def generate_xmind(self):
# merge sumamry data
with open(self.input_fp) as summary_fh:
summary_data = json.load(summary_fh)
merged_summary_data = self.merge_summary_data(summary_data[DEFAULT_SUMMARY_KEY])
# init xmind obj
output_xmind_obj = xmind.load(self.output_fp)
# create summary sheet
summary_sheet = output_xmind_obj.getPrimarySheet() # get the first sheet
summary_sheet.setTitle(DEFAULT_SUMMARY_KEY) # set its title
summary_sheet.setAttribute(const.ATTR_THEME, DEFAULT_THEME)
root_topic = summary_sheet.getRootTopic() # get the root topic of this sheet
summary_root_key = merged_summary_data.keys()[0]
root_topic.setTitle(summary_root_key) # set its title
self.set_sub_key_element(merged_summary_data[summary_root_key], summary_sheet, root_topic)
# create case sheet
if DEFAULT_SUMMARY_KEY in summary_data:
for case_name in summary_data[DEFAULT_SUMMARY_KEY]:
case_sheet = output_xmind_obj.createSheet()
case_sheet.setTitle(case_name)
case_sheet.setAttribute(const.ATTR_THEME, DEFAULT_THEME)
case_root_topic = case_sheet.getRootTopic()
root_key = summary_data[DEFAULT_SUMMARY_KEY][case_name].keys()[0]
case_root_topic.setTitle(root_key)
self.set_sub_key_element(summary_data[DEFAULT_SUMMARY_KEY][case_name][root_key], case_sheet,
case_root_topic)
output_xmind_obj.addSheet(case_sheet)
else:
print "The summary json file[%s] format is not correct!" % self.input_fp
xmind.save(output_xmind_obj, self.output_fp)
self.append_xmind_style()
def update_xmind():
workbook = xmind.load('demo.xmind')
primary_sheet = workbook.getPrimarySheet()
root_topic = primary_sheet.getRootTopic()
root_topic.addMarker(MarkerId.starRed)
# 1、save all content and save as xmind_update_demo.xmind(recommended)
xmind.save(workbook=workbook, path='xmind_update_demo.xmind')
# 2、only save the content.xml
xmind.save(workbook=workbook,
path='xmind_update_demo1.xmind',
only_content=True)
# 3、only save content.xml、comments.xml、styles.xml
xmind.save(workbook=workbook,
path='xmind_update_demo2.xmind',
except_attachments=True)
# 4、save everything except `Revisions` content to save space(also recommended)
xmind.save(workbook=workbook,
path='xmind_update_demo3.xmind',
except_revisions=True)
# 5、update and overwrite the original file directly.
xmind.save(workbook)
def save_xmind_report(filename, username, results):
if os.path.exists(filename):
os.remove(filename)
workbook = xmind.load(filename)
sheet = workbook.getPrimarySheet()
design_sheet(sheet, username, results)
xmind.save(workbook, path=filename)
def main(md_content, target_file_name, topic_name):
# print('main {0}'.format(md_file))
if '.xmind' not in target_file_name:
target_file_name += '.xmind'
# 如果目标文件存在则删除
target_file_path = os.path.abspath(os.path.join(os.getcwd(), target_file_name))
# print(target_file_path)
if os.path.exists(target_file_path):
print('\033[1;35m目标文件存在且已删除 \033[0m')
os.remove(target_file_path)
# 1、如果指定的XMind文件存在，则加载，否则创建一个新的
workbook = xmind.load(target_file_name)
# 2、获取第一个画布（Sheet），默认新建一个XMind文件时，自动创建一个空白的画布
sheet1 = workbook.getPrimarySheet()
# 3、在画布上生成思维导图
Md2Xmind.handle_content(md_content, sheet1, topic_name)
# 4、保存（如果指定path参数，另存为该文件名）
xmind.save(workbook)
print('\033[1;32m{0} created \033[0m'.format(target_file_name))
def create_xmind(dict_data, file):
try:
file_name = file if '.xlsx' not in file else file.split('.xlsx')[0]
w = xmind.load(file_name + '.xmind')
for i in range(len(dict_data)):
s = w.getPrimarySheet() if i == 0 else w.createSheet()
