(define-class <network-manager> (<actor>)
(server-socket #:accessor nm-server-socket)
+ ;; mapping of client -> local-id
(clients #:accessor nm-clients
#:init-thunk make-hash-table)
+ ;; send input to this actor
+ (send-input-to #:getter nm-send-input-to
+ #:init-keyword #:send-input-to)
(message-handler
#:init-value
(make-action-dispatch
(message-ref message 'port %default-port))))))
(define-method (nm-close-everything (nm <network-manager>) remove-from-agenda)
+ "Shut it down!"
;; close all clients
(hash-for-each
- (lambda (client _)
+ (lambda (_ client)
(close client)
(if remove-from-agenda
(8sync-port-remove client)))
(nm-clients nm))
+ ;; reset the clients list
+ (set! (nm-clients) (make-hash-table))
;; close the server
(close (nm-server-socket nm))
(if remove-from-agenda
(format #t "Listening for clients in pid: ~s\n" (getpid))
(8sync-port s #:read (lambda (s) (nm-new-client nm s)))
- ;; TODO: set up periodic close of idle connections
+ ;; TODO: set up periodic close of idle connections?
))
(define-method (nm-new-client (nm <network-manager>) s)
+ "Handle new client coming in to socket S"
(let* ((client-connection (accept s))
(client-details (cdr client-connection))
(client (car client-connection)))
(gethostbyaddr
(sockaddr:addr client-details)))
- (hash-set! (nm-clients nm) client #f)
- (8sync-port client #:read (nm-make-client-receive nm))))
+ (let ((local-id (big-random-number)))
+ (hash-set! (nm-clients nm) local-id client)
+ (8sync-port client #:read (nm-make-client-receive nm local-id)))))
-(define-method (nm-make-client-receive (nm <network-manager>))
+(define-method (nm-make-client-receive (nm <network-manager>) local-id)
+ "Make a method to receive client data"
(let ((buffer '()))
(define (reset-buffer)
(set! buffer '()))
(char-ready? client)
(not (eof-object? (peek-char client)))))
(define (receive-handler client)
- (display "Horray, we got something!\n")
(while (should-read-char client)
(set! buffer (cons (read-char client) buffer))
(match buffer
(;; @@: Do we need the "char?"
- (#\newline #\newline (? char? line-chars) ...)
+ (#\newline #\return (? char? line-chars) ...)
(let ((ready-line (list->string (reverse line-chars))))
;; reset buffer
(set! buffer '())
;; run it
- (nm-handle-line nm client ready-line)))
+ (nm-handle-line nm client local-id ready-line)))
(_ #f)))
;; Shut things down on closed port or EOF object
(cond
((port-closed? client)
- ;; TODO: replace with nm-handle-port-closed
- (display "port closed time\n")
- (8sync-port-remove client))
+ (nm-handle-port-closed nm client local-id))
((and (char-ready? client)
(eof-object? (peek-char client)))
- (display "port eof time\n")
- ;; TODO: replace with nm-handle-port-eof
- (close client)
- (8sync-port-remove client))))
+ (nm-handle-port-eof nm client local-id))))
receive-handler))
-(define-method (nm-handle-line (nm <network-manager>) client line)
+(define-method (nm-handle-port-closed (nm <network-manager>) client local-id)
+ "Handle a closed port"
+ (format #t "DEBUG: handled closed port ~x\n" local-id)
+ (8sync-port-remove client)
+ (hash-remove! (nm-clients nm) local-id))
+
+(define-method (nm-handle-port-eof (nm <network-manager>) client local-id)
+ "Handle seeing an EOF on port"
+ (format #t "DEBUG: handled eof-object on port ~x\n" local-id)
+ (close client)
+ (8sync-port-remove client)
+ (hash-remove! (nm-clients nm) local-id))
+
+(define-method (nm-handle-line (nm <network-manager>) client local-id line)
"Handle an incoming line of input from a client"
- (format #t "Got line: ~s\n" line))
+ (format #t "~x got line: ~s\n" local-id line))
+
+; (ez-run-hive hive (list (bootstrap-message hive (actor-id nm) 'start-listening)))
;; (define-method (nm-close-port (nm <network-manager>)))
;; init-world
)))
+