_common
library
Classes
AnsiStyle
A class that provides a way to style strings with ANSI escape codes.
Async <T extends Object >
A Outcome that represents a Resolvable that holds an asynchronous Result .
AsyncImpl <T extends Object >
BoolList
A space-efficient list of boolean values.
CanonicalizedMap <C , K , V >
A map whose keys are converted to canonical values of type C.
CaseInsensitiveEquality
String equality that's insensitive to differences in ASCII case.
CombinedIterableView <T >
A view of several iterables combined sequentially into a single iterable.
CombinedListView <T >
A view of several lists combined into a single list.
CombinedMapView <K , V >
Returns a new map that represents maps flattened into a single map.
Completer <T >
A way to produce Future objects and to complete them later
with a value or error.
Component
A base class for components that are equatable.
Components should extend this class to be used in the ECS system.
ConcurrentTaskBatch <T extends Object >
A task batch that executes its collection of tasks concurrently.
DateTimeUtils
A collection of static utility methods for performing aggregate calculations
on lists of DateTime objects.
DeepCollectionEquality
Deep equality on collections.
DefaultEntity
A predefined entity recommended to use as the default group entity for
dependencies. This entity can be utilized when no specific group is
defined, allowing for a fallback option that simplifies dependency
retrieval and management in the DI container.
DefaultEquality <E >
Equality of objects that compares only the natural equality of the objects.
DelegatingIterable <E >
An Iterable that delegates all operations to a base iterable.
DelegatingList <E >
A List that delegates all operations to a base list.
DelegatingMap <K , V >
A Map that delegates all operations to a base map.
DelegatingQueue <E >
A Queue that delegates all operations to a base queue.
DelegatingSet <E >
A Set that delegates all operations to a base set.
DevEntity
A predefined entity recommended to use as the development group entity for
dependencies. This entity is useful for managing services that are
intended for development purposes, such as debugging tools,
mock services, or any other resources that assist during the
development process. It helps isolate development-specific.
DI
DIBase
Base class for the dependency injection container
DIRegistry
Registry for storing and managing dependencies by runtime type and a group
entity.
Entity
An entity is a uniquely identifiable object that serves as a container or
identifier for components in a Dependency Injection (DI) or
Entity-Component-System (ECS) framework.
Equality <E >
A generic equality relation on objects.
EqualityBy <E , F >
Equality of objects based on derived values.
EqualityMap <K , V >
A Map whose key equality is determined by an Equality object.
EqualitySet <E >
A Set whose key equality is determined by an Equality object.
ErrModel
Generated class for _ErrModel.
EventSink <T >
A Sink that supports adding errors.
Future <T >
The result of an asynchronous computation.
FutureOr <T >
A type representing values that are either Future<T> or T.
GenericEntity <T >
GlobalEntity
A predefined entity recommended to use as the global Entity entity for
dependencies. Use This entity for dependencies that need to be accessible
throughout the entire application, regardless of the current scope or
context. This is ideal for singleton services or configurations that
should remain consistent across all parts of the application.
HeapPriorityQueue <E >
Heap based priority queue.
Here
A utility class for capturing the current code location (file, line,
column, member).
IdentityEquality <E >
Equality of objects that compares only the identity of the objects.
Immutable
Used to annotate a class.
IterableEquality <E >
Equality on iterables.
IterableZip <T >
Iterable that iterates over lists of values from other iterables.
Lazy <T extends Object >
A class that provides lazy initialization for instances of type T.
ListEquality <E >
Equality on lists.
ListSlice <E >
A list view of a range of another list.
Log
LogItem
MapEquality <K , V >
Equality on maps.
MapKeySet <E >
An unmodifiable Set view of the keys of a Map .
MapValueSet <K , V >
Creates a modifiable Set view of the values of a Map .
MultiEquality <E >
Combines several equalities into a single equality.
MultiStreamController <T >
An enhanced stream controller provided by Stream.multi .
None <T extends Object >
A Outcome that represents an Option that does not contain a value.
NonGrowableListMixin <E >
Mixin class that implements a throwing version of all list operations that
change the List's length.
NonGrowableListView <E >
A fixed-length list.
Ok <T extends Object >
A Outcome that represents the success case of a Result , containing a
value .
Option <T extends Object >
A Outcome that represents an optional value: every Option is either
Some and contains a value, or None and does not.
Outcome <T extends Object >
The foundational sealed class for all Outcome types like Option ,
Result and Resolvable .
PollingStreamService <TData extends Object >
PriorityQueue <E >
A priority queue is a priority based work-list of elements.
ProdEntity
A predefined entity recommended to use as the production group entity for
dependencies. This entity is intended for services that are specific
to the production environment, ensuring that production-only
configurations or resources are appropriately managed and
distinguished from other environments (like development or testing).
QueueList <E >
A class that efficiently implements both Queue and List .
RecordUse
Annotates a static method to be recorded.
Required
Used to annotate a named parameter p in a method or function f.
Resolvable <T extends Object >
A Outcome that represents a value which can be resolved either synchronously
Sync or asynchronously Async .
Result <T extends Object >
A Outcome that represents the result of an operation: every Result is
either Ok and contains a success value, or Err and contains an error
value.
SafeCompleter <T extends Object >
A wrapper around Dart's Completer that prevents it from being completed
more than once.
SequencedTaskBatch <T extends Object >
A batch of tasks designed to be executed sequentially by a TaskSequencer .
Service
SessionEntity
A predefined entity recommended to use as the global group entity for
dependencies. Use This entity for dependencies that need to be accessible
throughout the entire application, regardless of the current scope or
context. This is ideal for singleton services or configurations that
should remain consistent across all parts of the application.
SetEquality <E >
Equality of sets.
Some <T extends Object >
A Outcome that represents an Option that contains a value .
Stream <T >
A source of asynchronous data events.
StreamConsumer <S >
Abstract interface for a "sink" accepting multiple entire streams.
StreamController <T >
A controller with the stream it controls.
StreamIterator <T >
An Iterator -like interface for the values of a Stream .
StreamService <TData extends Object >
StreamSink <S >
A object that accepts stream events both synchronously and asynchronously.
StreamSubscription <T >
A subscription on events from a Stream .
StreamTransformer <S , T >
Transforms a Stream.
StreamTransformerBase <S , T >
Base class for implementing StreamTransformer .
StreamUtils
A collection of static utility methods for working with Stream .
StreamView <T >
Stream wrapper that only exposes the Stream interface.
StringToDurationConverter
A utility to safely parse a string into a Duration .
Sync <T extends Object >
A Outcome that represents a Resolvable that holds a synchronous Result .
