def Case():
"""
Creates a ``pipe`` Element with each line of vrange becoming
a case with an empty cond
.. code-block::xml
Spam
Ham
Eggs
<pipe label="" capture="">
<case label="c1" cond="">Spam</case>
<case label="c2" cond="">Ham</case>
<case label="c3" cond="">Eggs</case>
<case label="c99" cond="1">BAD PIPE</case>
</pipe>
"""
print('test')
cases = deciphervimclips.cell_factory(get_current_range(),
"case",
"c",
attrs={'cond': ''})
cases.append(""" <case label="c99" cond="1">BAD PIPE</case>""")
cases = ['<pipe label="" capture="">'] + cases + ['</pipe>']
# set_current_range( cases )
print(dir(vim.current.range.start))
def test_cell_factory(self):
template = ' <{0} label="{1}"{2}>{3}</{0}>'
def create_mock(*args):
if args[3]:
attrs_str = ' ' + ' '.join('{0}="{1}"'.format(k, v) for k, v in args[3].items())
else:
attrs_str = ''
rows = []
for i, line in enumerate(args[0]):
rows.append(template.format(args[1], args[2] + str(i + 1), attrs_str, line))
return ' '.join(rows)
test_cells = (
(['SPAM BACON EGGS'], 'row', 'r', {}),
(['SPAM', 'BACON', 'EGGS'], 'row', 'r', {}),
)
for args in test_cells:
mock_xml = etree.fromstring('<root>{0}</root>'.format(create_mock(*args)))
generated_xml = etree.fromstring('<root>{0}</root>'.format(''.join(deciphervimclips.cell_factory(*args))))
mock_xml, generated_xml = map(etree.tostring, (mock_xml, generated_xml))
mock_xml, generated_xml = map(clean_xml, (mock_xml, generated_xml))
self.assertEqual(mock_xml, generated_xml)
def Rates():
"""
Makes ``col`` Cells with vrange lines as text nodes
also, if the line leads with an integer it is placed at the
end of a <br/>
.. code-block::xml
1. Very Spammy
2.
3. Not at all Spammy
<col label="c1">Very Spammy<br/>1</col>
<col label="c2">2</col>
<col label="c3">Not at all Spammy<br/>3</col>
"""
lines = [line.strip() for line in get_current_range() if line.strip()]
row_rgx = re.compile(r"^(?P<num>[a-zA-Z0-9-_]+)\.?\s+(?P<text>\w.*)")
poleTemplate = "{num}. {text}<br/>{num}"
innerTemplate = "{num}. {num}"
for i, line in enumerate(lines):
if row_rgx.match(line):
lines[i] = poleTemplate.format(**row_rgx.match(line).groupdict())
else:
num = re.match(r"(?P<num>\d+)\.?", line)
lines[i] = innerTemplate.format(**num.groupdict())
set_current_range(deciphervimclips.cell_factory(lines, "col", "c"))
def test_cell_factory(self):
template = ' <{0} label="{1}"{2}>{3}</{0}>'
def create_mock(*args):
if args[3]:
attrs_str = ' ' + ' '.join('{0}="{1}"'.format(k, v) for k, v in args[3].items())
else:
attrs_str = ''
rows = []
for i, line in enumerate(args[0]):
rows.append(template.format(args[1], args[2] + str(i + 1), attrs_str, line))
return ' '.join(rows)
test_cells = (
(['SPAM BACON EGGS'], 'row', 'r', {}),
(['SPAM', 'BACON', 'EGGS'], 'row', 'r', {}),
)
for args in test_cells:
mock_xml = etree.fromstring('<root>{0}</root>'.format(create_mock(*args)))
generated_xml = etree.fromstring('<root>{0}</root>'.format(''.join(deciphervimclips.cell_factory(*args))))
mock_xml, generated_xml = map(etree.tostring, (mock_xml, generated_xml))
mock_xml, generated_xml = map(clean_xml, (mock_xml, generated_xml))
self.assertEqual(mock_xml, generated_xml)
def NoAnswer():
"""
Makes ``noanswer`` Cells with vrange lines as text nodes
.. code-block::xml
99. Ni!
<noanswer label="r99">Ni!</noanswer>
"""
set_current_range(
deciphervimclips.cell_factory(get_current_range(), "noanswer", "r"))
def Rows():
"""
Makes ``row`` Cells with vrange lines as text nodes
.. code-block::xml
1. Spam
<row label="r1">Spam</row>
"""
set_current_range(
deciphervimclips.cell_factory(get_current_range(), "row", "r") +
['\n'])
def Choice():
"""
Makes ``choice`` Cells with vrange lines as text nodes
.. code-block::xml
3. Eggs
<choice label="ch3">Eggs</choice>
"""
set_current_range(
deciphervimclips.cell_factory(get_current_range(), "choice", "ch") +
['\n'])
def Cols():
"""
Makes ``col`` Cells with vrange lines as text nodes
.. code-block::xml
2. Ham
<col label="c2">Ham</col>
"""
set_current_range(
deciphervimclips.cell_factory(get_current_range(), "col", "c") +
['\n'])
def MakeGroups():
"""
"""
output = deciphervimclips.cell_factory(get_current_range(), "group", "g")
set_current_range(output)