def test_complete_midword(self):
offset = 123
project_directory = path_helper.monkey_example_directory()
file = project_directory + "/Monkey.swift"
text = file_contents_helper.read(file)
output = source_kitten.complete(offset, file, project_directory, text)
self.assertTrue(len(output) > 0)
self.assertEqual(output[0]["name"], "color")
self.assertEqual(output[0]["typeName"], "String")
def test_source_files_simple_project(self):
project_directory = path_helper.monkey_example_directory()
output = swift_project.source_files(project_directory)
expectation = [
project_directory + "/Banana.swift",
project_directory + "/Monkey.swift"
]
self.assertEqual(sorted(list(output)), sorted(expectation))
def test_cursor_info_unsaved(self):
offset = 31
project_directory = path_helper.monkey_example_directory()
file = project_directory + "/Monkey.swift"
text = file_contents_helper.read(file)
text = text.replace("consumedBananas", "consumedBananaz", 1)
output = source_kitten.cursor_info(offset, file, project_directory,
text)
self.assertEqual(output["key.name"], "consumedBananaz")
def test_complete_with_haste_simple(self):
offset = 121
project_directory = path_helper.monkey_example_directory()
file = project_directory + "/Monkey.swift"
text = file_contents_helper.read(file)
output = subl_source_kitten.complete_with_haste(
offset, file, project_directory, text)
expectation = [
["color\tString", "color"],
["flavor\tInt", "flavor"],
]
self.assertEqual(list(output), expectation)
def test_complete_changed_code_on_unsaved(self):
offset = 162
project_directory = path_helper.monkey_example_directory()
file = project_directory + "/Monkey.swift"
text = file_contents_helper.read(file)
output = source_kitten.complete(offset, file, project_directory, text)
self.assertTrue(len(output) > 0)
text = text.replace("consumedBananas", "consumedBananaz", 1)
output = source_kitten.complete(offset, file, project_directory, text)
self.assertTrue(len(output) == 0)
text = text.replace("consumedBananas", "consumedBananaz", 1)
output = source_kitten.complete(offset, file, project_directory, text)
self.assertTrue(len(output) > 0)
def test_cursor_info(self):
offset = 78
project_directory = path_helper.monkey_example_directory()
file = project_directory + "/Monkey.swift"
text = file_contents_helper.read(file)
output = source_kitten.cursor_info(offset, file, project_directory,
text)
self.assertEqual(output["key.name"], "Banana")
self.assertEqual(output["key.typename"], "Banana.Type")
self.assertEqual(output["key.filepath"],
project_directory + "/Banana.swift")
self.assertEqual(output["key.offset"], 7)
self.assertEqual(output["key.length"], 6)
def test_complete_midword_type(self):
offset = 80
project_directory = path_helper.monkey_example_directory()
file = project_directory + "/Banana.swift"
text = file_contents_helper.read(file)
output = source_kitten.complete(offset, file, project_directory, text)
self.assertTrue(len(output) > 0)
found_string_as_autocomplete = False
for entry in output:
if entry["name"] == "String" and entry["typeName"] == "String":
found_string_as_autocomplete = True
self.assertTrue(found_string_as_autocomplete)
def test_complete_simple(self):
offset = 121
project_directory = path_helper.monkey_example_directory()
file = project_directory + "/Monkey.swift"
text = file_contents_helper.read(file)
output = source_kitten.complete(offset, file, project_directory, text)
expectation = [
["color\tString", "color"],
["flavor\tInt", "flavor"],
]
self.assertEqual(len(output), 2)
self.assertEqual(output[0]["name"], "color")
self.assertEqual(output[0]["typeName"], "String")
self.assertEqual(output[1]["name"], "flavor")
self.assertEqual(output[1]["typeName"], "Int")
def test_snippet_markers(self):
file = ""
text = "Monkey()."
offset = 9
project_directory = path_helper.monkey_example_directory()
output = subl_source_kitten.complete(offset, file, project_directory,
text)
expectation = [
['consumedBananas\t[Banana]', 'consumedBananas'],
['eat(:)\tVoid', 'eat(${1:<banana: Banana>})'],
[
'give(banana:toMonkey:)\tVoid',
'give(banana: ${1:<Banana>}, toMonkey: ${2:<Monkey>})'
]
]
self.assertEqual(list(output), expectation)
