def write_object(self, object_, flags):
out = Writer.write_object(self, object_, flags)
if flags == FLAG_HPP:
out[flags] += self.build_type_str(object_) + ';\n'
if flags == FLAG_CPP:
if object_.is_static:
if object_.initial_value is None and self._current_class.type != 'enum':
Error.exit(Error.STATIS_MEMBER_SHOULD_HAVE_INITIALISATION,
self._current_class.name, object_.name)
if self._current_class.type == 'enum':
pattern = '{4}{0} {2}::{1}'
else:
pattern = '{4}{0} {2}::{1} = {3}'
pattern += ';\n'
modifier = ''
if object_.is_const:
modifier = 'const '
out[flags] += pattern.format(convert_type(object_.type),
object_.name,
self._current_class.name,
object_.initial_value, modifier)
pass
return out
def write_function(self, cls, function):
global functions_cache
if cls.name not in functions_cache:
functions_cache[cls.name] = []
if function.name in functions_cache[cls.name]:
Error.warning(Error.DUBLICATE_METHODS, cls.name, function.name)
return ''
functions_cache[cls.name].append(function.name)
convert = function.name not in allowed_functions and self.current_class.name != 'DataStorage'
out = '''function {0}({1})
__begin__
{2}
__end__\n'''
if function.is_static:
out = 'public static ' + out
else:
out = 'public ' + out
name = function.name
args = ', '.join(['$' + x[0] for x in function.args])
ops = '\n'.join(function.operations)
if convert:
ops = convert_function_to_php(ops, self.parser, args)
out = out.format(name, args, ops)
return out
def execute(self, event=None):
Action.execute(self)
#making sure filename isn't "" and that it doesnt have commas
if (len(self.filename) == 0):
_ = Error("File must have a name")
return
if ("," in self.filename):
_ = Error("Cannot use commas in filename when saving")
return
#saving items into the file
fullfilename = os.getcwd() + '/' + self.filename + '.txt'
self.filename = fullfilename
f = open(os.path.expanduser(self.filename), "w+")
for i, subj in enumerate(self.ScheduleList, 1):
f.write(str(i) + "\t")
lectext = subj.cd + ',' + subj.dy + ',' + subj.stH + ',' + subj.stM + ',' + subj.enH + ',' + subj.enM
f.write(lectext)
f.write("\t")
if not (subj.SubObj.link == None):
tuttext = subj.dy1 + ',' + subj.stH1 + ',' + subj.stM1 + ',' + subj.enH1 + ',' + subj.enM1
f.write(tuttext)
else:
f.write("None")
f.write("\n")
f.close()
self.filename = ""
self.wind.destroy()
def _initNet(self):
"""
Initialize the network interface configuration
"""
#
# get_if_conf() -- Fetching interface configuration by Automatically
#
# get_if_conf_ff() -- Fetching interface configuration from config file (/etc/etherwall/etherwall.conf)
# return 2 values:
# 1. get_if_conf_ff()[0] is return message code number
# 0 - no error
# 1 - bad parsing
# 2 - device not found
# 3 - incomplete configuration format
# 2. get_if_conf_ff()[1] is return message
#
if (get_if_conf_ff()[0] == 0):
# if the etherwall running with specified configuration
if (get_if_conf_ff()[1]['manual'] == "yes"):
self.iface = get_if_conf_ff()[1]['iface']
self.logger.info("Listening on %s..." % (self.iface))
self.mymac = get_if_conf_ff()[1]['hwaddr'].lower()
self.myip = get_if_conf_ff()[1]['ipaddr']
self.gw = get_if_conf_ff()[1]['gwaddr']
self.gwmac = get_if_conf_ff()[1]['gwhwaddr'].lower()
self.cidr = get_if_conf_ff()[1]['cidr']
self.promisc = get_if_conf_ff()[1]['promisc']
