def __init__(self, login, password): self._login = login self._password = password self._settings = Settings(strict=False) self._client = zeep.Client(self.WSDL_URL, settings=self._settings)
import zeep client = zeep.Client('http://localhost:1771/QueryDataService.asmx?wsdl') print(client.service.IsRuning())
rfc_emisor = "EKU9003173C9" rfc_receptor = "EKU9003173C9" uuid = "66C2B0C5-B67C-4EF8-8D2E-E6625361B059" total = "7261.60" file_cer_pem = open("./Certificados/EKU9003173C9.cer.pem", "r").read() file_key_pem = open("./Certificados/EKU9003173C9.key.pem", "r").read() # A(Aceptar la solicitud), R(Rechazar la solicitud) respuesta_solicitud = 'A' respuestas = { "folios_respuestas": { "uuid" : uuid, "rfc_emisor" : rfc_emisor, "total" : total, "respuesta" : respuesta_solicitud } } # Crear un cliente para hacer la petición al WS. cliente = zeep.Client(wsdl = wsdl_url) try: # Llamar el metodo procesar_respuesta respuesta = cliente.service.procesar_respuesta(usuario, contrasena, rfc_receptor, respuestas, file_cer_pem, file_key_pem) print(respuesta) except Exception as exception: # Imprimir los datos de la excepcion print("Message: %s" % exception)
def _l10n_es_edi_call_web_service_sign(self, invoices, info_list): company = invoices.company_id # All are sharing the same value, see '_get_batch_key'. csv_number = invoices.mapped('l10n_es_edi_csv')[0] # Set registration date invoices.filtered(lambda inv: not inv.l10n_es_registration_date).write({ 'l10n_es_registration_date': fields.Date.context_today(self), }) # === Call the web service === # Get connection data. l10n_es_edi_tax_agency = company.mapped('l10n_es_edi_tax_agency')[0] connection_vals = getattr(self, f'_l10n_es_edi_web_service_{l10n_es_edi_tax_agency}_vals')(invoices) header = { 'IDVersionSii': '1.1', 'Titular': { 'NombreRazon': company.name[:120], 'NIF': company.vat[2:], }, 'TipoComunicacion': 'A1' if csv_number else 'A0', } session = requests.Session() session.cert = company.l10n_es_edi_certificate_id session.mount('https://', PatchedHTTPAdapter()) transport = Transport(operation_timeout=60, timeout=60, session=session) client = zeep.Client(connection_vals['url'], transport=transport) if invoices[0].is_sale_document(): service_name = 'SuministroFactEmitidas' else: service_name = 'SuministroFactRecibidas' if company.l10n_es_edi_test_env and not connection_vals.get('test_url'): service_name += 'Pruebas' # Establish the connection. serv = client.bind('siiService', service_name) if company.l10n_es_edi_test_env and connection_vals.get('test_url'): serv._binding_options['address'] = connection_vals['test_url'] error_msg = None try: if invoices[0].is_sale_document(): res = serv.SuministroLRFacturasEmitidas(header, info_list) else: res = serv.SuministroLRFacturasRecibidas(header, info_list) except requests.exceptions.SSLError as error: error_msg = _("The SSL certificate could not be validated.") except zeep.exceptions.Error as error: error_msg = _("Networking error:\n%s", error) except Exception as error: error_msg = str(error) if error_msg: return {inv: { 'error': error_msg, 'blocking_level': 'warning', } for inv in invoices} # Process response. if not res or not res.RespuestaLinea: return {inv: { 'error': _("The web service is not responding"), 'blocking_level': 'warning', } for inv in invoices} resp_state = res["EstadoEnvio"] l10n_es_edi_csv = res['CSV'] if resp_state == 'Correcto': invoices.write({'l10n_es_edi_csv': l10n_es_edi_csv}) return {inv: {'success': True} for inv in invoices} results = {} for respl in res.RespuestaLinea: invoice_number = respl.IDFactura.NumSerieFacturaEmisor # Retrieve the corresponding invoice. # Note: ref can be the same for different partners but there is no enough information on the response # to match the partner. # Note: Invoices are batched per move_type. if invoices[0].is_sale_document(): inv = invoices.filtered(lambda x: x.name[:60] == invoice_number) else: # 'ref' can be the same for different partners. candidates = invoices.filtered(lambda x: x.ref[:60] == invoice_number) if len(candidates) >= 1: respl_partner_info = respl.IDFactura.IDEmisorFactura inv = None for candidate in candidates: partner_info = self._l10n_es_edi_get_partner_info(candidate.commercial_partner_id) if partner_info.get('NIF') and partner_info['NIF'] == respl_partner_info.NIF: inv = candidate break if partner_info.get('IDOtro') and all(getattr(respl_partner_info.IDOtro, k) == v for k, v in partner_info['IDOtro'].items()): inv = candidate break if not inv: # This case shouldn't happen and means there is something wrong in this code. However, we can't # raise anything since the document has already been approved by the government. The result # will only be a badly logged message into the chatter so, not a big deal. inv = candidates[0] else: inv = candidates resp_line_state = respl.EstadoRegistro if resp_line_state in ('Correcto', 'AceptadoConErrores'): inv.l10n_es_edi_csv = l10n_es_edi_csv results[inv] = {'success': True} if resp_line_state == 'AceptadoConErrores': inv.message_post(body=_("This was accepted with errors: ") + html_escape(respl.DescripcionErrorRegistro)) elif respl.RegistroDuplicado: results[inv] = {'success': True} inv.message_post(body=_("We saw that this invoice was sent correctly before, but we did not treat " "the response. Make sure it is not because of a wrong configuration.")) else: results[inv] = { 'error': _("[%s] %s", respl.CodigoErrorRegistro, respl.DescripcionErrorRegistro), 'blocking_level': 'error', } return results
import zeep import zeep.wsse.username WSDLFILE = 'https://uslugaterytws1test.stat.gov.pl/wsdl/terytws1.wsdl' USERNAME = '******' PASSWORD = '******' client = zeep.Client(WSDLFILE, wsse=zeep.wsse.username.UsernameToken(USERNAME, PASSWORD)) if not client.service.CzyZalogowany(): raise RuntimeError('CzyZalogowany() == False')
def generic_search(mytoken, type, parameter): authTk = AccessToken.objects.filter(token=mytoken, active=True) res_msg = "" output = "" fuilfield = False message = 'success' if not authTk: return ({ "data": None, "message": "Authentication failed! Either invalid or inactive token or cant reach the service. contact admin" }) if type not in authTk[0].access_type: return ({ "data": None, "message": "Authorization failed! you have no right to call that service. contact admin" }) try: print("nnnnnnn") print(type not in authTk[0].access_type) # print(check_unit()) auth = auth_api() if auth[0] != 'success': # print(auth) return {"data": None, 'message': auth[1]} # unit check if is_unit_available(authTk[0], type) == False: return { "data": None, 'message': "unitError", 'detail': "No unit available to service this request type" } i = 0 client = zeep.Client(wsdl=auth[2]) ix = None print(".............") print(auth[1]) print(parameter) if type == 'nin': ix = client.service.searchByNIN(auth[1], parameter) elif type == "phone": ix = client.service.searchByDemoPhone(auth[1], parameter) elif type == "doc": ix = client.service.searchByDocumentNumber(auth[1], parameter) elif type == "demo": # {dateOfBirth:"",firstname:"",lastname:"",gender:""} ix = client.service.searchByDemo(auth[1], parameter) elif type == "finger": # {dateOfBirth:"",firstname:"",lastname:"",gender:""} ix = client.service.searchByFinger(auth[1], parameter['data'], parameter['pos']) elif type == "fingerV": ix = client.service.verifyFingerWithData(auth[1], parameter['nin'], parameter['data'], parameter['pos']) elif type == "photoV": ix = client.service.verifyPhotoWithData(auth[1], parameter) # print(ix.data) demo = Demo() list = [] c = 0 for d in ix.data: if c == 0: output = d.centralID else: output = output + "," + d.centralID list.append(demo.getDemo(d)) if (len(list) < 1): return { 'data': None, 'message': 'success', 'detail': 'No matching record found' } frozen = jsonpickle.encode(list[0]) # print(list) fuilfield = True return {'data': list, 'message': 'success'} # serialized_obj except Exception as e: print("err " + str(e)) traceback.print_exc() message = str(e) fuilfield = False # return str(e) output = "None" return {"data": None, "message": str(e)} finally: if type == 'finger' or type == 'fingerV' or type == 'photoV': parameter = "biometrics" log(authTk[0].user.email, type, parameter, output, fuilfield, message) return {"data": None, "message": "verification error"}
