/// <summary>
/// Builds a ProcessId that represents a set of Processes. When used
/// for operations like 'tell', the message is dispatched to the Processes in a
/// round-robin fashion
/// </summary>
/// <example>
/// tell( Dispatch.roundRobin(pid1,pid2,pid3), "Hello" );
/// </example>
public static ProcessId roundRobin(ProcessId processId, params ProcessId[] processIds) =>
RoundRobin[processId.Cons(processIds)];
/// <summary>
/// Builds a ProcessId that represents a set of Processes. When used
/// for operations like 'tell', the message is dispatched to the least busy
/// Process from the set.
/// </summary>
/// <example>
/// tell( Dispatch.leastBusy(pid1,pid2,pid3), "Hello" );
/// </example>
public static ProcessId leastBusy(ProcessId processId, params ProcessId[] processIds) =>
LeastBusy[processId.Cons(processIds)];
/// <summary>
/// Builds a ProcessId that represents a set of Processes. When used
/// for operations like 'tell', the message is dispatched to a cryptographically
/// random Process from the set.
/// </summary>
/// <example>
/// tell( Dispatch.random(pid1,pid2,pid3), "Hello" );
/// </example>
public static ProcessId random(ProcessId processId, params ProcessId[] processIds) =>
Random[processId.Cons(processIds)];
/// <summary>
/// Builds a ProcessId that represents a set of Processes. When used for
/// operations like 'tell', the message is dispatched to all Processes in
/// the set.
/// </summary>
/// <example>
/// tell( Dispatch.broadcast(pid1,pid2,pid3), "Hello" );
/// </example>
public static ProcessId broadcast(ProcessId processId, params ProcessId[] processIds) =>
Broadcast[processId.Cons(processIds)];
/// <summary> /// Builds a ProcessId that represents a set of Processes. When used /// for operations like 'tell', the message is dispatched to the Processes in a /// round-robin fashion /// </summary> /// <example> /// tell( Dispatch.roundRobin(pid1,pid2,pid3), "Hello" ); /// </example> public static ProcessId roundRobin(ProcessId processId, params ProcessId[] processIds) => RoundRobin[processId.Cons(processIds)];
/// <summary> /// Builds a ProcessId that represents a set of Processes. When used /// for operations like 'tell', the message is dispatched to a cryptographically /// random Process from the set. /// </summary> /// <example> /// tell( Dispatch.random(pid1,pid2,pid3), "Hello" ); /// </example> public static ProcessId random(ProcessId processId, params ProcessId[] processIds) => Random[processId.Cons(processIds)];
/// <summary> /// Builds a ProcessId that represents a set of Processes. When used /// for operations like 'tell', the message is dispatched to the least busy /// Process from the set. /// </summary> /// <example> /// tell( Dispatch.leastBusy(pid1,pid2,pid3), "Hello" ); /// </example> public static ProcessId leastBusy(ProcessId processId, params ProcessId[] processIds) => LeastBusy[processId.Cons(processIds)];
/// <summary> /// Builds a ProcessId that represents a set of Processes. When used for /// operations like 'tell', the message is dispatched to all Processes in /// the set. /// </summary> /// <example> /// tell( Dispatch.broadcast(pid1,pid2,pid3), "Hello" ); /// </example> public static ProcessId broadcast(ProcessId processId, params ProcessId[] processIds) => Broadcast[processId.Cons(processIds)];