SynchronousStreamController <T >
A stream controller that delivers its events synchronously.
SyncImpl <T extends Object >
Task <T extends Object >
A data class representing a single, configured task in a sequence.
TaskBatchBase <T extends Object >
Provides a foundational structure for managing a collection of tasks.
TaskSequencer <T extends Object >
Manages a chain of dependent tasks, ensuring they execute sequentially.
TestEntity
A predefined entity recommended to use as the test group entity for
dependencies. This entity is designated for managing services that
are utilized during testing, allowing for easy access to mock
dependencies, test doubles, or any configurations necessary
for unit tests and integration tests. It ensures that test
services do not interfere with the application's production or
development dependencies.
ThemeEntity
A predefined entity recommended to use as the theme group entity for
dependencies. This entity is suitable for managing theme-related
services or configurations that control the application's
visual appearance. It allows for easy access and modification
of UI themes, such as light or dark modes.
Timer
A countdown timer that can be configured to fire once or repeatedly.
TypeEntity
Constructs a Entity representation by replacing occurrences of Object
or dynamic in the baseType with corresponding values from subTypes.
The replacements are applied sequentially based on their order in
subTypes.
UnionSet <E >
A single set that provides a view of the union over a set of sets.
UnionSetController <E >
A controller that exposes a view of the union of a collection of sets.
UniqueEntity
Creates a new UniqueEntity with a unique ID.
Unit
A type representing a "no value" unit, similar to void but usable in
generics.
UnmodifiableListView <E >
An unmodifiable List view of another List.
UnmodifiableMapMixin <K , V >
Mixin class that implements a throwing version of all map operations that
change the Map.
UnmodifiableMapView <K , V >
View of a Map that disallow modifying the map.
UnmodifiableSetMixin <E >
Mixin class that implements a throwing version of all set operations that
change the Set.
UnmodifiableSetView <E >
An unmodifiable set.
UnorderedIterableEquality <E >
Equality of the elements of two iterables without considering order.
UserEntity
dependencies. This entity is designed for managing dependencies
that are user-specific, such as user preferences, settings,
or any other data that varies from user to user. It helps
organize services related to user management.
UseResult
See useResult for more details.
Waiter <T >
Manages a collection of operations for deferred, batched execution.
World
Manages entities and their associated components, facilitating the
creation, addition, querying, updating, and removal of components within an
Entity-Component-System (ECS) framework.
WorldEntity
Represents an entity with components in the ECS/World system. Manages
dependencies and allows retrieval of a specific component.
Zone
A zone represents an environment that remains stable across asynchronous
calls.
ZoneDelegate
An adapted view of the parent zone.
ZoneSpecification
A parameter object with custom zone function handlers for Zone.fork .
Extensions
AsyncOptionExt Async <Option <T >
ComparatorExtension Comparator <T >
Extensions on comparator functions.
FlattenAsyncExt2 Async <Async <T >
FlattenAsyncExt3 Async <Async <Async <T >
FlattenAsyncExt4 Async <Async <Async <Async <T >
FlattenAsyncExt5 Async <Async <Async <Async <Async <T >
FlattenAsyncExt6 Async <Async <Async <Async <Async <Async <T >
FlattenAsyncExt7 Async <Async <Async <Async <Async <Async <Async <T >
FlattenAsyncExt8 Async <Async <Async <Async <Async <Async <Async <Async <T >
FlattenAsyncExt9 Async <Async <Async <Async <Async <Async <Async <Async <Async <T >
FlattenErrExt2 Err <Err <T >
FlattenErrExt3 Err <Err <Err <T >
FlattenErrExt4 Err <Err <Err <Err <T >
FlattenErrExt5 Err <Err <Err <Err <Err <T >
FlattenErrExt6 Err <Err <Err <Err <Err <Err <T >
FlattenErrExt7 Err <Err <Err <Err <Err <Err <Err <T >
FlattenErrExt8 Err <Err <Err <Err <Err <Err <Err <Err <T >
FlattenErrExt9 Err <Err <Err <Err <Err <Err <Err <Err <Err <T >
FlattenNoneExt2 None <None <T >
FlattenNoneExt3 None <None <None <T >
FlattenNoneExt4 None <None <None <None <T >
FlattenNoneExt5 None <None <None <None <None <T >
FlattenNoneExt6 None <None <None <None <None <None <T >
FlattenNoneExt7 None <None <None <None <None <None <None <T >
FlattenNoneExt8 None <None <None <None <None <None <None <None <T >
FlattenNoneExt9 None <None <None <None <None <None <None <None <None <T >
FlattenOkExt2 Ok <Ok <T >
FlattenOkExt3 Ok <Ok <Ok <T >
FlattenOkExt4 Ok <Ok <Ok <Ok <T >
FlattenOkExt5 Ok <Ok <Ok <Ok <Ok <T >
FlattenOkExt6 Ok <Ok <Ok <Ok <Ok <Ok <T >
FlattenOkExt7 Ok <Ok <Ok <Ok <Ok <Ok <Ok <T >
FlattenOkExt8 Ok <Ok <Ok <Ok <Ok <Ok <Ok <Ok <T >
FlattenOkExt9 Ok <Ok <Ok <Ok <Ok <Ok <Ok <Ok <Ok <T >
FlattenOptionExt2 Option <Option <T >
FlattenOptionExt3 Option <Option <Option <T >
FlattenOptionExt4 Option <Option <Option <Option <T >
FlattenOptionExt5 Option <Option <Option <Option <Option <T >
FlattenOptionExt6 Option <Option <Option <Option <Option <Option <T >
FlattenOptionExt7 Option <Option <Option <Option <Option <Option <Option <T >
