def test_no_hand_robot_description_exists_finder(self):
if rospy.has_param("hand"):
rospy.delete_param("hand")
if rospy.has_param("robot_description"):
rospy.delete_param("robot_description")
rospy.set_param("robot_description",
rospy.get_param("two_hands_description"))
hand_finder = HandFinder()
self.assertEqual(len(hand_finder.get_hand_parameters().joint_prefix),
0, "correct parameters without a hand")
self.assertEqual(len(hand_finder.get_hand_parameters().mapping), 0,
"correct parameters without a hand")
self.assertEqual(len(hand_finder.get_hand_joints()), 0,
"correct joints without a hand")
self.assertEqual(len(hand_finder.get_calibration_path()), 0,
"correct calibration path without a hand")
self.assertEqual(
len(hand_finder.get_hand_control_tuning().friction_compensation),
0, "correct tuning without a hands")
self.assertEqual(
len(hand_finder.get_hand_control_tuning().host_control), 0,
"correct tuning without a hands")
self.assertEqual(
len(hand_finder.get_hand_control_tuning().motor_control), 0,
"correct tuning without a hands")
def test_two_hand_robot_description_exists_finder(self):
if rospy.has_param("hand"):
rospy.delete_param("hand")
if rospy.has_param("robot_description"):
rospy.delete_param("robot_description")
rospy.set_param("hand/joint_prefix/1", "rh_")
rospy.set_param("hand/mapping/1", "right")
rospy.set_param("hand/joint_prefix/2", "lh_")
rospy.set_param("hand/mapping/2", "left")
rospy.set_param("robot_description",
rospy.get_param("two_hands_description"))
hand_finder = HandFinder()
# hand params
self.assertIsNotNone(hand_finder.get_hand_parameters(),
"Parameters extracted.")
self.assertEqual(len(hand_finder.get_hand_parameters().mapping), 2,
"It should be two mappings")
self.assertIn("right",
hand_finder.get_hand_parameters().mapping.values(),
"It should be right mapping")
self.assertIn("left",
hand_finder.get_hand_parameters().mapping.values(),
"It should be left mapping")
self.assertEqual(len(hand_finder.get_hand_parameters().joint_prefix),
2, "It should be two joint_prefixes")
self.assertIn("rh_",
hand_finder.get_hand_parameters().joint_prefix.values(),
"It should be rh_ prefix")
self.assertIn("lh_",
hand_finder.get_hand_parameters().joint_prefix.values(),
"It should be rh_ prefix")
# hand joints
self.assertIsNotNone(hand_finder.get_hand_joints(),
"Joints extracted.")
self.assertEqual(len(hand_finder.get_hand_joints().keys()), 2,
"It should be two mappings")
self.assertIn("right", hand_finder.get_hand_joints(),
"Mapping should be in the joints result")
joints = hand_finder.get_hand_joints()['right']
self.assertEqual(len(joints), 1, "Joint number should be 1")
self.assertNotIn("rh_FFJ3",
hand_finder.get_hand_joints()["right"],
"rh_FFJ3 joint should not be in the joints list")
self.assertIn("rh_RFJ4",
hand_finder.get_hand_joints()["right"],
"rh_RFJ4 joint should be in the joints list")
self.assertIn("left", hand_finder.get_hand_joints(),
"Mapping should be in the joints result")
joints = hand_finder.get_hand_joints()['left']
self.assertEqual(len(joints), 1, "Joint number should be 1")
self.assertNotIn("lh_FFJ3",
hand_finder.get_hand_joints()["left"],
"lh_FFJ3 joint should not be in the joints list")
self.assertIn("lh_LFJ4",
hand_finder.get_hand_joints()["left"],
"lh_LFJ4 joint should be in the joints list")
# calibration
self.assertIsNotNone(hand_finder.get_calibration_path(),
"Calibration extracted.")
calibration_path = hand_finder.get_calibration_path()['right']
self.assertEqual(
calibration_path,
self.ethercat_path + "/calibrations/right/" + "calibration.yaml",
"incorrect calibration file")
calibration_path = hand_finder.get_calibration_path()['left']
self.assertEqual(
calibration_path,
self.ethercat_path + "/calibrations/left/" + "calibration.yaml",
"incorrect calibration file")
# tuning
self.assertIsNotNone(hand_finder.get_hand_control_tuning(),
"Control tuning parameters extracted.")
