def Send_s6f11_Lot(_SystemByte, _CEID, _LOTID):
clientSock = connToServer("127.0.0.1", 8099) # 서버에 접속
root = Element("SECS2_XML_MESSAGE")
## HEAD
head = SubElement(root, "HEAD")
SubElement(head, "SystemByte").text = str(_SystemByte)
SubElement(head, "CMD").text = "3"
SubElement(head, "Stream").text = "6"
SubElement(head, "Function").text = "11"
## BODY
body = SubElement(root, "BODY")
SubElement(body, "CEID").text = str(_CEID)
reports = SubElement(body, "REPORTS")
## REPORT
report = SubElement(reports, "REPORT")
SubElement(body, "REPORTID").text = "200"
variables = SubElement(report, "VARIABLES")
SubElement(variables, "LOT_ID").text = _LOTID
indent(root) # indent() : XML 형식으로 보기 좋게 만들어주는 함수
dump(root) # dump 함수는 인자로 넘어온 tag 이하를 print 해줌
clientSock.send((root.text).encode('utf-8')) # Server로 데이터 전송
print(root.text)
def generate_cfg(self):
sumocfg = ET.Element('configuration')
inputXML = ET.SubElement(sumocfg, 'input')
inputXML.append(
E('net-file', attrib={'value': self.file_name + '.net.xml'}))
indent(sumocfg)
if os.path.exists(
os.path.join(self.current_path, self.file_name + '.rou.xml')):
inputXML.append(
E('route-files', attrib={'value':
self.file_name + '.rou.xml'}))
indent(sumocfg)
if os.path.exists(
os.path.join(self.current_path, self.file_name + '.add.xml')):
inputXML.append(
E('add-file', attrib={'value': self.file_name + '.add.xml'}))
indent(sumocfg)
time = ET.SubElement(sumocfg, 'time')
time.append(E('begin', attrib={'value': str(self.sim_start)}))
indent(sumocfg)
time.append(E('end', attrib={'value': str(self.sim_end)}))
indent(sumocfg)
outputXML = ET.SubElement(sumocfg, 'output')
# outputXML.append(
# E('netstate-dump', attrib={'value': self.file_name+'_dump.net.xml'}))
indent(sumocfg)
dump(sumocfg)
tree = ET.ElementTree(sumocfg)
tree.write(self.file_name + '_simulate' + '.sumocfg',
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def set_base_xml(index_list, all_text_list):
root = Element("Sheet")
df = pd.DataFrame(all_text_list)
SubElement(root, 'head').text = ",".join(index_list['index'])
for i, i_name in enumerate(index_list['index']):
#if i_name == 'B5':
if all_text_list:
sort_text, df = sort_in_cell(index_list['value'][i], df)
else:
sort_text = []
#셀 노드 추가
cell_element = Element("".join(map(str, i_name)))
root.append(cell_element)
head_list = []
for i in range(len(sort_text)):
head_list.append(i + 1)
#if sort_text:
SubElement(cell_element, 'head').text = ",".join(map(str, head_list))
#셀노드의 텍스트 노드 추가 없으면 빈 노드가 됨.
for i in range(len(sort_text)):
SubElement(cell_element, str(i + 1)).text = ",".join(sort_text[i])
#SubElement(root, "".join(map(str, i_name))).text = ",".join(sorted_text[i])
indent(root)
dump(root)
return root
def submit(self):
self.set_time()
print('<?xml version="1.0" ?>' + self.xml_root_node.tostring())
response = requests.post(url,
data=prefix + self.xml_root_node.tostring(),
headers={'Content-Type': 'text/xml'})
# return response.status_code, response.text
# self.response_code = response.status_code
self.xml_response_root = fromstring(response.text)
path = xpath([(ns0, 'Body'), (ns1, self.__service + 'Response'),
(None, 'Answer')])
answer = self.xml_response_root.findall(path)[0]
if answer is None:
print("Error: NoneType for ElementTree")
return
# print('ANSWER:')
dump(answer)
path = xpath([(ns_siri, 'Status')])
status = answer.findall(path)[0]
# print(status)
if not status.text == 'true':
path = xpath([(ns_siri, 'ErrorCondition'),
(ns_siri, 'Description')])
description = answer.findall(path)[0]
print("Request failed: " + description.text)
raise SIRIFailure()
StopMonitoringDeliveries = []
for smd in answer.findall(xdir(ns_siri, 'StopMonitoringDelivery')):
StopMonitoringDeliveries.append(smd)
return StopMonitoringDeliveries
def _generate_rou_xml(self):
self.flows = self.specify_flow()
self.routes = self.specify_route()
self.vTypes = self.specify_vType()
route_xml = ET.Element('routes')
if len(self.vTypes) != 0:
for _, vType_dict in enumerate(self.vTypes):
route_xml.append(E('vType', attrib=vType_dict))
indent(route_xml, 1)
if len(self.routes) != 0:
for _, route_dict in enumerate(self.routes):
route_xml.append(E('route', attrib=route_dict))
indent(route_xml, 1)
if len(self.flows) != 0:
for _, flow_dict in enumerate(self.flows):
route_xml.append(E('flow', attrib=flow_dict))
indent(route_xml, 1)
dump(route_xml)
tree = ET.ElementTree(route_xml)
