def test_replace_logical_ops(self):
"""Tests Python.test_replace_logical_ops"""
# Create test set
test_set = [
"and_str and or_str or not_str and not and_or_not_str",
"name and uid or reg_no and not unknown and not(std < 1)",
"&&_str and ||_str or n!_str and u! &&_||_!_str"
]
# Create expected results test set
res_set = [
"and_str && or_str || not_str && !and_or_not_str",
"name && uid || reg_no && !unknown && !(std < 1)",
"&&_str && ||_str || n!_str && u! &&_||_!_str"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test from conversion
self.assertEqual(Python().replace_logical_ops(test_set[i], "to"),
res_set[i])
# Test to conversion
self.assertEqual(Python().replace_logical_ops(res_set[i], "from"),
test_set[i])
def test_is_interface(self):
"""Tests Python.is_interface"""
# Create test set
test_set = [
(self.file, 6),
(self.file, 11),
(self.file, 1),
(self.file, 17),
]
# Create expected results test set
res_set = [
True,
True,
False,
False
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().is_interface(*test_set[i]),
res_set[i])
def test_get_type(self):
"""Tests Python.get_type"""
# Create test set
test_set = [
"0",
"213.456",
"23j",
"'string'",
'"Double quote string"',
"[0, 1, 2, 3]",
"('This', 'is', 'a', 'tuple')",
"{'key': 'value'}"
]
# Create expected results test set
res_set = [
"int",
"float",
"complex",
"str",
"str",
"list",
"tuple",
"dict"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_type(test_set[i]),
res_set[i])
def test_convert_class(self):
"""Tests Python.convert_class"""
# Create test set
test_set = [
("public", "ClassName", ["ParentClass"], ["SuperIntr", "MyIntr"]),
("public", "MyClass", ["SuperClass"], ["RandIntr"]),
("public", "RandClass", ["MyClass"], []),
("public", "MyOwnClass", [], ["MyOwnIntr"]),
("public", "BareClass", [], [])
]
# Create expected results test set
res_set = [
["class ClassName(ParentClass, SuperIntr, MyIntr):",
'"""SuperIntr: interface',
'MyIntr: interface"""'],
["class MyClass(SuperClass, RandIntr):",
'"""RandIntr: interface"""'],
["class RandClass(MyClass):"],
["class MyOwnClass(MyOwnIntr):",
'"""MyOwnIntr: interface"""'],
["class BareClass:"]
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().convert_class(*test_set[i]),
(res_set[i], []))
def test_convert_for(self):
"""Tests Python.convert_for"""
# Create test set
test_set = [
("i", "0", "10", "1", None),
("i", "2", "10", "1", None),
("i", "0", "10", "2", None),
("i", "0", "Array.length", "1", "array"),
("i", "2", "Array.length", "2", "array"),
]
# Create expected results test set
res_set = [
"for i in range(10):",
"for i in range(2, 10):",
"for i in range(0, 10, 2):",
"for i in array:",
"for i in array[2::2]:"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().convert_for(*test_set[i]),
([res_set[i]], []))
def test_get_list_slice_vars(self):
"""Tests Python.get_list_slice_vars"""
# Create test set
test_set = [
"array[:10]",
"my_array[4:]",
"dual_in_arr[2:10]",
"step_arr[0:10:5]"
]
# Create expected results test set
res_set = [
("array", "0", "10", "1"),
("my_array", "4", "Array.length", "1"),
("dual_in_arr", "2", "10", "1"),
("step_arr", "0", "10", "5")
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_list_slice_vars(test_set[i]),
res_set[i])
def test_convert_if(self):
"""Tests Python.convert_if"""
# Create test set
test_set = [
"name && uid || reg_no && !unknown && !(std < 1)",
"_!name && ||uid || |||| && &&&&&&&",
"!!",
"!(!)"
