def setUp(self):
self.p = UKHASParser(FakeParser())
class TestUKHASParser:
"""UKHAS Parser"""
def setUp(self):
self.p = UKHASParser(FakeParser())
def test_pre_parse_rejects_bad_sentences(self):
for sentence in bad_sentences:
assert_raises(ValueError, self.p.pre_parse, sentence)
def test_pre_parse_accepts_good_setences(self):
for sentence in good_sentences:
assert self.p.pre_parse(sentence) == "good"
def test_pre_parse_rejects_bad_callsigns(self):
for callsign in bad_callsigns:
sentence = callsign_template.format(callsign)
assert_raises(ValueError, self.p.pre_parse, sentence)
def test_pre_parse_accepts_good_callsigns(self):
for callsign in good_callsigns:
sentence = callsign_template.format(callsign)
assert self.p.pre_parse(sentence) == callsign
def test_pre_parse_rejects_bad_checksums(self):
for checksum in bad_checksums:
sentence = checksum_template.format(checksum)
assert_raises(ValueError, self.p.pre_parse, sentence)
def test_pre_parse_accepts_good_checksums(self):
for checksum in good_checksums:
sentence = checksum_template.format(checksum)
assert self.p.pre_parse(sentence) == "good"
def test_parse_rejects_bad_sentences(self):
for sentence in bad_sentences:
assert_raises(ValueError, self.p.parse, sentence, base_config)
def test_parse_rejects_invalid_configs(self):
for config in [
config_no_protocol, config_no_checksum, config_no_fields,
config_empty_fields, config_field_without_name,
config_field_without_type, config_field_without_format,
config_checksum_invalid, config_field_type_invalid,
config_format_invalid, config_name_invalid,
config_invalid_protocol
]:
assert_raises(ValueError, self.p.parse, sentence_config, config)
def test_parse_parses_correct_checksums(self):
for sentence, config in [
[sentence_no_checksum, config_checksum_none],
[sentence_crc16_ccitt, config_checksum_crc16_ccitt],
[sentence_xor, config_checksum_xor],
[sentence_fletcher_16, config_checksum_fletcher_16],
[sentence_fletcher_16_256, config_checksum_fletcher_16_256]
]:
assert (self.p.parse(sentence, config) ==
self.output_append_sentence(output_checksum_test,
sentence))
def test_parse_rejects_incorrect_checksums(self):
for sentence, config in [
[sentence_bad_crc16_ccitt, config_checksum_crc16_ccitt],
[sentence_no_checksum, config_checksum_crc16_ccitt],
[sentence_bad_xor, config_checksum_xor],
[sentence_no_checksum, config_checksum_xor],
[sentence_bad_fletcher_16, config_checksum_fletcher_16],
[sentence_no_checksum, config_checksum_fletcher_16],
[sentence_no_checksum, config_checksum_fletcher_16_256],
[sentence_bad_fletcher_16_256, config_checksum_fletcher_16_256]
]:
assert_raises(ValueError, self.p.parse, sentence, config)
def test_parse_rejects_invalid_values(self):
for sentence in [
sentence_bad_int, sentence_bad_float, sentence_bad_time]:
assert_raises(ValueError, self.p.parse, sentence,
config_checksum_none)
def test_parse_rejects_bad_minutes(self):
assert_raises(ValueError, self.p.parse, sentence_bad_minutes,
config_minutes)
def test_parse_parses_good_sentences(self):
for sentence, output, config in [
[sentence_good, output_good, base_config],
[sentence_good_2, output_good_2, base_config],
[sentence_good_3, output_good, config_minutes],
[sentence_good_4, output_good, base_config],
[sentence_good_5, output_good, base_config],
[sentence_good_6, output_good_6, base_config]
]:
assert (self.p.parse(sentence, config) ==
self.output_append_sentence(output, sentence))
def test_parse_handles_shorter_sentences(self):
assert (self.p.parse(sentence_short, base_config) ==
self.output_append_sentence(output_short, sentence_short))
def test_parse_handles_longer_sentences(self):
assert (self.p.parse(sentence_long, base_config)
== self.output_append_sentence(output_long, sentence_long))
def output_append_sentence(self, output, sentence):
output_copy = deepcopy(output)
output_copy["_sentence"] = sentence
return output_copy