Megatest

spublish:lst->path
megatest-param->mtutil-param
add-target-mapper
add-runname-mapper

;; 1. Look at test records either deleted or part of deleted run:
;;    a. If test dir exists, set the the test to state='UNKNOWN', Set the run to 'unknown'
;;    b. If test dir gone, delete the test record
;; 2. Look at run records
;;    a. If have tests that are not deleted, set state='unknown'
;;    b. ....
;;
(define (db:clean-up-rundb dbdat)
#;(define (db:clean-up-rundb dbdat)
  ;; (debug:print 0 *default-log-port* "WARNING: db clean up not fully ported to v1.60, cleanup action will be on megatest.db")
  (let* ((db         (db:dbdat-get-db dbdat))
	 (count-stmt (sqlite3:prepare db "SELECT (SELECT count(id) FROM tests);"))
	(statements
	 (map (lambda (stmt)
		(sqlite3:prepare db stmt))
	      (list

	    0))))

;; tags: '("tag%" "tag2" "%ag6")
;;

;; done with run when:
;;   0 tests in LAUNCHED, NOT_STARTED, REMOTEHOSTSTART, RUNNING
(define (db:estimated-tests-remaining dbstruct run-id)
#;(define (db:estimated-tests-remaining dbstruct run-id)
  (db:with-db
   dbstruct
   run-id
   #f
   (lambda (db)
     (sqlite3:first-result
      db

(define (server:record->url servr)
  (match-let (((mod-time host port start-time pid)
	       servr))
    (if (and host port)
	(conc host ":" port)
	#f)))

(define (server:get-client-signature) ;; BB> why is this proc named "get-"?  it returns nothing -- set! has not return value.
#;(define (server:get-client-signature) ;; BB> why is this proc named "get-"?  it returns nothing -- set! has not return value.
  (if *my-client-signature* *my-client-signature*
      (let ((sig (server:mk-signature)))
        (set! *my-client-signature* sig)
        *my-client-signature*)))

;; wait for server=start-last to be three seconds old
;;

		     (<   (tdb:step-get-id a)        (tdb:step-get-id b)))
		    (else #f)))))
    res))

;;
;; Move to steps.scm
;;
(define (tdb:get-compressed-steps comprsteps) ;; from tdb:get-steps-table
#;(define (tdb:get-compressed-steps comprsteps) ;; from tdb:get-steps-table
  (map (lambda (x)
	 ;; take advantage of the \n on time->string
	 (vector
	  (vector-ref x 0)
	  (let ((s (vector-ref x 1)))
	    (if (number? s)(seconds->time-string s) s))
	  (let ((s (vector-ref x 2)))

    ;; (print "ignores: " (hash-table->alist ignores))
    (for-each (lambda (dangler)
		(let* ((fnname (conc (cadr dangler))))
		  ;; (print "fnname="fnname" member: "(member fnname ignore-list))
		  (if (not (hash-table-exists? ignores fnname))
		      (apply print (intersperse  dangler "\t"))
		      #;(print "skipping "fnname))))
	      (sort danglers (lambda (a b)(< (car a)(car b)))))))
	      (sort danglers (lambda (a b)
			       (let ((ca (car a))
				     (cb (car b)))
				 (if (equal? ca cb)
				     (string<=? (conc (cadr a))(conc (cadr b)))
				     (< ca cb))))))))

    ;; (for-each print dangling-procs) ;; our product.

(define (get-stats fn)
  (let* ((data  (with-input-from-pipe (conc "grep '"fn"' *.scm") read-lines))
	 (files (delete-duplicates
		 (map (lambda (entry)