def update_todo_timestamp(self, isdone=True):
""" return true if need to push to next tag """
datetype = "CLOSED"
if not isdone:
return self.insert_timestamp_header(datetype, remove=True)
info, _ = self.get_timestamp_header()
try:
# add time to scheduled
datetype2 = 'SCHEDULED'
scheduled = get_orgdate(info.get(datetype2))
repeater = scheduled.repeater
assert repeater
currdate = date.today() if repeater[0] == '.' else scheduled
newdate = get_orgdate(
'<%s Abc %s>' %
(self._modify_time(currdate, repeater[1:]), repeater))
newdate.printall = True
self.insert_timestamp_header(datetype2, usetime=newdate)
return True
except Exception as e:
print(e)
return self.insert_timestamp_header(datetype, usetime=False)
def test_get_orgdate_parsing_with_invalid_dates(self): u""" Something like <2011-14-29 Mon> (invalid dates, they don't exist) should not be parsed """ datestr = u"<2011-14-30 Tue>" self.assertEqual(get_orgdate(datestr), None) datestr = u"<2012-03-40 Tue>" self.assertEqual(get_orgdate(datestr), None) datestr = u"<2012-03-40 Tue 24:70>" self.assertEqual(get_orgdate(datestr), None)
def test_get_orgdate_parsing_with_invalid_dates(self):
u"""
Something like <2011-14-29 Mon> (invalid dates, they don't exist)
should not be parsed
"""
datestr = u"<2011-14-30 Tue>"
self.assertEqual(get_orgdate(datestr), None)
datestr = u"<2012-03-40 Tue>"
self.assertEqual(get_orgdate(datestr), None)
datestr = u"<2012-03-40 Tue 24:70>"
self.assertEqual(get_orgdate(datestr), None)
def test_get_orgdate_parsing_with_list_of_texts(self): u""" get_orgdate should return the first date in the list. """ datelist = [u"<2011-08-29 Mon>"] result = get_orgdate(datelist) self.assertNotEquals(result, None) self.assertTrue(isinstance(result, OrgDate)) self.assertEqual(result.year, 2011) self.assertEqual(result.month, 8) self.assertEqual(result.day, 29) datelist = [u"<2011-08-29 Mon>", u"<2012-03-30 Fri>"] result = get_orgdate(datelist) self.assertNotEquals(result, None) self.assertTrue(isinstance(result, OrgDate)) self.assertEqual(result.year, 2011) self.assertEqual(result.month, 8) self.assertEqual(result.day, 29) datelist = [u"some <2011-08-29 Mon>text", u"<2012-03-30 Fri> is here"] result = get_orgdate(datelist) self.assertNotEquals(result, None) self.assertTrue(isinstance(result, OrgDate)) self.assertEqual(result.year, 2011) self.assertEqual(result.month, 8) self.assertEqual(result.day, 29) datelist = [u"here is no date", u"some <2011-08-29 Mon>text", u"<2012-03-30 Fri> is here"] result = get_orgdate(datelist) self.assertNotEquals(result, None) self.assertTrue(isinstance(result, OrgDate)) self.assertEqual(result.year, 2011) self.assertEqual(result.month, 8) self.assertEqual(result.day, 29) datelist = [u"here is no date", u"some <2011-08-29 Mon 20:10> text", u"<2012-03-30 Fri> is here"] result = get_orgdate(datelist) self.assertNotEquals(result, None) self.assertTrue(isinstance(result, OrgDateTime)) self.assertEqual(result.year, 2011) self.assertEqual(result.month, 8) self.assertEqual(result.day, 29) self.assertEqual(result.hour, 20) self.assertEqual(result.minute, 10)
def test_get_orgdate_parsing_with_list_of_texts(self):
u"""
get_orgdate should return the first date in the list.
