def runApp():
while True:
print(
"what you want to do ?\n1.Add Contact\n2.View all Contacts\n3.Edit Contact\n4.Delete Contact\n5.Search Contact\n6.Exit"
)
choice = int(input())
if choice == 1:
name = input("Enter a name : ")
number = input("Enter Contact number : ")
while not isValidPhoneNumber(number):
print("Enter a valid phone number")
number = input("Enter Contact number : ")
add(name, number)
print("contact added successfully")
elif choice == 2:
view()
elif choice == 3:
name = input("Enter a name : ")
edit(name)
elif choice == 4:
name = input("Enter a name : ")
deletee(name)
elif choice == 5:
search()
elif choice == 6:
break
print("\n")
def main():
graphics = graph.init_video()
graphics.screen.fill((32, 0, 64))
pygame.mouse.set_visible(0)
pygame.display.flip()
level = game.load_level()
mygame = game.init_game(level)
graphics.tilemap = level.tilemap
graphics.tilemap_height = level.height
graphics.tilemap_width = level.width
next = "title"
mygame.ingame = 0
while next != "quit":
if next == "menu":
next = menu.main_menu(mygame, level, graphics)
if next == "edit":
next = "menu"
edit.edit(level, graphics)
if next == "play":
next = game.game(mygame, level, graphics)
if next == "title":
mygame.sound_12.play()
next = menu.title_screen(graphics)
if next == "intro":
mygame.sound_12.play()
next = menu.intro(graphics)
if next == "win":
mygame.sound_0.play()
next = menu.win(graphics)
graph.free_video()
def edit(self,widget):
self.treeView.set_model(self.create_model())
model=self.treeView.get_model()
edit.edit(self.fname)
#print 1
update_list.main(self.fname)
self.treeView.set_model(self.create_model())
model=self.treeView.get_model()
'''print 1
for i in model:
for j in i:
print j,
print
print 2
'''
self.graphs(1)
self.graphs(2)
stats.update(self.fname)
stats.treeView.set_model(stats.create_model(self))
try:
viewer.update(self,'')
viewer.treeView.set_model(viewer.create_model(self))
except AttributeError:
pass
def compose_in_editor(two_way_card):
if two_way_card:
print_info('Two-way mode is ON.')
else:
print_info('Two-way mode is OFF.')
print_instruction('Hit Enter to continue in editor mode, or enter one of these options:')
print_instruction('q: Quit.')
print_instruction('t: Toggle two-way card and continue in editor mode.')
print_instruction('m: Continue in normal multi-line mode.')
print_instruction('s: Continue in single-line mode.')
while True:
selection = colored_prompt('[q/t/m/s]: ')
if selection in ['q', 't', 'm', 's', '']:
break
if selection == 'q':
return None, None, None, None
if selection == 't':
two_way_card = not two_way_card
if selection == 'm':
return new_card(two_way_card, single_line_mode=False, editor_mode=False)
if selection == 's':
return new_card(two_way_card, single_line_mode=True, editor_mode=False)
bogus_timestamp = '1991-08-25 20:57:08'
empty_card = Card('', '', 0, bogus_timestamp)
card = edit(empty_card, two_way_card)
return card, two_way_card, False, True
def draw_subgraph(data, subg, DG):
id = ""
labels = labeler(data)
while id != "end":
id = input("id: ")
if id == "break":
break
if id == "end":
continue
if id == "edit":
edit(topic)
subgraphA = []
cur_node = data[int(id)]
subgraphA.extend(bfs(cur_node, data, DG))
subDG = DG.subgraph(subgraphA)
# print str(len(subgraphA)) + " NODES"
pos = nx.spring_layout(subDG)
labelDict = {n: lab for n, lab in labels.items() if n in pos}
nx.draw(subDG, pos, with_labels=True, font_size=12, labels=labelDict)
plt.draw()
plt.show()
def default(self, *args, **kwargs):
'''
This is the main handler for any requests
recieved on this mount point.
