def getActiveStationsSoappy(debug=False):
'''
Use the old SOAPpy interface to get the stations
Here is the results for one station:
print response.station[1]
<SOAPpy.Types.structType station at 20681072>: {'parameter': ['', ''], 'metadata': <SOAPpy.Types.structType metadata at 20683272>: {'date_established': '1954-11-24', 'location': <SOAPpy.Types.structType location at 20635240>: {'lat': '21 57.3 N', 'state': 'HI', 'long': '159 21.4 W'}}}
>>> response = getActiveStationsSoappy()
>>> str(response.station[1].metadata.location.lat)
'21 57.3 N'
>>> str(response.station[1].metadata.location.long)
'159 21.4 W'
>>> str(response.station[1].metadata.location.state)
'HI'
@param debug: set to true to see more information about the transaction
@return: a large typestring
'''
from SOAPpy import SOAPProxy
url = 'http://opendap.co-ops.nos.noaa.gov/axis/services/ActiveStations'
namespace='urn:ActiveStations' # This really can be anything. It is ignored
server = SOAPProxy(url,namespace)
if debug: server.config.debug=1
response = server.getActiveStations()
return response
def getWaterLevelSoappyNow(stationId,debug=False):
'''
Use OLD SOAPpy interface to get the waterlevel for a station
'''
d = datetime.datetime.utcnow()
print 'FIX: do this in seconds space!!!! This is crap!'
startD = d + datetime.timedelta(minutes=-20)
endD = d + datetime.timedelta(minutes=10)
#startMin = int(d.minute) - 6
#endMin = int(d.minute) + 1
print startD,endD,d
beginDate = str(startD.year)+('%02d' % startD.month)+('%02d' % startD.day)+' '+ ('%02d' % (startD.hour))+':'+('%02d' % (startD.minute))
endDate = str(endD.year)+('%02d' % endD.month)+('%02d' % endD.day)+' '+ ('%02d' % (endD.hour))+':'+('%02d' % (endD.minute))
#print beginDate,endDate
from SOAPpy import SOAPProxy
url = 'http://opendap.co-ops.nos.noaa.gov/axis/services/WaterLevelRawSixMin'
namespace='urn:WaterLevelRawSixMin' # This really can be anything. It is ignored
server = SOAPProxy(url,namespace)
if debug: server.config.debug=1
#response = server.getWaterLevelRawSixMin(stationId=str(stationId),beginDate='20051201 00:00',endDate='20051201 00:18',datum='MLLW',unit=0,timeZone=0)
response = server.getWaterLevelRawSixMin(stationId=str(stationId),beginDate=beginDate,endDate=endDate,datum='MLLW',unit=0,timeZone=0)
# only return the last entry
return response.item[-1]
def __init__(self, irc):
self.__parent = super(Mantis, self)
self.__parent.__init__(irc)
self.saidBugs = ircutils.IrcDict()
sayTimeout = self.registryValue('bugSnarferTimeout')
for k in irc.state.channels.keys():
self.saidBugs[k] = TimeoutQueue(sayTimeout)
self.urlbase = self.registryValue('urlbase')
self.privateurlbase = self.registryValue('privateurlbase')
if self.privateurlbase != "":
serviceUrl = self.privateurlbase + '/api/soap/mantisconnect.php'
else:
serviceUrl = self.urlbase + '/api/soap/mantisconnect.php'
self.server = SOAPProxy(serviceUrl)._ns(namespace)
self.username = self.registryValue('username')
self.password = self.registryValue('password')
self.oldperiodic = self.registryValue('bugPeriodicCheck')
self.irc = irc
self.lastBug = 0
bugPeriodicCheck = self.oldperiodic
if bugPeriodicCheck > 0:
schedule.addPeriodicEvent(self._bugPeriodicCheck,
bugPeriodicCheck,
name=self.name())
reload(sys)
sys.setdefaultencoding('utf-8')
def _get_dte_status(self, signature_d, token):
url = server_url[
self.company_id.dte_service_provider] + 'QueryEstDte.jws?WSDL'
ns = 'urn:' + server_url[
self.company_id.dte_service_provider] + 'QueryEstDte.jws'
_server = SOAPProxy(url, ns)
receptor = self.format_vat(self.partner_id.vat)
date_invoice = datetime.strptime(self.date_invoice,
"%Y-%m-%d").strftime("%d-%m-%Y")
respuesta = _server.getEstDte(
signature_d['subject_serial_number'][:8],
str(signature_d['subject_serial_number'][-1]),
self.company_id.vat[2:-1], self.company_id.vat[-1], receptor[:8],
receptor[2:-1], str(self.document_class_id.sii_code),
str(self.sii_document_number), date_invoice,
str(self.amount_total), token)
self.sii_message = respuesta
resp = xmltodict.parse(respuesta)
if resp['SII:RESPUESTA']['SII:RESP_HDR']['ESTADO'] == '2':
status = {
'warning': {
'title': _("Error code: 2"),
'message':
_(resp['SII:RESPUESTA']['SII:RESP_HDR']['GLOSA'])
}
}
return status
if resp['SII:RESPUESTA']['SII:RESP_HDR']['ESTADO'] == "EPR":
self.state = "Proceso"
if resp['SII:RESPUESTA']['SII:RESP_BODY']['RECHAZADOS'] == "1":
self.state = "Rechazado"
if resp['SII:RESPUESTA']['SII:RESP_BODY']['REPARO'] == "1":
self.state = "Reparo"
elif resp['SII:RESPUESTA']['SII:RESP_HDR']['ESTADO'] == "RCT":
self.state = "Rechazado"
def getGrados(request):
if request.method == "GET":
codigo = request.GET.get('cod')
curso = request.GET.get('curso')
server = SOAPProxy('www.abj-ws-devborja.c9users.io:8080')
res = server.obtenerGruposAsignaturaInformatica(codigo, curso)
return HttpResponse(res)
def getWaterLevelSoappyNow(stationId,debug=False):
'''
Use OLD SOAPpy interface to get the waterlevel for a station
'''
d = datetime.datetime.utcnow()
print 'FIX: do this in seconds space!!!! This is crap!'
