def test_rowround_function(): prg = PRG() # Create test variables. x = make_words(n=16) y0 = prg.quarterround_function(x[0:4]) y1 = prg.quarterround_function(x[4:8]) y2 = prg.quarterround_function(x[8:12]) y3 = prg.quarterround_function(x[12:16]) y = (y0, y1, y2, y3) assert type(y) is type(y0) is type(y1) is type(y2) is type(y3) is tuple # Unpack y. y_unpacked = [] for words in y: for word in words: y_unpacked.append(word) assert type(y_unpacked) is list y_unpacked = tuple(y_unpacked) assert type(y_unpacked) is tuple assert len(y_unpacked) == 16 # Run function tests. output = prg.rowround_function(x) assert type(output) is tuple assert len(output) == 16 for element in output: assert type(element) is str # Compare output. assert output == y_unpacked
def test_doubleround_function(): prg = PRG() x = make_words(n=16) verification = prg.columnround_function(x) verification = prg.rowround_function(verification) output = prg.doubleround_function(x) print(type(x)) print(type(output)) print(type(verification)) assert type(output) is type(verification) is type(x) is tuple assert len(output) == len(verification) == len(x) == 16 assert output == verification