def test_process_no_results(self):
pm = ParagraphMarkers(None)
for text, node_type, label in (
('This has no paragraph', Node.REGTEXT, ['a']),
('Later (a)', Node.REGTEXT, ['a']),
('References (a)', Node.APPENDIX, ['111', 'A', 'a']),
('References a.', Node.APPENDIX, ['111', 'A', 'a']),
('CFR. definition', Node.REGTEXT, ['111', '12', 'p123']),
('Word. definition', Node.REGTEXT, ['111', '12', 'p123'])):
node = Node(text, label=label, node_type=node_type)
self.assertEqual(None, pm.process(node))
def test_process_no_results(self):
pm = ParagraphMarkers(None)
for text, node_type, label in (
("This has no paragraph", Node.REGTEXT, ["a"]),
("Later (a)", Node.REGTEXT, ["a"]),
("References (a)", Node.APPENDIX, ["111", "A", "a"]),
("References a.", Node.APPENDIX, ["111", "A", "a"]),
("CFR. definition", Node.REGTEXT, ["111", "12", "p123"]),
("Word. definition", Node.REGTEXT, ["111", "12", "p123"]),
):
node = Node(text, label=label, node_type=node_type)
self.assertEqual(None, pm.process(node))
def test_process_with_results(self):
pm = ParagraphMarkers(None)
self.assertEqual(pm.process(Node("(c) Paragraph", label=['c'])),
[{"text": "(c)", "locations": [0]}])
self.assertEqual(
pm.process(Node("\n(vi) Paragraph", label=['c', 'vi'])), [{
"text": "(vi)", "locations": [0]
}]
)
self.assertEqual(
pm.process(Node("ii. Paragraph",
label=['ii', Node.INTERP_MARK],
node_type=Node.INTERP)),
[{"text": "ii.", "locations": [0]}]
)
self.assertEqual(
pm.process(Node("A. Paragraph",
label=['ii', 'A', Node.INTERP_MARK],
node_type=Node.INTERP)),
[{"text": "A.", "locations": [0]}]
)
self.assertEqual(
pm.process(Node("(a) Paragraph",
label=['111', 'A', 'a'],
node_type=Node.APPENDIX)),
[{'text': '(a)', 'locations': [0]}])
self.assertEqual(
pm.process(Node("a. Paragraph",
label=['111', 'A', 'a'],
node_type=Node.APPENDIX)),
[{'text': 'a.', 'locations': [0]}])
def test_process_with_results(self):
pm = ParagraphMarkers(None)
for m, nt, l in (('(c)', Node.REGTEXT, ['c']),
('(vi)', Node.REGTEXT, ['c', 'vi']),
('ii.', Node.INTERP, ['ii', Node.INTERP_MARK]),
('A.', Node.INTERP, ['ii', 'A', Node.INTERP_MARK]),
('(a)', Node.APPENDIX, ['111', 'A', 'a']),
('a.', Node.APPENDIX, ['111', 'A', 'a'])):
expected_result = [{"text": m, "locations": [0]}]
node = Node(m + " Paragraph", label=l, node_type=nt)
self.assertEqual(pm.process(node), expected_result)
# whitespace is ignored
node.text = "\n" + node.text
self.assertEqual(pm.process(node), expected_result)
def test_process_no_results(self):
pm = ParagraphMarkers(None)
self.assertEqual(None, pm.process(
Node("This has no paragraph", label=["a"])
))
self.assertEqual(None, pm.process(
Node("(b) Different paragraph", label=["a"])
))
self.assertEqual(None, pm.process(
Node("Later (a)", label=["a"])
))
self.assertEqual(None, pm.process(
Node("(a) Interpretation", label=["a", Node.INTERP_MARK])
))
def test_process_no_results(self):
pm = ParagraphMarkers(None)
for text, node_type, label in (('This has no paragraph', Node.REGTEXT,
['a']), ('Later (a)', Node.REGTEXT,
['a']),
('References (a)', Node.APPENDIX,
['111', 'A', 'a'
]), ('References a.', Node.APPENDIX,