tree.write(os.path.join(self.current_Env_path,
self.file_name + '.rou.xml'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def tl_logic(file_path):
ids=str()
# file load
tree = parse(file_path)
# file write setup
tl_additional_default = ET.Element('additional')
tl_additional = ET.Element('additional')
# find and write
trafficSignalList = tree.findall('trafficSignal')
# trafficSignal내에서 찾음
for trafficSignal in trafficSignalList:
TODPlan = trafficSignal.findall('TODPlan')
scheduleList = trafficSignal.findall('schedule')
# 찾고싶은 id를 여기서 start time을 적고 넣으시오
for plan in TODPlan[0].findall('plan'):
if plan.attrib['startTime'] == '9000': # 9시 25200 # 2시반? 9000
ids = plan.attrib['schedule']
# schedule들 내에서 찾는 과정
for schedule in scheduleList:
# node id 교체
if TODPlan[0].attrib['defaultPlan'] == schedule.attrib['id']: # default
schedule.attrib['programID']=schedule.attrib['id']
schedule.attrib['id'] = trafficSignal.attrib['nodeID']
schedule.attrib['type']='static'
tlLogic_default = ET.SubElement(
tl_additional_default, 'tlLogic', attrib=schedule)
phase_set = schedule.findall('phase')
for phase in phase_set:
phase_dict = dict()
for key in phase.keys():
phase_dict[key] = phase.attrib[key]
tlLogic_default.append(E('phase', attrib=phase_dict))
if ids == schedule.attrib['id']:
schedule.attrib['programID']=schedule.attrib['id']
schedule.attrib['id'] = trafficSignal.attrib['nodeID']
schedule.attrib['type']='static'
tlLogic = ET.SubElement(
tl_additional, 'tlLogic', attrib=schedule)
phase_set = schedule.findall('phase')
for phase in phase_set:
phase_dict = dict()
for key in phase.keys():
phase_dict[key] = phase.attrib[key]
tlLogic.append(E('phase', attrib=phase_dict))
print("end")
dump(tl_additional_default)
writetree = ET.ElementTree(tl_additional_default)
writetree.write(os.path.join('./output_default_tl.add.xml'),
pretty_print=True, encoding='UTF-8', xml_declaration=True)
writetree = ET.ElementTree(tl_additional)
writetree.write(os.path.join('./output_tl.add.xml'),
pretty_print=True, encoding='UTF-8', xml_declaration=True)
print(scheduleList)
def _log_xml(xml):
try:
xml.attrib
except AttributeError:
log.error('Did not receive an XML. Answer was: %s' % xml)
else:
from xml.etree.ElementTree import dump
log.error('XML received from the PMS:')
dump(xml)
def recordTrainInformation(self, trainingEpochs, batchSize, minCost,
maxAccuracy, elapsedTime):
note = Element("TrainingInformation")
SubElement(note, "TrainingEpochs").text = str(trainingEpochs)
SubElement(note, "BatchSize").text = str(batchSize)
SubElement(note, "MinCost").text = str(minCost)
SubElement(note, "MaxAccuracy").text = str(maxAccuracy)
SubElement(note, "ElapsedTime").text = str(elapsedTime)
dump(note)
ElementTree(note).write(self.model_dir + "training_imformation.xml")
def xml_func(Input):
now = datetime.datetime.now()
nowdate = now.strftime('%Y-%m-%d')
nowTime = now.strftime('%H:%M:%S')
#root
root = Element("Vulnerable_list ")
root.attrib["Date"] = nowdate + " / " + nowTime
#child
if Input[0] is not None:
for xx in range(0, len(Input[0][0])):
Integrity = Element("Integrity")
SubElement(Integrity, "I_child").text = Input[0][0][xx]
root.append(Integrity)
if Input[1] is not None:
for xx1 in range(0, len(Input[1][0])):
HardCoded = Element("HardCoded")
SubElement(HardCoded, "H_child").text = Input[1][0][xx1]
root.append(HardCoded)
if Input[2] is not None:
for xx2 in range(0, len(Input[2][0])):
External_Library = Element("External_Library")
SubElement(External_Library, "E_child").text = Input[2][0][xx2]
root.append(External_Library)
#indent method
def indent(elem, level=0):
i = "\n" + level * " "
if len(elem):
if not elem.text or not elem.text.strip():
elem.text = i + " "
if not elem.tail or not elem.tail.strip():
elem.tail = i
for elem in elem:
indent(elem, level + 1)
if not elem.tail or not elem.tail.strip():
elem.tail = i
else:
if level and (not elem.tail or not elem.tail.strip()):
elem.tail = i
ElementTree(root).write('plc.xml',
xml_declaration=True,
method='xml',
encoding='UTF-8')
indent(root)
dump(root)
def build_zone_xml():
test_string = """<source_model_zone magnitude_type="Mw">
<zone
area = "5054.035"
name = "bad zone">
<geometry
azimuth= "6"
delta_azimuth= "2"
dip= "15"
delta_dip = "5"
depth_top_seismogenic = "7"
depth_bottom_seismogenic = "30">
<boundary>
-32.4000 151.1500
-32.7500 152.1700
