Task.due() - Code Metrics - Inspection of "make it easy to modify due and future dates" - QTodoTxt/QTodoTxt2 - Measure and Improve Code Quality continuously with Scrutinizer

Completed

Push — qml ( 55213b...077131 )

by Olivier

created 2017-06-03 10:57 UTC

Task.due() A

↳ Parent: Task

Complexity

Conditions

Size

Total Lines

Duplication

Lines	0
Ratio	0 %

Importance

Changes

Metric	Value
cc	2
c	0
b	0
f	0
dl	0
loc	3
rs	10

from datetime import datetime, date, time, MAXYEAR, timedelta
import re
from enum import Enum

from PyQt5 import QtCore

from qtodotxt2.lib.task_htmlizer import TaskHtmlizer


class RecursiveMode(Enum):
    completitionDate = 0  # Original due date mode: Task recurs from original due date
    originalDueDate = 1  # Completion date mode: Task recurs from completion date


class Recursion:
    mode = None
    increment = None
    interval = None

    def __init__(self, arg_mode, arg_increment, arg_interval):
        self.mode = arg_mode
        self.increment = arg_increment
        self.interval = arg_interval


class TaskSorter(object):
    
    @staticmethod
    def projects(tasks):
        def tmp(task):
            prj = task.projects if task.projects else ["zz"]
            return prj, task
        return sorted(tasks, key=tmp)

    @staticmethod
    def contexts(tasks):
        def tmp(task):
            ctx = task.contexts if task.contexts else ["zz"]
            return ctx, task
        return sorted(tasks, key=tmp)

    @staticmethod
    def due(tasks):
        def tmp(task):
            if task.due:
                return task.due, task
            else:
                return datetime(MAXYEAR, 1, 1), task
        return sorted(tasks, key=tmp, reverse=False)

    @staticmethod
    def default(tasks):
        return sorted(tasks, reverse=False)


class Task(QtCore.QObject):
    """
    Represent a task as defined in todo.txt format
    Take a line in todo.txt format as argument
    Arguments are read-only, reparse string to modify them or
    use one the modification methods such as setCompleted()
    """

    modified = QtCore.pyqtSignal(object)

    def __init__(self, text):
        QtCore.QObject.__init__(self)
        self._settings = QtCore.QSettings()
        self._highest_priority = 'A'
        # all other class attributes are defined in _reset method
        # which is called in _parse
        self._parse(text)

    def addCreationCate(self):
        self._removeCreationDate()
        self._addCreationDate()

    def __str__(self):
        return self._text

    def __repr__(self):
        return "Task({})".format(self._text)

    def _removeCreationDate(self):
        match = re.match(r'^(\([A-Z]\)\s)?[0-9]{4}\-[0-9]{2}\-[0-9]{2}\s(.*)', self._text)
        if match:
            if match.group(1):
                self._text = match.group(1) + match.group(2)
            else:
                self._text = match.group(2)

    def addCreationDate(self):
        date_string = date.today().strftime('%Y-%m-%d')
        if re.match(r'^\([A-Z]\)', self._text):
            self._text = '%s %s %s' % (self._text[:3], date_string, self._text[4:])
        else:
            self._text = '%s %s' % (date_string, self._text)

    def _reset(self):
        self.contexts = []
        self.projects = []
        self._priority = ""
        self.is_complete = False
        self.completion_date = None
        self.creation_date = None
        self.is_future = False
        self._threshold = None
        self.threshold_error = ""
        self._text = ''
        self.description = ''
        self._due = None
        self._due_error = ""
        self.keywords = {}
        self.recursion = None

    def _parse(self, line):
        """
        parse a task formated as string in todo.txt format
        """
        self._reset()
        words = line.split(' ')
        if words[0] == "x":
            self.is_complete = True
            words = words[1:]
            # parse next word as a completion date
            # required by todotxt but often not here
            self.completion_date = _parseDate(words[0])
            if self.completion_date:
                words = words[1:]
        elif re.search(r'^\([A-Z]\)$', words[0]):
            self._priority = words[0][1:-1]
            words = words[1:]

        dato = _parseDate(words[0])
        if dato:
            self.creation_date = dato
            words = words[1:]

        self.description = " ".join(words)
        for word in words:
            self._parseWord(word)
        self._text = line

    @QtCore.pyqtProperty('QString', notify=modified)
    def text(self):
        return self._text

