AssertionError: 'GDP SXM 2011: 9.361e+08' not found in 'INFO:climada.util.finance:GDP SXM 2010: 8.923e+08.'
self = <climada.util.test.test_finance.TestWBData testMethod=test_gdp_sxm_2010_pass>

    def test_gdp_sxm_2010_pass(self):
        """Test gdp function Sint Maarten."""
        # If World Bank input data changes, make sure to set ref_year to a year where
        # no data is available so that the next available data point has to be selected.
        ref_year = 2010
        with self.assertLogs("climada.util.finance", level="INFO") as cm:
            gdp_year, gdp_val = gdp("SXM", ref_year)
    
        ref_val = 936089385.47486  # reference GDP value
        ref_year = 2011  # nearest year with data available (might change)
        # GDP and years with data available might change if worldbank input
        # data changes, check magnitude and adjust ref_val and/or ref_year
        # if test fails:
>       self.assertIn("GDP SXM %i: %1.3e" % (ref_year, ref_val), cm.output[0])
E       AssertionError: 'GDP SXM 2011: 9.361e+08' not found in 'INFO:climada.util.finance:GDP SXM 2010: 8.923e+08.'

climada/util/test/test_finance.py:115: AssertionError

AssertionError: 12424514013.7604 != 12433394725.2159 within 7 places (8880711.455499649 difference)
self = <climada.util.test.test_finance.TestWBData testMethod=test_wb_esp_1950_pass>

    def test_wb_esp_1950_pass(self):
        """Test world_bank function Sint Maarten."""
        ref_year = 1950
        wb_year, wb_val = world_bank("ESP", ref_year, "NY.GDP.MKTP.CD")
    
        ref_year = 1960
        ref_val = 12433394725.2159
        self.assertEqual(wb_year, ref_year)
>       self.assertAlmostEqual(wb_val, ref_val)
E       AssertionError: 12424514013.7604 != 12433394725.2159 within 7 places (8880711.455499649 difference)

climada/util/test/test_finance.py:138: AssertionError