concepts.dsl.expression.ConditionalAssignExpression#

class ConditionalAssignExpression[source]#

Bases: _PredicateValueExpression, VariableAssignmentExpression

Methods

`cached_string`([max_length])
`check_arguments`()

Attributes

`is_and_expr`
`is_constant_bool_expr`
`is_exists_expr`
`is_forall_expr`
`is_implies_expr`
`is_not_expr`
`is_null_expression`
`is_object_output_expression`
`is_or_expr`
`is_value_output_expression`
`is_variable_assignment_expression`
`is_xor_expr`
`return_type`
`predicate`	The predicate expression, must be a `FunctionApplicationExpression` which refers to a state variable.
`value`	The expression for the value to assign to the state variable.
`condition`	The condition expression.

__init__(feature, value, condition)[source]#

Parameters:

feature (FunctionApplicationExpression)
value (ValueOutputExpression)
condition (ValueOutputExpression)

__new__(**kwargs)#

cached_string(max_length=None)#

Parameters:: max_length (int | None)

check_arguments()#

condition: ValueOutputExpression#: The condition expression.

property is_and_expr: bool#

property is_constant_bool_expr: bool#

property is_exists_expr: bool#

property is_forall_expr: bool#

property is_implies_expr: bool#

property is_not_expr: bool#

property is_null_expression: bool#

property is_object_output_expression: bool#

property is_or_expr: bool#

property is_value_output_expression: bool#

property is_variable_assignment_expression: bool#

property is_xor_expr: bool#

predicate: FunctionApplicationExpression#: The predicate expression, must be a FunctionApplicationExpression which refers to a state variable.

property return_type#

value: ValueOutputExpression#: The expression for the value to assign to the state variable.