startD = d + datetime.timedelta(minutes=-20)
endD = d + datetime.timedelta(minutes=10)
#startMin = int(d.minute) - 6
#endMin = int(d.minute) + 1
print startD,endD,d
beginDate = str(startD.year)+('%02d' % startD.month)+('%02d' % startD.day)+' '+ ('%02d' % (startD.hour))+':'+('%02d' % (startD.minute))
endDate = str(endD.year)+('%02d' % endD.month)+('%02d' % endD.day)+' '+ ('%02d' % (endD.hour))+':'+('%02d' % (endD.minute))
#print beginDate,endDate
from SOAPpy import SOAPProxy
url = 'http://opendap.co-ops.nos.noaa.gov/axis/services/WaterLevelRawSixMin'
namespace='urn:WaterLevelRawSixMin' # This really can be anything. It is ignored
server = SOAPProxy(url,namespace)
if debug: server.config.debug=1
#response = server.getWaterLevelRawSixMin(stationId=str(stationId),beginDate='20051201 00:00',endDate='20051201 00:18',datum='MLLW',unit=0,timeZone=0)
response = server.getWaterLevelRawSixMin(stationId=str(stationId),beginDate=beginDate,endDate=endDate,datum='MLLW',unit=0,timeZone=0)
# only return the last entry
return response.item[-1]
def deleteFabricante(codigoFabricante):
try:
servico = SOAPProxy("http://localhost:8083")
produtos = servico.listarProduto()
existe = False
for linha in linhas:
codigo, descricao, preco, codigoFabricante_ = linha.split('|')
if codigoFabricante == codigoFabricante_:
existe = True
if existe is False:
f = open(db, "r")
linhas = f.readlines()
f.close()
f = open(db, "w")
for linha in linhas:
codigo, descricao, localizacao = linha.split('|')
if codigo != codigoFabricante:
f.write(linha)
f.close()
return True
except:
return False
def __init__(self, url, user = None, passwd = None):
if user == None:
self.server = SOAPProxy(url)
else:
self.server = SOAPProxy(url, transport = HTTPHeaderTransport)
self.server.transport.headers = {'Username' : user,
'Password' : passwd}
def _get_send_status(self, track_id, signature_d, token):
url = server_url[
self.company_id.dte_service_provider] + 'QueryEstUp.jws?WSDL'
ns = 'urn:' + server_url[
self.company_id.dte_service_provider] + 'QueryEstUp.jws'
_server = SOAPProxy(url, ns)
rut = self.format_vat(self.company_id.vat)
respuesta = _server.getEstUp(rut[:8], str(rut[-1]), track_id, token)
self.sii_message = respuesta
resp = xmltodict.parse(respuesta)
status = False
if resp['SII:RESPUESTA']['SII:RESP_HDR']['ESTADO'] == "-11":
status = {
'warning': {
'title':
_('Error -11'),
'message':
_("Error -11: Espere a que sea aceptado por el SII, intente en 5s más"
)
}
}
if resp['SII:RESPUESTA']['SII:RESP_HDR']['ESTADO'] == "EPR":
self.state = "Proceso"
if resp['SII:RESPUESTA']['SII:RESP_BODY']['RECHAZADOS'] == "1":
self.sii_result = "Rechazado"
elif resp['SII:RESPUESTA']['SII:RESP_HDR']['ESTADO'] == "RCT":
self.state = "Rechazado"
status = {
'warning': {
'title': _('Error RCT'),
'message': _(resp['SII:RESPUESTA']['GLOSA'])
}
}
return status
def getActiveStationsSoappy(debug=False):
'''
Use the old SOAPpy interface to get the stations
Here is the results for one station:
print response.station[1]
<SOAPpy.Types.structType station at 20681072>: {'parameter': ['', ''], 'metadata': <SOAPpy.Types.structType metadata at 20683272>: {'date_established': '1954-11-24', 'location': <SOAPpy.Types.structType location at 20635240>: {'lat': '21 57.3 N', 'state': 'HI', 'long': '159 21.4 W'}}}
>>> response = getActiveStationsSoappy()
>>> str(response.station[1].metadata.location.lat)
'21 57.3 N'
>>> str(response.station[1].metadata.location.long)
'159 21.4 W'
>>> str(response.station[1].metadata.location.state)
'HI'
@param debug: set to true to see more information about the transaction
@return: a large typestring
'''
from SOAPpy import SOAPProxy
url = 'http://opendap.co-ops.nos.noaa.gov/axis/services/ActiveStations'
namespace = 'urn:ActiveStations' # This really can be anything. It is ignored
server = SOAPProxy(url, namespace)
if debug: server.config.debug = 1
response = server.getActiveStations()
return response
def createSNOWIncident(self, params_dict):
import datetime
from SOAPpy import SOAPProxy
# instance to send to
instance = 'Company1prod'
# username/password
username = '******'
password = '******'
# proxy - NOTE: ALWAYS use https://INSTANCE.service-now.com, not https://www.service-now.com/INSTANCE for web services URL from now on!
proxy = 'https://%s:%s@%s.service-now.com/incident.do?SOAP' % (username, password, instance)
namespace = 'http://www.service-now.com/'
server = SOAPProxy(proxy, namespace)
# uncomment these for LOTS of debugging output
# server.config.dumpHeadersIn = 1
# server.config.dumpHeadersOut = 1
# server.config.dumpSOAPOut = 1
# server.config.dumpSOAPIn = 1
response = server.insert(impact=int(params_dict['impact']), urgency=int(params_dict['urgency']), priority=int(params_dict['priority']), category=params_dict['category'], u_current_location=params_dict['location'], caller_id=params_dict['user'], assignment_group=params_dict['assignment_group'], subcategory=params_dict['subcategory'], short_description=params_dict['short_description'], description=params_dict['description'], u_business_unit=params_dict['business_unit'])
return response
def createincident(params_dict):
# instance to send to
instance='xxxxxx'
# username/password
username='******'
password='******'
# proxy - NOTE: ALWAYS use https://INSTANCE.service-now.com, not https://www.service-now.com/INSTANCE for web services URL from now on!
