def get_tasks(path):
xmind = XMindDocument.open(path)
map_tasks = get_tasks_from_xdoc(xmind)
response = {}
response['sheets'] = map_tasks
response['file_name'] = os.path.basename(path)
return response
def processXmindFile(filename):
voidPath()
xmindDoc=XMindDocument.open(filename)
s1=xmindDoc.get_first_sheet()
r1=s1.get_root_topic()
values=xmindWalk_getMarkers(r1,[])
markers=ET.parse(targetArchiveDir+"markerSheet.xml").getroot().getchildren()[0]
dico=buildDico(markers)
createArchive(dico,values)
attachXMP(filename,xmindDoc)
def parse_and_print(file_name):
xmind = XMindDocument.open(file_name)
sheet = xmind.get_first_sheet()
print("Sheet title: ", sheet.get_title())
root = sheet.get_root_topic()
print("Root title: ", root.get_title())
print("Root note: ", root.get_note())
for topic in root.get_subtopics():
print("* ", topic.get_title())
print(" label: ", topic.get_label())
print(" link: ", topic.get_link())
print(" markers: ", list(topic.get_markers()))
def parse_and_print(file_name):
xmind = XMindDocument.open(file_name)
sheet = xmind.get_first_sheet()
print "Sheet title: ", sheet.get_title()
root = sheet.get_root_topic()
print "Root title: ", root.get_title()
print "Root note: ", root.get_note()
for topic in root.get_subtopics():
print "* ", topic.get_title()
print " label: ", topic.get_label()
print " link: ", topic.get_link()
print " markers: ", list(topic.get_markers())
def get_total_list(self):
xmind = XMindDocument.open(self.file_dir)
sheet = xmind.get_first_sheet()
root = sheet.get_root_topic()
root_title = root.get_title()
fist_node = root.get_subtopics()
# print 'fist_node',fist_node
fist_node_list = []
sencond_node_list = []
third_node_list = []
total_third_node_list = []
four_node_list = []
total_four_node_list = []
five_node_list = []
total_five_node_list = []
six_node_list = []
total_six_node_list = []
for sencond_node in fist_node:
sencond_node_list.append(sencond_node.get_title())
fist_node_list.append(sencond_node.get_title())
for third_node in sencond_node.get_subtopics():
third_node_list.append(third_node.get_title())
for four_node in third_node.get_subtopics():
four_node_list.append(four_node.get_title())
for five_node in four_node.get_subtopics():
five_node_list.append(five_node.get_title())
for six_node in five_node.get_subtopics():
six_node_list.append(six_node.get_title())
total_six_node_list.append(six_node_list)
six_node_list = []
total_five_node_list.append(five_node_list)
five_node_list = []
total_four_node_list.append(four_node_list)
four_node_list = []
total_third_node_list.append(third_node_list)
third_node_list = []
return fist_node_list, total_third_node_list, total_four_node_list, total_five_node_list, total_six_node_list, root_title
def open_doc(name):
if not os.path.isfile(name):
name = os.path.join("tests", name)
return XMindDocument.open(name)
Manual=True
if(Manual):
Xmindfile=raw_input("name of your xmind file : ")
else :
Xmindfile="article.xmind"
pref_target = re.compile('('
+'\('
+'ref'
+'\)'
+')')
pref_source = re.compile('('
+'___'
+'.*?'
+'\)___)')
xmind = XMindDocument.open(Xmindfile)
first_sheet = xmind.get_first_sheet()
root_topic = first_sheet.get_root_topic()
#style=root_topic.get_style()
#print(style)
markers=(dropDuplicate(xmindWalk_getMarkers(root_topic)))
markers.append("none")
message="Your markers are : "
for i,marker in enumerate(markers):
message+=marker+"("+str(i)+") ; "
print message[0:-2]
if(Manual):
titleId=int(raw_input("choose the index of marker for title (choose none if none ) : "))
textId=int(raw_input("choose the index of marker for full text (choose none if none ) : "))
refsId=int(raw_input("choose the index of marker for references (choose none if none ) : "))
output=raw_input("choose the name of the file that will be created : ")
def updateMarkers(filename):
xmindfile = XMindDocument.open(filename)
xmindfile.embed_markers("livemappingMarkers.xmp")
xmindfile.save(filename)
def getSheet(file):
xmindf = XMindDocument.open(file)
sheet = xmindf.get_first_sheet()
print "画布名称：", sheet.get_title()
return sheet
from __future__ import print_function
from mekk.xmind import XMindDocument
xmind = XMindDocument.open("openEHR-EHR-OBSERVATION.apgar.v1.xmind")
ccd_sheet = xmind.get_first_sheet()
ccd = ccd_sheet.get_root_topic()
print("CCD Title: ", ccd.get_title())
print("CCD Template Id: ", ccd.get_correlation_id())
# here we need to compare the id to know which CCD template is being used.
for top_item in ccd.get_subtopics(): #current level
if top_item.get_title() == 'definition':
for level2item in top_item.get_subtopics(): # next level generator
print("* ", level2item.get_title())
for level3item in level2item.get_subtopics():
print("** ", level3item.get_title())
def process_xmind_file(xmind_file='mmaps.xmind'):
xmind = XMindDocument.open(xmind_file)
for sheet in xmind.get_all_sheets():
print "Sheet title: ", sheet.get_title()
root = sheet.get_root_topic()
root_title = root.get_title()
print "Root title: ", root.get_title()
print "Root note: ", root.get_note()
level = 0
#add year and question title
sheet_id = add_sheet(sheet.get_title(), root_title)
#direct parent, that is the titles
for topic in root.get_subtopics():
topic_name = r'' + topic.get_title()
print "* ", topic.get_title()
visible_in_menu = 1
level = 0
is_ignored = False
is_numbered = False
topic_number = 0
internal_topic_number = 0
#split to find numbering and any ignore flag
topic_name_parts = topic_name.split(TOPIC_DELIMITER)
topic_name_parts_len = len(topic_name_parts)
if topic_name_parts_len == 4:
topic_name = topic_name_parts[3].strip()
is_ignored = True
try:
topic_number = int(topic_name_parts[1])
is_numbered = True
except:
print 'Error parsing number in topic ' + topic_name
is_numbered = False
elif topic_name_parts_len == 3:
topic_name = topic_name_parts[2].strip()
is_ignored = False
try:
topic_number = int(topic_name_parts[1])
is_numbered = True
except:
print 'Error parsing number in topic ' + topic_name
is_numbered = False
else:
is_numbered = False
is_ignored = False
if is_numbered is False:
internal_topic_number += 1
topic_number = internal_topic_number
if is_ignored is True:
visible_in_menu = 0
topic_id = add_topic(sheet_id=sheet_id,
topic_name=topic_name,
topic_parent=None,
is_answer=False,
level=level,
order=topic_number,
visible_menu=visible_in_menu)
#increment order
print 'Number: ' + str(topic_number) + ' -' + str(topic_id)
#children nodes, that's the answers
for topic_1 in topic.get_subtopics():
topic_1_name = topic_1.get_title()
level = 1
topic_1_id = add_topic(sheet_id=sheet_id,
topic_name=topic_1_name,
topic_parent=topic_id,
is_answer=1,
level=level,
order=topic_number,
visible_menu=0)
print 'Answer: ' + str(topic_1_id)
print ''
print '----------------------------'