'''
if cherrypy.request.method != "GET" and cherrypy.session.get("user",None) is None:
raise cherrypy.HTTPError(401, "Not authorized to %s to this source" %(cherrypy.request.method))
if "action" in kwargs:
action = kwargs['action']
else:
action = "view"
self.parsePath(args)
if cherrypy.request.method == "POST":
action=self._handlePost(args,**kwargs)
if action == "edit":
import edit
cherrypy.request.template = template = edit.edit()
elif action == "upload":
import upload
cherrypy.request.template = template = upload.upload()
elif action == "bare":
if 'id_prefix' in kwargs:
print "id_prefix: "+ kwargs["id_prefix"]
return cherrypy.request.rst.render(settings_overrides={'id_prefix': kwargs['id_prefix']})
return cherrypy.request.rst.render()
else:
action = "view"
import master
cherrypy.request.template = template = master.master()
template.action = action
if cherrypy.request.resourceFileExt != ".rst":
mimetype = mimetypes.guess_type(cherrypy.request.resourceFilePath)
cherrypy.response.headers["Content-Type"] = mimetype[0]
return open(cherrypy.request.resourceFilePath).read()
elif os.path.isfile(cherrypy.request.resourceFilePath):
template.rst = RstDocument(cherrypy.request.resourceFilePath)
else:
raise cherrypy.HTTPError(404)
return self.render()
def menu(card):
contents_changed = True
print_instruction('e: Edit this card.')
print_instruction('d: Delete this card.')
while True:
selection = colored_prompt('[e/d]: ')
if selection in ['e', 'd']:
break
if selection == 'e':
two_way_card = False
return edit(card, two_way_card), contents_changed
elif selection == 'd':
return None, contents_changed
def default(self, *args, **kwargs):
'''
This is the main handler for any requests
recieved on this mount point.
'''
usar = cherrypy.session.get("user", None)
if usar is not None:
print usar.keys()
if cherrypy.request.method != "GET" and usar is None:
# if we've setup a post-recieve hook, check out this first.
if self._triggerurl == cherrypy.request.path_info and cherrypy.request.app.vcs is not None:
# perhaps do some exception handling and put a warning on .app that merge conflict happened?
cherrypy.request.app.vcs.pull()
return ""
else:
# otherwise:
raise cherrypy.HTTPError(401, "Not authorized to %s to this source" % (cherrypy.request.method))
if "action" in kwargs:
action = kwargs['action']
else:
action = "view"
self.parsePath(args)
if cherrypy.request.method == "POST":
action = self._handlePost(args, **kwargs)
if action == "create" and usar is not None and cherrypy.request.resourceFileExt == ".rst":
import create
cherrypy.request.template = template = create.create()
print "Showing create page %s" % (cherrypy.request.path_info)
filename = cherrypy.request.path_info[1:]
title = filename.replace("/", ".")
heading = "=" * len(title)
somerst = ".. _%s:\n\n%s\n%s\n%s\n\nTODOC!\n\n.. contents ::\n :depth: 2\n\n=============\nFirst Section\n=============\n\n" % (
filename, heading, title, heading
)
template.rst = RstDocument()
template.rst.update(somerst)
template.encoded_rst = cgi.escape(template.rst.document)
template.title = "Creating: %s" % (template.rst.gettitle())
template.action = action
cherrypy.response.status = 404
return self.render()
elif action == "edit":
import edit
cherrypy.request.template = template = edit.edit()
elif action == "upload":
import upload
cherrypy.request.template = template = upload.upload()
elif action == "bare":
if 'id_prefix' in kwargs:
print "id_prefix: " + kwargs["id_prefix"]
return cherrypy.request.rst.render(settings_overrides={'id_prefix': kwargs['id_prefix']})
return cherrypy.request.rst.render()
else:
action = "view"
import master
cherrypy.request.template = template = master.master()
cherrypy.request.githublink = self.githubroot
template.action = action
if cherrypy.request.resourceFileExt != ".rst":
mimetype = mimetypes.guess_type(cherrypy.request.resourceFilePath)
cherrypy.response.headers["Content-Type"] = mimetype[0]
return open(cherrypy.request.resourceFilePath).read()
elif os.path.isfile(cherrypy.request.resourceFilePath):
template.rst = RstDocument(cherrypy.request.resourceFilePath)
template.encoded_rst = cgi.escape(template.rst.document)
template.title = template.rst.gettitle()
else:
get_parmas = urllib.quote(cherrypy.request.request_line.split()[1])
creating = get_parmas.find("action%3Dcreate")
print get_parmas
if creating == -1:
redir = get_parmas + "?action=create"
raise cherrypy.HTTPRedirect(redir)
else:
raise cherrypy.HTTPError(404)
return self.render()
def default(self, *args, **kwargs):
'''
This is the main handler for any requests
recieved on this mount point.