"""
datelist = [u"<2011-08-29 Mon>"]
result = get_orgdate(datelist)
self.assertNotEquals(result, None)
self.assertTrue(isinstance(result, OrgDate))
self.assertEqual(result.year, 2011)
self.assertEqual(result.month, 8)
self.assertEqual(result.day, 29)
datelist = [u"<2011-08-29 Mon>", u"<2012-03-30 Fri>"]
result = get_orgdate(datelist)
self.assertNotEquals(result, None)
self.assertTrue(isinstance(result, OrgDate))
self.assertEqual(result.year, 2011)
self.assertEqual(result.month, 8)
self.assertEqual(result.day, 29)
datelist = [u"some <2011-08-29 Mon>text", u"<2012-03-30 Fri> is here"]
result = get_orgdate(datelist)
self.assertNotEquals(result, None)
self.assertTrue(isinstance(result, OrgDate))
self.assertEqual(result.year, 2011)
self.assertEqual(result.month, 8)
self.assertEqual(result.day, 29)
datelist = [
u"here is no date", u"some <2011-08-29 Mon>text",
u"<2012-03-30 Fri> is here"
]
result = get_orgdate(datelist)
self.assertNotEquals(result, None)
self.assertTrue(isinstance(result, OrgDate))
self.assertEqual(result.year, 2011)
self.assertEqual(result.month, 8)
self.assertEqual(result.day, 29)
datelist = [
u"here is no date", u"some <2011-08-29 Mon 20:10> text",
u"<2012-03-30 Fri> is here"
]
result = get_orgdate(datelist)
self.assertNotEquals(result, None)
self.assertTrue(isinstance(result, OrgDateTime))
self.assertEqual(result.year, 2011)
self.assertEqual(result.month, 8)
self.assertEqual(result.day, 29)
self.assertEqual(result.hour, 20)
self.assertEqual(result.minute, 10)
def test_get_orgdatetime_parsing_active(self): u""" get_orgdate should recognize all orgdatetimes in a given text """ result = get_orgdate(u"<2011-09-12 Mon 10:20>") self.assertNotEqual(result, None) self.assertTrue(isinstance(result, OrgDateTime)) self.assertEqual(result.year, 2011) self.assertEqual(result.month, 9) self.assertEqual(result.day, 12) self.assertEqual(result.hour, 10) self.assertEqual(result.minute, 20) self.assertTrue(result.active) result = get_orgdate(u"some datetime <2011-09-12 Mon 10:20> stuff") self.assertTrue(isinstance(result, OrgDateTime))
def test_get_orgdatetime_parsing_passive(self):
u"""
get_orgdate should recognize all orgdatetimes in a given text
"""
result = get_orgdate(u"[2011-09-12 Mon 10:20]")
self.assertNotEqual(result, None)
self.assertTrue(isinstance(result, OrgDateTime))
self.assertEqual(result.year, 2011)
self.assertEqual(result.month, 9)
self.assertEqual(result.day, 12)
self.assertEqual(result.hour, 10)
self.assertEqual(result.minute, 20)
self.assertFalse(result.active)
result = get_orgdate(u"some datetime [2011-09-12 Mon 10:20] stuff")
self.assertTrue(isinstance(result, OrgDateTime))
def test_get_orgdate_parsing_with_utf8(self): u""" get_orgdate should recognize all orgdates within a given utf-8 text """ result = get_orgdate(u'<2016-05-07 Sáb>') self.assertNotEqual(result, None) self.assertTrue(isinstance(result, OrgDate)) self.assertEqual(result.year, 2016) self.assertEqual(result.month, 5) self.assertEqual(result.day, 7) self.assertTrue(result.active) datestr = u"This date <2016-05-07 Sáb> is embedded" self.assertTrue(isinstance(get_orgdate(datestr), OrgDate)) result = get_orgdate(u'[2016-05-07 Sáb]') self.assertFalse(result.active) datestr = u"This date [2016-05-07 Sáb] is embedded" self.assertTrue(isinstance(get_orgdate(datestr), OrgDate))
def test_get_orgdate_parsing_with_utf8(self):
u"""