self.msgbox = get_if_conf_ff()[1]['msgbox']
if not check_if_up(iface=self.iface):
# ERROR: Interface is down
Error("'Etherwall - Daemon Stopped'","'Interface: %s is down.'" % (self.iface),self.logger)
else:
# if the etherwall running with the automatic configuration detection
if get_if_conf():
self.iface = get_if_conf()[0]
self.logger.info("Listening on %s..." % (self.iface))
self.mymac = get_if_conf()[1]
self.myip = get_if_conf()[2]
self.gw = get_if_conf()[3]
self.cidr = get_if_conf()[5]
self.gwmac = self.getGwMac()
self.promisc = get_if_conf_ff()[1]['promisc']
self.msgbox = get_if_conf_ff()[1]['msgbox']
else:
# ERROR: No Device Up or No IPv4 address assigned
Error("'Etherwall - Daemon Stopped'","'Interface: No Device Up or No IPv4 address assigned.'",self.logger)
elif (get_if_conf_ff()[0] == 1):
# ERROR: Bad parsing
Error("'Etherwall - Daemon Stopped'","'%s.'" % (get_if_conf_ff()[1]),self.logger)
elif (get_if_conf_ff()[0] == 2):
# ERROR: Device not found
Error("'Etherwall - Daemon Stopped'","'%s.'" % (get_if_conf_ff()[1]),self.logger)
alert.start()
time.sleep(3)
elif (get_if_conf_ff()[0] == 3):
# ERROR: Incomplete configuration format
Error("'Etherwall - Daemon Stopped'","'%s.'" % (get_if_conf_ff()[1]),self.logger)
def _build_serialize_operation(self,
obj_name,
obj_type,
obj_value,
obj_is_pointer,
obj_template_args,
serialization_type,
is_link=False):
index = 0
if obj_value is None:
index = 1
type_ = obj_type
if self.parser.find_class(type_) and self.parser.find_class(
type_).type == 'enum':
string = self._build_serialize_operation_enum(
obj_name, obj_type, obj_value, obj_is_pointer,
obj_template_args, serialization_type)
else:
if obj_type not in self.simple_types and type_ != 'list' and type_ != 'map':
if is_link:
type_ = 'link'
elif obj_is_pointer:
type_ = 'pointer'
else:
type_ = 'serialized'
template_args = list()
if len(obj_template_args) > 0:
if type_ == 'map':
if len(obj_template_args) != 2:
Error.exit(Error.MAP_TWO_ARGS,
self._current_class.name, obj_name)
if serialization_type == SERIALIZATION:
return self.build_map_serialization(
obj_name, obj_type, obj_value, obj_is_pointer,
obj_template_args)
if serialization_type == DESERIALIZATION:
return self.build_map_deserialization(
obj_name, obj_type, obj_value, obj_is_pointer,
obj_template_args)
else:
arg = obj_template_args[0]
arg_type = arg.name if isinstance(arg, Class) else arg.type
template_args.append(convert_type(arg_type))
if arg.is_link:
type_ = 'list<link>'
elif arg_type in self.simple_types:
type_ = '{0}<{1}>'.format(type_, arg_type)
elif arg.is_pointer:
type_ = 'pointer_list'
else:
type_ = '{0}<serialized>'.format(type_)
if type_ not in self.serialize_protocol[serialization_type]:
Error.exit(Error.UNKNOWN_SERIALISED_TYPE, type_, obj_type)
pattern = self.serialize_protocol[serialization_type][type_][index]
string = pattern.format(obj_name, convert_type(obj_type),
obj_value, '{', '}', *template_args)
return string
def p_error(p):
if p:
print("Error sintáctico en el token =", p.type, 'L:', p.lineno)
# Just discard the token and tell the parser it's okay.
error = Error('Error en el token '+ str(p.type), str(p.lineno), 0)
parser.errok()
else:
error = Error('Error al final del archivo', 0, 0)
pass
syntacticErrors.add(error)
def execute(self, parent, enviroment):