s.setTitle(dict_data[i][1][0]) # set its title
global r # 初始使用变量，需要在下面的方法中查找，提供全局
r = s.getRootTopic() # get the root topic of this sheet
r.setTitle(dict_data[i][1][0]) # 设置主分支标题，同sheet都相同
# 设置循环标签 不超过26位
topic_list = list(map(chr, range(ord('a'), ord('z') + 1)))
topic_list.pop(17)
topic_list.pop(18)
for item in enumerate(dict_data[i][0]):
preview_ct = 1
for dict_ct in range(len(item[1])):
if dict_ct == 0:
current_topic = item[1][dict_data[i][1][dict_ct + 1]]
key = dict_data[i][1][dict_ct + 1]
topic_name = topic_list[dict_ct]
prev_topic_name = 'r'
preview_ct = sort_liter(preview_ct, current_topic, key,
topic_name, prev_topic_name)
else:
current_topic = item[1][dict_data[i][1][dict_ct + 1]]
key = dict_data[i][1][dict_ct + 1]
topic_name = topic_list[dict_ct]
prev_topic_name = topic_list[dict_ct - 1]
preview_ct = sort_liter(preview_ct, current_topic, key,
topic_name, prev_topic_name)
xmind.save(w, file_name + '.xmind')
except Exception as err:
print(err)
def gen_my_xmind_file():
workbook = xmind.load("my.xmind")
sheet1 = workbook.getPrimarySheet()
time_name = basic_sheet(sheet1, workbook)
# gen_sheet2(sheet1, workbook)
xmind.save(workbook, path='minmap/{}.xmind'.format(time_name))
def draw(self):
if os.path.exists(self.xmind_path):
os.remove(self.xmind_path)
mind_map = xmind.load(self.xmind_path)
sheet = mind_map.getPrimarySheet()
sheet.setTitle(self.title)
self.note.transform(sheet)
xmind.save(mind_map)
def genxmindfile(filename, username, results):
print(f'Generating XMIND8 file for username {username}')
if os.path.exists(filename):
os.remove(filename)
workbook = xmind.load(filename)
sheet = workbook.getPrimarySheet()
design_sheet(sheet, username, results)
xmind.save(workbook, path=filename)
def gen_my_xmind_file():
# load an existing file or create a new workbook if nothing is found
workbook = xmind.load("my.xmind")
# get the first sheet(a new workbook has a blank sheet by default)
sheet1 = workbook.getPrimarySheet()
design_sheet1(sheet1)
# create sheet2
# gen_sheet2(workbook, sheet1)
# now we save as test.xmind
xmind.save(workbook, path='my.xmind')
def json_2_xmind(json_file_path, xmind_name):
workbook = xmind.load(xmind_name)
sheet1 = workbook.getPrimarySheet()
sheet1.setTitle(xmind_name) # 设置画布名称
root_topic1 = sheet1.getRootTopic()
root_topic1.setTitle(xmind_name)
with open(json_file_path) as f:
dict_data = json.load(f)
dfs(dict_data, root_topic1)
xmind.save(workbook, path=xmind_name)
def make(self):
self.read_data()
if os.path.exists(self.save_to):
os.remove(self.save_to)
workbook = xmind.load(self.save_to)
sheet = workbook.getPrimarySheet()
sheet.setTitle(self.title)
root_topic = sheet.getRootTopic()
root_topic.setTitle(self.title)
self.add_sub(root_topic, 0)
xmind.save(workbook, path=self.save_to)
def create(self, user_id: str, title: str) -> bool:
try:
_xmind_workbook, _current_file = self.get_workbook(user_id)
_new_sheet = _xmind_workbook.createSheet()
_new_sheet.setTitle(title)
_xmind_workbook.addSheet(_new_sheet)
xmind.save(_xmind_workbook, self.get_full_file_path(user_id, \
_current_file))
return True
except:
return False
def gen_my_xmind_file():
with open(json_file, 'rt') as f:
jdata = json.loads(f.read(), object_pairs_hook=OrderedDict)
for k1, v1 in jdata.items():
xmind_file = os.path.join(root_path, "{}.xmind".format(k1))
workbook = xmind.load(xmind_file)
sheet1 = workbook.getPrimarySheet()
design_sheet1(sheet1, k1, v1)
xmind.save(workbook)
def gen_my_xmind_file():
