Uses of Interface
org.ores.async.Asyncc.IAsyncCallback

Uses of Asyncc.IAsyncCallback in org.ores.async

Classes in org.ores.async that implement Asyncc.IAsyncCallback

Modifier and Type	Class	Description
static class	Asyncc.AsyncCallback<T,E>
static class	NeoInject.AsyncCallbackSet<T,E>

Methods in org.ores.async with parameters of type Asyncc.IAsyncCallback

Modifier and Type	Method	Description
void	NeoLock.acquire(Asyncc.IAsyncCallback<org.ores.async.Unlock,java.lang.Object> cb)
static <T,E> void	Asyncc.Concat(int depth, java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.Concat(int depth, java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.Concat(java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.Concat(java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.ConcatDeep(java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.ConcatDeep(java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.ConcatDeepLimit(int lim, java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.ConcatDeepLimit(int lim, java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.ConcatDeepSeries(java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.ConcatDeepSeries(java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.ConcatLimit(int depth, int lim, java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.ConcatLimit(int depth, int lim, java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.ConcatLimit(int lim, java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.ConcatLimit(int lim, java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.ConcatSeries(int depth, java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.ConcatSeries(int depth, java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.ConcatSeries(java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> f)
static <T,V,E> void	Asyncc.ConcatSeries(java.util.List<T> tasks, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.Inject(java.util.Map.Entry<java.lang.String,NeoInject.Task<T,E>> a, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,java.lang.Object>,E> f)
static <T,E> void	Asyncc.Inject(java.util.Map<java.lang.String,NeoInject.Task<T,E>> tasks, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,java.lang.Object>,E> f)
static <V,T,E> void	Asyncc.Map(java.lang.Iterable<T> items, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <V,T,E> void	Asyncc.MapLimit(java.lang.Integer limit, java.lang.Iterable<T> items, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <V,T,E> void	Asyncc.MapSeries(java.lang.Iterable<T> items, Asyncc.Mapper<T,V,E> m, Asyncc.IAsyncCallback<java.util.List<V>,E> f)
static <T,E> void	Asyncc.Parallel(java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> a, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> b, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> c, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> d, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> e, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> f, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> g, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> cb)
static <T,E> void	Asyncc.Parallel(java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> a, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> b, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> c, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> d, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> e, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> f, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> cb)
static <T,E> void	Asyncc.Parallel(java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> a, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> b, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> c, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> d, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> e, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <T,E> void	Asyncc.Parallel(java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> a, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> b, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> c, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> d, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <T,E> void	Asyncc.Parallel(java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> a, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> b, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> c, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <T,E> void	