def test_create_monthly_wateruse_dict4():
""" Test create_monthly_wateruse_dict() part 4 - testing October, November, December """
# description of test
description = "Test sum_values() : part 4 - test creating a dictionary with monthly keys (October, November, December) having values that correspond to the sum total water use"
# expected values to test with actual values
expected = {"October": 4.0,
"November": 4.0,
"December": 4.0,
}
# actual values
actual = wateruse.create_monthly_wateruse_dict(wateruse_data = fixture["wateruse_data_months_OND"], wateruse_value = 4.0)
# assert equality
_perform_assertion(actual, expected, description = description)
def test_create_monthly_wateruse_dict2():
""" Test create_monthly_wateruse_dict() part 2 - testing April, May, June """
# description of test
description = "Test sum_values() : part 2 - test creating a dictionary with monthly keys (April, May, June) having values that correspond to the sum total water use"
# expected values to test with actual values
expected = {"April": 2.0,
"May": 2.0,
"June": 2.0,
}
# actual values
actual = wateruse.create_monthly_wateruse_dict(wateruse_data = fixture["wateruse_data_months_AMJ"], wateruse_value = 2.0)
# assert equality
_perform_assertion(actual, expected, description = description)
def test_create_monthly_wateruse_dict3():
""" Test create_monthly_wateruse_dict() part 3 - testing July, August, September """
# description of test
description = "Test sum_values() : part 3 - test creating a dictionary with monthly keys (July, August, September) having values that correspond to the sum total water use"
# expected values to test with actual values
expected = {"July": 3.0,
"August": 3.0,
"September": 3.0,
}
# actual values
actual = wateruse.create_monthly_wateruse_dict(wateruse_data = fixture["wateruse_data_months_JAS"], wateruse_value = 3.0)
# assert equality
_perform_assertion(actual, expected, description = description)
def test_create_monthly_wateruse_dict1():
""" Test create_monthly_wateruse_dict() part 1 - testing January, Februray, March """
# description of test
description = "Test sum_values() : part 1 - test creating a dictionary with monthly keys (January, Februray, March) having values that correspond to the sum total water use"
# expected values to test with actual values
expected = {"January": 5.0,
"February": 5.0,
"March": 5.0,
}
# actual values
actual = wateruse.create_monthly_wateruse_dict(wateruse_data = fixture["wateruse_data"], wateruse_value = 5.0)
# assert equality
_perform_assertion(actual, expected, description = description)