FlattenOptionExt8 Option <Option <Option <Option <Option <Option <Option <Option <T >
FlattenOptionExt9 Option <Option <Option <Option <Option <Option <Option <Option <Option <T >
FlattenResolvableExt2 Resolvable <Resolvable <T >
FlattenResolvableExt3 Resolvable <Resolvable <Resolvable <T >
FlattenResolvableExt4 Resolvable <Resolvable <Resolvable <Resolvable <T >
FlattenResolvableExt5 Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <T >
FlattenResolvableExt6 Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <T >
FlattenResolvableExt7 Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <T >
FlattenResolvableExt8 Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <T >
FlattenResolvableExt9 Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <Resolvable <T >
FlattenResolvableResulteExt3 Resolvable <Result <Result <T >
FlattenResolvableResulteExt4 Resolvable <Result <Result <Result <T >
FlattenResolvableResulteExt5 Resolvable <Result <Result <Result <Result <T >
FlattenResolvableResulteExt6 Resolvable <Result <Result <Result <Result <Result <T >
FlattenResolvableResulteExt7 Resolvable <Result <Result <Result <Result <Result <Result <T >
FlattenResolvableResulteExt8 Resolvable <Result <Result <Result <Result <Result <Result <Result <T >
FlattenResolvableResulteExt9 Resolvable <Result <Result <Result <Result <Result <Result <Result <Result <T >
FlattenResolvableResultExt2 Resolvable <Result <T >
FlattenResultExt2 Result <Result <T >
FlattenResultExt3 Result <Result <Result <T >
FlattenResultExt4 Result <Result <Result <Result <T >
FlattenResultExt5 Result <Result <Result <Result <Result <T >
FlattenResultExt6 Result <Result <Result <Result <Result <Result <T >
FlattenResultExt7 Result <Result <Result <Result <Result <Result <Result <T >
FlattenResultExt8 Result <Result <Result <Result <Result <Result <Result <Result <T >
FlattenResultExt9 Result <Result <Result <Result <Result <Result <Result <Result <Result <T >
FlattenSomeExt2 Some <Some <T >
FlattenSomeExt3 Some <Some <Some <T >
FlattenSomeExt4 Some <Some <Some <Some <T >
FlattenSomeExt5 Some <Some <Some <Some <Some <T >
FlattenSomeExt6 Some <Some <Some <Some <Some <Some <T >
FlattenSomeExt7 Some <Some <Some <Some <Some <Some <Some <T >
FlattenSomeExt8 Some <Some <Some <Some <Some <Some <Some <Some <T >
FlattenSomeExt9 Some <Some <Some <Some <Some <Some <Some <Some <Some <T >
FlattenSyncExt2 Sync <Sync <T >
FlattenSyncExt3 Sync <Sync <Sync <T >
FlattenSyncExt4 Sync <Sync <Sync <Sync <T >
FlattenSyncExt5 Sync <Sync <Sync <Sync <Sync <T >
FlattenSyncExt6 Sync <Sync <Sync <Sync <Sync <Sync <T >
FlattenSyncExt7 Sync <Sync <Sync <Sync <Sync <Sync <Sync <T >
FlattenSyncExt8 Sync <Sync <Sync <Sync <Sync <Sync <Sync <Sync <T >
FlattenSyncExt9 Sync <Sync <Sync <Sync <Sync <Sync <Sync <Sync <Sync <T >
FutureExtensions Future <T >
Convenience methods on futures.
FutureIterable Iterable <Future <T >
FutureIterableOkExt Future <Iterable <Ok <T >
FutureIterableSomeExt Future <Iterable <Some <T >
FutureOrExt FutureOr <T >
Convenience methods for inspecting and converting a FutureOr .
FutureRecord2 Future <T1 > Future <T2 >
Parallel operations on a record of futures.
FutureRecord3 Future <T1 > Future <T2 > Future <T3 >
Parallel operations on a record of futures.
FutureRecord4 Future <T1 > Future <T2 > Future <T3 > Future <T4 >
Parallel operations on a record of futures.
FutureRecord5 Future <T1 > Future <T2 > Future <T3 > Future <T4 > Future <T5 >
Parallel operations on a record of futures.
FutureRecord6 Future <T1 > Future <T2 > Future <T3 > Future <T4 > Future <T5 > Future <T6 >
Parallel operations on a record of futures.
FutureRecord7 Future <T1 > Future <T2 > Future <T3 > Future <T4 > Future <T5 > Future <T6 > Future <T7 >
Parallel operations on a record of futures.
FutureRecord8 Future <T1 > Future <T2 > Future <T3 > Future <T4 > Future <T5 > Future <T6 > Future <T7 > Future <T8 >
Parallel operations on a record of futures.
FutureRecord9 Future <T1 > Future <T2 > Future <T3 > Future <T4 > Future <T5 > Future <T6 > Future <T7 > Future <T8 > Future <T9 >
Parallel operations on a record of futures.
IterableAsyncExt Iterable <Async <T >
IterableComparableExtension Iterable <T >
Extensions that apply to iterables of Comparable elements.
IterableDoubleExtension Iterable <double
Extension on iterables of double.
IterableExt Iterable <T >
IterableExtension Iterable <T >
Extensions that apply to all iterables.
IterableFutureOptionExt Iterable <Future <Option <T >
IterableFutureResultExt Iterable <Future <Result <T >
IterableIntegerExtension Iterable <int
Extension on iterables of integers.
IterableIterableExtension Iterable <Iterable <T >
Extensions on iterables whose elements are also iterables.
IterableNullableExtension Iterable <T? >
Extensions that apply to iterables with a nullable element type.
IterableNumberExtension Iterable <num
Extensions that apply to iterables of numbers.
IterableOkExt Iterable <Ok <T >
IterableOptionExt Iterable <Option <T >
IterableResolvableExt Iterable <Resolvable <T >
IterableResultExt Iterable <Result <T >
IterableSomeExt Iterable <Some <T >
IterableSyncExt Iterable <Sync <T >
ListComparableExtensions List <E >
Various extensions on lists of comparable elements.
ListExtensions List <E >
Various extensions on lists of arbitrary elements.