# proxy = 'https://%s:%s@%s.service-now.com/u_nimsoft.do?WSDL' % (username, password, instance)
proxy = 'https://%s:%s@%s.service-now.com/incident.do?SOAP' % (username, password, instance)
namespace = 'http://www.service-now.com/'
server = SOAPProxy(proxy, namespace)
# uncomment these for LOTS of debugging output
#server.config.dumpHeadersIn = 1
#server.config.dumpHeadersOut = 1
#server.config.dumpSOAPOut = 1
#server.config.dumpSOAPIn = 1
response = server.insert(
impact=int(params_dict['impact']),
urgency=int(params_dict['urgency']),
# caller_id=params_dict['caller_id'],
category=str(params_dict['category']),
assignment_group=params_dict['assignment_group'],
short_description=params_dict['short_description'],
comments=params_dict['comments'])
return response
def switchIrcut(n):
try:
client = SOAPProxy(url, namespace=namespace)
report = client.switchIRFilter("all", n)
msg = "Subject: [FAMNET] IR CUT FILTER report\n\nreport:\n%s" % report
except Error, s:
msg="Subject: [FAMNET] connection to streamer failed\n%s" % s
def brenda_query(EC_number, brenda_email="", brenda_pass=""):
"""
Returns raw output string from BRENDA for an EC number.
"""
# in some intranets an issue: how to use a web proxy for WS. Here
# we assume a set environment variable 'http_proxy'.·
# This is common in unix environments. SOAPpy does not like
# a leading 'http://'
if 'http_proxy' in os.environ.keys():
my_http_proxy=os.environ["http_proxy"].replace("http://","")
else:
my_http_proxy=None
endpointURL = "http://www.brenda-enzymes.org/soap/brenda_server.php"
proxy = SOAPProxy(endpointURL, http_proxy=my_http_proxy)
password = hashlib.sha256(brenda_pass).hexdigest()
parameters = brenda_email + ',' + password + ',ecNumber*' + EC_number
new_EC = proxy.getEcNumber(parameters)
if('transferred to' in new_EC):
new_EC = new_EC.rsplit(' ', 1)[1]
new_EC = new_EC[:-1]
parameters = brenda_email + ',' + password + ',ecNumber*' + new_EC
brenda_response = proxy.getTurnoverNumber(parameters)
return parse_brenda_raw_output(brenda_response)
def _get_cesion_dte_status(self, signature_d, token):
url = server_url[
self.company_id.
dte_service_provider] + 'services/wsRPETCConsulta?wsdl'
ns = 'urn:' + server_url[
self.company_id.dte_service_provider] + 'services/wsRPETCConsulta'
_server = SOAPProxy(url, ns)
rut = signature_d['subject_serial_number']
respuesta = _server.getEstCesion(
token,
rut[:8],
str(rut[-1]),
str(self.sii_document_class_id.sii_code),
str(self.sii_document_number),
)
self.sii_cesion_message = respuesta
resp = xmltodict.parse(respuesta)
sii_result = 'Procesado'
status = False
if resp['SII:RESPUESTA']['SII:RESP_HDR']['SII:ESTADO'] in ['2', '-13']:
status = {
'warning': {
'title':
_("Error code: 2"),
'message':
_(resp['SII:RESPUESTA']['SII:RESP_HDR']['SII:GLOSA'])
}
}
sii_result = "Rechazado"
if resp['SII:RESPUESTA']['SII:RESP_HDR']['SII:ESTADO'] == "0":
sii_result = "Cedido"
elif resp['SII:RESPUESTA']['SII:RESP_HDR']['SII:ESTADO'] == "FAU":
sii_result = "Rechazado"
self.sii_cesion_result = sii_result
return status
def getAsignaturas(request):
server = SOAPProxy('www.abj-ws-devborja.c9users.io:8080')
res = json.loads(server.obtenerAsignaturasGradoInformatica())
data = {}
data["1"] = []
data["2"] = []
data["3"] = []
data["4"] = []
data["X"] = []
for asig in res["asignaturas"]:
obj = {}
obj["nombreAsignatura"] = asig["nombreAsignatura"]
obj["codigo"] = asig["codigo"]
if asig["curso"] == "1":
data["1"].append(obj)
elif asig["curso"] == "2":
data["2"].append(obj)
elif asig["curso"] == "3":
data["3"].append(obj)
elif asig["curso"] == "4":
data["4"].append(obj)
else:
data["X"].append(obj)
return HttpResponse(json.dumps(data))
def googleSearch(title):
'''
It is the function of the application that make the request at google WS using
getting the first url of response.
@param title: the title of the article to serach for
@return: the first url
'''
_query=title
# create SOAP proxy object
google = SOAPProxy(_url, _namespace)
# call search method over SOAP proxy
results = google.doGoogleSearch( _license_key, _query,
_start, _maxResults,
_filter, _restrict,
_safeSearch, _lang_restrict, '', '' )
# display results
# print 'google search for " ' + _query + ' "\n'
# print 'estimated result count: ' + str(results.estimatedTotalResultsCount)
# print ' search time: ' + str(results.searchTime) + '\n'
# print 'results ' + str(_start + 1) + ' - ' + str(_start + _maxResults) +':\n'
numresults = len(results.resultElements)
if numresults:
url = results.resultElements[0].URL
else:
url= "#"
return url
def textToSpeech2(name, passwd, xlatText):
server = SOAPProxy(url, namespace)
server.config.debug = 0
reqStatus = server.ConvertSimple(name, passwd, xlatText)
print "request status = ", reqStatus
retResult = reqStatus.split('&')
print "request result = ", retResult
if int(retResult[0]) == 0:
# check convert progress
cvtResult = ['0'] * 5
#statusCode = '0'
while int(cvtResult[2]) in {0, 1}: # wait completion
cvtStatus = server.GetConvertStatus(name, passwd,
int(retResult[2]))
print "convert status = ", cvtStatus, "ID", retResult[2]
# on success, status is return URL
#resultCode, resultString, statusCode, status = cvtStatus.split('&')
cvtResult = cvtStatus.split('&')
print cvtResult
sleep(0.5)
# save to file
if (int(cvtResult[2]) == 2): # '2' means "completed"
waveUrl = cvtResult[4]
req = urllib2.Request(waveUrl)
resp = urllib2.urlopen(req)
wavFile = resp.read()
outfile = open(xlatText + u".wav", 'wb')
outfile.write(wavFile)
else:
return retResult[1]
def createincident(params_dict):
# instance to send to
instance = 'demo'
# username/password
username = '******'
password = '******'
# proxy - NOTE: ALWAYS use https://INSTANCE.service-now.com, not https://www.service-now.com/INSTANCE for web services URL from now on!
