def test_create_note_3(self):
note = NotesApplication("author", ["note1", "note2", "note3", "note4", "note5"])
note.create("note6")
note.create("note7")
note.create("note8")
note_len = len(note.note_list)
self.assertEqual(note_len, 8, msg = "Success: New notes created!")
def test_create_note_2(self):
note = NotesApplication("author", ["note1"])
note.create("note2")
note.create("note3")
note.create("note4")
note.create("note5")
note_len = len(note.note_list)
self.assertEqual(note_len, 5, msg = "Success: New notes created!")
def test_search_1(self):
note = NotesApplication("author", ["note1", "note2", "note3"])
search_note = note.search("text")
self.assertListEqual(search_note, ["note1", "note2", "note3"],
msg = "Success: search should return all notes with 'text' string")
def test_list_all_notes_empty(self):
note = NotesApplication("author", ["note1", "note2", "note3", "note4", "note5"])
list_all = note.list()
self.assertListEqual(note.list, [],
msg = "Success: The list returns empty if no note created ")
def test_list_all_notes_1(self):
note = NotesApplication("author", ["note1", "note2", "note3", "note4", "note5"])
list_all = note.list()
self.assertListEqual(note.list, ["note1", "note2", "note3", "note4", "note5"],
msg = "Success: All notes in the list should be listed if there are 5 notes")
def test_get_note_4(self):
note = NotesApplication("author")
test_get = note.get(-200)
self.assertEqual(note.get, "note4", msg = "Oops: Index out of range")
def test_get_note_3(self):
note = NotesApplication("author")
test_get = note.get(3)
self.assertEqual(note.get, "note4", msg = "Success: Note retrieved!")
def test_get_note_1(self):
note = NotesApplication("author")
test_get = note.get("")
self.assertEqual(note.get, 0, msg = "Oops: No index passed")
def test_create_note_empty(self):
note = NotesApplication("author")
note.create("")
note_len = len(note.note_list)
self.assertEqual(note.create, 0, msg = "New note not created")
def test_create_note_1(self):
note = NotesApplication('author')
note.create('note1')
self.assertEqual(note.create, "note1", msg = "Success: New note created!")
def test_edit_invalid_index(self):
notes = NotesApplication("author", ["note1", "note2", "note3", "note4"])
note.edit(6, "note4")
result = notes.list()
self.assertTrue(result, True, msg = 'Delete should return True for Invalid Index')
def test_edit_valid_index(self):
note = NotesApplication("author", ["note1", "note2", "note3", "note4"])
note.edit(1, "note9")
note_list = note.list()
self.assertListEqual(note_list, ["note1", "note2", "note3", "note4"], msg='Edit should alter supplied index in the notes list')
def test_delete_invalid_2(self):
note = NotesApplication("author", ["note1", "note2", "note3", "note4"])
del_result = note.delete(-4)
self.assertTrue(del_result, True, msg = 'Delete should return True for a negative index')
def test_delete_invalid_1(self):
note = NotesApplication("author", ["note1", "note2", "note3", "note4"])
del_note = note.delete(6)
self.assertTrue(delete_result, True, msg = 'Delete should return True for a wrong index')
def test_delete_valid(self):
note = NotesApplication("author", ["note1", "note2", "note3", "note4"])
del_note = note.delete(2)
note_len = len(del_note)
self.assertEqual(note_len, 3, msg = 'Delete should reduce the size of the list')