    @text.setter
    def text(self, txt):
        self._parse(txt)
        self.modified.emit(self)

    @QtCore.pyqtProperty('QString', notify=modified)
    def html(self):
        return self.toHtml()

    @QtCore.pyqtProperty('QString', notify=modified)
    def priority(self):
        return self._priority
    
    @QtCore.pyqtProperty('QString', notify=modified)
    def priorityHtml(self):
        htmlizer = TaskHtmlizer()
        return htmlizer._htmlizePriority(self.priority)

    def _parseWord(self, word):
        if len(word) > 1:
            if word.startswith('@'):
                self.contexts.append(word[1:])
            elif word.startswith('+'):
                self.projects.append(word[1:])
            elif ":" in word:
                self._parseKeyword(word)

    def _parseKeyword(self, word):
        key, val = word.split(":", 1)
        self.keywords[key] = val
        if word.startswith('due:'):
            self._due = _parseDateTime(word[4:])
            if not self._due:
                print("Error parsing due date '{}'".format(word))
                self._due_error = word[4:]
        elif word.startswith('t:'):
            self._parseFuture(word)
        elif word.startswith('rec:'):
            self._parseRecurrence(word)

    def _parseFuture(self, word):
        self._threshold = _parseDateTime(word[2:])
        if not self._threshold:
            print("Error parsing threshold '{}'".format(word))
            self.threshold_error = word[2:]
        else:
            if self._threshold > datetime.today():
                self.is_future = True

    def _parseRecurrence(self, word):
        # Original due date mode
        if word[4] == '+':
            # Test if chracters have the right format
            if re.match('^[1-9][bdwmy]', word[5:7]):
                self.recursion = Recursion(RecursiveMode.originalDueDate, word[5], word[6])
            else:
                print("Error parsing recurrence '{}'".format(word))
        # Completion mode
        else:
            # Test if chracters have the right format
            if re.match('^[1-9][bdwmy]', word[4:6]):
                self.recursion = Recursion(RecursiveMode.completitionDate, word[4], word[5])
            else:
                print("Error parsing recurrence '{}'".format(word))
    
    @property
    def due(self):
        return self._due

    @due.setter
    def due(self, val):
        if isinstance(val, datetime):
            val = dateString(val)
        self.text = self._replace_date(self._text, val, 'due')

    @property
    def dueString(self):
        return dateString(self._due)

    @property
    def threshold(self):
        return self._threshold

    @threshold.setter
    def threshold(self, val):
        if isinstance(val, datetime):
            val = dateString(val)
        self.text = self._replace_date(self._text, val, 't')

    @staticmethod
    def _replace_date(text, date_text, prefix):
        return re.sub(r'\s' + prefix + r'\:[0-9]{4}\-[0-9]{2}\-[0-9]{2}', ' {}:{}'.format(prefix, date_text), text)


    @property
    def thresholdString(self):
        return dateString(self._threshold)

    @QtCore.pyqtSlot()
    def toggleCompletion(self):
        if self.is_complete:
            self.setPending()
        else:
            self.setCompleted()

    def setCompleted(self):
        """
        Set a task as completed by inserting a x and current date at the begynning of line
        """
        if self.is_complete:
            return
        self.completion_date = date.today()
        date_string = self.completion_date.strftime('%Y-%m-%d')
        self._text = 'x %s %s' % (date_string, self._text)
        self.is_complete = True
        self.modified.emit(self)

    def setPending(self):
        """
        Unset completed flag from task
        """
        if not self.is_complete:
            return
        words = self._text.split(" ")
        d = _parseDate(words[1])
        if d:
            self._text = " ".join(words[2:])
        else:
            self._text = " ".join(words[1:])
        self.is_complete = False
        self.completion_date = None
        self.modified.emit(self)

    def toHtml(self):
        """
        return a task as an html block which is a pretty display of a line in todo.txt format
        """
        htmlizer = TaskHtmlizer()
        return htmlizer.task2html(self)

    def _getLowestPriority(self):
        return self._settings.value("Preferences/lowest_priority", "D")

    @QtCore.pyqtSlot()
    def increasePriority(self):
        lowest_priority = self._getLowestPriority()
        if self.is_complete:
            return
        if not self._priority:
            self._priority = lowest_priority
            self._text = "({}) {}".format(self._priority, self._text)
        elif self._priority != self._highest_priority:
            self._priority = chr(ord(self._priority) - 1)
            self._text = "({}) {}".format(self._priority, self._text[4:])
        self.modified.emit(self)