-33.4500 151.4300
-32.4000 151.1500
</boundary>
<excludes>
-32.4000 151.1500
-32.7500 152.1700
-33.4500 151.4300
</excludes>
</geometry>
<recurrence_model
distribution = "bounded_gutenberg_richter"
recurrence_min_mag = "3.3"
recurrence_max_mag = "5.4"
A_min= "0.568"
b = "1">
<event_generation
generation_min_mag = "3.3"
number_of_mag_sample_bins = "15"
number_of_events = "1000" />
</recurrence_model>
<ground_motion_models
fault_type = "normal"
ground_motion_selection = "crustal fault" />
</zone>
</source_model_zone>
"""
test_string = "<source_model_zone>yeah</source_model_zone>"
element = ET.XML("<root><child>One</child><child>Two</child></root>")
dump(element)
for subelement in element:
print subelement.text
tree = None # ET.XML()
return tree
def build_zone_xml():
test_string = """<source_model_zone magnitude_type="Mw">
<zone
area = "5054.035"
name = "bad zone">
<geometry
azimuth= "6"
delta_azimuth= "2"
dip= "15"
delta_dip = "5"
depth_top_seismogenic = "7"
depth_bottom_seismogenic = "30">
<boundary>
-32.4000 151.1500
-32.7500 152.1700
-33.4500 151.4300
-32.4000 151.1500
</boundary>
<excludes>
-32.4000 151.1500
-32.7500 152.1700
-33.4500 151.4300
</excludes>
</geometry>
<recurrence_model
distribution = "bounded_gutenberg_richter"
recurrence_min_mag = "3.3"
recurrence_max_mag = "5.4"
A_min= "0.568"
b = "1">
<event_generation
generation_min_mag = "3.3"
number_of_mag_sample_bins = "15"
number_of_events = "1000" />
</recurrence_model>
<ground_motion_models
fault_type = "normal"
ground_motion_selection = "crustal fault" />
</zone>
</source_model_zone>
"""
test_string = '<source_model_zone>yeah</source_model_zone>'
element = ET.XML("<root><child>One</child><child>Two</child></root>")
dump(element)
for subelement in element:
print subelement.text
tree = None #ET.XML()
return tree
def generate_cfg(self, route_exist, mode='simulate'):
self._generate_nod_xml()
self._generate_edg_xml()
self._generate_add_xml()
self._generate_net_xml()
sumocfg = ET.Element('configuration')
inputXML = ET.SubElement(sumocfg, 'input')
inputXML.append(
E('net-file', attrib={'value': self.file_name + '.net.xml'}))
indent(sumocfg)
if route_exist == True:
self._generate_rou_xml()
if os.path.exists(
os.path.join(self.current_Env_path,
self.file_name + '.rou.xml')):
inputXML.append(
E('route-files',
attrib={'value': self.file_name + '.rou.xml'}))
indent(sumocfg)
if os.path.exists(
os.path.join(self.current_Env_path,
self.file_name + '_data.add.xml')):
inputXML.append(
E('additional-files',
attrib={'value': self.file_name + '_data.add.xml'}))
indent(sumocfg)
time = ET.SubElement(sumocfg, 'time')
time.append(E('begin', attrib={'value': str(self.sim_start)}))
indent(sumocfg)
time.append(E('end', attrib={'value': str(self.max_steps)}))
indent(sumocfg)
outputXML = ET.SubElement(sumocfg, 'output')
indent(sumocfg)
dump(sumocfg)
tree = ET.ElementTree(sumocfg)
if mode == 'simulate':
tree.write(os.path.join(self.current_Env_path,
self.file_name + '_simulate.sumocfg'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
elif mode == 'test':
tree.write(os.path.join(self.current_Env_path,
self.file_name + '_test.sumocfg'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
elif mode == 'train' or mode == 'train_old':
tree.write(os.path.join(self.current_Env_path,
self.file_name + '_train.sumocfg'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def addsite(self):
text, ok = QInputDialog.getText(self, "사이트 추가", "사이트 이름 : ")
if ok:
newNode = Element("site", name=text)
self.root.append(newNode)
dump(self.root)
ElementTree(self.root).write("config.xml")
self.initUI()
def print_out_paper_info(paper_info_list, out_file='book.xml'):
ele_tree = ElementTree()
root_paper_tree = Element('PAPERS')
ele_tree._setroot(root_paper_tree)
for paper_info in paper_info_list:
temp_paper_ele = Element('PAPER')
for key, value in paper_info.items():
if key == 'author_list': value = '_'.join(value)
SubElement(temp_paper_ele, key).text = value
root_paper_tree.append(temp_paper_ele)
dump(indent(root_paper_tree))
ele_tree.write(out_file, "utf-8")
def to_tag(tagText, nowDate, fileName):
fileNameTag = Element(fileName)
fileNameTag.attrib["result"] = nowDate
for tagNum in range(0, len(tagText), 1):
error = Element("error")
error.attrib["File"] = tagText[tagNum][0]
fileNameTag.append(error)
SubElement(error, "Location").text = "line " + tagText[tagNum][1]
