def run(self, root):
elements = list(
root) # should be an iterator, but 2.6 getiterator vs 2.7 iter.
root.clear()
target = root
example_num = 0
for element in elements:
if HEADER_R.match(element.tag):
target = root
elif element.tag == 'pre':
sub = list(element)
assert len(sub) == 1
code_el = sub[0]
assert code_el.tag == 'code'
format, code, args = splitcode(code_el.text)
divclasses = [format]
if args == 'forbidden':
divclasses.append(args)
if format.lower() == 'n3':
divclasses.append('mlr')
subdiv = etree.Element('div', {'class': ' '.join(divclasses)})
subdiv.append(element)
element = subdiv
if target is root:
example_num += 1
if self.buttons:
button = etree.Element('button', {
'onclick':
"$('#eg%d').toggle();" % (example_num, )
})
button.text = 'Example'
root.append(button)
divattr = {
"class": "example",
'id': 'eg%d' % (example_num, )
}
if self.hide_eg:
divattr['style'] = 'display:none'
div = etree.Element('div', divattr)
if not self.delete_eg:
root.append(div)
target = div
target.append(element)
return root
def test_document():
m = markdown.Markdown()
data = open('rationale.md').read().decode('utf-8')
root = m.parser.parseDocument(data.split('\n')).getroot()
data = []
title = ''
for element in root.getiterator():
if HEADER_R.match(element.tag):
if data:
yield t_function, data, title
data = []
title = element.text
if element.tag == 'pre':
sub = list(element)
assert len(sub) == 1 and sub[0].tag == 'code'
format, text, args = splitcode(sub[0].text)
if format:
data.append((format, text, args))
if data:
yield t_function, data, title
def run(self, root):
elements = list(root) # should be an iterator, but 2.6 getiterator vs 2.7 iter.
root.clear()
target = root
example_num = 0
for element in elements:
if HEADER_R.match(element.tag):
target = root
elif element.tag == 'pre':
sub = list(element)
assert len(sub) == 1
code_el = sub[0]
assert code_el.tag == 'code'
format, code, args = splitcode(code_el.text)
divclasses = [format]
if args == 'forbidden':
divclasses.append(args)
if format.lower() == 'n3':
divclasses.append('mlr')
subdiv = etree.Element('div', {'class': ' '.join(divclasses)})
subdiv.append(element)
element = subdiv
if target is root:
example_num += 1
if self.buttons:
button = etree.Element('button', {'onclick': "$('#eg%d').toggle();" % (example_num,)})
button.text = 'Example'
root.append(button)
divattr = {"class": "example", 'id': 'eg%d' % (example_num,)}
if self.hide_eg:
divattr['style'] = 'display:none'
div = etree.Element('div', divattr)
if not self.delete_eg:
root.append(div)
target = div
target.append(element)
return root
def run(self, root):
elements = list(root) # should be an iterator, but 2.6 getiterator vs 2.7 iter.
root.clear()
target = root
graphs = []
error = False
example_num = 0
for element in elements:
if HEADER_R.match(element.tag):
if graphs and not error:
response = self.make_response(graphs)
if response:
target.append(response)
target = root
graphs = []
error = False
print(" " * int(element.tag[1]) + element.text)
elif element.tag == 'pre':
sub = list(element)
assert len(sub) == 1
code_el = sub[0]
assert code_el.tag == 'code'
format, code, args = splitcode(code_el.text)
code_el.text = ":::%s\n%s" % (format, code) # remove args
divclasses = [format]
if args == 'forbidden':
divclasses.append(args)
if format.lower() == 'n3':
divclasses.append('mlr')
subdiv = etree.Element('div', {'class': ' '.join(divclasses)})
subdiv.append(element)
element = subdiv
if target is root:
example_num += 1
if self.buttons:
button = etree.Element('button', {'onclick': "$('#eg%d').toggle();" % (example_num,)})
button.text = 'Example'
root.append(button)
divattr = {"class": "example", 'id': 'eg%d' % (example_num,)}
if self.hide_eg:
divattr['style'] = 'display:none'
div = etree.Element('div', divattr)
if not self.delete_eg:
root.append(div)
target = div
if format.lower() == 'xml':
try:
self.graph_tester.set_lom(code)
except Exception as e:
target.append(element)
p2 = etree.Element('pre', {"class": "error"})
tr = etree.Element('code')
p2.append(tr)
tr.text = ":::Python Traceback\n" + traceback.format_exc()
element = p2
print('*', e)
error = True
elif format.lower() == 'n3':
try:
graph, errors = self.graph_tester.test_n3(code, args)
if errors:
target.append(element)
diverrors = etree.Element('div', {"class": "error"})
p = etree.Element('p')
p.text = "Erreur. Obtenu: "
diverrors.append(p)
pre = etree.Element('pre')
diverrors.append(pre)
graph_e = etree.Element('code')
pre.append(graph_e)
result = graph.serialize(format='n3', encoding='utf-8')
graph_e.text = ':::N3\n' + self.remove_namespace(result).decode('utf-8')
for err_type, error in errors:
p = etree.Element('p')
error = tuple(map(stringify_error_element, error))
if err_type == GraphTester.MISSING:
p.text = u"Il manque < %s %s %s >." % error
elif err_type == GraphTester.UNEXPECTED:
p.text = u"< %s %s %s < est présent et ne devrait pas l'être." % error
print('*', p.text)
diverrors.append(p)
element = diverrors
except Exception as e:
target.append(element)
p2 = etree.Element('pre', {"class": "error"})
tr = etree.Element('code')
p2.append(tr)
tr.text = ":::Python Traceback\n" + traceback.format_exc()
element = p2
print('*', e)
error = True
target.append(element)
if graphs and not error:
response = self.make_response(graphs)
if response:
target.append(response)
return root