# Siempre se va a recibir un CREATE_TABLE como nodo
# 1. Recorrer y ejecutar cada uno de los nodos.
# 2. Si llegó hasta el final, quiere decir que no hay ningun error
# 3. Verificar que esté seleccionada una base de datos, si lo está crear la tabla.
# 4. Verificar que no exista la tabla en la base de datos seleccionada
for hijo in parent.hijos:
if hijo.nombreNodo == "IDENTIFICADOR":
self.name = hijo.valor.upper()
elif hijo.nombreNodo == "ATRIBUTO_COLUMNA":
nuevaColumna = Column()
resp = nuevaColumna.crearColumna(hijo, self.checkers,
self.listaids)
if resp.code != "00000":
return resp
self.columnas.append(nuevaColumna)
elif hijo.nombreNodo == "ATRIBUTO_PRIMARY_KEY":
nuevaConstraint = Constraint()
resp = nuevaConstraint.crearConstraintPrimary(
hijo, self.columnas)
if resp.code != "00000":
return resp
elif hijo.nombreNodo == "ATRIBUTO_REFERENCES":
nuevaConstraint = Constraint()
resp = nuevaConstraint.crearConstraintReferences(
hijo, self.columnas)
if resp.code != "00000":
return resp
self.listaReferences.append(nuevaConstraint)
elif hijo.nombreNodo == "OPCIONALES_ATRIBUTO_CHECK":
nuevaConstraint = Constraint()
resp = nuevaConstraint.crearConstraintCheck(
hijo, self.listaids, self.columnas, self.checkers)
if resp.code != "00000":
return resp
with open('src/Config/Config.json') as file:
config = json.load(file)
if config['databaseIndex'] == None:
err_resp = Error(3, "No se ha seleccionado ninguna base de datos.",
-1)
resp = Response("42P12", err_resp)
return resp
listTables = showTables(config['databaseIndex'].upper())
if self.name.upper() in listTables:
err_resp = Error(3, "Ya existe la tabla.", -1)
resp = Response("42P12", err_resp)
return resp
createTable(config['databaseIndex'].upper(), self.name.upper(),
len(self.columnas))
tc.createTable(config['databaseIndex'].upper(), self.name.upper(),
self.columnas)
resp = Response("00000", "Se creó la tabla")
return resp
def execute(self, parent, enviroment):
# OBTENER TABLAS CAMPOS VALORES
for hijo in parent.hijos:
if "TABLE" == hijo.nombreNodo:
self.name = hijo.valor
elif "ADD" == hijo.nombreNodo:
nuevaCol = Column()
self.addCol = 1
for h in hijo.hijos:
if "COLUMN" == h.nombreNodo:
nuevaCol.name = h.valor
else:
print('none ', h.nombreNodo)
nuevaCol.type = nuevaCol.asignarTipoCol(
h.nombreNodo.upper())
self.columnas.append(nuevaCol)
# INFO DB ACTUAL
with open('src/Config/Config.json') as file:
config = json.load(file)
if config['databaseIndex'] == None:
err_resp = Error(3, "No se ha seleccionado ninguna base de datos.",
-1)
resp = Response("42P12", err_resp)
return resp
listTables = showTables(config['databaseIndex'].upper())
useDB = config['databaseIndex'].upper()
if not (self.name.upper() in listTables):
err_resp = Error(3, "No existe la tabla en la DB.", -1)
resp = Response("42P12", err_resp)
return resp
# INFO A INSERTAR
print('DB ACTUAL', useDB)
print('Tabla', self.name)
# VALIDACIONES
if (self.addCol == 1):
# INSERTAR NUEVA COL
res = alterAddColumn(useDB, self.name.upper(), 1)
res = 0
print('insert col :', res)
if res == 0:
for columna in self.columnas:
tc.CreateColumn(useDB, self.name.upper(), columna)
resp = Response(
"00000",
"Se agrego la columna a la tabla " + self.name.upper())
else:
resp = Response(
"42P12",
"No se agrego la columna a la tabla " + self.name.upper())
self.addCol = 0
return resp
def _startEtherWall(self):
""" Starting Etherwall """
# adding router/gateway to ARP cache table as static ARP
self.logger.info("Adding static entry for the Gateway: %s %s" % (self.gw, self.gwmac))
if os.system("arp -s %s %s" % (self.gw, self.gwmac)):
# ERROR: Couldn't add the static entry for the Gateway
Error("'Etherwall - Daemon Stopped'","'Couldn't add the static entry for the Gateway.'",self.logger)
# append gateway & another subnet/segment to chain
app_gw_to_chain(gw=self.gw, mac=self.gwmac)
app_another_subnet("%s/%s" % (self.myip,self.cidr))