'''
usar = cherrypy.session.get("user", None)
if usar is not None:
print usar.keys()
if cherrypy.request.method != "GET" and usar is None:
# if we've setup a post-recieve hook, check out this first.
if self._triggerurl == cherrypy.request.path_info and cherrypy.request.app.vcs is not None:
# perhaps do some exception handling and put a warning on .app that merge conflict happened?
cherrypy.request.app.vcs.pull()
return ""
else:
# otherwise:
raise cherrypy.HTTPError(
401, "Not authorized to %s to this source" %
(cherrypy.request.method))
if "action" in kwargs:
action = kwargs['action']
else:
action = "view"
self.parsePath(args)
if cherrypy.request.method == "POST":
action = self._handlePost(args, **kwargs)
if action == "create" and usar is not None and cherrypy.request.resourceFileExt == ".rst":
import create
cherrypy.request.template = template = create.create()
print "Showing create page %s" % (cherrypy.request.path_info)
filename = cherrypy.request.path_info[1:]
title = filename.replace("/", ".")
heading = "=" * len(title)
somerst = ".. _%s:\n\n%s\n%s\n%s\n\nTODOC!\n\n.. contents ::\n :depth: 2\n\n=============\nFirst Section\n=============\n\n" % (
filename, heading, title, heading)
template.rst = RstDocument()
template.rst.update(somerst)
template.encoded_rst = cgi.escape(template.rst.document)
template.title = "Creating: %s" % (template.rst.gettitle())
template.action = action
cherrypy.response.status = 404
return self.render()
elif action == "edit":
import edit
cherrypy.request.template = template = edit.edit()
elif action == "upload":
import upload
cherrypy.request.template = template = upload.upload()
elif action == "bare":
if 'id_prefix' in kwargs:
print "id_prefix: " + kwargs["id_prefix"]
return cherrypy.request.rst.render(
settings_overrides={'id_prefix': kwargs['id_prefix']})
return cherrypy.request.rst.render()
else:
action = "view"
import master
cherrypy.request.template = template = master.master()
cherrypy.request.githublink = self.githubroot
template.action = action
if cherrypy.request.resourceFileExt != ".rst":
mimetype = mimetypes.guess_type(cherrypy.request.resourceFilePath)
cherrypy.response.headers["Content-Type"] = mimetype[0]
return open(cherrypy.request.resourceFilePath).read()
elif os.path.isfile(cherrypy.request.resourceFilePath):
template.rst = RstDocument(cherrypy.request.resourceFilePath)
template.encoded_rst = cgi.escape(template.rst.document)
template.title = template.rst.gettitle()
else:
get_parmas = urllib.quote(cherrypy.request.request_line.split()[1])
creating = get_parmas.find("action%3Dcreate")
print get_parmas
if creating == -1:
redir = get_parmas + "?action=create"
raise cherrypy.HTTPRedirect(redir)
else:
raise cherrypy.HTTPError(404)
return self.render()
else:
returnDict[x] = 1
print(len(dict))
print([n[0].title for n in dict_sorter(returnDict, rev="reverse")[:5]])
if indict == 0:
topic = input("topic: ")
data = reader(topic)
DG = init(data)
cur = ""
cleanPred(data, DG)
while cur != "end":
if id == "edit":
edit(topic)
cur = input("graph: ")
if cur == "cur":
id = ""
while id != "end":
id = input("id: ")
if id == "end":
continue
if id == "edit":
edit(topic)
draw_current(data, id, DG)
if cur == "sub":
draw_subgraph(data, [], DG)
if cur == "all":
draw_all(data, DG)
def writer(topic, data=0, init_description=""):
from writer import writeToFile, isint
#cleaning function making sure each node is properly linked
def clean(data, curNode):
for n in curNode.future:
if n >= len(data):
continue
pastArray = data[n].past
if n not in pastArray:
data[n].flashback(curNode.id)
for n in curNode.past:
if n >= len(data):
continue
futureArray = data[n].future
if n not in futureArray:
data[n].flashforward(curNode.id)
for n in curNode.related:
if n >= len(data):
continue
relatedArray = data[n].related
if n not in relatedArray:
data[n].relate(curNode.id)
file = "../data/" + topic + ".json"
data = reader(topic)
DG = init(data)
DG = cleanPred(data, DG)
max = len(data)
content = ""
summary = init_description
print(topic + ".write: " + summary)
while content != "end":
content = input("")
if content == "end":
continue
#summary function
if content == "ls":
print(summary)
continue
#enter
if content == "\n":
summary += "\n"
continue
#premature break
if content == "break":
break
