def test_stellarium_star_names(): f = BytesIO(star_text) star_names = stellarium.parse_star_names(f) assert star_names[0].hip == 677 assert star_names[0].name == 'Alpheratz' assert star_names[4].hip == 9640 assert star_names[4].name == 'Almaak'
def test_extra_lines_in_tle_are_ignored(): f = BytesIO(b'Sample line\n' + sample_celestrak_text + b'Another line\n') s = list(parse_tle(f)) assert len(s) == 2 assert s[0][0] == ['ISS (ZARYA)', 'ISS', 'ZARYA'] assert s[0][1].name == 'ISS (ZARYA)' assert s[1][0] == ['FLOCK 2E-1'] assert s[1][1].name == 'FLOCK 2E-1'
def test_hipparcos(): b = BytesIO() g = gzip.GzipFile(mode='wb', fileobj=b) g.write(sample_hipparcos_line) g.close() b.seek(0) try: df = load_dataframe(b) except ImportError: # raise SkipTest('pandas not available') # Assay doesn't understand skipping tests yet; just pass # for now if Pandas cannot be imported. return assert len(df) == 1 row = df.iloc[0] assert abs(row.ra_degrees - 000.00091185) < 1e-30 assert abs(row.dec_degrees - +01.08901332) < 1e-30
def test_hipparcos(): b = BytesIO() g = gzip.GzipFile(mode='wb', fileobj=b) g.write(sample_hipparcos_line) g.close() b.seek(0) try: df = load_dataframe(b) except ImportError: # raise SkipTest('pandas not available') # Assay doesn't understand skipping tests yet; just pass # for now if Pandas cannot be imported. return assert len(df) == 1 row = df.iloc[0] assert abs(row.ra_degrees - 000.00091185) < 1e-30 assert abs(row.dec_degrees - +01.08901332) < 1e-30
def test_spacetrack_three_line(): f = BytesIO(sample_spacetrack_three_line_text) s = list(parse_tle(f)) assert len(s) == 2 print(s) assert s[0][0] == ['First'] assert s[0][1].name == 'First' assert s[1][0] == ['Second'] assert s[1][1].name == 'Second'
def test_spacetrack_two_line(): f = BytesIO(sample_spacetrack_two_line_text) s = list(parse_tle(f)) assert len(s) == 2 print(s) assert s[0][0] == () assert s[0][1].name is None assert s[1][0] == () assert s[1][1].name is None
def test_celestrak(): f = BytesIO(sample_celestrak_text) s = list(parse_tle(f)) print(s) assert len(s) == 2 assert s[0][0] == ['ISS (ZARYA)', 'ISS', 'ZARYA'] assert s[0][1].name == 'ISS (ZARYA)' assert s[1][0] == ['FLOCK 2E-1'] assert s[1][1].name == 'FLOCK 2E-1'
def test_hipparcos(): try: df = load_dataframe(BytesIO(gzip.compress(sample_hipparcos_line))) except ImportError: raise SkipTest('pandas not available') assert len(df) == 1 row = df.iloc[0] assert abs(row.ra_degrees - 000.00091185) < 1e-30 assert abs(row.ra_hours == 000.00091185 / 15.0) < 1e-30