def test_link_doubleLinkList_head(self):
dll = list.DoubleLinkList()
dll.add_head(1)
dll.add_head(2)
dll.add_head(3)
actual = timer.run_timed_result(str, dll)
expected = "3,2,1"
self.assertEqual(actual, expected, "test_link_dllHead.1")
actual = timer.run_timed_result(dll.peak_head)
expected = 3
self.assertEqual(actual, expected, "test_link_dllHead.2")
actual = actual = timer.run_timed_result(dll.pop_head)
expected = 3
self.assertEqual(actual, expected, "test_link_dllHead.3")
actual = timer.run_timed_result(str, dll)
expected = "2,1"
self.assertEqual(actual, expected, "test_link_dllHead.4")
def test_link_doubleLinkList_tail(self):
dll = list.DoubleLinkList()
dll.add_tail(1)
dll.add_tail(2)
dll.add_tail(3)
actual = timer.run_timed_result(str, dll)
expected = "1,2,3"
self.assertEqual(actual, expected, "test_link_dllTail.1")
actual = timer.run_timed_result(dll.peek_tail)
expected = 3
self.assertEqual(actual, expected, "test_link_dllTail.2")
actual = actual = timer.run_timed_result(dll.pop_tail)
expected = 3
self.assertEqual(actual, expected, "test_link_dllTail.3")
actual = timer.run_timed_result(str, dll)
expected = "1,2"
self.assertEqual(actual, expected, "test_link_dllTail.4")
def test_get_fib_recursive(self):
actual = timer.run_timed_result(fib.get_fib_recursive, 1)
self.assertEqual(actual, 1, 'get_fib_recursive(1)')
actual = timer.run_timed_result(fib.get_fib_recursive, 2)
self.assertEqual(actual, 1, 'get_fib_recursive(2)')
actual = timer.run_timed_result(fib.get_fib_recursive, 3)
self.assertEqual(actual, 2, 'get_fib_recursive(3)')
actual = timer.run_timed_result(fib.get_fib_recursive, 4)
self.assertEqual(actual, 3, 'get_fib_recursive(4)')
actual = timer.run_timed_result(fib.get_fib_recursive, 5)
self.assertEqual(actual, 5, 'get_fib_recursive(5)')
actual = timer.run_timed_result(fib.get_fib_recursive, 16)
self.assertEqual(actual, 987, 'get_fib_recursive(16)')
actual = timer.run_timed_result(fib.get_fib_recursive, 24)
self.assertEqual(actual, 46368, 'get_fib_recursive(24)')
def test_get_fib_var2(self):
actual = timer.run_timed_result(fib.get_fib_var2, 1)
self.assertEqual(actual, 1, 'get_fib_var2(1)')
actual = timer.run_timed_result(fib.get_fib_var2, 2)
self.assertEqual(actual, 1, 'get_fib_var2(2)')
actual = timer.run_timed_result(fib.get_fib_var2, 3)
self.assertEqual(actual, 2, 'get_fib_var2(3)')
actual = timer.run_timed_result(fib.get_fib_var2, 4)
self.assertEqual(actual, 3, 'get_fib_var2(4)')
actual = timer.run_timed_result(fib.get_fib_var2, 5)
self.assertEqual(actual, 5, 'get_fib_var2(5)')
actual = timer.run_timed_result(fib.get_fib_var2, 16)
self.assertEqual(actual, 987, 'get_fib_var2(16)')
actual = timer.run_timed_result(fib.get_fib_var2, 24)
self.assertEqual(actual, 46368, 'get_fib_var2(24)')
def test_get_fib_array(self):
actual = timer.run_timed_result(fib.get_fib_array, 1)
self.assertEqual(actual, 1, 'get_fib_array(1)')
actual = timer.run_timed_result(fib.get_fib_array, 2)
self.assertEqual(actual, 1, 'get_fib_array(2)')
actual = timer.run_timed_result(fib.get_fib_array, 3)
self.assertEqual(actual, 2, 'get_fib_array(3)')
actual = timer.run_timed_result(fib.get_fib_array, 4)
self.assertEqual(actual, 3, 'get_fib_array(4)')
actual = timer.run_timed_result(fib.get_fib_array, 5)
self.assertEqual(actual, 5, 'get_fib_array(5)')
actual = timer.run_timed_result(fib.get_fib_array, 16)
self.assertEqual(actual, 987, 'get_fib_array(16)')
actual = timer.run_timed_result(fib.get_fib_array, 24)
