e:
raise Exception("Error while mounting : %s" % e.value)
if exit_status == 0:
mount.key_chain.ack_password(mount.settings["realm"])
return True
elif exit_status == 77: # Bad password
mount.key_chain.invalidate_if_no_ack_password(
mount.settings["realm"])
else:
mount.key_chain.invalidate_if_no_ack_password(
mount.settings["realm"])
if process_meta["was_cancelled"]:
if (os.path.isdir(mount.settings["local_path"])
and os.listdir(mount.settings["local_path"]) == []):
try:
os.rmdir(mount.settings["local_path"])
except OSError as e:
Output.warning("Could not rmdir : {}".format(e))
return False
else:
mount.ui.notify_user("Mount failure :<br>{}".format(output))
return False
mount.ui.notify_user("Mount failure")
def validate_config(cfg):
"""
Validates that there is everything necessary in the config to do the job.
Will output error message otherwise
"""
def expect_option(entry, section, option, alert=True, ored_options=None):
if option not in entry:
if alert:
if ored_options is not None:
option = "' or '".join(ored_options)
Output.error("expected '{}' option in {} section.".format(option, section))
return False
return True
invalid_cifs_m = []
invalid_realm = []
invalid_network = []
invalid_msg = []
expected_realms = {}
expected_networks_by_CIFS_m = {}
for m_name in cfg.get("CIFS_mount", {}):
# If not defined, deduct local_path from m_name
if "local_path" not in cfg["CIFS_mount"][m_name]:
cfg["CIFS_mount"][m_name]["local_path"] = "{MNT_DIR}/" + m_name
# If not defined, deduct label from m_name
if "label" not in cfg["CIFS_mount"][m_name]:
cfg["CIFS_mount"][m_name]["label"] = m_name
# If specified, extract server_name and server_path from unc
if "unc" in cfg["CIFS_mount"][m_name]:
m = re.match(r"[\\/]{2}([^\\/]+)[\\/](.*)$", cfg["CIFS_mount"][m_name]["unc"])
if m:
cfg["CIFS_mount"][m_name]["server_name"] = m.group(1)
cfg["CIFS_mount"][m_name]["server_path"] = m.group(2)
else:
Output.error("unrecognized 'unc' option in CIFS_mount section ({}).".format(cfg["CIFS_mount"][m_name]["unc"]))
is_ok = (
expect_option(cfg["CIFS_mount"][m_name], "CIFS_mount", "label") and
expect_option(cfg["CIFS_mount"][m_name], "CIFS_mount", "server_name") and
expect_option(cfg["CIFS_mount"][m_name], "CIFS_mount", "server_path") and
expect_option(cfg["CIFS_mount"][m_name], "CIFS_mount", "local_path") and
(expect_option(cfg.get("global", {}), "CIFS_mount", "realm", alert=False) or
expect_option(cfg["CIFS_mount"][m_name], "CIFS_mount", "realm"))
)
if is_ok:
if "realm" in cfg["CIFS_mount"][m_name]:
realm = cfg["CIFS_mount"][m_name]["realm"]
else:
realm = cfg["global"]["realm"]
expected_realms.setdefault(realm, [])
expected_realms[realm].append(m_name)
net = cfg["CIFS_mount"][m_name].get("network")
if net is not None:
expected_networks_by_CIFS_m.setdefault(net, [])
expected_networks_by_CIFS_m[net].append(m_name)
else:
Output.error("Removing incomplete CIFS_mount '{}'.".format(m_name))
invalid_cifs_m.append(m_name)
for realm in expected_realms:
if realm not in cfg.get("realm", []):
Output.error("Missing realm '{}'.".format(realm))
for m_name in expected_realms[realm]:
Output.error("Removing CIFS_mount '{}' depending on realm '{}'.".format(m_name, realm))
invalid_cifs_m.append(m_name)
for realm in cfg.get("realm", []):
is_ok = (
expect_option(cfg["realm"][realm], "realm", "username") and
expect_option(cfg["realm"][realm], "realm", "domain")
)
if not is_ok:
Output.error("Removing incomplete realm '{}'.".format(realm))
invalid_realm.append(realm)
for m_name in expected_realms.get(realm, []):
Output.error("Removing CIFS_mount '{}' depending on realm '{}'.".format(m_name, realm))
invalid_cifs_m.append(m_name)
for net in expected_networks_by_CIFS_m:
if net not in cfg.get("network", []):
Output.error("Missing network '{}'.".format(net))
for m_name in expected_networks_by_CIFS_m[net]:
Output.error("Removing 'require_network' to CIFS_mount '{}'.".format(m_name))
del(cfg["CIFS_mount"][m_name]["require_network"])
for net in cfg.get("network", []):
