示例#1
0
    def setUp(self):
        # This test does not start a container so we have to hack creating a FileSystem singleton instance
        #        FileSystem(DotDict())

        self.tx_L0 = ctd_L0_all()
        self.tx_L0.streams = defaultdict(Mock)
        self.tx_L0.cond_publisher = Mock()
        self.tx_L0.temp_publisher = Mock()
        self.tx_L0.pres_publisher = Mock()
        self.i = 0

        self.tx_L1_C = CTDL1ConductivityTransform()
        self.tx_L1_C.streams = defaultdict(Mock)

        self.tx_L1_T = CTDL1TemperatureTransform()
        self.tx_L1_T.streams = defaultdict(Mock)

        self.tx_L1_P = CTDL1PressureTransform()
        self.tx_L1_P.streams = defaultdict(Mock)

        self.tx_L2_S = SalinityTransform()
        self.tx_L2_S.streams = defaultdict(Mock)

        self.tx_L2_D = DensityTransform()
        self.tx_L2_D.streams = defaultdict(Mock)
    def setUp(self):
        # This test does not start a container so we have to hack creating a FileSystem singleton instance
#        FileSystem(DotDict())

        self.px_ctd = SimpleCtdPublisher()
        self.px_ctd.last_time = 0

        self.tx_L0 = ctd_L0_all()
        self.tx_L0.streams = defaultdict(Mock)
        self.tx_L0.cond_publisher = Mock()
        self.tx_L0.temp_publisher = Mock()
        self.tx_L0.pres_publisher = Mock()
        self.i = 0

        self.tx_L1_C = CTDL1ConductivityTransform()
        self.tx_L1_C.streams = defaultdict(Mock)

        self.tx_L1_T = CTDL1TemperatureTransform()
        self.tx_L1_T.streams = defaultdict(Mock)

        self.tx_L1_P = CTDL1PressureTransform()
        self.tx_L1_P.streams = defaultdict(Mock)

        self.tx_L2_S = SalinityTransform()
        self.tx_L2_S.streams = defaultdict(Mock)

        self.tx_L2_D = DensityTransform()
        self.tx_L2_D.streams = defaultdict(Mock)
class TestCtdTransforms(IonUnitTestCase):

    def setUp(self):
        # This test does not start a container so we have to hack creating a FileSystem singleton instance
#        FileSystem(DotDict())

        self.px_ctd = SimpleCtdPublisher()
        self.px_ctd.last_time = 0

        self.tx_L0 = ctd_L0_all()
        self.tx_L0.streams = defaultdict(Mock)
        self.tx_L0.cond_publisher = Mock()
        self.tx_L0.temp_publisher = Mock()
        self.tx_L0.pres_publisher = Mock()
        self.i = 0

        self.tx_L1_C = CTDL1ConductivityTransform()
        self.tx_L1_C.streams = defaultdict(Mock)

        self.tx_L1_T = CTDL1TemperatureTransform()
        self.tx_L1_T.streams = defaultdict(Mock)

        self.tx_L1_P = CTDL1PressureTransform()
        self.tx_L1_P.streams = defaultdict(Mock)

        self.tx_L2_S = SalinityTransform()
        self.tx_L2_S.streams = defaultdict(Mock)

        self.tx_L2_D = DensityTransform()
        self.tx_L2_D.streams = defaultdict(Mock)

    def test_transforms(self):

        length = 1

        packet = self._get_new_ctd_packet("STR_ID", length)
        self.tx_L0.process(packet)

        self.tx_L0.cond_publisher.publish = mocksignature(self.tx_L0.cond_publisher.publish)
        self.tx_L0.cond_publisher.publish.return_value = ''

        self.tx_L0.temp_publisher.publish = mocksignature(self.tx_L0.cond_publisher.publish)
        self.tx_L0.temp_publisher.publish.return_value = ''

        self.tx_L0.pres_publisher.publish = mocksignature(self.tx_L0.cond_publisher.publish)
        self.tx_L0.pres_publisher.publish.return_value = ''

        L0_cond = self.tx_L0.cond_publisher.publish.call_args[0][0]
        L0_temp = self.tx_L0.temp_publisher.publish.call_args[0][0]
        L0_pres = self.tx_L0.pres_publisher.publish.call_args[0][0]

        log.debug("L0 cond: %s" % L0_cond)
        log.debug("L0 temp: %s" % L0_temp)
        log.debug("L0 pres: %s" % L0_pres)

