def register_to_server(self, IP, name):
self.unionpath.connected = self.unionpath.client.connect(IP)
if self.unionpath.connected:
server = self.unionpath.edit_mount_list("get",
property="servers").get(IP)
if server:
if server == name:
self.unionpath.edit_mount_list("add_server",
IP=IP,
servername=name)
else:
while True:
anwser = input(
color.yellow(
"Server at IP: {} already registered. Rename {} -> {}? [y/n] -> "
.format(IP, server, name))).lower()
if anwser.__eq__("y") or anwser.__eq__("yes"):
self.unionpath.edit_mount_list("add_server",
IP=IP,
servername=name)
break
elif anwser.__eq__("n") or anwser.__eq__("no"):
break
else:
self.unionpath.edit_mount_list("add_server",
IP=IP,
servername=name)
else:
print(color.red("Connection to {} no established".format(IP)))
return
def handle_duplicates(self, matches, name):
msg = "{} duplicates of {} have been found. Select one by entering the corresponding number:".format(
len(matches), name)
str = ""
cnt = 0
for info in matches:
str += "\r\n[{}] {}: Fingerprint -> {}".format(
cnt + 1, info[0], info[1])
cnt += 1
msg += str
print(color.yellow(msg))
while True:
try:
choice = input(color.bold(color.purple("{} -> ".format(name))))
choice = int(choice)
if choice >= 1 and choice <= len(matches):
choice -= 1
return choice
else:
print(
color.red(
"Please enter a number between {} and {}.".format(
1, len(matches))))
except:
print(
color.red(
"Please enter a number between {} and {}.".format(
1, len(matches))))
def welcome():
msg = color.cyan("############################################################################\n")
msg += color.cyan("# ~ {}{}\n").format(
color.purple("Redecentralised Filesystem"), color.cyan(" ~ #"))
msg += color.cyan("# #\n")
msg += color.cyan("# - Establish connection with to file server with {} {}\n").format(
color.yellow("register <IP> <Name>"), color.cyan("#"))
msg += color.cyan("# - Enter {} {}\n").format(color.yellow("name"), color.cyan(
"of known server #"))
msg += color.cyan("# - List names of all known servers with {} {}\n").format(
color.yellow("serverlist"), color.cyan("#"))
msg += color.cyan("# - Exit program with {} {}\n").format(
color.yellow("quit"), color.cyan("#"))
msg += color.cyan("############################################################################\n")
return msg
def upload_mount_partition(self, name):
if not self.unionpath.connected:
print(color.red("Please connect to a sever in order to mount."))
return
hashdir = self.unionpath.translate_to_hash(
name, self.unionpath.filesystem_root_dir)
if not hashdir:
while True:
response = input(
color.yellow(
"{} does not exist. Do you want to create an empty partition? [y/n] -> "
.format(name))).lower()
if response == "y" or response == "yes":
tmp = self.unionpath.current_folder
self.unionpath.current_folder = self.unionpath.filesystem_root_dir
hashdir = self.make_directory(name)
self.unionpath.current_folder = tmp
break
elif response == "n" or response == "no":
return
else:
while True:
response = input(
color.yellow("Mount {} to {}? [y/n] -> ".format(
name, self.unionpath.client.IP))).lower()
if response == "y" or response == "yes":
break
elif response == "n" or response == "no":
return
self.unionpath.edit_dictionary(hash=hashdir,
op='edit',
name=name,
property='mount')
self.unionpath.edit_mount_list(op="add_mount",
mounthash=hashdir,
mountname=name)
mountpath = os.path.join(self.unionpath.filesystem_root_dir, hashdir)
if not os.listdir(mountpath):
return "mnt {} {} {} {}".format("upload", hashdir, name, "True")
else:
files = help_functions.get_all_files_from_dir(mountpath)
for file in files:
self.unionpath.edit_dictionary(hash=file,
op='edit',
name=hashdir,
property='mount')
return "mnt {} {} {} {}".format("upload", hashdir, name, "False")
def reg(self, cmds):
if len(cmds) == 3:
if re.match("^(?:[0-9]{1,3}\.){3}[0-9]{1,3}$", cmds[1]):
self.executions.register_to_server(cmds[1], cmds[2])
return "reg"
else:
print(color.yellow("{} is not a valid IP-address.".format(cmds[1])))
else:
print(help.helping(cmds))
def thank():
names = ['Ken Rotaris', 'Tunahan Erbay', 'Leonardo Salsi']
random.shuffle(names) # names in random order
names[0] = color.bold(color.red(names[0]))
names[1] = color.bold(color.greenDark(names[1]))
names[2] = color.bold(color.yellow(names[2]))
random.shuffle(names)