Asyncc.Parallel(java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> a, java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> b, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <T,E> void	Asyncc.Parallel(java.util.Map.Entry<java.lang.String,Asyncc.AsyncTask<T,E>> a, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <T,E> void	Asyncc.Parallel(java.util.Map<java.lang.String,Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.AsyncTask<T,E> e, Asyncc.AsyncTask<T,E> f, Asyncc.AsyncTask<T,E> g, Asyncc.AsyncTask<T,E> h, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.AsyncTask<T,E> e, Asyncc.AsyncTask<T,E> f, Asyncc.AsyncTask<T,E> g, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.AsyncTask<T,E> e, Asyncc.AsyncTask<T,E> f, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.AsyncTask<T,E> e, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Parallel(Asyncc.AsyncTask<T,E> a, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.ParallelLimit(int limit, java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)	public class JavadocTest { // indentation and line breaks are kept
static <T,E> void	Asyncc.ParallelLimit(int limit, java.util.Map<java.lang.String,Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <I,T,V,E> void	Asyncc.Reduce(I initialVal, java.util.List<T> tasks, Asyncc.Reducer<V,E> m, Asyncc.IAsyncCallback<V,E> f)	new BeanTranslator.Builder() .translate( newTranslator<String, Integer>(String.class, Integer.class){ @Override public Integer translate(String instance) { return Integer.valueOf(instance); }}) .build();
static <T,V,E> void	Asyncc.Reduce(java.util.List<T> tasks, Asyncc.Reducer<V,E> m, Asyncc.IAsyncCallback<V,E> f)
static <I,T,V,E> void	Asyncc.ReduceRight(I initialVal, java.util.List<T> tasks, Asyncc.Reducer<V,E> m, Asyncc.IAsyncCallback<V,E> f)
static <T,V,E> void	Asyncc.ReduceRight(java.util.List<T> tasks, Asyncc.Reducer<V,E> m, Asyncc.IAsyncCallback<V,E> f)	Returns an Image object that can then be painted on the screen.
static <T,E> void	Asyncc.Series(java.util.List<Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Series(java.util.Map<java.lang.String,Asyncc.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.Map<java.lang.String,T>,E> f)
static <T,E> void	Asyncc.Series(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.AsyncTask<T,E> e, Asyncc.AsyncTask<T,E> f, Asyncc.AsyncTask<T,E> g, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Series(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.AsyncTask<T,E> e, Asyncc.AsyncTask<T,E> f, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Series(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.AsyncTask<T,E> e, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Series(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.AsyncTask<T,E> d, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Series(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.AsyncTask<T,E> c, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Series(Asyncc.AsyncTask<T,E> a, Asyncc.AsyncTask<T,E> b, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Series(Asyncc.AsyncTask<T,E> a, Asyncc.IAsyncCallback<java.util.List<T>,E> cb)
static <T,E> void	Asyncc.Waterfall(java.util.List<NeoWaterfall.AsyncTask<T,E>> tasks, Asyncc.IAsyncCallback<java.util.HashMap<java.lang.String,java.lang.Object>,E> cb)
static <T,E> void	Asyncc.Waterfall(NeoWaterfall.AsyncTask<T,E> a, Asyncc.IAsyncCallback<java.util.HashMap<java.lang.String,java.lang.Object>,E> cb)
static <T,E> void	Asyncc.Waterfall(NeoWaterfall.AsyncTask<T,E> a, NeoWaterfall.AsyncTask<T,E> b, Asyncc.IAsyncCallback<java.util.HashMap<java.lang.String,java.lang.Object>,E> cb)
static <T,E> void	Asyncc.Waterfall(NeoWaterfall.AsyncTask<T,E> a, NeoWaterfall.AsyncTask<T,E> b, NeoWaterfall.AsyncTask<T,E> c, Asyncc.IAsyncCallback<java.util.HashMap<java.lang.String,java.lang.Object>,E> cb)
static <T,E> void	Asyncc.Waterfall(NeoWaterfall.AsyncTask<T,E> a, NeoWaterfall.AsyncTask<T,E> b, NeoWaterfall.AsyncTask<T,E> c, NeoWaterfall.AsyncTask<T,E> d, Asyncc.IAsyncCallback<java.util.HashMap<java.lang.String,java.lang.Object>,E> cb)
static <T,E> void	Asyncc.Waterfall(NeoWaterfall.AsyncTask<T,E> a, NeoWaterfall.AsyncTask<T,E> b, NeoWaterfall.AsyncTask<T,E> c, NeoWaterfall.AsyncTask<T,E> d, NeoWaterfall.AsyncTask<T,E> e, Asyncc.IAsyncCallback<java.util.HashMap<java.lang.String,java.lang.Object>,E> cb)
static <T,E> void	Asyncc.Waterfall(NeoWaterfall.AsyncTask<T,E> a, NeoWaterfall.AsyncTask<T,E> b, NeoWaterfall.AsyncTask<T,E> c, NeoWaterfall.AsyncTask<T,E> d, NeoWaterfall.AsyncTask<T,E> e, NeoWaterfall.AsyncTask<T,E> f, Asyncc.IAsyncCallback<java.util.HashMap<java.lang.String,java.lang.Object>,E> cb)