def test_text_is_required(self):
self.assertEqual(
None,
Answer(
text="With Text",
severity=Severity.red(),
response=Response.yes(),
).validate())
self.assertRaises(
ValidationError,
Answer(
severity=Severity.red(),
response=Response.yes(),
).validate)
def test_comment_required_only_for_other_response(self):
yes_answer = Answer(
text="Text",
severity=Severity.red(),
response=Response.yes(),
)
no_answer = Answer(
text="Text",
severity=Severity.yellow(),
response=Response.no(),
)
other_answer_without_comment = Answer(
text="Text",
severity=Severity.green(),
response=Response.other(),
)
other_answer_with_comment = Answer(text="Text",
severity=Severity.yellow(),
response=Response.other(),
comment="Comments")
self.assertEqual(None, yes_answer.validate())
self.assertEqual(None, no_answer.validate())
self.assertEqual(None, other_answer_with_comment.validate())
self.assertRaises(ValidationError,
other_answer_without_comment.validate)
def yes_box_press(self):
self.response = Response.yes()
self.yes_box.background_color = RGB_GREEN
self.no_box.background_color = RGB_GREY_LIGHT
self.other_box.background_color = RGB_GREY_LIGHT
if self.response is not None:
self.no_answer_flag.opacity = 0
if self.no_comment_flag.opacity is 1:
self.no_comment_flag.opacity = 0
def test_text_min_length(self):
character_minimum = ""
for _ in range(0, TEXT_MIN_LENGTH):
character_minimum += "a"
too_few_characters = character_minimum[1:]
self.assertEqual(
None,
Answer(
text=character_minimum,
severity=Severity.red(),
response=Response.yes(),
).validate())
self.assertRaises(
ValidationError,
Answer(
text=too_few_characters,
severity=Severity.red(),
response=Response.yes(),
).validate)
def test_answer_construction(self):
expected_text = "Expected Text"
expected_severity = Severity.red()
expected_response = Response.yes()
expected_comment = "Expected Comments"
expected_resolved = True
answer = Answer(
text=expected_text,
severity=expected_severity,
response=expected_response,
comment=expected_comment,
)
self.assertEqual(expected_text, answer.text)
self.assertEqual(expected_severity, answer.severity)
self.assertEqual(expected_response, answer.response)
self.assertEqual(expected_comment, answer.comment)
self.assertEqual(expected_resolved, answer.resolved)
def get_random_answer_for(question):
response = choice(RESPONSES)
if Response.yes() == response:
return Answer(
text=question.text,
severity=question.yes,
response=response,
)
elif Response.no() == response:
return Answer(
text=question.text,
severity=question.no,
response=response,
)
elif Response.other() == response:
return Answer(
text=question.text,
severity=question.yes,
response=response,
comment=choice(COMMENTS),
)
def get_question_severity(self, question):
if question.response == Response.yes():
return question.question.yes
elif question.response == Response.no():
return question.question.no
return question.question.other
import unittest
from datetime import datetime
from mongoengine import ValidationError
from cilantro_audit.audit_template import Severity
from cilantro_audit.completed_audit import CompletedAudit, Answer, Response
from cilantro_audit.constants import TITLE_MAX_LENGTH, TITLE_MIN_LENGTH
VALID_ANSWER = Answer(
text="Text",
severity=Severity.red(),
resolved=False,
response=Response.yes(),
)
OTHER_NO_COMMENT_ANSWER = Answer(
text="Text",
severity=Severity.red(),
resolved=False,
response=Response.other(),
)
class CompletedAuditTests(unittest.TestCase):
def test_title_is_required(self):
self.assertEqual(
None,
CompletedAudit(
title="Title",
datetime=datetime.now(),
def test_response_constructors(self):
self.assertEqual(ResponseEnum.YES, Response.yes().response)
self.assertEqual(ResponseEnum.NO, Response.no().response)
self.assertEqual(ResponseEnum.OTHER, Response.other().response)
def test_response_is_required(self):
self.assertEqual(None, Response.yes().validate())
self.assertRaises(ValidationError, Response().validate)
def test_storage_and_retrieval(self):
title = "Boiler Room Shenanigans"
auditor = "Erik The Auditor"
a0_text = "Did you stick your head in the boiler?"
a0_severity = Severity.red()
a0_response = Response.yes()
a1_text = "Was there dust on the machine?"
a1_severity = Severity.yellow()
a1_response = Response.no()
a2_text = "Did you clean the machine?"
a2_severity = Severity.green()
a2_response = Response.other()
a2_comment = "There was no dust on the machine to clean."
CompletedAuditBuilder() \
.with_title(title) \
.with_auditor(auditor) \
.with_answer(
Answer(
text=a0_text,
severity=a0_severity,
response=a0_response,
)
).with_answer(
Answer(
text=a1_text,
severity=a1_severity,
response=a1_response,
)
).with_answer(
Answer(
text=a2_text,
severity=a2_severity,
response=a2_response,
comment=a2_comment,
)
).build().save()
audits = CompletedAudit.objects(title=title)
self.assertEqual(title, audits[0].title)
self.assertEqual(1, len(audits))
self.assertEqual(3, len(audits[0].answers))
audit = audits[0]
a0_text = "Did you stick your head in the boiler?"
a0_severity = Severity.red()
a0_response = Response.yes()
a1_text = "Was there dust on the machine?"
a1_severity = Severity.yellow()
a1_response = Response.no()
a2_text = "Did you clean the machine?"
a2_severity = Severity.green()
a2_response = Response.other()
a2_comment = "There was no dust on the machine to clean."
self.assertEqual(a0_text, audit.answers[0].text)
self.assertEqual(a0_severity, audit.answers[0].severity)
self.assertEqual(a0_response, audit.answers[0].response)
self.assertEqual(None, audit.answers[0].comment)
self.assertEqual(a1_text, audit.answers[1].text)
self.assertEqual(a1_severity, audit.answers[1].severity)
self.assertEqual(a1_response, audit.answers[1].response)
self.assertEqual(None, audit.answers[1].comment)
self.assertEqual(a2_text, audit.answers[2].text)
self.assertEqual(a2_severity, audit.answers[2].severity)
self.assertEqual(a2_response, audit.answers[2].response)
self.assertEqual(a2_comment, audit.answers[2].comment)
self.assertGreaterEqual(datetime.utcnow(), audit.datetime)
Severity.red(),
Severity.yellow(),
Severity.yellow(),
Severity.yellow(),
Severity.green(),
Severity.green(),
Severity.green(),
Severity.green(),
Severity.green(),
Severity.green(),
Severity.green(),
Severity.green(),
]
RESPONSES = [
Response.yes(),
Response.no(),
Response.other(),
]
def random_title():
return random.choice(TITLES)
def random_question():
return Question(
text=random.choice(TEXTS),
yes=random.choice(SEVERITIES),
no=random.choice(SEVERITIES),
other=random.choice(SEVERITIES),
def yes_box_press(self):
self.response = Response.yes()
self.yes_box.background_color = RGB_GREEN
self.no_box.background_color = RGB_GREY_LIGHT
self.other_box.background_color = RGB_GREY_LIGHT