def test_batch_error(self):
fobj = self.find_group(self.gid)
con0 = GCContact(fobj)
con0.set_firstname('Namo Narayananaya')
gce0 = con0.get_gce()
con = GCContact(fobj)
con.set_firstname('Ayeshwarya')
con.set_birthday('abcd"ef')
# con.set_anniv('1978-05-31 %s est n il y a %d ans')
# con.set_birthday('1980-08-10')
gce = con.get_gce()
feed = self.pimdb.new_feed()
feed.add_insert(entry=gce0, batch_id_string="DeadBeef")
feed.add_insert(entry=gce0, batch_id_string="DeadBeef")
feed.add_insert(entry=gce, batch_id_string="DeadBeef")
b = BatchState(1, feed, op='insert', sync_tag="asynk:testgcex:ex")
print 'Request: ', utils.pretty_xml(str(feed))
rr = self.pimdb.exec_batch(feed)
print 'Response: ', utils.pretty_xml(str(rr))
for entry in rr.entry:
print entry.batch_status
if entry.batch_status:
print 'Code: ', entry.batch_status.code
print 'Reason: ', entry.batch_status.reason
else:
self.handle_interrupted_feed(feed, str(rr))
def to_xml(self):
rs = self.to_dict()
report = ElementTree.Element('report')
attrs = {
'pos': None,
'name': None,
'detail': None,
'level': None
}
total = {
'Warning': 0,
'Error': 0,
'Info': 0
}
for (file, module_name), records in rs.items():
module = ElementTree.Element('module', {'name': module_name, 'file': file})
for record in sorted(records):
attrs['pos'] = str(record.pos)
attrs['name'] = str(record.check_item).upper()
level = str(record.check_item.level)
attrs['level'] = level
total[level] += 1
attrs['detail'] = record.check_item.notice % record.extra
ElementTree.SubElement(module, 'item', attrs)
# reset attrs
for k, v in attrs.items():
attrs[k] = None
for key, value in total.items():
module.set(key, str(value))
total[key] = 0
report.append(module)
utils.pretty_xml(report, indent=' ' * 4, newline='\n')
return report
def test_batch_error (self):
fobj = self.find_group(self.gid)
con0 = GCContact(fobj)
con0.set_firstname('Namo Narayananaya')
gce0 = con0.get_gce()
con = GCContact(fobj)
con.set_firstname('Ayeshwarya')
con.set_birthday('abcd"ef')
# con.set_anniv('1978-05-31 %s est n il y a %d ans')
# con.set_birthday('1980-08-10')
gce = con.get_gce()
feed = self.pimdb.new_feed()
feed.add_insert(entry=gce0, batch_id_string="DeadBeef")
feed.add_insert(entry=gce0, batch_id_string="DeadBeef")
feed.add_insert(entry=gce, batch_id_string="DeadBeef")
b = BatchState(1, feed, op='insert', sync_tag="asynk:testgcex:ex")
print 'Request: ', utils.pretty_xml(str(feed))
rr = self.pimdb.exec_batch(feed)
print 'Response: ', utils.pretty_xml(str(rr))
for entry in rr.entry:
print entry.batch_status
if entry.batch_status:
print 'Code: ',entry.batch_status.code
print 'Reason: ', entry.batch_status.reason
else:
self.handle_interrupted_feed(feed, str(rr))
def __call__(self, parser, namespace, value, option_string=None):
config = read_config_file()
format = namespace.format if namespace.format else config.get('DEFAULT','format')
oauth = config.getboolean('DEFAULT','oauth')
# Checking ig OAuth params are defined
if oauth :
oauth = YOAuth(None, None, from_file=config.get('auth','from_file'))
attr = {
'community': True,
'format': format,
#'jsonCompact': namespace.jsonCompact if namespace.jsonCompact else config.getboolean(format, 'jsonCompact'),
'debug': namespace.debug if namespace.debug else config.getboolean(format, 'debug'),
'oauth': oauth
}
yql = MYQL(**attr)
yql.diagnostics = namespace.diagnostics if namespace.diagnostics else config.getboolean(format, 'diagnostics')
for v in value:
response = yql.rawQuery(v)
if not response.status_code == 200:
print(response.content)
sys.exit(1)
if format == 'json':
print(pretty_json(response.content))
else:
print(pretty_xml(response.content))
sys.exit(0)
def Show(self, *args, **kwargs):
typ = args[0]
s = args[1]
