def parse(self, xml):
xml = XMLParser.parse(self, xml)
_, begin = self.searchFirst(xml, 'beginPosition')
_, end = self.searchFirst(xml, 'endPosition')
return qgstime.QgsTimePeriod(begin, end)
def parse (self, xml):
xml = XMLParser.parse(self, xml)
_, begin = self.searchFirst(xml, 'beginPosition')
_, end = self.searchFirst(xml, 'endPosition')
return qgstime.QgsTimePeriod(begin, end)
def parse(self, xml):
xml = XMLParser.parse(self, xml)
timeNode, timeType = self.searchFirst(xml, '*@type')
if not timeType:
timeNode, _ = self.searchFirst(xml, '*@id')
timeType = 'gml:' + timeNode.tagName() + 'Type'
if timeType == 'gml:TimePeriodType':
return GMLTimePeriodParser().parse(timeNode)
elif timeType == 'gml:TimeInstantType':
return GMLTimeInstantParser().parse(timeNode)
else:
return qgstime.QgsTime()
def parse (self, xml):
xml = XMLParser.parse(self, xml)
timeNode, timeType = self.searchFirst(xml, '*@type')
if not timeType:
timeNode, _ = self.searchFirst(xml, '*@id')
timeType = 'gml:' + timeNode.tagName() + 'Type'
if timeType == 'gml:TimePeriodType':
return GMLTimePeriodParser().parse(timeNode)
elif timeType == 'gml:TimeInstantType':
return GMLTimeInstantParser().parse(timeNode)
else:
return qgstime.QgsTime()
def parse(self, xml):
xml = XMLParser.parse(self, xml)
_, time = self.searchFirst(xml, 'timePosition')
return qgstime.QgsTimeInstant(time)
def parse (self, xml):
xml = XMLParser.parse(self, xml)
_, time = self.searchFirst(xml, 'timePosition')
return qgstime.QgsTimeInstant (time)
def main():
parser = XMLParser(sys.argv[1])
parser.parse()
