def test_move_conflicts_list_length_1(self, patched_input_still_move):
# Specify the text string input by the user and returned
# by the input function (including an extraneous comma to
# confirm that the extra input is ignored)
patched_input_still_move.return_value = '1,'
# Define the expected output based on the user input
# patched through to the function (using the dummy
# single-item conflict list)
expect_keep = []
# Note that empty move order text is passed to the function
# since no one will see the messages printed anyway
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l1, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts_list_length_1(self, patched_input_still_move):
# Specify the text string input by the user and returned
# by the input function (including an extraneous comma to
# confirm that the extra input is ignored)
patched_input_still_move.return_value = '1,'
# Define the expected output based on the user input
# patched through to the function (using the dummy
# single-item conflict list)
expect_keep = []
# Note that empty move order text is passed to the function
# since no one will see the messages printed anyway
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l1, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts(self, patched_input_still_move):
# Specify the text string input by the user and returned
# by the input function
patched_input_still_move.return_value = '1, 3'
# Define the expected output based on the user input
# patched through to the function (using the dummy 4-item
# conflict list)
expect_keep = [
'(Prospective) Silica Nanoparticle Liquid-applied Insulation',
'Low-cost Prospective Integrated Heat Pump']
# Note that empty move order text is passed to the function
# since no one will see the messages printed anyway
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts(self, patched_input_still_move):
# Specify the text string input by the user and returned
# by the input function
patched_input_still_move.return_value = '1, 3'
# Define the expected output based on the user input
# patched through to the function (using the dummy 4-item
# conflict list)
expect_keep = [
'(Prospective) Silica Nanoparticle Liquid-applied Insulation',
'Low-cost Prospective Integrated Heat Pump'
]
# Note that empty move order text is passed to the function
# since no one will see the messages printed anyway
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts_non_numeric_entry(self, invalid_input, ok_input):
invalid_input.return_value = 'stuff, 3'
ok_input.return_value = '2,'
# Define the expected output based on the user input
# patched through to the function (using the dummy 4-item
# conflict list) for the user's "second attempt"
expect_keep = [
'Thermoelectric Heat Pump (Prospective)',
'20 CFM Bathroom Ventilation Fan (Prospective)',
'Low-cost Prospective Integrated Heat Pump']
# Call the function under test, passing an empty string for the
# move direction text since the printed messages are not seen
# when testing the function
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts_out_of_range_entry(self, err_input, ok_input):
# Set up patched input with an out of range value input
# by the user
err_input.return_value = '1,3,6'
ok_input.return_value = '1, 3, 4'
# Define the expected output based on the user input
# patched through to the function (using the dummy 4-item
# conflict list) for the user's "second attempt"
expect_keep = [
'(Prospective) Silica Nanoparticle Liquid-applied Insulation']
# Call the function under test, passing an empty string for the
# move direction text since the printed messages are not seen
# when testing the function
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts_no_user_selections(self, patched_input_nothing):
# Specify the text obtained from the user at the input field
patched_input_nothing.return_value = ''
# Define the expected output based on the user input
# patched through to the function (using the dummy
# 4-item conflict list)
expect_keep = [
'Thermoelectric Heat Pump (Prospective)',
'(Prospective) Silica Nanoparticle Liquid-applied Insulation',
'20 CFM Bathroom Ventilation Fan (Prospective)',
'Low-cost Prospective Integrated Heat Pump']
# Note that empty move order text is passed to the function
# since no one will see the messages printed anyway
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts_non_numeric_entry(self, invalid_input, ok_input):
invalid_input.return_value = 'stuff, 3'
ok_input.return_value = '2,'
# Define the expected output based on the user input
# patched through to the function (using the dummy 4-item
# conflict list) for the user's "second attempt"
expect_keep = [
'Thermoelectric Heat Pump (Prospective)',
'20 CFM Bathroom Ventilation Fan (Prospective)',
'Low-cost Prospective Integrated Heat Pump'
]
# Call the function under test, passing an empty string for the
# move direction text since the printed messages are not seen
# when testing the function
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts_out_of_range_entry(self, err_input, ok_input):
# Set up patched input with an out of range value input
# by the user
err_input.return_value = '1,3,6'
ok_input.return_value = '1, 3, 4'
# Define the expected output based on the user input
# patched through to the function (using the dummy 4-item
# conflict list) for the user's "second attempt"
expect_keep = [
'(Prospective) Silica Nanoparticle Liquid-applied Insulation'
]
# Call the function under test, passing an empty string for the
# move direction text since the printed messages are not seen
# when testing the function
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))
def test_move_conflicts_no_user_selections(self, patched_input_nothing):
# Specify the text obtained from the user at the input field
patched_input_nothing.return_value = ''
# Define the expected output based on the user input
# patched through to the function (using the dummy
# 4-item conflict list)
expect_keep = [
'Thermoelectric Heat Pump (Prospective)',
'(Prospective) Silica Nanoparticle Liquid-applied Insulation',
'20 CFM Bathroom Ventilation Fan (Prospective)',
'Low-cost Prospective Integrated Heat Pump'
]
# Note that empty move order text is passed to the function
# since no one will see the messages printed anyway
keep = run_setup.fix_ecm_move_conflicts(self.conflict_list_l4, '')
# Compare the expected and actual output - the list
# of ECMs to keep in place
self.assertTrue(self.compare(expect_keep, keep))