    @QtCore.pyqtSlot()
    def decreasePriority(self):
        lowest_priority = self._getLowestPriority()
        if self.is_complete:
            return
        if self._priority >= lowest_priority:
            self._priority = ""
            self._text = self._text[4:]
            self._text = self._text.replace("({})".format(self._priority), "", 1)
        elif self._priority:
            oldpriority = self._priority
            self._priority = chr(ord(self._priority) + 1)
            self._text = self._text.replace("({})".format(oldpriority), "({})".format(self._priority), 1)
        self.modified.emit(self)

    def __eq__(self, other):
        return self._text == other.text

    def __lt__(self, other):
        prio1 = self.priority if self.priority else "z"
        prio2 = other.priority if other.priority else "z"
        return (self.is_complete, prio1, self._text) < (other.is_complete, prio2, other.text)


def dateString(dato):
    """
    Return a datetime as a nicely formatted string
    """
    if dato.time() == time.min:
        return dato.strftime('%Y-%m-%d')
    else:
        return dato.strftime('%Y-%m-%d %H:%M')


def _incrWorkDays(startDate, daysToIncrement):
    while daysToIncrement > 0:
        if startDate.weekday() == 4:  # Friday
            startDate = startDate + timedelta(days=3)
        elif startDate.weekday() == 5:  # Saturday
            startDate = startDate + timedelta(days=2)
        else:
            startDate = startDate + timedelta(days=1)
        daysToIncrement -= 1
    return startDate


def recurTask(task):
    """
    Create the next task from a recurring task
    """
    if task.recursion.interval == 'd':
        if task.recursion.mode == RecursiveMode.originalDueDate:
            next_due_date = task.due + timedelta(days=int(task.recursion.increment))
        else:
            next_due_date = date.today() + timedelta(days=int(task.recursion.increment))
    elif task.recursion.interval == 'b':
        if task.recursion.mode == RecursiveMode.originalDueDate:
            next_due_date = _incrWorkDays(task.due, int(task.recursion.increment))
        else:
            next_due_date = _incrWorkDays(date.today(), int(task.recursion.increment))
    elif task.recursion.interval == 'w':
        if task.recursion.mode == RecursiveMode.originalDueDate:
            next_due_date = task.due + timedelta(weeks=int(task.recursion.increment))
        else:
            next_due_date = date.today() + timedelta(weeks=int(task.recursion.increment))
    elif task.recursion.interval == 'm':
        if task.recursion.mode == RecursiveMode.originalDueDate:
            next_due_date = task.due + timedelta(weeks=int(task.recursion.increment) * 4)  # 4 weeks in a month
        else:
            next_due_date = date.today() + timedelta(weeks=int(task.recursion.increment) * 4)  # 4 weeks in a month
    elif task.recursion.interval == 'y':
        if task.recursion.mode == RecursiveMode.originalDueDate:
            next_due_date = task.due + timedelta(weeks=int(task.recursion.increment) * 52)  # 52 weeks in a year
        else:
            next_due_date = date.today() + timedelta(weeks=int(task.recursion.increment) * 52)  # 52 weeks in a year
    else:
        # Test already made during line parsing - shouldn't be a problem here
        pass
    # Set new due date in old task text
    text = re.sub(r'\sdue\:[0-9]{4}\-[0-9]{2}\-[0-9]{2}', ' due:' + dateString(next_due_date)[0:10], task.text)
    return Task(text)


def _parseDate(string):
    try:
        return datetime.strptime(string, '%Y-%m-%d').date()
    except ValueError:
        return None


def _parseDateTime(string):
    try:
        return datetime.strptime(string, '%Y-%m-%d')
    except ValueError:
        try:
            return datetime.strptime(string, '%Y-%m-%dT%H:%M')
        except ValueError:
            return None