msg = '\n Thanks for using our Application!\n Made with ' + color.bold(
color.redLight('❤')) + ' by: {0}, {1}, {2}\n'.format(names[0], names[1], names[2])
return msg
def terminate_program(self):
while True:
terminate = input(
color.yellow("Terminate Uniondir? [y/n] -> ")).lower()
if terminate.__eq__("y") or terminate.__eq__("yes"):
terminate = True
break
elif terminate.__eq__("n") or terminate.__eq__("no"):
terminate = False
break
if not terminate:
return
if self.unionpath.connected:
self.unionpath.client.disconnect()
print(create.thank())
return "END"
def connect_to_server(self, name):
servers = self.unionpath.edit_mount_list("get", property="servers")
candidates = []
IP = None
for server in servers:
if name == servers.get(server):
candidates.append(server)
if len(candidates) == 0:
print(
color.red(
"No server under the name {} registered".format(name)))
return
elif len(candidates) == 1:
IP = candidates[0]
else:
print(
color.yellow(
"Multiple servers under the name {} registered: ".format(
name)))
for i in range(len(candidates)):
print("[{}] -> {}".format(i + 1, candidates[i]))
while True:
try:
choice = input(
color.bold(color.purple("{} -> ".format(name))))
choice = int(choice)
if choice >= 1 and choice <= len(candidates):
choice -= 1
break
else:
print(
color.red(
"Please enter a number between {} and {}.".
format(1, len(candidates))))
except:
print(
color.red(
"Please enter a number between {} and {}.".format(
1, len(candidates))))
IP = candidates[choice]
self.unionpath.connected = self.unionpath.client.connect(IP)
if not self.unionpath.connected:
print(color.red("Unable to connect to {}({}).".format(name, IP)))
def mount(self, cmds):
if len(cmds) == 2:
while True:
response = input(color.yellow("Do you want to upload or download a partition? [u/d/stop] -> ")).lower()
if response == "d" or response == "download":
return self.executions.download_mount_partition(cmds[1])
elif response == "u" or response == "upload":
return self.executions.upload_mount_partition(cmds[1])
elif response == "stop":
return
elif len(cmds) == 3:
response = cmds[2]
if response == "d" or response == "download":
return self.executions.download_mount_partition(cmds[1])
elif response == "u" or response == "upload":
return self.executions.upload_mount_partition(cmds[1])
else:
print(help.helping(cmds))
else:
print(help.helping(cmds))
def help():
'''
USE: help.help()
Description:
returns the '--help' text
Notes:
if you add extra operators, make sure to add them here ad well as in help.spfc_opr() and the error.get() dictionary and the help.dct() dictionary.
'''
css_1 = '\n\n '
css_2 = '\n '
commands = [
'reg', 'con', 'cd', 'open', 'ls', 'srv', 'mk', 'add', 'rm', 'mt', 'mv',
'cp', 'rn', 'f', '--help', 'quit', 'clear', 'exp'
]
help = color.green('this is the --help section:')
for cmd in commands:
help += css_1 + '» ' + color.bold(str(
spfc_opr(cmd, True))) + color.cyan(css_2 + 'aliases: ' + str(
spfc_opr(cmd))) + css_2 + '' + color.yellow(
dct(cmd)[0]) + css_2 + '' + color.grey(dct(cmd)[1])
return help
def client_thread(self):
try:
while True:
message = self.conn.recv(2048)
if message:
resp = self.handle_message(message)
if resp:
print(color.yellow(resp))
if resp == "DMNT":
continue
else:
self.conn.send(str.encode(resp))
if resp == 'DEN':
break
if resp == 'CQUIT':
self.conn.close()
break
except:
print(
color.red("Connection to {}@{} lost".format(
self.hash, self.IP)))
self.conn.close()
return
def get(cmds, typ, add_attr=None):
'''
USE:
error.get(cmds, type, [optional:add_attr]) where add_attr must be < 3
Description:
Returns a correctly colored message according to declared "typ"
'''
#---------------------------------------------------------------
if not add_attr:
add_attr = [None, None, None]
elif len(add_attr) < 3:
for i in range(3 - len(add_attr)):
add_attr.append(None)
if len(cmds) < 2:
cmds.append(None)
operator = help.spfc_opr(cmds[0], True)
names = [None, None, None]
if operator == 'q':
names = ['Ken Rotaris', 'Tunahan Erbay', 'Leonardo Salsi']
random.shuffle(names) #names in random order
names[0] = color.bold(color.red(names[0]))
names[1] = color.bold(color.greenDark(names[1]))
names[2] = color.bold(color.yellow(names[2]))
random.shuffle(names)
dictionary = {
#command | messages #TODO: blank messages are not being used yet/ have not ben set yet.