def call_soap2(): wsdl = 'http://www.soapclient.com/xml/soapresponder.wsdl' client = zeep.Client(wsdl=wsdl) print("how are you") return "Thanks you"
#!/usr/bin/env python3 import zeep import json from datetime import datetime import pathlib #--- WSDL Parameters ---# #my_json = { "&seznam_vsech_bounced_emailu": ["*****@*****.**", "*****@*****.**", "*****@*****.**"] } # for test wsdl_test = 'http://192.168.221.145/EmailySluzba/Emaily.svc?wsdl' client_test = zeep.Client(wsdl=wsdl_test) # for EU wsdl_eu = 'http://192.168.221.124/EmailySluzba/Emaily.svc?wsdl' client_eu = zeep.Client(wsdl=wsdl_eu) # for LATAM wsdl_latam = 'http://192.168.221.126/EmailySluzba/Emaily.svc?wsdl' client_latam = zeep.Client(wsdl=wsdl_latam) sender_list = [ '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**', '*****@*****.**' ] bounced_treshold = 4 current_time = datetime.utcnow().strftime('%Y-%m-%d_%H:%M:%S.%f')[:-7] backup_dir = '/etc/rc-local/skripty/python/mail_stat/backup/'
def post(self, *args, **kwargs): client = zeep.Client(*args) return client.service.trataPeticion(kwargs.get('data', {}))
from __future__ import print_function import zeep client = zeep.Client(wsdl='http://www.webservicex.net/barcode.asmx?WSDL') response = client.service.Code39('1234', 20, ShowCodeString=True, Title='ZEEP') print(repr(response))
# Exploring the Training.gov.au Web Services # Author: Marcus Wynwood (@MarcusTeachUs) # # Finds all the units in a qual import zeep from zeep.wsse.username import UsernameToken import urllib import xmltodict wsdl = 'https://ws.sandbox.training.gov.au/Deewr.Tga.Webservices/TrainingComponentServiceV7.svc?wsdl' username = "******" password = "******" client = zeep.Client(wsdl=wsdl, wsse=UsernameToken(username, password)) base_url_for_xml_files = 'http://training.gov.au/TrainingComponentFiles/' ######################################### # xml_url_to_dict(xml_url) # Give this bad boy a URL to an XML file, and it'll # give you a dictionary populated form that XML file. # xmltodict doesn't seem to make it that nice... def xml_url_to_dict(xml_url): file = urllib.request.urlopen(xml_url) data = file.read() file.close() data = xmltodict.parse(data) return data
def __init__(self, username, password): self.username = username self.password = password self.client = zeep.Client(self.WSDL) self.session = None self._login()
def signXML(self, id): if id: retry = self.request.retries try: request = Request.objects.using('req').get(id=id) except Request.DoesNotExist as exc: log.error('Error in get request from database id- %s' % (id)) return False file_name = request.notsignfilename full_file_name = os.path.join(out_xml_dir, file_name) log.info('Read and sign XML file - %s ' % full_file_name) # filename = "C:\\Python34\\ergul\\logs\out_XML\\a608bb0c-994b-4df3-9abf-0a515631b485.xml" try: obj_xml = open(full_file_name, 'rb').read() except IOError as exc: log.error('Error read XML file %s ' % full_file_name) if retry < MAX_RETRIES: raise self.retry(exc=exc) else: request.code = '97' request.save(using='req') return False try: client_for_sign = zeep.Client(url) resp = client_for_sign.service.SignXml(xmlData=obj_xml, wsuId=wsuId) log.info('Sign created XML file %s' % full_file_name) except RequestException as exc: log.error('Error sign XML file %s' % full_file_name) if retry < MAX_RETRIES: raise self.retry(exc=exc, countdown=countdowns[retry]) else: request.code = '97' request.save(using='req') return False sign_xml = resp['SignedXml'] #(patch, name) = os.path.split(str(file_name)) sign_file_name = "sig-" + file_name sign_full_file_name = os.path.join(out_xml_dir, sign_file_name) #print(sign_XMLfile_name) #log.error('created name for sign XML file %s' % sign_XMLfile_name) try: with open(sign_full_file_name, "wb") as xml_writer: xml_writer.write(sign_xml) xml_writer.close() log.info('Save signed XML file %s' % sign_full_file_name) except IOError as exc: log.error('Error save signed XML file %s ' % sign_full_file_name) if retry < MAX_RETRIES: raise self.retry(exc=exc) else: request.code = '97' request.save(using='req') return False request.reqfilename = sign_file_name request.save(using='req') return id else: log.error('Not id in signXML params ') return False
