test_robot_measurement_cache.py

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#!/usr/bin/env python
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import roslib; roslib.load_manifest('pr2_calibration_executive')

import sys
import unittest
import rospy

from pr2_calibration_executive.robot_measurement_cache import RobotMeasurementCache
from calibration_msgs.msg import *

## A sample python unit test
class TestCache(unittest.TestCase):
    ## test 1 == 1
    def test_one_sensor_easy(self):
        cache = RobotMeasurementCache()
        cache.reconfigure(["cam1"], [], [])
        cache.set_max_sizes( {"cam1":100}, {}, {})

        for n in range(1,11):
            msg = CameraMeasurement()
            msg.header.stamp = rospy.Time(n*10,0)
            cache.add_cam_measurement("cam1", msg)

        m_robot = cache.request_robot_measurement(rospy.Time(19,0), rospy.Time(31,0))

        self.assertTrue(m_robot is not None)
        self.assertEquals( len(m_robot.M_cam), 1 )
        self.assertEquals( len(m_robot.M_chain), 0 )
        self.assertEquals( len(m_robot.M_laser), 0 )

        m_robot = cache.request_robot_measurement(rospy.Time(21,0), rospy.Time(29,0))
        self.assertTrue(m_robot is None)

    def test_multi_cam_easy(self):
        cache = RobotMeasurementCache()
        cache.reconfigure(["cam1", "cam2"], [], [])
        cache.set_max_sizes( {"cam1":100, "cam2":100}, {}, {})

        for n in range(1,11):
            msg = CameraMeasurement()
            msg.header.stamp = rospy.Time(n*10,0)
            cache.add_cam_measurement("cam1", msg)

        for n in range(1,11):
            msg = CameraMeasurement()
            msg.header.stamp = rospy.Time(n*10+1,0)
            cache.add_cam_measurement("cam2", msg)

        m_robot = cache.request_robot_measurement(rospy.Time(18,0), rospy.Time(32,0))

        self.assertTrue(m_robot is not None)
        self.assertEquals( len(m_robot.M_cam), 2 )
        self.assertEquals( len(m_robot.M_chain), 0 )
        self.assertEquals( len(m_robot.M_laser), 0 )

        m_robot = cache.request_robot_measurement(rospy.Time(20,0), rospy.Time(30,0))
        self.assertTrue(m_robot is None)

    def test_chain_easy(self):
        cache = RobotMeasurementCache()
        cache.reconfigure([], ["chain1"], [])
        cache.set_max_sizes( {}, {"chain1":100}, {})

        for n in range(1,11):
            msg = ChainMeasurement()
            msg.header.stamp = rospy.Time(n*10,0)
            cache.add_chain_measurement("chain1", msg)

        m_robot = cache.request_robot_measurement(rospy.Time(18,0), rospy.Time(32,0))

        self.assertTrue(m_robot is not None)
        self.assertEquals( len(m_robot.M_cam), 0 )
        self.assertEquals( len(m_robot.M_chain), 1 )
        self.assertEquals( len(m_robot.M_laser), 0 )

        m_robot = cache.request_robot_measurement(rospy.Time(21,0), rospy.Time(29,0))
        self.assertTrue(m_robot is None)

    def test_laser_easy(self):
        cache = RobotMeasurementCache()
        cache.reconfigure([], [], ["laser1"])
        cache.set_max_sizes( {}, {}, {"laser1":100})

        for n in range(1,11):
            msg = LaserMeasurement()
            cache.add_laser_measurement("laser1", msg, rospy.Time(n*10,0), rospy.Time(n*10+2,0))

        m_robot = cache.request_robot_measurement(rospy.Time(19,0), rospy.Time(32,0))

        self.assertTrue(m_robot is not None)
        self.assertEquals( len(m_robot.M_cam), 0 )
        self.assertEquals( len(m_robot.M_chain), 0 )
        self.assertEquals( len(m_robot.M_laser), 1 )

        m_robot = cache.request_robot_measurement(rospy.Time(20,0), rospy.Time(21,0))
        self.assertTrue(m_robot is None)

if __name__ == '__main__':
    import rostest
    rostest.unitrun('pr2_calibration_executive', 'test_robot_measurement_cache', TestCache)

---

pr2_calibration_executive
Author(s): Vijay Pradeep
autogenerated on Fri Jan 11 09:42:59 2013