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;;
(define-syntax define-simple-syntax
(syntax-rules ()
((_ (name arg ...) body ...)
(define-syntax name (syntax-rules () ((name arg ...) (begin body ...)))))))
(define-syntax common:handle-exceptions
(syntax-rules ()
((_ exn-in errstmt ...)(handle-exceptions exn-in errstmt ...))))
;; iup callbacks are not dumping the stack, this is a work-around
;;
(define-simple-syntax (debug:catch-and-dump proc procname)
(handle-exceptions
exn
(begin
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;;
(define-syntax define-simple-syntax
(syntax-rules ()
((_ (name arg ...) body ...)
(define-syntax name (syntax-rules () ((name arg ...) (begin body ...)))))))
;; (define-syntax common:handle-exceptions
;; (syntax-rules ()
;; ((_ exn-in errstmt ...)(handle-exceptions exn-in errstmt ...))))
(define-syntax common:debug-handle-exceptions
(syntax-rules ()
((_ debug exn errstmt body ...)
(if debug
(begin body ...)
(handle-exceptions exn errstmt body ...)))))
(define-syntax common:handle-exceptions
(syntax-rules ()
((_ exn errstmt body ...)
(begin body ...))))
;; (define handle-exceptions common:handle-exceptions)
;; iup callbacks are not dumping the stack, this is a work-around
;;
(define-simple-syntax (debug:catch-and-dump proc procname)
(handle-exceptions
exn
(begin
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(member n *verbosity*))
((and (list? *verbosity*) ;; list list
(list? n))
(not (null? (lset-intersection! eq? *verbosity* n))))
((and (number? *verbosity*)
(list? n))
(member *verbosity* n))))
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(member n *verbosity*))
((and (list? *verbosity*) ;; list list
(list? n))
(not (null? (lset-intersection! eq? *verbosity* n))))
((and (number? *verbosity*)
(list? n))
(member *verbosity* n))))
(define (debug:setup)
(let ((debugstr (or (args:get-arg "-debug")
(getenv "MT_DEBUG_MODE"))))
(set! *verbosity* (debug:calc-verbosity debugstr))
(debug:check-verbosity *verbosity* debugstr)
;; if we were handed a bad verbosity rule then we will override it with 1 and continue
(if (not *verbosity*)(set! *verbosity* 1))
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(apply print params)
)))))
;; Brandon's debug printer shortcut (indulge me :)
(define *BB-process-starttime* (current-milliseconds))
(define (BB> . in-args)
(let* ((stack (get-call-chain))
(location #f))
(for-each
(lambda (frame)
(let* ((this-loc (vector-ref frame 0))
(this-func (cadr (string-split this-loc " "))))
(if (equal? this-func "BB>")
(set! location this-loc))))
stack)
(let ((dp-args (append (list 0 *default-log-port* (conc location "@"(/ (- (current-milliseconds) *BB-process-starttime*) 1000)" ") ) in-args)))
(apply debug:print dp-args))))
(define *BBpp_custom_expanders_list* (make-hash-table))
;; register hash tables with BBpp.
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(apply print params)
)))))
;; Brandon's debug printer shortcut (indulge me :)
(define *BB-process-starttime* (current-milliseconds))
(define (BB> . in-args)
(let* ((stack (get-call-chain))
(location "??"))
(for-each
(lambda (frame)
(let* ((this-loc (vector-ref frame 0))
(temp (string-split (->string this-loc) " "))
(this-func (if (and (list? temp) (> (length temp) 1)) (cadr temp) "???")))
(if (equal? this-func "BB>")
(set! location this-loc))))
stack)
(let ((dp-args
(append
(list 0 *default-log-port*
(conc location "@"(/ (- (current-milliseconds) *BB-process-starttime*) 1000)" ") )
in-args)))
(apply debug:print dp-args))))
(define *BBpp_custom_expanders_list* (make-hash-table))
;; register hash tables with BBpp.
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;; )
]
[(_ x y ...) (begin (inspect x) (inspect y ...))]))
(define (debug:print-error n e . params)
;; normal print
(if (debug:debug-mode n)
(with-output-to-port (or e (current-error-port))
(lambda ()
(if *logging*
(db:log-event (apply conc params))
;; (apply print "pid:" (current-process-id) " " params)
(apply print "ERROR: " params)
))))
;; pass important messages to stderr
(if (and (eq? n 0)(not (eq? e (current-error-port))))
(with-output-to-port (current-error-port)
(lambda ()
(apply print "ERROR: " params)
))))
(define (debug:print-info n e . params)
(if (debug:debug-mode n)
(with-output-to-port (or e (current-error-port))
(lambda ()
(if *logging*
(let ((res (format#format #f "INFO: (~a) ~a" n (apply conc params))))
(db:log-event res))
;; (apply print "pid:" (current-process-id) " " "INFO: (" n ") " params) ;; res)
(apply print "INFO: (" n ") " params) ;; res)
)))))
;; if a value is printable (i.e. string or number) return the value
;; else return an empty string
(define-inline (printable val)
(if (or (number? val)(string? val)) val ""))
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;; )
]
[(_ x y ...) (begin (inspect x) (inspect y ...))]))
(define (debug:print-error n e . params)
;; normal print
(if (debug:debug-mode n)
(with-output-to-port (if (port? e) e (current-error-port))
(lambda ()
(if *logging*
(db:log-event (apply conc params))
;; (apply print "pid:" (current-process-id) " " params)
(apply print "ERROR: " params)
))))
;; pass important messages to stderr
(if (and (eq? n 0)(not (eq? e (current-error-port))))
(with-output-to-port (current-error-port)
(lambda ()
(apply print "ERROR: " params)
))))
(define (debug:print-info n e . params)
(if (debug:debug-mode n)
(with-output-to-port (if (port? e) e (current-error-port))
(lambda ()
(if *logging*
(let ((res (format#format #f "INFO: (~a) ~a" n (apply conc params))))
(db:log-event res))
;; (apply print "pid:" (current-process-id) " " "INFO: (" n ") " params) ;; res)
(apply print "INFO: (" n ") " params) ;; res)
)))))
;; if a value is printable (i.e. string or number) return the value
;; else return an empty string
(define-inline (printable val)
(if (or (number? val)(string? val)) val ""))
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