#writing the actual content
summary += content + " "
#premature break
if content == "break":
return ""
#connecting the content
#get title
print("Title: ")
title = input("")
if title == "up":
title = summary
print("Type: ")
type = []
t = ""
while t != "end":
t = input("")
if t == "end":
continue
type.append(t)
print("Past: ")
past_temp = ""
back = []
while past_temp != "end":
past_temp = input("")
if past_temp == "end":
continue
if past_temp[:2] == "ls":
ls(past_temp, data)
continue
if past_temp == "search":
se = ""
while se != "end":
se = input("search: ")
if se == "end":
continue
if isint(se):
get(data, DG, id=int(se))
for n in searcher(se, data):
print(str(n.id) + ": " + n.title)
continue
if past_temp == "suc":
for n in mostPopularSuc(data, DG, limit=10):
print(str(n.id) + ": " + n.title)
continue
if past_temp == "pre":
for n in mostPopularPred(data, DG, limit=10):
print(str(n.id) + ": " + n.title)
continue
if past_temp == "cen":
for n in most_degree_centrality(DG, limit=10):
print(str(n[0].id) + ": " + n[0].title)
continue
if past_temp == "project":
get_project(data, DG)
continue
if past_temp == "branch":
branch(data, DG)
continue
if past_temp == "get":
get(data, DG)
continue
if isint(past_temp):
result = int(past_temp)
back.append(result)
else:
print([
str(n.id) + ": " + str(n.title)
for n in searcher(past_temp, data)
])
print(back)
print("Future: ")
future_temp = ""
future = []
while future_temp != "end":
future_temp = input("")
if future_temp == "end":
continue
if future_temp[:2] == "ls":
if future_temp[:2] == "ls":
ls(future_temp, data)
continue
if future_temp == "search":
se = ""
while se != "end":
se = input("search: ")
if se == "end":
continue
if isint(se):
get(data, DG, id=int(se))
for n in searcher(se, data):
print(str(n.id) + ": " + n.title)
continue
if future_temp == "suc":
for n in mostPopularSuc(data, DG, limit=10):
print(str(n.id) + ": " + n.title)
if future_temp == "pre":
for n in mostPopularPred(data, DG, limit=10):
print(str(n.id) + ": " + n.title)
if future_temp == "cen":
for n in most_degree_centrality(DG, limit=10):
print(str(n[0].id) + ": " + n[0].title)
if future_temp == "get":
get(data, DG)
if isint(future_temp):
result = int(future_temp)
future.append(result)
else:
print([
str(n.id) + ": " + str(n.title)
for n in searcher(future_temp, data)
])
print(future)
#simplify things, break things up into if you want to add related
c = ""
related = []
keyword = []
while c != "end":
c = input("")
if c == "end":
continue
if c == "break":
break
#if you want to add related
if c == "related":
print("Related: ")
r_temp = ""
while r_temp != "end":
r_temp = input("")
if r_temp == "end":
continue
if isint(r_temp):
result = int(r_temp)
related.append(result)
else:
print([
str(n.id) + ": " + str(n.title)
for n in searcher(r_temp, data)
])
print(related)
#if you want to add keywords
if c == "keywords":
print("Keywords: ")
k_temp = ""
while k_temp != "end":
k_temp = input("")
if k_temp == "end":
continue
keyword.append(k_temp)
if c == "edit":
data = edit(data)
if c == "break":
return ""
print(title)
print(type)
print(summary)
#CLEANING
current_Node = Node(title, type, summary, keyword, back, future, related,
max)
clean(data, current_Node)
data.append(current_Node)
max += 1
#WRITING BACK TO TXT FILE
writeToFile(file, data)
print()
if (sel == 1):
for id, v in exif.items():
print(TAGS.get(id), ":", v)
if (sel == 2):
print("search word")
search = str(input())
tag_list.tags(search)
print("input id")
num = int(input())
for id, v in exif.items():
if (id == num):
print(TAGS.get(id), ":", v)
if (sel == 3):
print("input edit tag")
tag = str(input())
if tag == 'GPS':
edit.edit_gps(name)
else:
edit.edit(name, tag)
if (sel == 4):
piexif.remove(name)
print("erase completed")
if (sel == 5):
break
continue
#print the new data? useless method because it writes to file everytime
if start == "print":
for i in range(preLen + 1, len(data)):
print(str(data[i].id) + ": " + data[i].title)
print(data)
conf = input("confirm?: ")
if conf == "y" or conf == "yes":
writeToFile(file, data)
else:
continue
if start == "edit":
data = edit(data)
writeToFile(file, data)
DG = reload(data)
#WRITING CONTENT
if start == "write":
writer(topic)
data = reader(topic)
DG = init(data)
DG = cleanPred(data, DG)
if start == "search":
se = ""
while se != "end":