SubElement(error, "Description").text = tagText[tagNum][2]
indent(fileNameTag)
dump(fileNameTag)
return fileNameTag
def to_tag(tagText, nowDate, fileName):
fileNameTag = Element(fileName)
fileNameTag.attrib["result"] = nowDate
for tagNum in range(0, len(tagText), 1):
error = Element("error")
error.attrib["File"] = tagText[tagNum][0]
fileNameTag.append(error)
SubElement(error, "Location").text = "line " + tagText[tagNum][1]
SubElement(error, "Description").text = tagText[tagNum][2]
indent(fileNameTag)
dump(fileNameTag)
return fileNameTag
def createModelInformationXML(self):
note = Element("ModelSetting")
to = Element("ModelName")
to.text = self.args.load_folder_file[1]
note.append(to)
SubElement(note, "FeatureWidth").text = str(self.args.feature_shape[0])
SubElement(note,
"FeatureHeight").text = str(self.args.feature_shape[1])
SubElement(note, "LabelSize").text = str(self.args.label_size)
dump(note)
ElementTree(note).write(self.model_dir +
self.args.load_folder_file[1] + ".xml")
def writeSelectedProject(info):
book = ElementTree()
parent = Element("ProjectInfo")
book._setroot(parent)
item = Element("project")
parent.append(item)
SubElement(item, "id").text = info["id"]
SubElement(item, "name").text = info["name"]
dump(indent(parent))
if not os.path.exists(confPath.localXml):
os.makedirs(confPath.localXml)
book.write(confPath.localXml + "selectedProject.xml", "utf-8")
def generate_cfg(self, route_exist, mode='simulate'):
'''
if all the generation over, inherit this function by `super`.
'''
sumocfg = ET.Element('configuration')
inputXML = ET.SubElement(sumocfg, 'input')
inputXML.append(
E('net-file',
attrib={
'value':
os.path.join(self.current_Env_path,
self.file_name + '.net.xml')
}))
indent(sumocfg)
if route_exist == True:
self._generate_rou_xml()
if os.path.exists(
os.path.join(self.current_Env_path,
self.file_name + '.rou.xml')):
inputXML.append(
E('route-files',
attrib={
'value':
os.path.join(self.current_Env_path,
self.file_name + '.rou.xml')
}))
indent(sumocfg)
if os.path.exists(
os.path.join(self.current_Env_path,
self.file_name + '_data.add.xml')):
inputXML.append(
E('additional-files',
attrib={
'value':
os.path.join(self.current_Env_path,
self.file_name + '_data.add.xml')
}))
indent(sumocfg)
time = ET.SubElement(sumocfg, 'time')
time.append(E('begin', attrib={'value': str(self.sim_start)}))
indent(sumocfg)
time.append(E('end', attrib={'value': str(self.max_steps)}))
indent(sumocfg)
dump(sumocfg)
tree = ET.ElementTree(sumocfg)
tree.write(os.path.join(self.current_Env_path,
self.file_name + '.sumocfg'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def _generate_edg_xml(self):
self.edges = self.specify_edge()
edg_xml = ET.Element('edges')
for _, edge_dict in enumerate(self.edges):
edg_xml.append(E('edge', attrib=edge_dict))
indent(edg_xml, 1)
dump(edg_xml)
tree = ET.ElementTree(edg_xml)
tree.write(os.path.join(self.current_Env_path,
self.file_name + '.edg.xml'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def writeLoginInfo(info):
book = ElementTree()
parent = Element("LoginInfo")
book._setroot(parent)
item = Element("user")
parent.append(item)
SubElement(item, "id").text = info["userID"]
SubElement(item, "name").text = info["userName"]
SubElement(item, "editRole").text = info["editRole"]
dump(indent(parent))
if not os.path.exists(confPath.localXml):
os.makedirs(confPath.localXml)
book.write(confPath.localXml + "loginInfo.xml", "utf-8")
def send_s2f42(_systembyte, _hcack):
root = Element('SECS2_XML_MESSAGE')
head = SubElement(root, "HEAD")
SubElement(head, "SystemByte").text = str(_systembyte)
SubElement(head, "CMD").text = "3"
SubElement(head, "Stream").text = "2"
SubElement(head,"Function").text = "42"
body = SubElement(root, "BODY")
SubElement(body, "HCACK").text = str(_hcack)
indent(root) # xml 파일 보기좋게 만들기
dump(root)
print(root.text)
def datatoxml(xlsdata):
xml = ElementTree()
Students = Element('Students')
xml._setroot(Students)
for i in range(0,len(xlsdata)):
Student = Element('Student',{'Name':xlsdata[i][1]})
Students.append(Student)
Scores = Element('Scores')
Student.append(Scores)
SubElement(Scores,'math').text= xlsdata[i][2]
SubElement(Scores,'Yuwen').text = xlsdata[i][3]
SubElement(Scores,'English').text = xlsdata[i][4]
dump(indent(Students))
return xml
def generate_edg_xml(self):
self.specify_edge()