['111', 'A', 'a']),
('CFR. definition', Node.REGTEXT,
['111', '12', 'p123'
]), ('Word. definition', Node.REGTEXT,
['111', '12', 'p123'])):
node = Node(text, label=label, node_type=node_type)
self.assertEqual(None, pm.process(node))
def test_process_with_results(self):
pm = ParagraphMarkers(None)
for m, nt, l in (('(c)', Node.REGTEXT, ['c']), ('(vi)', Node.REGTEXT,
['c', 'vi']),
('ii.', Node.INTERP, ['ii', Node.INTERP_MARK]),
('A.', Node.INTERP, ['ii', 'A', Node.INTERP_MARK]),
('(a)', Node.APPENDIX, ['111', 'A',
'a']), ('a.', Node.APPENDIX,
['111', 'A', 'a'])):
expected_result = [{"text": m, "locations": [0]}]
node = Node(m + " Paragraph", label=l, node_type=nt)
self.assertEqual(pm.process(node), expected_result)
# whitespace is ignored
node.text = "\n" + node.text
self.assertEqual(pm.process(node), expected_result)
def test_process_with_results(self):
pm = ParagraphMarkers(None)
for m, nt, l in (
("(c)", Node.REGTEXT, ["c"]),
("(vi)", Node.REGTEXT, ["c", "vi"]),
("ii.", Node.INTERP, ["ii", Node.INTERP_MARK]),
("A.", Node.INTERP, ["ii", "A", Node.INTERP_MARK]),
("(a)", Node.APPENDIX, ["111", "A", "a"]),
("a.", Node.APPENDIX, ["111", "A", "a"]),
):
expected_result = [{"text": m, "locations": [0]}]
node = Node(m + " Paragraph", label=l, node_type=nt)
self.assertEqual(pm.process(node), expected_result)
# whitespace is ignored
node.text = "\n" + node.text
self.assertEqual(pm.process(node), expected_result)
def test_process_with_results(self):
pm = ParagraphMarkers(None)
self.assertEqual(pm.process(Node("(c) Paragraph", label=['c'])), [{
"text": "(c)", "locations": [0]
}])
self.assertEqual(
pm.process(Node("\n(vi) Paragraph", label=['c', 'vi'])), [{
"text": "(vi)", "locations": [0]
}]
)
self.assertEqual(
pm.process(Node("ii. Paragraph", label=['ii', Node.INTERP_MARK])),
[{ "text": "ii.", "locations": [0] }]
)
self.assertEqual(
pm.process(Node("A. Paragraph", label=['ii', 'A',
Node.INTERP_MARK])),
[{ "text": "A.", "locations": [0] }]
)
def has_definitions(self, node):
"""Does this node have definitions?"""
# Definitions cannot be in the top-most layer of the tree (the root)
if len(node.label) < 2:
return False
# Definitions are only in the reg text (not appendices/interprs)
if node.node_type != struct.Node.REGTEXT:
return False
stripped = node.text.strip(ParagraphMarkers.marker(node)).strip()
return (
stripped.lower().startswith('definition')
or (node.title and 'definition' in node.title.lower())
or re.search('the term .* means', stripped.lower())
)
def test_process_no_results(self):
pm = ParagraphMarkers(None)
self.assertEqual(None, pm.process(
Node("This has no paragraph", label=["a"])
))
self.assertEqual(None, pm.process(
Node("(b) Different paragraph", label=["a"])
))
self.assertEqual(None, pm.process(
Node("Later (a)", label=["a"])
))
self.assertEqual(None, pm.process(
Node("(a) Interpretation", label=["a", Node.INTERP_MARK],
node_type=Node.INTERP)
))
self.assertEqual(None, pm.process(Node("References (a)",
label=["111", "A", "a"],
node_type=Node.APPENDIX)))
self.assertEqual(None, pm.process(Node("References a.",
label=["111", "A", "a"],
node_type=Node.APPENDIX)))