'cd': {
'success': color.greenDark(''),
'warning': color.yellow('wrong argument format'),
'error': color.red('The directory does not exist')
},
'open': {
'success': color.greenDark(''),
'warning': color.yellow('wrong argument format'),
'error': color.red('unable to open file')
},
'ls': {
'success': color.greenDark(''),
'warning': color.yellow('wrong argument format'),
'error': color.red('given directory doesn\'t exist'),
'unknown': color.red('Unknown option \'{}\''.format(cmds[1]))
},
'cat': {
'success':
color.greenDark(''),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('file doesn\'t exist at \'{1}\''.format(
cmds[0], add_attr)),
'nt_supp':
color.red(
'file type currently not supported by \'{}\' command'.format(
cmds[0])),
'hint':
color.grey(
'tip: use \'{}\' followed by an integer to display a range.'.
format(cmds[0]))
},
'mk': {
'success':
color.greenDark('folder {0} created'.format(
add_attr[0])), #add_attr = [name, path]
'warning':
color.yellow('wrong argument format'),
'file_error':
color.red(
'name cannot contain a dot'), #add_attr = [name, typ, path]
'format_error':
color.red('please use command as follows: mk <dir_name>'),
'path_error':
color.red('the path the folder is to be created in does not exist'.
format(add_attr))
},
'add': {
'success':
color.greenDark('File added to the filesystem.'),
# add_attr = [name, path]
'warning':
color.yellow('wrong argument format'),
'error':
color.red('{0} "{1}" already exists at {2}'.format(
add_attr[1], add_attr[0], add_attr[2])),
# add_attr = [name, typ, path]
'path_error':
color.red('The source does not exist'.format(add_attr)),
'format_error':
color.red(
'\'{}\' either outside of the filesystem or not an existing directory'
.format(add_attr[2])),
'nodstdir':
color.red('Destination folder does not exist.'),
'fs_error':
color.red('Cannot add files from within the filesystem.')
},
'rm': {
'success':
color.greenDark('deleted {0} from {1}'.format(
add_attr[0], add_attr[1])), #add_attr = [name, path]
'warning':
color.yellow('wrong argument format'),
'error':
color.red('{0} "{1}" does not exists at {2}'.format(
add_attr[1], add_attr[0],
add_attr[2])), #add_attr = [name, typ, path]
'path_error':
color.red('\'{}\' doesn\'t exist'.format(add_attr))
},
'mount': {
'success':
color.greenDark('Filesystem mounted successfully.'),
'warning':
color.yellow(
'Mount a filesystem of an other user with mnt <user> <filesystem_name> [<path>]'
),
'error':
color.red('Unable to mount filesystem.'),
'nodst':
color.red('Destination path does not exist.')
},
'umt': {
'success': color.greenDark(''),
'warning': color.yellow('wrong argument format'),
'error': color.red('')
},
'exp': {
'success':
color.greenDark('Filesystem has been successfully exported!'),
'warning':
color.yellow('wrong argument format'),
'error':
color.red(
'No root_mockup folder found at current location or its super folders \'{}\'.'