proxy = 'https://%s:%s@%s.service-now.com/incident.do?SOAP' % (
username, password, instance)
namespace = 'http://www.service-now.com/'
server = SOAPProxy(proxy, namespace)
# uncomment these for LOTS of debugging output
#server.config.dumpHeadersIn = 1
#server.config.dumpHeadersOut = 1
#server.config.dumpSOAPOut = 1
#server.config.dumpSOAPIn = 1
response = server.insert(
impact=int(params_dict['impact']),
urgency=int(params_dict['urgency']),
priority=int(params_dict['priority']),
category=params_dict['category'],
location=params_dict['location'],
caller_id=params_dict['user'],
assignment_group=params_dict['assignment_group'],
assigned_to=params_dict['assigned_to'],
short_description=params_dict['short_description'],
comments=params_dict['comments'])
return response
def test_fc(fc_name):
if os.environ.has_key("http_proxy"):
my_http_proxy=os.environ["http_proxy"].replace("http://","")
else:
my_http_proxy=None
doc = minidom.parse(xml_file)
ns = 'urn:fc.ildg.lqcd.org'
for fc_test in doc.documentElement.getElementsByTagName("fc"):
grid_name=fc_test.getElementsByTagName("name")[0].childNodes[0].nodeValue
fc_url=fc_test.getElementsByTagName("url")[0].childNodes[0].nodeValue
if grid_name == fc_name:
try:
server = SOAPProxy(fc_url, namespace=ns, http_proxy=my_http_proxy)
for test_unit in fc_test.getElementsByTagName("test-unit"):
lfn=test_unit.getElementsByTagName("lfn")[0].childNodes[0].nodeValue
response=server.getURL(lfnList=lfn)
val_test=True
for val in test_unit.getElementsByTagName("surl"):
val_test=val_test and val.childNodes[0].nodeValue in response.resultList[0].surlList
print '==',val.childNodes[0].nodeValue
print val.childNodes[0].nodeValue in response.resultList[0].surlList
print test_unit.getElementsByTagName("surl").length
# print response
# print response.resultList
# print response.resultList[0].surlList
# print len(response.resultList[0].surlList)
# for item in response.resultList[0].surlList:
# print '--',item
# print val_test
if val_test==True: return 0
return 1
except Exception,inst:
print inst
return -1
def Devicelist(params):
#returns a list of firewalls
SessionID = params['SessionID']
device_list = []
device_infor = []
proxy = 'https://' + sHost + '/AFA/php/ws.php?wsdl'
namespace = 'https://www.algosec.com/afa-ws'
server = SOAPProxy(proxy, namespace)
devices = server.GetDevicesListRequest(
SessionID=SessionID) #this makes the call to algosec
devices = str(devices)
devices = devices.replace("-", "_") #cleans the data
devices = devices.split(',')
for device in devices:
if "structType" in device:
device_list.append(device_infor)
device_infor = []
else:
replacement_list = ["'", "}", "{", " "] #clean the data
for x in replacement_list:
device = device.replace(x, "")
device = device.split(":")
device_infor.append(device)
print device_list
return device_list
def Hostgroup(device,hostgroup,host_list):
#get information on the Host group
proxy = 'https://'+sHost+'/AFA/php/ws.php?wsdl'
host_Dat=''
namespace = 'https://www.algosec.com/afa-ws'
soapaction='https://www.algosec.com/afa-ws/GetEntityNameRequest'
server = SOAPProxy(proxy, namespace,soapaction)
if "|" in hostgroup: #handles mutiple hostgroup
hostgroup=hostgroup.split("|")
#print hostgroup
for hosts in hostgroup:
if hosts in host_list:
host=host_list[hosts]
else:
host=server.GetHostGroupNameDeviceRequest(SessionID=SessionID,DeviceID=device,HostGroupName=hosts) #soap function to get hostgroup
#sends the request to get host
host=str(host)
host=host.split('>:')
host.pop(0)
host=host[0]
replacement_list=[" ","'","]",'"',"{","}"]
for items in replacement_list:
host=host.replace(items,"")
#print host
host=host.split(",")
ctr=0
host=str(host[:])
host=host.replace(']',"") #cleans data
host=host.replace('[',"")
host=host.replace("'","")
host=host.split(",")
host='\n'.join(host)
host_Dat=host_Dat+"\n"+"\n"+host
host_Dat=host_Dat[2:]
host=host_Dat
else:
if hostgroup in host_list:
host=host_list[hostgroup]
else:
host=server.GetHostGroupNameDeviceRequest(SessionID=SessionID,DeviceID=device,HostGroupName=hostgroup)
#sends the request to get host
host=str(host)
host=host.split('>:')
host.pop(0)
host=host[0]
replacement_list=[" ","'","]",'"',"{","}"]
for items in replacement_list:
host=host.replace(items,"")
#print host
host=host.split(",")
host=str(host[:])
host=host.replace(']',"")
host=host.replace('[',"") #cleans the data
host=host.replace("'","")
host=host.replace(" ","")
host=host.split(",")
host='\n'.join(host)
ctr=0
return host
def test_cnr_api():
namespace = ("m", "urn:mpc")
url = "http://10.20.30.21:8088/"
proxy = SOAPProxy(url,namespace)
proxy.config.debug = 1
proxy.mpccommit(
strInput = "foo"
)
def DisconnectAFA(params):
# deconnects from algosec
SessionID = params['SessionID']
proxy = 'https://'+sHost+'/AFA/php/ws.php?wsdl'
namespace = 'https://www.algosec.com/afa-ws'
server = SOAPProxy(proxy, namespace)
response = server.DisconnectRequest(SessionID=SessionID)
return response
def get_token(self, seed_file,company_id):
url = server_url[company_id.dte_service_provider] + 'GetTokenFromSeed.jws?WSDL'
ns = 'urn:'+ server_url[company_id.dte_service_provider] +'GetTokenFromSeed.jws'
_server = SOAPProxy(url, ns)
tree = etree.fromstring(seed_file)
ss = etree.tostring(tree, pretty_print=True, encoding='iso-8859-1')
respuesta = etree.fromstring(_server.getToken(ss))
token = respuesta[0][0].text
return token
def __init__(self, host, secret):
""" Creates a UAClient instance.
