def test_find_names_and_device(self):
matches = parse_ljsl.find_names(TEST_CORPUS_WITH_DEVICE)
self.corpus_matches_tests(matches)
self.assertEqual(len(matches), 2)
self.assertEqual(len(matches[0][0].device_types), 1)
self.assertEqual( matches[0][0].device_types[0], 'T4')
self.assertEqual(len(matches[1][0].device_types), 2)
self.assertEqual( matches[1][0].device_types[0], 'T4')
self.assertEqual( matches[1][0].device_types[1], 'T7')
self.assertEqual(len(matches[1][1].device_types), 2)
self.assertEqual( matches[1][1].device_types[0], 'T4')
self.assertEqual( matches[1][1].device_types[1], 'T7')
self.assertEqual(len(matches[1][2].device_types), 2)
self.assertEqual( matches[1][2].device_types[0], 'T4')
self.assertEqual( matches[1][2].device_types[1], 'T7')
self.assertEqual(len(matches[1][3].device_types), 2)
self.assertEqual( matches[1][3].device_types[0], 'T4')
self.assertEqual( matches[1][3].device_types[1], 'T7')
self.assertEqual(len(matches[1][4].device_types), 2)
self.assertEqual( matches[1][4].device_types[0], 'T4')
self.assertEqual( matches[1][4].device_types[1], 'T7')
def test_find_names_and_device(self):
matches = parse_ljsl.find_names(TEST_CORPUS_WITH_DEVICE)
self.corpus_matches_tests(matches)
self.assertEqual(len(matches), 2)
self.assertEqual(len(matches[0][0].device_types), 1)
self.assertEqual(matches[0][0].device_types[0], 'T4')
self.assertEqual(len(matches[1][0].device_types), 2)
self.assertEqual(matches[1][0].device_types[0], 'T4')
self.assertEqual(matches[1][0].device_types[1], 'T7')
self.assertEqual(len(matches[1][1].device_types), 2)
self.assertEqual(matches[1][1].device_types[0], 'T4')
self.assertEqual(matches[1][1].device_types[1], 'T7')
self.assertEqual(len(matches[1][2].device_types), 2)
self.assertEqual(matches[1][2].device_types[0], 'T4')
self.assertEqual(matches[1][2].device_types[1], 'T7')
self.assertEqual(len(matches[1][3].device_types), 2)
self.assertEqual(matches[1][3].device_types[0], 'T4')
self.assertEqual(matches[1][3].device_types[1], 'T7')
self.assertEqual(len(matches[1][4].device_types), 2)
self.assertEqual(matches[1][4].device_types[0], 'T4')
self.assertEqual(matches[1][4].device_types[1], 'T7')
def inject_data_service():
target_code = flask.request.args.get("input", "")
names = parse_ljsl.find_names(target_code)
reg_maps = ljmmm.get_device_modbus_maps(expand_names=True, inc_orig=True)
not_found_reg_names = []
tag_class_tuples = lj_scribe.find_classes_from_map(names, reg_maps, not_found_reg_names)
tag_subtags_by_class = lj_scribe.fia_organize_tag_by_class(tag_class_tuples)
target_code = lj_scribe.fix_not_found_reg_names(target_code, not_found_reg_names)
original_names = map(lj_scribe.find_original_tag_str, names)
summaries = map(lambda x: lj_scribe.render_tag_summary(*x), zip(tag_subtags_by_class, names, original_names))
original_names_to_summaries = zip(original_names, summaries)
for (original_name, summary) in original_names_to_summaries:
target_code = target_code.replace(original_name, summary)
prefix = flask.render_template("scribe_prefix.html")
postfix = flask.render_template("scribe_postfix.html")
return prefix + target_code + postfix
def test_missing_optional_param_value(self):
test_corpus = TEST_CORPUS_INVALID % "@registers:INVALID#(0:1:)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
def render_scribe(target_code):
names = parse_ljsl.find_names(target_code)
not_found_reg_names = []
tag_class_tuples = lj_scribe.find_classes_from_map(
names,
reg_maps,
not_found_reg_names
)
tag_subtags_by_class = lj_scribe.fia_organize_tag_by_class(tag_class_tuples)
target_code = lj_scribe.fix_not_found_reg_names(
target_code,
not_found_reg_names
)
original_names = map(lj_scribe.find_original_tag_str, names)
summaries = map(
lambda x: lj_scribe.render_tag_summary(*x),
zip(tag_subtags_by_class, names, original_names)
)
original_names_to_summaries = zip(original_names, summaries)
for (original_name, summary) in original_names_to_summaries:
