TypeReflection<T> class

Dart Type reflection.

Constructors

TypeReflection(Type type, [List<Object>? arguments])
const
TypeReflection.from(Object o)
factory

Properties

arguments → List<TypeReflection>
Returns the arguments of this type. Example: Map<String, int> will return [String, int].
no setter
argumentsAsTypeInfo → List<TypeInfo>
Returns the arguments of this type as TypeInfo.
no setter
argumentsLength → int
Returns the arguments length.
no setter
hasArguments → bool
Returns true if this type has arguments.
no setter
hashCode → int
The hash code for this object.
no setteroverride
isBasicType → bool
Returns true if type isPrimitiveType or isCollection.
no setter
isBigInt → bool
Returns true if type is BigInt.
no setter
isBoolType → bool
Returns true if type is bool.
no setter
isCollectionType → bool
Returns true if type is a collection (List, Iterable, Map or Set).
no setter
isDoubleType → bool
Returns true if type is double.
no setter
isDynamicType → bool
Returns true if type is dynamic.
no setter
isEntityType → bool
Returns true if type can be an entity (![isObjectOrDynamicType] && ![isBasicType]).
no setter
isIntType → bool
Returns true if type is int.
no setter
isIterableEntity → bool
Returns true if type isIterableType of entities.
no setter
isIterableType → bool
Returns true if type is Iterable.
no setter
isListEntity → bool
Returns true if type is a List of entities.
no setter
isListType → bool
Returns true if type is a List.
no setter
isMapType → bool
Returns true if type is Map.
no setter
isNumberType → bool
Returns true if type is int, double or num.
no setter
isNumericType → bool
Returns true if type is int, double, num or BigInt. See isNumberType and isBigInt
no setter
isNumType → bool
Returns true if type is num.
no setter
isObjectOrDynamicType → bool
Returns true if type is Object or dynamic.
no setter
isObjectType → bool
Returns true if type is Object.
no setter
isPrimitiveType → bool
Returns true if type is String, int, double, num or bool.
no setter
isSetType → bool
Returns true if type is a Set.
no setter
isStringType → bool
Returns true if type is String.
no setter
listEntityType → TypeReflection?
The TypeReflection of the List elements type.
no setter
listType → TypeReflection?
The TypeReflection of the List elements type.
no setter
mapKeyType → TypeReflection?
The TypeReflection of the Map key type.
no setter
mapValueType → TypeReflection?
The TypeReflection of the Map value type.
no setter
runtimeType → Type
A representation of the runtime type of the object.
no setterinherited
type → Type
The Dart Type.
final
typeInfo → TypeInfo
Returns a TypeInfo of this instance.
no setter
typeName → String
Returns the type name.
no setter

Methods

equalsArgumentsTypes(List<Type> types) → bool
Returns true if arguments have equals types.
isOfType(Type type, [List<Type>? arguments]) → bool
Returns true if the parameter type is equals to field type.
noSuchMethod(Invocation invocation) → dynamic
Invoked when a nonexistent method or property is accessed.
inherited
toString() → String
A string representation of this object.
override

Operators

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

Static Properties

tVoid → TypeReflection<void>
final

Static Methods

getConstantName(String typeName, [List<String> args = const <String>[]]) → String?
toList(Iterable<Object> list, {bool growable = false}) → List<TypeReflection>

Constants

tBigInt → const TypeReflection<BigInt>
tBool → const TypeReflection<bool>
tDouble → const TypeReflection<double>
tDynamic → const TypeReflection
tFunction → const TypeReflection<Function>
tFuture → const TypeReflection<Future>
tFutureBool → const TypeReflection<Future<bool>>
tFutureDynamic → const TypeReflection<Future>
tFutureInt → const TypeReflection<Future<int>>
tFutureObject → const TypeReflection<Future<Object>>
tFutureOr → const TypeReflection<FutureOr>
tFutureOrBool → const TypeReflection<FutureOr<bool>>
tFutureOrDynamic → const TypeReflection<FutureOr>
tFutureOrInt → const TypeReflection<FutureOr<int>>
tFutureOrObject → const TypeReflection<FutureOr<Object>>
tFutureOrString → const TypeReflection<FutureOr<String>>
tFutureString → const TypeReflection<Future<String>>
tInt → const TypeReflection<int>
tList → const TypeReflection<List>
tListBool → const TypeReflection<List<bool>>
tListDouble → const TypeReflection<List<double>>
tListDynamic → const TypeReflection<List>
tListInt → const TypeReflection<List<int>>
tListNum → const TypeReflection<List<num>>
tListObject → const TypeReflection<List<Object>>
tListString → const TypeReflection<List<String>>
tMap → const TypeReflection<Map>
tMapObjectObject → const TypeReflection<Map<Object, Object>>
tMapStringDynamic → const TypeReflection<Map<String, dynamic>>
tMapStringObject → const TypeReflection<Map<String, Object>>
tMapStringString → const TypeReflection<Map<String, String>>
tNum → const TypeReflection<num>
tObject → const TypeReflection<Object>
tSet → const TypeReflection<Set>
tSetDynamic → const TypeReflection<Set>
tSetInt → const TypeReflection<Set<int>>
tSetObject → const TypeReflection<Set<Object>>
tSetString → const TypeReflection<Set<String>>
tString → const TypeReflection<String>