workbook = xmind.load("my.xmind")
sheet1 = workbook.getPrimarySheet()
# 对第一个画布进行设计完善，具体参照下一个函数
design_sheet1(sheet1)
# 3、创建第二个画布
gen_sheet2(workbook, sheet1)
# 4、保存（如果指定path参数，另存为该文件名）
xmind.save(workbook, path='test.xmind')
def save(self, name=None):
if not self.is_zen:
xmind.save(self.workbook, name or self.name)
else:
with ZipFile(name or self.name, 'w') as x:
x.writestr(
'content.json',
json.dumps(self.content, ensure_ascii=False, indent=3))
manifest = '{"file-entries":{"content.json":{},"metadata.json":{},"":{}}}'
metadata = '{"creator":{"name":"Vana","version":"10.1.1.202003310622"}}'
x.writestr('manifest.json', manifest)
x.writestr('metadata.json', metadata)
def create(self, user_id: str, title: str) -> bool:
try:
_path, _sheet, _wb, _current_file = self.get_sheet(user_id)
_topic_element = self.get_topic_by_path(_sheet, _path)
_new_topic = TopicElement(ownerWorkbook=_wb)
_new_topic.setTitle(title)
_topic_element.addSubTopic(_new_topic)
xmind.save(_wb, self.get_full_file_path(user_id, \
_current_file.file_name))
return True
except Exception as _ex:
print(_ex)
return False
def gen_my_xmind_file(name, post_form, form_items, file_dic):
file_path = "./" + name + ".xmind"
workbook = xmind.load(file_path)
# get the first sheet(a new workbook has a blank sheet by default)
sheet1 = workbook.getPrimarySheet()
# design_sheet1(sheet1, name, number , address, flow)
write_sheet(sheet1, name, post_form, form_items, file_dic)
try:
xmind.save(workbook, path=file_path)
return True
except Exception:
return False
def delete(self, user_id: str, virtual_index: int) -> bool:
try:
_xmind_workbook, _current_file = self.get_workbook(user_id)
_sheets = [sheet.getTitle() for sheet in _xmind_workbook.getSheets()]
_response_container = ResponseContainer(_sheets)
_sheet_to_use = \
_response_container.get_title_by_index(virtual_index)
_old_index = _sheets.index(_sheet_to_use)
_xmind_workbook.removeSheet(_xmind_workbook.getSheets()[_old_index])
xmind.save(_xmind_workbook, self.get_full_file_path(user_id, \
_current_file))
return True
except:
return False
def get_wiki_page(url):
r = requests.get(url, auth=(wiki_user, wiki_password))
body = r.text
w = xmind.load('test.xmind')
s1 = w.getPrimarySheet()
r1 = s1.getRootTopic()
# r1.setTitle('SRS')
feature = r1.addSubTopic()
feature.setTitle('Some Feature')
Parser(feature, body).html_to_xmind()
xmind.save(w, "test.xmind")
# test_xmind_file("srs")
# parse_html()
# get_wiki_page(test_url)
def delete(self, user_id: str, virtual_index: int) -> bool:
_path_item, _sheet, _wb, _current_file = self.get_sheet(user_id)
_topic_element = self.get_topic_by_path(_sheet, _path_item)
_childs = _topic_element.getFirstChildNodeByTagName(const.TAG_CHILDREN)
# Direct maninupation with DOM -- Begin --
_first_child = _childs.firstChild
if len(_first_child.childNodes) <= virtual_index:
return False
_first_child.removeChild(_first_child.childNodes[virtual_index])
# Direct maninupation with DOM -- End --
xmind.save(_wb, self.get_full_file_path(user_id, \
_current_file.file_name))
return True
def genTree(self):
topicList = []
max = 0
targetPath = './target'
isExists = os.path.exists(targetPath)
if not isExists:
os.mkdir(targetPath)
w = xmind.load(
self.xFileName
) # load an existing file or create a new workbook if nothing is found
s1 = w.getPrimarySheet() # get the first sheet
s1.setTitle(self.mainTitle) # set its title
r1 = s1.getRootTopic() # get the root topic of this sheet