MapExt Map <K , V >
MapOfOptions Map <K , Option <V >
MapOfResults Map <K , Result <V >
MapOutcomeExt10 Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Object
MapOutcomeExt2 Outcome <Outcome <Object
MapOutcomeExt3 Outcome <Outcome <Outcome <Object
MapOutcomeExt4 Outcome <Outcome <Outcome <Outcome <Object
MapOutcomeExt5 Outcome <Outcome <Outcome <Outcome <Outcome <Object
MapOutcomeExt6 Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Object
MapOutcomeExt7 Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Object
MapOutcomeExt8 Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Object
MapOutcomeExt9 Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Outcome <Object
NoneIfEmptyOnListExt List <T >
NoneIfEmptyOnSetExt Set <T >
ResolvableOptionExt Resolvable <Option <T >
StringExt String
SwapAsyncNoneExt Async <None <T >
SwapAsyncOkExt Async <Ok <T >
SwapAsyncSomeExt Async <Some <T >
SwapErrAsyncExt Err <Async <T >
SwapErrNoneExt Err <None <T >
SwapErrOkExt Err <Ok <T >
SwapErrOptionExt Err <Option <T >
SwapErrResolvableExt Err <Resolvable <T >
SwapErrResultExt Err <Result <T >
SwapErrSomeExt Err <Some <T >
SwapErrSyncExt Err <Sync <T >
SwapNoneAsyncExt None <Async <T >
SwapNoneErrExt None <Err <T >
SwapNoneOkExt None <Ok <T >
SwapNoneOptionExt None <Option <T >
SwapNoneResolvableExt None <Resolvable <T >
SwapNoneResultExt None <Result <T >
SwapNoneSomeExt None <Some <T >
SwapNoneSyncExt None <Sync <T >
SwapOkAsyncExt Ok <Async <T >
SwapOkErrExt Ok <Err <T >
SwapOkNoneExt Ok <None <T >
SwapOkOptionExt Ok <Option <T >
SwapOkResolvableExt Ok <Resolvable <T >
SwapOkResultExt Ok <Result <T >
SwapOkSomeExt Ok <Some <T >
SwapOkSyncExt Ok <Sync <T >
SwapOptionAsyncExt Option <Async <T >
SwapOptionErrExt Option <Err <T >
SwapOptionNoneExt Option <None <T >
SwapOptionOkExt Option <Ok <T >
SwapOptionResolvableExt Option <Resolvable <T >
SwapOptionResultExt Option <Result <T >
SwapOptionSomeExt Option <Some <T >
SwapOptionSyncExt Option <Sync <T >
SwapResolvableNoneExt Resolvable <None <T >
SwapResolvableOkExt Resolvable <Ok <T >
SwapResolvableSomeExt Resolvable <Some <T >
SwapResultAsyncExt Result <Async <T >
SwapResultErrExt Result <Err <T >
SwapResultNoneExt Result <None <T >
SwapResultOkExt Result <Ok <T >
SwapResultOptionExt Result <Option <T >
SwapResultResolvableExt Result <Resolvable <T >
SwapResultSomeExt Result <Some <T >
SwapResultSyncExt Result <Sync <T >
SwapSomeAsyncExt Some <Async <T >
SwapSomeErrExt Some <Err <T >
SwapSomeNoneExt Some <None <T >
SwapSomeOkExt Some <Ok <T >
SwapSomeOptionExt Some <Option <T >
SwapSomeResolvableExt Some <Resolvable <T >
SwapSomeResultExt Some <Result <T >
SwapSomeSyncExt Some <Sync <T >
SwapSyncAsyncExt Sync <Async <T >
SwapSyncErrExt Sync <Err <T >
SwapSyncNoneExt Sync <None <T >
SwapSyncOkExt Sync <Ok <T >
SwapSyncOptionExt Sync <Option <T >
SwapSyncResolvableExt Sync <Resolvable <T >
SwapSyncResultExt Sync <Result <T >
SwapSyncSomeExt Sync <Some <T >
SyncOptionExt Sync <Option <T >
ToAsyncExt Future <T >
ToResolvableExt FutureOr <T >
ToSafeStreamExt Stream <T >
An extension on Stream to provide a safe way to handle stream events.
ToSync
ToUnitOnObjectAsync Async <Object
ToUnitOnObjectErr Err <Object
ToUnitOnObjectNone None <Object
ToUnitOnObjectOk Ok <Object
ToUnitOnObjectOption Option <Object
ToUnitOnObjectOutcome Outcome <Object
ToUnitOnObjectResolvable Resolvable <Object
ToUnitOnObjectResult Result <Object
ToUnitOnObjectSome Some <Object
ToUnitOnObjectSync Sync <Object
ToUnitOnVoidAsync Async <void >
ToUnitOnVoidErr Err <void >
ToUnitOnVoidNone None <void >
ToUnitOnVoidOk Ok <void >
ToUnitOnVoidOption Option <void >
ToUnitOnVoidOutcome Outcome <void >
ToUnitOnVoidResolvable Resolvable <void >
ToUnitOnVoidResult Result <void >
ToUnitOnVoidSome Some <void >
ToUnitOnVoidSync Sync <void >
ToVoidOnAsyncExt Async <T >
ToVoidOnErrExt Err <T >
ToVoidOnNoneExt None <T >
ToVoidOnOkExt Ok <T >
ToVoidOnOptionExt Option <T >
ToVoidOnOutcomeExt Outcome <T >
ToVoidOnResolvableExt Resolvable <T >
ToVoidOnResultExt Result <T >
ToVoidOnSomeExt Some <T >
ToVoidOnSyncExt Sync <T >
TryCallOnFunctionExt Function
Provides a safe, dynamic invocation method for any Function.
ValueOfOnEnumExtension Iterable <T >
Provides a safe, string-based lookup method for enum iterables.
WithAnsiStyleOnStringExtension String
WrapOnAsyncExt Async <T >
WrapOnErrExt Err <T >
WrapOnNoneExt None <T >
WrapOnOkExt Ok <T >
WrapOnOptionExt Option <T >
WrapOnOutcomeExt
WrapOnResolvableExt Resolvable <T >
WrapOnResultExt Result <T >
WrapOnSomeExt Some <T >
WrapOnSyncExt Sync <T >
Constants
alwaysThrows → const _AlwaysThrows
Used to annotate a function f. Indicates that f always throws an
exception. Any functions that override f, in class inheritance, are also
expected to conform to this contract.
awaitNotRequired → const _AwaitNotRequired
Used to annotate a Future -returning function (including constructors,
getters, methods, and operators), or a Future -typed field (including
top-level, instance, and static) f. Indicates that the Future value that
f returns does not need to be awaited. Any methods that override f in
class inheritance, are also expected to conform to this contract.
checked → const _Checked
Used to annotate a parameter of an instance method that overrides another
method.
doNotStore → const _DoNotStore
Used to annotate a method, getter, top-level function, or top-level getter
to indicate that the value obtained by invoking it should not be stored in a
field or top-level variable. The annotation can also be applied to a class
to implicitly annotate all of the valid members of the class, or applied to
a library to annotate all of the valid members of the library, including
classes. If a value returned by an element marked as doNotStore is
returned from a function or getter, that function or getter should be
similarly annotated.
doNotSubmit → const _DoNotSubmit
Used to annotate an optional parameter, method, getter or top-level getter
or function that is not intended to be accessed in checked-in code, but
might be ephemerally used during development or local testing.
experimental → const _Experimental
Used to annotate a library, or any declaration that is part of the public
interface of a library (such as top-level members, class members, and
function parameters) to indicate that the annotated API is experimental and
may be removed or changed at any-time without updating the version of the
containing package, despite the fact that it would otherwise be a breaking
change.
factory → const _Factory
Used to annotate an instance or static method m. Indicates that m must
either be abstract or must return a newly allocated object or null. In
addition, every method that either implements or overrides m is implicitly
annotated with this same annotation.
immutable → const Immutable
Used to annotate a class C. Indicates that C and all subtypes of C
must be immutable.
internal → const _Internal
Used to annotate a declaration which should only be used from within the
package in which it is declared, and which should not be exposed from said
package's public API.
isTest → const _IsTest
Used to annotate a test framework function that runs a single test.
isTestGroup → const _IsTestGroup
Used to annotate a test framework function that runs a group of tests.
kIsDartLibraryUI → const bool
A constatnt that can be used to check if your app is running in a Dart only
or Flutter environment. It's true if dart.library.ui is defined and
false otherwise.
literal → const _Literal
Used to annotate a const constructor c. Indicates that any invocation of
the constructor must use the keyword const unless one or more of the
arguments to the constructor is not a compile-time constant.
mustBeConst → const _MustBeConst
Used to annotate a parameter which should be constant.
mustBeOverridden → const _MustBeOverridden
Used to annotate an instance member m declared on a class or mixin C.