# adding the specified host to ARP cache tables as static ARP
# and append host to chain.
self.allow_host = {}
if (imp_allow_host()[0] == 0):
if imp_allow_host()[1]:
for host in imp_allow_host()[1]:
if (host.split()[1] == ("%s" % (self.mymac)) or host.split()[1] == ("%s" % (self.gwmac))):
self.logger.critical("Forbidden: '%s': The MAC address same with your MAC & Gateway" % (host))
else:
self.logger.info("Adding static entry for the Host: %s" % (host))
if os.system("arp -s %s" % (host)):
self.logger.critical("Couldn't add the static entry, '%s' outside of subnet" % (host.split()[0]))
else:
# append host to chain
app_host_to_chain(ip=host.split()[0], mac=host.split()[1])
self.allow_host['%s' % (host.split()[0])] = "%s" % (host.split()[1])
else:
# ERROR: Bad parsing
Error("'Etherwall - Daemon Stopped'","'%s.'" % (imp_allow_host()[1]),self.logger)
# sniffing mode
if (self.promisc == "no"):
self.logger.info("Device %s left promiscuous mode..." % (self.iface))
scapy.all.conf.sniff_promisc = 0
else:
self.logger.info("Device %s entered promiscuous mode..." % (self.iface))
# starting realtime protection
try:
self.logger.info("Starting Realtime Protection...")
arpmon = ArpMon(myip=self.myip, mymac=self.mymac, gw=self.gw, gwmac=self.gwmac, iface=self.iface, cidr=self.cidr, logger=self.logger, allow_host=self.allow_host, msgbox=self.msgbox)
arpmon._startArpMon()
except:
if not check_if_up(iface=self.iface): # interface down
# ERROR: interface error
Error("'Etherwall - Daemon Stopped'","'Interface: The interface %s went down.'" % (self.iface), self.logger)
else:
# ERROR: uknown/unexpected error
Error("'Etherwall - Daemon Stopped'","'Unexpected Error: %s'" % (sys.exc_info()[0]),self.logger)
def groups(self):
while True:
next_token = self.__tokens.seek()
if next_token.typ == 'BEGIN':
self.group()
elif next_token.typ == 'EOF':
print('[Finished parsing %s]' % self.__filename)
break
else:
Error.print_error(Error.message(
self.__filename, next_token.line, next_token.column,
'not separator: %s' % next_token.value
))
break
def reg_sighandler(self,
debug: bool = False,
buf: Type.BufT = Type.BufT.DEBUG) -> None:
if debug:
Printer.Printer.inst().buf(
Printer.Printer.inst().f_title('signal handler info'), buf)
Printer.Printer.inst().buf('@target: ', buf, indent=2)
for i in range(len(self.__sig_handler)):
Printer.Printer.inst().buf(
f'[{i}] {self.__sig_handler[i].brief}({self.__sig_handler[i].sig})',
buf,
indent=4)
Printer.Printer.inst().buf_newline(buf)
Printer.Printer.inst().buf(
Printer.Printer.inst().f_title('registering signal handler'),
buf)
for handler in self.__sig_handler:
Printer.Printer.inst().buf(
Printer.Printer.inst().f_prog(
f'Registering {handler.brief} handler'), buf, False, 2)
try:
signal.signal(handler.sig, handler.handler)
except OSError as os_err:
Printer.Printer.inst().buf(
Printer.Printer.inst().f_col('fail', Type.Col.RED),
buf)
raise Error.SysErr(Type.SysErrT.REG_FAIL,
sig=handler.brief,
err_str=os_err.strerror)
else:
Printer.Printer.inst().buf(
Printer.Printer.inst().f_col('done', Type.Col.BLUE),
buf)
Printer.Printer.inst().buf(f'@handler: {handler.handler}',
buf,
indent=4)
Printer.Printer.inst().buf_newline(buf)
else:
for handler in self.__sig_handler:
try:
signal.signal(handler.sig, handler.handler)
except OSError as os_err:
raise Error.SysErr(Type.SysErrT.REG_FAIL,
sig=handler.brief,
err_str=os_err.strerror)
def _create_class(self, text):
body, header, text = find_body(text)
cls = Class()
cls.parse(header)
if not self.is_side(cls.side):
if cls.is_storage:
self.classes_for_data.append(cls)
return text
cls.parse_body(Parser(self.side), body)
if self.find_class(cls.name):
Error.exit(Error.DUBLICATE_CLASS, cls.name)
self.classes.append(cls)
return text
def group(self):
token = self.__tokens.next()
snippet_types = {
'---constant---', '---class-method---', '---instance-method---',