r1.setTitle(mainTitle) # set its title
for key in self.lineDic.keys():
keyLen = len(key)
if (keyLen > max):
max = keyLen
print('max len tags')
print(max)
for i in range(1, max + 1, 2):
if (i == 1):
oneList = [x for x in self.lineDic.keys() if len(x) == i]
for onekey in oneList:
topTopic = r1.addSubTopic()
topTopic.setTitle(self.lineDic[onekey][0])
topTopic.setPlainNotes(self.lineDic[onekey][1])
topicList.append(topTopic)
else:
moreList = [x for x in self.lineDic.keys() if len(x) == i]
for morekey in moreList:
supKey = morekey[0:i - 2]
print('process key------')
#print(str(supKey))
for findr in topicList:
findkey = findr.getTitle().split()[0]
if findkey == supKey:
subTopic = findr.addSubTopic()
subTopic.setTitle(self.lineDic[morekey][0])
subTopic.setPlainNotes(self.lineDic[morekey][1])
topicList.append(subTopic)
break
else:
continue
xmind.save(w, self.xFileName)
print('Process Success-------')
def toc_to_xmind(outfp, pdf_filename):
"""
Convert table of contents of given PDF file to XMind document.
"""
out_str = io.StringIO()
dumppdf.dumpoutline(out_str, pdf_filename, [], set())
# Parse XML
toc_xml = out_str.getvalue()
out_str.close() # no 'with' statement possible
root_elem = etree.fromstring(toc_xml)
# Convert XML to XMind document
xwb = xmind.load(
outfp
) # load an existing file or create a new workbook if nothing is found
# Create XMind workbook
s1 = xwb.getPrimarySheet()
s1.setTitle(os.path.split(pdf_filename)[-1])
root_topic = s1.getRootTopic()
root_topic.setTitle("Contents")
# Transform each XML node into a mindmap node
topic_stack = [root_topic
] # length will always equal depth/level during traversal
prev_level = 0
for node in root_elem.iter(): # depth-first traversal
if 'level' not in node.attrib:
continue # irrelevant node
node_level = int(node.attrib['level'])
# Create topic for this node
topic = TopicElement(ownerWorkbook=xwb)
title = re.sub(r"^[a-zA-Z]'(.*)'$", r'\1', node.attrib['title'])
topic.setTitle(title)
# Add it to the topic tree
level_difference = node_level - prev_level
for _ in range(-level_difference + 1): # negative yields empty list
topic_stack.pop()
topic_stack[-1].addSubTopic(topic)
topic_stack.append(topic)
prev_level = node_level
xmind.save(xwb)
def export_xmind_api(xmind_dic):
for projectName, json_value in xmind_dic.items():
file_name = projectName
unix_time = int(time.time())
new_filename = str(unix_time)
if not os.path.exists(CONFIG.DOWNLOADS_DIR):
os.makedirs(CONFIG.DOWNLOADS_DIR)
file_dir = CONFIG.DOWNLOADS_DIR + "{0}{1}.xmind".format(
file_name, new_filename)
workbook = xmind.load(file_dir)
sheet1 = workbook.getPrimarySheet()
sheet1.setTitle(projectName)
rootTop1 = sheet1.getRootTopic()
rootTop1.setTitle(projectName)
for systemName, json_value in json_value.items():
# system_topic = rootTop1.addSubTopic(topics_type = TOPIC_DETACHED)
system_topic = rootTop1.addSubTopic()
# system_topic.setTopicHyperlink(sheet1.getID())
system_topic.setTitle(systemName)
for moudleName, json_value in json_value.items():
moudle_topic = system_topic.addSubTopic()
moudle_topic.setTitle(moudleName)
for typeName, json_value in json_value.items():
type_topic = moudle_topic.addSubTopic()
type_topic.setTitle(typeName)
for suiteName, json_value in json_value.items():
suite_topic = type_topic.addSubTopic()
suite_topic.setTitle(suiteName)
for sceneType, json_value in json_value.items():
scene_topic = suite_topic.addSubTopic()
scene_topic.setTitle(sceneType)
