def test_load_creates_correct_list_of_software():
#arrange
softwareList = []
softwareList.append(Software("MS Word", (13,2,1)))
softwareList.append(Software("MS Excel", (13,4,2)))
softwareList.append(Software("AngularJS", (1,7,1)))
softwareList.append(Software("Angular", (8,1,13)))
assert load_software_from_file(TEST_FILE_LOCATION) == softwareList
def test_gt_compares_by_fist_looking_at_Major_then_Minor_then_Patch():
assert Software("a", (1, randint(0, 100), randint(0, 100))) > Software(
"b", (0, randint(0, 100), randint(0, 100)))
assert Software("a", (1, 12, randint(0, 100))) > Software(
"b", (1, 11, randint(0, 100)))
assert Software("a", (5, 7, 12)) > Software("b", (5, 7, 2))
#Just to make sure it is not always returning true
assert not Software("a", (5, 7, 4)) > Software("b", (5, 7, 18))
def load_software_from_file(fileName):
with open(fileName) as file:
data = json.load(file)
softwareList = []
for softwareJsonLine in data:
software = Software(softwareJsonLine['name'],
parse_version(softwareJsonLine['version']))
softwareList.append(software)
return softwareList
def test_construtor_accepts_a_name_and_version_tuple():
software = Software("name", (1, 2, 4))
assert software.name == "name"
assert software.majorVersion == 1
assert software.minorVersion == 2
assert software.patch == 4
def test_toJson_returns_software_as_dict():
software = Software("a", (2, 4, 5))
expectedDict = {'name': "a", 'version': "2.4.5"}
assert software.toJson() == expectedDict
def test_eq():
assert Software("a", (5, 7, 1)) == Software("a", (5, 7, 1))
assert not Software("a", (6, 7, 1)) == Software("a", (5, 7, 1))
assert not Software("a", (5, 7, 1)) == Software("b", (5, 7, 1))
assert not Software("a", (5, 7, 1)) == Software("a", (5, 3, 1))
assert not Software("a", (5, 7, 1)) == Software("a", (5, 7, 6))
def test_gt_when_equal_returns_false():
assert not Software("a", (5, 7, 1)) > Software("b", (5, 7, 1))