Indicates that every concrete subclass of C must directly override m.
mustCallSuper → const _MustCallSuper
Used to annotate an instance member (method, getter, setter, operator, or
field) m. Indicates that every invocation of a member that overrides m
must also invoke m. In addition, every method that overrides m is
implicitly annotated with this same annotation.
NONE_UNIT → const None <Unit
nonVirtual → const _NonVirtual
Used to annotate an instance member (method, getter, setter, operator, or
field) m in a class C or mixin M. Indicates that m should not be
overridden in any classes that extend or mixin C or M.
OK_UNIT → const Ok <Unit
optionalTypeArgs → const _OptionalTypeArgs
Used to annotate a class, mixin, extension, function, method, or typedef
declaration C. Indicates that any type arguments declared on C are to
be treated as optional.
protected → const _Protected
Used to annotate an instance member in a class or mixin which is meant to
be visible only within the declaring library, and to other instance members
of the class or mixin, and their subtypes.
redeclare → const _Redeclare
Used to annotate an instance member of an extension type that
redeclares a member from a superinterface.
reopen → const _Reopen
Annotation for intentionally loosening restrictions on subtyping that would
otherwise cause lint warnings to be produced by the implicit_reopen lint.
required → const Required
Used to annotate a named parameter p in a method or function f.
Indicates that every invocation of f must include an argument
corresponding to p, despite the fact that p would otherwise be an
optional parameter.
sealed → const _Sealed
Annotation marking a class as not allowed as a super-type
outside of the current package.
SOME_UNIT → const Some <Unit
UNIT → const Unit
useResult → const UseResult
Used to annotate a method, field, or getter within a class, mixin, or
extension, or a or top-level getter, variable or function to indicate that
the value obtained by invoking it should be used. A value is considered used
if it is assigned to a variable, passed to a function, or used as the target
of an invocation, or invoked (if the result is itself a function).
virtual → const _Virtual
Used to annotate a field that is allowed to be overridden in Strong Mode.
visibleForOverriding → const _VisibleForOverriding
Used to annotate an instance member that was made public so that it could be
overridden but that is not intended to be referenced from outside the
defining library.
visibleForTesting → const _VisibleForTesting
Used to annotate a declaration that was made public, so that it is more
visible than otherwise necessary, to make code testable.
Functions
asyncNone <T extends Object > ()
→ Async <None <T >
asyncSome <T extends Object > (FutureOr <T > value → Async <Some <T >
asyncUnit ()
→ Async <Unit
binarySearch <E > (List <E > sortedList , E value , {int compare (E , E → int
Returns a position of the value in sortedList, if it is there.
combineAsync <T extends Object > (Iterable <Async <T > asyncs , {Err <List <T > onErr (List <Result <T > allResults → Async <List <T >
Combines an iterable of Async s into one containing a list of their values.
combineOption <T extends Object > (Iterable <Option <T > options → Option <List <T >
Combines an iterable of Option s into one containing a list of their values.
combineOutcome <T extends Object > (Iterable <Outcome <T > outcomes , {Err <List <Option <T > onErr (List <Result <Option <T > allResults → Resolvable <List <Option <T >
Combines an iterable of Outcome s into one containing a list of their
values.
combineResolvable <T extends Object > (Iterable <Resolvable <T > resolvables , {Err <List <T > onErr (List <Result <T > allResults → Resolvable <List <T >
Combines an iterable of Resolvable s into one containing a list of their
values.
combineResult <T extends Object > (Iterable <Result <T > results , {Err <List <T > onErr (List <Result <T > allResults → Result <List <T >
Combines an iterable of Result s into one containing a list of their values.
combineSync <T extends Object > (Iterable <Sync <T > syncs , {Err <List <T > onErr (List <Result <T > allResults → Sync <List <T >
Combines an iterable of Sync s into one containing a list of their values.
compareAsciiLowerCase (String a , String b → int
Compares a and b lexically, converting ASCII letters to lower case.
compareAsciiLowerCaseNatural (String a , String b → int
Compares strings a and b according to lower-case
natural sort ordering .
compareAsciiUpperCase (String a , String b → int
Compares a and b lexically, converting ASCII letters to upper case.
compareAsciiUpperCaseNatural (String a , String b → int
Compares strings a and b according to upper-case
natural sort ordering .
compareNatural (String a , String b → int
Compares strings a and b according to natural sort ordering .
consec <A , R > (FutureOr <A > a , FutureOr <R > callback (A a _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps a synchronous or asynchronous value to a single value.
consec2 <A , B , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <R > callback (A a , B b _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps two synchronous or asynchronous values to a single value.
consec3 <A , B , C , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <C > c , FutureOr <R > callback (A a , B b , C c _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps three synchronous or asynchronous values to a single value.
consec4 <A , B , C , D , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <C > c , FutureOr <D > d , FutureOr <R > callback (A a , B b , C c , D d _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps four synchronous or asynchronous values to a single value.
consec5 <A , B , C , D , E , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <C > c , FutureOr <D > d , FutureOr <E > e , FutureOr <R > callback (A a , B b , C c , D d , E e _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps five synchronous or asynchronous values to a single value.
consec6 <A , B , C , D , E , F , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <C > c , FutureOr <D > d , FutureOr <E > e , FutureOr <F > f , FutureOr <R > callback (A a , B b , C c , D d , E e , F f _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps six synchronous or asynchronous values to a single value.
consec7 <A , B , C , D , E , F , G , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <C > c , FutureOr <D > d , FutureOr <E > e , FutureOr <F > f , FutureOr <G > g , FutureOr <R > callback (A a , B b , C c , D d , E e , F f , G g _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps seven synchronous or asynchronous values to a single value.