        L1_cond = self.tx_L1_C.execute(L0_cond)
        log.debug("L1 cond: %s" % L1_cond)

        L1_temp = self.tx_L1_T.execute(L0_temp)
        log.debug("L1 temp: %s" % L1_temp)

        L1_pres = self.tx_L1_P.execute(L0_pres)
        log.debug("L1 pres: %s" % L1_pres)

        L2_sal = self.tx_L2_S.execute(packet)
        log.debug("L2 sal: %s" % L2_sal)

        L2_dens = self.tx_L2_D.execute(packet)
        log.debug("L2 dens: %s" % L2_dens)
class TestCtdTransforms(IonUnitTestCase):

    def setUp(self):
        # This test does not start a container so we have to hack creating a FileSystem singleton instance
#        FileSystem(DotDict())

        self.px_ctd = SimpleCtdPublisher()
        self.px_ctd.last_time = 0

        self.tx_L0 = ctd_L0_all()
        self.tx_L0.streams = defaultdict(Mock)
        self.tx_L0.cond_publisher = Mock()
        self.tx_L0.temp_publisher = Mock()
        self.tx_L0.pres_publisher = Mock()
        self.i = 0

        self.tx_L1_C = CTDL1ConductivityTransform()
        self.tx_L1_C.streams = defaultdict(Mock)

        self.tx_L1_T = CTDL1TemperatureTransform()
        self.tx_L1_T.streams = defaultdict(Mock)

        self.tx_L1_P = CTDL1PressureTransform()
        self.tx_L1_P.streams = defaultdict(Mock)

        self.tx_L2_S = SalinityTransform()
        self.tx_L2_S.streams = defaultdict(Mock)

        self.tx_L2_D = DensityTransform()
        self.tx_L2_D.streams = defaultdict(Mock)

    @unittest.skip('The UNIT tests have to be completely redone')
    def test_transforms(self):

        length = 1

        packet = self._get_new_ctd_packet("STR_ID", length)
        self.tx_L0.process(packet)

        self.tx_L0.cond_publisher.publish = mocksignature(self.tx_L0.cond_publisher.publish)
        self.tx_L0.cond_publisher.publish.return_value = ''

        self.tx_L0.temp_publisher.publish = mocksignature(self.tx_L0.cond_publisher.publish)
        self.tx_L0.temp_publisher.publish.return_value = ''

        self.tx_L0.pres_publisher.publish = mocksignature(self.tx_L0.cond_publisher.publish)
        self.tx_L0.pres_publisher.publish.return_value = ''

        L0_cond = self.tx_L0.cond_publisher.publish.call_args[0][0]
        L0_temp = self.tx_L0.temp_publisher.publish.call_args[0][0]
        L0_pres = self.tx_L0.pres_publisher.publish.call_args[0][0]

        log.debug("L0 cond: %s" % L0_cond)
        log.debug("L0 temp: %s" % L0_temp)
        log.debug("L0 pres: %s" % L0_pres)

        L1_cond = self.tx_L1_C.execute(L0_cond)
        log.debug("L1 cond: %s" % L1_cond)

        L1_temp = self.tx_L1_T.execute(L0_temp)
        log.debug("L1 temp: %s" % L1_temp)

        L1_pres = self.tx_L1_P.execute(L0_pres)
        log.debug("L1 pres: %s" % L1_pres)

        L2_sal = self.tx_L2_S.execute(packet)
        log.debug("L2 sal: %s" % L2_sal)

        L2_dens = self.tx_L2_D.execute(packet)
        log.debug("L2 dens: %s" % L2_dens)

    def test_pressure_algorithm(self):
        """
        Inputs Output
        p_psia p_dbar
        230.6859 159.0523
        233.8845 161.2577
        300.9482 207.4965
        400.2314 275.9498
        500.3320 344.9668
        600.3444 413.9229
        1234.5678 851.2045
        """

        def algorithm(input_pres):
            output_pres = input_pres * 0.689475728

            return output_pres

        correct_output = numpy.array([159.0523,161.2577,207.4965,275.9498,344.9668,413.9229,851.2045])
        input = numpy.array([230.6859, 233.8845, 300.9482,400.2314,500.3320, 600.3444, 1234.5678])