get_orgdate should recognize all orgdates within a given utf-8 text
"""
result = get_orgdate(u'<2016-05-07 Sáb>')
self.assertNotEqual(result, None)
self.assertTrue(isinstance(result, OrgDate))
self.assertEqual(result.year, 2016)
self.assertEqual(result.month, 5)
self.assertEqual(result.day, 7)
self.assertTrue(result.active)
datestr = u"This date <2016-05-07 Sáb> is embedded"
self.assertTrue(isinstance(get_orgdate(datestr), OrgDate))
result = get_orgdate(u'[2016-05-07 Sáb]')
self.assertFalse(result.active)
datestr = u"This date [2016-05-07 Sáb] is embedded"
self.assertTrue(isinstance(get_orgdate(datestr), OrgDate))
def test_get_orgdatetime_parsing_with_utf8(self): u""" get_orgdate should recognize all orgdatetimes in a given utf-8 text """ result = get_orgdate(u"<2016-05-07 Sáb 10:20>") self.assertNotEqual(result, None) self.assertTrue(isinstance(result, OrgDateTime)) self.assertEqual(result.year, 2016) self.assertEqual(result.month, 5) self.assertEqual(result.day, 7) self.assertEqual(result.hour, 10) self.assertEqual(result.minute, 20) self.assertTrue(result.active) result = get_orgdate(u"some datetime <2016-05-07 Sáb 10:20> stuff") self.assertTrue(isinstance(result, OrgDateTime)) result = get_orgdate(u"[2016-05-07 Sáb 10:20]") self.assertFalse(result.active) result = get_orgdate(u"some datetime [2016-05-07 Sáb 10:20] stuff") self.assertTrue(isinstance(result, OrgDateTime))
def test_get_orgdatetime_parsing_with_utf8(self):
u"""
get_orgdate should recognize all orgdatetimes in a given utf-8 text
"""
result = get_orgdate(u"<2016-05-07 Sáb 10:20>")
self.assertNotEqual(result, None)
self.assertTrue(isinstance(result, OrgDateTime))
self.assertEqual(result.year, 2016)
self.assertEqual(result.month, 5)
self.assertEqual(result.day, 7)
self.assertEqual(result.hour, 10)
self.assertEqual(result.minute, 20)
self.assertTrue(result.active)
result = get_orgdate(u"some datetime <2016-05-07 Sáb 10:20> stuff")
self.assertTrue(isinstance(result, OrgDateTime))
result = get_orgdate(u"[2016-05-07 Sáb 10:20]")
self.assertFalse(result.active)
result = get_orgdate(u"some datetime [2016-05-07 Sáb 10:20] stuff")
self.assertTrue(isinstance(result, OrgDateTime))
def test_get_orgtimerange_parsing_active(self): u""" get_orgdate should recognize all orgtimeranges in a given text """ daterangestr = u"<2011-09-12 Mon>--<2011-09-13 Tue>" result = get_orgdate(daterangestr) self.assertNotEqual(result, None) self.assertTrue(isinstance(result, OrgTimeRange)) self.assertEqual(unicode(result), daterangestr) self.assertTrue(result.active) daterangestr = u"<2011-09-12 Mon 10:20>--<2011-09-13 Tue 13:20>" result = get_orgdate(daterangestr) self.assertNotEqual(result, None) self.assertTrue(isinstance(result, OrgTimeRange)) self.assertEqual(unicode(result), daterangestr) self.assertTrue(result.active) daterangestr = u"<2011-09-12 Mon 10:20-13:20>" result = get_orgdate(daterangestr) self.assertNotEqual(result, None) self.assertTrue(isinstance(result, OrgTimeRange)) self.assertEqual(unicode(result), daterangestr) self.assertTrue(result.active)
def test_get_orgtimerange_parsing_active(self):
u"""
get_orgdate should recognize all orgtimeranges in a given text
"""
daterangestr = u"<2011-09-12 Mon>--<2011-09-13 Tue>"
result = get_orgdate(daterangestr)
self.assertNotEqual(result, None)
self.assertTrue(isinstance(result, OrgTimeRange))
self.assertEqual(unicode(result), daterangestr)