self.xml_edg_pos = os.path.join(self.current_path, self.xml_edg_name)
edg_xml = ET.Element('edges')
for _, edge_dict in enumerate(self.edges):
edg_xml.append(E('edge', attrib=edge_dict))
indent(edg_xml)
dump(edg_xml)
tree = ET.ElementTree(edg_xml)
# tree.write(self.xml_edg_pos+'.xml',encoding='utf-8',xml_declaration=True)
tree.write(self.xml_edg_pos + '.xml',
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def _generate_nod_xml(self):
self.nodes = self.specify_node()
nod_xml = ET.Element('nodes')
for node_dict in self.nodes:
nod_xml.append(E('node', attrib=node_dict))
indent(nod_xml, 1)
dump(nod_xml)
tree = ET.ElementTree(nod_xml)
tree.write(os.path.join(self.current_Env_path,
self.file_name + '.nod.xml'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def read_element():
tree = ET.parse('sample2.xml')
root = tree.getroot()
print('ogrigianl----')
dump(tree)
for rank in root.iter('rank'):
print(rank.get('updated'))
new_rank = int(rank.text) + 1
rank.text = str(new_rank)
rank.set('updated New', 'yes')
print('after----')
dump(tree)
def writeSelectedFile(info):
book = ElementTree()
parent = Element("FileInfo")
book._setroot(parent)
item = Element("file")
parent.append(item)
SubElement(item, "project_id").text = info["project_id"]
SubElement(item, "entity_type").text = info["entity_type"]
SubElement(item, "entity_id").text = info["entity_id"]
SubElement(item, "task_id").text = info["task_id"]
dump(indent(parent))
if not os.path.exists(confPath.localXml):
os.makedirs(confPath.localXml)
book.write(confPath.localXml + "selectedFile.xml", "utf-8")
def onClickAdd(self):
text, ok = QInputDialog.getText(self, "CCTV 추가", "CCTV URI : ")
if ok:
node = self.tree.find('.//site[@name="' + self.names[self.idx] +
'"]')
newNode = Element("uri")
newNode.text = text
node.append(newNode)
dump(self.root)
ElementTree(self.root).write("config.xml")
self.initXmlData()
self.setTableData(self.idx)
def newProjectTree():
project = Element("project")
project.set("name", "")
project.set("path", "")
project.set("project_path", "")
project.set("filename", "")
# todo: add further attributes
tilesets = SubElement(project, "tilesets")
tilesets.set("path", Paths.D_TILESETS)
maps = SubElement(project, "maps")
maps.set("path", Paths.D_MAPS)
# todo: add further SubElements for other game-features like sound, items and stuff.
project_tree = ElementTree(project)
dump(project)
return project_tree
def writeSelectedRef(info):
book = ElementTree()
parent = Element("RefInfo")
book._setroot(parent)
item = Element("ref")
parent.append(item)
SubElement(item, "tab").text = info["tab"]
SubElement(item, "parent").text = info["parent"]
SubElement(item, "selectedNode").text = info["currentNode"]
SubElement(item, "listIndex").text = info["listIndex"]
SubElement(item, "inputText").text = info["text"]
dump(indent(parent))
if not os.path.exists(confPath.localXml):
os.makedirs(confPath.localXml)
book.write(confPath.localXml + "SelectedRef.xml", "utf-8")
def makeTag(tagText, nowDate):
code_analysis = Element("code_analysis")
code_analysis.attrib["result"] = nowDate
for tagNum in range(0, len(tagText), 1):
error = Element("error")
error.attrib["File"] = tagText[tagNum][0]
code_analysis.append(error)
SubElement(error, "Location").text = "line " + tagText[tagNum][1]
SubElement(error, tagText[tagNum][3]).text = tagText[tagNum][2]
if len(tagText[tagNum]) > 4:
for i in range(4, len(tagText[tagNum]) - 4, 1):
SubElement(error, tagText[tagNum][3]).text = tagText[tagNum][i]
indent(code_analysis)
dump(code_analysis)
return code_analysis
def makeTag(tagText, nowDate):
code_analysis = Element("code_analysis")
code_analysis.attrib["result"] = nowDate
for tagNum in range(0, len(tagText), 1):
error = Element("error")
error.attrib["File"] = tagText[tagNum][0]
code_analysis.append(error)
SubElement(error, "Location").text = "line " + tagText[tagNum][1]
SubElement(error, tagText[tagNum][3]).text = tagText[tagNum][2]
if len(tagText[tagNum]) > 4:
for i in range(4, len(tagText[tagNum]) - 4, 1):
SubElement(error, tagText[tagNum][3]).text = tagText[tagNum][i]
indent(code_analysis)
dump(code_analysis)
return code_analysis
def _generate_con_xml(self):
self.cons = self.specify_connection()
con_xml = ET.Element('connections')
if len(self.connections) != 0: # empty
for _, connection_dict in enumerate(self.connections):
con_xml.append(E('connection', attrib=connection_dict))
