Megatest

				  (let ((db (cdr *task-db*)))
				    (if (sqlite3:database? db)
					(begin
					  (sqlite3:interrupt! db)
					  (sqlite3:finalize! db #t)
					  ;; (vector-set! *task-db* 0 #f)
					  (set! *task-db* #f)))))
			      (if (and *no-sync-db*
				       (sqlite3:database? *no-sync-db*))
				  (begin
				    (sqlite3:interrupt! *no-sync-db*)
				    (sqlite3:finalize! *no-sync-db* #t)))
                              (http-client#close-all-connections!)
                              ;; (if (and *runremote*
                              ;;          (remote-conndat *runremote*))
                              ;;     (begin
                              ;;       (http-client#close-all-connections!))) ;; for http-client
                              (if (not (eq? *default-log-port* (current-error-port)))
                                  (close-output-port *default-log-port*))

                 (let ((db (db:open-no-sync-db)))
                   (set! *no-sync-db* db)
                   db))))
    (mutex-unlock! *db-access-mutex*)
    res))

(define (db:no-sync-set db var val)
  ;; (mutex-lock! *db-access-mutex*)
  (sqlite3:execute (db:no-sync-db db) "INSERT OR REPLACE INTO no_sync_metadat (var,val) VALUES (?,?);" var val))
  (let ((res (sqlite3:execute (db:no-sync-db db) "INSERT OR REPLACE INTO no_sync_metadat (var,val) VALUES (?,?);" var val)))
    ;; (mutex-unlock! *db-access-mutex*)
    res))

(define (db:no-sync-del! db var)
  ;; (mutex-lock! *db-access-mutex*)
  (sqlite3:execute (db:no-sync-db db) "DELETE FROM no_sync_metadat WHERE var=?;" var))
  (sqlite3:execute (db:no-sync-db db) "DELETE FROM no_sync_metadat WHERE var=?;" var)
  ;; (mutex-unlock! *db-access-mutex*)
  )

(define (db:no-sync-get/default db var default)
  (let ((res default))
    (sqlite3:for-each-row
     (lambda (val)
       (set! res val))
     (db:no-sync-db db)

       (if newstatus  (sqlite3:execute db "UPDATE tests SET status=?  WHERE id=?;" newstatus  test-id))
       (if newcomment (sqlite3:execute db "UPDATE tests SET comment=? WHERE id=?;" newcomment ;; (sdb:qry 'getid newcomment)
				       test-id))))))
  (mt:process-triggers dbstruct run-id test-id newstate newstatus))

;; NEW BEHAVIOR: Count tests running in all runs!
;;
(define (db:get-count-tests-running dbstruct run-id fastmode)
  (let* ((qry (if fastmode
		  "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND NOT (uname = 'n/a' AND item_path = '') LIMIT 1;"
		  "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND NOT (uname = 'n/a' AND item_path = '');")))
(define (db:get-count-tests-running dbstruct run-id) ;; fastmode)
  (let* ((qry ;; (if fastmode
		;;   "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND NOT (uname = 'n/a' AND item_path = '') LIMIT 1;"
		  "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND NOT (uname = 'n/a' AND item_path = '');")) ;; )
  (db:with-db
   dbstruct
   run-id
   #f
   (lambda (db)
     (let* ((stmth (db:get-cache-stmth dbstruct  db qry)))
       (sqlite3:first-result stmth))))))

      ;; "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND run_id NOT IN (SELECT id FROM runs WHERE state='deleted') AND NOT (uname = 'n/a' AND item_path = '');")
      "SELECT count(id) FROM tests WHERE state in ('RUNNING','REMOTEHOSTSTART','LAUNCHED') AND run_id=?;" 
      run-id)))) ;; NOT IN (SELECT id FROM runs WHERE state='deleted');")

;; NEW BEHAVIOR: Look only at single run with run-id
;; 
;; (define (db:get-running-stats dbstruct run-id)
(define (db:get-count-tests-running-for-run-id dbstruct run-id fastmode)
  (let* ((qry (if fastmode
		  "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND run_id=? LIMIT 1;"
		  "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND run_id=?;")))
(define (db:get-count-tests-running-for-run-id dbstruct run-id) ;; fastmode)
  (let* ((qry ;; (if fastmode
		 ;;  "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND run_id=? LIMIT 1;"
		  "SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART') AND run_id=?;")) ;; )
    (db:with-db
     dbstruct
     run-id
     #f
     (lambda (db)
       (let* ((stmth (db:get-cache-stmth dbstruct db qry)))
	 (sqlite3:first-result stmth run-id))))))

;;    ;; 	(db:general-call dbdat 'state-status-msg (list state status msg test-id))
;;    ;; 	(db:general-call dbdat 'state-status     (list state status test-id)))
;;    (db:set-state-status-and-roll-up-items dbstruct run-id test-id #f state status msg)
;;    ;; process the test_data table
;;    (if (and test-id state status (equal? status "AUTO")) 
;; 	(db:test-data-rollup dbstruct run-id test-id status))
;;    (mt:process-triggers dbstruct run-id test-id state status)))

