def test_vcs_datetime(self):
"""
This is basically testing the datetime.datetime() function that is
called from parseVcsTimeFormat()
"""
with self.assertRaises(ValueError):
# Checks if datetime.datetime() raises a value error on not a date
dateparser.parseVcsTimeFormat("20121313T071000Z") # Not a date
with self.assertRaises(TypeError):
# Checks if datetime.datetime() raises a type error on wrong type
datetime.datetime(2012, "test", 13, 7, 10, 0, 0)
def eventMakeObject(event, datechoice):
event = event.split("\n")
objArray = []
eventDict = {}
for each in event:
if re.match("(?:DTSTART)(.*?)", each): # Find start time
dtstart = each.replace("DTSTART:", "") # Remove non-relevant info
startTime = dateparser.parseVcsTimeFormat(dtstart) # Parse to datetime
eventDict['startTime'] = startTime
elif re.match("(?:DTEND)(.*?)", each): # Find end time
dtend = each.replace("DTEND:", "") # Remove non-relevant info
endTime = dateparser.parseVcsTimeFormat(dtend) # Parse to datetime
eventDict['endTime'] = endTime
elif re.match("(?:SUMMARY)(.*?)", each): # Find the SUMMARY-property
summary = each.split(":") # Split SUMMARY on each comma
classProperty = summary[1] # Second part of the summary is the class-property
classProperty = classProperty.replace(" ", "") # Remove spaces
classProperty = classProperty.split(",") # Split on comma
classInsert = []
for each in classProperty:
if int(each) in classList():
classURL = '<a href="' + url_for("class_choice", classchoice=int(each)) + '">' \
+ each + '</a>'
classInsert.append(classURL)
else:
classInsert.append(each)
eventDict['class'] = ", ".join(classInsert)
eventDict['teacher'] = summary[2] #
eventDict['subject'] = summary[3] #
if len(summary) > 4:
eventDict['subjectID'] = summary[4]
else:
eventDict['subjectID'] = None
if len(summary) > 5:
eventDict['comment'] = summary[5]
else:
eventDict['comment'] = None
elif re.match("(?:LOCATION)(.*?)", each): # Find the LOCATION-property
eventDict['location'] = each.replace("LOCATION;ENCODING=QUOTED-PRINTABLE:", "")
if eventDict['startTime'].date() == datechoice:
return eventDict
else:
return None
def test_vcs_conversion(self):
"""
Test for testing the VCS timeformat conversion.
This tests passes if the valid string 20121213T071000Z is equal to the
expected datetime format when parsed through the
parseVcsTimeFormat-function.
Observer - the parse Vcs TimeFormat changes the hour from UTC -> CET
"""
testDataVcs = "20121213T071000Z"
testDataTime = datetime.datetime(2012, 12, 13, 8, 10, 0, 0)
test = dateparser.parseVcsTimeFormat(testDataVcs)
testDataVcs2 = "20120913T061000Z"
testDataTime2 = datetime.datetime(2012, 9, 13, 8, 10, 0, 0)
test2 = dateparser.parseVcsTimeFormat(testDataVcs2)
self.assertEqual(test, testDataTime)
self.assertEqual(test2, testDataTime2)
def test_vcs_wrong_format(self):
"""
Test for the VCS timeformat conversion.
This test passes if all of the invalid inputs raises the expected
exception when parsed to parseVcsTimeFormat.
"""
with self.assertRaisesRegexp(ValueError, 'Empty'):
# Tries if empty strings raises the empty-exception.
dateparser.parseVcsTimeFormat("")
with self.assertRaisesRegexp(TypeError, 'Wrong type'):
# Tests if non-strings raises the wrong type-exception.
dateparser.parseVcsTimeFormat(["12", "12", "13", "07", "10"])
dateparser.parseVcsTimeFormat(15)
with self.assertRaisesRegexp(ValueError, 'Swapped'):
# Swapped place of Z and T
dateparser.parseVcsTimeFormat("20121213Z071000T") # Z and T swapped
with self.assertRaises(Exception):
# Tests if a few other inputs raises the Unknown error-exception.
dateparser.parseVcsTimeFormat("19940226 15:00") # Wrong datetime