]
# Create expected results test set
res_set = [
"if name and uid or reg_no and not unknown and not(std < 1):",
"if _!name and ||uid or |||| and &&&&&&&:",
"if not !:",
"if not(not):"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().convert_if(test_set[i], "if"),
([res_set[i]], []))
def test_convert_interface(self):
"""Tests Python.convert_interface"""
# Create test set
test_set = [
("public", "IntrName", ["ParentIntr", "SuperIntr"]),
("private static", "RandIntr", ["MyIntr"]),
("public", "Interface", []),
]
# Create expected results test set
res_set = [
["class IntrName(ParentIntr, SuperIntr):",
'"""class type: interface',
"ParentIntr: interface",
'SuperIntr: interface"""'],
["class RandIntr(MyIntr):",
'"""class type: interface',
'MyIntr: interface"""'],
["class Interface:",
'"""class type: interface"""']
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().convert_interface(*test_set[i]),
(res_set[i], []))
def test_get_while_condition(self):
"""Tests Python.get_while_condition"""
# Create test set
test_set = [
(self.file, 43),
]
# Create expected results test set
res_set = [
("running && !stop", [], []),
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_while_condition(*test_set[i]),
res_set[i])
def test_get_function_definition(self):
"""Tests Python.get_function_definition"""
# Create test set
test_set = [
(self.file, 22),
(self.file, 40)
]
# Create expected results test set
res_set = [
("private", "void", "__my_func", [["self", "Cls.Obj"], ["name", "str"]], [], []),
("public", "void", "main", [], [], ['staticmethod', 'main = my_dec(main)']),
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_function_definition(*test_set[i]),
res_set[i])
def test_get_if_condition(self):
"""Tests Python.get_if_condition"""
# Create test set
test_set = [
(self.file, 23),
(self.file, 24)
]
# Create expected results test set
res_set = [
("!occupied && !(processes_running > 500)", "if", [" pass"], []),
('(name != "" && name) || default', "else if", [], [])
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_if_condition(*test_set[i]),
res_set[i])
def test_convert_decorator(self):
"""Tests Python.convert_decorator"""
# Create test set
test_set = [
("@my_dec", "my_func"),
("@staticmethod", "my_static_func")
]
# Create expected results test set
res_set = [
"my_func = my_dec(my_func)",
"my_static_func = staticmethod(my_static_func)"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().convert_decorator(*test_set[i]),
[res_set[i]])
def test_convert_while(self):
"""Tests Python.convert_while"""
# Create test set
test_set = [
"count < 100 && !(count == 0 || count < 0) && !error",
"!user_input.valid() && !(user_input.quit || one_shot)"
]
# Create expected results test set
res_set = [
"while count < 100 and not(count == 0 or count < 0) and not error:",
"while not user_input.valid() and not(user_input.quit or one_shot):"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().convert_while(test_set[i]),
([res_set[i]], []))
def test_get_doc_str(self):
"""Tests Python.get_doc_str"""
# Create test set
test_set = [
(self.file, 6),
(self.file, 11)
]
# Create expected results test set
res_set = [
["class type: interface"],
["class type: interface", "MyIntr: interface"]
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_doc_str(*test_set[i]),
res_set[i])
def test_make_function_definition(self):
"""Tests Python.make_function_definition"""
# Create test set
test_set = [
("void", "main", []),
("int", "func_name", [["var", 'int']])
]
# Create expected results test set
res_set = [
"def main() -> 'None':",
"def func_name(var: 'int') -> 'int':"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().make_function_definition(*test_set[i]),
res_set[i])
def test_parse_function_definition(self):
"""Tests Python.parse_function_definition"""
# Create test set
test_set = [
(self.file, 40, "def main", "):"),
(self.file, -1, "def func_name", "var: 'int') -> 'int':")
]
# Create expected results test set
res_set = [
("void", "main", [], ["staticmethod", "main = my_dec(main)"]),
("int", "func_name", [["var", 'int']], [])
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().parse_function_definition(*test_set[i]),
res_set[i])
def test_get_interface_definition(self):
"""Tests Python.get_interface_definition"""
# Create test set
test_set = [
(self.file, 6),
(self.file, 11)
]
# Create expected results test set
res_set = [
("public", "MyIntr", [], [], []),
("public", "ChildIntr", ["MyIntr"], [], []),
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_interface_definition(*test_set[i]),
res_set[i])
