def setUp(self):
self.decision = Decision()
self.member = Member()
self.bill = Bill()
self.strategy = NonPartisanDecisionStrategy(self.decision, self.member, self.bill)
self.stance = Stance()
self.stance.issue = "Some Issue"
self.stance.side = outcomes.FOR
self.stance1 = Stance()
self.stance1.issue = "Some Other Issue"
self.stance1.side = outcomes.AGN
self.INDEPENDENT = "INDEPENDENT"
class NonPartisanDecisionStrategyTest(unittest.TestCase):
""" Test suite for nonpartisan_decision_strategy.py."""
def setUp(self):
self.decision = Decision()
self.member = Member()
self.bill = Bill()
self.strategy = NonPartisanDecisionStrategy(self.decision, self.member, self.bill)
self.stance = Stance()
self.stance.issue = "Some Issue"
self.stance.side = outcomes.FOR
self.stance1 = Stance()
self.stance1.issue = "Some Other Issue"
self.stance1.side = outcomes.AGN
self.INDEPENDENT = "INDEPENDENT"
def test_init(self):
"""Tests whether a strategy can be constructed properly"""
result = NonPartisanDecisionStrategy(self.decision, self.member, self.bill)
self.assertEqual(result._name, "Non-partisan Decision")
self.assertEqual(result._decision, self.decision)
self.assertEqual(result._member, self.member)
self.assertEqual(result._bill, self.bill)
self.assertEqual(result._success, False)
def test_run_fail_no_credo(self):
""" Verifies that run() fails if there is no MI_credo."""
self.member.party = self.INDEPENDENT
self.stance1.source = self.INDEPENDENT
self.decision.groups_agn = [self.stance1]
result = self.strategy.run()
self.assertFalse(result)
self.assertFalse(self.strategy._success)
self.assertEquals(self.decision.result, None)
self.assertEquals(self.decision.reason, None)
def test_run_fail_no_party(self):
""" Verifies that run() fails if there is no party."""
self.stance.importance = importance.A
credo_result = ResultData()
credo_result.outcome = outcomes.FOR
credo_result.data = [self.stance]
self.decision.MI_credo = credo_result
self.stance1.source = self.INDEPENDENT
self.decision.groups_agn = [self.stance1]
result = self.strategy.run()
self.assertFalse(result)
self.assertFalse(self.strategy._success)
self.assertEquals(self.decision.result, None)
self.assertEquals(self.decision.reason, None)
def test_run_fail_no_opposing_groups(self):
""" Verifies that run() fails if there is no groups opposing the member's credo."""
self.stance.importance = importance.A
credo_result = ResultData()
credo_result.outcome = outcomes.FOR
credo_result.data = [self.stance]
self.decision.MI_credo = credo_result
self.member.party = self.INDEPENDENT
result = self.strategy.run()
self.assertFalse(result)
self.assertFalse(self.strategy._success)
self.assertEquals(self.decision.result, None)
self.assertEquals(self.decision.reason, None)
def test_run_fail_party_not_in_opposing_groups(self):
""" Verifies that run() fails if the member's party does not have a
stance in the groups opposing the member's credo."""
self.stance.importance = importance.A
credo_result = ResultData()
credo_result.outcome = outcomes.FOR
credo_result.data = [self.stance]
self.decision.MI_credo = credo_result
self.member.party = self.INDEPENDENT
self.decision.groups_agn = [self.stance1]
result = self.strategy.run()
self.assertFalse(result)
self.assertFalse(self.strategy._success)
self.assertEquals(self.decision.result, None)
self.assertEquals(self.decision.reason, None)
def test_run_fail_credo_stance_not_most_importance(self):
""" Verifies that run() fails if the member doesn't care too strongly
about the credo stances."""
self.stance.importance = importance.B
credo_result = ResultData()
credo_result.outcome = outcomes.FOR
credo_result.data = [self.stance]
self.decision.MI_credo = credo_result
self.member.party = self.INDEPENDENT
self.stance1.source = self.INDEPENDENT
self.decision.groups_agn = [self.stance1]
result = self.strategy.run()
self.assertFalse(result)
self.assertFalse(self.strategy._success)
self.assertEquals(self.decision.result, None)
self.assertEquals(self.decision.reason, None)
def test_run_success_FOR(self):
""" Verifies that run() successfully sets a FOR decision"""
self.stance.importance = importance.A
credo_result = ResultData()
credo_result.outcome = outcomes.FOR
credo_result.data = [self.stance]
self.decision.MI_credo = credo_result
self.member.party = self.INDEPENDENT
self.stance1.source = self.INDEPENDENT
self.decision.groups_agn = [self.stance1]
result = self.strategy.run()
self.assertTrue(result)
self.assertTrue(self.strategy._success)
self.assertEquals(self.decision.result, outcomes.FOR)
def test_run_success_AGN(self):
""" Verifies that run() successfully sets an AGN decision"""
self.stance.importance = importance.A
credo_result = ResultData()
credo_result.outcome = outcomes.AGN
credo_result.data = [self.stance]
self.decision.MI_credo = credo_result
self.member.party = self.INDEPENDENT
self.stance1.source = self.INDEPENDENT
self.decision.groups_for = [self.stance1]
result = self.strategy.run()
self.assertTrue(result)
self.assertTrue(self.strategy._success)
self.assertEquals(self.decision.result, outcomes.AGN)
def test_explain(self):
""" Verifies explain runs if there is a success [aka _explain is implemented]."""
self.stance.importance = importance.A
credo_result = ResultData()
credo_result.outcome = outcomes.AGN
credo_result.data = [self.stance]
self.decision.MI_credo = credo_result
self.member.party = self.INDEPENDENT
self.stance1.source = self.INDEPENDENT
self.decision.groups_for = [self.stance1]
result = self.strategy.run()
self.assertTrue(result)
self.strategy.explain()