def test_wdi_download_str(self): # These are the expected results, rounded (robust against # data revisions in the future). expected = { "NY.GDP.PCAP.CD": { ("Japan", "2004"): 38000.0, ("Japan", "2003"): 35000.0, ("Japan", "2002"): 32000.0, ("Japan", "2001"): 34000.0, ("Japan", "2000"): 39000.0, } } expected = pd.DataFrame(expected) expected = expected.sort_index() cntry_codes = "JP" inds = "NY.GDP.PCAP.CD" result = download( country=cntry_codes, indicator=inds, start=2000, end=2004, errors="ignore" ) result = result.sort_index() result = np.round(result, decimals=-3) expected.index.names = ["country", "year"] tm.assert_frame_equal(result, expected) result = WorldBankReader( inds, countries=cntry_codes, start=2000, end=2004, errors="ignore" ).read() result = result.sort_index() result = np.round(result, decimals=-3) tm.assert_frame_equal(result, expected)
def test_wdi_download_str(self): expected = { 'NY.GDP.PCAP.CD': { ('Japan', '2004'): 36441.50449394, ('Japan', '2003'): 33690.93772972, ('Japan', '2002'): 31235.58818439, ('Japan', '2001'): 32716.41867489, ('Japan', '2000'): 37299.64412913 } } expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) if PANDAS_0170: expected = expected.sort_index() else: expected = expected.sort() cntry_codes = 'JP' inds = 'NY.GDP.PCAP.CD' result = download(country=cntry_codes, indicator=inds, start=2000, end=2004, errors='ignore') if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-3) if PANDAS_0140: expected.index.names = ['country', 'year'] else: # prior versions doesn't allow to set multiple names to MultiIndex # Thus overwrite it with the result expected.index = result.index tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2000, end=2004, errors='ignore').read() if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-3) tm.assert_frame_equal(result, expected)
def test_wdi_download_monthly(self): expected = {'COPPER': {('World', '2012M01'): 8040.47, ('World', '2011M12'): 7565.48, ('World', '2011M11'): 7581.02, ('World', '2011M10'): 7394.19, ('World', '2011M09'): 8300.14, ('World', '2011M08'): 9000.76, ('World', '2011M07'): 9650.46, ('World', '2011M06'): 9066.85, ('World', '2011M05'): 8959.90, ('World', '2011M04'): 9492.79, ('World', '2011M03'): 9503.36, ('World', '2011M02'): 9867.60, ('World', '2011M01'): 9555.70}} expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) if PANDAS_0170: expected = expected.sort_index() else: expected = expected.sort() cntry_codes = 'ALL' inds = 'COPPER' result = download(country=cntry_codes, indicator=inds, start=2011, end=2012, freq='M',errors='ignore') if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-3) if PANDAS_0140: expected.index.names = ['country', 'year'] else: # prior versions doesn't allow to set multiple names to MultiIndex # Thus overwrite it with the result expected.index = result.index tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2011, end=2012, freq='M', errors='ignore').read() if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-3) tm.assert_frame_equal(result, expected)
def test_wdi_download_monthly(self): expected = { "COPPER": { ("World", "2012M01"): 8040.47, ("World", "2011M12"): 7565.48, ("World", "2011M11"): 7581.02, ("World", "2011M10"): 7394.19, ("World", "2011M09"): 8300.14, ("World", "2011M08"): 9000.76, ("World", "2011M07"): 9650.46, ("World", "2011M06"): 9066.85, ("World", "2011M05"): 8959.90, ("World", "2011M04"): 9492.79, ("World", "2011M03"): 9503.36, ("World", "2011M02"): 9867.60, ("World", "2011M01"): 9555.70, } } expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) expected = expected.sort_index() cntry_codes = "ALL" inds = "COPPER" result = download( country=cntry_codes, indicator=inds, start=2011, end=2012, freq="M", errors="ignore", ) result = result.sort_index() result = np.round(result, decimals=-3) expected.index.names = ["country", "year"] tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2011, end=2012, freq="M", errors="ignore").read() result = result.sort_index() result = np.round(result, decimals=-3) tm.assert_frame_equal(result, expected)
def test_wdi_download_monthly(self): expected = { 'COPPER': { ('World', '2012M01'): 8040.47, ('World', '2011M12'): 7565.48, ('World', '2011M11'): 7581.02, ('World', '2011M10'): 7394.19, ('World', '2011M09'): 8300.14, ('World', '2011M08'): 9000.76, ('World', '2011M07'): 9650.46, ('World', '2011M06'): 9066.85, ('World', '2011M05'): 8959.90, ('World', '2011M04'): 9492.79, ('World', '2011M03'): 9503.36, ('World', '2011M02'): 9867.60, ('World', '2011M01'): 9555.70 } } expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) expected = expected.sort_index() cntry_codes = 'ALL' inds = 'COPPER' result = download(country=cntry_codes, indicator=inds, start=2011, end=2012, freq='M', errors='ignore') result = result.sort_index() result = np.round(result, decimals=-3) expected.index.names = ['country', 'year'] tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2011, end=2012, freq='M', errors='ignore').read() result = result.sort_index() result = np.round(result, decimals=-3) tm.assert_frame_equal(result, expected)
