def get_command_to_run(filename):
(directory, name, extension) = get_file_tuple(filename)
output_file = directory + '/' + name + '.out'
command_run = output_file
test_file = directory + '/' + name + '.input'
if os.path.exists(test_file):
command_run += ' < ' + test_file
return command_run
def get_command_for_compilation(filename):
(directory, name, extension) = get_file_tuple(filename)
output_filename = directory + '/' + name + '.out'
command = EXECUTABLE_GCC + ' ' + \
get_gcc_flags() + \
' -o ' + output_filename + \
' ' + filename
return command
def test_get_file_tuple_splits_properly(self):
dummy_directory = "dummy_directory"
(directory, name, extension) = get_file_tuple(dummy_directory + '/' + self.filename_cpp)
self.assertIn(dummy_directory, directory)
self.assertEqual(name, 'foobar')
self.assertEqual(extension, 'cpp')
def test_get_file_tuple_splits_properly(self):
dummy_directory = "dummy_directory"
(directory, name,
extension) = get_file_tuple(dummy_directory + '/' + self.filename_cpp)
self.assertIn(dummy_directory, directory)
self.assertEqual(name, 'foobar')
self.assertEqual(extension, 'cpp')
def build_and_run_file(filename):
''' Builds and runs the filename specified
according to the extension
PARAM filename: name of file to build and run
'''
(directory, name, extension) = get_file_tuple(filename)
if extension == 'c':
print(" = = = = = = ", YELLOW, "GCC: Compiling " + filename + " file", \
RESET, " = = = = = =\n")
compiler = Compiler(filename)
out = compiler.compile()
if out != 0:
print('Error while compiling. Code:', out, 'Please retry.')
return out
print("")
out = compiler.run()
return out
elif extension == 'cpp':
print(" = = = = = = ", YELLOW, "GPP: Compiling " + filename + " file", \
RESET, " = = = = = =\n")
compiler = Compiler(filename)
out = compiler.compile()
if out != 0:
print('Error while compiling. Code:', out, 'Please retry.')
return out
print("")
out = compiler.run()
return out
elif extension == 'py':
print(" = = = = = = ", YELLOW, "PYTHON: Executing " + filename + " file", \
RESET, " = = = = = =\n")
command_run = EXECUTABLE_PYTHON + " " + filename
test_file = directory + "/" + name + ".input"
if os.path.exists(test_file):
command_run += " < " + test_file
return perform_system_command(command_run)
elif extension == 'java':
command = EXECUTABLE_JAVAC + ' ' + filename
perform_system_command(command)
command_run = EXECUTABLE_JAVA + ' ' + name
test_file = directory + "/" + name + ".input"
if os.path.exists(test_file):
command_run += " < " + test_file
return perform_system_command(command_run)
else:
print("Language yet not supported")
return -1
def memory_test(filename):
''' make sure filename.test exits and call
for valgrind(choose to perform memory test)
PARAM filename: name of file to run test on
'''
(directory, name, extension) = get_file_tuple(filename)
# if not c or cpp files, no mem test to run
if extension != 'c' and extension != 'cpp':
return
test_file = name + ".test"
print("Test file: " + test_file)
# print(len(args), args)
if not os.path.isfile(test_file):
print("Test file not found")
return
valgrind_test(test_file)