.format(add_attr[0]))
},
'mkp': {
'success':
color.greenDark(''),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('folder \'{0}\' already exists at \'{1}\''.format(
add_attr[0], add_attr[1]))
},
'pwd': {
'success': color.greenDark(''),
'warning': color.yellow('wrong argument format'),
'error': color.red('')
},
'img': {
'success':
color.greenDark(
'sucessfully created image \'{0}\' at \'{1}\''.format(
add_attr[0], add_attr[1])),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('')
},
'txt': {
'success':
color.greenDark(
'sucessfully created text \'{0}\' at \'{1}\''.format(
add_attr[0], add_attr[1])),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('')
},
'mv': {
'success':
color.greenDark('sucessfully moved file \'{0}\' to \'{1}\''.format(
add_attr[0], add_attr[1])),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('the {0} path \'{1}\' doen\'s exist'.format(
add_attr[0], add_attr[1])),
'sameDir':
color.grey(
'Information: you moving a file/folder within the same directory.'
),
'nodstdir':
color.red('The destination directory does not exist.'),
'nosrcdir':
color.red('The source file or directory does not exist.')
},
'cp': {
'success':
color.greenDark(
'sucessfully copied file \'{0}\' to \'{1}\''.format(
add_attr[0], add_attr[1])),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('the {0} path \'{1}\' doen\'s exist'.format(
add_attr[0], add_attr[1]))
},
'rn': {
'success':
color.greenDark(
'sucessfully renamed file \'{0}\' to \'{1}\''.format(
add_attr[0], add_attr[1])),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('the given path \'{0}\' doen\'s exist'.format(
add_attr[0])),
'nosrcdir':
color.red('The source file or directory does not exist.')
},
'f': {
'success':
color.greenDark('\'{0}\' found at {1}'.format(
add_attr[0], add_attr[1])),
'warning':
color.yellow('wrong argument format'),
'error':
color.red('\'{0}\' not found in \'{1}\''.format(
add_attr[0], add_attr[1]))
},
'--help': {
'success': color.greenDark(''),
'warning': color.yellow('wrong argument format'),
'error': color.red('')
},
'quit': {
'success':
'\n Thanks for using our Application!\n Made with ' +
color.bold(color.redLight('<3')) +
' by: {0}, {1}, {2}\n'.format(names[0], names[1], names[2]),
'warning':
color.yellow(
'If you want to terminate program, enter q without further arguments.'
),
'error':
color.red(
'If you want to terminate the program, enter q without further arguments.'
)
},
'clear': {
'success': color.greenDark(''),
'warning': color.yellow('wrong argument format'),
'error': color.red('')
}
}
return dictionary[operator][typ]
def warning(word, debug_print=True):
msg = "[!] %s\n" % color.yellow(log.beauty(word))
if not debug_print:
return
log.my_log(msg, word)
def remove_object(self, name, suppress=False):
try:
obj_hash, os_obj_path = self.unionpath.get_full_path(name)
except:
return
hashes = [obj_hash]
if os.path.isfile(os_obj_path):
os.remove(os_obj_path)
filehashes = [obj_hash]
return hashes, filehashes
elif os.path.isdir(os_obj_path):
filehashes = []
if len(os.listdir(os_obj_path)) == 0:
empty = True
else:
empty = False
if not empty:
tmp = self.unionpath.current_folder
os.chdir(os_obj_path)
self.unionpath.current_folder = os.getcwd()
files = help_functions.get_files_from_current_dir(
self.unionpath)
os.chdir(tmp)
self.unionpath.current_folder = tmp
if not suppress:
while True:
show_content = input(
color.yellow(
"Folder {} is not empty. Display content? [y/n/stop]"
.format(name)))
if show_content.lower() == "y" or show_content.lower(
) == "yes":
self.list_folder_content(files)
break
elif show_content.lower() == "n" or show_content.lower(
) == "no":
break
elif show_content.lower() == "stop":
return
else:
print(
color.red(
"Please enter [y/n], if you want to stop the deletion enter [stop]."