self.assertTrue(result.active)
daterangestr = u"<2011-09-12 Mon 10:20>--<2011-09-13 Tue 13:20>"
result = get_orgdate(daterangestr)
self.assertNotEqual(result, None)
self.assertTrue(isinstance(result, OrgTimeRange))
self.assertEqual(unicode(result), daterangestr)
self.assertTrue(result.active)
daterangestr = u"<2011-09-12 Mon 10:20-13:20>"
result = get_orgdate(daterangestr)
self.assertNotEqual(result, None)
self.assertTrue(isinstance(result, OrgTimeRange))
self.assertEqual(unicode(result), daterangestr)
self.assertTrue(result.active)
def test_get_orgdate_parsing_inactive(self): u""" get_orgdate should recognize all inactive orgdates in a given text """ result = get_orgdate(self.textinactive) self.assertNotEqual(result, None) self.assertTrue(isinstance(result, OrgDate)) self.assertTrue(isinstance(get_orgdate(u"[2011-08-30 Tue]"), OrgDate)) self.assertEqual(get_orgdate(u"[2011-08-30 Tue]").year, 2011) self.assertEqual(get_orgdate(u"[2011-08-30 Tue]").month, 8) self.assertEqual(get_orgdate(u"[2011-08-30 Tue]").day, 30) self.assertFalse(get_orgdate(u"[2011-08-30 Tue]").active) datestr = u"This date [2011-08-30 Tue] is embedded" self.assertTrue(isinstance(get_orgdate(datestr), OrgDate))
def test_get_orgdate_parsing_inactive(self):
u"""
get_orgdate should recognize all inactive orgdates in a given text
"""
result = get_orgdate(self.textinactive)
self.assertNotEqual(result, None)
self.assertTrue(isinstance(result, OrgDate))
self.assertTrue(isinstance(get_orgdate(u"[2011-08-30 Tue]"), OrgDate))
self.assertEqual(get_orgdate(u"[2011-08-30 Tue]").year, 2011)
self.assertEqual(get_orgdate(u"[2011-08-30 Tue]").month, 8)
self.assertEqual(get_orgdate(u"[2011-08-30 Tue]").day, 30)
self.assertFalse(get_orgdate(u"[2011-08-30 Tue]").active)
datestr = u"This date [2011-08-30 Tue] is embedded"
self.assertTrue(isinstance(get_orgdate(datestr), OrgDate))
def parse_heading_from_data(cls,
data,
allowed_todo_states,
document=None,
orig_start=None):
u""" Construct a new heading from the provided data
:data: List of lines
:allowed_todo_states: TODO???
:document: The document object this heading belongs to
:orig_start: The original start of the heading in case it was read
from a document. If orig_start is provided, the
resulting heading will not be marked dirty.
:returns: The newly created heading
"""
test_not_empty = lambda x: x != u''
def parse_title(heading_line):
# WARNING this regular expression fails if there is just one or no
# word in the heading but a tag!
m = REGEX_HEADING.match(heading_line)
if m:
r = m.groupdict()
level = len(r[u'level'])
todo = None
title = u''
tags = filter(test_not_empty,
r[u'tags'].split(u':')) if r[u'tags'] else []
tags = list(tags)
# if there is just one or no word in the heading, redo the parsing
mt = REGEX_TAG.match(r[u'title'])
if not tags and mt:
r = mt.groupdict()
tags = filter(
test_not_empty,
r[u'tags'].split(u':')) if r[u'tags'] else []
tags = list(tags)
if r[u'title'] is not None:
_todo_title = [
i.strip() for i in r[u'title'].split(None, 1)
]
if _todo_title and _todo_title[0] in allowed_todo_states:
todo = _todo_title[0]
if len(_todo_title) > 1:
title = _todo_title[1]
else:
title = r[u'title'].strip()
return (level, todo, title, tags)
raise ValueError(u'Data doesn\'t start with a heading definition.')
if not data:
raise ValueError(u'Unable to create heading, no data provided.')
