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capture.lisp
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capture.lisp
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(in-package #:org.shirakumo.fraf.trial)
(defmacro define-event-type-serializer (type &body slots)
`(define-object-type-serializer ,type (lambda (&rest args) (apply #'make-event ',type args))
,@slots))
(define-type-serializer frame-count-change
(lambda (s) (nibbles:read-ub32/le s))
(lambda (v s) (nibbles:write-ub32/le v s)))
(define-event-type-serializer key-press
(key keyword)
(repeat-p boolean))
(define-event-type-serializer key-release
(key keyword)
(repeat-p boolean))
(define-event-type-serializer text-entered
(text string)
(replace-p boolean))
(define-event-type-serializer mouse-press
(pos vec2)
(button keyword))
(define-event-type-serializer mouse-release
(pos vec2)
(button keyword))
(define-event-type-serializer mouse-scroll
(pos vec2)
(delta single-float))
(define-event-type-serializer mouse-move
(pos vec2)
(old-pos vec2))
(define-event-type-serializer gamepad-press
(device gamepad:device)
(button keyword))
(define-event-type-serializer gamepad-release
(device gamepad:device)
(button keyword))
(define-event-type-serializer gamepad-move
(device gamepad:device)
(axis keyword)
(old-pos single-float)
(pos single-float))
(defun capture-pathname ()
(make-pathname :name (format NIL "capture ~a" (format-timestring :as :filename)) :type "dat"))
(defvar *capture-header* "TRIAL-CAPTURE")
(defclass capture ()
((capture-stream :initform NIL :accessor capture-stream)
(file :initarg :file :initform (capture-pathname) :accessor file)
(fc :initform NIL :accessor fc)))
(defmethod start ((capture capture))
(when (capture-stream capture)
(error "Already started."))
(let ((stream (open (file capture)
:element-type '(unsigned-byte 8)
:direction :io)))
(setf (capture-stream capture) stream)
(loop for c across *capture-header*
do (write-byte (char-code c) stream))
(nibbles:write-ub32/le 0 stream))
capture)
(defmethod stop ((capture capture))
;; Finalize the length
(let ((stream (capture-stream capture)))
(when stream
(file-position stream (length *capture-header*))
(nibbles:write-ub32/le (car (fc capture)) stream)
(close (capture-stream capture))
(setf (capture-stream capture) NIL)))
capture)
(defmethod active-p ((capture capture))
(not (null (capture-stream capture))))
(defmethod handle ((event tick) (capture capture))
(unless (fc capture)
(setf (fc capture) (cons -1 0)))
(setf (cdr (fc capture)) (fc event)))
(defmethod handle ((event event) (capture capture))
(let ((stream (capture-stream capture))
(struct (serialize-info (type-of event)))
(fc (fc capture)))
(when (and struct fc)
(unless (= (car fc) (cdr fc))
(let ((info (serialize-info 'frame-count-change)))
(write-byte (serialize-info-id info) stream)
(funcall (serialize-info-writer info) (cdr (fc capture)) stream))
(setf (car fc) (cdr fc)))
(write-byte (serialize-info-id struct) stream)
(funcall (serialize-info-writer struct) event stream))))
(defmethod start-capture ((scene scene) &optional (file (capture-pathname)))
(push (start (make-instance 'capture :file file))
(handlers (node :controller scene))))
(defmethod start-capture ((scene (eql T)) &optional (file (capture-pathname)))
(start-capture (scene +main+) file))
(defmethod stop-capture ((scene scene))
(let* ((controller (node :controller scene))
(capture (find 'capture (handlers controller) :key #'type-of)))
(setf (handlers controller) (remove capture (handlers controller)))
(stop capture)))
(defmethod stop-capture ((scene (eql T)))
(stop-capture (scene +main+)))
(defclass replay ()
((file :initarg :file :accessor file)
(capture-stream :initform NIL :accessor capture-stream)
(buffer :initform NIL :accessor buffer)
(duration :initform NIL :accessor duration)
(fc :initform (cons NIL NIL) :accessor fc)))
(defmethod start ((replay replay))
(let ((stream (open (file replay) :element-type '(unsigned-byte 8) :direction :input)))
(loop for c across *capture-header*
do (assert (char= c (code-char (read-byte stream)))))
(setf (capture-stream replay) stream)
(setf (duration replay) (nibbles:read-ub32/le stream))
(when (= 0 (duration replay))
(v:warn :trial.capture "Capture file was not finalized.")
(setf (duration replay) most-positive-fixnum))
(let ((fc (funcall (serialize-info-reader (gethash (read-byte stream) +type-serialize-info+)) stream)))
(setf (fc replay) (cons fc fc)))
replay))
(defmethod stop ((replay replay))
(when (capture-stream replay)
(close (capture-stream replay))
(setf (capture-stream replay) NIL))
replay)
(defmethod handle ((ev event) (replay replay)))
(defmethod handle ((ev tick) (replay replay))
(let ((fc (fc replay)))
(incf (car fc))
(when (= (duration replay) (car fc))
(v:info :trial.capture "Capture replay completed.")
(setf (cdr fc) most-positive-fixnum)
(stop-replay (scene +main+)))
(when (< (cdr fc) (car fc))
(let ((stream (capture-stream replay)))
(loop for object = (funcall (serialize-info-reader (gethash (read-byte stream) +type-serialize-info+)) stream)
do (etypecase object
(integer
(setf (cdr fc) object)
(return))
(event
(handle object +main+))))))))
(defmethod start-replay (file (scene scene))
(push (start (make-instance 'replay :file file))
(handlers (node :controller scene))))
(defmethod start-replay (file (scene (eql T)))
(start-replay file (scene +main+)))
(defmethod stop-replay ((scene scene))
(let* ((controller (node :controller scene))
(replay (find 'replay (handlers controller) :key #'type-of)))
(setf (handlers controller) (remove replay (handlers controller)))
(stop replay)))
(defmethod stop-replay ((scene (eql T)))
(stop-replay (scene +main+)))