Python SubElement.get方法代码示例

# 需要导入模块: from xml.etree.ElementTree import SubElement [as 别名]
# 或者: from xml.etree.ElementTree.SubElement import get [as 别名]
def voteStatistician2(objA, objB, voter, tagError = 1) : 
    # TODO: make the function function
    for subObjA in objA : 
        if subObjA.tag not in objList : 
            continue
        nCandidate = len([x for x in subObjA.findall('t2_tag') if 'ET-' in x.get('name') or 'EC-' in x.get('name')])
        foundMatchedObjB = 0
        for subObjB in objB : 
            if subObjA.tag == subObjB.tag and getObjId(subObjA) == getObjId(subObjB) :
                foundMatchedObjB = 1
                if subObjA.tag == 't2_node' : 
                    if nCandidate is 0 :
                        continue
                    elif nCandidate is not 1 :
                        print "error: too many candidate error tags. (", nCandidate, ")"
                        if tagError:
                            e = SubElement(subObjA, 't2_tag', {'name' : "ERROR-multiple-tag", 'key' : "E"})
                        continue

                    votedTagA = [x for x in subObjA.findall('t2_tag') if 'voted-' in x.get('name')]
                    if not votedTagA : 
                        votedTagA = SubElement(subObjA, 't2_tag', {'name' : "voted-0/0", 'key' : "M"})
                        allVote = 0
                        voteYes = 0;
                    elif len(votedTagA) is not 1 :
                        print "error: too many voted tags."
                        if tagError :
                            e = SubElement(subObjA, 't2_tag', {'name' : "ERROR-multiple-vote-" + voter, 'key' : "E"})
                        continue
                    else : 
                        votedTagA = votedTagA[0]
                        posLine = votedTagA.get('name').find('-')
                        posBias = votedTagA.get('name').find('/')
                        voteYes = int(votedTagA.get('name')[posLine + 1 : posBias])
                        allVote = int(votedTagA.get('name')[posBias + 1 :])

                    # voting tags, list of votes, as string
                    votingTagB = [x.get('name') for x in subObjB.findall('t2_tag') if 'VOTE-yes' in x.get('name') or 'VOTE-no' in x.get('name')]
                    if len(votingTagB) is not 1 :
                        # voting wrong, probably missing
                        r = SubElement(subObjA, 't2_tag', {'name' : "REVOTE-" + voter, 'key' : "R"})
                        print getObjId(subObjB), "vote tag wrong, needs revisit."
                        continue
                    else :
                        allVote += 1
                        if 'VOTE-yes' in votingTagB : 
                            voteYes += 1
                        votedTagA.set('name', 'voted-' + str(voteYes) + '/' + str(allVote))

                voteStatistician2(subObjA, subObjB, voter, tagError)
                break
        if not foundMatchedObjB : 
            if subObjA.tag == 't2_node' and nCandidate is 1:
                # error on finding the same node in B
                print "error: cannot find vote node, len(node) =", str(len(subObjB)), getObjId(subObjA)
                if tagError:
                    e = SubElement(subObjA, 't2_tag', {'name' : "ERROR-" + str(len(subObjB)) + "-node-" + voter, 'key' : "E"})
            else :
                print "error: cannot find the same", subObjA.tag

# 需要导入模块: from xml.etree.ElementTree import SubElement [as 别名]
# 或者: from xml.etree.ElementTree.SubElement import get [as 别名]
def generateShareSDKXmlFile(pluginInfo, decompileDir):
	assetsPath = file_utils.getFullPath(decompileDir) + "/assets"

	if not os.path.exists(assetsPath):
		os.makedirs(assetsPath)

	shareSdkXml = assetsPath + "/ShareSDK.xml"

	if os.path.exists(shareSdkXml):
		os.remove(shareSdkXml)
		
	tree = ElementTree()
	root = Element('DevInfor')
	tree._setroot(root)

	shareNode = SubElement(root, 'ShareSDK')

	if 'params' in pluginInfo and pluginInfo['params'] != None and len(pluginInfo['params']) > 0:
		for param in pluginInfo['params']:
			paramName = param.get('name')
			if paramName == 'AppKey':
				paramValue = param.get('value')
				shareNode.set('AppKey', paramValue)
				break

	subplugins = pluginInfo.get('subplugins')

	if subplugins != None and len(subplugins) > 0:
		index = 1
		for subplg in subplugins:
			subplgNode = SubElement(root, subplg['name'])
			subparams = subplg.get('params')
			if subparams != None and len(subparams) > 0:
				for subparam in subparams:
					subplgNode.set(subparam['name'], subparam['value'])

			if subplgNode.get('Id') == None:
				subplgNode.set('Id', str(index))
			else:
				subplgNode.attrib['Id'] = str(index)

			if subplgNode.get('Enable') == None:
				subplgNode.set('Enable', 'true')
			else:
				subplgNode.attrib['Enable'] = 'true'

			index = index + 1

	tree.write(shareSdkXml, 'UTF-8')