'---private-method---', '---define-method---'
}
if token.value in snippet_types:
self.snips(token.value)
elif token.value == '---EOF---':
print('eof')
else:
Error.print_error(Error.message(
self.__filename, token.line, token.column, 'invalid separator: %s' % token.value
))
def snip(self, snippet_type, tag=''):
token = self.__tokens.next()
if token.typ == 'SNIPPET':
print('snippet: (%s) %s %s' % (snippet_type, token.value, tag))
self.__make_file(
# filename=('%s.sublime-snippet' % (token.value)),
# snippet_type=snippet_type,
# value=token.value,
# tag=tag,
Snippet(token.value, snippet_type, token.value, tag)
)
else:
Error.print_error(Error.message(
self.__filename, token.line, token.column, 'not snippet: %s' % token.value
))
def __getitem__(self, key):
retValue = None
error = None
if key is not None:
dynamickey = key
if '.' in key:
dynamickey = key.split('.')[0]
if dynamickey in self.properties:
values = self.properties[dynamickey]
if not isinstance(values, list):
values = [values]
if dynamickey != key:
dynamickeyattributes = key.split('.')[1:]
for attribute in dynamickeyattributes:
newvalues = None
for i, value in enumerate(values):
if value:
if attribute in value:
if not newvalues:
newvalues = []
newvalues.append(value.get(attribute))
else:
error = Error(
type=Error.MISSING_DYNAMIC_VALUE,
message="No key: '" + str(attribute) +
"' in object: " + dynamickey +
" for dynamic key: '" + str(key))
break
values = newvalues
retValue = values
return Property(key, retValue, error)
def __init__(self, seeds, done_que, run_que):
self.showpercounts = 10
self.timeout = 5
self.starttime = time.time()
self.oldtime = 0
self.quit = 0
self.https_enable = 0
self.run_que = run_que
self.done_que = done_que
self.tasks = []
self.done = 1
self.errdone = set()
self.err = Error()
self.loadstate()
self.blacklist = set(
('.blog.', '.taobao.com', '.baidu.com', '.edu', '.gov', '.mil',
'mail', '.google', 'weibo.com', 't.cn', 'wikipedia', 'facebook',
'twitter', 'dropbox'))
self.allowdDomain = set(('com', 'net', 'org', 'cn', 'info', 'biz',
'me', 'name', 'cc', 'tv'))
self.httpget = self.httpget_requests # down method self.httpget_requests | httpget_curl
self.poolsize = 60
self.poolmaxfree = 20
self.freecount = 0
self.down_pool = Pool(size=self.poolsize)
self.totalnettime = 0
self.cbcputime = 0
self.totaldownsize = 0
self.curspeed = 0
self.debugnosave = 1
self.tt = 1
self.done_sites_fname = 'done_sites.bin'
try:
self.bfdone = BloomFilter.open(self.done_sites_fname)
except:
self.bfdone = BloomFilter(2**23, 10**(-5),
self.done_sites_fname) #8M
if self.run_que.qsize() == 0:
for seed in seeds:
self.run_que.put(seed.split("http://")[1])
if self.https_enable == 0:
self.urlpatern = re.compile(r'href=["\']http://([^/?#\"\']+)',
re.I)
else:
self.urlpatern = re.compile(r'href=["\']http[s]?://([^/?#\"\'"]+)',
re.I)
def __getToken(self):
if ((self.__expiration - time.time()) > 5 * 60):
return self.__token
discoveryUrl = requests.get(
self.__url + "/identity/.well-known/openid-configuration",
headers={"Accept": "application/json"})
if discoveryUrl.status_code < 200 or discoveryUrl.status_code >= 300:
discoveryUrl.close()
raise Error(
"Failed to get access token endpoint from discovery URL: {status}:{reason}"
.format(status=discoveryUrl.status_code,
reason=discoveryUrl.text))
tokenEndpoint = json.loads(discoveryUrl.content)["token_endpoint"]
tokenInformation = requests.post(tokenEndpoint,
data={
"client_id": self.__clientId,
"client_secret":
self.__clientSecret,
"grant_type": "client_credentials"
})
token = json.loads(tokenInformation.content)
if token is None:
raise Exception("Failed to retrieve Token")
self.__expiration = float(token['expires_in']) + time.time()
self.__token = token['access_token']
return self.__token
def crearConstraintCheck(self, parent, listaids, columns, checkers):
