def init_last_date(item):
'''
return first & last date
'''
first = None
last = item[-1][-1]
if last is not None:
last = cvt_d(last, d_format='%Y-%m-%d').strftime('%m/%d/%Y')
for i in item[2:-1]:
first = i[-1]
if first is not None:
first = cvt_d(first, d_format='%Y-%m-%d').strftime('%m/%d/%Y')
break
return [first, last]
def Dict_Cards_import(file_name, d_format):
def f(key, value):
a = cvt_d(key, d_format)
tmp = Leankit_Cards(value, a)
return tmp
dump = import_data(file_name)
dic = {cvt_d(key, d_format): Leankit_Cards(value)
for key, value in dump.items()}
return dic
def f(value):
tmp = list()
for item in value:
a = [item.title,
cvt_d(item.createdOn),
item.lane['title'],
assigned(item),
blocked(item),
# cvt_d(item.movedOn),
item.plannedFinish]
tmp.append(a)
return tmp
def created_on(card):
return str(cvt_d(card.createdOn).date())
def date_f(file):
data = file.replace(start, '')
data = data.replace(end, '')
return cvt_d(data, d_format)
def f(key, value):
a = cvt_d(key, d_format)
tmp = Leankit_Cards(value, a)
return tmp
def Dict_Cards_export(dic, file_name, d_format):
dump = {cvt_d(key, d_format): value.json
for key, value in dic.items()}
with open(file_name, 'w') as out:
json.dump(dump, out)