def inner(request): try: return func(request) except Exception as e: ResponseError.log_error(request, e) raise e
def home(request):
c = request.body
logging.debug(c)
if request.method == "GET":
logging.debug("kdhohdjdhdj")
return HttpResponse('The request need to be POST')
url = 'file://' + os.path.join(settings.BASE_DIR, 'quickbooks', 'qb.wsdl')
# FIXME: huge_tree allow this thing to eat up your memory!
parser = etree.XMLParser(huge_tree=True)
contents = etree.parse(request, parser)
root = contents.getroot()
request_type = get_request_type(root)
# Log the message
QWCMessage.objects.create(request_type=request_type,
message=etree.tostring(root, pretty_print=True)
)
print('REQUEST TYPE RECEIVED IS: %s ========================================' % (request_type or 'Unkown'))
if request_type:
print etree.tostring(root, pretty_print=True)
# Dispatch the signal
qbxml = None
if request_type == REQUEST_RECEIVE_REQUEST:
qbxml = etree.fromstring(root[0].find(tag('receiveResponseXML'))[1].text)
request_received.send(sender=type(request), request_type=request_type, root=root, qbxml=qbxml)
if request_type == REQUEST_GET_LAST_ERROR:
last_error = ResponseError.get_last_error()
message = last_error.content if last_error else ""
return HttpResponse(get_last_error % message, content_type='text/xml')
# We need to listen to authenticate, token or error.
cont = root[0][0]
ticket = cont.find(tag('ticket'))
if request_type == REQUEST_AUTHENTICATE:
logging.debug('Authentication call detected')
username = cont.find(tag('strUserName')).text
password = cont.find(tag('strPassword')).text
# Authenticate with database
a = authenticate(username=username, password=password)
if a:
session_started.send(sender=type(request), start_time=timezone.localtime(timezone.now()), authenticated=True)
logging.debug('Valid Authentication username and password user: %s' % (a.username))
# everything active need to be inactive
ac = QWCTicket.objects.filter(user=a, active=True)
if ac != None:
for ca in ac:
ca.active = False
ca.save()
ti = QWCTicket.objects.create(user=a)
logging.debug('Ticket has been created ticket: %s' % (ti.ticket))
# resp = client.service.authenticateResponse(ti.ticket).envelope
s = ''
try:
s = a.userprofile.company_file
logging.debug('company file detected: %s' % (s))
except:
logging.debug('Company file not found')
logging.debug("Authenticated xml message sent")
return HttpResponse(authenticated % (ti.ticket, s), content_type='text/xml')
else:
logging.debug('invalid user detected username: %s password %s' % (username, password))
session_started.send(sender=type(request), start_time=timezone.localtime(timezone.now()), authenticated=False)
session_ended.send(sender=type(request), end_time=timezone.localtime(timezone.now()), result=False, message="Invalid username or password supplied")
return HttpResponse(failed, content_type='text/xml')
if ticket is not None:
t = QWCTicket.objects.get(ticket=ticket.text)
if t is not None:
# all_fancy_stuff = cont.find(tag('strHCPResponse')).text
profile = None
company_file_location = cont.find(tag('strCompanyFileName'))