        output = algorithm(input)

        numpy.testing.assert_almost_equal(output, correct_output, decimal=4)
示例#5
0
class TestCtdTransforms(IonUnitTestCase):
    def setUp(self):
        # This test does not start a container so we have to hack creating a FileSystem singleton instance
        #        FileSystem(DotDict())

        self.tx_L0 = ctd_L0_all()
        self.tx_L0.streams = defaultdict(Mock)
        self.tx_L0.cond_publisher = Mock()
        self.tx_L0.temp_publisher = Mock()
        self.tx_L0.pres_publisher = Mock()
        self.i = 0

        self.tx_L1_C = CTDL1ConductivityTransform()
        self.tx_L1_C.streams = defaultdict(Mock)

        self.tx_L1_T = CTDL1TemperatureTransform()
        self.tx_L1_T.streams = defaultdict(Mock)

        self.tx_L1_P = CTDL1PressureTransform()
        self.tx_L1_P.streams = defaultdict(Mock)

        self.tx_L2_S = SalinityTransform()
        self.tx_L2_S.streams = defaultdict(Mock)

        self.tx_L2_D = DensityTransform()
        self.tx_L2_D.streams = defaultdict(Mock)

    @unittest.skip('The UNIT tests have to be completely redone')
    def test_transforms(self):

        length = 1

        packet = self._get_new_ctd_packet("STR_ID", length)
        self.tx_L0.process(packet)

        self.tx_L0.cond_publisher.publish = mocksignature(
            self.tx_L0.cond_publisher.publish)
        self.tx_L0.cond_publisher.publish.return_value = ''

        self.tx_L0.temp_publisher.publish = mocksignature(
            self.tx_L0.cond_publisher.publish)
        self.tx_L0.temp_publisher.publish.return_value = ''

        self.tx_L0.pres_publisher.publish = mocksignature(
            self.tx_L0.cond_publisher.publish)
        self.tx_L0.pres_publisher.publish.return_value = ''

        L0_cond = self.tx_L0.cond_publisher.publish.call_args[0][0]
        L0_temp = self.tx_L0.temp_publisher.publish.call_args[0][0]
        L0_pres = self.tx_L0.pres_publisher.publish.call_args[0][0]

        log.debug("L0 cond: %s" % L0_cond)
        log.debug("L0 temp: %s" % L0_temp)
        log.debug("L0 pres: %s" % L0_pres)

        L1_cond = self.tx_L1_C.execute(L0_cond)
        log.debug("L1 cond: %s" % L1_cond)

        L1_temp = self.tx_L1_T.execute(L0_temp)
        log.debug("L1 temp: %s" % L1_temp)

        L1_pres = self.tx_L1_P.execute(L0_pres)
        log.debug("L1 pres: %s" % L1_pres)

        L2_sal = self.tx_L2_S.execute(packet)
        log.debug("L2 sal: %s" % L2_sal)

        L2_dens = self.tx_L2_D.execute(packet)
        log.debug("L2 dens: %s" % L2_dens)

    def test_pressure_algorithm(self):
        """
        Inputs Output
        p_psia p_dbar
        230.6859 159.0523
        233.8845 161.2577
        300.9482 207.4965
        400.2314 275.9498
        500.3320 344.9668
        600.3444 413.9229
        1234.5678 851.2045
        """
        def algorithm(input_pres):
            output_pres = input_pres * 0.689475728

            return output_pres

        correct_output = numpy.array([
            159.0523, 161.2577, 207.4965, 275.9498, 344.9668, 413.9229,
            851.2045
        ])
        input = numpy.array([
            230.6859, 233.8845, 300.9482, 400.2314, 500.3320, 600.3444,
            1234.5678
        ])

        output = algorithm(input)

        numpy.testing.assert_almost_equal(output, correct_output, decimal=4)
class TestScienceObjectCodec(IonUnitTestCase):
    pass

    def setUp(self):
        # This test does not start a container so we have to hack creating a FileSystem singleton instance
        FileSystem(DotDict())

        self.px_ctd = SimpleCtdPublisher()
        self.px_ctd.last_time = 0

        self.tx_L0 = ctd_L0_all()
        self.tx_L0.streams = defaultdict(Mock)
        self.tx_L0.conductivity = Mock()
        self.tx_L0.temperature = Mock()
        self.tx_L0.pressure = Mock()