for testcaseName, json_value in json_value.items():
testcase_topic = scene_topic.addSubTopic()
testcase_topic.setTitle(testcaseName)
for expect, json_value in json_value.items():
expect_topic = testcase_topic.addSubTopic()
expect_topic.setTitle(expect)
for expectResult, json_value in json_value.items(
):
expectResult_topic = expect_topic.addSubTopic(
)
expectResult_topic.setTitle(
expectResult)
xmind.save(workbook)
return file_name + new_filename + '.xmind'
def dict2xmind(dicts, filename, path):
file_path = os.path.join(os.path.abspath(path), filename + ".xmind")
if os.path.exists(file_path):
os.remove(file_path)
workbook = xmind.load(file_path)
sheet = workbook.getPrimarySheet()
sheet.setTitle(dicts['name'])
root_topic = sheet.getRootTopic()
root_topic.setTitle(dicts['name'])
dict_ite(dicts['scene'], root_topic, {})
for next_ in nextRequestName:
if next_ in requestName:
sheet.createRelationship(nextRequestName[next_],
requestName[next_], '')
xmind.save(workbook, file_path)
def create(self, user_id: str, title: str) -> bool:
_user: UserObject = self.create_user_object(user_id)
_file_operations: FileOperations = FileOperations(_user)
try:
_file_operations.create(title)
_, _meta_json = self.read_meta_file(user_id)
_current_file = _meta_json.current_file.file_name
_xmind_workbook = xmind.load(self.get_full_file_path(user_id, \
_current_file))
_sheet = _xmind_workbook.getPrimarySheet()
_sheet.setTitle('NewSheet')
_topic = _sheet.getRootTopic()
_topic.setTitle('NewTopic')
xmind.save(_xmind_workbook, self.get_full_file_path(user_id, \
_current_file))
except Exception as ex:
print(ex)
return False
return True
def parse_html():
path = Path.cwd().joinpath("output")
# Load xmind file to write
w = xmind.load('test.xmind')
s1 = w.createSheet()
r1 = s1.getRootTopic()
r1.setTitle('SRS')
for s in path.iterdir():
path_section = s
# Set a section in map
section = r1.addSubTopic()
section.setTitle(s.name)
for l in path_section.iterdir():
# Set a feature in map
feature = section.addSubTopic()
feature.setTitle(l.stem)
with l.open() as f:
content = f.read()
Parser(feature, content).html_to_xmind()
xmind.save(w, "test.xmind")
def dictToXmind(self, dictslist, filename, startnodemessage, path):
file_str = path + "/" + filename + ".xmind"
# 先删除文件
if os.path.exists(file_str):
os.remove(file_str)
workbook = xmind.load(
file_str
) # load an existing file or create a new workbook if nothing is found
sheet = workbook.getPrimarySheet() # get the first sheet
sheet.setTitle(filename) # set its title
rtopic_sheet = sheet.getRootTopic() # get the root topic of this sheet
#中心
rtopic_sheet.setTitle(startnodemessage) # set its title
if self.dict_ite(dictslist, rtopic_sheet):
xmind.save(workbook, file_str)
pass
return True
else:
return False
def transExcel(self):
outFileName, outFiltr = QtGui.QFileDialog.getSaveFileName(self,self.tr(u"保存Xmind文件"), os.getcwd(), self.tr("Xmind Files (*.xmind )"))
if not outFileName:
return False
sheet,sheetName = self.loadExcel(self.orinFile)
caseList = self.readSheet(sheet)
if not caseList:
return False
workbook = self.generateXmind(caseList,sheetName)
if workbook is not None:
line1 = "转换Excel至Xmind成功:"+"\n"
line2 = "需求名称: " +sheetName + "\n"
line3 = "共%d条用例" %(len(caseList)) + "\n"
line4 = "输出文件地址：" + outFileName + "\n"
self.ui.textBrowser.insertPlainText(line1+line2+line3+line4)
xmind.save(workbook, outFileName)
self.initProgressDialog(1)
self.updateProgressDialog()
else:
return False