# update the company_file location if it's not updated.
try:
profile = t.user.userprofile
except Exception as e:
profile = UserProfile.objects.create(user=t.user)
if company_file_location is not None:
if company_file_location != profile.company_file:
profile.company_file = company_file_location.text
profile.save()
logging.debug("Dealing with ticket: %s" % (ticket.text))
receive_response = root[0].find(tag('receiveResponseXML'))
logging.debug(root.findall(tag('receiveResponseXML')))
logging.debug(root.find(tag('receiveResponseXML')))
logging.debug(root.findtext(tag('receiveResponseXML')))
send_request = root[0].find(tag('sendRequestXML'))
list_id = None
logging.debug('LIST ID ====>> %s', str(list_id))
logging.debug(send_request)
if request_type == REQUEST_SEND_REQUEST:
logging.debug("sendRequestXML detected tags will appear below:")
for child in send_request:
logging.debug(child.tag)
mq = MessageQue.objects.filter(user=t.user, active=True)
if len(mq) != 0:
logging.debug("MessageQue has one or more messages awaiting")
m = mq[0]
ms = m.message
logging.debug("sending message in que: %s" % (m.id))
# Mark message as consumed
m.active = False
m.save()
return HttpResponse(qrequest % (xml_soap(ms)), content_type='text/xml')
else:
logging.debug("No message in messageQue")
logging.info("activating everything that is set to repeat")
logging.debug('Finished')
repeats = MessageQue.objects.filter(repeat=True, active=False)
for repeat in repeats:
repeat.active = True
repeat.save()
# delete tickets and messages that are not in use:
MessageQue.objects.filter(repeat=False, active=False).delete()
QWCTicket.objects.filter(active=False).delete()
session_ended.send(sender=type(request), end_time=timezone.localtime(timezone.now()), result=True, message="All messages processed successfully")
return HttpResponse(close_connection % ("Finished!"), content_type='text/xml')
return HttpResponse(close_connection % (100), content_type='text/xml')
else:
logging.debug("sendRequestXML Not detected")
if request_type == REQUEST_RECEIVE_REQUEST:
logging.debug(receive_response.text)
tick = QWCTicket.objects.get(ticket=ticket.text)
response = receive_response[1].text
request_id = None
try:
receive_plain = etree.fromstring(response)
receive_query_name = receive_plain[0][0].tag[:-2]
except Exception, e:
logging.debug("Error it apears like response is empty")
logging.error(e)
if response != None:
logging.debug('response is %s' % (response))
resp = ReceiveResponse.objects.create(ticket=tick, response=response, name=receive_query_name)
# Let's try to do something with this response now!
qn = "".join(re.sub("([A-Z])", " \g<0>", receive_query_name).split(" ")[1:-1])
print("RESPONSE TYPE: %s" % receive_query_name)
logging.info("THAT IS ===> %s" %(qn))
if qn in QBXML.NAMES:
# does that model name exists ? if so enter data in that thing
m = get_model(qn)
if m != None:
logging.debug("Model does exist")
print("Model exists for %s" % qn)
items = receive_plain[0][0]
logging.debug('items are ==> %s', str(items))
print('items are ==> %s', str(items))
list_id, txn_id = None, None
ids = {}
for item in items:
t = {}
m2m_data = {}
for it in item:
converted_tag = convert(it.tag)
logging.debug('items => %s' %(str(it.tag)))
if it.tag == 'ListID':
list_id = it.text
ids["list_id"] = list_id
logging.debug("listid is %s" %(str(list_id)))
elif it.tag == 'TxnID':
txn_id = it.text
ids["txn_id"] = txn_id
if len(it):
# This is a nested item
if has_related_field(m, converted_tag):
print("HEYYY %s has %s as a related field" % (m, converted_tag))
nested_attr = {}
related_model = get_related_fk_model(m, converted_tag)
related_field = get_related_field(m, converted_tag)
related_name = related_field.related_query_name()
nested_list_ids = {}
for itt in it:
converted_nested_tag = convert(itt.tag)
if itt.tag == "ListID":
print("Found nested list ID: %s" % itt.text)
nested_list_ids[converted_nested_tag] = itt.text
if has_field(related_model, converted_nested_tag): # only save fields, not fk fields or m2m fields
nested_attr.update({converted_nested_tag: itt.text})
else:
print("%s isn't a normal field on %s, it maybe a relation... we're not currently doing nested relations tho..." % (converted_nested_tag, related_model))
if not nested_list_ids and ids:
# If the nested model doesn't have a ListID on it, try and find it by the relationship
for _id, val in ids.items():
nested_list_ids["%s__%s" % (related_name, _id)] = val
if nested_attr and nested_list_ids:
related_obj, created = related_model.objects.update_or_create(defaults=nested_attr, **nested_list_ids)
t[converted_tag] = related_obj
elif has_m2m_field(m, converted_tag):
print("HEYYY %s has a M2M field" % converted_tag)
elif has_field(m, converted_tag):
t.update({converted_tag: it.text})
