def __init__(self,
stream,
encoding,
nsHints=None,
isHtml=False,
indent=False,
canonical=False,
addedAttributes=None,
removedNsDecls=None):
"""
Initializes an instance of the class, selecting the appropriate
printer to use, depending on the isHtml and indent flags.
nsHints, if given, is a dictionary of namespace mappings that
help determine if namespace declarations need to be emitted when
visiting the first Element node.
"""
if indent and isHtml:
self.writer = HtmlPrettyPrinter.HtmlPrettyPrinter(stream, encoding)
elif indent:
self.writer = XmlPrettyPrinter.XmlPrettyPrinter(stream, encoding)
elif isHtml:
self.writer = HtmlPrinter.HtmlPrinter(stream, encoding)
elif canonical:
self.writer = XmlPrinter.CanonicalXmlPrinter(stream, encoding)
else:
self.writer = XmlPrinter.XmlPrinter(stream, encoding)
# Namespaces
self._namespaces = [{'xml': XML_NAMESPACE}]
self._nsHints = nsHints
self._addedAttributes = addedAttributes or {}
self._removedNsDecls = removedNsDecls or []
return
def report(self):
"""
Create the report in XML and send it
"""
# Create the report
doc = xml.dom.minidom.Document()
root = doc.createElement("nextsharedata")
doc.appendChild(root)
# Create the header
header = doc.createElement("header")
root.appendChild(header)
header.appendChild(self.new_element(doc, "deviceid", self.device_id))
header.appendChild(
self.new_element(doc, "timestamp", long(round(time.time()))))
# ProxyService 90s Test_
# try:
# from Tribler.Core.Session import Session
# session = Session.get_instance()
# if session.lm.overlay_apps.proxy_peer_manager.connectable:
# connectable = 1
# else:
# connectable = 0
#
# start_time = long(round(session.start_time))
#
# my_permid = show_permid_short(session.get_permid())
# except Exception,e:
# connectable = 0
# start_time = 0
# my_permid = 0
#
# header.appendChild(self.new_element(doc, "connectable", connectable))
# header.appendChild(self.new_element(doc, "startuptime", start_time))
# header.appendChild(self.new_element(doc, "clientpermid", my_permid))
# _ProxyService 90s Test
version = "cs_v2a"
header.appendChild(self.new_element(doc, "swversion", version))
elements = self.get_elements()
if len(elements) > 0:
# Now add the status elements
if len(elements) > 0:
report = doc.createElement("event")
root.appendChild(report)
report.appendChild(
self.new_element(doc, "attribute", "statusreport"))
report.appendChild(
self.new_element(doc, "timestamp",
long(round(time.time()))))
for element in elements:
print element.__class__
report.appendChild(
self.new_element(doc, element.get_name(),
element.get_value()))
events = self.get_events()
if len(events) > 0:
for event in events:
report = doc.createElement(event.get_type())
root.appendChild(report)
report.appendChild(
self.new_element(doc, "attribute", event.get_name()))
if event.__class__ == Status.EventElement:
report.appendChild(
self.new_element(doc, "timestamp", event.get_time()))
elif event.__class__ == Status.RangeElement:
report.appendChild(
self.new_element(doc, "starttimestamp",
event.get_start_time()))
report.appendChild(
self.new_element(doc, "endtimestamp",
event.get_end_time()))
for value in event.get_values():
report.appendChild(self.new_element(doc, "value", value))
if len(elements) == 0 and len(events) == 0:
return # Was nothing here for us
# all done
xml_printer = XmlPrinter.XmlPrinter(root)
if self.print_post:
print >> sys.stderr, xml_printer.to_pretty_xml()
xml_str = xml_printer.to_xml()
# Now we send this to the service using a HTTP POST
self.post(xml_str)
def report(self):
"""
Create the report in XML and send it
"""
# Create the report
doc = xml.dom.minidom.Document()
root = doc.createElement("nextsharedata")
doc.appendChild(root)
# Create the header
header = doc.createElement("header")
root.appendChild(header)
header.appendChild(self.new_element(doc, "deviceid", self.device_id))
header.appendChild(self.new_element(doc, "timestamp",
long(round(time.time()))))
version = "cs_v2a"
header.appendChild(self.new_element(doc, "swversion", version))
# Now add the status elements
elements = self.get_elements()
if len(elements) > 0:
report = doc.createElement("event")
root.appendChild(report)
report.appendChild(self.new_element(doc, "attribute",
"statusreport"))
report.appendChild(self.new_element(doc, "timestamp",
long(round(time.time()))))
for element in elements:
print element.__class__
report.appendChild(self.new_element(doc,
element.get_name(),
element.get_value()))
events = self.get_events()
if len(events) > 0:
for event in events:
report = doc.createElement(event.get_type())
root.appendChild(report)
report.appendChild(self.new_element(doc, "attribute",
event.get_name()))
if event.__class__ == Status.EventElement:
report.appendChild(self.new_element(doc, "timestamp",
event.get_time()))
elif event.__class__ == Status.RangeElement:
report.appendChild(self.new_element(doc, "starttimestamp",
event.get_start_time()))
report.appendChild(self.new_element(doc, "endtimestamp",
event.get_end_time()))
for value in event.get_values():
report.appendChild(self.new_element(doc, "value", value))
if len(elements) == 0 and len(events) == 0:
return # Was nothing here for us
# all done
xml_printer = XmlPrinter.XmlPrinter(root)
if self.print_post:
print >> sys.stderr, xml_printer.to_pretty_xml()
xml_str = xml_printer.to_xml()
# Now we send this to the service using a HTTP POST
self.post(xml_str)