is_ok = (
(expect_option(cfg["network"][net], "network", "ping", alert=False) or
expect_option(cfg["network"][net], "network", "cifs", ored_options=("ping", "cifs"))) and
expect_option(cfg["network"][net], "network", "error_msg")
)
if not is_ok:
Output.error("Removing incomplete network '{}'.".format(net))
invalid_network.append(net)
had_change = True
while had_change:
had_change = False
for net in cfg.get("network", []):
if net in invalid_network:
continue
parent_network = cfg["network"][net].get("parent")
if parent_network is None:
continue
if (
parent_network in invalid_network or
parent_network not in cfg["network"]):
invalid_network.append(net)
had_change = True
for msg in cfg.get("msg", []):
is_ok = (
expect_option(cfg["msg"][msg], "msg", "text")
)
cfg["msg"][msg].setdefault("icon", "none")
if not is_ok:
Output.error("Removing incomplete msg '{}'.".format(msg))
invalid_msg.append(msg)
for m_name in invalid_cifs_m:
del(cfg["CIFS_mount"][m_name])
for realm in invalid_realm:
del(cfg["realm"][realm])
for net in invalid_network:
del(cfg["network"][net])
for m_name in expected_networks_by_CIFS_m.get(net, []):
Output.error("Removing 'require_network' to CIFS_mount '{}'.".format(m_name))
del(cfg["CIFS_mount"][m_name]["require_network"])
for msg in invalid_msg:
del(cfg["msg"][msg])
return cfg
def main():
with Output():
cfg = get_config()
Output.debug(pprint.pformat(cfg))
def show_summary(self, expected_status=None):
if expected_status is None:
expected_status = {}
special_chars = {
"unicode": {
"stared": "\u272F",
"unstared": " ", # "\u274F" # "\u274d"
"no_network": "\u2757",
"mounted": "\u2713",
"umounted": "\u2717",
},
"ascii": {
"stared": "*",
"unstared": " ", # "\u274F" # "\u274d"
"no_network": "!",
"mounted": "v",
"umounted": "x",
},
}
display_mode = "unicode" # may be switched to "ascii" if necessary
def is_bookmarked(entry):
if entry.settings["bookmark"]:
return "\033[01;33m{}\033[00m".format(
special_chars[display_mode]["stared"])
else:
return "{}".format(special_chars[display_mode]["unstared"])
def is_mounted(entry):
required_network = entry.settings.get("require_network")
if required_network is not None:
net_status, net_msg = self.networks_check.get_status(
required_network)
if not net_status:
return "\033[01;31m{}\033[00m {}".format(
special_chars[display_mode]["no_network"], net_msg)
if entry.is_mounted():
return "\033[01;32m{}\033[00m on {}".format(
special_chars[display_mode]["mounted"],
entry.settings["local_path"])
else:
return "\033[01;31m{}\033[00m".format(
special_chars[display_mode]["umounted"])
if self.cfg["global"].get("username") is None:
Output.cli("\033[01;37m*** ENACdrives entries summary ***\033[00m")
else:
Output.cli(
"\033[01;37m*** ENACdrives entries summary for user {} ***\033[00m"
.format(self.cfg["global"]["username"]))
name_width = 1
label_width = 1
for entry in self.entries:
name_width = max(name_width, len(entry.settings["name"]))
label_width = max(label_width, len(entry.settings["label"]))
for entry in self.entries:
if expected_status.get(entry.settings["name"]) is not None:
iteration_max = 3
while expected_status[
entry.settings["name"]] != entry.is_mounted():
time.sleep(0.5)
entry.uncache_is_mounted()
iteration_max -= 1
if iteration_max <= 0:
break
try:
Output.cli(
"{} \033[00;37m{:<{name_width}}\033[00m \033[01;37m{:<{label_width}}\033[00m {}"
.format(is_bookmarked(entry),
entry.settings["name"],
entry.settings["label"],
is_mounted(entry),
name_width=name_width,
label_width=label_width))
except UnicodeEncodeError: # UnicodeEncodeError: 'ascii' codec can't encode character '\u2717' in position 86: ordinal not in range(128)
display_mode = "ascii"
Output.cli(
"{} \033[00;37m{:<{name_width}}\033[00m \033[01;37m{:<{label_width}}\033[00m {}"
.format(is_bookmarked(entry),
entry.settings["name"],
entry.settings["label"],
is_mounted(entry),
name_width=name_width,
label_width=label_width))
if len(self.entries) == 0:
Output.cli("No entry found.")
