def __init__(self, **kwargs):
fab = kwargs.pop('fab', getFab())
self.fab = fab
self.cachedTasks = {}
pass
# -*- coding: utf-8 -*-
from datetime import datetime
from fab import getFab
from prettyprint import pp
from user import getUsers, CacheUsers, UserInfo
fab = getFab()
#TODO search by deadline, kickoffs
def reportStatus(taskTrans, status, ui):
r4vByAuthors = {}
for tid in taskTrans:
trans = taskTrans[tid]
for t in filter(
lambda x: x['transactionType'] == 'status' and x['newValue'] ==
status, trans):
author = ui.phid2realname(t['authorPHID'])
if author not in r4vByAuthors:
r4vByAuthors[author] = set()
r4vByAuthors[author].add(tid)
print status + ':'
for a in r4vByAuthors:
print a, len(r4vByAuthors[a])
searchCriterias = [{
'desc':
'5月31号以后所有任务',
'args':
dict(
constraints={
u"周六",
u"周日",
]
lastWorkday = getLastWorkday(lastValidDay)
updateAfter = datetime(
lastWorkday.year,
lastWorkday.month,
lastWorkday.day,
9,
00)
tsp = int(mktime(updateAfter.timetuple()))
fab = getFab()
users = getUsers(fab)
tf = TaskInfoFactory(fab = fab)
resp = fab.maniphest.search(queryKey = None,
constraints = {'modifiedStart': tsp}).response
tasks = resp['data']
filters = [
(partial(isCreateAfter, updateAfter), u"新建的项目"),
(None, u"待验证的项目"),
(None, u""),
(None, u""),
(None, u""),
(None, u""),
def __init__(self, taskInfo, **kwargs):
self.fab = kwargs.pop('fab', getFab())
self.phid = kwargs.pop('phid')
import pygraphviz
import networkx as nx
from networkx.drawing.nx_agraph import write_dot, to_agraph
from functools import partial
from fab import getFab
from diagnosis.printers import Banner
from diagnosis.debugTools import runcmd
from prettyprint import pp as ppr
from user import getUsers, CacheUsers, UserInfo
from datetime import datetime
from uuid import uuid4
from task import TaskInfoFactory
from dottable import Table, Row
import settings
tf = TaskInfoFactory(fab=getFab())
def enumerateDepeneds(taskInfo, fab, visitedPhids, callback=None):
if taskInfo['phid'] in visitedPhids:
return
visitedPhids.add(taskInfo['phid'])
dependPhids = taskInfo['dependsOnTaskPHIDs']
if len(dependPhids) == 0:
addTaskNode(g, taskInfo)
return
deppends = tf.precedings(int(taskInfo['id']))
for deppend in deppends:
if None != callback:
callback(taskInfo, deppend)
enumerateDepeneds(deppend, fab, visitedPhids, callback)
def __init__(self, **kwargs):
fab = kwargs.pop('fab', getFab())
self.fab = fab
def __init__(self, fab = None):
if fab == None:
fab = getFab()
self.fab = fab
def __init__(self, **kwargs):
fab = kwargs.pop('fab', getFab())
self.fab = fab
#-*- coding: utf-8 -*- from task import TaskInfoFactory from fab import getAllTasks, getFab tasks = getAllTasks(getFab()) print ','.join(map(lambda x: x['id'], tasks))
def __init__(self, **kwargs):
fab = kwargs.pop('fab', getFab())
self.fab = fab
self.cachedTasks = {}
pass
def __init__(self, taskInfo, **kwargs):
self.fab = kwargs.pop('fab', getFab())
self.phid = kwargs.pop('phid')
