def __str__(self):
map_text = ", ".join(
["{}:{}".format(c, str(self._case_expressions[c])) for c in self.cases]
)
return "switch:{expression}:\n{map}\ndefault:\n{default}".format(
expression=str(self._switch_on_expression),
map=add_tabbed_text(map_text),
default=add_tabbed_text((str(self._default_expression))))
def __str__(self):
map_text = ", ".join(
["{}:{}".format(c, str(self._case_expressions[c])) for c in self.cases]
)
return "switch:{expression}:\n{map}\ndefault:\n{default}".format(
expression=str(self._switch_on_expression),
map=add_tabbed_text(map_text),
default=add_tabbed_text((str(self._default_expression))))
def __str__(self):
value = "case_forms[{case_id}]".format(case_id=self._case_id_expression)
if self.from_date_expression or self.to_date_expression:
value = "{value}[date={start} to {end}]".format(value=value,
start=self._from_date_expression,
end=self._to_date_expression)
if self.xmlns:
value = "{value}[xmlns=\n{xmlns}\n]".format(value=value,
xmlns=add_tabbed_text("\n".join(self.xmlns)))
if self.count:
value = "count({value})".format(value=value)
return value
def __str__(self):
return "{aggregation}:\n{items}\n".format(
aggregation=self.aggregation_fn,
items=add_tabbed_text(str(self._items_expression)))
def __str__(self):
return "map:\n{items}\nto:\n{map}\n".format(
items=add_tabbed_text(str(self._items_expression)),
map=add_tabbed_text(str(self._map_expression)))
def __str__(self):
return "filter:\n{items}\non:\n{filter}\n".format(
items=add_tabbed_text(str(self._items_expression)),
filter=add_tabbed_text(str(self._filter_expression)))
def __str__(self):
return "sort:\n{items}\n{order} on:\n{sort}".format(
items=add_tabbed_text(str(self._items_expression)),
order=self.order,
sort=add_tabbed_text(str(self._sort_expression)))
def __str__(self):
return "flatten:\n{items}\n".format(
items=add_tabbed_text(str(self._items_expression)))
def readable_output(self, context):
readable_output = super(ChoiceListIndicatorSpec,
self).readable_output(context)
return "{} for choices:\n{}".format(readable_output,
add_tabbed_text(str(self.choices)))
def __str__(self):
return "filter:\n{items}\non:\n{filter}\n".format(items=add_tabbed_text(str(self._items_expression)),
filter=add_tabbed_text(str(self._filter_expression)))
def __str__(self):
return "sort:\n{items}\n{order} on:\n{sort}".format(
items=add_tabbed_text(str(self._items_expression)),
order=self.order,
sort=add_tabbed_text(str(self._sort_expression)))
def __str__(self):
return "flatten:\n{items}\n".format(items=add_tabbed_text(str(self._items_expression)))
def __str__(self):
return "if {test}:\n{true}\nelse:\n{false}".format(
test=str(self._test_function),
true=add_tabbed_text(str(self._true_expression)),
false=add_tabbed_text(str(self._false_expression)))
def __str__(self):
return "or(\n{}\n)".format(
add_tabbed_text("\n,\n".join([str(f) for f in self.filters])))
def __str__(self):
return "if {test}:\n{true}\nelse:\n{false}".format(
test=str(self._test_function),
true=add_tabbed_text(str(self._true_expression)),
false=add_tabbed_text(str(self._false_expression)))
def __str__(self):
return "map:\n{items}\nto:\n{map}\n".format(items=add_tabbed_text(str(self._items_expression)),
map=add_tabbed_text(str(self._map_expression)))
def __str__(self):
return "{aggregation}:\n{items}\n".format(aggregation=self.aggregation_fn,
items=add_tabbed_text(str(self._items_expression)))
def __str__(self):
return "case_history(\n{cases}\n)".format(
cases=add_tabbed_text(str(self._case_forms_expression)))
def __str__(self):
return "or(\n{}\n)".format(
add_tabbed_text("\n,\n".join([str(f) for f in self.filters])))