#!/usr/bin/env python3 import zeep import re import os TOKEN = os.environ["NRE_TOKEN"] WSDL = 'https://lite.realtime.nationalrail.co.uk/OpenLDBWS/wsdl.aspx?ver=2017-10-01' client = zeep.Client(wsdl=WSDL) data = client.service.GetDepBoardWithDetails( numRows=50, crs="CBG", _soapheaders={"AccessToken": TOKEN}, timeOffset=30) #print(data) #print("Train departures for {0} (updated {1})".format( # data["locationName"], # data["generatedAt"].strftime("%H:%M"))) #print() #if data["nrccMessages"]: # for message in data["nrccMessages"]["message"]: # for key in message: # text = message[key] # text = re.sub(r'<A.*?>(.*?)</A>',r'\1',text) # text = re.sub(r'<P>','\n',text) # print(text) # print() for service in data["trainServices"]["service"]:
import zeep wsdl = 'http://mykris.sqlview.com:8080/KRIS/services/krislitews?wsdl' client = zeep.Client(wsdl=wsdl, strict=False) logintoken = client.service.login('fong', '[email protected]', 'web', 'web') list = client.service.findAllFileRefs('fong') filereferencelist = [] for i in list: fileRefTitle = '' documentCount = '' securityGrading = '' fileRefNo = '' compartment = i['compartment'] caseRefs = i['caseRefs'] # print ('List element: ', i,) for rowelement in i['_raw_elements']: # print (rowelement.tag,":",rowelement.text, " ",) if rowelement.tag == 'fileRefTitle': fileRefTitle = rowelement.text if rowelement.tag == 'documentCount': documentCount = rowelement.text if rowelement.tag == 'securityGrading': securityGrading = rowelement.text if rowelement.tag == 'fileRefNo': fileRefNo = rowelement.text print('compartment:', compartment, 'fileRefTitle:', fileRefTitle, 'fileRefNo:', fileRefNo, 'documentCount:', documentCount, 'securityGrading:', securityGrading, 'caseRefs:', caseRefs)
def checkvat(countrycode, vat): wsdl = 'http://ec.europa.eu/taxation_customs/vies/checkVatService.wsdl' client = zeep.Client(wsdl=wsdl) return client.service.checkVat(countrycode, vat)
def xml_zeep(request): wsdl = 'http://www.soapclient.com/xml/soapresponder.wsdl' client = zeep.Client(wsdl=wsdl) print(client.service.Method1('Zeep', 'is cool')) print(client) return HttpResponse("success")
def request_json(tfrom="admin:fr:75056", tto="admin:fr:69123", tdatetime="20200216T095127", tcurrency='EUR', tfromlat="0", tfromlon="0", ttolat="0", ttolon="0"): """ #DEBUG printer('tfrom = ' + tfrom) printer('tfromlat = ' + tfromlat) printer('tto = ' + tto) printer('tdatetime = ' + tdatetime) """ # On effectue une requete a l'api sncf afin de recuperer les trajets associés aux 2 stop point et la date r = requests.get('https://api.sncf.com/v1/coverage/sncf/journeys?from=' + tfrom + '&to=' + tto + '&datetime_represents=departure&datetime= ' + tdatetime, auth=HTTPBasicAuth(apiKey, ''), verify=True) data = r.json() totalduration = time.strftime("%H:%M", time.gmtime(data['journeys'][0]['duration'])) """ #DEBUG printer('durée totale du trajet : ' + str(totalduration)) """ route = [] for i in range(0, len(data['journeys'][0]['sections'])): if (data['journeys'][0]['sections'][i]['type'] != 'crow_fly') and ( data['journeys'][0]['sections'][i]['type'] != 'waiting') and ( data['journeys'][0]['sections'][i]['type'] != 'transfer'): """ #DEBUG printer(data['journeys'][0]['sections'][i]['from']['name']) printer(data['journeys'][0]['sections'][i]['display_informations']['commercial_mode']) printer(data['journeys'][0]['sections'][i]['display_informations']['headsign']) printer(data['journeys'][0]['sections'][i]['to']['name']) """ train_str = data['journeys'][0]['sections'][i][ 'display_informations']['commercial_mode'] + ' n°' + data[ 'journeys'][0]['sections'][i]['display_informations'][ 'headsign'] dur = str( time.strftime( "%H:%M", time.gmtime(data['journeys'][0]['sections'][i]['duration']) )) #On transforme la durée en secondes par une string en HH:mm """ #DEBUG printer((data['journeys'][0]['sections'][i]['from']['name'], data['journeys'][0]['sections'][i]['to']['name'], train_str, dur, pdatetimetostr(data, i, 'departure_date_time'), pdatetimetostr(data, i, 'arrival_date_time'))) """ route.append( (data['journeys'][0]['sections'][i]['from']['name'], data['journeys'][0]['sections'][i]['to']['name'], train_str, dur, pdatetimetostr(data, i, 'departure_date_time'), pdatetimetostr(data, i, 'arrival_date_time'))) elif data['journeys'][0]['sections'][i]['type'] == 'waiting': """ #DEBUG printer(data['journeys'][0]['sections'][i]['type']) """ dur = str( time.strftime( "%H:%M", time.gmtime(data['journeys'][0]['sections'][i]['duration']) )) #On transforme la durée en secondes par une string en HH:mm """ #DEBUG printer((data['journeys'][0]['sections'][i]['type'], ' ' , ' ', dur, ' ', ' ')) """ route.append((data['journeys'][0]['sections'][i]['type'], ' ', ' ', dur, ' ', ' ')) # on instancie le client SOAP client = zeep.Client( 'http://trouvetontrain.herokuapp.com/soapservice/Distance/soap/description' ) distance = round( client.service.calcul_distance(tfromlat, ttolat, tfromlon, ttolon) / 1000, 2) """ #DEBUG printer('Distance issue de notre service SOAP :' + str(distance)) """ # On effectue une requete a notre api afin de recuperer le prix associé a la distance du trajet et la monnaie r1 = requests.get( 'http://trouvetontrain.herokuapp.com/restservice/price/' + tcurrency + '/' + str(distance)) data1 = r1.json() totalprice = round(data1['total'], 2) """ #DEBUG printer('Prix issu de notre API REST : ' + str(totalprice)) """ """ #DEBUG #affiche le json résultant de la requête a l'api SNCF (journeys) reponse = make_response(data) reponse.mimetype = "application/json" return reponse """ return render_template('result.html', la_distance=distance, le_cout=totalprice, la_monnaie=tcurrency, la_duree_totale=totalduration, trajet=route)
def call_soap(): wsdl = 'http://www.soapclient.com/xml/soapresponder.wsdl' client = zeep.Client(wsdl=wsdl) print("how are you") print(print(encryptPassword("abc12345"))) return client.service.Method1('Zeep', 'is cool')
import zeep import pandas as pd import asyncio import asyncio import time import zeep from zeep.asyncio import AsyncTransport wsdl = 'http://10.21.2.75:8080/service/LBEBusiness?wsdl' transport = zeep.Transport(cache=None) client = zeep.Client(wsdl=wsdl, transport=transport) login_ans = client.service.login("ZXQH_GPXZ", "GPXZ123321", "myapp", "plain", ""), sessionId = login_ans[0].sessionId result = [] def handle_future(future): result.extend(future.result()) print('*' * 200) print(result) print('*' * 200) # wsdl = 'http://10.21.2.75:8080/service/LBEBusiness?wsdl' # client = zeep.Client(wsdl=wsdl) # sessionId = client.service.login("ZXQH_GPXZ", "GPXZ123321", "myapp", "plain", "") # print(client.service.login("ZXQH_GPXZ", "GPXZ123321", "myapp", "plain", "")) # factory = client.type_factory('ns0')
from __future__ import print_function import zeep # display a title print("Convert number to text/dollars") print() # get input from the user dollar_number= float(input("Enter number of dollars\t\t")) # obtain results client = zeep.Client( wsdl='http://www.dataaccess.com/webservicesserver/numberconversion.wso?WSDL') dollars = (client.service.NumberToDollars(dollar_number)) #print result print (dollars)
def run(): soap_client = zeep.Client(wsdl=_WSDL_LINK) db = db_utils.load_database() import ipdb; ipdb.set_trace() _update_player_table(db, soap_client) _update_matches_table(db, soap_client)