1			from datetime import datetime, date, time, MAXYEAR, timedelta
2			import re
3			from enum import Enum
4
5			from PyQt5 import QtCore
6
7			from qtodotxt2.lib.task_htmlizer import TaskHtmlizer
8
9
10			class RecursiveMode(Enum):
11			completitionDate = 0 # Original due date mode: Task recurs from original due date
12			originalDueDate = 1 # Completion date mode: Task recurs from completion date
13
14
15			class Recursion:
16			mode = None
17			increment = None
18			interval = None
19
20			def __init__(self, arg_mode, arg_increment, arg_interval):
21			self.mode = arg_mode
22			self.increment = arg_increment
23			self.interval = arg_interval
24
25
26			class TaskSorter(object):
27
28			@staticmethod
29			def projects(tasks):
30			def tmp(task):
31			prj = task.projects if task.projects else ["zz"]
32			return prj, task
33			return sorted(tasks, key=tmp)
34
35			@staticmethod
36			def contexts(tasks):
37			def tmp(task):
38			ctx = task.contexts if task.contexts else ["zz"]
39			return ctx, task
40			return sorted(tasks, key=tmp)
41
42			@staticmethod
43			def due(tasks):
44			def tmp(task):
45			if task.due:
46			return task.due, task
47			else:
48			return datetime(MAXYEAR, 1, 1), task
49			return sorted(tasks, key=tmp, reverse=False)
50
51			@staticmethod
52			def default(tasks):
53			return sorted(tasks, reverse=False)
54
55
56			class Task(QtCore.QObject):
57			"""
58			Represent a task as defined in todo.txt format
59			Take a line in todo.txt format as argument
60			Arguments are read-only, reparse string to modify them or
61			use one the modification methods such as setCompleted()
62			"""
63
64			modified = QtCore.pyqtSignal(object)
65
66			def __init__(self, text):
67			QtCore.QObject.__init__(self)
68			self._settings = QtCore.QSettings()
69			self._highest_priority = 'A'
70			# all other class attributes are defined in _reset method
71			# which is called in _parse
72			self._parse(text)
73
74			def addCreationCate(self):
75			self._removeCreationDate()
76			self._addCreationDate()
77
78			def __str__(self):
79			return self._text
80
81			def __repr__(self):
82			return "Task({})".format(self._text)
83
84			def _removeCreationDate(self):
85			match = re.match(r'^(\([A-Z]\)\s)?[0-9]{4}\-[0-9]{2}\-[0-9]{2}\s(.*)', self._text)
86			if match:
87			if match.group(1):
88			self._text = match.group(1) + match.group(2)
89			else:
90			self._text = match.group(2)
91
92			def addCreationDate(self):
93			date_string = date.today().strftime('%Y-%m-%d')
94			if re.match(r'^\([A-Z]\)', self._text):
95			self._text = '%s %s %s' % (self._text[:3], date_string, self._text[4:])
96			else:
97			self._text = '%s %s' % (date_string, self._text)
98
99			def _reset(self):
100			self.contexts = []
101			self.projects = []
102			self._priority = ""
103			self.is_complete = False
104			self.completion_date = None
105			self.creation_date = None
106			self.is_future = False
107			self._threshold = None
108			self.threshold_error = ""
109			self._text = ''
110			self.description = ''
111			self._due = None
112			self._due_error = ""
113			self.keywords = {}
114			self.recursion = None
115
116			def _parse(self, line):
117			"""
118			parse a task formated as string in todo.txt format
119			"""
120			self._reset()
121			words = line.split(' ')
122			if words[0] == "x":
123			self.is_complete = True
124			words = words[1:]
125			# parse next word as a completion date
126			# required by todotxt but often not here
127			self.completion_date = _parseDate(words[0])
128			if self.completion_date:
129			words = words[1:]
130			elif re.search(r'^\([A-Z]\)$', words[0]):
131			self._priority = words[0][1:-1]
132			words = words[1:]
133
134			dato = _parseDate(words[0])
135			if dato:
136			self.creation_date = dato
137			words = words[1:]
138
139			self.description = " ".join(words)
140			for word in words:
141			self._parseWord(word)
142			self._text = line
143
144			@QtCore.pyqtProperty('QString', notify=modified)
145			def text(self):
146			return self._text
147
148			@text.setter
149			def text(self, txt):
150			self._parse(txt)
151			self.modified.emit(self)
152
153			@QtCore.pyqtProperty('QString', notify=modified)
154			def html(self):
155			return self.toHtml()
156