consec8 <A , B , C , D , E , F , G , H , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <C > c , FutureOr <D > d , FutureOr <E > e , FutureOr <F > f , FutureOr <G > g , FutureOr <H > h , FutureOr <R > callback (A a , B b , C c , D d , E e , F f , G g , H h _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps eight synchronous or asynchronous values to a single value.
consec9 <A , B , C , D , E , F , G , H , I , R > (FutureOr <A > a , FutureOr <B > b , FutureOr <C > c , FutureOr <D > d , FutureOr <E > e , FutureOr <F > f , FutureOr <G > g , FutureOr <H > h , FutureOr <I > i , FutureOr <R > callback (A a , B b , C c , D d , E e , F f , G g , H h , I i _TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Maps nine synchronous or asynchronous values to a single value.
equalsIgnoreAsciiCase (String a , String b → bool
Checks if strings a and b differ only on the case of ASCII letters.
groupBy <S , T > (Iterable <S > values , T key (S → Map <T , List <S >
Groups the elements in values by the value returned by key.
hashIgnoreAsciiCase (String string → int
Hash code for a string which is compatible with equalsIgnoreAsciiCase .
insertionSort <E > (List <E > elements , {int compare (E , E int start = 0 , int ?end → void
Sort a list between start (inclusive) and end (exclusive) using
insertion sort.
isNullable <T > ()
→ bool
Returns true if T is nullable.
isSubtype <TChild , TParent > ()
→ bool
Returns true if A is a subtype of B.
jsonDecodeOrNone <T extends Object > (dynamic input → Option <T >
Parses a JSON input into an object of type T, returning None on
failure.
jsonDecodeOrNull <T > (String input → T?
Parses a JSON input into an object of type T, returning Null on
failure.
lastBy <S , T > (Iterable <S > values , T key (S → Map <T , S >
Associates the elements in values by the value returned by key.
letAsOrNone <T extends Object > (dynamic input → Option <T >
Casts input to type T, returning None on failure.
letAsOrNull <T > (dynamic input → T?
Casts input to type T, returning Null on failure.
letAsStringOrNone (dynamic input → Option <String
Converts input to String , returning None on failure.
letAsStringOrNull (dynamic input → String ?
Converts input to String , returning Null on failure.
letBoolOrNone (dynamic input → Option <bool
Converts input to bool , returning None on failure.
letBoolOrNull (dynamic input → bool ?
Converts input to bool , returning Null on failure.
letDateTimeOrNone (dynamic input → Option <DateTime
Converts input to bool , returning None on failure.
letDateTimeOrNull (dynamic input → DateTime ?
Converts input to bool , returning Null on failure.
letDoubleOrNone (dynamic input → Option <double
Converts input to double , returning None on failure.
letDoubleOrNull (dynamic input → double ?
Converts input to double , returning Null on failure.
letIntOrNone (dynamic input → Option <int
Converts input to int , returning None on failure.
letIntOrNull (dynamic input → int ?
Converts input to int , returning Null on failure.
letIterableOrNone <T extends Object > (dynamic input → Option <Iterable <Option <T >
Converts input to Iterable<Option<T>>, returning None on failure.
letIterableOrNull <T > (dynamic input → Iterable <T? > ?
Converts input to Iterable<Option<T>>, returning Null on failure.
letListOrNone <T extends Object > (dynamic input → Option <List <Option <T >
Supported types:
letListOrNull <T > (dynamic input → List <T? > ?
Supported types:
letMapOrNone <K extends Object , V extends Object > (dynamic input → Option <Map <K , Option <V >
Converts input to Map<K, Option<V>>, returning None on failure.
letMapOrNull <K , V > (dynamic input → Map <K , V > ?
Converts input to Map<K, Option<V>>, returning Null on failure.
letNumOrNone (dynamic input → Option <num
Converts input to num , returning None on failure.
letNumOrNull (dynamic input → num ?
Converts input to num , returning Null on failure.
letOrNone <T extends Object > (dynamic input → Option <T >
Attempts to convert a dynamic input to the specified type T, returning
None on failure.
letOrNull <T > (dynamic input → T?
Attempts to convert a dynamic input to the specified type T, returning
Null on failure.
letSetOrNone <T extends Object > (dynamic input → Option <Set <Option <T >
Supported types:
letSetOrNull <T > (dynamic input → Set <T? > ?
Supported types:
letUriOrNone (dynamic input → Option <Uri
Converts input to Uri , returning None on failure.
letUriOrNull (dynamic input → Uri ?
Converts input to Uri , returning Null on failure.
lowerBound <E > (List <E > sortedList , E value , {int compare (E , E → int
Returns the first position in sortedList that does not compare less than
value.
mapMap <K1 , V1 , K2 , V2 > (Map <K1 , V1 > map , {K2 key (K1 , V1 V2 value (K1 , V1 → Map <K2 , V2 >
Creates a new map from map with new keys and values.
maxBy <S , T > (Iterable <S > values , T orderBy (S int compare (T , T → S?
Returns the element of values for which orderBy returns the maximum
value.
mergeMaps <K , V > (Map <K , V > map1 , Map <K , V > map2 , {V value (V , V → Map <K , V >
Returns a new map with all key/value pairs in both map1 and map2.
mergeSort <E > (List <E > elements , {int start = 0 , int ?end , int compare (E , E → void
Sorts a list between start (inclusive) and end (exclusive) using the
merge sort algorithm.
minBy <S , T > (Iterable <S > values , T orderBy (S int compare (T , T → S?
Returns the element of values for which orderBy returns the minimum
value.
resolvableNone <T extends Object > ()
→ Resolvable <None <T >
resolvableSome <T extends Object > (T value → Resolvable <Some <T >
resolvableUnit ()
→ Resolvable <Unit
reverse <E > (List <E > elements , [int start = 0 , int ?end → void
Reverses a list, or a part of a list, in-place.
runZoned <R > (R body (), {Map <Object ?Object ? ?zoneValues , ZoneSpecification ?zoneSpecification , Function ?onError → R
Runs body in its own zone.
runZonedGuarded <R > (R body (), void onError (Object error , StackTrace stack Map <Object ?Object ? ?zoneValues , ZoneSpecification ?zoneSpecification → R?
Runs body in its own error zone.
scheduleMicrotask (void callback ()→ void
Runs a function asynchronously.
shuffle (List elements , [int start = 0 , int ?end , Random ?random → void
Shuffles a list randomly.
stronglyConnectedComponents <T > (Map <T , Iterable <T > graph → List <Set <T >
Returns the strongly connected components of graph, in topological
order.
syncNone <T extends Object > ()
→ Sync <None <T >
syncSome <T extends Object > (T value → Sync <Some <T >
syncUnit ()
→ Sync <Unit
transitiveClosure <T > (Map <T , Iterable <T > graph → Map <T , Set <T >
Returns the transitive closure of graph.
typeEquality <T1 , T2 > ()
→ bool
Returns true if T1 and T2 are the same type.
unawaited (Future <void > ?future → void
Explicitly ignores a future.
