def export(self, replace=True, name=None):
"""
Función que exporta las configuraciones a un directorio.
:param replace: Reemplaza el archivo anterior
:type replace: bool
:param name: Nombre del archivo nuevo
:rtype name: str
:return: void
:rtype: None
"""
try:
if replace:
name = self.filename
f = open(name, "w")
# Se escriben las configuraciones unarias
for conf in self.config_single:
f.write(str(conf) + "\n")
# Se escriben las configuraciones complejas
for key in self.configs.keys():
f.write(str(key) + CONFIG_SEPARATOR + self.configs[key] + "\n")
# Se cierra el archivo
f.close()
if self.verbose:
print CONFIG_SAVED.format(name)
except:
if self.verbose:
errors.throw(errors.ERROR_CONFIGBADEXPORT)
def ssh_port(self):
if not self.require([
"new_ssh_port"
]):
return errors.throw(errors.BACKEND_INVALID_INPUT)
self.force_cast_int("new_ssh_port")
# change SSH port command
self.do_execute(
"sed -r \"s/^[ ]*[#]?[ ]*Port[ ]+[0-9]*[ ]*$/Port %d/g\" -i %s" % (
self.new_ssh_port,
glob.config.get("paths", "sshd_config")
)
)
# restart SSH command
(exit_code,_,_) = self.do_execute(
glob.config.get("paths", "initd") + "/sshd restart"
)
# fail
if exit_code != 0:
return errors.throw(errors.SERVER_SSH_PORTCHANGE)
return errors.throw(errors.ERR_SUCCESS)
def install(self): ret = super(xen_driver, self).install() if ret: return ret # get server object to work with srv = server.server(self.server) # see if it's already installed ret = self.__installed(srv) if ret == errors.DRIVER_ALREADY_INSTALLED: return ret # get distro distro = srv.get_remote_distro() if distro == "redhat": # get YUM package (exit_code,_,_) = srv.do_execute( "yum -y install xen xen-libs kernel-xen" ) if exit_code != 0: return errors.throw(errors.DRIVER_INSTALL_FAIL) return errors.throw(errors.ERR_SUCCESS) return errors.throw(errors.DRIVER_OS_NOT_SUPPORTED)
def translate(code, context = None):
codes = {
0: errors.ERR_SUCCESS,
256: errors.XEN_DAEMON_NOT_RUNNING,
}
contexts = {
'create': {
1: errors.XEN_ERR_UNKNOWN,
},
'shutdown': {
1: errors.XEN_DOMAIN_DOESNT_EXIST,
},
}
# contextual exit codes
try:
return errors.throw(contexts[context][code])
except (IndexError, KeyError): pass
# regular exit codes
try:
codes[code]
except KeyError:
return errors.throw(errors.XEN_ERR_UNKNOWN)
return errors.throw(codes[code])
def passwd(self):
ret = super(xen_core, self).passwd()
if ret:
return ret
if self.os_type == "LINUX":
# disk path
disk_img_path = os.path.join(glob.config.get("xen", "root_domain_dir"), str(self.real_id), "sda1.img")
# create loop directory mount point
loop_dir = tempfile.mkdtemp(prefix="panenthe")
self.do_execute('mkdir -p "%s"' % loop_dir)
# mount loopback file
self.mounts.append(loop_dir)
(exit_code, _, _) = self.do_execute('mount -o loop "%s" "%s"' % (disk_img_path, loop_dir))
if exit_code != 0:
return errors.throw(errors.XEN_DISK_READ)
# run passwd in a chroot
(exit_code, _, _) = self.do_execute(
'chroot "%s" /bin/bash -c "echo \\"%s:%s\\" | chpasswd"'
% (
loop_dir,
executer.escape(executer.escape(self.username)),
executer.escape(executer.escape(self.password)),
)
)
# clean up
self.__quit_clean()
return errors.throw(errors.ERR_SUCCESS)
def generate_keys(self):
# LOL WTF AM I DOING. THAT -p SWITCH IS COMPLETELY USELESS HERE
(exit_code, _, _) = execute("mkdir -p %s" % glob.config.get("paths", "user_ssh_config_dir"))
