def test_parse_remarks_invalid_token_similar_to_pressure_rise_fall_rapid_isnt_parsed(
self):
parser = MetarParserDefault()
tokens = 'RMK WSHFT 1715 PRESasdf'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["pressure_rise_fall_rapid"], '')
assert_equals(parser.parsed_metar["remarks"], 'PRESasdf')
def test_remarks_ignores_unknown_preceding_tokens(self):
parser = MetarParserDefault()
tokens = 'A2990 RANDTOK MISC RMK AO2 PK WND 20032/25 MISC ITEM'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["remarks"], 'MISC ITEM')
assert_equals(res, ['A2990', 'RANDTOK', 'MISC'])
def test_remarks_id_present_but_remarks_missing(self):
parser = MetarParserDefault()
tokens = 'A2990 RMK'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["remarks"], '')
assert_equals(res, ['A2990']) # Expect the parser to remove 'RMK'
def test_remarks_missing(self):
parser = MetarParserDefault()
tokens = 'A2990'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["remarks"], '')
assert_equals(res, ['A2990'])
def test_remarks_missing(self): parser = MetarParserDefault() tokens = 'A2990'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["remarks"], '') assert_equals(res, ['A2990'])
def test_parse_remarks_with_maint_reqd(self):
parser = MetarParserDefault()
tokens = 'RMK WSHFT 1715 PRESFR SLP125 $'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["maint_reqd"], True)
def test_parse_remarks_with_wind_shift_with_frontal_passage(self):
parser = MetarParserDefault()
tokens = 'RMK PK WND 20032/25 WSHFT 1715 FROPA'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["wind_shift"], 'WSHFT 1715 FROPA')
def test_parse_remarks_with_pressure_fall_rapid(self): parser = MetarParserDefault() tokens = 'RMK WSHFT 1715 PRESFR'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["pressure_rise_fall_rapid"], 'PRESFR')
def test_parse_remarks_invalid_token_similar_to_pressure_rise_fall_rapid_isnt_parsed(self): parser = MetarParserDefault() tokens = 'RMK WSHFT 1715 PRESasdf'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["pressure_rise_fall_rapid"], '') assert_equals(parser.parsed_metar["remarks"], 'PRESasdf')
def test_parse_remarks_with_peak_wind(self): parser = MetarParserDefault() tokens = 'RMK PK WND 20032/25 WSHFT 1715'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["peak_wind"], 'PK WND 20032/25')
def test_parse_remarks_with_wind_shift_with_frontal_passage(self): parser = MetarParserDefault() tokens = 'RMK PK WND 20032/25 WSHFT 1715 FROPA'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["wind_shift"], 'WSHFT 1715 FROPA')
def test_parse_remarks_with_stn_type(self): parser = MetarParserDefault() tokens = 'RMK AO2'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["stn_type"], 'AO2') assert_equals(parser.parsed_metar["remarks"], '')
def test_remarks_ignores_unknown_preceding_tokens(self): parser = MetarParserDefault() tokens = 'A2990 RANDTOK MISC RMK AO2 PK WND 20032/25 MISC ITEM'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["remarks"], 'MISC ITEM') assert_equals(res, ['A2990', 'RANDTOK', 'MISC'])
def test_remarks_id_present_but_remarks_missing(self): parser = MetarParserDefault() tokens = 'A2990 RMK'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["remarks"], '') assert_equals(res, ['A2990']) # Expect the parser to remove 'RMK'
def test_parse_remarks_with_stn_type(self):
parser = MetarParserDefault()
tokens = 'RMK AO2'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["stn_type"], 'AO2')
assert_equals(parser.parsed_metar["remarks"], '')
def test_parse_remarks_with_sea_level_pressure(self): parser = MetarParserDefault() tokens = 'RMK WSHFT 1715 PRESFR SLP125'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["sea_level_pressure"], 'SLP125')
def test_parse_remarks_with_peak_wind(self):
parser = MetarParserDefault()
tokens = 'RMK PK WND 20032/25 WSHFT 1715'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["peak_wind"], 'PK WND 20032/25')
def test_parse_remarks_with_maint_reqd(self): parser = MetarParserDefault() tokens = 'RMK WSHFT 1715 PRESFR SLP125 $'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["maint_reqd"], True)
def test_parse_remarks_with_pressure_fall_rapid(self):
parser = MetarParserDefault()
tokens = 'RMK WSHFT 1715 PRESFR'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["pressure_rise_fall_rapid"],
'PRESFR')
def test_parse_remarks_hourly_temp_dewpoint(self): parser = MetarParserDefault() tokens = 'RMK AO2 SLP062 T02000106 $'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["hourly_temp_dewpoint"], "T02000106")
def test_parse_remarks_with_sea_level_pressure(self):
parser = MetarParserDefault()
tokens = 'RMK WSHFT 1715 PRESFR SLP125'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["sea_level_pressure"], 'SLP125')
def test_parse_remarks(self):
parser = MetarParserDefault()
tokens = 'RMK AO2 PK WND 20032/25 WSHFT 1715 MISC REMARK'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["remarks"], 'MISC REMARK')
def test_parse_remarks_hourly_temp_dewpoint(self):
parser = MetarParserDefault()
tokens = 'RMK AO2 SLP062 T02000106 $'.split()
res = parser.parse_remarks(tokens)
assert_equals(parser.parsed_metar["hourly_temp_dewpoint"], "T02000106")
def test_parse_remarks(self): parser = MetarParserDefault() tokens = 'RMK AO2 PK WND 20032/25 WSHFT 1715 MISC REMARK'.split() res = parser.parse_remarks(tokens) assert_equals(parser.parsed_metar["remarks"], 'MISC REMARK')