        self.tx_L1_C = CTDL1ConductivityTransform()
        self.tx_L1_C.streams = defaultdict(Mock)

        self.tx_L1_T = CTDL1TemperatureTransform()
        self.tx_L1_T.streams = defaultdict(Mock)

        self.tx_L1_P = CTDL1PressureTransform()
        self.tx_L1_P.streams = defaultdict(Mock)

        self.tx_L2_S = SalinityTransform()
        self.tx_L2_S.streams = defaultdict(Mock)

        self.tx_L2_D = DensityTransform()
        self.tx_L2_D.streams = defaultdict(Mock)

    def test_transforms(self):

        length = 1

        packet = self.px_ctd._get_ctd_packet("STR_ID", length)

        log.info("Packet: %s" % packet)

        self.tx_L0.process(packet)

        L0_cond = self.tx_L0.conductivity.publish.call_args[0][0]
        L0_temp = self.tx_L0.temperature.publish.call_args[0][0]
        L0_pres = self.tx_L0.pressure.publish.call_args[0][0]

        log.info("L0 cond: %s" % L0_cond)
        log.info("L0 temp: %s" % L0_temp)
        log.info("L0 pres: %s" % L0_pres)

        L1_cond = self.tx_L1_C.execute(L0_cond)
        log.info("L1 cond: %s" % L1_cond)

        L1_temp = self.tx_L1_T.execute(L0_temp)
        log.info("L1 temp: %s" % L1_temp)

        L1_pres = self.tx_L1_P.execute(L0_pres)
        log.info("L1 pres: %s" % L1_pres)

        L2_sal = self.tx_L2_S.execute(packet)
        log.info("L2 sal: %s" % L2_sal)

        L2_dens = self.tx_L2_D.execute(packet)
        log.info("L2 dens: %s" % L2_dens)
示例#7
0
class TestScienceObjectCodec(IonUnitTestCase):
    pass

    def setUp(self):
        # This test does not start a container so we have to hack creating a FileSystem singleton instance
        FileSystem(DotDict())

        self.px_ctd = SimpleCtdPublisher()
        self.px_ctd.last_time = 0

        self.tx_L0 = ctd_L0_all()
        self.tx_L0.streams = defaultdict(Mock)
        self.tx_L0.conductivity = Mock()
        self.tx_L0.temperature = Mock()
        self.tx_L0.pressure = Mock()

        self.tx_L1_C = CTDL1ConductivityTransform()
        self.tx_L1_C.streams = defaultdict(Mock)

        self.tx_L1_T = CTDL1TemperatureTransform()
        self.tx_L1_T.streams = defaultdict(Mock)

        self.tx_L1_P = CTDL1PressureTransform()
        self.tx_L1_P.streams = defaultdict(Mock)

        self.tx_L2_S = SalinityTransform()
        self.tx_L2_S.streams = defaultdict(Mock)

        self.tx_L2_D = DensityTransform()
        self.tx_L2_D.streams = defaultdict(Mock)

    def test_transforms(self):

        length = 1

        packet = self.px_ctd._get_ctd_packet("STR_ID", length)

        log.info("Packet: %s" % packet)

        self.tx_L0.process(packet)

        L0_cond = self.tx_L0.conductivity.publish.call_args[0][0]
        L0_temp = self.tx_L0.temperature.publish.call_args[0][0]
        L0_pres = self.tx_L0.pressure.publish.call_args[0][0]

        log.info("L0 cond: %s" % L0_cond)
        log.info("L0 temp: %s" % L0_temp)
        log.info("L0 pres: %s" % L0_pres)

        L1_cond = self.tx_L1_C.execute(L0_cond)
        log.info("L1 cond: %s" % L1_cond)

        L1_temp = self.tx_L1_T.execute(L0_temp)
        log.info("L1 temp: %s" % L1_temp)

        L1_pres = self.tx_L1_P.execute(L0_pres)
        log.info("L1 pres: %s" % L1_pres)

        L2_sal = self.tx_L2_S.execute(packet)
        log.info("L2 sal: %s" % L2_sal)

        L2_dens = self.tx_L2_D.execute(packet)
        log.info("L2 dens: %s" % L2_dens)