290 lines
8.9 KiB
Python
290 lines
8.9 KiB
Python
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import unittest
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from multiprocessing import Pipe, Queue
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from time import sleep
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from core.correctness.vars import CHAR_LOWERCASE, CHAR_UPPERCASE, \
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BAREBONES_NOTEBOOK
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from core.functionality import create_rules, generate_id, wait, \
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check_pattern_dict, check_recipe_dict
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from core.meow import BaseRule
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from patterns.file_event_pattern import FileEventPattern
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from recipes.jupyter_notebook_recipe import JupyterNotebookRecipe
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valid_pattern_one = FileEventPattern(
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"pattern_one", "path_one", "recipe_one", "file_one")
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valid_pattern_two = FileEventPattern(
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"pattern_two", "path_two", "recipe_two", "file_two")
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valid_recipe_one = JupyterNotebookRecipe(
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"recipe_one", BAREBONES_NOTEBOOK)
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valid_recipe_two = JupyterNotebookRecipe(
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"recipe_two", BAREBONES_NOTEBOOK)
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class CorrectnessTests(unittest.TestCase):
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def setUp(self) -> None:
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return super().setUp()
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def tearDown(self) -> None:
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return super().tearDown()
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def testCreateRulesMinimum(self)->None:
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create_rules({}, {})
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def testGenerateIDWorking(self)->None:
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id = generate_id()
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self.assertEqual(len(id), 16)
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for i in range(len(id)):
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self.assertIn(id[i], CHAR_UPPERCASE+CHAR_LOWERCASE)
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# In extrememly rare cases this may fail due to randomness in algorithm
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new_id = generate_id(existing_ids=[id])
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self.assertNotEqual(id, new_id)
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another_id = generate_id(length=32)
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self.assertEqual(len(another_id), 32)
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again_id = generate_id(charset="a")
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for i in range(len(again_id)):
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self.assertIn(again_id[i], "a")
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with self.assertRaises(ValueError):
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generate_id(length=2, charset="a", existing_ids=["aa"])
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prefix_id = generate_id(length=4, prefix="Test")
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self.assertEqual(prefix_id, "Test")
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prefix_id = generate_id(prefix="Test")
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self.assertEqual(len(prefix_id), 16)
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self.assertTrue(prefix_id.startswith("Test"))
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def testCreateRulesPatternsAndRecipesDicts(self)->None:
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patterns = {
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valid_pattern_one.name: valid_pattern_one,
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valid_pattern_two.name: valid_pattern_two
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}
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recipes = {
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valid_recipe_one.name: valid_recipe_one,
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valid_recipe_two.name: valid_recipe_two
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}
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rules = create_rules(patterns, recipes)
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self.assertIsInstance(rules, dict)
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self.assertEqual(len(rules), 2)
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for k, rule in rules.items():
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self.assertIsInstance(k, str)
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self.assertIsInstance(rule, BaseRule)
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self.assertEqual(k, rule.name)
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def testCreateRulesMisindexedPatterns(self)->None:
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patterns = {
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valid_pattern_two.name: valid_pattern_one,
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valid_pattern_one.name: valid_pattern_two
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}
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with self.assertRaises(KeyError):
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create_rules(patterns, {})
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def testCreateRulesMisindexedRecipes(self)->None:
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recipes = {
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valid_recipe_two.name: valid_recipe_one,
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valid_recipe_one.name: valid_recipe_two
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}
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with self.assertRaises(KeyError):
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create_rules({}, recipes)
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def testCheckPatternDictValid(self)->None:
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fep1 = FileEventPattern("name_one", "path", "recipe", "file")
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fep2 = FileEventPattern("name_two", "path", "recipe", "file")
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patterns = {
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fep1.name: fep1,
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fep2.name: fep2
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}
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check_pattern_dict(patterns=patterns)
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def testCheckPatternDictNoEntries(self)->None:
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with self.assertRaises(ValueError):
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check_pattern_dict(patterns={})
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check_pattern_dict(patterns={}, min_length=0)
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def testCheckPatternDictMissmatchedName(self)->None:
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fep1 = FileEventPattern("name_one", "path", "recipe", "file")
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fep2 = FileEventPattern("name_two", "path", "recipe", "file")
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patterns = {
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fep2.name: fep1,
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fep1.name: fep2
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}
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with self.assertRaises(KeyError):
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check_pattern_dict(patterns=patterns)
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def testCheckRecipeDictValid(self)->None:
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jnr1 = JupyterNotebookRecipe("recipe_one", BAREBONES_NOTEBOOK)
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jnr2 = JupyterNotebookRecipe("recipe_two", BAREBONES_NOTEBOOK)
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recipes = {
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jnr1.name: jnr1,
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jnr2.name: jnr2
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}
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check_recipe_dict(recipes=recipes)
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def testCheckRecipeDictNoEntires(self)->None:
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with self.assertRaises(ValueError):
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check_recipe_dict(recipes={})
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check_recipe_dict(recipes={}, min_length=0)
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def testCheckRecipeDictMismatchedName(self)->None:
