Exemplo n.º 1
0
    def test_processEnumeration(self):

        # first init our object w/ nothing
        empty = "calculator/data/empty_resources_table.txt"
        r = GBTResourceImport(empty, silent=True)

        enum = '"{1,2,3,4}"'
        exp = ["1", "2", "3", "4"]
        self.assertEqual(exp, r.processEnumeration(enum))

        enum = '"{1:4}"'
        self.assertEqual(exp, r.processEnumeration(enum))
Exemplo n.º 2
0
    def test_processRow(self):

        # first init our object w/ nothing
        empty = "calculator/data/empty_resources_table.txt"
        r = GBTResourceImport(empty, silent=True)

        # now hard code the raw data so we can test processRow method
        header = [
            "Backend",
            "Mode",
            "Receiver",
            "# beams",
            "Polarization",
            "Bandwidth (MHz)",
            "Number spectral windows",
            "Min integ time",
            "Switching mode",
            "Additional Questions",
            "Notes",
        ]
        data = [
            "VEGAS",
            "Spectral Line",
            '"{KFPA,U,Q,W1,W2,W3,W4}"',
            "1",
            '"{Dual, Full}"',
            '"{1250,850,187.5,100}"',
            '"{1,2,3,4}"',
            "0.100",
            '"{TP-PS, IFSW, OFSW}"',
            "",
            "",
        ]
        data2 = ["", ""]  # make sure we can't handle any type of blanks
        data3 = [
            "VEGAS",
            "Spectral Line",
            '"{B1,B2,B3}"',
            "1",
            "Single",
            '"{1250,850,187.5,100}"',
            "{1:8}",  # this is new: ':', plus lack of dbl quotes
            "0.100",
            '"{TP-PS, IFSW, OFSW}"',
            "",
            "",
        ]

        r.raw_data = [header, data, data2, data3]

        # process this raw data
        r.processData()

        # now check it
        exp = {
            "Polarization": ["Dual", "Full"],
            "Number spectral windows": ["1", "2", "3", "4"],
            "Min integ time": "0.100",
            "Bandwidth (MHz)": ["1250", "850", "187.5", "100"],
            "# beams": "1",
            "Switching mode": ["TP-PS", "IFSW", "OFSW"],
            "Mode": "Spectral Line",
            "Receiver": ["KFPA", "U", "Q", "W1", "W2", "W3", "W4"],
            "Backend": "VEGAS",
        }
        exp2 = {
            "Polarization": "Single",
            "Number spectral windows": ["1", "2", "3", "4", "5", "6", "7", "8"],
            "Min integ time": "0.100",
            "Bandwidth (MHz)": ["1250", "850", "187.5", "100"],
            "# beams": "1",
            "Switching mode": ["TP-PS", "IFSW", "OFSW"],
            "Mode": "Spectral Line",
            "Receiver": ["B1", "B2", "B3"],
            "Backend": "VEGAS",
        }
        self.assertEqual(exp, r.data[0])
        self.assertEqual(exp2, r.data[1])