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import datetime
import pytest
from django.db import IntegrityError
from ctrack.register.models import (
EventType,
SingleDateTimeEvent,
CAFSingleDateEvent,
CAFTwinDateEvent,
)
pytestmark = pytest.mark.django_db
@pytest.mark.parametrize(
"allowed_type",
[
"CAF_INITIAL_CAF_RECEIVED",
"CAF_FEEDBACK_EMAILED_OES",
"CAF_RECEIVED",
"CAF_EMAILED_ROSA",
"CAF_VALIDATION_SIGN_OFF",
"CAF_VALIDATION_RECORD_EMAILED_TO_OES",
],
)
def test_caf_single_date_events(allowed_type, user, caf):
now = datetime.datetime.now()
e = CAFSingleDateEvent.objects.create(
type_descriptor=allowed_type,
related_caf=caf,
short_description="CAF received for X Company",
date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
assert e.created_date.day == now.day
assert e.type_descriptor == allowed_type
@pytest.mark.parametrize(
"allowed_type", ["CAF_PEER_REVIEW_PERIOD", "CAF_VALIDATION_PERIOD"]
)
def test_caf_twin_date_events(allowed_type, user, caf):
now = datetime.datetime.now()
e = CAFTwinDateEvent.objects.create(
type_descriptor=allowed_type,
related_caf=caf,
short_description="CAF received for X Company",
start_date="2020-10-10",
end_date="2020-10-25",
comments="Nice comments for this event",
user=user,
)
assert e.created_date.day == now.day
assert e.type_descriptor == allowed_type
@pytest.mark.parametrize(
"allowed_type", ["CAF_PEER_REVIEW_PERIOD", "CAF_VALIDATION_PERIOD"]
)
def test_caf_twin_date_event_no_end_date(allowed_type, user, caf):
e = CAFTwinDateEvent.objects.create(
type_descriptor=allowed_type,
related_caf=caf,
short_description="CAF received for X Company",
start_date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
assert e.end_date is None
@pytest.mark.parametrize(
"allowed_type", ["CAF_PEER_REVIEW_PERIOD", "CAF_VALIDATION_PERIOD"]
)
def test_caf_twin_date_event_no_start_date_not_allowed(allowed_type, user, caf):
with pytest.raises(IntegrityError):
CAFTwinDateEvent.objects.create(
type_descriptor=allowed_type,
related_caf=caf,
short_description="CAF received for X Company",
end_date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
def test_cannot_add_two_caf_initial_caf_received_events_on_same_date(user, caf):
CAFSingleDateEvent.objects.create(
type_descriptor="CAF_INITIAL_CAF_RECEIVED",
related_caf=caf,
short_description="CAF received for X Company",
date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
with pytest.raises(IntegrityError):
CAFSingleDateEvent.objects.create(
type_descriptor="CAF_INITIAL_CAF_RECEIVED",
related_caf=caf,
short_description="CAF received for X Company",
date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
def test_can_email_two_caf_on_same_date(user, caf):
CAFSingleDateEvent.objects.create(
type_descriptor="CAF_EMAILED_ROSA",
related_caf=caf,
short_description="CAF sent to Rosa for X Company",
date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
CAFSingleDateEvent.objects.create(
type_descriptor="CAF_EMAILED_ROSA",
related_caf=caf,
short_description="CAF sent to Rosa for X Company",
date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
def test_cannot_receive_the_same_caf_on_the_same_day(user, caf):
CAFSingleDateEvent.objects.create(
type_descriptor="CAF_RECEIVED",
related_caf=caf,
short_description="CAF received to Rosa for X Company",
date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
with pytest.raises(IntegrityError):
CAFSingleDateEvent.objects.create(
type_descriptor="CAF_RECEIVED",
related_caf=caf,
short_description="CAF received to Rosa for X Company",
date="2020-10-10",
comments="Nice comments for this event",
user=user,
)
def test_event_type_enum():
assert EventType.MEETING.name == "MEETING"
assert EventType.PHONE_CALL.name == "PHONE_CALL"
assert EventType.VIDEO_CALL.name == "VIDEO_CALL"
assert EventType.CAF_INITIAL_CAF_RECEIVED.name == "CAF_INITIAL_CAF_RECEIVED"
assert EventType.CAF_FEEDBACK_EMAILED_OES.name == "CAF_FEEDBACK_EMAILED_OES"
assert EventType.CAF_RECEIVED.name == "CAF_RECEIVED"
assert EventType.CAF_EMAILED_ROSA.name == "CAF_EMAILED_ROSA"
assert EventType.CAF_PEER_REVIEW_PERIOD.name == "CAF_PEER_REVIEW_PERIOD"
assert EventType.CAF_VALIDATION_PERIOD.name == "CAF_VALIDATION_PERIOD"
assert EventType.CAF_VALIDATION_SIGN_OFF.name == "CAF_VALIDATION_SIGN_OFF"
assert (
EventType.CAF_VALIDATION_RECORD_EMAILED_TO_OES.name
== "CAF_VALIDATION_RECORD_EMAILED_TO_OES"
)
@pytest.mark.parametrize("allowed_type", [("PHONE_CALL"), ("MEETING"), ("VIDEO_CALL")])
def test_single_datetime_event(person, user, allowed_type):
"""This tests for phone call, video call and email events"""
now = datetime.datetime.now()
event = SingleDateTimeEvent.objects.create(
type_descriptor=allowed_type,
short_description="Important event",
datetime="2020-10-10T15:00",
comments="Comments on important event",
# location is optional
user=user,
)
event.participants.add(person)
assert event.type_descriptor == allowed_type
assert person in event.participants.all()
assert event.created_date.day == now.day
def test_cannot_create_twin_date_event_model_end_date_precedes_start(user, caf):
with pytest.raises(IntegrityError):
CAFTwinDateEvent.objects.create(
type_descriptor="CAF_PEER_REVIEW_PERIOD",
related_caf=caf,
start_date="2010-10-10",
end_date="2010-01-01",
short_description="Bobbins",
user=user
)
def test_meeting_event(user, person):
uname = user.name
now = datetime.datetime.now()
e = SingleDateTimeEvent.objects.create(
type_descriptor="Meeting",
short_description="Big Important Meeting",
datetime="2020-10-10T15:00",
comments="Nice comments",
location="Harvey's House",
user=user,
)
e.participants.add(person)
assert len(e.participants.all()) == 1
assert e.type_descriptor == "Meeting"
assert person in e.participants.all()
assert e.user.name == uname
assert e.created_date.day == now.day
assert e.modified_date.day == now.day
|