# but first.. does that already exists ?
logging.debug("qbwc %s" %(t))
print("Will look for objects matching %s and update with the following attributes... " % ids)
pprint(t)
if ids:
obj, created = m.objects.update_or_create(defaults=t, **ids)
# Deal with the m2m models
else:
logging.debug("no list_id or txn_id strange ?? ")
# Do something if this response was a Response , maybe update the database with relationship?
logging.debug('Check if we need to do something after handling with a response')
# First get related objects of the selected model hope it is only one.
request_id = receive_plain[0][0].attrib['requestID']
if ids and request_id:
logging.debug(request_id)
for md in m._meta.get_all_related_objects():
logging.debug('Looking for models')
logging.debug(md)
try:
mod = md.model.objects.filter(pk=request_id)[0]
except IndexError:
mod = None
if mod:
pk = ids.get(ids.keys()[0])
if pk:
mod.quickbooks = m.objects.get(pk=pk)
mod.save()
else:
print("No model found to object")
else:
logging.debug('Nothing found in settings')
else:
if settings.DEBUG:
logging.debug("Model does not exist")
print('No model exists for %s' % qn)
# this model does not exist, what about making a file with all it's data maybe we can use it
# Dump it only if debug is set to True (DEBUG=True)
# if it does not catch here remember to look in qbxml().names
items = receive_plain[0][0]
with(open(os.path.join(settings.BASE_DIR, '..', str(qn) + '_model.txt'), 'w+')) as f:
f.write("class QB%s(models.Model):\n" %(qn))
keys = []
for item in items:
t = {}
for it in item:
keys.append(it.tag)
for key in set(keys):
if key == 'ListID':
f.write(" %s = models.CharField(max_length=2500, primary_key=True) # %s\n" %(convert(key), key))
else:
f.write(" %s = models.CharField(max_length=2500, blank=True, null=True) # %s\n" %(convert(key), key))
logging.debug('writed the class in a txt file please copy and paste it in your models')
return HttpResponse(close_connection % ('ssss'), content_type='text/xml')
else:
logging.debug("This message does not contain response")
def home(request):
c = request.body
logging.debug(c)
if request.method == "GET":
logging.debug("kdhohdjdhdj")
return HttpResponse('The request need to be POST')
url = 'file://' + os.path.join(settings.BASE_DIR, 'quickbooks', 'qb.wsdl')
# FIXME: huge_tree allow this thing to eat up your memory!
parser = etree.XMLParser(huge_tree=True)
contents = etree.parse(request, parser)
root = contents.getroot()
request_type = get_request_type(root)
# Log the message
QWCMessage.objects.create(request_type=request_type,
message=etree.tostring(root, pretty_print=True))
print(
'REQUEST TYPE RECEIVED IS: %s ========================================'
% (request_type or 'Unkown'))
if request_type:
print etree.tostring(root, pretty_print=True)
# Dispatch the signal
qbxml = None
if request_type == REQUEST_RECEIVE_REQUEST:
qbxml = etree.fromstring(root[0].find(
tag('receiveResponseXML'))[1].text)
request_received.send(sender=type(request),
request_type=request_type,
root=root,
qbxml=qbxml)
if request_type == REQUEST_GET_LAST_ERROR:
last_error = ResponseError.get_last_error()
message = last_error.content if last_error else ""
return HttpResponse(get_last_error % message, content_type='text/xml')