Args:
host: A string specifying the location of the UAServer.
secret: A string specifying the deployment secret.
"""
self.secret = secret
self.server = SOAPProxy('https://{}:{}'.format(host, UA_SERVER_PORT))
def getSemilla():
from SOAPpy import SOAPProxy
import lxml.etree as ET
url = 'https://maullin.sii.cl/DTEWS/CrSeed.jws?WSDL'
ns = 'urn:https://maullin.sii.cl/DTEWS/CrSeed.jws'
_server = SOAPProxy(url, ns)
root = ET.fromstring(_server.getSeed())
semilla = root[0][0].text
return semilla
def ConnectAFA(params):
#starts the connection to algosec
username = params['UserName']
password = params['Password']
domain = params['Domain']
proxy = 'https://'+sHost+'/AFA/php/ws.php?wsdl'
namespace = 'https://www.algosec.com/afa-ws'
soapaction='https://www.algosec.com/afa-ws/GetEntityNameRequest'
server = SOAPProxy(proxy, namespace,soapaction)
response = server.ConnectRequest(UserName=username, Password=password, Domain=domain)
return response
def getToken(archivo_de_la_semilla):
from SOAPpy import SOAPProxy
import lxml.etree as ET
url = 'https://maullin.sii.cl/DTEWS/GetTokenFromSeed.jws?WSDL'
ns = 'urn:https://maullin.sii.cl/DTEWS/GetTokenFromSeed.jws'
_server = SOAPProxy(url, ns)
tree = ET.parse(archivo_de_la_semilla)
ss = ET.tostring(tree, pretty_print=True, encoding='iso-8859-1')
respuesta = ET.fromstring(_server.getToken(ss))
token = respuesta[0][0].text
return token
def get_seed(self, company_id):
#En caso de que haya un problema con la validación de certificado del sii ( por una mala implementación de ellos)
#esto omite la validacion
import ssl
ssl._create_default_https_context = ssl._create_unverified_context
url = server_url[company_id.dte_service_provider] + 'CrSeed.jws?WSDL'
ns = 'urn:'+server_url[company_id.dte_service_provider] + 'CrSeed.jws'
_server = SOAPProxy(url, ns)
root = etree.fromstring(_server.getSeed())
semilla = root[0][0].text
return semilla
def __init__(self, url, user=None, passwd=None):
if user is None:
self.server = SOAPProxy(url)
else:
self.server = SOAPProxy(url,
transport=HTTPHeaderTransport,
namespace=self.namespace)
self.server.transport.headers = {
'Username': user,
'Password': passwd
}
def generate_keywords(text):
server = SOAPProxy('http://metanet4u.research.um.edu.mt/services/MtPOS?wsdl')
# '_NN' is 3 characters long
words = [w[:-3] for w in server.tagParagraphReturn(text).split(' ') if w[-2:] == 'NN']
word_dict = defaultdict(int)
for word in words:
word_dict[word] += 1
# returning the most common keywords
return [x[0] for x in (sorted(word_dict.iteritems(), key=itemgetter(1), reverse=True)[:5])]
def calendarioanual(request):
if request.method == 'GET':
return render(request, 'calendarioanual.html', {})
elif request.method == "POST":
body_unicode = request.body.decode('utf-8')
received_json_data = json.loads(body_unicode)
json.dumps(received_json_data)
server = SOAPProxy('www.abj-ws-devborja.c9users.io:8082')
res = server.crearCalendario(received_json_data)
calendario = {}
calendario["calendario"] = res
return HttpResponse(json.dumps(calendario))
def consultarCliente(codigoCliente):
try:
servico_venda = SOAPProxy("http://localhost:8009")
vendas_linhas = servico_venda.listarVenda()
for vendas_linhas in venda_linha:
codigoVenda, codigoClienteVenda, codigoFuncionario, data, valortotal, codigoProduto, quantidadecodigoVenda, codigoCliente, codigoFuncionario, data, valortotal, codigoProduto, quantidade = venda_linha.split('|')
if codigoClienteVenda == codigoCliente:
return True
return False
except:
return False
def __init__(self, host, secret):
""" Creates a UAClient instance.
Args:
host: A string specifying the location of the UAServer.
secret: A string specifying the deployment secret.
"""
# Disable certificate verification for Python >= 2.7.9.
if hasattr(ssl, '_create_unverified_context'):
ssl._create_default_https_context = ssl._create_unverified_context
self.secret = secret
self.server = SOAPProxy('https://{}:{}'.format(host, UA_SERVER_PORT))
def __init__(self):
# SOAP proxy
self.server = SOAPProxy(self.url, namespace=self.namespace,
encoding='ISO-8859-1')
# Uncomment the following lines for SOAP Debug informations
# self.server.config.dumpSOAPOut = 1
# self.server.config.dumpSOAPIn = 1
# Global session id
self.session = None
self.userid = None
self.passwd = None
def tryHTTPServer():
import sys
from SOAPpy import SOAPProxy
# Start Server: python hicloud.core/http.py -s
if len(sys.argv) == 2 and sys.argv[1] == '-s':
listen_port = ('172.20.0.235', 8080)
server = MixedHTTPServer(listen_port, '')
class Test1:
def func1(self):
return 'Test1 func1'
class Test2:
def func2(self):
return 'Test2 func2'
def func1(self):
return 'Test2 func1'
server.register_soap_module(Test1(), path='test1')
server.register_soap_module(Test2(), path='test2')
server.register_soap_module(tryServerclass(), path='tryServerclass')
server.serve_loop()
# Run Client: python hicloud.core/http.py
else:
proxy = SOAPProxy("http://localhost:8080/test2")
logger.info(proxy.func1()) # Test2 func1
logger.info(proxy.func2()) # Test2 func2
proxy = SOAPProxy("http://localhost:8080/test1")
logger.info(proxy.func1()) # Test1 func1
# this call should fail
logger.info(proxy.func2())
def __init__(self, host=None, secret=None):
""" Creates a UAClient instance.