indent(con_xml, 1)
dump(con_xml)
tree = ET.ElementTree(con_xml)
tree.write(os.path.join(self.current_Env_path,
self.file_name + '.con.xml'),
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def convert_w360dp_xxxhdpi(list, resource, file_path):
for k in list:
parsing_type = k[0]
parsing_name = k[1]
parsing_value = k[2]
dimen = SubElement(resource, parsing_type)
dimen.attrib["name"] = parsing_name
comment = None
if k[0] == "px_1":
comment = Comment(" Default screen margins, per the Android Design guidelines. ")
resource.append(comment)
comment = Comment(" noti ")
elif k[0] == "noti_main_balance":
comment = Comment(" Default screen margins, per the Android Design guidelines. ")
elif k[0] == "noti_divider":
comment = Comment(" START Apple Offer ")
elif k[0] == "cpi_term_and_condition_container_height":
comment = Comment(" END Apple Offer ")
if comment is not None:
resource.append(comment)
if parsing_type == "string" or parsing_type == u'string':
dimen.text = parsing_value
if parsing_type == "dimen" or parsing_type == u'string':
value = parsing_value[:-2]
unit = parsing_value[-2:]
if unit == "dp" or unit == u'dp':
dp = round(float(value) * xxdhpi, 2)
result = str(dp) + "dp"
dimen.text = result
elif unit == "px" or unit == u'px':
px = round(float(value) * xxdhpi)
result = str(px) + "px"
dimen.text = result
indent(resource)
dump(resource)
doc = ElementTree(resource)
if not path.isdir(file_path[:file_path.find("/dimens.xml")]):
mkdir(file_path[:file_path.find("/dimens.xml")])
doc.write(file_path, encoding="utf-8")
xdhpi_path = file_path[:file_path.find("/values-xxhdpi")] + "/values-xhdpi/dimens.xml"
if not path.isdir(xdhpi_path[:file_path.find("/dimens.xml")]):
mkdir(xdhpi_path[:file_path.find("/dimens.xml")])
doc.write(xdhpi_path, encoding="utf-8")
def generate_rou_xml(self):
self.specify_flow()
route_xml = ET.Element('routes')
if len(self.vehicles) != 0: # empty
for _, vehicle_dict in enumerate(self.vehicles):
route_xml.append(E('veh', attrib=vehicle_dict))
indent(route_xml)
if len(self.flows) != 0:
for _, flow_dict in enumerate(self.flows):
route_xml.append(E('flow', attrib=flow_dict))
indent(route_xml)
dump(route_xml)
tree = ET.ElementTree(route_xml)
tree.write(self.xml_route_pos + '.xml',
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
def Save2XML(appName,cfgName):
dic = iniCfg.GetConfig(cfgName)
eTree = ElementTree()
root = Element(appName)
eTree._setroot(root)
for subDic in dic:
pos = subDic.find('.')
#print "'"+skey[pos+1:]+"':{'en':"+skey[pos+1:]+"','cn':''},"
sec =subDic[:pos]
skey=subDic[pos+1:]
#print 'sec:'+TransStr(sec)
#print "____key:"+TransStr(skey)+"="+dic[subDic]
SubElement(root,subDic,{"text":TransStr(skey),"desc":subDic,"category":TransStr(sec)}).text=dic[subDic]
dump(indent(root))
eTree.write(appName+".xml","utf-8")
def print_out_xml(out_file='book.xml'):
book = ElementTree()
purchaseorder = Element('RECORDS')
book._setroot(purchaseorder)
purchaseorder2 = Element('RECORD')
SubElement(purchaseorder2, 'id').text = 'aaaa'
SubElement(purchaseorder2, 'article').text = 'bbbb'
purchaseorder3 = Element('RECORD')
SubElement(purchaseorder3, 'id').text = 'aaaa'
SubElement(purchaseorder3, 'article').text = 'bbbb'
purchaseorder.append(purchaseorder2)
purchaseorder.append(purchaseorder3)
dump(indent(purchaseorder))
book.write(out_file, "utf-8")
def Send_s2f42(_SystemByte, _Hcack):
clientSock = connToServer("127.0.0.1", 8099) # 서버에 접속
root = Element("SECS2_XML_MESSAGE")
## HEAD
head = SubElement(root, "HEAD")
SubElement(head, "SystemByte").text = str(_SystemByte)
SubElement(head, "CMD").text = "3"
SubElement(head, "Stream").text = "2"
SubElement(head, "Function").text = "42"
## BODY
body = SubElement(root, "BODY")
SubElement(body, "HCACK").text = str(_Hcack)
indent(root) # indent() : XML 형식으로 보기 좋게 만들어주는 함수
dump(root) # dump 함수는 인자로 넘어온 tag 이하를 print 해줌
clientSock.send((root.text).encode('utf-8')) # Server로 데이터 전송
print(root.text)
def generate_nod_xml(self):
self.specify_node()
self.xml_nod_pos = os.path.join(self.current_path, self.xml_node_name)
nod_xml = ET.Element('nodes')
for node_dict in self.node:
# node_dict['x']=format(node_dict['x'],'.1f')
nod_xml.append(E('node', attrib=node_dict))
indent(nod_xml)
'''
for node_attributes in nodes:
x.append(E('node', **node_attributes))
'''
dump(nod_xml)
tree = ET.ElementTree(nod_xml)
