def test_paragraphRendererReplacesIllegalChars(self):
"""
Test that L{xquotient.renderers.ParagraphRenderer} replaces
XML-illegal characters in the content of the paragraph it is passed
"""
para = mimepart.FixedParagraph.fromString('\x00 hi!')
rend = renderers.ParagraphRenderer(para)
self.assertEqual(renderPlainFragment(rend).strip(), '0x0 hi!')
def test_paragraphRendererReplacesIllegalChars(self):
"""
Test that L{xquotient.renderers.ParagraphRenderer} replaces
XML-illegal characters in the content of the paragraph it is passed
"""
para = mimepart.FixedParagraph.fromString('\x00 hi!')
rend = renderers.ParagraphRenderer(para)
self.assertEqual(renderPlainFragment(rend).strip(), '0x0 hi!')
def test_paragraphRendererPreservesWhitespace(self):
self.assertEqual(
renderPlainFragment(
renderers.ParagraphRenderer(
mimepart.FixedParagraph.fromString(' foo'))).strip(),
'  foo')
def _renderQuotedMessage(self, levels):
text = '\n'.join(('>' * i) + str(i) for i in xrange(levels))
return renderPlainFragment(
renderers.ParagraphRenderer(
mimepart.FlowedParagraph.fromRFC2646(text)))
def assertRenderedEquals(input, output):
renderer = renderers.SpacePreservingStringRenderer(input)
self.assertEqual(renderPlainFragment(renderer), output)
def test_paragraphRendererPreservesWhitespace(self):
self.assertEqual(
renderPlainFragment(
renderers.ParagraphRenderer(
mimepart.FixedParagraph.fromString(' foo'))).strip(),
'  foo')
def _renderQuotedMessage(self, levels):
text = '\n'.join(('>' * i) + str(i) for i in xrange(levels))
return renderPlainFragment(
renderers.ParagraphRenderer(
mimepart.FlowedParagraph.fromRFC2646(text)))
def assertRenderedEquals(input, output):
renderer = renderers.SpacePreservingStringRenderer(input)
self.assertEqual(renderPlainFragment(renderer), output)