if se == "end":
continue
def interface(init_topic=""):
from mapper import reload
topic = ""
while topic != "end":
#loading topic
if init_topic == "":
topic = input("topic: ")
if topic == "end":
continue
if topic == "ls":
for n in [
n.replace(".json", "") for n in os.listdir("../data/")
if ".json" in n
]:
print(n)
continue
if len(searcher(topic, list(os.listdir("../data/")))) > 0:
print()
for n in [
n.replace(".json", "")
for n in searcher(topic, list(os.listdir("../data/")))
if ".json" in n
]:
print(n)
else:
topic = init_topic
file = "../data/" + topic + ".json"
if topic + ".json" not in set(os.listdir("../data/")):
print("NEW")
conf = input("confirm: ")
#need a confirm option
if conf == "y" or conf == "yes":
with open(file, "w+") as cur_file:
cur_file.write(json.dumps([]))
else:
continue
start = ""
data = reader(topic)
DG = reload(data)
#for the purpose of recording changes to length of dataset
preLen = len(data)
path = ""
walker = 0
SET_OF_COMMANDS = ["end", "print", "edit", "write", "search"]
#actions
while start != "end":
start = input(topic + ": ")
if start == "end":
continue
#print the new data? useless method because it writes to file everytime
if start == "print":
for i in range(preLen + 1, len(data)):
print(str(data[i].id) + ": " + data[i].title)
print(data)
conf = input("confirm?: ")
if conf == "y" or conf == "yes":
writeToFile(file, data)
else:
continue
if start == "edit":
data = edit(data)
writeToFile(file, data)
DG = reload(data)
#WRITING CONTENT
if start == "write":
writer(topic)
data = reader(topic)
DG = reload(data)
if start == "search":
se = ""
while se != "end":
se = input("search: ")
if se == "end":
continue
if isint(se):
get(data, DG, id=int(se))
for n in searcher(se, data):
print(str(n.id) + ": " + n.title)
if isint(start):
get(data, DG, id=int(start))
if start[:2] == "ls":
ls(start, data)
continue
if start == "graph":
draw_all(data, DG)
#summarize data
#degree centrality, pred nodes, suc nodes (page rank)
if start == "summarize":
size = int(len(DG.nodes()) / 10)
print("Size = " + str(size))
centralnodes = [
n[0] for n in most_degree_centrality(DG, limit=size)
]
suc = mostPopularSuc(data, DG, limit=size)
pred = mostPopularPred(data, DG, limit=size)
totalNodes = []
totalNodes.extend(centralnodes)
totalNodes.extend(suc)
totalNodes.extend(pred)
print("Pred Nodes: ")
print()
for n in pred:
print(str(n.id) + ": " + str(n.title))
print()
print("Central Nodes: ")
print()
for n in centralnodes:
print(str(n.id) + ": " + str(n.title))
print()
print("Suc Nodes: ")
print()
for n in suc:
print(str(n.id) + ": " + str(n.title))
p = input("plot? ")
if p == "y" or p == "yes":
subDG = DG.subgraph(totalNodes)
labels = labeler(data)
pos = nx.spring_layout(subDG)
labelDict = {
n: lab
for n, lab in labels.items() if n in pos
}
nx.draw(subDG,
pos,
with_labels=True,
font_size=12,
labels=labelDict)
plt.draw()
plt.show()
if start == "get":
get(data, DG)
if start == "axioms":
leaves = [n for n, d in DG.out_degree() if d == 0]
print(len(leaves))
dprint(leaves)
if start == "cycle":
isCycle(DG)
if start == "project":
get_project(data, DG)
if start == "branch":
branch(data, DG)
if start == "pyvis":
from net_vis import net_vis
net_vis(data)
if start == "load":
from load import file_finder, term_text_editor, pdf_loader, txt_loader
if len(path) > 0:
s = input("LOADED PATH: " + path + "\n")
if s == "new":
path = file_finder()
if ".txt" in path:
t_data = txt_loader(path)
elif ".pdf" in path:
t_data = pdf_loader(path)
else:
print("NO VALID FILE")
term_text_editor(path, from_topic=topic)
data = reader(topic)
DG = reload(data)
else:
walker = term_text_editor(t_data,
init_index=walker,
from_topic=topic)
data = reader(topic)
DG = reload(data)
else:
path = file_finder()
if ".txt" in path:
t_data = txt_loader(path)
elif ".pdf" in path:
t_data = pdf_loader(path)
else:
print("NO VALID FILE")
walker = term_text_editor(t_data, from_topic=topic)
data = reader(topic)
DG = reload(data)
from edit import edit
import xbmcgui
import xbmc
if __name__ == '__main__':
type = xbmc.getInfoLabel("ListItem.Property(type)")
id = xbmc.getInfoLabel("ListItem.Property(streamID)")
if type == "stream":
edit(type, id)
else:
dialog = xbmcgui.Dialog()
ok = dialog.ok('Add', 'There has been an error.\nPlease inform the developer about this.')