target_code = target_code.replace(original_name, summary)
prefix = flask.render_template("scribe_prefix.html")
postfix = flask.render_template("scribe_postfix.html")
return prefix + target_code + postfix
def test_missing_optional_param_value(self):
test_corpus = TEST_CORPUS_INVALID % "@registers:INVALID#(0:1:)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
def test_ljmmm_and_no_ljmmm_mix(self):
matches = parse_ljsl.find_names(
"@registers:TEST,REST#(0:1),BES0T @registers:FEST#(0:1)"
)
self.assertEqual(len(matches), 2)
target_match = matches[0]
self.assertEqual(len(target_match), 3)
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
self.assertEqual(target_match[2].prefix, "BES0T")
self.assertEqual(target_match[2].start_num, None)
self.assertEqual(target_match[2].num_regs, None)
self.assertEqual(target_match[2].num_between_regs, None)
self.assertEqual(target_match[2].postfix, None)
self.assertEqual(target_match[2].includes_ljmmm, False)
target_match = matches[1]
self.assertEqual(len(target_match), 1)
def test_ljmmm_and_no_ljmmm_mix(self):
matches = parse_ljsl.find_names(
"@registers:TEST,REST#(0:1),BES0T @registers:FEST#(0:1)")
self.assertEqual(len(matches), 2)
target_match = matches[0]
self.assertEqual(len(target_match), 3)
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
self.assertEqual(target_match[2].prefix, "BES0T")
self.assertEqual(target_match[2].start_num, None)
self.assertEqual(target_match[2].num_regs, None)
self.assertEqual(target_match[2].num_between_regs, None)
self.assertEqual(target_match[2].postfix, None)
self.assertEqual(target_match[2].includes_ljmmm, False)
target_match = matches[1]
self.assertEqual(len(target_match), 1)
def test_wrong_prefix(self):
test_corpus = TEST_CORPUS_INVALID % "@results:INVALID#(0:1)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
def test_missing_front_paren(self):
test_corpus = TEST_CORPUS_INVALID % "@registers:INVALID#0:1)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
def render_scribe(target_code, expand=False):
names = parse_ljsl.find_names(target_code)
not_found_reg_names = []
tag_class_tuples = lj_scribe.find_classes_from_map(
names,
reg_maps,
not_found_reg_names
)
tag_subtags_by_class = lj_scribe.fia_organize_tag_by_class(tag_class_tuples)
target_code = lj_scribe.fix_not_found_reg_names(
target_code,
not_found_reg_names,
)
original_names = map(lj_scribe.find_original_tag_str, names)
summaries = map(
lambda x: lj_scribe.render_tag_summary(*x ,expand=expand),
zip(tag_subtags_by_class, names, original_names)
)
original_names_to_summaries = zip(original_names, summaries)
for (original_name, summary) in original_names_to_summaries:
target_code = target_code.replace(original_name, summary)
prefix = flask.render_template("scribe_prefix.html")
postfix = flask.render_template("scribe_postfix.html")
return prefix + target_code + postfix
def test_wrong_prefix(self):
test_corpus = TEST_CORPUS_INVALID % "@results:INVALID#(0:1)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
def test_missing_front_paren(self):
test_corpus = TEST_CORPUS_INVALID % "@registers:INVALID#0:1)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
def test_find_name_after_invalid(self):
matches = parse_ljsl.find_names(TEST_CORPUS_MANY_WITH_INVALID)
self.assertEqual(len(matches), 2)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "TEST")
self.assertEqual(len(matches), 2)
target_match = matches[1][0]
self.assertEqual(target_match.prefix, "OTHERTEST")
def test_find_names(self):
matches = parse_ljsl.find_names(TEST_CORPUS)
self.assertEqual(len(matches), 2)
lengths = map(lambda x: len(x), matches)
self.assertEqual([1, 5], lengths)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "TEST")
self.assertEqual(target_match.start_num, 120)
self.assertEqual(target_match.num_regs, 5)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[1][0]
self.assertEqual(target_match.prefix, "OTHERTEST")
self.assertEqual(target_match.start_num, 1)