# tree.write(self.xml_nod_pos+'.xml',encoding='utf-8',xml_declaration=True)
tree.write(self.xml_nod_pos + '.xml',
pretty_print=True,
encoding='UTF-8',
xml_declaration=True)
import sys
from xml.etree.ElementTree import ElementTree, dump
tree = ElementTree()
tree.parse(sys.argv[1])
tree.find('module/param[@name="whiteList"]')[0].text = sys.argv[2]
dump(tree)
last_day = args.grab_offset + args.grab_days
if last_day > 6:
last_day = 6
threads = list()
for d in range(args.grab_offset, last_day):
t = threading.Thread(target=parse_day, args=(d, OBJ_XMLTV, rawclist))
threads.append(t)
t.start()
[x.join() for x in threads]
# A standard grabber should print the xmltv file to the stdout or to
# filename if called with option --output filename
if args.filename:
FILE_XML = args.filename
ElementTree(OBJ_XMLTV).write(FILE_XML, encoding="UTF-8")
else:
dump(ElementTree(OBJ_XMLTV))
logger.info(
"Grabbed "
+ str(len(OBJ_XMLTV.findall("channel")))
+ " channels and "
+ str(len(OBJ_XMLTV.findall("programme")))
+ " programmes"
)
exit()
def VerifyServerSettings(xmlPath, studyName, clusterNum):
errorString = ""
passString = ""
fullTree = ElementTree()
fullTree.parse(xmlPath)
serverSettingsTree = fullTree.find("serverSettings")
"""Staging server information is stored and validated in the next set of statements"""
stagingSettings = serverSettingsTree.find("stagingSettings")
stagingStudyServer = stagingSettings.find("studyServer")
if (stagingStudyServer.attrib["login"] != ("LP_" + studyName)):
errorString += "FAIL - Staging server settings (login information) are incorrect. Please contact the PDE for this study to fix this.\n"
if (stagingStudyServer.attrib["address"] != "stagesw.phtstudy.com:29748"):
if (stagingStudyServer.attrib["address"] != "stagevmweb2.phtstudy.com:29748"):
errorString += "FAIL - Staging server settings (server address) are incorrect. Please contact the PDE for this study to fix this.\n"
if (stagingStudyServer.attrib["database"] != (studyName)):
errorString += "FAIL - Staging server settings (database) are incorrect. Please contact the PDE for this study to fix this.\n"
stagingLogServer = stagingSettings.find("logServer")
if (stagingLogServer.attrib["address"] != "http://englogserver.phtstudy.com:29564/StagingLogs/servlet/LogServer"):
errorString += "FAIL - Staging server settings (Log Server) are incorrect. Please contact the PDE for this study to fix this.\n"
stagingProvisioningServer = stagingSettings.find("provisioningServer")
if (stagingProvisioningServer.attrib["address"] != "https://stagepro01.phtstudy.com:443/sgserver"):
errorString += "FAIL - Staging server settings (Provisioning Server) are incorrect. Please contact the PDE for this study to fix this.\n"
passString += "PASS - Staging Settings are validated.\n"
"""UST server information is stored and validated in the next set of statements"""
USTSettings = serverSettingsTree.find("ustSettings")
USTStudyServer = USTSettings.find("studyServer")
if (USTStudyServer.attrib["login"] != ("LP_" + studyName + "_UST")):
errorString += "FAIL - UST server settings (login information) are incorrect. Please contact the PDE for this study to fix this.\n"
if (USTStudyServer.attrib["address"] != "myuststudysw.phtstudy.com:29748"):
errorString += "FAIL - UST server settings (server address) are incorrect. Please contact the PDE for this study to fix this.\n"
if (USTStudyServer.attrib["database"] != (studyName + "_UST")):
errorString += "FAIL - UST server settings (database) are incorrect. Please contact the PDE for this study to fix this.\n"
USTLogServer = USTSettings.find("logServer")
if (USTLogServer.attrib["address"] != "http://naplogserv1.phtstudy.com:29564/USTLogs/servlet/LogServer"):
errorString += "FAIL - UST server settings (Log Server) are incorrect. Please contact the PDE for this study to fix this.\n"
USTProvisioningServer = USTSettings.find("provisioningServer")
if (USTProvisioningServer.attrib["address"] != "https://napustpro01.phtstudy.com:443/sgserver"):
errorString += "FAIL - UST server settings (Provisioning Server) are incorrect. Please contact the PDE for this study to fix this.\n"
passString += "Pass - UST Settings are validated.\n"
"""Production server information is stored and validated in the next set of statements"""
productionSettings = serverSettingsTree.find("productionSettings")
productionStudyServer = productionSettings.find("studyServer")
