def execute(self, req, unique_id=None, dt=None):
# ~ print 20120302
# ~ if user_params is None:
# ~ raise Warning(
# ~ "Not actually sending because user_params is empty.")
# ~ self.validate_against_xsd(req)
from django.conf import settings
env = settings.SITE.cbss_environment
user_params = settings.SITE.cbss_user_params
req = self.wrap_request(req, unique_id, dt, user_params)
# ~ xml = etree.tostring(req,xml_declaration=True)
xml = etree.tostring(req)
if not env:
raise Warning(
"""\
Not actually sending because environment is empty. Request would be:
"""
+ prettify(xml)
)
# ~ assert env in (ENV_TEST, ENV_ACPT, ENV_PROD)
assert env in CBSS_ENVS
url = self.get_url(env)
if True:
# ~ x = etree.tostring(elem)
from suds.client import Client
url += "?WSDL"
client = Client(url)
# ~ print 20120507, url
# ~ print client
res = client.service.sendXML(xml)
else:
if isinstance(self, NewStyleService):
server = Resource(url, measure=True, **user_params)
else:
server = Resource(url, measure=True)
res = server.soap(xml)
return res
def moveFile(self, at, importPath):
'''Copies file at p_at into the ODT file at p_importPath.'''
# Has this image already been imported ?
for imagePath, imageAt in self.fileNames.iteritems():
if imageAt == at:
# Yes!
i = importPath.rfind(self.pictFolder) + 1
return importPath[:i] + imagePath
# The image has not already been imported: copy it.
if not at.startswith('http'):
shutil.copy(at, importPath)
return importPath
# The image must be retrieved via a URL. Try to perform a HTTP GET.
response = Resource(at).get()
if response.code == 200:
# At last, I can get the file format.
self.format = mimeTypesExts[response.headers['Content-Type']]
importPath += self.format
f = file(importPath, 'wb')
f.write(response.body)
f.close()
return importPath
# The HTTP GET did not work, maybe for security reasons (we probably
# have no permission to get the file). But maybe the URL was a local
# one, from an application server running this POD code. In this case,
# if an image resolver has been given to POD, use it to retrieve the
# image.
imageResolver = self.renderer.imageResolver
if not imageResolver:
# Return some default image explaining that the image wasn't found.
import appy.pod
podFolder = os.path.dirname(appy.pod.__file__)
img = os.path.join(podFolder, 'imageNotFound.jpg')
self.format = 'jpg'
importPath += self.format
f = file(img)
imageContent = f.read()
f.close()
f = file(importPath, 'wb')
f.write(imageContent)
f.close()
else:
# The imageResolver is a Zope application. From it, we will
# retrieve the object on which the image is stored and get
# the file to download.
urlParts = urlparse.urlsplit(at)
path = urlParts[2][1:].split('/')[:-1]
try:
obj = imageResolver.unrestrictedTraverse(path)
except KeyError:
# Maybe a rewrite rule as added some prefix to all URLs?
obj = imageResolver.unrestrictedTraverse(path[1:])
zopeFile = getattr(obj, urlParts[3].split('=')[1])
appyFile = FileWrapper(zopeFile)
self.format = mimeTypesExts[appyFile.mimeType]
importPath += self.format
appyFile.dump(importPath)
return importPath
def execute(self, req, unique_id=None, dt=None):
#~ print 20120302
#~ if user_params is None:
#~ raise Warning(
#~ "Not actually sending because user_params is empty.")