# Pasos para crear un Check
# Siempre se recibe un nodo OPCIONALES_ATRIBUTO_CHECK
# 1. Recorrer los nodos hijos.
# 2. Si hay un nodo OPCIONAL_CONSTRAINT se encuentra el nombre de la constraint check (opcional)
# 3. Si hay un nodo LISTA_EXP se encontrarán los id's que serán los ids que hay que buscar.
# 4. Dentro de la lista de ID's verificar que todos vengan en la lista de columnas
# 5. Si todas están, insertar.
nombreCheck = ""
for hijo in parent.hijos:
if hijo.nombreNodo == "OPCIONAL_CONSTRAINT":
nombreCheck = hijo.hijos[0].valor.upper()
elif hijo.nombreNodo == "LISTA_EXP":
for exp in hijo.hijos:
nuevaConstraint = Check()
nuevaConstraint.name = nombreCheck.upper()
nuevaConstraint.checkExp = self.construirExpresionJSON(
exp, listaids)
checkers.append(nuevaConstraint)
for ident in listaids:
if not self.buscarColumna(columns, ident):
respError = Error(
3, "No se encuentra la columna " + ident + " en la tabla",
-1)
responseMessage = Response("20000", respError)
return responseMessage
responseMessage = Response("00000",
"Se creo la constraint correctamente")
return responseMessage
def translateVariable(i):
global tsStack
global result
# get variable $tn value and set it to result
auxStack = []
found = False
while len(tsStack) > 0:
ts = tsStack.pop()
auxStack.append(ts)
if ts.isSymbolInTable(i.id): #var is in ts
var3dName = ts.get(
i.id).varName #varName is the 3D name for the variable
result.temp = var3dName
#print('variable encontrada', var3dName)
found = True
break
if len(auxStack) > 0:
while True:
tsStack.append(auxStack.pop())
if len(auxStack) == 0: break
if (not found):
print("Traduciendo variable. No existe la variable: ", i.id)
e = Error('No exite la variable utilizada' + str(i.id) + '.', 0, 0)
global semanticErrors
semanticErrors.add(e)
def __init__(self):
self.showpercounts = 10
self.timeout = 20
self.poolsize = 100
self.down_pool = Pool(size=self.poolsize)
self.run_que = RedisQueueConnection('running').conn
self.doneque = RedisQueueConnection('robots').conn
self.tempque = Queue()
self.done = 1
self.sent = 0
self.quit = False
self.err = Error()
self.https_enable = 0
self.httpget = self.httpget_requests # down method self.httpget_requests | httpget_curl
self.totalnettime = 0
self.totaldownsize = 0
self.starttime = time()
self.ip = getip()
self.headers = {
'Accept-Language':
'zh-CN,zh;q=0.8,zh-TW;q=0.6',
'Accept-Encoding':
'gzip,deflate',
'Connection':
'close',
'User-Agent':
'Mozilla/5.0 (Windows NT 6.1) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/41.0.2228.0 Safari/537.36'
}
def LoadInputImages(self):
self.gui.UpdateLabelWidget(self.runStatusLabel, "Status: Loading known faces...")
imageFiles = self.fileHandler.ListDirectory(self.directorySettings.knownPeopleDirectory)
if(len(imageFiles) <= 0):
raise Error(f"No input images found, no new individuals will be able to be identified other than already-known encodings.")
for imageFile in imageFiles:
fileInformation = imageFile.split(".")