if exit_code != 0:
return errors.throw(errors.SERVER_MKDIR_ERROR)
# remove any existing Panenthe keys
try:
os.unlink(glob.config.get("paths", "master_private_key"))
except OSError:
pass
try:
os.unlink(glob.config.get("paths", "master_public_key"))
except OSError:
pass
# generate the trusted SSH key
(exit_code, _, _) = execute('ssh-keygen -f %s -P ""' % glob.config.get("paths", "master_private_key"))
# fail
if exit_code != 0:
return errors.throw(errors.SERVER_SSH_KEYGEN)
# get trusted SSH key
file = open(glob.config.get("paths", "master_public_key"), "r")
public_key = file.read()
file.close()
# overwrite SSH key with identifier we can use to delete the key with
file = open(glob.config.get("paths", "master_public_key"), "w")
file.write(public_key[:-1] + "_panenthe\n")
file.close()
return errors.throw(errors.ERR_SUCCESS)
def set_hostname(self):
ret = super(xen_core, self).set_hostname()
if ret:
return ret
if self.hostname != self.new_hostname:
# get relevant paths
new_config_path = self.__get_config_path(self.new_hostname)
old_config_path = self.__get_config_path()
# try to overwrite hostname
(exit_code, _, _) = self.do_execute(
"sed -r"
+ ' "s/^hostname = \\".*\\"$/hostname = \\"%s\\"/g"' % (self.new_hostname)
+ ' -i "%s"' % old_config_path
)
if exit_code != 0:
return errors.throw(errors.XEN_MODIFY_CONFIG)
# now move it to the new place
(exit_code, _, _) = self.do_execute('mv "%s" "%s"' % (old_config_path, new_config_path))
if exit_code != 0:
return errors.throw(errors.XEN_MOVE_CONFIG)
return errors.throw(errors.ERR_SUCCESS)
def __init__(self, language, **kwargs):
"""
Función constructora
:param language: Idioma a cargar (path)
:param kwargs: Parámetros adicionales
:return: void
"""
language = str(language).upper()
if language + langconfig.getValue(0) in langavaiable.getParameters():
try:
file = open(_LANG_DIRLANGS + language +
langconfig.getValue(0)) # @ReservedAssignment
except:
errors.throw(errors.ERROR_NOLANGFILE, language)
self.lang = {}
# noinspection PyUnboundLocalVariable
for line in file:
line = line.strip().replace("\ufeff", "").split(_SPLITTER)
# Elimino caracteres que no sean utf-8
if '\xef\xbb\xbf' in line[0]:
line[0] = line[0][3:]
if line[0] == "":
line[0] = "10"
self.lang[int(line[0].replace("\ufeff",
""))] = line[1].replace(
_SPACE, " ")
file.close()
if kwargs.get("verbose"):
print(LANG_LOADED.format(language))
self.langname = language
else:
errors.throw(errors.ERROR_NOLANGDEFINED)
def add_ip(self): if not self.require(["real_id", "ip", "netmask", "gateway"]): return errors.throw(errors.BACKEND_INVALID_INPUT) # incoming traffic (exit_code,_,_) = iptables.add_rule( "PANENTHE_BW", "-d %s" % self.ip, self.do_execute ) if exit_code != 0: return errors.throw(errors.SERVER_IPTABLES) # outgoing traffic (exit_code,_,_) = iptables.add_rule( "PANENTHE_BW", "-s %s" % self.ip, self.do_execute ) if exit_code != 0: return errors.throw(errors.SERVER_IPTABLES) # save rules srv = self.get_server() error = iptables.save(srv.do_execute, srv.get_remote_distro()) if error != errors.ERR_SUCCESS: return error
def __init__(self, language, **kwargs):
"""
Función constructora
:param language: Idioma a cargar (path)
:param kwargs: Parámetros adicionales
:return: void
"""
language = str(language).upper()