if self.cfg["global"].get("username") is None:
Output.warning(
"username not defined. You can set it with argument --username=username"
)
self.execution_status(1)
def cifs_mount(mount):
remote = r"\\{server_name}\{server_path}".format(**mount.settings)
local = mount.settings["Windows_letter"]
Output.normal("remote={}\nlocal={}".format(remote, local))
# 1st attempt without password
try:
Output.verbose("1st attempt without password")
win32wnet.WNetAddConnection2(
win32netcon.RESOURCETYPE_DISK,
local,
remote,
)
Output.verbose("succeeded")
cifs_uncache_is_mounted(mount)
return True
except pywintypes.error as e:
if e.winerror == 5: # (5, 'WNetAddConnection2', 'Access is denied.')
pass
elif e.winerror == 86: # (86, "WNetAddConnection2", "The specified network password is not correct.")
pass
elif e.winerror == 1326: # (1326, "WNetAddConnection2", "Logon failure: unknown user name or bad password.")
pass
elif e.winerror == 31: # (31, 'WNetAddConnection2', 'A device attached to the system is not functioning.')
pass
elif e.winerror == 53: # (53, 'WNetAddConnection2', 'The network path was not found.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 55: # (55, 'WNetAddConnection2', 'The specified network resource or device is no longer available.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 64: # (64, 'WNetAddConnection2', 'Le nom réseau spécifié n’est plus disponible.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 67: # (67, 'WNetAddConnection2', 'The network name cannot be found.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 71: # (71, 'WNetAddConnection2', 'No more connections can be made to this remote computer at this time because there are already as many connections as the computer can accept.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 85: # (85, 'WNetAddConnection2', 'The local device name is already in use.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 121: # (121, 'WNetAddConnection2', 'The semaphore timeout period has expired.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1202: # (1202, 'WNetAddConnection2', 'The local device name has a remembered connection to another network resource.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1208: # (1208, 'WNetAddConnection2', 'An extended error has occurred.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1219: # (1219, 'WNetAddConnection2', 'Multiple connections to a server or shared resource by the same user, using more than one user name, are not allowed. Disconnect all previous connections to the server or shared resource and try again.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1222: # (1222, 'WNetAddConnection2', 'The network is not present or not started.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1265: # (1265, 'WNetAddConnection2', 'The system detected a possible attempt to compromise security. Please ensure that you can contact the server that authenticated you.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1272: # (1272, 'WNetAddConnection2', "You can't access this shared folder because your organization's security policies block unauthenticated guest access. These policies help protect your PC from unsafe or malicious devices on the network.")
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1311: # (1311, 'WNetAddConnection2', 'There are currently no logon servers available to service the logon request.')
# (1311, 'WNetAddConnection2', "We can't sign you in with this credential because your domain isn't available. Make sure your device is connected to your organization's network and try again. If you previously signed in on this device with another credential, you can sign in with that credential.")
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1331: # (1331, 'WNetAddConnection2', "This user can't sign in because this account is currently disabled.")
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1907: # (1907, 'WNetAddConnection2', "The user's password must be changed before signing in.")
pass
else:
Output.error("failed : {0}".format(e))
debug_send("mount without password:\n{0}".format(e))
# 2nd attempt with password
wrong_password = False
for _ in range(3):
try:
pw = mount.key_chain.get_password(mount.settings["realm"],
wrong_password)
wrong_password = False
Output.verbose("New attempt with password")
win32wnet.WNetAddConnection2(
win32netcon.RESOURCETYPE_DISK, local, remote, None,
r"{0}\{1}".format(mount.settings["realm_domain"],
mount.settings["realm_username"]), pw, 0)
mount.key_chain.ack_password(mount.settings["realm"])
Output.verbose("succeeded")
cifs_uncache_is_mounted(mount)
return True
except pywintypes.error as e:
if e.winerror == 86: # (86, "WNetAddConnection2", "The specified network password is not correct.")
mount.key_chain.invalidate_if_no_ack_password(
mount.settings["realm"])
wrong_password = True
elif e.winerror == 1326: # (1326, "WNetAddConnection2", "Logon failure: unknown user name or bad password.")
mount.key_chain.invalidate_if_no_ack_password(
mount.settings["realm"])
wrong_password = True
elif e.winerror == 5: # (5, 'WNetAddConnection2', 'Access is denied.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 31: # (31, 'WNetAddConnection2', 'A device attached to the system is not functioning.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 53: # (53, 'WNetAddConnection2', 'The network path was not found.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 55: # (55, 'WNetAddConnection2', 'The specified network resource or device is no longer available.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 64: # (64, 'WNetAddConnection2', 'Le nom réseau spécifié n’est plus disponible.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 67: # (67, 'WNetAddConnection2', 'The network name cannot be found.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 71: # (71, 'WNetAddConnection2', 'No more connections can be made to this remote computer at this time because there are already as many connections as the computer can accept.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 85: # (85, 'WNetAddConnection2', 'The local device name is already in use.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 121: # (121, 'WNetAddConnection2', 'The semaphore timeout period has expired.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1202: # (1202, 'WNetAddConnection2', 'The local device name has a remembered connection to another network resource.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1208: # (1208, 'WNetAddConnection2', 'An extended error has occurred.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1219: # (1219, 'WNetAddConnection2', 'Multiple connections to a server or shared resource by the same user, using more than one user name, are not allowed. Disconnect all previous connections to the server or shared resource and try again.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1222: # (1222, 'WNetAddConnection2', 'The network is not present or not started.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1265: # (1265, 'WNetAddConnection2', 'The system detected a possible attempt to compromise security. Please ensure that you can contact the server that authenticated you.')
