def __write_events(output_file, calender_entries):
for entry in calender_entries:
start_date_time = DateParser.get_utc_date_time(entry.date, entry.start,
False)
end_date_time = DateParser.get_utc_date_time_end_date(
entry.date, entry.start, entry.end)
output_file.write('BEGIN:VEVENT\r\n')
output_file.write(
'UID:{}[email protected]\r\n'.format(start_date_time))
output_file.write('DTSTART:{}\r\n'.format(start_date_time))
output_file.write('DTEND:{}\r\n'.format(end_date_time))
output_file.write('SUMMARY:{}\r\n'.format(entry.description))
output_file.write('END:VEVENT\r\n')
def generateTable(self):
dateParser = DateParser.DateParser()
date = datetime.datetime(2014,1,1,0,0,0)
for i in range(365):
dateParser.convert(date.strftime('%d/%m/%Y'))
query = "INSERT INTO data(data, estacao, status, dia_util, dia_da_semana, mes) VALUES (\'"+date.strftime('%Y-%m-%d')+"\',\'"+dateParser.season()+"\',\'"+dateParser.dateStatus()+"\',"+str(dateParser.monthBusinessDay())+",\'"+dateParser.dayOfWeek()+"\',\'"+dateParser.monthName()+"\');"
self.pg.executeQuery(query)
date += datetime.timedelta(days=1)
self.pg.commit()
self.pg.disconnect()
def test_seasson_transition_outono_inverno():
date = DateParser.DateParser()
date.convert("21/06/2015")
assert date.season() == "Outono"
date.convert("22/06/2015")
assert date.season() == "Inverno"
def test_day_of_week_domingo():
date = DateParser.DateParser()
date.convert("22/02/2015")
assert date.dayOfWeek() == "Domingo"
def test_seasson_easy_inverno():
date = DateParser.DateParser()
date.convert("26/08/2015")
assert date.season() == "Inverno"
def test_seasson_easy_verao():
date = DateParser.DateParser()
date.convert("26/01/2015")
assert date.season() == "Verão"
def test_month_name_outubro():
date = DateParser.DateParser()
date.convert("28/10/1987")
assert date.monthName() == "Outubro"
def test_day_of_week_sexta():
date = DateParser.DateParser()
date.convert("09/01/2015")
assert date.dayOfWeek() == "Sexta"
def test_month_business_day_feriado():
date = DateParser.DateParser()
date.convert("25/12/2014")
assert date.monthBusinessDay() == 0
def test_holiday_natal():
date = DateParser.DateParser()
date.convert("25/12/2015")
assert date.dateStatus() == "Feriado"
def test_seasson_transition_primavera_verao():
date = DateParser.DateParser()
date.convert("21/12/2015")
assert date.season() == "Primavera"
date.convert("22/12/2015")
assert date.season() == "Verão"
def test_seasson_transition_inverno_primavera():
date = DateParser.DateParser()
date.convert("23/09/2015")
assert date.season() == "Inverno"
date.convert("24/09/2015")
assert date.season() == "Primavera"
def __create_ics_file(email):
email.download_attachment()
month, year = DateParser.get_month_and_year(email.subject)
calendar_entries = SQLDataManager.get_schedule_data(month, year)
ICSFileCreator.create_ics_file(calendar_entries)
def test_single_match(self):
self.assertEqual(
[dt(2001, 9, 11)],
parser.parseDates('2001-09-11')
)
def test_double_match(self):
self.assertEqual(
[dt(2001, 9, 11), dt(2003, 5, 3)],
parser.parseDates('2001-09-11 and 2003-5-03')
)
def test_holiday_pre_feriado_natal():
date = DateParser.DateParser()
date.convert("16/12/2015")
assert date.dateStatus() == "Pré-Feriado"
def test_month_business_day_sabado():
date = DateParser.DateParser()
date.convert("29/11/2014")
assert date.monthBusinessDay() == -1
def test_holiday_pos_feriado_natal():
date = DateParser.DateParser()
date.convert("28/12/2015")
assert date.dateStatus() == "Pós-Feriado"
def test_day_of_week_quinta():
date = DateParser.DateParser()
date.convert("18/02/2016")
assert date.dayOfWeek() == "Quinta"
def test_holiday_preferiado():
date = DateParser.DateParser()
date.convert("02/03/2015")
assert date.dateStatus() == "Pré-Feriado"
def test_month_name_fevereiro():
date = DateParser.DateParser()
date.convert("22/02/2015")
assert date.monthName() == "Fevereiro"
def test_day_of_week_terca():
date = DateParser.DateParser()
date.convert("25/11/2014")
assert date.dayOfWeek() == "Terça"
def test_month_name_maio():
date = DateParser.DateParser()
date.convert("26/05/1985")
assert date.monthName() == "Maio"
def test_holiday_posferiado():
date = DateParser.DateParser()
date.convert("08/03/2015")
assert date.dateStatus() == "Pós-Feriado"
def test_seasson_easy_outono():
date = DateParser.DateParser()
date.convert("26/04/2015")
assert date.season() == "Outono"
def test_holiday_normal():
date = DateParser.DateParser()
date.convert("11/03/2015")
assert date.dateStatus() == "Normal"
def test_seasson_easy_primavera():
date = DateParser.DateParser()
date.convert("26/11/2015")
assert date.season() == "Primavera"
def test_month_business_day_marco():
date = DateParser.DateParser()
date.convert("11/03/2014")
assert date.monthBusinessDay() == 6
def test_seasson_transition_verao_outono():
date = DateParser.DateParser()
date.convert("21/03/2015")
assert date.season() == "Verão"
date.convert("22/03/2015")
assert date.season() == "Outono"
def test_month_business_day_abril():
date = DateParser.DateParser()
date.convert("22/04/2014")
assert date.monthBusinessDay() == 14
False:None},
{'rule': 'date', True: None, False: None},
{'rule': 'time', True: None, False: None} ]
# {'rule': 'airdate', True: None, False: None} ]
def format_block_text(t):
newtxt = re.sub(r'(\w)\n(\w)', r'\1 \2', t, flags=re.UNICODE) # Get rid of "ordinary" line wraps
newtxt = re.sub(r'(\w)(-)\n(\w)', r'\1\3', newtxt, flags=re.UNICODE) # Get rid of line split wraps
return newtxt
PREFIX=sys.argv[1]
files = os.listdir(PREFIX)
files.sort()
dateparse = DateParser()
spell = SpellChecker("da")
hocr = HOCRParser()
records = []
num_files = 0
num_matched = 0
# Loop though the files
for f in files:
if f.find(".txt") < 0:
continue
# Read in the TXT file
fd = codecs.open(PREFIX+f, "r", "utf-8")
buff = fd.read()
fd.close()
def test_single_match(self):
self.assertEqual([dt(2001, 9, 11)], parser.parseDates('2001-09-11'))