# create new heaing
new_heading = cls()
new_heading.level, new_heading.todo, new_heading.title, new_heading.tags = parse_title(
data[0])
new_heading.body = data[1:]
if orig_start is not None:
new_heading._dirty_heading = False
new_heading._dirty_body = False
new_heading._orig_start = orig_start
new_heading._orig_len = len(new_heading)
if document:
new_heading._document = document
# try to find active dates
tmp_orgdate = get_orgdate(data)
if tmp_orgdate and tmp_orgdate.active \
and not isinstance(tmp_orgdate, OrgTimeRange):
new_heading.active_date = tmp_orgdate
else:
new_heading.active_date = None
return new_heading
def parse_heading_from_data(cls, data, allowed_todo_states, document=None, orig_start=None): u""" Construct a new heading from the provided data :data: List of lines :allowed_todo_states: TODO??? :document: The document object this heading belongs to :orig_start: The original start of the heading in case it was read from a document. If orig_start is provided, the resulting heading will not be marked dirty. :returns: The newly created heading """ def parse_title(heading_line): # WARNING this regular expression fails if there is just one or no # word in the heading but a tag! m = REGEX_HEADING.match(heading_line) if m: r = m.groupdict() level = len(r[u'level']) todo = None title = u'' tags = filter(lambda x: x != u'', r[u'tags'].split(u':')) if r[u'tags'] else [] # if there is just one or no word in the heading, redo the parsing mt = REGEX_TAGS.match(r[u'title']) if not tags and mt: r = mt.groupdict() tags = filter(lambda x: x != u'', r[u'tags'].split(u':')) if r[u'tags'] else [] if r[u'title'] is not None: _todo_title = [i.strip() for i in r[u'title'].split(None, 1)] if _todo_title and _todo_title[0] in allowed_todo_states: todo = _todo_title[0] if len(_todo_title) > 1: title = _todo_title[1] else: title = r[u'title'].strip() return (level, todo, title, tags) raise ValueError(u'Data doesn\'t start with a heading definition.') if not data: raise ValueError(u'Unable to create heading, no data provided.') # create new heaing new_heading = cls() new_heading.level, new_heading.todo, new_heading.title, new_heading.tags = parse_title(data[0]) new_heading.body = data[1:] if orig_start is not None: new_heading._dirty_heading = False new_heading._dirty_body = False new_heading._orig_start = orig_start new_heading._orig_len = len(new_heading) if document: new_heading._document = document # try to find active dates tmp_orgdate = get_orgdate(data) if tmp_orgdate and tmp_orgdate.active \ and not isinstance(tmp_orgdate, OrgTimeRange): new_heading.active_date = tmp_orgdate else: new_heading.active_date = None return new_heading
def test_get_orgdate_parsing_with_invalid_input(self): self.assertEquals(get_orgdate(u"NONSENSE"), None) self.assertEquals(get_orgdate(u"No D<2011- Date 08-29 Mon>"), None) self.assertEquals(get_orgdate(u"2011-08-r9 Mon]"), None) self.assertEquals(get_orgdate(u"<2011-08-29 Mon"), None) self.assertEquals(get_orgdate(u"<2011-08-29 Mon]"), None) self.assertEquals(get_orgdate(u"2011-08-29 Mon"), None) self.assertEquals(get_orgdate(u"2011-08-29"), None) self.assertEquals(get_orgdate(u"2011-08-29 mon"), None) self.assertEquals(get_orgdate(u"<2011-08-29 mon>"), None) self.assertEquals(get_orgdate(u"wrong date embedded <2011-08-29 mon>"), None) self.assertEquals(get_orgdate(u"wrong date <2011-08-29 mon>embedded "), None)
def test_get_orgdate_parsing_with_invalid_input(self):
self.assertEquals(get_orgdate(u"NONSENSE"), None)
self.assertEquals(get_orgdate(u"No D<2011- Date 08-29 Mon>"), None)
self.assertEquals(get_orgdate(u"2011-08-r9 Mon]"), None)
self.assertEquals(get_orgdate(u"<2011-08-29 Mon"), None)
self.assertEquals(get_orgdate(u"<2011-08-29 Mon]"), None)
self.assertEquals(get_orgdate(u"2011-08-29 Mon"), None)
self.assertEquals(get_orgdate(u"2011-08-29"), None)
self.assertEquals(get_orgdate(u"2011-08-29 mon"), None)
self.assertEquals(get_orgdate(u"<2011-08-29 mon>"), None)
self.assertEquals(get_orgdate(u"wrong date embedded <2011-08-29 mon>"),
None)
self.assertEquals(get_orgdate(u"wrong date <2011-08-29 mon>embedded "),
None)
