def _parseCoordTime(self, coordn):
coordTime = TimeAltAz()
for xml_node in coordn:
if xml_node.tag == "time":
coordTime.tm = utils.parseIsoDateTime(xml_node.text)
elif xml_node.tag == "alt":
coordTime.alt = xml_node.text
elif xml_node.tag == "az":
coordTime.az = xml_node.text
return coordTime
def parseFromXml(self, xml_passes):
rootn = etree.fromstring(xml_passes)
if rootn is None:
return 'Empty response.'
self._observer = ephem.Observer()
for xml_node in rootn:
if xml_node.tag == 'location':
self._observer.lat, self._observer.long = utils.xmlNodeValue(xml_node, 'lat'), utils.xmlNodeValue(xml_node, 'lng')
elif xml_node.tag == 'altitude':
self._observer.elevation = int(float(xml_node.text))
elif xml_node.tag == 'from':
self._from = utils.parseIsoDateTime(xml_node.text)
elif xml_node.tag == 'to':
self._to = utils.parseIsoDateTime(xml_node.text)
elif xml_node.tag == 'flare':
self._flares += (self._parseOneFlare(xml_node),)
def _parseOneFlare(self, passn):
flare = IridiumFlare()
for xml_node in passn:
if xml_node.tag == 'magnitude':
flare.mag = xml_node.text
elif xml_node.tag == 'time':
flare.tm = utils.parseIsoDateTime(xml_node.text)
elif xml_node.tag == 'alt':
flare.alt = xml_node.text
elif xml_node.tag == 'az':
flare.az = xml_node.text
return flare
def parseFromXml(self, xml_passes):
rootn = etree.fromstring(xml_passes)
if rootn is None:
return "Empty response."
self._observer = ephem.Observer()
for xml_node in rootn:
if xml_node.tag == "location":
self._observer.lat, self._observer.long = (
utils.xmlNodeValue(xml_node, "lat"),
utils.xmlNodeValue(xml_node, "lng"),
)
elif xml_node.tag == "altitude":
self._observer.elevation = int(float(xml_node.text))
elif xml_node.tag == "from":
self._from = utils.parseIsoDateTime(xml_node.text)
elif xml_node.tag == "to":
self._to = utils.parseIsoDateTime(xml_node.text)
elif xml_node.tag == "pass":
self._passInfos += (self._parseOnePass(xml_node),)