def test_convert_method(self):
"""Tests Python.convert_method"""
# Create test set
test_set = [
("public static", "void", "main", []),
("public", "String", "my_func", [["var", "float"]])
]
# Create expected results test set
res_set = [
["@staticmethod", "def main() -> 'None':"],
["def my_func(var: 'float') -> 'String':"]
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().convert_method(*test_set[i]),
(res_set[i], []))
def install_process_cached(self, package_json, dependencies, args):
for pkgname, versions in dependencies:
package_cache_path = path.join(APP_CACHE_DIR, pkgname)
git_package_cache_path = path.join(package_cache_path, APP_GIT_FOLDER_NAME)
try:
os.makedirs(package_cache_path)
except OSError:
pass
# init repo
if not path.isdir(git_package_cache_path):
Python().execute_command(command='init', args=['-p', package_cache_path, '-i'])
repo = Repository(git_package_cache_path)
cached_versions = utils.get_commit_list(repo)
# clean up all version but the last one
for version in versions:
if version not in cached_versions:
self.clean(package_cache_path)
self.install_package_cached(repo, pkgname, version, package_cache_path)
def test_get_class_name(self):
"""Tests Python.get_class_name"""
# Create test set
test_set = [
(self.file, 22),
(self.file, 14),
(self.file, 8)
]
# Create expected results test set
res_set = [
"ChildCls",
"ChildIntr",
"MyIntr"
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_class_name(*test_set[i]),
res_set[i])
def test_get_for_iterations(self):
"""Tests Python.get_for_iterations"""
# Create test set
test_set = [
(self.file, 30),
(self.file, 32),
(self.file, 34)
]
# Create expected results test set
res_set = [
("Array.data_type i", "0", "Array.length", "1", "array", [], []),
("int i", "5", "count", "1", None, [], []),
("int i", "0", "count", "2", None, [], [])
]
# Run test for all tests in test_set
for i in range(len(test_set)):
# Test function with inputs and expected outputs
self.assertEqual(Python().get_for_iterations(*test_set[i]),
res_set[i])
def get_main_file(path):
for filename in os.listdir(path):
if filename.startswith(MAIN_FILE_NAME + "."):
return filename
return None
if __name__ == '__main__':
# Pop file name
argv.pop(0)
# If no command specified, exec help for main
if len(argv) == 0:
Python().execute_command(args=argv, command="main")
sys.exit(1)
commands = get_commands()
# Get the command
command = argv[0]
if command in commands:
argv.pop(0)
Python().execute_command(command=command)
else:
Python().execute_command(command="main")
# print 'Unrecognized command.'
def codestructuremaker_main():
# loggin system
logging.basicConfig(filename='log', level=logging.DEBUG)
# Initiate the parser
parser = argparse.ArgumentParser(
description="Create default code project structure automaticaly")
valid_licenses = [None, "mit"]
valid_languages = ["python", "webproject", "cpp", "c", "nodejs"]
# Add long and short argument
parser.add_argument("--language",
"-l",
choices=valid_languages,
help="Set the language of the project")
parser.add_argument("--name", "-n", help="Set the name of the project")
parser.add_argument("--license",
"-li",
default=None,
choices=valid_licenses,
help="Set the license of the project")
#parser.add_argument("--path", "-p", help="Set the path of the project")
# Read arguments from the command line
args = parser.parse_args()
if len(sys.argv) == 1:
from pyfiglet import Figlet
f = Figlet(font='slant')
print(f.renderText('CSM'))
print("Language list")
for language in valid_languages:
print("- " + language)
while True:
args.language = input("Please chose language: ")
if args.language not in valid_languages:
print("Not supported language")
else:
break
args.name = input("Please chose projectName: ")
args.license = input("Please chose license: (defaul: None) ")
if args.license not in valid_licenses:
print("Not supported license, we use default")
args.license = None
if args.license == "":
print("Not supported license, we use default")
args.license = None
# Check args
if (args.language and args.name):
if args.language == "python":
from languages.python import Python
Python(args.name, args.license)
if args.language == "webproject":
from languages.webproject import WebProject
WebProject(args.name, args.license)
if args.language == "cpp":
from languages.cpp import CPP
CPP(args.name, args.license)
if args.language == "c":
from languages.c import C
C(args.name, args.license)
if args.language == "nodejs":
from languages.nodejs import Nodejs
Nodejs(args.name, args.license)
else:
print("Language and project name are compulsary")
return 0