UNSAFE <T > (T block ()→ T
Executes a block of code that is considered UNSAFE, allowing the use of
methods like Outcome.unwrap . This function provides no actual safety
guarantees; it only serves as a marker for linter rules and to signal to
developers that the contained code can throw exceptions from Outcome
operations.
wait <R > (Iterable <FutureOr items , _TSyncOrAsyncMapper<Iterable R > callback , {_TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Waits for a list of FutureOr values and transforms the results.
waitAlike <T > (Iterable <FutureOr <T > items , {_TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <Iterable <T >
Waits for a list of FutureOr values and returns them as an Iterable .
waitAlikeF <T > (Iterable <_TFactory > itemFactories , {_TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <Iterable <T >
Executes deferred operations and returns the results as an Iterable .
waitF <R > (Iterable <_TFactory > itemFactories , _TSyncOrAsyncMapper<Iterable R > callback , {_TOnErrorCallback? onError , bool eagerError = true , _TOnCompleteCallback? onComplete → FutureOr <R >
Waits for a list of FutureOr values and transforms the results.
Typedefs
ControllerCallback
= void Function()
Type of a stream controller's onListen, onPause and onResume
callbacks.
ControllerCancelCallback
= FutureOr <void > Function()
Type of stream controller onCancel callbacks.
CreatePeriodicTimerHandler
= Timer Function(Zone self , ZoneDelegate parent , Zone zone , Duration period , void f (Timer timer
The type of a custom Zone.createPeriodicTimer implementation function.
CreateTimerHandler
= Timer Function(Zone self , ZoneDelegate parent , Zone zone , Duration duration , void f ()
The type of a custom Zone.createTimer implementation function.
ErrorCallbackHandler
= AsyncError ? Function(Zone self , ZoneDelegate parent , Zone zone , Object error , StackTrace ?stackTrace
The type of a custom Zone.errorCallback implementation function.
ForkHandler
= Zone Function(Zone self , ZoneDelegate parent , Zone zone , ZoneSpecification ?specification , Map <Object ?Object ? ?zoneValues
The type of a custom Zone.fork implementation function.
Glog Log
HandleUncaughtErrorHandler
= void Function(Zone self , ZoneDelegate parent , Zone zone , Object error , StackTrace stackTrace
The type of a custom Zone.handleUncaughtError implementation function.
LazyConstructor T extends Object >
= Resolvable <T > Function()
MapOptionPartition K , V extends Object >
= ({List <K > noneKeys , Map <K , V > someParts }
The result of partitioning a Map<K, Option<V>>.
MapResultPartition K , V extends Object >
= ({Map <K , Err <V > errParts , Map <K , V > okParts }
The result of partitioning a Map<K, Result<V>>.
OptionPartition T extends Object >
= ({Iterable <None <T > noneParts , Iterable <Some <T > someParts }
The result of partitioning an Iterable<Option<T>>.
PrintHandler
= void Function(Zone self , ZoneDelegate parent , Zone zone , String line
The type of a custom Zone.print implementation function.
RegisterBinaryCallbackHandler
= ZoneBinaryCallback <R , T1 , T2 > Function<R , T1 , T2 >(Zone self , ZoneDelegate parent , Zone zone , R f (T1 arg1 , T2 arg2
The type of a custom Zone.registerBinaryCallback implementation function.
RegisterCallbackHandler
= ZoneCallback <R > Function<R >(Zone self , ZoneDelegate parent , Zone zone , R f ()
The type of a custom Zone.registerCallback implementation function.
RegisterUnaryCallbackHandler
= ZoneUnaryCallback <R , T > Function<R , T >(Zone self , ZoneDelegate parent , Zone zone , R f (T arg
The type of a custom Zone.registerUnaryCallback implementation function.
ResolvablePartition T extends Object >
= ({Iterable <Async <T > asyncParts , Iterable <Sync <T > syncParts }
The result of partitioning an Iterable<Resolvable<T>>.
ResultPartition T extends Object >
= ({Iterable <Err <T > errParts , Iterable <Ok <T > okParts }
The result of partitioning an Iterable<Result<T>>.
RunBinaryHandler
= R Function<R , T1 , T2 >(Zone self , ZoneDelegate parent , Zone zone , R f (T1 arg1 , T2 arg2 T1 arg1 , T2 arg2
The type of a custom Zone.runBinary implementation function.
RunHandler
= R Function<R >(Zone self , ZoneDelegate parent , Zone zone , R f ()
The type of a custom Zone.run implementation function.
RunUnaryHandler
= R Function<R , T >(Zone self , ZoneDelegate parent , Zone zone , R f (T arg T arg
The type of a custom Zone.runUnary implementation function.
ScheduleMicrotaskHandler
= void Function(Zone self , ZoneDelegate parent , Zone zone , void f ()
The type of a custom Zone.scheduleMicrotask implementation function.
TAsyncAsync T extends Object >
= Async <Async <T >
Represents a nested Async .
TAsyncErr T extends Object >
= Async <Err <T >
Represents an Async that contains an Err .
TAsyncNone T extends Object >
= Async <None <T >
Represents an Async that contains a None .
TAsyncOk T extends Object >
= Async <Ok <T >
Represents an Async that contains an Ok .
TAsyncOption T extends Object >
= Async <Option <T >
Represents an Async that contains an Option .
TAsyncResolvable T extends Object >
= Async <Resolvable <T >
Represents an Async that contains a Resolvable .
TAsyncResult T extends Object >
= Async <Result <T >
Represents an Async that contains a Result .
TAsyncSome T extends Object >
= Async <Some <T >
Represents an Async that contains a Some .
TAsyncSync T extends Object >
= Async <Sync <T >
Represents an Async that contains a Sync .
TDependencyGroup T extends Object >
= Map <Entity Dependency<T > >
A typedef for a Map representing a group of dependencies organized by a
group entity.
TErrAsync T extends Object >
= Err <Async <T >
Represents an Err that contains an Async .
TErrErr T extends Object >
= Err <Err <T >
Represents a nested Err .
TErrNone T extends Object >
= Err <None <T >
Represents an Err that contains a None .
TErrOk T extends Object >
= Err <Ok <T >
Represents an Err that contains an Ok .
