def default_value(self, request_user=None):
from corehq.apps.userreports.expressions.getters import transform_from_datatype
if self.pre_value is None:
return {
'operator': self.pre_operator or 'is',
'operand': None,
}
elif isinstance(self.pre_value, list) and self.datatype != 'array':
# We are assuming that `auto_value` is a list of items of type `datatype`. See
# `transform_from_datatype()` for list of recognised data types.
#
# If `auto_value` is a list, and `datatype` == "array", we assume that the user meant the data type to
# refer to `auto_value` itself (handled by the `else` clause below) and not the data type of the items
# inside it. (i.e. We assume that `auto_value` is not an array of arrays.)
return {
'operator':
self.pre_operator or 'in',
'operand': [
transform_from_datatype(self.datatype)(v)
for v in self.pre_value
],
}
else:
return {
'operator': self.pre_operator or '=',
'operand':
transform_from_datatype(self.datatype)(self.pre_value),
}
def value(self, **kwargs):
selection = unicode(kwargs.get(self.name, ""))
if selection:
choices = selection.split(CHOICE_DELIMITER)
typed_choices = [transform_from_datatype(self.datatype)(c) for c in choices]
return [Choice(tc, c) for (tc, c) in zip(typed_choices, choices)]
return self.default_value()
def __call__(self, item, context=None):
var_dict = self.get_variables(item, context)
try:
untransformed_value = eval_statements(self.statement, var_dict)
return transform_from_datatype(self.datatype)(untransformed_value)
except (InvalidExpression, SyntaxError, TypeError, ZeroDivisionError):
return None
def __call__(self, item, context=None):
var_dict = self.get_variables(item, context)
try:
untransformed_value = eval_statements(self.statement, var_dict)
return transform_from_datatype(self.datatype)(untransformed_value)
except (InvalidExpression, SyntaxError, TypeError, ZeroDivisionError):
return None
def value(self, **kwargs):
selection = unicode(kwargs.get(self.name, ""))
if selection:
choices = selection.split(CHOICE_DELIMITER)
typed_choices = [transform_from_datatype(self.datatype)(c) for c in choices]
return self.choice_provider.get_sorted_choices_for_values(typed_choices)
return self.default_value()
def value(self, **kwargs):
selection = six.text_type(kwargs.get(self.name, ""))
user = kwargs.get(REQUEST_USER_KEY, None)
if selection:
choices = selection.split(CHOICE_DELIMITER)
typed_choices = [transform_from_datatype(self.datatype)(c) for c in choices]
return self.choice_provider.get_sorted_choices_for_values(typed_choices, user)
return self.default_value(user)
def value(self, **kwargs):
selection = unicode(kwargs.get(self.name, ""))
if selection:
choices = selection.split(CHOICE_DELIMITER)
typed_choices = [
transform_from_datatype(self.datatype)(c) for c in choices
]
return [Choice(tc, c) for (tc, c) in zip(typed_choices, choices)]
return self.default_value()
def value(self, **kwargs):
raw_value = kwargs[self.name]
choice = transform_from_datatype(self.datatype)(raw_value) if raw_value != SHOW_ALL_CHOICE else raw_value
choice_values = map(lambda c: c.value, self.choices)
if choice not in choice_values:
raise FilterValueException(
_(u'Choice "{choice}" not found in choices: {choices}').format(choice=choice, choices=choice_values)
)
return next(choice_obj for choice_obj in self.choices if choice_obj.value == choice)
def value(self, **kwargs):
from corehq.apps.userreports.expressions.getters import transform_from_datatype
selection = kwargs.get(self.name, "")
user = kwargs.get(REQUEST_USER_KEY, None)
if selection:
choices = selection if isinstance(selection, list) else [selection]
typed_choices = [transform_from_datatype(self.datatype)(c) for c in choices]
return self.choice_provider.get_sorted_choices_for_values(typed_choices, user)
return self.default_value(user)
def value(self, **kwargs):
raw_value = kwargs[self.name]
choice = transform_from_datatype(self.datatype)(raw_value) if raw_value != SHOW_ALL_CHOICE else raw_value
choice_values = [c.value for c in self.choices]
if choice not in choice_values:
raise FilterValueException(_(u'Choice "{choice}" not found in choices: {choices}')
.format(choice=choice,
choices=choice_values))
return next(choice_obj for choice_obj in self.choices if choice_obj.value == choice)
def parsed_expression(self, context):
from corehq.apps.userreports.expressions.factory import ExpressionFactory
expression = ExpressionFactory.from_spec(self.expression, context)
datatype_transform = transform_from_datatype(self.datatype)
if self.transform:
generic_transform = TransformFactory.get_transform(self.transform).get_transform_function()
inner_getter = TransformedGetter(expression, generic_transform)
else:
inner_getter = expression
return TransformedGetter(inner_getter, datatype_transform)
def value(self, **kwargs):
selection = unicode(kwargs.get(self.name, ""))
if selection:
choices = selection.split(CHOICE_DELIMITER)
typed_choices = [
transform_from_datatype(self.datatype)(c) for c in choices
]
return self.choice_provider.get_sorted_choices_for_values(
typed_choices)
return self.default_value(kwargs.get("request_user", None))
def value(self, **kwargs):
from corehq.apps.userreports.reports.filters.values import CHOICE_DELIMITER