def map_data():
return jsonify(edit.edit())
from edit import edit
import xbmcgui
import xbmc
if __name__ == '__main__':
type = xbmc.getInfoLabel("ListItem.Property(type)")
playlist = xbmc.getInfoLabel("ListItem.Property(playlistName)")
if type == "playlist":
edit(type, playlist)
else:
dialog = xbmcgui.Dialog()
ok = dialog.ok('Add', 'There has been an error.\nPlease inform the developer about this.')
def iterate(conn, cursor, iterator, count):
if count == 0:
print_error('No results.')
elif count == 1:
print_info('[1 CARD.]')
else:
print_info('[{} CARDS.]'.format(count))
try:
for card in iterator:
print_instruction('[Ctrl+C to quit.]')
updated_card, contents_changed = review_card(card)
is_two_way_card = card_repository.is_two_way_card(cursor, card)
if is_two_way_card and contents_changed:
flipped_card_too = include_flipped_card()
else:
flipped_card_too = False
if updated_card == None:
card_repository.delete(conn, cursor, card)
if flipped_card_too:
card_repository.delete_flipped_card(conn, cursor, card)
count -= 1
# Not an error, but I feel this should be red.
print_error('DELETED.')
table_is_empty = card_repository.check_if_empty(cursor)
if table_is_empty:
print_info('You have no more cards!')
break
else:
if contents_changed:
while True:
card_repository.insert(conn, cursor, updated_card)
if flipped_card_too:
card_repository.insert_flipped_card(conn, cursor, updated_card)
else:
bump_flipped_card_timestamp(conn, cursor, card)
print_instruction('Create another version based on this same card?')
print_info('Protip: This is how you split one card into several cards.')
while True:
answer = colored_prompt('[y/n]: ')
if answer in ['y', 'n']:
break
if answer == 'n':
break
else:
updated_card = edit(card, flipped_card_too)
card_repository.delete(conn, cursor, card)
if flipped_card_too:
card_repository.delete_flipped_card(conn, cursor, card)
else:
card_repository.insert(conn, cursor, updated_card)
card_repository.delete(conn, cursor, card)
bump_flipped_card_timestamp(conn, cursor, card)
count -= 1
if count > 0:
print_info('[{} MORE:]'.format(count))
except KeyboardInterrupt:
print()
driver.get(URL)
#用户登录
driver.find_element_by_name("username").send_keys("admin")
driver.find_element_by_name("password").clear()
driver.find_element_by_name("password").send_keys("123456")
driver.find_element_by_xpath("//span[contains(.,'Sign in')]").click()
try:
driver.find_element_by_xpath("//span[text()='会议列表']")
print(u"登录成功")
except:
logging.error("登录失败")
#编辑信息
driver.find_element_by_xpath("//span[text()='我的面板']").click()
sleep(1)
edit(driver)
#点击系统设置
while (1):
try:
driver.find_element_by_xpath("//span[text()='系统设置']").click()
break
except:
pass
sleep(1)
organization_del(driver) #清空机构
organization(driver) #创建机构
meeting_room_del(driver, 1) #清空会议室
meeting_room(driver, 0) #创建会议室
meeting_type_del(driver, 1) #清空会议类型