Args:
host: A string specifying the location of the UAServer.
secret: A string specifying the deployment secret.
"""
if host is None:
host = random.choice(get_load_balancer_ips())
if secret is None:
secret = get_secret()
self.secret = secret
self.server = SOAPProxy('http://{}:{}'.format(host, UA_SERVER_PORT))
def setupSoapProxy(self, soapurl, namespace):
self.soapServiceUrl = soapurl
self.soapServiceNamespace = namespace
self.soapServiceProxy = SOAPProxy(soapurl, namespace)
self.soapResultUnwrappingOff()
self.soapObjectSimplifyingOff()
return self.soapServiceProxy
def deletarVenda(codigo_venda):
service = SOAPProxy("http://localhost:8009")
try:
lines = open(db, "r").readlines()
existe = False
for line in lines:
codigo_venda, codigo_cliente, codigo_funcionario, data, valor_total, codigo_produto, quantidade = line.split(
'|')
if codigo_venda == codigo_venda:
existe = True
if existe:
v = open(db, "r")
lines = v.readlines()
v.close()
v = open(db, "w")
for line in lines:
codigo_venda, codigo_cliente, codigo_funcionario, data, valor_total, codigo_produto, quantidade = line.split(
'|')
if codigo_venda != codigo_venda:
v.write(line)
v.close()
return True
except:
return False
def __init__(self, irc):
self.__parent = super(Mantis, self)
self.__parent.__init__(irc)
self.saidBugs = ircutils.IrcDict()
sayTimeout = self.registryValue('bugSnarferTimeout')
for k in irc.state.channels.keys():
self.saidBugs[k] = TimeoutQueue(sayTimeout)
self.urlbase = self.registryValue('urlbase')
self.privateurlbase = self.registryValue('privateurlbase')
if self.privateurlbase != "":
serviceUrl = self.privateurlbase + '/api/soap/mantisconnect.php'
else:
serviceUrl = self.urlbase + '/api/soap/mantisconnect.php'
self.server = SOAPProxy(serviceUrl)._ns(namespace)
self.username = self.registryValue('username')
self.password = self.registryValue('password')
self.oldperiodic = self.registryValue('bugPeriodicCheck')
self.irc = irc
self.lastBug = 0
bugPeriodicCheck = self.oldperiodic
if bugPeriodicCheck > 0:
schedule.addPeriodicEvent(self._bugPeriodicCheck, bugPeriodicCheck, name=self.name())
reload(sys)
sys.setdefaultencoding('utf-8')
def __init__(self, url, namespace = None, authCallback = None, debug = 0,
config = None, faultHandler = None):
"""
@param url: the url to the service
@param namespace: the namespace for the service
@param authCallback: LEGACY
@param debug: a debugging flag
@type url: string
@type namespace: string
@type authCallback: python method
@type debug: 0 or 1
"""
if config == None:
self.config = SOAPConfig(debug = debug)
else:
self.config = config
self.config.debug = debug
self.config.faultHandler = faultHandler
print "URL: ", url
self.url = url.replace('https', 'http')
self.proxy = None
self.namespace = namespace
self.authCallback = authCallback
self.proxy = SOAPProxy(self.url, self.namespace, config = self.config)
class BoostDispatcher(Dispatcher):
"""The smsd dispatcher for Boost Communications' External Sender."""
def __init__(self, config):
"""Constructor."""
# Call mother's init
Dispatcher.__init__(self)
# Get config
try:
# Remote address for gateway
self.url = config['url']
# Username for WebService
self.username = config['username']
# Password for WebService
self.password = config['password']
# Our phonenumber
self.sender = config['sender']
except KeyError, error:
raise DispatcherError, "Config option not found: %s" % error
# Initiate connector to Boost
try:
self.service = SOAPProxy(self.url)
except Exception, error:
raise DispatcherError, "Failed to initialize SOAPProxy: %s" % error
def updateRecord(status):
# instance to send to
instance='<your instance name>'
# username/password
username='******'
password='******'
# proxy - NOTE: ALWAYS use https://INSTANCE.service-now.com, not https://www.service-now.com/INSTANCE for web services URL from now on!