self.assertEqual(actual, 46368, 'get_fib_array(24)')
def test_python_sort(self):
actual = timer.run_timed_result(sort.python_sort, unOrderedList.copy())
expected = orderedList
self.assertEqual(actual, expected, 'python_sort')
def execute():
cmd = args.CommandHandler()
if cmd.is_command("convert_from_base_10"):
timer.run_timed_result(base.convert_from_base_10, cmd.arg(2, "27"),
int(cmd.arg(3, "2")))
if cmd.is_command("convert_to_base_10"):
timer.run_timed_result(base.convert_to_base_10, cmd.arg(2, "11011"),
int(cmd.arg(3, "2")))
if cmd.is_command("get_fib_recursive"):
timer.run_timed_result(fib.get_fib_recursive, int(cmd.arg(2, "16")))
if cmd.is_command("get_fib_array"):
timer.run_timed_result(fib.get_fib_array, int(cmd.arg(2, "16")))
if cmd.is_command("get_fib_vars"):
timer.run_timed_result(fib.get_fib_vars, int(cmd.arg(2, "16")))
if cmd.is_command("get_fib_var2"):
timer.run_timed_result(fib.get_fib_var2, int(cmd.arg(2, "16")))
if cmd.is_command("get_factors"):
timer.run_timed_result(fact.get_factors, int(cmd.arg(2, "121")))
if cmd.is_command("get_factorial"):
timer.run_timed_result(fact.get_factorial, int(cmd.arg(2, "10")))
if cmd.is_command("is_factorial"):
timer.run_timed_result(fact.is_factorial,
int(cmd.arg(2, "87178291200")))
if cmd.is_command("is_prime"):
timer.run_timed_result(prime.is_prime, int(cmd.arg(2, "997")))
if cmd.is_command("get_primes"):
timer.run_timed_result(prime.get_primes, int(cmd.arg(2, "900")),
int(cmd.arg(3, "999")), bool(cmd.arg(4, False)))
if cmd.is_command("isPrime"):
p = prime.Prime()
timer.run_timed_result(p.compute_primes, int(cmd.arg(2, "997")),
bool(cmd.arg(4, True)))
timer.run_timed_result(p.is_prime, int(cmd.arg(2, "997")),
bool(cmd.arg(3, True)))
if cmd.is_command("getPrimes"):
p = prime.Prime()
timer.run_timed_result(p.compute_primes, int(cmd.arg(3, "999")),
bool(cmd.arg(4, True)))
timer.run_timed_result(p.get_primes, int(cmd.arg(2, "900")),
int(cmd.arg(3, "999")), bool(cmd.arg(4, True)))
if cmd.is_command("binary_search"):
timer.run_timed_result(search.binary_search,
cmd.arg(2, orderedList).split(","),
cmd.arg(3, "10"))
if cmd.is_command("bubble_sort"):
timer.run_timed_result(sort.print_bubble_sort,
cmd.arg(2, unOrderedList).split(","))
if cmd.is_command("merge_sort"):
timer.run_timed_result(sort.merge_sort,
cmd.arg(2, unOrderedList).split(","))
if cmd.is_command("python_sort"):
timer.run_timed_result(sort.python_sort,
cmd.arg(2, unOrderedList).split(","))
if not cmd.is_handled():
help_text = cmd.get_help(
"---- CS Algorithms in Python, MIT, (c) 2019, JTankersley ----",
"run <function> [<value>]", "./run.sh get_factors 40302")
print(f"{help_text}")
def test_binary_search(self):
actual = timer.run_timed_result(search.binary_search, orderedList, 15)
expected = 10
self.assertEqual(actual, expected, 'binary_search')
def test_is_factorial(self):
actual = timer.run_timed_result(fact.is_factorial, 87178291200)
expected = True
self.assertEqual(actual, expected, "is_factorial")
def test_get_factorial(self):
actual = timer.run_timed_result(fact.get_factorial, 10)
expected = 362880
self.assertEqual(actual, expected, "get_factorial")
def test_get_factors(self):
actual = timer.run_timed_result(fact.get_factors, 121)
expected = [1, 11]
self.assertEqual(actual, expected, "get_factors")
def test_run_timed_result(self):
actual = timer.run_timed_result(wait_time, 1)
expected = 1
self.assertEqual(actual, expected, 'run_timed_result')
