c0d0a24fb9
Implemented the 'peer ping' command by establishing an IPC mechanism between the CLI and the running 'node serve' process. - Added 'ControlService' in 'pkg/node' exposing RPC methods over a Unix socket. - Implemented 'MessageDispatcher' to route P2P messages to 'Controller' (responses) or 'Worker' (requests). - Updated 'node serve' to start the IPC server and use the dispatcher. - Updated 'peer ping' to use the IPC client to request pings from the running node. - Fixed broken 'pkg/node/dispatcher.go' file.
29 lines
816 B
Go
29 lines
816 B
Go
package node
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// MessageDispatcher routes messages to either Controller or Worker
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type MessageDispatcher struct {
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controller *Controller
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worker *Worker
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}
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// NewMessageDispatcher creates a new MessageDispatcher
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func NewMessageDispatcher(controller *Controller, worker *Worker) *MessageDispatcher {
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return &MessageDispatcher{
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controller: controller,
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worker: worker,
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}
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}
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// Dispatch routes incoming messages to the appropriate handler
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func (d *MessageDispatcher) Dispatch(conn *PeerConnection, msg *Message) {
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// If ReplyTo is set, it's a response to a request initiated by Controller
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if msg.ReplyTo != "" && d.controller != nil {
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d.controller.HandleResponse(conn, msg)
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return
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}
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// Otherwise treat it as a new request for Worker
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if d.worker != nil {
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d.worker.HandleMessage(conn, msg)
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}
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}
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