157			@QtCore.pyqtProperty('QString', notify=modified)
158			def priority(self):
159			return self._priority
160
161			@QtCore.pyqtProperty('QString', notify=modified)
162			def priorityHtml(self):
163			htmlizer = TaskHtmlizer()
164			return htmlizer._htmlizePriority(self.priority)
165
166			def _parseWord(self, word):
167			if len(word) > 1:
168			if word.startswith('@'):
169			self.contexts.append(word[1:])
170			elif word.startswith('+'):
171			self.projects.append(word[1:])
172			elif ":" in word:
173			self._parseKeyword(word)
174
175			def _parseKeyword(self, word):
176			key, val = word.split(":", 1)
177			self.keywords[key] = val
178			if word.startswith('due:'):
179			self._due = _parseDateTime(word[4:])
180			if not self._due:
181			print("Error parsing due date '{}'".format(word))
182			self._due_error = word[4:]
183			elif word.startswith('t:'):
184			self._parseFuture(word)
185			elif word.startswith('rec:'):
186			self._parseRecurrence(word)
187
188			def _parseFuture(self, word):
189			self._threshold = _parseDateTime(word[2:])
190			if not self._threshold:
191			print("Error parsing threshold '{}'".format(word))
192			self.threshold_error = word[2:]
193			else:
194			if self._threshold > datetime.today():
195			self.is_future = True
196
197			def _parseRecurrence(self, word):
198			# Original due date mode
199			if word[4] == '+':
200			# Test if chracters have the right format
201			if re.match('^[1-9][bdwmy]', word[5:7]):
202			self.recursion = Recursion(RecursiveMode.originalDueDate, word[5], word[6])
203			else:
204			print("Error parsing recurrence '{}'".format(word))
205			# Completion mode
206			else:
207			# Test if chracters have the right format
208			if re.match('^[1-9][bdwmy]', word[4:6]):
209			self.recursion = Recursion(RecursiveMode.completitionDate, word[4], word[5])
210			else:
211			print("Error parsing recurrence '{}'".format(word))
212
213			@property
214			def due(self):
215			return self._due
216
217			@due.setter
218			def due(self, val):
219			if isinstance(val, datetime):
220			val = dateString(val)
221			self.text = self._replace_date(self._text, val, 'due')
222
223			@property
224			def dueString(self):
225			return dateString(self._due)
226
227			@property
228			def threshold(self):
229			return self._threshold
230
231			@threshold.setter
232			def threshold(self, val):
233			if isinstance(val, datetime):
234			val = dateString(val)
235			self.text = self._replace_date(self._text, val, 't')
236
237			@staticmethod
238			def _replace_date(text, date_text, prefix):
239			return re.sub(r'\s' + prefix + r'\:[0-9]{4}\-[0-9]{2}\-[0-9]{2}', ' {}:{}'.format(prefix, date_text), text)
240
241
242			@property
243			def thresholdString(self):
244			return dateString(self._threshold)
245
246			@QtCore.pyqtSlot()
247			def toggleCompletion(self):
248			if self.is_complete:
249			self.setPending()
250			else:
251			self.setCompleted()
252
253			def setCompleted(self):
254			"""
255			Set a task as completed by inserting a x and current date at the begynning of line
256			"""
257			if self.is_complete:
258			return
259			self.completion_date = date.today()
260			date_string = self.completion_date.strftime('%Y-%m-%d')
261			self._text = 'x %s %s' % (date_string, self._text)
262			self.is_complete = True
263			self.modified.emit(self)
264
265			def setPending(self):
266			"""
267			Unset completed flag from task
268			"""
269			if not self.is_complete:
270			return
271			words = self._text.split(" ")
272			d = _parseDate(words[1])
273			if d:
274			self._text = " ".join(words[2:])
275			else:
276			self._text = " ".join(words[1:])
277			self.is_complete = False
278			self.completion_date = None
279			self.modified.emit(self)
280
281			def toHtml(self):
282			"""
283			return a task as an html block which is a pretty display of a line in todo.txt format
284			"""
285			htmlizer = TaskHtmlizer()
286			return htmlizer.task2html(self)
287
288			def _getLowestPriority(self):
289			return self._settings.value("Preferences/lowest_priority", "D")
290
291			@QtCore.pyqtSlot()
292			def increasePriority(self):
293			lowest_priority = self._getLowestPriority()
294			if self.is_complete:
295			return
296			if not self._priority:
297			self._priority = lowest_priority
298			self._text = "({}) {}".format(self._priority, self._text)
299			elif self._priority != self._highest_priority:
300			self._priority = chr(ord(self._priority) - 1)
301			self._text = "({}) {}".format(self._priority, self._text[4:])
302			self.modified.emit(self)
303
304			@QtCore.pyqtSlot()
305			def decreasePriority(self):
306			lowest_priority = self._getLowestPriority()
307			if self.is_complete:
308			return
309			if self._priority >= lowest_priority:
310			self._priority = ""
311			self._text = self._text[4:]
312			self._text = self._text.replace("({})".format(self._priority), "", 1)
313			elif self._priority:
314			oldpriority = self._priority
315			self._priority = chr(ord(self._priority) + 1)
316			self._text = self._text.replace("({})".format(oldpriority), "({})".format(self._priority), 1)
317			self.modified.emit(self)
318
319			def __eq__(self, other):
320			return self._text == other.text
321
322			def __lt__(self, other):
323			prio1 = self.priority if self.priority else "z"
324			prio2 = other.priority if other.priority else "z"
325			return (self.is_complete, prio1, self._text) < (other.is_complete, prio2, other.text)
326
327
328			def dateString(dato):
329			"""
330			Return a datetime as a nicely formatted string
331			"""
332			if dato.time() == time.min:
333			return dato.strftime('%Y-%m-%d')
334			else:
335			return dato.strftime('%Y-%m-%d %H:%M')
336
337
338			def _incrWorkDays(startDate, daysToIncrement):
339			while daysToIncrement > 0:
340			if startDate.weekday() == 4: # Friday
341			startDate = startDate + timedelta(days=3)
342			elif startDate.weekday() == 5: # Saturday
343			startDate = startDate + timedelta(days=2)
344			else:
345			startDate = startDate + timedelta(days=1)
346			daysToIncrement -= 1
347			return startDate
348
349
350			def recurTask(task):
351			"""
352			Create the next task from a recurring task
353			"""
354			if task.recursion.interval == 'd':
355			if task.recursion.mode == RecursiveMode.originalDueDate:
356			next_due_date = task.due + timedelta(days=int(task.recursion.increment))
357			else:
358			next_due_date = date.today() + timedelta(days=int(task.recursion.increment))
359			elif task.recursion.interval == 'b':
360			if task.recursion.mode == RecursiveMode.originalDueDate:
361			next_due_date = _incrWorkDays(task.due, int(task.recursion.increment))
362			else:
363			next_due_date = _incrWorkDays(date.today(), int(task.recursion.increment))
364			elif task.recursion.interval == 'w':
365			if task.recursion.mode == RecursiveMode.originalDueDate:
366			next_due_date = task.due + timedelta(weeks=int(task.recursion.increment))
367			else:
368			next_due_date = date.today() + timedelta(weeks=int(task.recursion.increment))
369			elif task.recursion.interval == 'm':
370			if task.recursion.mode == RecursiveMode.originalDueDate:
371			next_due_date = task.due + timedelta(weeks=int(task.recursion.increment) * 4) # 4 weeks in a month
372			else:
373			next_due_date = date.today() + timedelta(weeks=int(task.recursion.increment) * 4) # 4 weeks in a month
374			elif task.recursion.interval == 'y':
375			if task.recursion.mode == RecursiveMode.originalDueDate:
376			next_due_date = task.due + timedelta(weeks=int(task.recursion.increment) * 52) # 52 weeks in a year
377			else:
378			next_due_date = date.today() + timedelta(weeks=int(task.recursion.increment) * 52) # 52 weeks in a year
379			else:
380			# Test already made during line parsing - shouldn't be a problem here
381			pass
382			# Set new due date in old task text
383			text = re.sub(r'\sdue\:[0-9]{4}\-[0-9]{2}\-[0-9]{2}', ' due:' + dateString(next_due_date)[0:10], task.text)
384			return Task(text)
385
386
387			def _parseDate(string):
388			try:
389			return datetime.strptime(string, '%Y-%m-%d').date()
390			except ValueError:
391			return None
392
393
394			def _parseDateTime(string):
395			try:
396			return datetime.strptime(string, '%Y-%m-%d')
397			except ValueError:
398			try:
399			return datetime.strptime(string, '%Y-%m-%dT%H:%M')
400			except ValueError:
401			return None
402
403
404

QTodoTxt / QTodoTxt2

Push — qml ( 55213b...077131 )

Task.due() A

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