public AsyncSemaphoreContainer(
IAsyncContainer <M, R> container,
string semaphoreName)
{
_container = container;
_semaphore = PipeManager.GetSemaphore(semaphoreName);
}
protected void AddExecutor(
bool defaultExecutor = false)
{
_currentExecutorSettings
.ExecuteConditions = _conditionalQueueBuilder.GetFuncIfConditions();
if (defaultExecutor)
{
_conditionalQueueBuilder.SetDefault(
_currentExecutorSettings,
_currentContainer);
}
else
{
_conditionalQueueBuilder.Enque(
_currentExecutorSettings,
_currentContainer);
}
if (_executeIf)
{
_conditionalQueueBuilder.RemoveIfCondition();
_executeIf = false;
}
_skipCurrentExecutor = false;
_currentContainer = null;
_currentExecutorSettings = null;
}
public static ValueTask RunAsync <T>(this IAsyncContainer <T> container, Action <T> action)
{
return(container.RunAsync((t, action) =>
{
action(t);
return new ValueTask <object?>(default(object));
}, action).AsValueTask());
}
public static ValueTask RunAsync <T>(this IAsyncContainer <T> container, Func <T, ValueTask> action)
{
return(container.RunAsync(async(t, action) =>
{
await action(t);
return default(object?);
}, action).AsValueTask());
}
protected void StopWatch()
{
if (_skipCurrentExecutor)
{
return;
}
_currentContainer = new AsyncStopWatchContainer <M, R>(_currentContainer);
}
public AsyncReTryContainer(
IAsyncContainer <M, R> container,
int count,
int timeOutMilliseconds)
{
_container = container;
_count = count;
_timeOutMilliseconds = timeOutMilliseconds;
}
protected void Retry(
int count, int timeOutMilliseconds)
{
if (_skipCurrentExecutor)
{
return;
}
_currentContainer = new AsyncReTryContainer <M, R>(_currentContainer, count, timeOutMilliseconds);
}
protected void StopWatch(
bool condition)
{
if (_skipCurrentExecutor || !condition)
{
return;
}
_currentContainer = new AsyncStopWatchContainer <M, R>(_currentContainer);
}
protected void SetExecutor(
Func <M, IPipeCache, PipeResult <R> > executor,
bool isDefault = false)
{
_skipCurrentExecutor = false;
_currentContainer = new AsyncFuncCacheContainer <M, R>(executor);
_currentExecutorSettings = isDefault
? new ExecutorSettings <M, R> {
Label = "Default"
}
: new ExecutorSettings <M, R>();
}
protected void SetExecutor(
Func <IAsyncExecutor <M, R> > executor,
bool isDefault = false)
{
_skipCurrentExecutor = false;
_currentContainer = new AsyncExecutorContainer <M, R>(executor);
_currentExecutorSettings = isDefault
? new ExecutorSettings <M, R> {
Label = "Default"
}
: new ExecutorSettings <M, R>();
}
protected void Restricted(
int initialCount,
string key)
{
if (_skipCurrentExecutor)
{
return;
}
PipeManager.SetSemaphore(initialCount, key);
_currentContainer = new AsyncSemaphoreContainer <M, R>(_currentContainer, key);
}
public AsyncStopWatchContainer(IAsyncContainer <M, R> container)
{
_container = container;
}
public static ValueTask <TResult> RunAsync <T, TResult>(this IAsyncContainer <T> container, Func <T, TResult> func)
{
return(container.RunAsync((t, func) => new ValueTask <TResult>(func(t)), func));
}
public static ValueTask <TResult> RunAsync <T, TResult, TParam>(this IAsyncContainer <T> container, Func <T, TParam, ValueTask <TResult> > func, TParam param)
{
return(container.RunAsync(func, param));
}