#~ self.validate_against_xsd(req)
from django.conf import settings
env = settings.SITE.cbss_environment
user_params = settings.SITE.cbss_user_params
req = self.wrap_request(req, unique_id, dt, user_params)
#~ xml = etree.tostring(req,xml_declaration=True)
xml = etree.tostring(req)
if not env:
raise Warning("""\
Not actually sending because environment is empty. Request would be:
""" + prettify(xml))
#~ assert env in (ENV_TEST, ENV_ACPT, ENV_PROD)
assert env in CBSS_ENVS
url = self.get_url(env)
if True:
#~ x = etree.tostring(elem)
from suds.client import Client
url += '?WSDL'
client = Client(url)
#~ print 20120507, url
#~ print client
res = client.service.sendXML(xml)
else:
if isinstance(self, NewStyleService):
server = Resource(url, measure=True, **user_params)
else:
server = Resource(url, measure=True)
res = server.soap(xml)
return res
def main():
allocationReq1 = """<ns1:AllocationRequest xmlns:ns1="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationRequest" xmlns:com="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationDataTypes"><ns1:ComputeAllocation><ns1:PrimaryBeneficiary><ns1:SSIN>67031703807</ns1:SSIN><ns1:Category>1</ns1:Category></ns1:PrimaryBeneficiary><ns1:Invoice><com:Amount>8390100</com:Amount><com:Quantity>1000</com:Quantity><com:HousingNumber>1</com:HousingNumber><com:DeliveryDate>2011-09-19</com:DeliveryDate><com:UnitFuel>3</com:UnitFuel></ns1:Invoice></ns1:ComputeAllocation><ns1:OCMW_CPAS><ns1:KboBceNumber>0212344876</ns1:KboBceNumber></ns1:OCMW_CPAS></ns1:AllocationRequest>"""
ssin = '67031703807'
allocationReq = Object(
ComputeAllocation=Object(
Invoice=Object(
Amount="8390100",
Quantity=1000,
HousingNumber=1,
DeliveryDate="2011-09-19",
UnitFuel=3),
PrimaryBeneficiary=Object(SSIN=ssin,Category="1"),
),
OCMW_CPAS=Object(KboBceNumber='0212344876')
)
ns = dict(
ns1="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationRequest",
com="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationDataTypes")
nst = dict()
nst.update(AllocationRequest='ns1')
nst.update(ComputeAllocation='ns1')
nst.update(OCMW_CPAS='******')
nst.update(KboBceNumber='ns1')
nst.update(Invoice='ns1')
nst.update(Quantity='com')
nst.update(HousingNumber='com')
nst.update(DeliveryDate='com')
nst.update(UnitFuel='com')
m = XmlMarshaller(namespaces=ns,namespacedTags=nst,dumpXmlPrologue=False,rootTag="AllocationRequest")
allocationReq2 = m.marshall(allocationReq)
#~ assert_equivalent(allocationReq1,allocationReq2)
contenu1 = """<SSDNRequest xmlns="http://www.ksz-bcss.fgov.be/XSD/SSDN/Service">
<RequestContext><AuthorizedUser><UserID>00901732883</UserID><Email>[email protected]</Email><OrgUnit>0212344876</OrgUnit><MatrixID>17</MatrixID><MatrixSubID>1</MatrixSubID></AuthorizedUser><Message><Reference>630230001126766</Reference><TimeRequest>20110921T105230</TimeRequest></Message></RequestContext><ServiceRequest><ServiceId>OCMWCPASHeatingAllocation</ServiceId><Version>20090409</Version>
%s
</ServiceRequest></SSDNRequest>""" % allocationReq1
ssdnReq = Object(
RequestContext=Object(
AuthorizedUser=Object(**settings.SITE.bcss_user_params),
Message=Object(Reference='630230001126766',TimeRequest='20110921T105230')
),
ServiceRequest=Object(
ServiceId="OCMWCPASHeatingAllocation",
Version="20090409"
),
_any=allocationReq2
)
m = AnyMarshaller(dumpXmlPrologue=False,
rootTag='SSDNRequest',
defaultNamespace="http://www.ksz-bcss.fgov.be/XSD/SSDN/Service")
contenu2 = m.marshall(ssdnReq)
assert_equivalent(contenu1,contenu2)
body = Object(
#~ xmlString="<![CDATA[%s]]>" % contenu)
xmlString=contenu2)
raise Exception("ok jusqu'ici")