# We need to listen to authenticate, token or error.
cont = root[0][0]
ticket = cont.find(tag('ticket'))
if request_type == REQUEST_AUTHENTICATE:
logging.debug('Authentication call detected')
username = cont.find(tag('strUserName')).text
password = cont.find(tag('strPassword')).text
# Authenticate with database
a = authenticate(username=username, password=password)
if a:
session_started.send(sender=type(request),
start_time=timezone.localtime(timezone.now()),
authenticated=True)
logging.debug(
'Valid Authentication username and password user: %s' %
(a.username))
# everything active need to be inactive
ac = QWCTicket.objects.filter(user=a, active=True)
if ac != None:
for ca in ac:
ca.active = False
ca.save()
ti = QWCTicket.objects.create(user=a)
logging.debug('Ticket has been created ticket: %s' % (ti.ticket))
# resp = client.service.authenticateResponse(ti.ticket).envelope
s = ''
try:
s = a.userprofile.company_file
logging.debug('company file detected: %s' % (s))
except:
logging.debug('Company file not found')
logging.debug("Authenticated xml message sent")
return HttpResponse(authenticated % (ti.ticket, s),
content_type='text/xml')
else:
logging.debug('invalid user detected username: %s password %s' %
(username, password))
session_started.send(sender=type(request),
start_time=timezone.localtime(timezone.now()),
authenticated=False)
session_ended.send(sender=type(request),
end_time=timezone.localtime(timezone.now()),
result=False,
message="Invalid username or password supplied")
return HttpResponse(failed, content_type='text/xml')
if ticket is not None:
t = QWCTicket.objects.get(ticket=ticket.text)
if t is not None:
# all_fancy_stuff = cont.find(tag('strHCPResponse')).text
profile = None
company_file_location = cont.find(tag('strCompanyFileName'))
# update the company_file location if it's not updated.
try:
profile = t.user.userprofile
except Exception as e:
profile = UserProfile.objects.create(user=t.user)
if company_file_location is not None:
if company_file_location != profile.company_file:
profile.company_file = company_file_location.text
profile.save()
logging.debug("Dealing with ticket: %s" % (ticket.text))
receive_response = root[0].find(tag('receiveResponseXML'))
logging.debug(root.findall(tag('receiveResponseXML')))
logging.debug(root.find(tag('receiveResponseXML')))
logging.debug(root.findtext(tag('receiveResponseXML')))
send_request = root[0].find(tag('sendRequestXML'))
list_id = None
logging.debug('LIST ID ====>> %s', str(list_id))
logging.debug(send_request)
if request_type == REQUEST_SEND_REQUEST:
logging.debug("sendRequestXML detected tags will appear below:")
for child in send_request:
logging.debug(child.tag)
mq = MessageQue.objects.filter(user=t.user, active=True)
if len(mq) != 0:
logging.debug("MessageQue has one or more messages awaiting")
m = mq[0]
ms = m.message
logging.debug("sending message in que: %s" % (m.id))
# Mark message as consumed
m.active = False
m.save()
return HttpResponse(qrequest % (xml_soap(ms)),
content_type='text/xml')
else:
logging.debug("No message in messageQue")
logging.info("activating everything that is set to repeat")
logging.debug('Finished')
repeats = MessageQue.objects.filter(repeat=True, active=False)
for repeat in repeats:
repeat.active = True
repeat.save()
# delete tickets and messages that are not in use:
MessageQue.objects.filter(repeat=False, active=False).delete()
QWCTicket.objects.filter(active=False).delete()
session_ended.send(
sender=type(request),
end_time=timezone.localtime(timezone.now()),
result=True,
message="All messages processed successfully")
return HttpResponse(close_connection % ("Finished!"),
content_type='text/xml')
return HttpResponse(close_connection % (100),
content_type='text/xml')
else:
logging.debug("sendRequestXML Not detected")
if request_type == REQUEST_RECEIVE_REQUEST:
logging.debug(receive_response.text)
tick = QWCTicket.objects.get(ticket=ticket.text)
response = receive_response[1].text
request_id = None
try:
receive_plain = etree.fromstring(response)
receive_query_name = receive_plain[0][0].tag[:-2]
except Exception, e:
logging.debug("Error it apears like response is empty")
logging.error(e)
if response != None:
logging.debug('response is %s' % (response))
resp = ReceiveResponse.objects.create(ticket=tick,
response=response,
name=receive_query_name)
