def _add_code_ref(self, index, code_ref_element, page, load,
s_code_references):
text = self.xcoderef.get_text(code_ref_element)
text = clean_breaks(text).strip()
# Not significant
if len(text) < 2 or text.isdigit():
return
text_context = get_text_context(code_ref_element)
sentence = get_sentence(code_ref_element, text, text_context)
(text, kind_hint) = self._get_code_ref_kind(code_ref_element, text)
xpath = load.tree.getpath(code_ref_element)
for code in parse_single_code_references(text, kind_hint,
self.kind_strategies, self.kinds):
code.xpath = xpath
code.file_path = page.file_path
code.source = DOCUMENT_SOURCE
code.index = index
code.sentence = sentence
code.paragraph = text_context
code.project = self.document.project_release.project
code.project_release = self.document.project_release
code.save()
s_code_references.append(code)
def _add_code_ref(self, index, code_ref_element, page, load,
s_code_references):
text = self.xcoderef.get_text(code_ref_element)
text = clean_breaks(text).strip()
# Not significant
if len(text) < 2 or text.isdigit():
return
text_context = get_text_context(code_ref_element)
sentence = get_sentence(code_ref_element, text, text_context)
(text, kind_hint) = self._get_code_ref_kind(code_ref_element, text)
xpath = load.tree.getpath(code_ref_element)
for code in parse_single_code_references(text, kind_hint,
self.kind_strategies,
self.kinds):
code.xpath = xpath
code.file_path = page.file_path
code.source = DOCUMENT_SOURCE
code.index = index
code.sentence = sentence
code.paragraph = text_context
code.project = self.document.project_release.project
code.project_release = self.document.project_release
code.save()
s_code_references.append(code)
def test_text(self):
text = r'''
The class FooBar and Boo is useful to call method m1("hello").
You should know that FooBar.CONSTANT is fun, but @Bar and buz().baz(1)
does not equal com.Baz.m2("", null).m3(CONST);
'''
text = su.clean_breaks(text).strip()
refs = psc(text,
self.kinds['unknown'],
self.strategies,
self.kinds,
save_index=True)
self.assertEqual(11, len(refs))
self.assertEqual('FooBar', refs[0].content)
self.assertEqual('class', refs[0].kind_hint.kind)
self.assertEqual(0, refs[0].index)
self.assertEqual('Boo', refs[1].content)
self.assertEqual('class', refs[1].kind_hint.kind)
self.assertEqual(1, refs[1].index)
self.assertEqual('m1("hello")', refs[2].content)
self.assertEqual('method', refs[2].kind_hint.kind)
self.assertEqual(2, refs[2].index)
self.assertEqual('FooBar.CONSTANT', refs[3].content)
self.assertEqual('class', refs[3].kind_hint.kind)
self.assertEqual(3, refs[3].index)
self.assertEqual('FooBar.CONSTANT', refs[4].content)
self.assertEqual('field', refs[4].kind_hint.kind)
self.assertEqual(3, refs[4].index)
self.assertEqual('@Bar', refs[5].content)
self.assertEqual('annotation', refs[5].kind_hint.kind)
self.assertEqual(4, refs[5].index)
self.assertEqual('buz().baz(1)', refs[6].content)
self.assertEqual('method', refs[6].kind_hint.kind)
self.assertEqual(5, refs[6].index)
self.assertEqual('baz(1)', refs[7].content)
self.assertEqual('method', refs[7].kind_hint.kind)
self.assertEqual(5, refs[7].index)
self.assertEqual('com.Baz.m2("", null).m3(CONST);', refs[8].content)
self.assertEqual('class', refs[8].kind_hint.kind)
self.assertEqual(6, refs[8].index)
self.assertEqual('com.Baz.m2("", null).m3(CONST);', refs[9].content)
self.assertEqual('method', refs[9].kind_hint.kind)
self.assertEqual(6, refs[9].index)
self.assertEqual('m3(CONST);', refs[10].content)
self.assertEqual('method', refs[10].kind_hint.kind)
self.assertEqual(6, refs[10].index)
def test_text(self):
text = r'''
The class FooBar and Boo is useful to call method m1("hello").
You should know that FooBar.CONSTANT is fun, but @Bar and buz().baz(1)
does not equal com.Baz.m2("", null).m3(CONST);
'''
text = su.clean_breaks(text).strip()
refs = psc(text, self.kinds['unknown'], self.strategies, self.kinds,
save_index=True)
self.assertEqual(11, len(refs))
self.assertEqual('FooBar', refs[0].content)
self.assertEqual('class', refs[0].kind_hint.kind)
self.assertEqual(0, refs[0].index)
self.assertEqual('Boo', refs[1].content)
self.assertEqual('class', refs[1].kind_hint.kind)
self.assertEqual(1, refs[1].index)
self.assertEqual('m1("hello")', refs[2].content)
self.assertEqual('method', refs[2].kind_hint.kind)
self.assertEqual(2, refs[2].index)
self.assertEqual('FooBar.CONSTANT', refs[3].content)
self.assertEqual('class', refs[3].kind_hint.kind)
self.assertEqual(3, refs[3].index)
self.assertEqual('FooBar.CONSTANT', refs[4].content)
self.assertEqual('field', refs[4].kind_hint.kind)
self.assertEqual(3, refs[4].index)
self.assertEqual('@Bar', refs[5].content)
self.assertEqual('annotation', refs[5].kind_hint.kind)
self.assertEqual(4, refs[5].index)
self.assertEqual('buz().baz(1)', refs[6].content)
self.assertEqual('method', refs[6].kind_hint.kind)
self.assertEqual(5, refs[6].index)
self.assertEqual('baz(1)', refs[7].content)
self.assertEqual('method', refs[7].kind_hint.kind)
self.assertEqual(5, refs[7].index)
self.assertEqual('com.Baz.m2("", null).m3(CONST);', refs[8].content)
self.assertEqual('class', refs[8].kind_hint.kind)
self.assertEqual(6, refs[8].index)
self.assertEqual('com.Baz.m2("", null).m3(CONST);', refs[9].content)
self.assertEqual('method', refs[9].kind_hint.kind)
self.assertEqual(6, refs[9].index)
self.assertEqual('m3(CONST);', refs[10].content)
self.assertEqual('method', refs[10].kind_hint.kind)
self.assertEqual(6, refs[10].index)
def _get_lines(self, message, load, ucontent):
lines = []
if not message.title.lower().strip().startswith('re:'):
lines.append(clean_breaks(message.title))
lines.append('')
new_content = ucontent.replace('\r', '').replace('\t', ' ')
content_lines = new_content.split('\n')
for content_line in content_lines:
content_line = content_line.replace('<', '<')\
.replace('>', '>')
if not self._uninteresting_line(content_line):
lines.append(content_line)
return lines
def _get_lines(self, message, load, ucontent):
lines = []
if not message.title.lower().strip().startswith('re:'):
lines.append(clean_breaks(message.title))
lines.append('')
new_content = ucontent.replace('\r', '').replace('\t', ' ')
content_lines = new_content.split('\n')
for content_line in content_lines:
content_line = content_line.replace('<', '<')\
.replace('>', '>')
if not self._uninteresting_line(content_line):
lines.append(content_line)
return lines