if (productionStudyServer.attrib["login"] != ("LP_" + studyName)):
errorString += "FAIL - Production server settings (login information) are incorrect. Please contact the PDE for this study to fix this.\n"
if (clusterNum == "1"):
if (productionStudyServer.attrib["address"] != "mystudysw.phtstudy.com:29748"):
errorString += "FAIL - Production server settings (server address) are incorrect. Please verify you are using the correct cluster number, and then contact the PDE for this study to fix this.\n"
if (clusterNum == "2"):
if (productionStudyServer.attrib["address"] != "mystudysw2.phtstudy.com:29748"):
errorString += "FAIL - Production server settings (server address) are incorrect. Please verify you are using the correct cluster number, and then contact the PDE for this study to fix this.\n"
if (productionStudyServer.attrib["database"] != (studyName)):
errorString += "FAIL - Production server settings (database) are incorrect. Please contact the PDE for this study to fix this.\n"
productionLogServer = productionSettings.find("logServer")
if (productionLogServer.attrib["address"] != "http://naplogserv1.phtstudy.com:29564/LogServer/servlet/LogServer"):
errorString += "FAIL - Production server settings (Log Server) are incorrect. Please contact the PDE for this study to fix this.\n"
productionProvisioningServer = productionSettings.find("provisioningServer")
if (productionProvisioningServer.attrib["address"] != "https://nappro01.phtstudy.com:443/sgserver"):
errorString += "FAIL - Production server settings (Provisioning Server) are incorrect. Please contact the PDE for this study to fix this.\n"
passString += "Pass - Production Settings are validated"
if (errorString != ""):
raise RuntimeError(errorString)
else:
print passString
print "Validated server settings (Objective Evidence)\n"
dump(serverSettingsTree)
def _dump_xml(self):
"""
Debugging aid to dump XML so that we can see what we have.
"""
return dump(self.custom_xml)
def write(self,path):
if path != None:
dump(self.indent(self.root))
self.tree.write(path,'utf-8')
note.append(to)
SubElement(note, "from").text = "Jani"
SubElement(note, "heading").text = "Reminder"
SubElement(note, "body").text = "Don't forget me this weekend!"
# dummy = Element("dummy")
# note.insert(1, dummy)
# note.remove(dummy)
def indent(elem, level=0):
i = "\n" + level*" "
if len(elem):
if not elem.text or not elem.text.strip():
elem.text = i + " "
if not elem.tail or not elem.tail.strip():
elem.tail = i
for elem in elem:
indent(elem, level+1)
if not elem.tail or not elem.tail.strip():
elem.tail = i
else:
if level and (not elem.tail or not elem.tail.strip()):
elem.tail = i
indent(note)
dump(note)
ElementTree(note).write("note.xml")
# ElementTree(note).write("note.xml")
def out(self):
dump(self.root)
import sys
from xml.etree.ElementTree import iterparse, dump
author = sys.argv[1]
iparse = iterparse(sys.stdin, ['start', 'end'])
for event, elem in iparse:
if event == 'start' and elem.tag == 'log':
logNode = elem
break
logentries = (elem for event, elem in iparse
if event == 'end' and elem.tag == 'logentry')
for logentry in logentries:
if logentry.find('author').text == author:
dump(logentry)
logNode.remove(logentry)
#http://stackoverflow.com/questions/4499910/how-to-display-a-specific-users-commits-in-svn-log
print(purchaseorder.find('account'))
print(purchaseorder.find('account').get('refnum'))
print(purchaseorder.findall('account')[0].get('refnum'))
print(purchaseorder.find('item/name'))
##print(purchaseorder.find('item/name').text)
## How to use ElementTree([element,] [file])
## 1. From standard XML element, it becomes root element
##print(ElementTree(item).getroot().find('name').text)
print(ElementTree(purchaseorder).getroot().find('name').text)
## 2. From XML file
##print(ElementTree(file='book.xml').getroot().find('item/description').text)
## Create an iterator
for element in purchaseorder.getiterator():
print(element.tag)
## Get pretty look
def indent(elem, level=0):
i = "\n" + level*" "
if len(elem):
if not elem.text or not elem.text.strip():
elem.text = i + " "
for e in elem:
indent(e, level+1)
if not e.tail or not e.tail.strip():
e.tail = i
if level and (not elem.tail or not elem.tail.strip()):
elem.tail = i
return elem
if __name__=="__main__":
dump(indent(purchaseorder))
book.write('book1.xml',"utf-8")