UnlimitedRetries<St> mixin

Add UnlimitedRetries to the Retry mixin, to retry indefinitely:

class MyAction extends ReduxAction<AppState> with Retry, UnlimitedRetries { ... }

This is the same as setting maxRetries to -1.

Note: If you await dispatchAndWait(action) and the action uses UnlimitedRetries, it may never finish if it keeps failing. So, be careful when using it.

Superclass constraints

Properties

attempts → int
The number of retry attempts so far. If the action has not been retried yet, it will be 0. If the action finished successfully, it will be equal or less than maxRetries. If the action failed and gave up, it will be equal to maxRetries plus 1.
no setterinherited
dispatch → Dispatch<St>
Dispatches the action, applying its reducer, and possibly changing the store state. The action may be sync or async.
no setterinherited
dispatchAll → List<ReduxAction<St>> Function(List<ReduxAction<St>> actions, {bool notify})
Dispatches all given actions in parallel, applying their reducer, and possibly changing the store state. It returns the same list of actions, so that you can instantiate them inline, but still get a list of them.
no setterinherited
dispatchAndWait → DispatchAndWait<St>
Dispatches the action, applying its reducer, and possibly changing the store state. The action may be sync or async. In both cases, it returns a Future that resolves when the action finishes.
no setterinherited
dispatchAndWaitAll → Future<List<ReduxAction<St>>> Function(List<ReduxAction<St>> actions, {bool notify})
Dispatches all given actions in parallel, applying their reducers, and possibly changing the store state. The actions may be sync or async. It returns a Future that resolves when ALL actions finish.
no setterinherited
dispatchAsync → DispatchAsync<St>
no setterinherited
dispatchSync → DispatchSync<St>
Dispatches the action, applying its reducer, and possibly changing the store state. However, if the action is ASYNC, it will throw a StoreException.
no setterinherited
env → Object?
Gets the store environment. This can be used to create a global value, but scoped to the store. For example, you could have a service locator, here, or a configuration value.
no setterinherited
hashCode → int
The hash code for this object.
no setterinherited
initialDelay → Duration
The delay before the first retry attempt.
no setterinherited
initialState → St
Returns the state as it was when the action was dispatched.
no setterinherited
isFinished → bool
Returns true only if the action finished with no errors. In other words, if the methods before, reduce and after all finished executing without throwing any errors.
no setterinherited
maxDelay → Duration
The maximum delay between retries to avoid excessively long wait times. The default is 5 seconds.
no setterinherited
maxRetries → int
The maximum number of retries before giving up. Must be greater than 0, otherwise it will not retry. The total number of attempts is maxRetries + 1.
no setteroverride
microtask → Future
To wait for the next microtask: await microtask;
no setterinherited
multiplier → double
The factor by which the delay increases for each subsequent retry. Must be greater than 1, otherwise it will be set to 2.
no setterinherited
runtimeType → Type
A representation of the runtime type of the object.
no setterinherited
state → St
no setterinherited
stateTimestamp → DateTime
no setterinherited
status → ActionStatus
no setterinherited
store → Store<St>
no setterinherited

Methods

abortDispatch() → bool
If abortDispatch returns true, the action will NOT be dispatched: before, reduce and after will not be called, and the action will not be visible to the store observers.
inherited
after() → void
This is an optional method that may be overridden to run during action dispatching, after reduce. If this method throws an error, the error will be swallowed (will not throw). So you should only run code that can't throw errors. It may be synchronous only. Note this method will always be called, even if errors were thrown by before or reduce.
inherited
assertUncompletedFuture() → void
An async reducer (one that returns Future<AppState?>) must never complete without at least one await, because this may result in state changes being lost. It's up to you to make sure all code paths in the reducer pass through at least one await.
inherited
before() → FutureOr<void>
This is an optional method that may be overridden to run during action dispatching, before reduce. If this method throws an error, the reduce method will NOT run, but the method after will. It may be synchronous (returning void) ou async (returning Future<void>). You should NOT return FutureOr.
inherited
clearExceptionFor(Object actionTypeOrList) → void
Removes the given actionTypeOrList from the list of action types that failed.
inherited
exceptionFor(Object actionTypeOrList) → UserException?
Returns the UserException of the actionTypeOrList that failed.
inherited
isFailed(Object actionOrTypeOrList) → bool
Returns true if an actionOrActionTypeOrList failed with an UserException. Note: This method uses the EXACT type in actionOrActionTypeOrList. Subtypes are not considered.
inherited
isSync() → bool
Returns true if the action is SYNC, and false if the action is ASYNC. The action is considered SYNC if the before method, the reduce method, and the wrapReduce methods are all synchronous.
inherited
isWaiting(Object actionOrTypeOrList) → bool
You can use isWaiting to check if:
inherited
nextDelay() → Duration
Start with the initialDelay, and then increase it by multiplier each time this is called. If the delay exceeds maxDelay, it will be set to maxDelay.
inherited
noSuchMethod(Invocation invocation) → dynamic
Invoked when a nonexistent method or property is accessed.
inherited
prop<V>(Object? key) → V
Gets a property from the store. This can be used to save global values, but scoped to the store. For example, you could save timers, streams or futures used by actions.
inherited
reduce() → FutureOr<St?>
The reduce method is the action reducer. It may read the action state, the store state, and then return a new state (or null if no state change is necessary).
inherited
runtimeTypeString() → String
Returns the runtimeType, without the generic part.
inherited
setProp(Object? key, Object? value) → void
Sets a property in the store. This can be used to save global values, but scoped to the store. For example, you could save timers, streams or futures used by actions.
inherited
setStore(Store<St> store) → void
inherited
toString() → String
A string representation of this object.
inherited
waitAllActions(List<ReduxAction<St>> actions, {bool completeImmediately = false}) → Future<void>
Returns a future that completes when ALL given actions finished dispatching. You MUST provide at list one action, or an error will be thrown.
inherited
waitCondition(bool condition(St), {int? timeoutMillis}) → Future<ReduxAction<St>?>
Returns a future which will complete when the given state condition is true. If the condition is already true when the method is called, the future completes immediately.
inherited
wrapError(Object error, StackTrace stackTrace) → Object?
If any error is thrown by reduce or before, you have the chance to further process it by using wrapError. Usually this is used to wrap the error inside of another that better describes the failed action. For example, if some action converts a String into a number, then instead of throwing a FormatException you could do:
inherited
wrapReduce(Reducer<St> reduce) → Reducer<St>
You may wrap the reducer to allow for some pre- or post-processing. For example, if you want to prevent an async reducer to change the current state, if the current state has already changed since when the reducer started:
inherited

Operators

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