self.assertEqual(target_match.num_regs, 3)
self.assertEqual(target_match.num_between_regs, None)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[1][1]
self.assertEqual(target_match.prefix, "TEST")
self.assertEqual(target_match.start_num, 1)
self.assertEqual(target_match.num_regs, 5)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[1][2]
self.assertEqual(target_match.prefix, "OTHERTEST")
self.assertEqual(target_match.start_num, 1)
self.assertEqual(target_match.num_regs, 3)
self.assertEqual(target_match.num_between_regs, None)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[1][3]
self.assertEqual(target_match.prefix, "lowertest")
self.assertEqual(target_match.start_num, 1)
self.assertEqual(target_match.num_regs, 3)
self.assertEqual(target_match.num_between_regs, None)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[1][4]
self.assertEqual(target_match.prefix, "l")
self.assertEqual(target_match.start_num, 1)
self.assertEqual(target_match.num_regs, 3)
self.assertEqual(target_match.num_between_regs, None)
self.assertEqual(target_match.postfix, "p")
self.assertEqual(target_match.includes_ljmmm, True)
def test_find_name_after_invalid(self):
matches = parse_ljsl.find_names(
TEST_CORPUS_MANY_WITH_INVALID)
self.assertEqual(len(matches), 2)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "TEST")
self.assertEqual(len(matches), 2)
target_match = matches[1][0]
self.assertEqual(target_match.prefix, "OTHERTEST")
def test_empty_device_type(self):
matches = parse_ljsl.find_names(TEST_EMPTY_DEVICE)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "TEST")
self.assertEqual(target_match.start_num, 120)
self.assertEqual(target_match.num_regs, 5)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
self.assertEqual(len(matches[0][0].device_types), 0)
def test_empty_device_type(self):
matches = parse_ljsl.find_names(TEST_EMPTY_DEVICE)
self.assertEqual(len(matches), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "TEST")
self.assertEqual(target_match.start_num, 120)
self.assertEqual(target_match.num_regs, 5)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
self.assertEqual(len(matches[0][0].device_types), 0)
def test_find_no_ljmmm_tag(self):
matches = parse_ljsl.find_names("@registers:TEST")
self.assertEqual(len(matches), 1)
target_match = matches[0]
self.assertEqual(len(target_match), 1)
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
def test_missing_pound(self):
test_corpus = TEST_CORPUS_INVALID % "@registers:NOPOUND(0:1)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 2)
target_match = matches[0]
self.assertEqual(len(target_match), 1)
self.assertEqual(target_match[0].prefix, "NOPOUND")
target_match = matches[1]
self.assertEqual(len(target_match), 1)
self.assertEqual(target_match[0].prefix, "VALID")
def test_missing_pound(self):
test_corpus = TEST_CORPUS_INVALID % "@registers:NOPOUND(0:1)"
matches = parse_ljsl.find_names(test_corpus)
self.assertEqual(len(matches), 2)
target_match = matches[0]
self.assertEqual(len(target_match), 1)
self.assertEqual(target_match[0].prefix, "NOPOUND")
target_match = matches[1]
self.assertEqual(len(target_match), 1)
self.assertEqual(target_match[0].prefix, "VALID")
def test_find_no_ljmmm_tag(self):
matches = parse_ljsl.find_names("@registers:TEST")
self.assertEqual(len(matches), 1)
target_match = matches[0]
self.assertEqual(len(target_match), 1)
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
def inject_data():
"""Controls to Inject data about register records into an HTML template.
@return: HTML form through which the HTML template can be filled and
rendered.
@rtype: str or flask response (redirect)
"""
if flask.request.method == "GET":
return flask.render_template("inject_data.html")
target_code = flask.request.form.get("input", "")
names = parse_ljsl.find_names(target_code)
reg_maps = ljmmm.get_device_modbus_maps(expand_names=True, inc_orig=True)
dev_regs = reg_maps[lj_scribe.TARGET_DEVICE]