def creatXmindFile(data):
module=[]
for item in data:
module.append(item['module'])
module=list(set(module))
print(module)
w = xmind.load("test3.xmind") # load an existing file or create a new workbook if nothing is found
s2=w.createSheet() # create a new sheet
s2.setTitle("框架")
r2=s2.getRootTopic()
r2.setTitle("框架")
for i in range(len(module)):
t=TopicElement()
t.setTitle(module[i])
r2.addSubTopic(t)
w.addSheet(s2) # the second sheet is now added to the workbook
r2_topics=r2.getSubTopics() # to loop on the subTopics
for topic in r2_topics:
topic_name=topic.getTitle()
print (topic_name)
for item in data:
if topic_name == item['module'] :
index=topic.getIndex()
t=TopicElement()
content=item['caseId']+" "+'\n'+item['summary']
t.setTitle(content)
r2_topics[index].addSubTopic(t)
summary=t.getTitle()
for item in data:
if item['summary'] in summary:
t1=TopicElement()
content1=item['name']
t1.setTitle(content1)
t.addSubTopic(t1)
xmind.save(w,"test3.xmind") # and we save
def draw(self):
try:
os.remove(self.res_file)
except FileNotFoundError:
pass
# 创建 sheet
workbook = xmind.load(self.res_file)
sheet = workbook.createSheet()
# 创建根节点
root = self._get_top(
1,
None,
)[0]
sheet.setTitle(root)
rt = sheet.getRootTopic()
rt.setTitle(root)
# 创建子节点
self.ignore_topics = {root}
self._add_child_topic(rt, root, 0)
xmind.save(workbook)
def export_xmind_base(xmind_dic):
for projectName, json_value in xmind_dic.items():
file_name = projectName
unix_time = int(time.time())
new_filename = str(unix_time)
if not os.path.exists(CONFIG.DOWNLOADS_DIR):
os.makedirs(CONFIG.DOWNLOADS_DIR)
file_dir = CONFIG.DOWNLOADS_DIR + "{0}{1}.xmind".format(
file_name, new_filename)
workbook = xmind.load(file_dir)
sheet1 = workbook.getPrimarySheet()
sheet1.setTitle(projectName)
rootTop1 = sheet1.getRootTopic()
rootTop1.setTitle(projectName)
for systemName, json_value in json_value.items():
system_topic = rootTop1.addSubTopic()
system_topic.setTitle(systemName)
for moudleName, json_value in json_value.items():
moudle_topic = system_topic.addSubTopic()
moudle_topic.setTitle(moudleName)
'''模块最后一级'''
Multi_layer_module(json_value, moudle_topic)
xmind.save(workbook)
return file_name + new_filename + '.xmind'
from xmind.core.topic import TopicElement
from xmind.core import workbook,saver
import xmind
myWorkbook = xmind.load("please-always-overwrite-the-output.xmind") # load an existing file or create a new workbook if nothing is found
mainSheet=myWorkbook.getPrimarySheet()
mainSheet.setTitle("first sheet")
rootTopic=mainSheet.getRootTopic()
rootTopic.setTitle("root node")
topics = ["first", "second", "third", "fourth", "fifth"]
for topic in topics:
newTopic = TopicElement() # Initialize topic object
newTopic.setTitle(topic) # Set node text
rootTopic.addSubTopic(newTopic) # Attach the topic to the root topic
myWorkbook.addSheet(mainSheet) # the second sheet is now added to the workbook
xmind.save(myWorkbook,"test.xmind") # and we save
def get_testcase_list(topic):
testcase_list = []
testcase_list_init(topic ,testcase_list)
return testcase_list
get_LSubTopics(w.getSheets()[2].getRootTopic())
print '------------------'
#终点节点的个数
print LSubTopics
print LSubTopics.__len__()
print getParentTopicByID_Dic
print getParentTopicByID_Dic.__len__()
print getTopicByID_Dic
print getTopicByID_Dic.__len__()
print '=============================='
#获取第一条用例的结尾部分
print LSubTopics[0].getTitle()
print LSubTopics[0].addMarker("yes")
#获取第一条用例的用例情况