action = args[2]
if action in ["got", "sent"]:
try:
xml_s = utils.pretty_xml(s)
except:
xml_s = s
log_string = "[%s/%s] %s stanza(s):\n%s" % (typ, action, action, xml_s)
logger.debug(log_string)
elif typ not in ["nodebuilder", "dispatcher"]:
logger.debug("[%s/%s] %s" % (typ, action, s))
def Show(self, *args, **kwargs):
typ = args[0]
s = args[1]
action = args[2]
if action in ['got', 'sent']:
try:
xml_s = utils.pretty_xml(s)
except:
xml_s = s
log_string = '[%s/%s] %s stanza(s):\n%s' % (typ, action, action,
xml_s)
logger.debug(log_string)
elif typ not in ['nodebuilder', 'dispatcher']:
logger.debug('[%s/%s] %s' % (typ, action, s))
def handle_interrupted_feed (self, resp_xml):
resp = ET.fromstring(resp_xml)
ffc = utils.find_first_child
resp_title = ffc(resp, utils.QName_GNS0('title'), ret='node').text
resp_intr = ffc(resp, utils.QName_GNS3('interrupted'), ret='node')
parsed = int(resp_intr.attrib['parsed'])
reason = resp_intr.attrib['reason']
entry = self.f.entry[parsed]
logging.error('The server encountered a %s while processing ' +
'the feed. The reason given is: %s', resp_title,
resp_intr)
logging.error('The problematic entry is likely this one: %s',
utils.pretty_xml(str(entry)))
def handle_interrupted_feed(self, feed, resp_xml):
resp = ET.fromstring(resp_xml)
ffc = utils.find_first_child
resp_title = ffc(resp, utils.QName_GNS0('title'), ret='node').text
resp_intr = ffc(resp, utils.QName_GNS3('interrupted'), ret='node')
parsed = int(resp_intr.attrib['parsed'])
reason = resp_intr.attrib['reason']
entry = feed.entry[parsed]
logging.error(
'The server encountered a %s while processing ' +
'the feed. The reason given is: %s', resp_title, resp_intr)
logging.error('The problematic entry is likely this one: %s',
utils.pretty_xml(str(entry)))
def to_sld(self):
sld = ET.Element("StyledLayerDescriptor")
sld.attrib["version"] = "1.0.0"
sld.attrib["xsi:schemaLocation"] = "http://www.opengis.net/sld StyledLayerDescriptor.xsd"
sld.attrib["xmlns"] = "http://www.opengis.net/sld"
sld.attrib["xmlns:ogc"] = "http://www.opengis.net/ogc"
sld.attrib["xmlns:xlink"] = "http://www.w3.org/1999/xlink"
sld.attrib["xmlns:xsi"] = "http://www.w3.org/2001/XMLSchema-instance"
named_layer = ET.SubElement(sld, "NamedLayer")
name = ET.SubElement(named_layer, "Name")
name.text = self.layer_name
user_style = ET.SubElement(named_layer, "UserStyle")
feature_type_style = ET.SubElement(user_style, "FeatureTypeStyle")
for renderer in self.renderers:
feature_type_style.extend(list(renderer.to_sld()))
return pretty_xml(sld)
def send (self, request, debug=False):
"""
Send the given rquest to the server, and return the response text as
well as a parsed node object as a (resp.text, node) tuple.
The response text is the raw xml including the soap headers and stuff.
"""
try:
r = requests.post(self.url, auth=self.auth, data=request,
headers={'Content-Type':'text/xml; charset=utf-8',
"Accept": "text/xml"},
verify=self.cert)
except requests.exceptions.ConnectionError as e:
raise SoapConnectionError(e)
if debug:
logging.debug('%s', pretty_xml(r.text))
return SoapClient.parse_xml(r.text.encode('utf-8'))
def send(self, request, debug=False):
"""
Send the given rquest to the server, and return the response text as
well as a parsed node object as a (resp.text, node) tuple.
The response text is the raw xml including the soap headers and stuff.
"""
try:
r = requests.post(self.url,
auth=self.auth,
data=request,
headers={
'Content-Type': 'text/xml; charset=utf-8',
"Accept": "text/xml"
})
except requests.exceptions.ConnectionError as e:
raise SoapConnectionError(e)
if debug:
logging.debug('%s', pretty_xml(r.text))
return SoapClient.parse_xml(r.text)
def to_axl(self): return pretty_xml(self.layer_node)