def test_conversion_as_command(self, mock_stdout): with open(join(_here, "ansicolor.txt"), "rb") as input: test_data = "".join(read_to_unicode(input)) with open(join(_here, "ansicolor.html"), "rb") as output: expected_data = "".join(read_to_unicode(output)) with patch("sys.stdin", new_callable=lambda: six.StringIO(test_data)): main() html = mock_stdout.getvalue() eq_(len(html), len(expected_data), "Strings are not the same length.") eq_(html, expected_data, "Strings are not the same.")
def test_conversion(self): with open(join(_here, "ansicolor.txt"), "rb") as input: test_data = "".join(read_to_unicode(input)) with open(join(_here, "ansicolor.html"), "rb") as output: expected_data = read_to_unicode(output) html = Ansi2HTMLConverter().convert(test_data).split("\n") eq_(len(html), len(expected_data)) for idx in range(len(expected_data)): expected = expected_data[idx].strip() actual = html[idx].strip() self.assertEqual(expected, actual)
def test_conversion_as_command(self, mock_stdout, mock_argv): with open(join(_here, "ansicolor.txt"), "rb") as input: test_data = "".join(read_to_unicode(input)) with open(join(_here, "ansicolor.html"), "rb") as output: expected_data = "".join(read_to_unicode(output)) def f(): return StringIO(test_data) with patch("sys.stdin", new_callable=f): main() html = mock_stdout.getvalue() self.assertEqual(html, expected_data)
def convert_file_contents_to_html2(normalized_output_file): #conv = Ansi2HTMLConverter() with open(normalized_output_file, "rb") as scan_file: test_data = "".join(read_to_unicode(scan_file)) #expected_data = [e.rstrip('\n') for e in read_to_unicode(scan_file)] html = Ansi2HTMLConverter().convert(test_data, ensure_trailing_newline=True) return html
def test_produce_headers(self): conv = Ansi2HTMLConverter() headers = conv.produce_headers() inputfile = join(_here, "produce_headers.txt") with open(inputfile, "rb") as produce_headers: expected_data = read_to_unicode(produce_headers) self.assertMultiLineEqual(headers, "".join(expected_data))
def test_conversion_as_command(self, mock_stdout, mock_argv): with open(join(_here, "ansicolor.txt"), "rb") as input: test_data = "".join(read_to_unicode(input)) with open(join(_here, "ansicolor.html"), "rb") as output: expected_data = "".join(read_to_unicode(output)) if six.PY3: f = lambda: six.StringIO(test_data) else: f = lambda: six.StringIO(test_data.encode('utf-8')) with patch("sys.stdin", new_callable=f): main() html = mock_stdout.getvalue() self.assertEqual(html, expected_data)
def test_conversion(self): for input_filename, expected_output_filename in ( ("ansicolor.txt", "ansicolor.html"), ("ansicolor_eix.txt", "ansicolor_eix.html"), ): with open(join(_here, input_filename), "rb") as input: test_data = "".join(read_to_unicode(input)) with open(join(_here, expected_output_filename), "rb") as output: expected_data = [e.rstrip('\n') for e in read_to_unicode(output)] html = Ansi2HTMLConverter().convert(test_data, ensure_trailing_newline=True).split("\n") if html and html[-1] == '': html = html[:-1] self.assertEqual( '\n'.join(html), '\n'.join(expected_data))
def test_produce_headers(self): conv = Ansi2HTMLConverter() headers = conv.produce_headers() inputfile = join(_here, "produce_headers.txt") with open(inputfile, "rb") as produce_headers: expected_data = read_to_unicode(produce_headers) self.assertMultiLineEqual(headers, ''.join(expected_data))
def test_unicode(self): """ Ensure that the converter returns unicode(py2)/str(py3) objs. """ with open(join(_here, "ansicolor.txt"), "rb") as input: test_data = "".join(read_to_unicode(input)) html = Ansi2HTMLConverter().convert(test_data).split("\n") for chunk in html: assert isinstance(chunk, six.text_type)
def test_conversion(self): for input_filename, expected_output_filename in ( ("ansicolor.txt", "ansicolor.html"), ("ansicolor_eix.txt", "ansicolor_eix.html"), ): with open(join(_here, input_filename), "rb") as input: test_data = "".join(read_to_unicode(input)) with open(join(_here, expected_output_filename), "rb") as output: expected_data = [ e.rstrip("\n") for e in read_to_unicode(output) ] html = (Ansi2HTMLConverter().convert( test_data, ensure_trailing_newline=True).split("\n")) if html and html[-1] == "": html = html[:-1] self.assertEqual("\n".join(html), "\n".join(expected_data))
def test_unicode(self): """ Ensure that the converter returns unicode(py2)/str(py3) objs. """ with open(join(_here, "ansicolor.txt"), "rb") as input: test_data = "".join(read_to_unicode(input)) html = Ansi2HTMLConverter().convert(test_data).split("\n") for chunk in html: assert isinstance(chunk, str)
def test_conversion_as_command(self, mock_stdout, mock_argv): with open(join(_here, "ansicolor.txt"), "rb") as input: test_data = "".join(read_to_unicode(input)) with open(join(_here, "ansicolor.html"), "rb") as output: expected_data = "".join(read_to_unicode(output)) if six.PY3: f = lambda: six.StringIO(test_data) else: f = lambda: six.StringIO(test_data.encode('utf-8')) with patch("sys.stdin", new_callable=f): main() html = mock_stdout.getvalue() eq_(len(html), len(expected_data), "Strings are not the same length.") eq_(html, expected_data, "Strings are not the same.")
def test_produce_headers(self): conv = Ansi2HTMLConverter() headers = conv.produce_headers().split("\n") inputfile = join(_here, "produce_headers.txt") with open(inputfile, "rb") as produce_headers: expected_data = read_to_unicode(produce_headers) for idx in range(len(expected_data)): expected = expected_data[idx].strip() actual = headers[idx].strip() self.assertEqual(expected, actual)