def test_bullet(self):
self.buffer.insert_at_cursor("end1\nend2\n")
self.buffer.place_cursor(self.buffer.get_start_iter())
#self.buffer.indent()
self.buffer.toggle_bullet_list()
self.buffer.insert_at_cursor("line1\n")
contents = list(
iter_buffer_contents(self.buffer, None, None, ignore_tag))
dom = TextBufferDom(
normalize_tags(find_paragraphs(
nest_indent_tags(self.get_contents(), self.buffer.tag_table)),
is_stable_tag=lambda tag: isinstance(
tag, RichTextIndentTag) or tag == P_TAG))
self.io.prepare_dom_write(dom)
print
dom.display()
# check the internal indentation structure
self.assertEquals([display_item(x) for x in contents], [
'BEGIN:bullet', 'BEGIN:indent 1 bullet', u'\u2022 ', 'END:bullet',
'line1\n', 'BEGIN:bullet', u'\u2022 ', 'END:bullet', 'end1\n',
'END:indent 1 bullet', 'end2\n'
])
outfile = StringIO()
self.write(self.buffer, outfile)
self.assertEquals(
outfile.getvalue(), '<ul><li>line1</li>\n'
'<li>end1</li>\n</ul>\nend2<br/>\n')
def test_par(self):
self.read(self.buffer,
StringIO("""word1 <b>word2<br/>\nword3</b> word4<br/>\n"""))
contents = list(
normalize_tags(find_paragraphs(self.get_contents()),
is_stable_tag=lambda tag: tag == P_TAG))
self.assertEquals([display_item(x) for x in contents], [
'BEGIN:p', 'word1 ', 'BEGIN:bold', 'word2\n', 'END:bold', 'END:p',
'BEGIN:bold', 'END:bold', 'BEGIN:p', 'BEGIN:bold', 'word3',
'END:bold', ' word4\n', 'END:p'
])
def test_bullet(self):
self.buffer.insert_at_cursor("end1\nend2\n")
self.buffer.place_cursor(self.buffer.get_start_iter())
#self.buffer.indent()
self.buffer.toggle_bullet_list()
self.buffer.insert_at_cursor("line1\n")
contents = list(iter_buffer_contents(self.buffer,
None, None, ignore_tag))
dom = TextBufferDom(
normalize_tags(find_paragraphs(
nest_indent_tags(self.get_contents(), self.buffer.tag_table)),
is_stable_tag=lambda tag:
isinstance(tag, RichTextIndentTag) or
tag == P_TAG))
self.io.prepare_dom_write(dom)
print
dom.display()
# check the internal indentation structure
self.assertEquals([display_item(x) for x in contents],
['BEGIN:bullet',
'BEGIN:indent 1 bullet',
u'\u2022 ',
'END:bullet',
'line1\n',
'BEGIN:bullet',
u'\u2022 ',
'END:bullet',
'end1\n',
'END:indent 1 bullet',
'end2\n'])
outfile = StringIO()
self.write(self.buffer, outfile)
self.assertEquals(outfile.getvalue(),
'<ul><li>line1</li>\n'
'<li>end1</li>\n</ul>\nend2<br/>\n')
def test_par(self):
self.read(self.buffer, StringIO(
"""word1 <b>word2<br/>\nword3</b> word4<br/>\n"""))
contents = list(normalize_tags(
find_paragraphs(self.get_contents()),
is_stable_tag=lambda tag: tag == P_TAG))
self.assertEquals([display_item(x) for x in contents],
['BEGIN:p',
'word1 ',
'BEGIN:bold',
'word2\n',
'END:bold',
'END:p',
'BEGIN:bold',
'END:bold',
'BEGIN:p',
'BEGIN:bold',
'word3',
'END:bold',
' word4\n',
'END:p'])