tag_class_tuples = 0
tag_subtags_by_class = 0
# This is NOT the best way to fix this issue.
# The code should use lj_scribe.TARGET_DEVICES!!!
try:
tag_class_tuples = lj_scribe.find_classes(names, dev_regs)
except lj_scribe.RegisterNotFoundError as e:
dev_regs = reg_maps[lj_scribe.TARGET_DEVICE_DIGIT]
try:
tag_class_tuples = lj_scribe.find_classes(names, dev_regs)
tag_subtags_by_class = lj_scribe.organize_tag_by_class(tag_class_tuples, dev_regs)
except lj_scribe.RegisterNotFoundError as e:
return "Register %s not found in Modbus map." % e.missing_reg_name
tag_subtags_by_class = lj_scribe.organize_tag_by_class(tag_class_tuples, dev_regs)
original_names = map(lj_scribe.find_original_tag_str, names)
summaries = map(lambda x: lj_scribe.render_tag_summary(*x), zip(tag_subtags_by_class, names, original_names))
original_names_to_summaries = zip(original_names, summaries)
for (original_name, summary) in original_names_to_summaries:
target_code = target_code.replace(original_name, summary)
prefix = flask.render_template("scribe_prefix.html")
postfix = flask.render_template("scribe_postfix.html")
return prefix + target_code + postfix
def test_postfix_values(self):
matches = parse_ljsl.find_names(POSTFIX_CORPUS)
self.assertEqual(len(matches), 2)
self.assertEqual(len(matches[0]), 3)
self.assertEqual(len(matches[1]), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
self.assertEqual(target_match.start_num, 1)
self.assertEqual(target_match.num_regs, 2)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "AFTERWARDS")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[0][1]
self.assertEqual(target_match.prefix, "VALID")
self.assertEqual(target_match.start_num, 4)
self.assertEqual(target_match.num_regs, 5)
self.assertEqual(target_match.num_between_regs, 6)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[0][2]
self.assertEqual(target_match.prefix, "VALIDAGAIN")
self.assertEqual(target_match.start_num, 101)
self.assertEqual(target_match.num_regs, 2)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "AFTERWARDS")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[1][0]
self.assertEqual(target_match.prefix, "VALID")
self.assertEqual(target_match.start_num, 100)
self.assertEqual(target_match.num_regs, 200)
self.assertEqual(target_match.num_between_regs, 300)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
def test_postfix_values(self):
matches = parse_ljsl.find_names(POSTFIX_CORPUS)
self.assertEqual(len(matches), 2)
self.assertEqual(len(matches[0]), 3)
self.assertEqual(len(matches[1]), 1)
target_match = matches[0][0]
self.assertEqual(target_match.prefix, "VALID")
self.assertEqual(target_match.start_num, 1)
self.assertEqual(target_match.num_regs, 2)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "AFTERWARDS")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[0][1]
self.assertEqual(target_match.prefix, "VALID")
self.assertEqual(target_match.start_num, 4)
self.assertEqual(target_match.num_regs, 5)
self.assertEqual(target_match.num_between_regs, 6)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[0][2]
self.assertEqual(target_match.prefix, "VALIDAGAIN")
self.assertEqual(target_match.start_num, 101)
self.assertEqual(target_match.num_regs, 2)
self.assertEqual(target_match.num_between_regs, 3)
self.assertEqual(target_match.postfix, "AFTERWARDS")
self.assertEqual(target_match.includes_ljmmm, True)
target_match = matches[1][0]
self.assertEqual(target_match.prefix, "VALID")
self.assertEqual(target_match.start_num, 100)
self.assertEqual(target_match.num_regs, 200)
self.assertEqual(target_match.num_between_regs, 300)
self.assertEqual(target_match.postfix, "")
self.assertEqual(target_match.includes_ljmmm, True)
def test_title_field(self):
matches = parse_ljsl.find_names(
"@registers(Test Section):TEST,REST#(0:1) "\
"@registers(Test Section 2):TEST,REST#(0:1) "\
"@registers:TEST,REST#(0:1) "
)
self.assertEqual(len(matches), 3)
target_match = matches[0]
self.assertEqual(len(target_match), 2)
self.assertEqual(target_match[0].title, "Test Section")
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].title, "Test Section")
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
target_match = matches[1]
self.assertEqual(len(target_match), 2)
self.assertEqual(target_match[0].title, "Test Section 2")
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].title, "Test Section 2")
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
target_match = matches[2]
self.assertEqual(len(target_match), 2)
self.assertEqual(target_match[0].title, "")
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].title, "")
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
def test_title_field(self):
matches = parse_ljsl.find_names(
"@registers(Test Section):TEST,REST#(0:1) "\
"@registers(Test Section 2):TEST,REST#(0:1) "\
"@registers:TEST,REST#(0:1) "
)
self.assertEqual(len(matches), 3)
target_match = matches[0]
self.assertEqual(len(target_match), 2)
self.assertEqual(target_match[0].title, "Test Section")
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].title, "Test Section")
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
target_match = matches[1]
self.assertEqual(len(target_match), 2)
self.assertEqual(target_match[0].title, "Test Section 2")
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].title, "Test Section 2")
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
target_match = matches[2]
self.assertEqual(len(target_match), 2)
self.assertEqual(target_match[0].title, "")
self.assertEqual(target_match[0].prefix, "TEST")
self.assertEqual(target_match[0].start_num, None)
self.assertEqual(target_match[0].num_regs, None)
self.assertEqual(target_match[0].num_between_regs, None)
self.assertEqual(target_match[0].postfix, None)
self.assertEqual(target_match[0].includes_ljmmm, False)
self.assertEqual(target_match[1].title, "")
self.assertEqual(target_match[1].prefix, "REST")
self.assertEqual(target_match[1].start_num, 0)
self.assertEqual(target_match[1].num_regs, 1)
self.assertEqual(target_match[1].num_between_regs, None)
self.assertEqual(target_match[1].postfix, "")
self.assertEqual(target_match[1].includes_ljmmm, True)
def test_find_names(self):
matches = parse_ljsl.find_names(TEST_CORPUS)
self.corpus_matches_tests(matches)
def test_find_names(self):
matches = parse_ljsl.find_names(TEST_CORPUS)
self.corpus_matches_tests(matches)