proxy = 'https://'+username+':'+password+'@'+instance+'.service-now.com/sys_user.do?SOAP'
namespace = 'http://www.service-now.com/'
server = SOAPProxy(proxy, namespace)
# uncomment these for LOTS of debugging output
#server.config.dumpHeadersIn = 1
#server.config.dumpHeadersOut = 1
#server.config.dumpSOAPOut = 1
#server.config.dumpSOAPIn = 1
response = server.update(sys_id='<sys_id of the user record this will update>',u_presence=status)
return response
def Devicelist(params):
#returns a list of firewalls optional
SessionID = params['SessionID']
device_list=[]
device_infor=[]#connection information
proxy = 'https://'+sHost+'/AFA/php/ws.php?wsdl'
namespace = 'https://www.algosec.com/afa-ws'
server = SOAPProxy(proxy, namespace)
devices=server.GetDevicesListRequest(SessionID=SessionID)
devices=str(devices)
devices=devices.split(',')
for device in devices:
device_par=device.split(">:")
if "Types.structType" in device_par[0] or "at" in device_par[0]:
device_par.pop(0)
try:
device_par=device_par[0]
replacement_list=[" ","'","]",'"',"{","}"]
for items in replacement_list:
device_par=device_par.replace(items,"")
device_par=device_par.split(":")
#print device_par
device_file_list.write(device_par[0]+":"+device_par[1]+"n")
if "Policy" in device_par[0]:
device_list.append(device_par[1])
except IndexError:
pass
else:
try:
device_par=device_par[0]
replacement_list=[" ","'","]",'"',"{","}"]
for items in replacement_list:
device_par=device_par.replace(items,"")
device_par=device_par.split(":")
#printdevice_par
device_file_list.write(device_par[0]+":"+device_par[1]+"\n")
if "ID" in device_par[0]:
device_list.append(device_infor)
device_infor=[]
device_infor.append(device_par[0])
else:
device_infor.append(device_par[0])
except:
pass
#printdevice_list
return device_list
def access_protocol(self):
'''
Define the accession protocol information
'''
self.endpointURL = "https://www.brenda-enzymes.org/soap/brenda_server.php"
self.password = hashlib.sha256(self.pswrd).hexdigest()
self.client = SOAPProxy(self.endpointURL)
return None
def get_brenda_info(ecnum):
"""Returns protein sequence and accompanying info from brenda database"""
url = "http://www.brenda-enzymes.info/soap2/brenda_server.php"
client = SOAPProxy(url)
result = client.getSequence("ecNumber*%s" % ecnum)
result_lines = result.split("#")
ecnum = result_lines[0].split("*")
final_info = []
currinfo = {"ecNumber": ecnum[1]}
for info in result_lines[1:-1]:
key, value = info.split("*")
if key == "!ecNumber":
final_info.append(currinfo)
currinfo = {"ecNumber": value}
else:
currinfo[key] = value
final_info.append(currinfo)
return final_info
def generate_keywords(text):
server = SOAPProxy(
'http://metanet4u.research.um.edu.mt/services/MtPOS?wsdl')
# '_NN' is 3 characters long
words = [
w[:-3] for w in server.tagParagraphReturn(text).split(' ')
if w[-2:] == 'NN'
]
word_dict = defaultdict(int)
for word in words:
word_dict[word] += 1
# returning the most common keywords
return [
x[0] for x in (
sorted(word_dict.iteritems(), key=itemgetter(1), reverse=True)[:5])
]
def createincident(incident):
proxy = 'https://%s:%s@%s.service-now.com/%s?SOAP' % (username, base64.b64decode(password), instance, interface)
namespace = 'http://www.service-now.com/'
server = SOAPProxy(proxy, namespace)
server.config.dumpHeadersIn = debug
server.config.dumpHeadersOut = debug
server.config.dumpSOAPOut = debug
server.config.dumpSOAPIn = debug
response = server.insert(
impact = incident['impact'],
urgency = incident['urgency'],
priority = incident['priority'],
category = incident['category'],
subcategory = incident['subcategory'],
caller = incident['caller'],
assignment_group = incident['assignment_group'],
configuration_item = incident['configuration_item'],
short_description = incident['short_description'],
additional_comments = incident['additional_comments']
)
return response
def build_session(resource):
"""returns a SOAP session."""
proxy = 'https://%s:%s@%s.service-now.com/%s.do?SOAP' %\
(servicenow_conf.USERNAME, servicenow_conf.PASSWORD,
servicenow_conf.INSTANCE, resource)
namespace = 'http://www.service-now.com/'
try:
session = SOAPProxy(proxy, namespace)
session.simplify_objects = 1
if (servicenow_conf.SOAP_API_DEBUG):
session.config.dumpHeadersIn = 1
session.config.dumpHeadersOut = 1
session.config.dumpSOAPOut = 1
session.config.dumpSOAPIn = 1
return session
except Exception, e:
raise Exception('Error creating SOAP session: %s' % e)
def __init__(self, host, secret):
""" Creates a UAClient instance.
Args:
host: A string specifying the location of the UAServer.
secret: A string specifying the deployment secret.
"""
# Disable certificate verification for Python >= 2.7.9.
if hasattr(ssl, '_create_unverified_context'):
ssl._create_default_https_context = ssl._create_unverified_context
self.secret = secret
self.server = SOAPProxy('https://{}:{}'.format(host, UA_SERVER_PORT))
def obtenerGrupos(request):
if request.method == "POST":
server = SOAPProxy('www.abj-ws-devborja.c9users.io:8080')
server2 = SOAPProxy('www.abj-ws-devborja.c9users.io:8082')
body_unicode = request.body.decode('utf-8')
received_json_data = json.loads(body_unicode)
data = []
for key, value in received_json_data.iteritems():
for item in value:
obj = {}
res = server.obtenerGruposAsignaturaInformatica(item, key)
res = json.loads(server.obtenerHorarioAsignatura(item, res["grupos"][0]))
#res = json.loads(server.obtenerHorarioAsignatura(item, "01"))
obj["nombreAsignatura"] = res["nombreAsignatura"]
obj["eventos"] = res["horarioGrupoAsignatura"][0]["eventos"]
data.append(obj)
with open('anual.json') as data_file:
dataCal = json.load(data_file)
horario = server2.crearCalendarioCompleto(json.dumps(data), json.dumps(dataCal))
calendario = {}
calendario["calendario"] = horario
return HttpResponse(json.dumps(calendario))
def __init__(self):
# SOAP proxy
self.server = SOAPProxy(self.url, namespace=self.namespace,
encoding='ISO-8859-1')
# Uncomment the following lines for SOAP Debug informations
# self.server.config.dumpSOAPOut = 1
# self.server.config.dumpSOAPIn = 1
# Global session id
self.session = None
