ReflectorData class

The data backing a reflector.

Constructors

ReflectorData(List<TypeMirror> typeMirrors, List<DeclarationMirror>? memberMirrors, List<ParameterMirror>? parameterMirrors, List<Type> types, int supportedClassCount, Map<String, InvokerOfGetter> getters, Map<String, InvokerOfSetter> setters, List<LibraryMirror>? libraryMirrors, List<List>? parameterListShapes)

Properties

getters → Map<String, InvokerOfGetter>
Map from getter names to closures accepting an instance and returning the result of invoking the getter with that name on that instance.
final
hashCode → int
The hash code for this object.
no setterinherited
libraryMirrors → List<LibraryMirror>?
List of library mirrors, one library mirror for each library that is supported by reflection as specified by the reflector backed up by this ReflectorData.
final
memberMirrors → List<DeclarationMirror>?
Repository of method mirrors used (via indices into this list) by the class mirrors in typeMirrors to describe the behavior of the mirrored class and its instances, and of variable mirrors used to describe their state. From the behavioral point of view there are no fields, but each of them gives rise to a getter and possibly a setter (whose isSynthetic is true). The implicit getters/setters are not stored in this list, but they can be reconstructed based on the variable mirrors describing the fields. From the program structure point of view (used for declarations), the method mirrors and the field mirrors must both be included directly. Hence, both points of view require a little bit of processing, but in return we avoid some redundancy in the stored information.
final
parameterListShapes → List<List>?
List of parameter list shapes. Each entry is a list containing data on one shape of parameter list. The same shape is shared, e.g., by methods like void foo(int a, [String b]) and List bar(x, [y]) because the shape is independent of type annotations and names, and only describes the number and kind of parameters. It is represented as a list containing three elements: An int specifying the number of positional parameters, an int describing the number of optional positional parameters, and a List containing Symbol values for the names of named parameters.
final
parameterMirrors → List<ParameterMirror>?
Repository of parameter mirrors used (via indices into this list) by the memberMirrors to describe the parameters of methods
final
runtimeType → Type
A representation of the runtime type of the object.
no setterinherited
setters → Map<String, InvokerOfSetter>
Map from setter names to closures accepting an instance and a new value, invoking the setter of that name on that instance, and returning its return value.
final
supportedClassCount → int
Number of entries in types describing supported classes
final
typeMirrors → List<TypeMirror>
List of type mirrors, one ClassMirror for each class that is supported by reflection as specified by the reflector backed up by this ReflectorData, and one TypeVariableMirror for each type variable declared by those classes.
final
types → List<Type>
List of Types divided into two parts. At the low indices until supportedClassCount, it is a list of Types used to select class mirrors: If M is a class mirror in typeMirrors at index i, the mirrored class (and hence the runtime type of the mirrored instances) is found in types[i]. At indices greater than or equal to supportedClassCount, it is a list of Types used to provide a value for dynamicReflectedType and dynamicReflectedReturnType.
final

Methods

classMirrorForInstance(Object? instance) → ClassMirror?
noSuchMethod(Invocation invocation) → dynamic
Invoked when a nonexistent method or property is accessed.
inherited
toString() → String
A string representation of this object.
inherited
typeMirrorForType(Type type) → TypeMirror?
Returns a type mirror for the given type.

Operators

operator ==(Object other) → bool
The equality operator.
inherited