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from unittest import TestCase
from beautiful_date import Mar
from gcsa.free_busy import FreeBusy, TimeRange
from gcsa.serializers.free_busy_serializer import FreeBusySerializer
class TestFreeBusy(TestCase):
def test_iter(self):
free_busy = FreeBusy(
time_min=(24 / Mar / 2023)[13:22],
time_max=(25 / Mar / 2023)[13:22],
groups={},
calendars={
'calendar1': [
TimeRange((24 / Mar / 2023)[14:22], (24 / Mar / 2023)[15:22]),
TimeRange((24 / Mar / 2023)[17:22], (24 / Mar / 2023)[18:22]),
]
}
)
ranges = list(free_busy)
self.assertEqual(len(ranges), 2)
self.assertEqual(ranges[0], free_busy.calendars['calendar1'][0])
self.assertEqual(ranges[1], free_busy.calendars['calendar1'][1])
def test_iter_errors(self):
free_busy = FreeBusy(
time_min=(24 / Mar / 2023)[13:22],
time_max=(25 / Mar / 2023)[13:22],
groups={},
calendars={
'calendar1': [
TimeRange((24 / Mar / 2023)[14:22], (24 / Mar / 2023)[15:22]),
TimeRange((24 / Mar / 2023)[17:22], (24 / Mar / 2023)[18:22]),
],
'calendar2': [
TimeRange((24 / Mar / 2023)[15:22], (24 / Mar / 2023)[16:22]),
TimeRange((24 / Mar / 2023)[18:22], (24 / Mar / 2023)[19:22]),
]
}
)
with self.assertRaises(ValueError):
iter(free_busy)
free_busy = FreeBusy(
time_min=(24 / Mar / 2023)[13:22],
time_max=(25 / Mar / 2023)[13:22],
groups={},
calendars={
'calendar1': [
TimeRange((24 / Mar / 2023)[14:22], (24 / Mar / 2023)[15:22]),
TimeRange((24 / Mar / 2023)[17:22], (24 / Mar / 2023)[18:22]),
]
},
calendars_errors={
'calendar2': ['notFound']
}
)
with self.assertRaises(ValueError):
iter(free_busy)
free_busy = FreeBusy(
time_min=(24 / Mar / 2023)[13:22],
time_max=(25 / Mar / 2023)[13:22],
groups={},
calendars={},
calendars_errors={
'calendar1': ['notFound']
}
)
with self.assertRaises(ValueError):
iter(free_busy)
def test_repr_str(self):
free_busy = FreeBusy(
time_min=(24 / Mar / 2023)[13:22],
time_max=(25 / Mar / 2023)[13:22],
groups={'group1': ['calendar1', 'calendar2']},
calendars={
'calendar1': [
TimeRange((24 / Mar / 2023)[14:22], (24 / Mar / 2023)[15:22]),
TimeRange((24 / Mar / 2023)[17:22], (24 / Mar / 2023)[18:22]),
],
'calendar2': [
TimeRange((24 / Mar / 2023)[15:22], (24 / Mar / 2023)[16:22]),
TimeRange((24 / Mar / 2023)[18:22], (24 / Mar / 2023)[19:22]),
]
}
)
self.assertEqual(free_busy.__repr__(), "<FreeBusy 2023-03-24 13:22:00 - 2023-03-25 13:22:00>")
self.assertEqual(free_busy.__str__(), "<FreeBusy 2023-03-24 13:22:00 - 2023-03-25 13:22:00>")
class TestFreeBusySerializer(TestCase):
def test_to_json(self):
free_busy = FreeBusy(
time_min=(24 / Mar / 2023)[13:22],
time_max=(25 / Mar / 2023)[13:22],
groups={'group1': ['calendar1', 'calendar2']},
calendars={
'calendar1': [
TimeRange((24 / Mar / 2023)[14:22], (24 / Mar / 2023)[15:22]),
TimeRange((24 / Mar / 2023)[17:22], (24 / Mar / 2023)[18:22]),
],
'calendar2': [
TimeRange((24 / Mar / 2023)[15:22], (24 / Mar / 2023)[16:22]),
TimeRange((24 / Mar / 2023)[18:22], (24 / Mar / 2023)[19:22]),
]
},
groups_errors={
"non-existing-group": [
{
"domain": "global",
"reason": "notFound"
}
]
},
calendars_errors={
"non-existing-calendar": [
{
"domain": "global",
"reason": "notFound"
}
]
}
)
free_busy_json = FreeBusySerializer.to_json(free_busy)
self.assertEqual(free_busy_json['timeMin'], '2023-03-24T13:22:00')
self.assertEqual(free_busy_json['timeMax'], '2023-03-25T13:22:00')
self.assertIn('calendar1', free_busy_json['calendars'])
self.assertIn('calendar2', free_busy_json['calendars'])
self.assertIn('non-existing-calendar', free_busy_json['calendars'])
self.assertIn('group1', free_busy_json['groups'])
self.assertIn('non-existing-group', free_busy_json['groups'])
def test_to_object(self):
free_busy_json = {
'calendars': {
'calendar1': {
'busy': [{'start': '2023-03-24T14:22:00', 'end': '2023-03-24T15:22:00'},
{'start': '2023-03-24T17:22:00', 'end': '2023-03-24T18:22:00'}],
},
'calendar2': {
'busy': [{'start': '2023-03-24T15:22:00', 'end': '2023-03-24T16:22:00'}],
},
'non-existing-calendar': {
'errors': [{'domain': 'global', 'reason': 'notFound'}]
}
},
'groups': {
'group1': {
'calendars': ['calendar1', 'calendar2'],
},
'non-existing-group': {
'errors': [{'domain': 'global', 'reason': 'notFound'}]
}
},
'timeMin': '2023-03-24T13:22:00',
'timeMax': '2023-03-25T13:22:00'
}
free_busy = FreeBusySerializer.to_object(free_busy_json)
self.assertEqual(free_busy.time_min, (24 / Mar / 2023)[13:22])
self.assertEqual(free_busy.time_max, (25 / Mar / 2023)[13:22])
self.assertIn('calendar1', free_busy.calendars)
self.assertIn('calendar2', free_busy.calendars)
self.assertNotIn('calendar1', free_busy.calendars_errors)
self.assertNotIn('calendar2', free_busy.calendars_errors)
self.assertEqual(len(free_busy.calendars['calendar1']), 2)
self.assertEqual(len(free_busy.calendars['calendar2']), 1)
self.assertNotIn('non-existing-calendar', free_busy.calendars)
self.assertIn('non-existing-calendar', free_busy.calendars_errors)
self.assertIn('group1', free_busy.groups)
self.assertNotIn('group1', free_busy.groups_errors)
self.assertEqual(len(free_busy.groups['group1']), 2)
self.assertIn('non-existing-group', free_busy.groups_errors)
self.assertNotIn('non-existing-group', free_busy.groups)
free_busy_json = """{
"timeMin": "2023-03-24T13:22:00",
"timeMax": "2023-03-25T13:22:00"
}"""
free_busy = FreeBusySerializer(free_busy_json).to_object(free_busy_json)
self.assertEqual(free_busy.time_min, (24 / Mar / 2023)[13:22])
self.assertEqual(free_busy.time_max, (25 / Mar / 2023)[13:22])
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