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1272: # (1272, 'WNetAddConnection2', "You can't access this shared folder because your organization's security policies block unauthenticated guest access. These policies help protect your PC from unsafe or malicious devices on the network.")
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1311: # (1311, 'WNetAddConnection2', 'There are currently no logon servers available to service the logon request.')
# (1311, 'WNetAddConnection2', "We can't sign you in with this credential because your domain isn't available. Make sure your device is connected to your organization's network and try again. If you previously signed in on this device with another credential, you can sign in with that credential.")
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1331: # (1331, 'WNetAddConnection2', "This user can't sign in because this account is currently disabled.")
mount.ui.notify_user(e.strerror)
return False
elif e.winerror == 1907: # (1907, 'WNetAddConnection2', "The user's password must be changed before signing in.")
mount.ui.notify_user(e.strerror)
return False
else:
Output.error("failed : {0}".format(e))
debug_send("mount with password:\n{0}".format(e))
mount.ui.notify_user(e.strerror)
except CancelOperationException:
Output.verbose("Operation cancelled.")
return False
return False
def run(self):
enacit1logs_notify(self)
self.show_msgs()
if self.returncode is not None:
return self.returncode
if self.args.add_bookmark is not None:
self.execution_status(0)
for m_name in self.args.add_bookmark:
if m_name in self.cfg["CIFS_mount"]:
conf.save_bookmark(m_name, True)
self.cfg["CIFS_mount"][m_name]["entry"].settings[
"bookmark"] = True
else:
self.execution_status(1)
Output.warning(
"Skipping to add bookmark {}: Unknown entry.".format(
m_name))
if self.args.rm_bookmark is not None:
self.execution_status(0)
for m_name in self.args.rm_bookmark:
if m_name in self.cfg["CIFS_mount"]:
conf.save_bookmark(m_name, False)
self.cfg["CIFS_mount"][m_name]["entry"].settings[
"bookmark"] = False
else:
self.execution_status(1)
Output.warning(
"Skipping to rm bookmark {}: Unknown entry.".format(
m_name))
if self.returncode is not None:
self.show_summary()
return self.returncode
if self.args.summary:
self.execution_status(0)
self.show_summary()
return self.returncode
which_entries = []
if self.args.all:
self.execution_status(0)
for entry in self.entries:
which_entries.append(entry)
if self.args.named is not None:
self.execution_status(0)
for m_name in self.args.named:
if m_name in self.cfg["CIFS_mount"]:
which_entries.append(
self.cfg["CIFS_mount"][m_name]["entry"])
else:
self.execution_status(1)
Output.warning(
"Skipping named '{}'. Unknown entry.".format(m_name))
if self.args.bookmarked:
self.execution_status(0)
for entry in self.entries:
if entry.settings["bookmark"]:
which_entries.append(entry)
if len(which_entries) == 0 and self.args.username is None:
self.execution_status(1)
Output.warning("No entry selected to (u)mount.")
expected_status = {}
if self.args.umount:
umount_list = []
for entry in which_entries:
if entry.is_mounted():
umount_list.append(entry)
for entry in umount_list:
required_network = entry.settings.get("require_network")
if required_network is not None:
net_status, net_msg = self.networks_check.get_status(
required_network)
if not net_status:
print("! Skip Umounting {} : {}".format(
entry.settings["name"], net_msg))
self.execution_status(1)
continue
print("- Umounting {}".format(entry.settings["name"]))
entry.umount()
expected_status[entry.settings["name"]] = False
else:
mount_list = []
for entry in which_entries:
if not entry.is_mounted():
mount_list.append(entry)
for entry in mount_list:
required_network = entry.settings.get("require_network")
if required_network is not None:
net_status, net_msg = self.networks_check.get_status(
required_network)
if not net_status:
print("! Skip Mounting {} : {}".format(
entry.settings["name"], net_msg))
self.execution_status(1)
continue
print("+ Mounting {}".format(entry.settings["name"]))
entry.mount()
expected_status[entry.settings["name"]] = True
self.show_summary(expected_status)
return self.returncode