))
while True:
show_content = input(
color.yellow(
"Delete all content of {}? [y/n]".format(
name)))
if show_content.lower() == "y" or show_content.lower(
) == "yes":
for (dirpath, dirnames,
filenames) in os.walk(os_obj_path):
hashes.extend(filenames)
filehashes.extend(filenames)
hashes.extend(dirnames)
shutil.rmtree(os_obj_path)
return hashes, filehashes
elif show_content.lower() == "n" or show_content.lower(
) == "no":
return
else:
for (dirpath, dirnames, filenames) in os.walk(os_obj_path):
hashes.extend(filenames)
filehashes.extend(filenames)
hashes.extend(dirnames)
shutil.rmtree(os_obj_path)
return hashes, filehashes
else:
shutil.rmtree(os_obj_path)
return hashes, filehashes
def mount(client, user, fs_name, dst):
try:
msg = "MNT_USER {} {} {}".format(user, client.filesystem_hash, fs_name)
client.send(msg)
user_matches = client.server_socket.recv(2048)
user_matches = ast.literal_eval(user_matches.decode("utf-8"))
#print(user_matches)
if user_matches == "DMNT":
return False
if len(user_matches) == 0:
user_choice = "None"
elif len(user_matches) == 1:
user_choice = user_matches[0][0]
else:
msg = ""
#print(color.yellow("Multiple possibilities found:"))
for i in range(len(user_matches) - 1):
msg += color.yellow("[{}] {}@{} -> {} [{}]\n".format(
i + 1, user_matches[i][1], user_matches[i][2],
user_matches[i][0], fs_name))
msg += color.yellow("[{}] {}@{} -> {} [{}]".format(
len(user_matches) - 1 + 1,
user_matches[len(user_matches) - 1][1],
user_matches[len(user_matches) - 1][2],
user_matches[len(user_matches) - 1][0], fs_name))
while True:
print(msg)
try:
choice = input(
color.bold(
color.green('● ' + client.user +
"@{}".format(client.IP))) +
color.purple(":{} -> ".format(user)))
choice = int(choice)
if choice >= 1 and choice <= len(user_matches):
choice -= 1
break
else:
print(
color.red(
"Please enter a number between {} and {}.".
format(1, len(user_matches))))
except:
print(
color.red(
"Please enter a number between {} and {}.".format(
1, len(user_matches))))
user_choice = user_matches[choice][0]
if user_choice in client.get_mounts():
print(color.yellow("This filesystem is already mounted"))
return False
client.send(user_choice)
root_mount = client.server_socket.recv(2048)
root_mount = root_mount.decode("utf-8").split()
if not root_mount[0] == "DIR":
return False
root_dir_hash, time = root_mount[1], root_mount[2]
client.add_to_dict(root_dir_hash,
fs_name,
"directory",
dst,
timestamp=time)
path = client.mk(dst, root_dir_hash)
client.send("DIR_DONE")
dir_batch = []
fs_path_root = fs_name
while True:
dir_info = client.server_socket.recv(2048)
dir_info = dir_info.decode("utf-8").split()
if dir_info[0] == "DIR":
dir_batch.append([
dir_info[1][1:], dir_info[2], dir_info[3], dir_info[4],
dir_info[5]
])
client.send("DONE")
elif dir_info[0] == "DIR_DONE":
#print(color.green("GOT ALL"))
break
hashdict = {}
for i in range(len(dir_batch)):
dir_path, dir_hash, name, time, type = dir_batch[i]
#print("DIR {} {} {} {} {} ".format(dir_path, dir_hash, name, time, type))
hashdict.update({dir_hash: name})
client.mk(path, dir_path)
if os.sep not in dir_path:
dir_path = dir_path.replace(dir_hash, "")
else:
dir_path = dir_path.replace(dir_hash + os.sep, "")
if not dir_path: # hash, name, type, location, extension="", fs_path = "", timestamp=None
client.add_to_dict(dir_hash,
name,
type,
path,
fs_path=fs_path_root,
timestamp=time)
else:
fs_path = dir_path
dirs = dir_path.split(os.sep)
#print(color.purple(fs_path))
#print(hashdict)
for dir in dirs:
fs_path = fs_path.replace(dir, hashdict.get(dir))
fs_path = fs_path.replace(os.sep + name, "")
client.add_to_dict(dir_hash,
name,
type,
os.path.join(
path,
dir_path.replace(os.sep + dir_hash,
"")),
fs_path=os.path.join(fs_path_root, fs_path),
timestamp=time)
client.send("DIRS_DONE")
#print(color.green("DIRS_DONE SENT"))
filehashes = []
while True:
file_info = client.server_socket.recv(2048)
file_info = file_info.decode("utf-8").split()
