def test_compact(self):
compact_tag = r"/*..class:: type*/"
comments = CxxProcessor(self.project, self.module,
InputBuffer("compact_tag", compact_tag))
stream = comments.process().stream()
first = next_value(stream.read())
self.assertEqual(first, r"..class:: type")
def test_macro_cont(self):
proc = CxxProcessor(
self.project,
self.module,
InputBuffer(self.test_macro_cont.__name__, macro_cont_stmt),
)
proc.process()
def test_macro(self):
# Not technically part of C or a statement but important to parse
# for meta extraction process
proc = CxxProcessor(
self.project,
self.module,
InputBuffer(self.test_macro.__name__, macro_stmt),
)
proc.process()
def test_two_lines(self):
two_lines = r"""//// blah
// blah2
"""
comments = CxxProcessor(self.project, self.module,
InputBuffer("two_lines", two_lines))
stream = comments.process().stream()
i = stream.read()
self.assertEqual(next_value(i), " blah")
self.assertEqual(next_value(i), " blah2")
def test_empty(self):
comments = CxxProcessor(
self.project,
self.module,
InputBuffer(self.test_empty.__name__, ""),
)
# The stream has one newline and that's it
i = comments.process().stream().read()
atom = next(i)
self.assertEqual(type(atom), Atom)
self.assertEqual(atom.data["type"], "newline")
def test_multi_line_embedded(self):
proc = CxxProcessor(
self.project,
self.module,
InputBuffer("multiline_function_c_style",
multiline_function_c_style),
)
comments = proc.process().stream()
i = comments.read()
self.assertEqual(next_value(i), " ..class:: mxfunction")
self.assertEqual(next_value(i), " *")
self.assertEqual(next_value(i), " * //")
self.assertEqual(next_value(i), " embedded string comment")
def test_before_and_after_empty(self):
self.project.config["debug_atoms"] = True
self.project.config["debug_matches"] = True
comments = CxxProcessor(
self.project,
self.module,
InputBuffer(self.test_before_and_after_empty.__name__,
r" /**/ "),
)
comments.process()
i = comments.stream().read()
self.assertEqual(next_value(i), r" ")
self.assertEqual(next_value(i), r" ")