if language + langconfig.getValue(0) in langavaiable.getParameters():
try:
file = open(_LANG_DIRLANGS + language + langconfig.getValue(0), "r") # @ReservedAssignment
except:
errors.throw(errors.ERROR_NOLANGFILE, language)
self.lang = {}
# noinspection PyUnboundLocalVariable
for line in file:
line = line.strip().replace("\ufeff", "").split(_SPLITTER)
if "\xef\xbb\xbf" in line[0]: # elimino caracteres que no sean utf-8
line[0] = line[0][3:]
if line[0] == "":
line[0] = "10"
self.lang[int(line[0].replace("\ufeff", ""))] = line[1].replace(_SPACE, " ")
file.close()
if kwargs.get("verbose"):
print LANG_LOADED.format(language)
self.langname = language
else:
errors.throw(errors.ERROR_NOLANGDEFINED)
def __get_xentop_info(self):
try:
self.xentop_info
return errors.throw(errors.ERR_SUCCESS)
except AttributeError:
pass
(exit_code, stdout, _) = self.do_execute("xentop -b -i 1")
if exit_code != 0:
return xen_exit_codes.translate(exit_code)
# get this VPS' information
line = -1
split_info = None
for i in xrange(4, len(stdout)): # domain info starts on line 5
info = re.sub("[ ]+", " ", stdout[i].strip())
split_info = info.split(" ")
if split_info[0] == str(self.real_id):
line = i
break
# cache it locally
if line == -1:
self.xentop_info = -1
else:
self.xentop_info = split_info
return errors.throw(errors.ERR_SUCCESS)
def stat_load(self):
# execute uptime
(exit_code,stdout,_) = self.do_execute(
glob.config.get("paths", "uptime")
)
# error with the uptime command
if exit_code != 0:
return errors.throw(errors.SERVER_UPTIME)
# gather load averages
stdout_arr = stdout[0].split(" ")
load_average_1 = stdout_arr[-3].strip(",")
load_average_5 = stdout_arr[-2].strip(",")
load_average_15 = stdout_arr[-1].strip(",")
# start PHP exits
php_exit_first = False
# update stats db
(php_exit_code,_,_) = php.db_update(
"server_stats", "update_attribute",
str(self.get_server_id()),
"load_average_1", load_average_1
)
# just throw, DO NOT RETURN
if php_exit_code != 0:
php_exit_codes.translate(php_exit_code)
if not php_exit_first:
php_exit_first = php_exit_code
# update stats db
(php_exit_code,_,_) = php.db_update(
"server_stats", "update_attribute",
str(self.get_server_id()),
"load_average_5", load_average_5
)
# just throw, DO NOT RETURN
if php_exit_code != 0:
php_exit_codes.translate(php_exit_code)
if not php_exit_first:
php_exit_first = php_exit_code
# update stats db
(php_exit_code,_,_) = php.db_update(
"server_stats", "update_attribute",
str(self.get_server_id()),
"load_average_15", load_average_15
)
# return code
if php_exit_first:
return php_exit_codes.translate(php_exit_first)
else:
return errors.throw(errors.ERR_SUCCESS)
def file_sync(self, sync_file):
# see if file exists
(exit_code,_,_) = self.do_execute("test -e %s" % sync_file)
# copy flag
copy = True
# OST exists, check MD5
if exit_code == 0:
# local md5
(exit_code,stdout,_) = execute("md5sum %s" % sync_file)
# no file found locally
if stdout == []:
return errors.throw(errors.SERVER_FILE_NOT_FOUND)
local_md5 = stdout[0].strip().split(" ")[0]
if exit_code == 0:
# remote MD5
(exit_code,stdout,_) = self.do_execute(
"md5sum %s" % sync_file
)
if exit_code == 0:
try:
remote_md5 = stdout[0].strip().split(" ")[0]
remote_success = True
except IndexError:
remote_success = False
else:
remote_success = False
# compare
if remote_success and local_md5 == remote_md5:
copy = False
# remove existing template
else:
self.do_execute("rm -f %s" % sync_file)
# copy over OST
if copy:
self.do_execute("mkdir -p \"%s\"" % os.path.dirname(sync_file))
execute(
"scp -i %s -P %d %s root@%s:%s" % (
glob.config.get("paths", "master_private_key"),
self.remote_server['port'],
sync_file,
executer.escape(self.remote_server['ip']), sync_file
)
)
return errors.throw(errors.ERR_SUCCESS)
def shutdown(self):
(exit_code,_,_) = self.do_execute(
"%s -h now" % glob.config.get("paths", "shutdown")
)
# fail
if exit_code != 0:
return errors.throw(errors.SERVER_SHUTDOWN)
return errors.throw(errors.ERR_SUCCESS)
def __init__(self, dict):
super(vps, self).__init__(dict)
# verify all fields are present
if not self.require([
"vps_id",
"hostname",
"driver",
"server",
"master"
]):
return errors.throw(errors.BACKEND_INVALID_INPUT)
# force casting of vps fields
self.force_cast_int("vps_id")
# verify all master fields are present
if not self.require_dict(self.master, [
"server_id",
"parent_server_id",
"hostname",
"ip",
"port"
]):
return errors.throw(errors.BACKEND_INVALID_INPUT)
# force casting of master fields
self.force_cast_int_dict("master", [
"server_id",
"parent_server_id",
"port"
])
# verify all server fields are present
if not self.require_dict(self.server, [
"server_id",
"parent_server_id",
"hostname",
"ip",
"port"
]):
return errors.throw(errors.BACKEND_INVALID_INPUT)
# force casting of server fields
self.force_cast_int_dict("server", [
"server_id",
"parent_server_id",
"port"
])
# add drivers path to system path for import
sys.path.append(glob.getfile("drivers", self.driver))
# start out with undefined executer
self.executer = None
def status(self):
ret = super(xen_core, self).status()
if ret:
return ret
self.__get_xentop_info()
# if we didn't find it, it's not started
if self.xentop_info == -1:
return errors.throw(errors.VPS_STATUS_STOPPED)
return errors.throw(errors.VPS_STATUS_RUNNING)
def modify(self):
if not self.require([
"old_data",
"real_id",
"disk_space",
"backup_space",
"swap_space",
"g_mem",
"b_mem",
"cpu_pct",
"cpu_num",
"in_bw",
"out_bw"
]):
return errors.throw(errors.BACKEND_INVALID_INPUT)
self.force_cast_int([
"disk_space",
"backup_space",
"swap_space",
"g_mem",
"b_mem",
"cpu_pct",
"cpu_num",
"in_bw",
"out_bw"
])
if not self.require_dict(self.old_data, [
"disk_space",
"backup_space",
"swap_space",
"g_mem",
"b_mem",
"cpu_pct",
"cpu_num",
"in_bw",
"out_bw"
]):
return errors.throw(errors.BACKEND_INVALID_INPUT)
self.force_cast_int_dict("old_data", [
"disk_space",
"backup_space",
"swap_space",
"g_mem",
"b_mem",
"cpu_pct",
"cpu_num",
"in_bw",
"out_bw"
])
def __installed(self, srv):
# check to make sure it's not already a Xen kernel
(exit_code,stdout,_) = srv.do_execute("uname -r")
if exit_code != 0:
return errors.throw(errors.DRIVER_INSTALL_FAIL)
# search for xen on kernel name
search = stdout[0].find("xen")
# already installed
if search != -1:
return errors.throw(errors.DRIVER_ALREADY_INSTALLED)
def translate(code):
codes = {
0: errors.ERR_SUCCESS,
1: errors.PHP_DATABASE_FAIL,
127: errors.PHP_FILE_NOT_FOUND,
}
try:
codes[code]
except KeyError:
return errors.throw(errors.PHP_ERR_UNKNOWN)
return errors.throw(codes[code])
def __init__(self, directory, conffile, **kwargs):
"""
Función constructora de la clase.