print get_testcase_list(LSubTopics[0])
print '+++++++++++++++++++++++++++++'
xmind.save(w, "test3.xmind")
def getCommentsByID(issue_id):
comments = ''
for i in connection.getIssue(issue_id).getComments():
comments += "[" + i.authorFullName + "]" + "\n" + i.text + '\n\n'
return comments.encode('utf-8')
def getChild(issue_id, level, t):
# print level, Id
top = TopicElement()
# Split on '->' due to issue title on TRAR project
top.setTitle(connection.getIssue(issue_id).summary.split('->')[-1])
top.addMarker(setImpStatus(issue_id))
top.addMarker(setPriority(issue_id))
top.addMarker(setState(issue_id))
top.setURLHyperlink(server + 'issue/' + issue_id)
comments = getCommentsByID(issue_id)
if len(comments) > 0:
top.setPlainNotes(comments)
t.addSubTopic(top)
for i in getSubtasks(issue_id):
getChild(i.id, level+1, top)
for parent in getSuperParents(issues_list):
getChild(parent, 0, root_primary)
xmind.save(issue_map, category + ".xmind")
print category + '.xmind' + ' created'
items = {}
root_items = []
# Create all the items
for i in tree.iter('item'):
key = i.find('key').text
summary = i.find('summary').text
status = i.find('status').text
description = i.find('description').text
url = i.find('link').text
children = [k.text for k in i.findall("issuelinks/issuelinktype[@id='10000']/inwardlinks/issuelink/issuekey")]
parents = [k.text for k in i.findall("issuelinks/issuelinktype[@id='10000']/outwardlinks/issuelink/issuekey")]
items[key] = {
'summary': summary,
'status': status,
'url': url,
'description': description,
'children': children,
'parents': parents
}
if len(parents) == 0:
root_items.append(key)
# Display the Tree
w = xmind.load('new.xmind')
s1 = w.getPrimarySheet()
s1.setTitle("SPHERES Jira tickets")
r1 = s1.getRootTopic()
r1.setTitle("SPHERES")
for k in root_items:
add_item(items, k, r1)
xmind.save(w, args.destination)
t2=TopicElement()
t2.setTitle("second node")
t2.setURLHyperlink("https://xmind.net") # set an hyperlink
t3=TopicElement()
t3.setTitle("third node")
t3.setPlainNotes("notes for this topic") # set notes (F4 in XMind)
t3.setTitle("topic with \n notes")
t4=TopicElement()
t4.setFileHyperlink("logo.jpeg") # set a file hyperlink
t4.setTitle("topic with a file")
# then the topics must be added to the root element
r2.addSubTopic(t1)
r2.addSubTopic(t2)
r2.addSubTopic(t3)
r2.addSubTopic(t4)
topics=r2.getSubTopics() # to loop on the subTopics
for topic in topics:
topic.addMarker("yes")
w.addSheet(s2) # the second sheet is now added to the workbook
rel=s2.createRelationship(t1.getID(),t2.getID(),"test") # create a relationship
s2.addRelationship(rel) # and add to the sheet
xmind.save(w,"test2.xmind") # and we save
t3 = r2.addSubTopic()
t3.setTitle("third node")
t3.setPlainNotes("notes for this topic")
t3.setTitle("topic with \n notes")
# Create a topic with a file hyperlink
t4 = r2.addSubTopic()
t4.setFileHyperlink("logo.jpeg")
t4.setTitle("topic with a file")
# Create topic that is a subtopic of another topic
t41 = t4.addSubTopic()
t41.setTitle("a subtopic")
# create a detached topic whose (invisible) parent is the root
d1 = r2.addSubTopic(topics_type = TOPIC_DETACHED)
d1.setTitle("detached topic")
d1.setPosition(0,20)
# loop on the (attached) subTopics
topics=r2.getSubTopics()
# Demonstrate creating a marker
for topic in topics:
topic.addMarker(MarkerId.starBlue)
# create a relationship
rel=s2.createRelationship(t1.getID(),t2.getID(),"test")
# and we save
xmind.save(w,"test2.xmind")