from corehq.apps.userreports.expressions.getters import transform_from_datatype
selection = six.text_type(kwargs.get(self.name, ""))
user = kwargs.get(REQUEST_USER_KEY, None)
if selection:
choices = selection.split(CHOICE_DELIMITER)
typed_choices = [transform_from_datatype(self.datatype)(c) for c in choices]
return self.choice_provider.get_sorted_choices_for_values(typed_choices, user)
return self.default_value(user)
def parsed_expression(self, context):
from corehq.apps.userreports.expressions.factory import ExpressionFactory
expression = ExpressionFactory.from_spec(self.expression, context)
datatype_transform = transform_from_datatype(self.datatype)
if self.transform:
generic_transform = TransformFactory.get_transform(self.transform).get_transform_function()
inner_getter = TransformedGetter(expression, generic_transform)
else:
inner_getter = expression
return TransformedGetter(inner_getter, datatype_transform)
def value(self, **kwargs):
from corehq.apps.userreports.reports.filters.values import CHOICE_DELIMITER
from corehq.apps.userreports.expressions.getters import transform_from_datatype
selection = six.text_type(kwargs.get(self.name, ""))
user = kwargs.get(REQUEST_USER_KEY, None)
if selection:
choices = selection.split(CHOICE_DELIMITER)
typed_choices = [transform_from_datatype(self.datatype)(c) for c in choices]
return self.choice_provider.get_sorted_choices_for_values(typed_choices, user)
return self.default_value(user)
def value(self, **kwargs):
from corehq.apps.userreports.expressions.getters import transform_from_datatype
from corehq.apps.userreports.reports.filters.values import SHOW_ALL_CHOICE
raw_value = kwargs[self.name]
choice = transform_from_datatype(self.datatype)(raw_value) if raw_value != SHOW_ALL_CHOICE else raw_value
choice_values = [c.value for c in self.choices]
if choice not in choice_values:
raise FilterValueException(_(u'Choice "{choice}" not found in choices: {choices}')
.format(choice=choice,
choices=choice_values))
return next(choice_obj for choice_obj in self.choices if choice_obj.value == choice)
def value(self, **kwargs):
from corehq.apps.userreports.expressions.getters import transform_from_datatype
from corehq.apps.userreports.reports.filters.values import SHOW_ALL_CHOICE
raw_value = kwargs[self.name]
choice = transform_from_datatype(self.datatype)(raw_value) if raw_value != SHOW_ALL_CHOICE else raw_value
choice_values = [c.value for c in self.choices]
if choice not in choice_values:
raise FilterValueException(_('Choice "{choice}" not found in choices: {choices}')
.format(choice=choice,
choices=choice_values))
return next(choice_obj for choice_obj in self.choices if choice_obj.value == choice)
def default_value(self, request_user=None):
if self.pre_value is None:
return {
'operator': self.pre_operator or 'is',
'operand': None,
}
elif isinstance(self.pre_value, list) and self.datatype != 'array':
# We are assuming that `auto_value` is a list of items of type `datatype`. See
# `transform_from_datatype()` for list of recognised data types.
#
# If `auto_value` is a list, and `datatype` == "array", we assume that the user meant the data type to
# refer to `auto_value` itself (handled by the `else` clause below) and not the data type of the items
# inside it. (i.e. We assume that `auto_value` is not an array of arrays.)
return {
'operator': self.pre_operator or 'in',
'operand': [transform_from_datatype(self.datatype)(v) for v in self.pre_value],
}
else:
return {
'operator': self.pre_operator or '=',
'operand': transform_from_datatype(self.datatype)(self.pre_value),
}
def getter(self):
transform = transform_from_datatype(self.datatype)
getter = getter_from_property_reference(self)
return TransformedGetter(getter, transform)
def __call__(self, item, context=None):
transform = transform_from_datatype(self.datatype)
return transform(safe_recursive_lookup(item, self.property_path))
def __call__(self, item, context=None):
raw_value = item.get(self._property_name_expression(item, context)) if isinstance(item, dict) else None
return transform_from_datatype(self.datatype)(raw_value)
def getter(self):
transform = transform_from_datatype(self.datatype)
getter = getter_from_property_reference(self)
return TransformedGetter(getter, transform)
def __call__(self, item, context=None):
transform = transform_from_datatype(self.datatype)
return transform(safe_recursive_lookup(item, self.property_path))
def __call__(self, item, context=None):
raw_value = item.get(self._property_name_expression(
item, context)) if isinstance(item, dict) else None
return transform_from_datatype(self.datatype)(raw_value)
def value(self, **kwargs):
choice = kwargs[self.name]
if choice:
typed_choice = transform_from_datatype(self.datatype)(choice)
return Choice(typed_choice, choice)
return Choice(SHOW_ALL_CHOICE, '')
def expression(self):
transform = transform_from_datatype(self.datatype)
getter = NestedDictGetter(self.property_path)
return TransformedGetter(getter, transform)
def expression(self):
transform = transform_from_datatype(self.datatype)
getter = NestedDictGetter(self.property_path)
return TransformedGetter(getter, transform)