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jnr1 = JupyterNotebookRecipe("recipe_one", BAREBONES_NOTEBOOK)
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jnr2 = JupyterNotebookRecipe("recipe_two", BAREBONES_NOTEBOOK)
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recipes = {
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jnr2.name: jnr1,
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jnr1.name: jnr2
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}
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with self.assertRaises(KeyError):
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check_recipe_dict(recipes=recipes)
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def testWaitPipes(self)->None:
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pipe_one_reader, pipe_one_writer = Pipe()
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pipe_two_reader, pipe_two_writer = Pipe()
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inputs = [
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pipe_one_reader, pipe_two_reader
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]
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pipe_one_writer.send(1)
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readables = wait(inputs)
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self.assertIn(pipe_one_reader, readables)
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self.assertEqual(len(readables), 1)
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msg = readables[0].recv()
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self.assertEqual(msg, 1)
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pipe_one_writer.send(1)
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pipe_two_writer.send(2)
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readables = wait(inputs)
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self.assertIn(pipe_one_reader, readables)
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self.assertIn(pipe_two_reader, readables)
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self.assertEqual(len(readables), 2)
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for readable in readables:
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if readable == pipe_one_reader:
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msg = readable.recv()
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self.assertEqual(msg, 1)
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elif readable == pipe_two_reader:
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msg = readable.recv()
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self.assertEqual(msg, 2)
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def testWaitQueues(self)->None:
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queue_one = Queue()
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queue_two = Queue()
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inputs = [
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queue_one, queue_two
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]
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queue_one.put(1)
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readables = wait(inputs)
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self.assertIn(queue_one, readables)
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self.assertEqual(len(readables), 1)
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msg = readables[0].get()
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self.assertEqual(msg, 1)
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queue_one.put(1)
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queue_two.put(2)
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sleep(0.1)
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readables = wait(inputs)
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self.assertIn(queue_one, readables)
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self.assertIn(queue_two, readables)
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self.assertEqual(len(readables), 2)
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for readable in readables:
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if readable == queue_one:
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msg = readable.get()
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self.assertEqual(msg, 1)
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elif readable == queue_two:
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msg = readable.get()
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self.assertEqual(msg, 2)
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def testWaitPipesAndQueues(self)->None:
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pipe_one_reader, pipe_one_writer = Pipe()
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pipe_two_reader, pipe_two_writer = Pipe()
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queue_one = Queue()
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queue_two = Queue()
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inputs = [
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pipe_one_reader, pipe_two_reader, queue_one, queue_two
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]
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pipe_one_writer.send(1)
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readables = wait(inputs)
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self.assertIn(pipe_one_reader, readables)
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self.assertEqual(len(readables), 1)
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msg = readables[0].recv()
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self.assertEqual(msg, 1)
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pipe_one_writer.send(1)
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pipe_two_writer.send(2)
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readables = wait(inputs)
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self.assertIn(pipe_one_reader, readables)
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self.assertIn(pipe_two_reader, readables)
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self.assertEqual(len(readables), 2)
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for readable in readables:
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if readable == pipe_one_reader:
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msg = readable.recv()
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self.assertEqual(msg, 1)
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if readable == pipe_two_reader:
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msg = readable.recv()
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self.assertEqual(msg, 2)
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queue_one.put(1)
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readables = wait(inputs)
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self.assertIn(queue_one, readables)
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self.assertEqual(len(readables), 1)
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msg = readables[0].get()
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self.assertEqual(msg, 1)
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queue_one.put(1)
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queue_two.put(2)
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sleep(0.1)
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readables = wait(inputs)
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self.assertIn(queue_one, readables)
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self.assertIn(queue_two, readables)
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self.assertEqual(len(readables), 2)
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for readable in readables:
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if readable == queue_one:
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msg = readable.get()
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self.assertEqual(msg, 1)
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elif readable == queue_two:
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msg = readable.get()
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self.assertEqual(msg, 2)
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queue_one.put(1)
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pipe_one_writer.send(1)
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sleep(0.1)
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readables = wait(inputs)
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self.assertIn(queue_one, readables)
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self.assertIn(pipe_one_reader, readables)
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self.assertEqual(len(readables), 2)
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for readable in readables:
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if readable == queue_one:
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msg = readable.get()
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self.assertEqual(msg, 1)
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elif readable == pipe_one_reader:
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msg = readable.recv()
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self.assertEqual(msg, 1)
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