Keywords:
- verbose (bool) = Indica si se imprime el estado de ejecución o no en consola
:param directory: Ubicación del archivo de configuraciones
:type directory: str
:param conffile: Nombre del archivo de configuraciones
:type conffile: str
:param kwargs: Parámetros adicionales
:type kwargs: list
:return: void
"""
# Se carga el archivo de configuraciones
filename = directory + conffile
try:
# noinspection PyShadowingBuiltins
file = open(filename.replace("\\", "/"), "r") # @ReservedAssignment
except:
errors.throw(errors.ERROR_NOCONFIGFILE, filename)
# Variables
self.config_single = []
self.configs = {}
self.filename = filename
self.filename_title = conffile
self.totalconfigs = 0
# Se cargan las configuraciones
for configline in file:
if configline[0] != CONFIG_COMMENT and configline != "\n":
config = string2list(configline, CONFIG_SEPARATOR)
if len(config) == 1:
self.config_single.append(config[0])
elif len(config) == 2:
self.totalconfigs += 1
self.configs[config[0]] = config[1]
else:
errors.throw(errors.ERROR_BADCONFIG, configline, filename)
if kwarg_is_true_param(kwargs, "verbose"):
self.verbose = True
if not (self.totalconfigs + len(self.config_single)):
errors.warning(errors.WARNING_NOCONFIGFOUND, filename)
else:
print CONFIG_LOAD.format(filename)
else:
self.verbose = False
file.close()
def stop(self):
ret = super(ovz_driver, self).stop()
if ret: return ret
(exit_code,_,_) = execute_drv(self,
"%s stop" % os.path.join(
glob.config.get("paths", "initd"), "vz"
)
)
if exit_code != 0:
return errors.throw(errors.DRIVER_STOP_FAIL)
return errors.throw(errors.ERR_SUCCESS)
def restart(self):
ret = super(xen_driver, self).restart()
if ret: return ret
(exit_code,_,_) = execute_drv(self,
"%s restart" % os.path.join(
glob.config.get("paths", "initd"), "xend"
)
)
if exit_code != 0:
return errors.throw(errors.DRIVER_RESTART_FAIL)
return errors.throw(errors.ERR_SUCCESS)
def event_log(self, cls, cmd, control, error_code):
# entity has a driver
try:
control.entity.driver
# read driver config for messages
q_messages.read_driver(control.entity.driver)
# add drivers path to system path for import
sys.path.append(glob.getfile("drivers", control.entity.driver))
# import, and make sure it exists
try:
exec("from %s_q_after_exec import %s_q_after_exec" % (
control.entity.driver, control.entity.driver
))
exec("tmp = %s_q_after_exec()" % control.entity.driver)
exec("after_ret = tmp.execute(cls, cmd, control.entity)")
except ImportError:
after_ret = errors.throw(DRIVER_NO_AFTER_EXEC)
# entity has no driver
except AttributeError:
# queue_mode afterwards execution
from q_after_exec import q_after_exec
tmp = q_after_exec()
after_ret = tmp.execute(cmd, cls, control.entity)
# get event message
event_msg = q_messages.get(cls, cmd, control.entity, error_code)
# insert event if there is a message
if event_msg != None:
php.db_update("events", "insert", event_msg, error_code[0])
def rebuild(self): if not self.require([ "real_id", "disk_space", "backup_space", "swap_space", "g_mem", "b_mem", "cpu_pct", "cpu_num", "in_bw", "out_bw", "ost" ]): return errors.throw(errors.BACKEND_INVALID_INPUT) self.force_cast_int([ "disk_space", "backup_space", "swap_space", "g_mem", "b_mem", "cpu_pct", "cpu_num", "in_bw", "out_bw" ])
def remove_all_ips(self):
if not self.require("real_id"):
return errors.throw(errors.BACKEND_INVALID_INPUT)
# vps IP addresses
ac = api.api_call("vm_ips", {
'vps_id': self.vps_id
})
ret = ac.execute()
if ret != errors.ERR_SUCCESS: return ret
# remove IPs from iptables
try:
ips = ac.output()[0]['ip']
# loop through IPs and remove
for ip in ips:
iptables.delete_rule(
"PANENTHE_BW", "-d %s" % ip, self.do_execute
)
iptables.delete_rule(
"PANENTHE_BW", "-s %s" % ip, self.do_execute
)
except (IndexError, KeyError): pass
# save rules
srv = self.get_server()
error = iptables.save(srv.do_execute, srv.get_remote_distro())
if error != errors.ERR_SUCCESS:
return error
def next_id(self): ret = super(ovz_core, self).next_id() if ret: return ret # real_id is fine try: self.real_id # need new real_id except AttributeError: ret = ovz_core.get_new_real_id(self) # fail if not type(ret) == int: return errors.throw(errors.OVZ_GENERATE_REAL_ID) # success self.real_id = ret # update DB (php_exit_code,_,_) = php.db_update( "vps", "update_real_id", str(self.vps_id), str(self.real_id) ) return php_exit_codes.translate(php_exit_code)
def __init__(self, dict): super(server, self).__init__(dict) # NOTE: if you change the server requirements here, make sure to change # them in driver.py as well # verify all fields are present if not self.require([ "server_id", "parent_server_id", "hostname", "ip", "port" ]): return errors.throw(errors.BACKEND_INVALID_INPUT) # force casting of vps fields self.force_cast_int([ "server_id", "parent_server_id", "port" ]) # no executer until a function makes one self.executer = None
def stat_uptime(self):
# execute uptime
(exit_code,stdout,_) = self.do_execute(
glob.config.get("paths", "uptime")
)
# error with the uptime command
if exit_code != 0:
return errors.throw(errors.SERVER_UPTIME)
# get uptime
stdout_arr = stdout[0].split(",")
uptime = stdout_arr[0][stdout_arr[0].index("up")+2:].strip()
if uptime[-4:] == "days":
uptime += " " + stdout_arr[1].strip()
# update stats db
(php_exit_code,_,_) = php.db_update(
"server_stats", "update_attribute",
str(self.get_server_id()),
"uptime", uptime
)
# return code
return php_exit_codes.translate(php_exit_code)
def stat_images(self):
# get image listing
(exit_code,images,_) = self.do_execute("ls -1 /boot")
if exit_code != 0:
return errors.throw(errors.SERVER_LIST_IMAGES)
new_images = []
for i in xrange(0, len(images)):
# only get vmlinu.* stuff
if not re.match("vmlinu", images[i]):
continue
# put xenU kernel to be first kernel
elif re.search("xenU", images[i]):
new_images.insert(0, images[i])
# otherwise tack it onto the end
else:
new_images.append(images[i])
# newline delimited
nl_images = "\n".join(new_images)
# update db
(php_exit_code,_,_) = php.db_update(
"server_stats", "update_attribute",
str(self.get_server_id()),
"kernel_images", nl_images
)
def __init__(self, cmd, dict): super(vpsctl, self).__init__(cmd, dict) if not self.require([ "driver" ]): return errors.throw(errors.BACKEND_INVALID_INPUT)
def activate(self):
ret = super(xen_driver, self).activate()
if ret: return ret
# get server object to work with
srv = server.server(self.server)
# get the kernel number from the grub config
(_,stdout,_) = srv.do_execute(
"/usr/bin/env grep -E \"^[ ]*title\" %s | " %
glob.config.get("paths", "grub_config") +
"/usr/bin/env grep -B 1000 xen | /usr/bin/env wc -l"
)
grub_number = int(stdout[0])-1
# set the xen to boot as the default kernel
srv.do_execute(
"/usr/bin/env sed -r \"s/^[ ]*default[ ]*=.*$/default=%s/g\" " %
grub_number +
"-i %s" % glob.config.get("paths", "grub_config")
)
# reboot if necessary
if self.reboot:
# backgrounded, just in case it matters
srv.do_execute("%s -r now &" % glob.config.get("paths", "shutdown"))
return errors.throw(errors.ERR_SUCCESS)
def getValue(self, param):
"""
Retorna el valor del parametro param
:param param: Parámetro
:return: valor
"""