# 需要导入模块: from xml.etree.ElementTree import SubElement [as 别名]
# 或者: from xml.etree.ElementTree.SubElement import get [as 别名]
 def _add_Shield_Layer_By_Zoom(self, field, maxZoom):
     '''
     Specifies shields (points and labels) of articles and the
     datasource with its respective layer.
     '''
     for z in reversed(range(maxZoom)):
         layer = SubElement(self.mapRoot, 'Layer', name=field[1:-1] + str(z) + 'Layer')
         layer.set('srs', '+init=epsg:4236')
         layer.set('cache-features', 'true')
         layer.set('minzoom', self.getMinDenominator(z))
         layer.set('maxzoom', self.getMaxDenominator(z))
         assert layer.get('minzoom') is not None, 'no min denominator for %s' % z
         assert layer.get('maxzoom') is not None, 'no max denominator for %s' % z
         addStyle = SubElement(layer, 'StyleName')
         addStyle.text = field[1:-1] + str(z) + 'LabelStyle'
         if z != maxZoom:
             self.addDataSource(layer, '(select * from ' + self.table + ' where maxzoom <= ' + str(z+1) + ' order by maxzoom) as foo')
         else:
             self.addDataSource(layer, '(select * from ' + self.table + ' where maxzoom <= ' + str(z) + ' order by maxzoom) as foo')

# 需要导入模块: from xml.etree.ElementTree import SubElement [as 别名]
# 或者: from xml.etree.ElementTree.SubElement import get [as 别名]
def voteStatistician(rootA, rootB, voter, tagError = 1) : 
    if not isinstance(voter, basestring) :
        print "wrong voter."
        return

    # iterate areatree and connector
    for objA in itertools.chain(rootA.iter('t2_areatree'), rootA.iter('t2_connector')):
        # prepare corresponding element in B
        for objB in itertools.chain(rootB.iter('t2_areatree'), rootB.iter('t2_connector')):
            if getObjId(objB) == getObjId(objA):
                matchedObjB = objB
                break
        if matchedObjB is None:
            # error, and skip to next areatree or connector
            print "error: cannot find corresponding element for", getObjId(objA)
            continue

        # iterate node
        for nodeA in objA.iter('t2_node'):
            # determine whether this node is a candidate
            candidate = [x.get('name') for x in nodeA.findall('t2_tag') if isCandidateTag(x)]
            nCandidates = len(candidate)
            if nCandidates <= 0:
                # examine next node A
                continue
            elif nCandidates > 1:
                # error, and examine next node A
                print "error: multiple candidate tags on one node."
                if tagError:
                    e = SubElement(nodeA, 't2_tag', {'name' : "ERROR-multiple-tag", 'key' : "E"})
                continue

            # the nodeA is a candidate
            # get pre-existing vote results
            votedTagA = [x for x in nodeA.findall('t2_tag') if 'voted-' in x.get('name')]
            if len(votedTagA) > 1 :
                # error, and skip this node
                print "get voted tag error."
                if tagError:
                    e = SubElement(nodeA, 't2_tag', {'name' : "ERROR-votetag-" + voter, 'key' : "E"})
                continue
            elif len(votedTagA) <= 0 :
                # create new
                votedTagA = SubElement(nodeA, 't2_tag', {'name' : "voted-0/0", 'key' : "M"})
                allVote = 0
                voteYes = 0;
            else :
                votedTagA = votedTagA[0]
                posLine = votedTagA.get('name').find('-')
                posBias = votedTagA.get('name').find('/')
                voteYes = int(votedTagA.get('name')[posLine + 1 : posBias])
                allVote = int(votedTagA.get('name')[posBias + 1 :])

            # get corrisponding node in B
            matchedNodeB = None
            for nodeB in matchedObjB.iter('t2_node'):
                if getObjId(nodeB) == getObjId(nodeA):
                    matchedNodeB = nodeB
                    break
            if matchedNodeB is None:
                # error, and skip to next node in A
                print "error: cannot find vote node for", getObjId(nodeA)
                if tagError:
                    e = SubElement(nodeA, 't2_tag', {'name' : "ERROR-no-match-node-" + voter, 'key' : "E"})
                continue

            # get vote in B
            votingTagB = [x for x in matchedNodeB.findall('t2_tag') if 'VOTE-yes' in x.get('name') or 'VOTE-no' in x.get('name')]
            if len(votingTagB) is not 1:
                # voting wrong, probably missing
                r = SubElement(nodeA, 't2_tag', {'name' : "REVOTE-" + voter, 'key' : "R"})
                print getObjId(matchedNodeB), "vote tag wrong, revote."
                continue
            else :
                # print getObjId(matchedNodeB) , "vote accepted."
                allVote += 1
                # voteAcceptTagA = SubElement(nodeA, 't2_tag', {'name' : "VALID-" + voter, 'key' : "O"})
                if 'VOTE-yes' in votingTagB[0].get('name') : 
                    voteYes += 1
                votedTagA.set('name', 'voted-' + str(voteYes) + '/' + str(allVote))