def run(command, options, args):
"""Run the requested command. args is either a list of descriptions or a list of strings to filter by"""
if command == "backend":
subprocess.call(("sqlite3", db_path))
if command == "add":
dp = pdt.Calendar()
due = mktime(dp.parse(options.due)[0]) if options.due else None
print "added tasks..."
[Task(desc, due).add() for desc in args]
return
filters = args if len(args) else None
rows = Query(filters, options).find()
tasks = [Task(r["desc"], r["due"]) for r in rows]
if command == "list":
for t in tasks:
print "\t *", t
if command == "done":
print "done with..."
finished_tasks = []
for t in tasks:
finished = t.done()
if finished:
finished_tasks.append(t)
if not finished_tasks:
return
print ""
print "finished tasks:"
for t in finished_tasks:
print "\t X", t
if command == "remove":
print "remove..."
removed_tasks = []
for t in tasks:
removed = t.remove()
if removed:
removed_tasks.append(t)
if not removed_tasks:
return
print ""
print "removed tasks:"
for t in removed_tasks:
print "\t RM", t
def printSchedule(printerArgs):
taskifyTuple = lambda x: Task(*x)
taskifyList = lambda x: list(map(taskifyTuple, x))
argAmount = len(printerArgs)
if argAmount >= 1 and printerArgs[0] == 'help':
OutputWriter.printerHelp()
return 0
if argAmount >= 1:
if printerArgs[0] not in ['week', 'weekly']:
request = InputReader.checkAndPrepDateString(printerArgs[0])
if request is None:
OutputWriter.wrongInputMessage(printerArgs[0], '-s')
return 1
else:
request = printerArgs[0]
else:
OutputWriter.printerOptions()
request = InputReader.getPrinterRequest()
if request == 'week':
tasks = list(
map(taskifyList, FileReader.fetchUpComingWeekTaskDictsAndTypes()))
OutputWriter.printUpcomingWeek(tasks)
elif request == 'weekly':
tasks = list(
map(taskifyList, FileReader.fetchWeeklyTaskDictsAndTypes()))
OutputWriter.printWeeklyTasks(tasks)
else:
tasks = taskifyList(FileReader.fetchDateTaskDictsAndTypes(request))
OutputWriter.printRequestedDate(tasks)
return 0
def add_task(self, id, command):
print("[+] Task has been added")
self.logger.info("[+] Task has been added")
self.queue.put(Task(id, command))
## ignore this
'''
def createTask(creatorArgs):
recurrProperArgs = ['recur', 'r', 'recurring']
oneOffProperArgs = ['once', 'o', 'oneoff']
argAmount = len(creatorArgs)
silentMode = False
if argAmount >= 1 and creatorArgs[0] == 'help':
OutputWriter.creatorHelp()
return 0
if argAmount >= 1 and creatorArgs[0] == 's':
silentMode = True
creatorArgs = creatorArgs[1:]
argAmount = argAmount - 1
if argAmount == 0:
isRecurring = InputReader.promptForIsRecurring()
else:
isRecurringCandidate = creatorArgs[0]
if isRecurringCandidate in recurrProperArgs:
isRecurring = True
elif isRecurringCandidate in oneOffProperArgs:
isRecurring = False
else:
OutputWriter.wrongInputMessage(creatorArgs[0], '-c')
return 1
taskDets = creatorArgs[1:]
argsOk, wrongArg = InputReader.verifyAndPrepRecurrArgs(
taskDets) if isRecurring else InputReader.verifyAndPrepOneOffArgs(
taskDets)
if not argsOk:
OutputWriter.wrongInputMessage(wrongArg, '-c')
return 1
else:
taskToAdd = Task(
True,
InputReader.createRecurring(taskDets)) if isRecurring else Task(
False, InputReader.createOneOff(taskDets))
if isRecurring:
if argAmount <= 1 or (silentMode
or InputReader.askToAddRecurr(taskToAdd)):
FileWriter.addRecurring(taskToAdd)
else:
if argAmount <= 1 or (silentMode
or InputReader.askToAddOneOff(taskToAdd)):
FileWriter.addOneOff(taskToAdd)
return 0
def readStorageFile(path):
taskList = []
errors = []
with open(argv[1], 'r') as storage:
reader = csv.DictReader(storage)
if (reader.fieldnames == csvHeader):
for row in reader:
newTask = Task(row["taskDesc"], row["timeList"], row["comments"])
taskList.append(newTask)
else:
errors.append("Incorrect header format in {}".format(path))
return taskList, errors
def processTaskSpec( self, task_spec ):
task = Task.getTaskFromSpec( task_spec )
if task: return task.map( self.global_comm, self.task_comm )
return -1
def deleteOneOffWithName(taskName):
task = Task(False,fetchOneOffTaskWithName(taskName))
deleteNameFromFile(taskName,oneOffTasksFile)
deleteOneOffCron(task)
deleteOneOffDeleter(task)
def deleteRecurrWithName(taskName):
task = Task(True,fetchRecurrTaskWithName(taskName))
deleteNameFromFile(taskName,recurringTasksFile)
deleteRecurrCrons(task)
def __init__(self, name):
Task.__init__(self, name)
def newTask(args, state):
state["tasks"].append(Task(args))
startTask(-1, state)
return False