# Let's try to do something with this response now!
qn = "".join(
re.sub("([A-Z])", " \g<0>",
receive_query_name).split(" ")[1:-1])
print("RESPONSE TYPE: %s" % receive_query_name)
logging.info("THAT IS ===> %s" % (qn))
if qn in QBXML.NAMES:
# does that model name exists ? if so enter data in that thing
m = get_model(qn)
if m != None:
logging.debug("Model does exist")
print("Model exists for %s" % qn)
items = receive_plain[0][0]
logging.debug('items are ==> %s', str(items))
print('items are ==> %s', str(items))
list_id, txn_id = None, None
ids = {}
for item in items:
t = {}
m2m_data = {}
for it in item:
converted_tag = convert(it.tag)
logging.debug('items => %s' % (str(it.tag)))
if it.tag == 'ListID':
list_id = it.text
ids["list_id"] = list_id
logging.debug("listid is %s" %
(str(list_id)))
elif it.tag == 'TxnID':
txn_id = it.text
ids["txn_id"] = txn_id
if len(it):
# This is a nested item
if has_related_field(m, converted_tag):
print(
"HEYYY %s has %s as a related field"
% (m, converted_tag))
nested_attr = {}
related_model = get_related_fk_model(
m, converted_tag)
related_field = get_related_field(
m, converted_tag)
related_name = related_field.related_query_name(
)
nested_list_ids = {}
for itt in it:
converted_nested_tag = convert(
itt.tag)
if itt.tag == "ListID":
print(
"Found nested list ID: %s"
% itt.text)
nested_list_ids[
converted_nested_tag] = itt.text
if has_field(
related_model,
converted_nested_tag
): # only save fields, not fk fields or m2m fields
nested_attr.update({
converted_nested_tag:
itt.text
})
else:
print(
"%s isn't a normal field on %s, it maybe a relation... we're not currently doing nested relations tho..."
% (converted_nested_tag,
related_model))
if not nested_list_ids and ids:
# If the nested model doesn't have a ListID on it, try and find it by the relationship
for _id, val in ids.items():
nested_list_ids["%s__%s" %
(related_name,
_id)] = val
if nested_attr and nested_list_ids:
related_obj, created = related_model.objects.update_or_create(
defaults=nested_attr,
**nested_list_ids)
t[converted_tag] = related_obj
elif has_m2m_field(m, converted_tag):
print("HEYYY %s has a M2M field" %
converted_tag)
elif has_field(m, converted_tag):
t.update({converted_tag: it.text})
# but first.. does that already exists ?
logging.debug("qbwc %s" % (t))
print(
"Will look for objects matching %s and update with the following attributes... "
% ids)
pprint(t)
if ids:
obj, created = m.objects.update_or_create(
defaults=t, **ids)
# Deal with the m2m models
else:
logging.debug(
"no list_id or txn_id strange ?? ")
# Do something if this response was a Response , maybe update the database with relationship?
logging.debug(
'Check if we need to do something after handling with a response'
)
# First get related objects of the selected model hope it is only one.
request_id = receive_plain[0][0].attrib[
'requestID']
if ids and request_id:
logging.debug(request_id)
for md in m._meta.get_all_related_objects():
logging.debug('Looking for models')
logging.debug(md)
try:
mod = md.model.objects.filter(
pk=request_id)[0]
except IndexError:
mod = None
if mod:
pk = ids.get(ids.keys()[0])
if pk:
mod.quickbooks = m.objects.get(
pk=pk)
mod.save()
else:
print("No model found to object")
else:
logging.debug('Nothing found in settings')
else:
if settings.DEBUG:
logging.debug("Model does not exist")
print('No model exists for %s' % qn)
# this model does not exist, what about making a file with all it's data maybe we can use it
# Dump it only if debug is set to True (DEBUG=True)
# if it does not catch here remember to look in qbxml().names
items = receive_plain[0][0]
with (open(
os.path.join(settings.BASE_DIR, '..',
str(qn) + '_model.txt'),
'w+')) as f:
f.write("class QB%s(models.Model):\n" % (qn))
keys = []
for item in items:
t = {}
for it in item:
keys.append(it.tag)
for key in set(keys):
if key == 'ListID':
f.write(
" %s = models.CharField(max_length=2500, primary_key=True) # %s\n"
% (convert(key), key))
else:
f.write(
" %s = models.CharField(max_length=2500, blank=True, null=True) # %s\n"
% (convert(key), key))
logging.debug(
'writed the class in a txt file please copy and paste it in your models'
)
return HttpResponse(close_connection % ('ssss'),
content_type='text/xml')
else:
logging.debug("This message does not contain response")
def inner(request):
try:
return func(request)
except Exception as e:
ResponseError.log_error(request, e)
raise e