if(fileInformation[1].lower() in self.supportedFileFormats):
if(any(fileInformation[0] in identifier for identifier in list(self.knownPeople.keys()))):
print(f"Skipped loading file {fileInformation[0]} because an encoding is already known of this individual")
continue
print(f"New image found, analysing image {fileInformation[0]} and saving to face encoding database")
loadedImage = face_recognition.load_image_file(self.directorySettings.knownPeopleDirectory + "/"+ imageFile)
faceLocations = face_recognition.face_locations(loadedImage, model="cnn", number_of_times_to_upsample=0)
faceEncodings = face_recognition.face_encodings(loadedImage, known_face_locations=faceLocations)
number = 1
for face in faceEncodings:
name = f"{fileInformation[0]}-{number}"
self.knownPeople[name] = face
number += 1
self.SaveKnownPeople(self.knownPeople)
else:
continue
self.gui.EnableButton(self.realTimeButton)
def payment():
errorRate = random.randint(0, 99)
if errorRate < ERROR_RATE_THRESHOLD:
logs('Payment', 'Checkout operation failed - Service Unavailable: 503')
raise Error('Checkout Failed - Service Unavailable', status_code=503)
else:
with tracer.start_as_current_span("checkout"):
rawData = request.form
data = {}
for itemId in rawData.keys():
data[itemId] = sum(
[-val for val in rawData.getlist(itemId, type=int)])
soldInventorySession = requests.Session()
soldInventorySession.mount("http://",
HTTPAdapter(max_retries=retry_strategy))
soldInventoryUpdateResponse = soldInventorySession.post(
"http://{}:8082/update_inventory".format(INVENTORY),
data=data,
)
soldInventorySession.close()
if soldInventoryUpdateResponse.status_code == 200:
logs('Payment', 'Customer successfully checked out cart')
return "success"
else:
failedItems = soldInventoryUpdateResponse.json().get(
"failed_items")
return make_response(
"Failed to checkout following items: {}".format(
','.join(failedItems)),
soldInventoryUpdateResponse.status_code)
class Generator:
error = Error()
def __init__(self):
print("init generators")
def choise(self):
print("Generator choise")
generators = {1: "Hydrate generator", 2: "Battery", 3: "Prosumer"}
while (True):
print("Choise what do you want")
for i in generators:
print i, "-", generators[i]
print("0 - exit")
choise = input("Enter your choise: ")
os.system('clear')
if choise == 0:
return
if choise == 1:
hydrate.choise()
if choise == 2:
battery.choise()
if choise == 3:
prosumer.choise()
if choise > 3 or choise < 0:
error.log("generator")
def __init__(self, done_que):
self.showpercounts = 100
self.timeout = 5
self.starttime = time()
self.quit = False
self.run_que = RedisQueueConnection('running').conn
self.done_que = done_que
self.tasks = []
self.done = 1
self.errdone = set()
self.err = Error()
self.https_enable = 0
self.httpget = self.httpget_requests # down method self.httpget_requests | httpget_curl
self.poolsize = 100
self.down_pool = Pool(size=self.poolsize)
self.totalnettime = 0
self.totaldownsize = 0
self.ip = getip()
def update_inventory():
errorRate = random.randint(0,99)
if errorRate < UPDATE_ERROR_RATE_THRESHOLD:
logs('Inventory', 'Update operation failed - Service Unavailable: 503')
raise Error('Update Inventory Failed - Service Unavailable', status_code=503)
else:
with tracer.start_as_current_span("update_inventory"):
rawData = request.form
failedItems = []
for itemId in rawData.keys():
qty = sum([val for val in rawData.getlist(itemId, type=int)])
databaseResponse = post(
"http://{}:8083/update_item".format(DATABASE),
data={"ItemId": itemId, "Qty": qty})
if databaseResponse.status_code != 200:
failedItems.append(itemId)
if len(failedItems)>0:
response = jsonify(
{"failed_items": failedItems}
)
response.status_code = 206
response.status = "{} {}".format(
response.status_code, "Update inventory response contains failed items."