if file_info[0] == "CMNT":
return True, hashdict, filehashes, root_dir_hash
elif len(file_info) != 7:
continue
#print(file_info)
file_fs_path, file_hash, name, time, type, extension = file_info[
1], file_info[2], file_info[3], file_info[4], file_info[
5], file_info[6]
if file_info[0] == "FILE":
#print(color.green("SEND CFILE"))
client.send("CFILE")
filepath = os.path.join(path, file_fs_path)
with open(filepath, "wb") as file:
while True:
bytes = client.server_socket.recv(BUFFER_SIZE)
file.write(bytes)
if bytes.strip()[-3:] == b'EOF':
break
elif bytes.strip()[-3:] == b'INT':
return False
file.close()
if extension == "None":
extension = ""
abs_path = os.path.join(path,
file_fs_path.replace(
root_dir_hash, "")).replace(
os.sep + file_hash + extension, "")
file_fs_path = os.path.join(fs_path_root, file_fs_path).replace(
os.sep + file_hash + extension, "")
client.add_to_dict(file_hash,
name,
type,
abs_path,
fs_path=file_fs_path,
timestamp=time,
extension=extension)
#print(color.green("SEND CCFILE"))
filehashes.append(file_hash)
client.send("CCFILE")
except:
return False
def send_mount_instruction(self, info):
info = info.split()
if info[1] == "upload":
self.client.send("MNT-U {} {} {}".format(info[2], info[3],
info[4]))
answer = self.client.get()
print(
color.green("{} has been successfully upladed.".format(
info[2])))
if answer == "DONE":
return
elif answer == "GIVE":
self.filehandler.send_all_files_of_dir(
os.path.join(self.unionpath.filesystem_root_dir, info[2]))
self.client.send("DONE")
elif info[1] == "download":
self.client.send("MNT-D {}".format(info[2]))
answer = self.client.get()
if answer == "NONE":
print(
color.yellow(
"There are no mounts named {} on the server.".format(
info[2])))
return
elif answer == "ONE":
self.client.send("OK")
mount = self.client.get().split()[1]
mountpath = os.path.join(self.unionpath.filesystem_root_dir,
mount)
os.mkdir(mountpath)
self.unionpath.add_to_dictionary(
mount,
info[2],
"directory",
self.unionpath.filesystem_root_dir,
"",
timestamp=None,
extension=None,
mount=mount)
self.client.send("GIVE")
while (True):
message = self.client.get()
if message == "DONE":
break
elif message == "\EOF":
continue
self.filehandler.get_file(message +
" {}".format(mountpath),
dir=mount)
elif answer == "MORE":
self.client.send("OK")
mounts = self.client.get().split(".")
msg = "{} duplicates of {} have been found. Select one by entering the corresponding number:".format(
len(mounts), info[2])
str = ""
cnt = 0
for mount in mounts:
str += "\r\n[{}] {}: Identifier -> {}".format(
cnt + 1, info[2], mount)
cnt += 1
msg += str
print(color.yellow(msg))
while True:
try:
choice = input(
color.bold(color.purple("{} -> ".format(info[2]))))
choice = int(choice)
if choice >= 1 and choice <= len(mounts):
choice -= 1
break
else:
print(
color.red(
"Please enter a number between {} and {}.".
format(1, len(mounts))))
except:
print(
color.red(
"Please enter a number between {} and {}.".
format(1, len(mounts))))
self.client.send("{}".format(choice))
mount = self.client.get().split()[1]
mountpath = os.path.join(self.unionpath.filesystem_root_dir,
mount)
os.mkdir(mountpath)
self.unionpath.add_to_dictionary(
mount,
info[2],
"directory",
self.unionpath.filesystem_root_dir,
"",
timestamp=None,
extension=None,
mount=mount)
self.client.send("GIVE")
while (True):
message = self.client.get()
if message == "DONE":
break
elif message == "\EOF":
continue
self.filehandler.get_file(message +
" {}".format(mountpath),
dir=mount,
mount=mount)
self.unionpath.edit_mount_list(op="add_mount",
mounthash=mount,
mountname=info[2],
IP=self.client.IP)
self.unionpath.sort_files_in_dir(
os.path.join(self.unionpath.filesystem_root_dir, mount),
info[2])
def send(self, msg):
if msg:
print(color.yellow("-> {}".format(msg)))
self.socket.send(str.encode(msg))
def send(self, msg):
print(color.yellow("Sending {}".format(msg)))
self.conn.send(str.encode(msg))