TErrOption T extends Object >
= Err <Option <T >
Represents an Err that contains an Option .
TErrResolvable T extends Object >
= Err <Resolvable <T >
Represents an Err that contains a Resolvable .
TErrResult T extends Object >
= Err <Result <T >
Represents an Err that contains a Result .
TErrSome T extends Object >
= Err <Some <T >
Represents an Err that contains a Some .
TErrSync T extends Object >
= Err <Sync <T >
Represents an Err that contains a Sync .
TOkAsync T extends Object >
= Ok <Async <T >
Represents an Ok that contains an Async .
TOkErr T extends Object >
= Ok <Err <T >
Represents an Ok that contains an Err .
TOkNone T extends Object >
= Ok <None <T >
Represents an Ok that contains a None .
TOkOk T extends Object >
= Ok <Ok <T >
Represents a nested Ok .
TOkOption T extends Object >
= Ok <Option <T >
Represents an Ok that contains an Option .
TOkResolvable T extends Object >
= Ok <Resolvable <T >
Represents an Ok that contains a Resolvable .
TOkResult T extends Object >
= Ok <Result <T >
Represents an Ok that contains a Result .
TOkSome T extends Object >
= Ok <Some <T >
Represents an Ok that contains a Some .
TOkSync T extends Object >
= Ok <Sync <T >
Represents an Ok that contains a Sync .
TOnChangeRegistry
= void Function()
A typedef for a callback function to invoke when the state of a DIRegistry
changes.
TOnErrorCallback T extends Object >
= Err <T > Function(Object ?error , StackTrace stackTrace
TOnTaskConpletedCallback T extends Object >
= Resolvable <Unit Function(Task <T > task , double executionProgress
TOnTaskError
= Resolvable <Object Function(Err <Object err
A function that handles an error from a previous task as a side-effect.
TOptionAsync T extends Object >
= Option <Async <T >
Represents an Option that contains an Async .
TOptionErr T extends Object >
= Option <Err <T >
Represents an Option that contains an Err .
TOptionNone T extends Object >
= Option <None <T >
Represents an Option that contains a None .
TOptionOk T extends Object >
= Option <Ok <T >
Represents an Option that contains an Ok .
TOptionOption T extends Object >
= Option <Option <T >
Represents a nested Option .
TOptionResolvable T extends Object >
= Option <Resolvable <T >
Represents an Option that contains a Resolvable .
TOptionResult T extends Object >
= Option <Result <T >
Represents an Option that contains a Result .
TOptionSome T extends Object >
= Option <Some <T >
Represents an Option that contains a Some .
TOptionSync T extends Object >
= Option <Sync <T >
Represents an Option that contains a Sync .
TRegistryState Map <Entity TDependencyGroup <Object
A typedef for a Map representing the state of a DIRegistry .
TResolvableErr T extends Object >
= Resolvable <Err <T >
Represents a Resolvable that contains an Err .
TResolvableNone T extends Object >
= Resolvable <None <T >
Represents a Resolvable that contains a None .
TResolvableOk T extends Object >
= Resolvable <Ok <T >
Represents a Resolvable that contains an Ok .
TResolvableOption T extends Object >
= Resolvable <Option <T >
Represents a Resolvable that contains an Option .
TResolvableResolvable T extends Object >
= Resolvable <Resolvable <T >
Represents a nested Resolvable .
TResolvableResult T extends Object >
= Resolvable <Result <T >
Represents a Resolvable that contains a Result .
TResolvableSome T extends Object >
= Resolvable <Some <T >
Represents a Resolvable that contains a Some .
TResultAsync T extends Object >
= Result <Async <T >
Represents a Result that contains an Async .
TResultErr T extends Object >
= Result <Err <T >
Represents a Result that contains an Err .
TResultNone T extends Object >
= Result <None <T >
Represents a Result that contains a None .
TResultOk T extends Object >
= Result <Ok <T >
Represents a Result that contains an Ok .
TResultOption T extends Object >
= Result <Option <T >
Represents a Result that contains an Option .
TResultResolvable T extends Object >
= Result <Resolvable <T >
Represents a Result that contains a Resolvable .
TResultResult T extends Object >
= Result <Result <T >
Represents a nested Result .
TResultSome T extends Object >
= Result <Some <T >
Represents a Result that contains a Some .
TResultStream T extends Object >
= Stream <Result <T >
TResultSync T extends Object >
= Result <Sync <T >
Represents a Result that contains a Sync .
TServiceResolvables TParams >
= List <Resolvable <Unit Function(TParams data
TSomeAsync T extends Object >
= Some <Async <T >
Represents a Some that contains an Async .
TSomeErr T extends Object >
= Some <Err <T >
Represents a Some that contains an Err .
TSomeNone T extends Object >
= Some <None <T >
Represents a Some that contains a None .
TSomeOk T extends Object >
= Some <Ok <T >
Represents a Some that contains an Ok .
TSomeOption T extends Object >
= Some <Option <T >
Represents a Some that contains an Option .
TSomeResolvable T extends Object >
= Some <Resolvable <T >
Represents a Some that contains a Resolvable .
TSomeResult T extends Object >
= Some <Result <T >
Represents a Some that contains a Result .
TSomeSome T extends Object >
= Some <Some <T >
Represents a nested Some .
TSomeSync T extends Object >
= Some <Sync <T >
Represents a Some that contains a Sync .
TSyncAsync T extends Object >
= Sync <Async <T >
Represents a Sync that contains an Async .
TSyncErr T extends Object >
= Sync <Err <T >
Represents a Sync that contains an Err .
TSyncNone T extends Object >
= Sync <None <T >
Represents a Sync that contains a None .
TSyncOk T extends Object >
= Sync <Ok <T >
Represents a Sync that contains an Ok .
TSyncOption T extends Object >
= Sync <Option <T >
Represents a Sync that contains an Option .
TSyncResolvable T extends Object >
= Sync <Resolvable <T >
Represents a Sync that contains a Resolvable .
TSyncResult T extends Object >
= Sync <Result <T >
Represents a Sync that contains a Result .
TSyncSome T extends Object >
= Sync <Some <T >
Represents a Sync that contains a Some .
TSyncSync T extends Object >
= Sync <Sync <T >
Represents a nested Sync .
TTaskHandler T extends Object >
= TResolvableOption <T > Function(TResultOption <T > previous
A function that defines a step in a task sequence.
It receives the result of the previous task.
TVoidCallback
= void Function()
ZoneBinaryCallback R , T1 , T2 >
= R Function(T1 , T2
ZoneCallback R >
= R Function()
ZoneUnaryCallback R , T >
= R Function(T