)
return response
else:
logs('Inventory', 'Update operations successful')
return jsonify({"failed_items": []})
def execute(self, event=None):
Action.execute(self)
self.generate_dict()
self.generate_schedule()
#checking that the user enters a name
if (len(self.filename) == 0):
_ = Error("File must have a name")
return
# Opens file and prints Schedules inside it
fullfilename = os.getcwd() + '/' + self.filename + '.txt'
self.filename = fullfilename
f = open(os.path.expanduser(self.filename), "w+")
for i, Sched in enumerate(self.ScheduleList, 1):
f.write('-' * 25 + ' Schedule ( ' + str(i) + ' ) ' + '-' * 25)
f.write("\n")
for key, val in Sched.days.items():
line = key + " : " + str(val)
f.write(line)
f.write("\n")
self.filename = ""
f.close()
self.wind.destroy()
def getParams(self):
self.first = self.first.split(" ")
self.second = self.second.split(" ")
try:
if len(self.first) > 3 or len(self.second) > 3:
raise IndexError
if len(self.first) < 3 or len(self.second) < 3:
raise Error("Podano za mało elementów")
a = [float(self.first[0]), float(self.second[0])]
b = [float(self.first[1]), float(self.second[1])]
c = [float(self.first[2]), float(self.second[2])]
logging.info("Parametry poczatkowe: " + str([a, b, c]))
except ValueError:
raise Error("Jeden z argumentów nie jest liczbą!")
except IndexError:
raise Error("Podano za dużo elementów")
return [a, b, c]
def getDataSource(self):
if self.dataSource:
print(self.dataSource)
return self.dataSource
else:
raise Error(
"[CSVReader] '%s' doesn't contain valid params. Please checking it again."
% (self.filename))
def t_error(t):
global lexicalErrors
#print("Illegal characters!")
t.lexer.skip(1)
error = Error('Caracter no permitido: ' + str(t.value[0]), t.lineno, 0)
print('Error léxico. Caracter no permitido: ' + str(t.value[0]),
t.lineno)
lexicalErrors.add(error)
def get_live_searches(self):
'''
Returns list of LiveSearch object
'''
live_searches_lists = []
try:
live_searches = self._get_allowed_data('livesearches')
if live_searches.get("success"):
for live_search in live_searches["livesearches"]:
live_searches_lists.append(LiveSearch(live_search["life_id"],live_search["searchname"],live_search["query"]))#,"livesearch"))
return live_searches_lists
else:
return Error(live_searches["message"])
except Exception, e:
return Error(str(e))
def __init__(self, seeds):
self.showpercounts = 10
self.timeout = 5
self.starttime = time.time()
self.oldtime = 0
self.quit = 0
self.https_enable = 0
self.run_queue = Queue()
self.tasks = []
self.done = 0
self.errdone = set()
self.err = Error()
self.loadstate()
#self.whitelist = ['html','htm','php','shtml','asp','jsp','do','action','aspx']
self.blacklist = set(
('.blog.', '.taobao.com', '.baidu.com', '.edu', '.gov', '.mil',
'mail', '.google', 'weibo.com', 't.cn', 'worldpress.com',
'blogspot.com', 'youtube', 'wikipedia', 'facebook', 'twitter',
'dropbox'))
self.allowdDomain = set(('com', 'net', 'org', 'cn', 'info', 'biz',
'me', 'name', 'cc', 'tv'))
self.httpget = self.httpget_requests # down method self.httpget_requests | httpget_curl
self.poolsize = 100
self.poolmaxfree = 40
self.freecount = 0
self.down_pool = Pool(size=self.poolsize)
self.mutex = gevent.coros.RLock()
self.totalnettime = 0
self.cbcputime = 0
self.totaldownsize = 0
self.curspeed = 0
self.debugnosave = 1
try:
self.bfdone = BloomFilter.open('done_sites.bin')
except:
self.bfdone = BloomFilter(2**23, 10**(-5), 'done_sites.bin')
if self.run_queue.qsize() == 0:
for seed in seeds:
self.run_queue.put(seed.split("http://")[1])
if self.https_enable == 0:
self.urlpatern = re.compile('href=[\"\']http://([^/?#\"\']+)')
else:
self.urlpatern = re.compile('href=[\"\']http[s]?://([^/?#\"\'"]+)')
def getColumn(self, columnName):
if columnName in self.fieldNames:
column = [item[columnName] for item in self.dataSource]
column = CSVReader._formatArray(column)
print(column)
return column
else:
raise Error("[CSVReader] '%s' is not exist in '%s' file" %
(columnName, self.filename))
def buildTransitions(self):
for which in range(0, len(self.transitions)):
transition = self.transitions[which].split(':')
stateNum = int(transition[0])
if (self.validateTransition(transition)):
self.states[stateNum].addTransition(
transition[2], self.states[int(transition[1])])
else:
self.errors.append(Error("Transitions are not valid."))