def test_hello_world(): path = os.path.join(os.path.dirname(os.path.realpath(__file__)), "hello_world_recursive.wsdl") client = zeep.Client(path) client.wsdl.dump()
def run_async(): print("async example") print("=============") result = [] def handle_future(future): result.extend(future.result()) print(future.result()) # [unicode(x.strip()) if x is not None else '' for x in row] record_list = [] for row in result: if len(row.records) == 0: continue record_list.extend(row.records) record_list = [item.values for item in record_list] # record_list = [[record for record in row.records] for row in result] df = pd.DataFrame.from_records(record_list, columns=None,) df.to_csv('../output/crm_test.csv', encoding='gbk') asyncio.ensure_future(logout()) loop = asyncio.get_event_loop() wsdl = 'http://10.21.2.75:8080/service/LBEBusiness?wsdl' cache = SqliteCache(path='./sqlite.db', timeout=3600) transport = AsyncTransport(loop, cache=cache) client = zeep.Client(wsdl, transport=transport) # login_ans = client.service.login("ZXQH_GPXZ", "GPXZ123321", "myapp", "plain", ""), # sessionId = login_ans[0].sessionId async def login(future): result = await client.service.login("ZXQH_GPXZ", "GPXZ123321", "myapp", "plain", ""), global sessionId sessionId = result[0].sessionId future.set_result(result[0].sessionId) async def logout(): global sessionId result = await client.service.logout(sessionId) result = await transport.session.close() loop.stop() def send_quests(future): sessionId = future.result() df = pd.read_excel('./客户名单(服务器托管).xlsx') df = df.apply(pd.to_numeric, errors='ignore') user_ids = df['资金账号'].tolist() user_ids = user_ids[0:20] tasks = [ setup_req(sessionId, str(user_id)) for user_id in user_ids ] future2 = asyncio.gather(*tasks, return_exceptions=True) future2.add_done_callback(handle_future) async def setup_req(sessionId, user_id,): lbParameter_type = client.get_type('ns0:lbParameter') queryOption_type = client.get_type('ns0:queryOption') par_dict = {"KSRQ": "2018-11-01", "JSRQ": "2018-11-10", "KHH": user_id} params = [] for key in par_dict: val = par_dict[key] temp_lbParameter = lbParameter_type(name=key, value=val) params.append(temp_lbParameter) valueOption_type = client.get_type('ns0:valueOption') valueOption = valueOption_type('VALUE') batchNo = 1 batchSize = 3000 mqueryOption = queryOption_type(batchNo=batchNo, batchSize=batchSize, queryCount=True, valueOption=valueOption) # waits 1 second # delay_seconds = random.randrange(5) # await asyncio.sleep(delay_seconds) # await asyncio.sleep(1) result = await client.service.query(sessionId, "cxSqlKHCJMX", params, "", mqueryOption) return result lbParameter_type = client.get_type('ns0:lbParameter') queryOption_type = client.get_type('ns0:queryOption') par_dict = {"KSRQ": "2018-11-01", "JSRQ": "2018-11-10", "KHH": "0000050067"} params = [] for key in par_dict: val = par_dict[key] temp_lbParameter = lbParameter_type(name=key, value=val) params.append(temp_lbParameter) valueOption_type = client.get_type('ns0:valueOption') valueOption = valueOption_type('VALUE') batchNo = 1 batchSize = 3000 mqueryOption = queryOption_type(batchNo=batchNo, batchSize=batchSize, queryCount=True, valueOption=valueOption) # st = time.time() # loop.run_until_complete(future) # loop.run_until_complete(transport.session.close()) # print("time: %.2f" % (time.time() - st)) # print("result: %s" % result) # print("") # print("sessionId:{sessionId}".format(sessionId=sessionId)) loop = asyncio.get_event_loop() future = asyncio.Future() asyncio.ensure_future(login(future)) future.add_done_callback(send_quests) try: loop.run_forever() finally: loop.close() return result
import suds import zeep url = 'http://localhost:4545/RegisterUser?wsdl' client = zeep.Client(wsdl=url) #print client.wsdl.dump() # To get key client = suds.client.Client(url, cache=None) print client.service.add('Harry') url = 'http://localhost:4545/FetchTickers?wsdl' client = zeep.Client(wsdl=url) #print client.wsdl.dump() key = 'USE_KEY' ticker = 'C_USA_CHN' field = 'EXPORT' source = 'USDA' print client.service.getData(ticker, field, source, key)
