# Imports
import pytest
import os
from pathlib import Path
import tests.utils as utils
import typhoon.api.hil as hil
from typhoon.api.schematic_editor import model
from typhoon.test.capture import start_capture, get_capture_results
import typhoon.test.signals as sig
from typhoon.test.ranges import around

# Use VHIL
use_vhil = True

# Name of this test file
test_file_name = Path(__file__).stem
# Folder where this file is located
current_test_dir = os.path.dirname(__file__)
# e.g.: path_and_file = ("test_single_phase_contactor", "path/to/this/directory")
path_and_file = (test_file_name, current_test_dir)

# Parameters used in test_intermediate_conversion
# e.g.: parameter_values = [("simulink","path_and_file"), ("psim","path_and_file"), etc.]
parameter_values = [(type, path_and_file) for type in utils.conversion_types]
# Parameters used in test_conversion_to_tse (calls the test_intermediate_conversion; this fixture is also parametrized)
doubled_parameter_values = [(parameter_values[idx], parameter_values[idx]) for idx in range(len(utils.conversion_types))]

# Intermediate file generation test
@pytest.mark.intermediate_conversion
@pytest.mark.parametrize("create_intermediate_file", parameter_values, indirect=True)
def test_intermediate_conversion(create_intermediate_file):
    return_code, intermediate_file_path = create_intermediate_file
    assert return_code == 0
    assert os.path.isfile(intermediate_file_path)

# Conversion test
@pytest.mark.conversion_to_tse
@pytest.mark.parametrize("convert_to_tse, create_intermediate_file", doubled_parameter_values, indirect=True)
def test_conversion_to_tse(convert_to_tse):
    tse_path = convert_to_tse
    assert os.path.isfile(tse_path)

# Imports
import pytest
import os
from pathlib import Path
import tests.utils as utils
import typhoon.api.hil as hil
from typhoon.api.schematic_editor import model
from typhoon.test.capture import start_capture, get_capture_results
import typhoon.test.signals as sig
from typhoon.test.ranges import around

# Use VHIL
use_vhil = True

# Name of this test file
test_file_name = Path(__file__).stem
# Folder where this file is located
current_test_dir = os.path.dirname(__file__)
# e.g.: path_and_file = ("test_single_phase_contactor", "path/to/this/directory")
path_and_file = (test_file_name, current_test_dir)

# Parameters used in test_intermediate_conversion
# e.g.: parameter_values = [("simulink","path_and_file"), ("psim","path_and_file"), etc.]
parameter_values = [(type, path_and_file) for type in utils.conversion_types]
# Parameters used in test_conversion_to_tse (calls the test_intermediate_conversion; this fixture is also parametrized)
doubled_parameter_values = [(parameter_values[idx], parameter_values[idx]) for idx in range(len(utils.conversion_types))]

# Intermediate file generation test
@pytest.mark.intermediate_conversion
@pytest.mark.parametrize("create_intermediate_file", parameter_values, indirect=True)
def test_intermediate_conversion(create_intermediate_file):
    return_code, intermediate_file_path = create_intermediate_file
    assert return_code == 0
    assert os.path.isfile(intermediate_file_path)

# Conversion test
@pytest.mark.conversion_to_tse
@pytest.mark.parametrize("convert_to_tse, create_intermediate_file", doubled_parameter_values, indirect=True)
def test_conversion_to_tse(convert_to_tse):
    tse_path = convert_to_tse
    assert os.path.isfile(tse_path)

# Imports # Use VHIL # Name of this test file # Folder where this file is located # e.g.: path_and_file = ("test_single_phase_contactor", "path/to/this/directory") # Parameters used in test_intermediate_conversion # e.g.: parameter_values = [("simulink","path_and_file"), ("psim","path_and_file"), etc.] # Parameters used in test_conversion_to_tse (calls the test_intermediate_conversion; this fixture is also parametrized) # Intermediate file generation test # Conversion test