self.userid = None
self.passwd = None
def main():
url = 'http://localhost:8081'
#namespace = 'ns-hello'
server = SOAPProxy(url)
#server.config.dumpSOAPOut = 1
#server.config.dumpSOAPIn = 1
#print server.insereOrgao('Ministerio do Planejamento', 'Esplanada dos Ministerios N 1', 'Brasilia','DF')
# orgaos = server.listaOrgao(nome='Ministerio do Planejamento')
# for orgao in orgaos:
# print orgao['id']
# if len(orgaos) == 1:
# print orgaos[0]['id']
# server.insereEmpregado('Debora Natsue', '01/01/2010',None,'06/10/1989','M000005','9876765','222222222-22',orgaos[0]['id'],None,None)
# empregados = server.listaEmpregados(nome='Debora')
# for empregado in empregados:
# print empregado['nome']
# dependentes = server.listaDependentes(nomeDependente='Diogo')
# for dependente in dependentes:
# print dependente['nome']
# empregados = server.listaEmpregados (nome='Debora')
# print server.insereDependente('Tassia','1234234','222.222.222-22',None,'29/09/1992','Filho',None,empregados[0]['id'])
# file=open('/home/wanzeller/python/teste.txt', 'rb')
# data=file.read()
# print server.insereDocEmpregado('M000005','Comprovante de Residencia','comprv_residencia.txt',data.encode('base64'))
# file.close()
file=open('/home/wanzeller/python/bkp_lista_orgaos.txt', 'rb')
data=file.read()
print server.insereDocDependente('M808130','2649051','34347984793',None,'5216ae1f6e955269534b077f','certidao_nascimento.txt',data.encode('base64'))
file.close()
def GetWikiPaths4IDs(idList,SC):
# Function that uses a list of IDs and a systm code as input and
# returns a string with all the WikiPathways where th IDs exist (including the new lines) as tab separated fields:
# No, ID, Species, Pathway ID, Pathway Name
# Load SOAPpy and dependent modules (fpconst) and access the remote
# SOAP server through a proxy class, SOAPProxy - see:
# (http://diveintopython.org/soap_web_services/first_steps.html)
from SOAPpy import SOAPProxy
url = 'http://www.wikipathways.org/wpi/webservice/webservice.php'
namespace = 'http://www.wikipathways.org/webservice'
server = SOAPProxy(url, namespace)
# Define the order of args: needed for this service
server.config.argsOrdering = {'findPathwaysByXref': ('ids', 'codes') }
index=1 # index of the result lines
print_output = '' # output of the function
# For each ID findPathwaysByXref (multiple args; returns list of dictionary references)
for gi in idList:
# checking any erors
try:
probeset_containing = server.findPathwaysByXref(codes=SC, ids=gi)
NoPaths = len(probeset_containing)
#Loops through a list of dictionary items if results
if NoPaths > 0 :
for object in probeset_containing:
#calls select dictionary keys to print out values
print_output += str(int(index))+'\t'+str(gi)+'\t'+str(object['species'])+'\t'+str(object['id'])+'\t'+str(object['name'])+'\n'
index+=1
else:
print gi, "can't be found in WikiPathways!"
except:
#pass # if error do nothing
print gi, 'has', NoPaths, 'pathways but it can be processed!'
return print_output
def ex2():
service = 'http://chennaiemergency.co.in/sree/s2.php'
#namespace = 'urn:ChnEmergency'
#chennai_emergency = SOAPProxy(service, namespace)
chennai_emergency = SOAPProxy(service)
latitude = floatType(11)
longitude = floatType(12.1)
print 'Police: '
print chennai_emergency.police(latitude, longitude)
print '\nFire:'
print chennai_emergency.fire(latitude, longitude)
print '\nHospital:'
print chennai_emergency.hospital(latitude, longitude)
class RemoteExecutor:
def __init__(self, url, slots):
""" url: SOAP url for SWAMP slave
slots: max number of running slots
RemoteExecutor adapts a remote worker's execution resources
so that they may be used by a parallel dispatcher.
"""
self.url = url
self.slots = slots
self.rpc = SOAPProxy(url)
log.debug("reset slave at %s with %d slots" %(url,slots))
try:
self.rpc.reset()
except Exception, e:
import traceback, sys
tb_list = traceback.format_exception(*sys.exc_info())
msg = "".join(tb_list)
raise StandardError("can't connect to "+url+str(msg))
self.runningClusters = set()
self.finishedClusters = set()
self.actual = {}
self.cmds = {}
pass
class SOAPTransport(Transport):
def __init__(self, repository, url):
super(SOAPTransport, self).__init__(repository)
self.url = url
def open(self):
self.server = SOAPProxy(self.url, encoding="utf-8")
def _call(self, method, *args):
try:
return self.server.call(method, *args)
except Exception, e:
raise
# Check for a web proxy definition in environment
try:
proxy_url=os.environ['http_proxy']
phost, pport = re.search('http://([^:]+):([0-9]+)', proxy_url).group(1,2)
proxy = "%s:%s" % (phost, pport)
except:
proxy = None
SoapEndpointURL = 'http://www22.brinkster.com/prasads/BreakingNewsService.asmx?WSDL'
MethodNamespaceURI = 'http://tempuri.org/'
# Three ways to do namespaces, force it at the server level
server = SOAPProxy(SoapEndpointURL, namespace = MethodNamespaceURI,
soapaction='http://tempuri.org/GetCNNNews', encoding = None,
http_proxy=proxy)
print "[server level CNN News call]"
print server.GetCNNNews()
# Do it inline ala SOAP::LITE, also specify the actually ns (namespace) and
# sa (soapaction)
server = SOAPProxy(SoapEndpointURL, encoding = None)
print "[inline CNNNews call]"
print server._ns('ns1',
MethodNamespaceURI)._sa('http://tempuri.org/GetCNNNews').GetCNNNews()
# Create an instance of your server with specific namespace and then use
# inline soapactions for each call
#!/usr/bin/env python
ident = '$Id: weatherTest.py,v 1.4 2003/05/21 14:52:37 warnes Exp $'
import os, re
import sys
sys.path.insert(1, "..")
from SOAPpy import SOAPProxy
# Check for a web proxy definition in environment
try:
proxy_url=os.environ['http_proxy']
phost, pport = re.search('http://([^:]+):([0-9]+)', proxy_url).group(1,2)
proxy = "%s:%s" % (phost, pport)
except:
proxy = None
SoapEndpointURL = 'http://services.xmethods.net:80/soap/servlet/rpcrouter'
MethodNamespaceURI = 'urn:xmethods-Temperature'
# Do it inline ala SOAP::LITE, also specify the actually ns
server = SOAPProxy(SoapEndpointURL, http_proxy=proxy)
print "inline", server._ns('ns1', MethodNamespaceURI).getTemp(zipcode='94063')