def test_wdi_download_str(self): expected = {'NY.GDP.PCAP.CD': {('Japan', '2004'): 36441.50449394, ('Japan', '2003'): 33690.93772972, ('Japan', '2002'): 31235.58818439, ('Japan', '2001'): 32716.41867489, ('Japan', '2000'): 37299.64412913}} expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) if PANDAS_0170: expected = expected.sort_index() else: expected = expected.sort() cntry_codes = 'JP' inds = 'NY.GDP.PCAP.CD' result = download(country=cntry_codes, indicator=inds, start=2000, end=2004, errors='ignore') if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-3) if PANDAS_0140: expected.index.names = ['country', 'year'] else: # prior versions doesn't allow to set multiple names to MultiIndex # Thus overwrite it with the result expected.index = result.index tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2000, end=2004, errors='ignore').read() if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-3) tm.assert_frame_equal(result, expected)
def test_wdi_download_quarterly(self): expected = {'DT.DOD.PUBS.CD.US': {('Albania', '2012Q1'): 3240539817.18, ('Albania', '2011Q4'): 3213979715.15, ('Albania', '2011Q3'): 3187681048.95, ('Albania', '2011Q2'): 3248041513.86, ('Albania', '2011Q1'): 3137210567.92}} expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) if PANDAS_0170: expected = expected.sort_index() else: expected = expected.sort() cntry_codes = 'ALB' inds = 'DT.DOD.PUBS.CD.US' result = download(country=cntry_codes, indicator=inds, start=2011, end=2012, freq='Q', errors='ignore') if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-3) if PANDAS_0140: expected.index.names = ['country', 'year'] else: # prior versions doesn't allow to set multiple names to MultiIndex # Thus overwrite it with the result expected.index = result.index tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2011, end=2012, freq='Q', errors='ignore').read() if PANDAS_0170: result = result.sort_index() else: result = result.sort() result = np.round(result, decimals=-1) tm.assert_frame_equal(result, expected)
def test_wdi_download_quarterly(self): code = "DT.DOD.PUBS.CD.US" expected = { code: { ("Albania", "2012Q1"): 3240539817.18, ("Albania", "2011Q4"): 3213979715.15, ("Albania", "2011Q3"): 3187681048.95, ("Albania", "2011Q2"): 3248041513.86, ("Albania", "2011Q1"): 3137210567.92, } } expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) expected = expected.sort_index() cntry_codes = "ALB" inds = "DT.DOD.PUBS.CD.US" result = download( country=cntry_codes, indicator=inds, start=2011, end=2012, freq="Q", errors="ignore", ) result = result.sort_index() result = np.round(result, decimals=-3) expected.index.names = ["country", "year"] tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2011, end=2012, freq="Q", errors="ignore").read() result = result.sort_index() result = np.round(result, decimals=-1) tm.assert_frame_equal(result, expected)
def test_wdi_download_quarterly(self): code = 'DT.DOD.PUBS.CD.US' expected = { code: { ('Albania', '2012Q1'): 3240539817.18, ('Albania', '2011Q4'): 3213979715.15, ('Albania', '2011Q3'): 3187681048.95, ('Albania', '2011Q2'): 3248041513.86, ('Albania', '2011Q1'): 3137210567.92 } } expected = pd.DataFrame(expected) # Round, to ignore revisions to data. expected = np.round(expected, decimals=-3) expected = expected.sort_index() cntry_codes = 'ALB' inds = 'DT.DOD.PUBS.CD.US' result = download(country=cntry_codes, indicator=inds, start=2011, end=2012, freq='Q', errors='ignore') result = result.sort_index() result = np.round(result, decimals=-3) expected.index.names = ['country', 'year'] tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2011, end=2012, freq='Q', errors='ignore').read() result = result.sort_index() result = np.round(result, decimals=-1) tm.assert_frame_equal(result, expected)
def test_wdi_download_str(self): # These are the expected results, rounded (robust against # data revisions in the future). expected = { 'NY.GDP.PCAP.CD': { ('Japan', '2004'): 38000.0, ('Japan', '2003'): 35000.0, ('Japan', '2002'): 32000.0, ('Japan', '2001'): 34000.0, ('Japan', '2000'): 39000.0 } } expected = pd.DataFrame(expected) expected = expected.sort_index() cntry_codes = 'JP' inds = 'NY.GDP.PCAP.CD' result = download(country=cntry_codes, indicator=inds, start=2000, end=2004, errors='ignore') result = result.sort_index() result = np.round(result, decimals=-3) expected.index.names = ['country', 'year'] tm.assert_frame_equal(result, expected) result = WorldBankReader(inds, countries=cntry_codes, start=2000, end=2004, errors='ignore').read() result = result.sort_index() result = np.round(result, decimals=-3) tm.assert_frame_equal(result, expected)