if str(param).isdigit():
param = int(param)
if 0 <= param < len(self.config_single):
return self.config_single[param]
else:
errors.throw(errors.ERROR_BADINDEXCONFIG, str(param))
else:
if param in self.getParameters():
return self.configs[param]
else:
errors.warning(errors.ERROR_CONFIGNOTEXISTENT, param)
def __init__(self, filename, **kwargs):
"""
Función constructora
:param filename: Nombre del archivo
:param kwargs: Parámetros adicionales
:return: void
"""
# Se carga el archivo de configuraciones
try:
file = open(filename.replace('\\', '/')) # @ReservedAssignment
except:
errors.throw(errors.ERROR_NOCONFIGFILE, filename)
# Variables
self.config_single = []
self.configs = {}
self.filename = filename
self.totalconfigs = 0
# Se cargan las configuraciones
# noinspection PyUnboundLocalVariable
for configline in file:
if configline[0] != CONFIG_COMMENT and configline != "\n":
config = string2list(configline, CONFIG_SEPARATOR)
if len(config) == 1:
self.config_single.append(config[0])
elif len(config) == 2:
self.totalconfigs += 1
self.configs[config[0]] = config[1]
else:
errors.throw(errors.ERROR_BADCONFIG, configline, filename)
if kwargs.get("verbose"):
self.verbose = True
if not (self.totalconfigs + len(self.config_single)):
errors.warning(errors.WARNING_NOCONFIGFOUND, filename)
else:
print(CONFIG_LOAD.format(filename))
else:
self.verbose = False
file.close()
def export(self, replace=True, name=None):
"""
Función que exporta las configuraciones a un directorio
:param replace: Reemplaza el archivo anterior
:param name: Nombre del archivo nuevo
:return: void
"""
try:
if replace:
name = self.filename
f = open(name, "w")
# Se escriben las configuraciones unarias
for conf in self.config_single:
f.write(str(conf) + "\n")
# Se escriben las configuraciones complejas
for key in self.configs.keys():
f.write(str(key) + CONFIG_SEPARATOR + self.configs[key] + "\n")
# Se cierra el archivo
f.close()
if self.verbose:
print(CONFIG_SAVED.format(name))
except:
if self.verbose:
errors.throw(errors.ERROR_CONFIGBADEXPORT)
from path import * # @UnusedWildImport
# Importación de librerías de sistema
# noinspection PyBroadException
try:
from datetime import date
from random import choice
from urllib import urlencode, urlopen
from urllib2 import urlopen, Request
import ctypes
import os
import signal
import string
import time
except Exception:
errors.throw(errors.ERROR_IMPORTSYSTEMERROR)
# Importación de librerías externas
# noinspection PyBroadException
try:
# noinspection PyUnresolvedReferences
import WConio # @UnresolvedImport
except:
if os.name == "nt":
errors.warning(errors.ERROR_IMPORTWCONIO)
# Constantes
_CMD_COLORS = {
"blue": 0x10,
"gray": 0x80,
"green": 0x20,
__binconfig = Configloader(bindir._DIR_CONFIG + "bin.ini")
# noinspection PyUnresolvedReferences
sys.setdefaultencoding(__binconfig.getValue("SET_DEFAULT_ENCODING"))
if __binconfig.isTrue("DONT_WRITE_BYTECODE"):
# noinspection PyCompatibility
reload(sys)
sys.dont_write_bytecode = True
# Importación de librerías externas
# noinspection PyCompatibility
try:
# noinspection PyUnresolvedReferences
import mechanize # @UnresolvedImport @NoMove
except Exception, e:
print(str(e))
errors.throw(errors.ERROR_IMPORTERRORMECHANIZE)
# noinspection PyCompatibility,PyBroadException
try:
# noinspection PyUnresolvedReferences
from pil import Image # @UnresolvedImport
except Exception, e:
errors.throw(errors.ERROR_IMPORTERRORPIL)
# Importación de librerías internas
# noinspection PyCompatibility
try:
from pygame import *
import pygame
import pygame.gfxdraw
except Exception, e:
print(str(e))
