108f65f928
Currently, we use both Python's built-in datetime library and Pendulum to do datetime operations. For the sake of consistency, we should try to stick to one library for datetimes. We could have used either, but Pendulum has a more ergonomic API, so I decided to go with it when possible. The places where were we didn't / couldn't replace datetime are: - checking instances of datetimes. Pendulum's objects are subclasses of python native datetime objects, so it's still useful to import datetime in those cases of using is_instance() - WTForms date validators expect datetime style string formats -- Pendulum has its own format for formatting/ parsing strings. As such, our custom validator DateRange needs to use datetime.stptime() to account for this format.
219 lines
8.2 KiB
Python
219 lines
8.2 KiB
Python
from werkzeug.datastructures import FileStorage
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import pytest
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import pendulum
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from unittest.mock import patch, PropertyMock
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import pendulum
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from atst.models import *
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from atst.models.clin import JEDICLINType
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from atst.models.task_order import TaskOrder, Status
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from tests.factories import CLINFactory, TaskOrderFactory
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from tests.mocks import PDF_FILENAME
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def test_period_of_performance_is_first_to_last_clin():
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start_date = pendulum.date(2019, 6, 6)
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end_date = pendulum.date(2020, 6, 6)
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intermediate_start_date = pendulum.date(2019, 7, 1)
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intermediate_end_date = pendulum.date(2020, 3, 1)
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task_order = TaskOrderFactory.create(
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clins=[
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CLINFactory.create(
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start_date=intermediate_start_date, end_date=intermediate_end_date
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),
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CLINFactory.create(start_date=start_date, end_date=intermediate_end_date),
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CLINFactory.create(
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start_date=intermediate_start_date, end_date=intermediate_end_date
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),
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CLINFactory.create(start_date=intermediate_start_date, end_date=end_date),
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CLINFactory.create(
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start_date=intermediate_start_date, end_date=intermediate_end_date
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),
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]
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)
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assert task_order.start_date == start_date
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assert task_order.end_date == end_date
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def test_task_order_completed():
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assert TaskOrderFactory.create(clins=[CLINFactory.create()]).is_completed
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assert not TaskOrderFactory.create().is_completed
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assert not TaskOrderFactory.create(clins=[]).is_completed
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assert not TaskOrderFactory.create(number=None).is_completed
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def test_task_order_clins_are_completed():
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assert TaskOrderFactory.create(clins=[CLINFactory.create()]).clins_are_completed
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assert not TaskOrderFactory.create().clins_are_completed
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assert not TaskOrderFactory.create(clins=[]).clins_are_completed
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def test_clin_sorting():
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task_order = TaskOrderFactory.create(
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clins=[
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CLINFactory.create(number="0002"),
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CLINFactory.create(number="0001"),
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CLINFactory.create(number="1001"),
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CLINFactory.create(number="1002"),
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CLINFactory.create(number="2001"),
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]
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)
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assert [clin.number for clin in task_order.sorted_clins] == [
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"0001",
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"1001",
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"2001",
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"0002",
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"1002",
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]
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class TestTaskOrderStatus:
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@patch("atst.models.TaskOrder.is_completed", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_signed", new_callable=PropertyMock)
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def test_draft_status(self, is_signed, is_completed):
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# Given that I have a TO that is neither completed nor signed
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to = TaskOrderFactory.create()
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is_signed.return_value = False
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is_completed.return_value = False
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assert to.status == Status.DRAFT
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@patch("atst.models.TaskOrder.end_date", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.start_date", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_completed", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_signed", new_callable=PropertyMock)
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def test_active_status(self, is_signed, is_completed, start_date, end_date):
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today = pendulum.today(tz="UTC").date()
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is_signed.return_value = True
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is_completed.return_value = True
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# Given that I have a signed TO and today is within its start_date and end_date
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to_1 = TaskOrderFactory.create()
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start_date.return_value = today.subtract(days=1)
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end_date.return_value = today.add(days=1)
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# Its status should be active
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assert to_1.status == Status.ACTIVE
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# A period of performance's start and end dates are inclusive, so a TO
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# should be active on its start and end dates
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to_2 = TaskOrderFactory.create()
