def _run_children(self):
for command in self.children:
if isinstance(command, SetCommand):
command.run()
expression_parser.execute_within_context(self.context, self.expression_str)
for command in self.children:
if not isinstance(command, SetCommand):
command.run()
def _run(self):
expression = expression_parser.parse(self.expression_str)
if expression.function_name: # concordion:set="blah = function(#TEXT)"
expression_parser.execute_within_context(self.context,
self.expression_str)
else:
setattr(self.context, expression.variable_name,
get_element_content(self.element))
def _run_children(self):
for command in self.children:
if isinstance(command, SetCommand):
command.run()
expression_parser.execute_within_context(self.context,
self.expression_str)
for command in self.children:
if not isinstance(command, SetCommand):
command.run()
def _run(self):
result = expression_parser.execute_within_context(
self.context, self.expression_str)
if not result:
mark_status(Status.success, self.element)
else:
mark_status(Status.failure, self.element, "== true")
def _run(self):
variable_name = expression_parser.parse(
self.expression_str).variable_name
results = expression_parser.execute_within_context(
self.context, self.expression_str)
for result, row in itertools.izip_longest(
results, get_table_body_rows(self.element)):
setattr(self.context, variable_name, result)
if result is None:
row.attrib["class"] = (row.attrib.get("class", "") +
" missing").strip()
continue
if row is None:
total_columns = max(self.children, key=attrgetter(
"index")).index + 1 # good enough but not perfect
row = etree.Element("tr", **{"class": "surplus"})
for _ in xrange(total_columns):
etree.SubElement(row, "td")
if self.element.xpath("//tbody"):
self.element.xpath("//tbody")[0].append(row)
else:
self.element.append(row)
for command in self.children:
element = row.xpath("td")[command.index]
command.element = element
command.run()
def _run(self):
result = expression_parser.execute_within_context(self.context, self.expression_str)
if result is not None:
self.element.text = result
else:
em = etree.Element("em")
em.text = "None"
self.element.append(em)
def _run(self):
result = expression_parser.execute_within_context(
self.context, self.expression_str)
if result is not None:
self.element.text = result
else:
em = etree.Element("em")
em.text = "None"
self.element.append(em)
def _run(self):
expression_return = expression_parser.execute_within_context(self.context, self.expression_str)
if expression_return is None:
expression_return = "(None)"
result = normalize(expression_return) == get_element_content(self.element)
if result:
mark_status(Status.success, self.element)
else:
mark_status(Status.failure, self.element, expression_return)
def _run(self):
expression_return = expression_parser.execute_within_context(
self.context, self.expression_str)
if expression_return is None:
expression_return = "(None)"
result = normalize(expression_return) == get_element_content(
self.element)
if result:
mark_status(Status.success, self.element)
else:
mark_status(Status.failure, self.element, expression_return)
def _run(self):
variable_name = expression_parser.parse(self.expression_str).variable_name
results = expression_parser.execute_within_context(self.context, self.expression_str)
for result, row in itertools.izip_longest(results, get_table_body_rows(self.element)):
setattr(self.context, variable_name, result)
if result is None:
row.attrib["class"] = (row.attrib.get("class", "") + " missing").strip()
continue
if row is None:
total_columns = max(self.children, key=attrgetter("index")).index + 1 # good enough but not perfect
row = etree.Element("tr", **{"class": "surplus"})
for _ in xrange(total_columns):
etree.SubElement(row, "td")
if self.element.xpath("//tbody"):
self.element.xpath("//tbody")[0].append(row)
else:
self.element.append(row)
for command in self.children:
element = row.xpath("td")[command.index]
command.element = element
command.run()
def _run(self):
result = expression_parser.execute_within_context(self.context, self.expression_str)
if not result:
mark_status(Status.success, self.element)
else:
mark_status(Status.failure, self.element, "== true")
def _run(self):
expression = expression_parser.parse(self.expression_str)
if expression.function_name: # concordion:set="blah = function(#TEXT)"
expression_parser.execute_within_context(self.context, self.expression_str)
else:
setattr(self.context, expression.variable_name, get_element_content(self.element))