server = Resource('https://bcssksz-services-test.smals.be/connectors/webservice/KSZBCSSWebServiceConnectorPort',measure=True)
res = server.soap(body,namespace="http://ksz-bcss.fgov.be/connectors/WebServiceConnector")
print res.code
print res.data
s = str(res.data.xmlString)
#~ s = res.data.xmlString.replace('"UTF-8"','"utf-8"')
#~ s = s.replace('?>','?>\n')
print s
reply = XmlUnmarshaller().parse(s)
import pdb
pdb.set_trace()
def main():
allocationReq1 = """<ns1:AllocationRequest xmlns:ns1="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationRequest" xmlns:com="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationDataTypes"><ns1:ComputeAllocation><ns1:PrimaryBeneficiary><ns1:SSIN>67031703807</ns1:SSIN><ns1:Category>1</ns1:Category></ns1:PrimaryBeneficiary><ns1:Invoice><com:Amount>8390100</com:Amount><com:Quantity>1000</com:Quantity><com:HousingNumber>1</com:HousingNumber><com:DeliveryDate>2011-09-19</com:DeliveryDate><com:UnitFuel>3</com:UnitFuel></ns1:Invoice></ns1:ComputeAllocation><ns1:OCMW_CPAS><ns1:KboBceNumber>0212344876</ns1:KboBceNumber></ns1:OCMW_CPAS></ns1:AllocationRequest>"""
ssin = '67031703807'
allocationReq = Object(ComputeAllocation=Object(
Invoice=Object(Amount="8390100",
Quantity=1000,
HousingNumber=1,
DeliveryDate="2011-09-19",
UnitFuel=3),
PrimaryBeneficiary=Object(SSIN=ssin, Category="1"),
),
OCMW_CPAS=Object(KboBceNumber='0212344876'))
ns = dict(
ns1="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationRequest",
com="http://www.smals.be/XSD/OCMW_CPAS/HeatingAllocationDataTypes")
nst = dict()
nst.update(AllocationRequest='ns1')
nst.update(ComputeAllocation='ns1')
nst.update(OCMW_CPAS='******')
nst.update(KboBceNumber='ns1')
nst.update(Invoice='ns1')
nst.update(Quantity='com')
nst.update(HousingNumber='com')
nst.update(DeliveryDate='com')
nst.update(UnitFuel='com')
m = XmlMarshaller(namespaces=ns,
namespacedTags=nst,
dumpXmlPrologue=False,
rootTag="AllocationRequest")
allocationReq2 = m.marshall(allocationReq)
#~ assert_equivalent(allocationReq1,allocationReq2)
contenu1 = """<SSDNRequest xmlns="http://www.ksz-bcss.fgov.be/XSD/SSDN/Service">
<RequestContext><AuthorizedUser><UserID>00901732883</UserID><Email>[email protected]</Email><OrgUnit>0212344876</OrgUnit><MatrixID>17</MatrixID><MatrixSubID>1</MatrixSubID></AuthorizedUser><Message><Reference>630230001126766</Reference><TimeRequest>20110921T105230</TimeRequest></Message></RequestContext><ServiceRequest><ServiceId>OCMWCPASHeatingAllocation</ServiceId><Version>20090409</Version>
%s
</ServiceRequest></SSDNRequest>""" % allocationReq1
ssdnReq = Object(RequestContext=Object(
AuthorizedUser=Object(**settings.SITE.bcss_user_params),
Message=Object(Reference='630230001126766',
TimeRequest='20110921T105230')),
ServiceRequest=Object(
ServiceId="OCMWCPASHeatingAllocation",
Version="20090409"),
_any=allocationReq2)
ns = dict(xmlns="http://www.ksz-bcss.fgov.be/XSD/SSDN/Service")
m = AnyMarshaller(namespaces=ns,
dumpXmlPrologue=False,
rootTag='SSDNRequest')
contenu2 = m.marshall(ssdnReq)
assert_equivalent(contenu1, contenu2)
body = Object(
#~ xmlString="<![CDATA[%s]]>" % contenu)
xmlString=contenu2)
raise Exception("ok jusqu'ici")
server = Resource(
'https://bcssksz-services-test.smals.be/connectors/webservice/KSZBCSSWebServiceConnectorPort',
measure=True)
res = server.soap(
body,
namespace="http://ksz-bcss.fgov.be/connectors/WebServiceConnector")
print res.code
print res.data
s = str(res.data.xmlString)
#~ s = res.data.xmlString.replace('"UTF-8"','"utf-8"')
#~ s = s.replace('?>','?>\n')
print s
reply = XmlUnmarshaller().parse(s)
import pdb
pdb.set_trace()