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start_date.return_value = today
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end_date.return_value = today
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is_signed.return_value = True
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is_completed.return_value = True
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assert to_2.status == Status.ACTIVE
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@patch("atst.models.TaskOrder.end_date", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.start_date", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_completed", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_signed", new_callable=PropertyMock)
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def test_upcoming_status(self, is_signed, is_completed, start_date, end_date):
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# Given that I have a signed TO and today is before its start_date
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to = TaskOrderFactory.create()
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start_date.return_value = pendulum.today().add(days=1).date()
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end_date.return_value = pendulum.today().add(days=2).date()
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is_signed.return_value = True
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is_completed.return_value = True
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# Its status should be upcoming
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assert to.status == Status.UPCOMING
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@patch("atst.models.TaskOrder.start_date", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.end_date", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_completed", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_signed", new_callable=PropertyMock)
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def test_expired_status(self, is_signed, is_completed, end_date, start_date):
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# Given that I have a signed TO and today is after its expiration date
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to = TaskOrderFactory.create()
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end_date.return_value = pendulum.today().subtract(days=1).date()
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start_date.return_value = pendulum.today().subtract(days=2).date()
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is_signed.return_value = True
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is_completed.return_value = True
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# Its status should be expired
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assert to.status == Status.EXPIRED
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@patch("atst.models.TaskOrder.is_completed", new_callable=PropertyMock)
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@patch("atst.models.TaskOrder.is_signed", new_callable=PropertyMock)
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def test_unsigned_status(self, is_signed, is_completed):
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# Given that I have a TO that is completed but not signed
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to = TaskOrder(signed_at=pendulum.now().subtract(days=1))
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is_completed.return_value = True
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is_signed.return_value = False
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# Its status should be unsigned
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assert to.status == Status.UNSIGNED
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class TestBudget:
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def test_total_contract_amount(self):
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to = TaskOrderFactory.create()
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assert to.total_contract_amount == 0
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clin1 = CLINFactory(task_order=to, jedi_clin_type=JEDICLINType.JEDI_CLIN_1)
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clin2 = CLINFactory(task_order=to, jedi_clin_type=JEDICLINType.JEDI_CLIN_2)
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clin3 = CLINFactory(task_order=to, jedi_clin_type=JEDICLINType.JEDI_CLIN_3)
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assert (
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to.total_contract_amount
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== clin1.total_amount + clin2.total_amount + clin3.total_amount
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)
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def test_total_obligated_funds(self):
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to = TaskOrderFactory.create()
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assert to.total_obligated_funds == 0
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clin1 = CLINFactory(task_order=to, jedi_clin_type=JEDICLINType.JEDI_CLIN_1)
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clin2 = CLINFactory(task_order=to, jedi_clin_type=JEDICLINType.JEDI_CLIN_2)
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clin3 = CLINFactory(task_order=to, jedi_clin_type=JEDICLINType.JEDI_CLIN_3)
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clin4 = CLINFactory(task_order=to, jedi_clin_type=JEDICLINType.JEDI_CLIN_4)
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assert (
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to.total_obligated_funds
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== clin1.obligated_amount
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+ clin2.obligated_amount
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+ clin3.obligated_amount
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+ clin4.obligated_amount
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)
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class TestPDF:
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def test_setting_pdf_with_attachment(self):
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to = TaskOrder()
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attachment = Attachment(filename="sample.pdf", object_name="sample")
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to.pdf = attachment
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assert to.pdf_attachment_id == attachment.id
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def test_setting_pdf_with_dictionary(self):
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to = TaskOrder()
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to.pdf = {"filename": PDF_FILENAME, "object_name": "123456"}
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assert to.pdf is not None
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assert to.pdf.filename == PDF_FILENAME
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def test_setting_pdf_with_invalid_object(self):
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to = TaskOrder()
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with pytest.raises(TypeError):
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to.pdf = "invalid"
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def test_setting_pdf_with_empty_value(self):
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to = TaskOrder()
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assert to.pdf is None
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to.pdf = ""
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assert to.pdf is None
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def test_removing_pdf(self):
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attachment = Attachment(filename="sample.pdf", object_name="sample")
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to = TaskOrder(pdf=attachment)
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assert to.pdf is not None
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to.pdf = ""
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assert to.pdf is None
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