import zeep client = zeep.Client(wsdl='http://localhost/TRRP_lab3/server.php?WSDL') waybill = client.get_element('ns0:Waybill') def create(): obj = waybill(date=input('Дата: '), region=input('Регион: '), adress_from=input('Адрес от: '), adress_to=input('Адрес до: '), vehicles=input('ТС: '), reg_number=input('Рег. номер ТС: '), fuel=input('Топливо: '), odometer=input('Показания одометра: '), responsible=input('Ответственный: '), phone=input('Номер телефона: '), winter_highway=10, winter_city=11, summer_highway=9, summer_city=10, fuel_add=input('Заправлено: '), fuel_start=input('Показания топлива при выезде: '), fuel_end=input('Показания топлива при въезде: '), odometer_start=input('Показания одометра при выезде: '), odometer_end=input('Показания одометра при въезде: '), is_city=0, comment=input('Коментарий: ')) print(client.service.AddWaybill(Waybill=obj))
import matplotlib.pyplot as plt from skimage.transform.pyramids import pyramid_reduce from skimage.feature import match_template import cv2 as cv MVTVSSR_folder_path = os.path.dirname(os.path.abspath(__file__)) input_folder = os.path.join(MVTVSSR_folder_path, "InputData") output_folder = os.path.join(MVTVSSR_folder_path, "Output") save_folder = os.path.join(MVTVSSR_folder_path, "SavedModels") import zeep import struct import base64 import time from concurrent.futures import ThreadPoolExecutor, as_completed client = zeep.Client( 'http://turbulence.pha.jhu.edu/service/turbulence.asmx?WSDL') ArrayOfFloat = client.get_type('ns0:ArrayOfFloat') ArrayOfArrayOfFloat = client.get_type('ns0:ArrayOfArrayOfFloat') SpatialInterpolation = client.get_type('ns0:SpatialInterpolation') TemporalInterpolation = client.get_type('ns0:TemporalInterpolation') token = "edu.osu.buckeyemail.wurster.18-92fb557b" #replace with your own token def get_frame(x_start, x_end, x_step, y_start, y_end, y_step, z_start, z_end, z_step, sim_name, timestep, field, num_components): #print(x_start) #print(x_end) #print(y_start) #print(y_end) #print(z_start) #print(z_end)
def requestSoapService(body): wsdl = 'http://localhost:8081/ws/rules.wsdl' client = zeep.Client(wsdl=wsdl) return client.service.GetRules(float(body['loanAmount']), int(body['loanDuration']), int(body['creditScore']))
import zeep wsdl = 'http://localhost:8080/Calculator/soap/description' client = zeep.Client(wsdl=wsdl) print("Addition") print(client.service.add(6.0,5.0)) print("Subtraction") print(client.service.sub(6.0,5.0)) print("Multiplication") print(client.service.mul(6.0,5.0)) print("Division") print(client.service.div(6.0,5.0))
import zeep my_client = zeep.Client( 'http://apps.charitycommission.gov.uk/Showcharity/API/SearchCharitiesV1/SearchCharitiesV1.asmx?wsdl' ) key = open('keyfile', 'r').read().splitlines()[0] api_search_criteria = my_client.get_type('ns0:APISearchCriteria')() api_search_criteria.SearchFor = 'OnlyRegisterCharities' api_search_criteria.Keyword = 'MatchAnyWords' api_search_criteria.SearchIn = 'All' api_search_criteria.WhereOperates = { 'EnglandAndWales': 'OnlySpecific', 'Specific': 'B-19' } api_search_criteria.RegistrationDateFrom_Day = 0 api_search_criteria.RegistrationDateFrom_Month = 0 api_search_criteria.RegistrationDateFrom_Year = 0 api_search_criteria.RegistrationDateTo_Day = 0 api_search_criteria.RegistrationDateTo_Month = 0 api_search_criteria.RegistrationDateTo_Year = 0 api_search_criteria.RemovedDateFrom_Day = 0 api_search_criteria.RemovedDateFrom_Month = 0 api_search_criteria.RemovedDateFrom_Year = 0 api_search_criteria.RemovedDateTo_Day = 0 api_search_criteria.RemovedDateTo_Month = 0 api_search_criteria.RemovedDateTo_Year = 0 api_search_criteria.RegistrationDateFromIsSpecified = False api_search_criteria.RegistrationDateToIsSpecified = False api_search_criteria.RemovedDateFromIsSpecified = False api_search_criteria.RemovedDateToIsSpecified = False api_search_criteria.IncomeRangeFrom = 1