cell_loader_ctrl/robot-control/tests/test_robot.py

import pytest
from robot.movement import RobotMovement
from robot.controller import RobotController, Cell, CellStatus
from utils.config import ConfigParser

from api.grbl_handler import GRBLHandler
from utils.config import ConfigParser

@pytest.fixture
def robot_movement():
    config_parser = ConfigParser()
    grbl_config = config_parser.get_grbl_config()
    grbl_handler = GRBLHandler(grbl_config.get('port'), grbl_config.get('baudrate'))
    return RobotMovement(grbl_handler)

@pytest.fixture
def robot_controller():
    config_parser = ConfigParser()
    config_parser.config["mqtt"]["broker"] = "debug" # connects to test mqtt broker
    controller = RobotController(config_parser)
    return controller

class TestRobotMovement:
    def test_init_position(self, robot_movement: RobotMovement):
        assert robot_movement.get_position() == (0.0, 0.0, 0.0)
        assert not robot_movement.is_moving

    @pytest.mark.asyncio
    async def test_set_speed(self, robot_movement: RobotMovement):
        await robot_movement.grbl.connect()
        await robot_movement.set_speed(200.0)
        assert robot_movement.speed == 200.0

        with pytest.raises(ValueError):
            await robot_movement.set_speed(-100.0)

    # TODO [SG]: Getting current position currently does not work in debug mode
    @pytest.mark.asyncio
    async def test_move_to_position(self, robot_movement: RobotMovement):
        await robot_movement.grbl.connect()
        result = await robot_movement.move_to_position(10.0, 20.0, 30.0)
        assert result is True
        assert robot_movement.get_position() == (10.0, 20.0, 30.0)

    @pytest.mark.asyncio
    async def test_move_relative(self, robot_movement: RobotMovement):
        await robot_movement.grbl.connect()
        await robot_movement.move_to_position(100.0, 100.0, 100.0)
        assert await robot_movement.move_relative(50.0, -50.0, 25.0)
        assert robot_movement.get_position() == (150.0, 50.0, 125.0)

class TestRobotController:
    def test_init_controller(self, robot_controller: RobotController):
        assert len(robot_controller.devices) > 0
        assert robot_controller.feeder is not None
        assert not robot_controller.gripper_occupied

    @pytest.mark.asyncio
    async def test_get_next_free_slot(self, robot_controller: RobotController):
        slot = robot_controller.get_next_free_slot()
        assert slot is not None
        assert not slot.occupied

    @pytest.mark.asyncio
    async def test_insert_and_collect_cell(self, robot_controller: RobotController):
        # Test cell insertion
        cell = Cell(id="test_cell", status=CellStatus.WAITING)
        slot = robot_controller.get_next_free_slot()
        robot_controller.gripper_occupied = True
        
        await robot_controller.insert_cell_to_slot(cell, slot)
        assert slot.occupied
        assert slot.cell_id == cell.id

        # Test cell collection
        collected_cell = await robot_controller.collect_cell_from_slot(slot)
        assert not slot.occupied
        assert slot.cell_id is None
        assert collected_cell == cell.id

    @pytest.mark.asyncio
    async def test_sort_empty_gripper(self, robot_controller: RobotController):
        cell = Cell(
            id="test_cell",
            status=CellStatus.COMPLETED,
            measurement_slot=1,
            capacity=3000.0
        )
        robot_controller.gripper_occupied = False
        assert not await robot_controller.sort_cell(cell)

    @pytest.mark.asyncio
    async def test_sort_failed_cell(self, robot_controller: RobotController):
        failed_cell = Cell(
            id=123,
            status=CellStatus.FAILED,
            measurement_slot=1
        )
        robot_controller.gripper_occupied = True
        await robot_controller.sort_cell(failed_cell)
        assert not robot_controller.gripper_occupied
        
    @pytest.mark.asyncio
    async def test_sort_cell_by_capacity(self, robot_controller: RobotController):
        # Test sorting a cell with capacity that matches a grade
        cell = Cell(
            id="test_cell",
            status=CellStatus.COMPLETED,
            measurement_slot=1,
            capacity=3000.0
        )
        robot_controller.gripper_occupied = True
        await robot_controller.sort_cell(cell)
        assert not robot_controller.gripper_occupied

        # Test sorting a cell with capacity that doesn't match any grade
        low_cap_cell = Cell(
            id="low_cap_cell",
            status=CellStatus.COMPLETED,
            measurement_slot=1,
            capacity=0.0
        )
        robot_controller.gripper_occupied = True
        await robot_controller.sort_cell(low_cap_cell)
        assert not robot_controller.gripper_occupied