ctrl_tun_friction_comp_path = hand_finder.get_hand_control_tuning(
).friction_compensation['right']
self.assertEqual(
ctrl_tun_friction_comp_path,
self.ethercat_path + "/controls/friction_compensation.yaml",
"incorrect friction compensation file")
ctrl_tun_motors_path = hand_finder.get_hand_control_tuning(
).motor_control['right']
self.assertEqual(
ctrl_tun_motors_path, self.ethercat_path +
"/controls/motors/right/motor_board_effort_controllers.yaml",
"incorrect motor config file")
ctrl_tun_host_control_paths = hand_finder.get_hand_control_tuning(
).host_control['right']
self.assertEqual(len(ctrl_tun_host_control_paths),
len(controller_params),
"incorrect number of host controllers param")
for controller_path, controller_param in zip(
ctrl_tun_host_control_paths, controller_params):
self.assertEqual(
controller_path, self.ethercat_path + "/controls/host/right/" +
controller_param, "incorrect controller config file")
ctrl_tun_friction_comp_path = hand_finder.get_hand_control_tuning(
).friction_compensation['left']
self.assertEqual(
ctrl_tun_friction_comp_path,
self.ethercat_path + "/controls/friction_compensation.yaml",
"incorrect friction compensation file")
ctrl_tun_motors_path = hand_finder.get_hand_control_tuning(
).motor_control['left']
self.assertEqual(
ctrl_tun_motors_path, self.ethercat_path +
"/controls/motors/left/motor_board_effort_controllers.yaml",
"incorrect motor config file")
ctrl_tun_host_control_paths = hand_finder.get_hand_control_tuning(
).host_control['left']
self.assertEqual(len(ctrl_tun_host_control_paths),
len(controller_params),
"incorrect number of host controllers param")
for controller_path, controller_param in zip(
ctrl_tun_host_control_paths, controller_params):
self.assertEqual(
controller_path,
self.ethercat_path + "/controls/host/left/" + controller_param,
"incorrect controller config file")
def test_one_hand_no_prefix_no_ns_robot_description_exists_finder(self):
if rospy.has_param("hand"):
rospy.delete_param("hand")
if rospy.has_param("robot_description"):
rospy.delete_param("robot_description")
rospy.set_param("hand/joint_prefix/1", "")
rospy.set_param("hand/mapping/1", "")
rospy.set_param("robot_description",
rospy.get_param("right_hand_description_no_prefix"))
hand_finder = HandFinder()
# hand params
self.assertIsNotNone(hand_finder.get_hand_parameters(),
"Parameters extracted.")
self.assertEqual(len(hand_finder.get_hand_parameters().mapping), 1,
"It should be only one mapping")
self.assertEqual(len(hand_finder.get_hand_parameters().joint_prefix),
1, "It should be only one joint_prefix")
self.assertEqual(hand_finder.get_hand_parameters().mapping['1'], "1",
"It should be the serial id as mapping")
self.assertEqual(hand_finder.get_hand_parameters().joint_prefix['1'],
"", "It should be only an empty prefix")
# hand joints
self.assertIsNotNone(hand_finder.get_hand_joints(),
"Joints extracted.")
self.assertEqual(len(hand_finder.get_hand_joints().keys()), 1,
"It should be only one mapping")
self.assertIn("1", hand_finder.get_hand_joints(),
"Mapping should be in the joints result")
joints = hand_finder.get_hand_joints()['1']
self.assertEqual(len(joints), 1, "Joint number should be 1")
self.assertNotIn("FFJ3",
hand_finder.get_hand_joints()["1"],
"FFJ3 joint should not be in the joints list")
self.assertIn("RFJ4",
hand_finder.get_hand_joints()["1"],
"RFJ4 joint should be in the joints list")
# calibration
self.assertIsNotNone(hand_finder.get_calibration_path(),
"Calibration extracted.")
calibration_path = hand_finder.get_calibration_path()['1']
self.assertEqual(
calibration_path,
self.ethercat_path + "/calibrations/1/" + "calibration.yaml",
"incorrect calibration file")
# tuning
self.assertIsNotNone(hand_finder.get_hand_control_tuning(),
"Control tuning parameters extracted.")
ctrl_tun_friction_comp_path = hand_finder.get_hand_control_tuning(
).friction_compensation['1']
self.assertEqual(
ctrl_tun_friction_comp_path,
self.ethercat_path + "/controls/friction_compensation.yaml",
"incorrect friction compensation file")
ctrl_tun_motors_path = hand_finder.get_hand_control_tuning(
).motor_control['1']
self.assertEqual(
ctrl_tun_motors_path, self.ethercat_path +
"/controls/motors/1/motor_board_effort_controllers.yaml",
"incorrect motor config file")
ctrl_tun_host_control_paths = hand_finder.get_hand_control_tuning(
).host_control['1']
self.assertEqual(len(ctrl_tun_host_control_paths),
len(controller_params),
"incorrect number of host controllers param")
for controller_path, controller_param in zip(
ctrl_tun_host_control_paths, controller_params):
self.assertEqual(
controller_path,
self.ethercat_path + "/controls/host/1/" + controller_param,
"incorrect controller config file")