;; NOT FINISHED 
(define (db:calc-state-status-toplevel state status tl-state tl-status)
  `(,state ,status))

;;   (match state
;;     (("COMPLETED")
;;      (match `(,tl-state ,tl-status)
;;        (("COMPLETED" "PASS") `(,state ,status))
;;        (("COMPLETED" thestatus)
;; 	(case (string->symbol thestatus)
;; 	  ((ABORT CHECK DEAD)
;; 	   (if `("COMPLETED" ,thestatus))
;; 	(match `(,thestatus ,status)
;; 	  (("FAIL" "ABORT") '("COMPLETED" "ABORT"))
;; 	  (("FAIL" "CHECK") '("COMPLETED" "CHECK"))
;; 	  (("FAIL" "DEAD")  '("COMPLETED" "DEAD"))
;; 	  (("WARN" "FAIL")  '("COMPLETED" "FAIL"))
;; 	  (("WARN" "CHECK") '("COMPLETED" "CHECK"))
;; 	  (("WARN" "DEAD")
       
(define (db:set-state-status-and-roll-up-items dbstruct run-id test-name item-path state status comment)
  ;; establish info on incoming test followed by info on top level test
  ;; BBnote - for mode itemwait, linkage between upstream test & matching item status is propagated to run queue in db:prereqs-not-met
  ;; (mutex-lock! *db-transaction-mutex*) ;; why do we need a mutex?
  (let* ((testdat      (if (number? test-name)
			   (db:get-test-info-by-id dbstruct run-id test-name) ;; test-name is actually a test-id
			   (db:get-test-info       dbstruct run-id test-name item-path)))
	 (test-id      (db:test-get-id testdat))
	 (test-name    (if (number? test-name)
			   (db:test-get-testname testdat)
			   test-name))
	 (no-sync-db   (db:no-sync-db #f))
	 (rollup-flag  #f)
	 (wait-flag    #f)
	 (rollup-lock-key  (conc run-id "-rollup-" test-name))
	 (waiting-lock-key (conc run-id "-waiting-" test-name)))
    (db:test-set-state-status dbstruct run-id test-id state status #f)
    (if (and test-id state status (equal? status "AUTO")) 
	(db:test-data-rollup dbstruct run-id test-id status))
    (if (member state '("LAUNCHED" "REMOTEHOSTSTART"))
	(db:general-call dbstruct 'set-test-start-time (list test-id)))
    (if (not (equal? item-path "")) ;; only roll up IF incoming test is an item
	(begin
	  ;; is there a rollup lock? If not, take it
	  (sqlite3:with-transaction
	   no-sync-db
	   (lambda ()
	     ;; (debug:print 0 *default-log-port* "EXCEPTION: exn="exn)
	     (let* ((rollup-lock-time (db:no-sync-get/default no-sync-db rollup-lock-key #f))
		    (waiting-lock-time (db:no-sync-get/default no-sync-db waiting-lock-key #f)))
	       (if rollup-lock-time ;; someone is doing a rollup
		   (if (not waiting-lock-time) ;; no one is waiting
		       (begin
			 (set! wait-flag #t)
			 (set! rollup-flag #t)
			 (db:no-sync-set no-sync-db waiting-lock-key (current-seconds)))) ;; we are going to wait
		   (begin
		     (set! rollup-flag #t)
		     (db:no-sync-set no-sync-db rollup-lock-key (current-seconds)))))))
	  (if wait-flag
	      (let loop ((count 10)) ;; about 20 seconds
		(thread-sleep! 2)
		(if (and (not (db:no-sync-get/default no-sync-db waiting-lock-key #f))
			 (> count 0))
		    (loop (+ count 1))
		    (sqlite3:with-transaction
		     no-sync-db
		     (lambda ()
		       (db:no-sync-set no-sync-db rollup-lock-key (current-seconds))
		       (db:no-sync-del! no-sync-db waiting-lock-key))))))
	  ;; now the rollup
	  ;; (mutex-unlock! *db-transaction-mutex*) ;; why do we need a mutex?
	  (if rollup-flag ;; put this into a thread
	      (begin
		;; (thread-start! (make-thread
		;; 	      (lambda ()
		(db:roll-up-test-state-status dbstruct run-id test-name state status)
		(db:no-sync-del! no-sync-db rollup-lock-key))
	      ;; (conc "thread for run-id: " run-id " test-name: " test-name))))))))
	      ))
	;; (mutex-unlock! *db-transaction-mutex*) ;; why do we need a mutex?
	)))
	      
;; I'd like to remove the need for item-path - it is logically not needed here
;; for now we pass in state and status - NOTE: There is a possible race if a test
;; is rapidly re-run while an earlier run is waiting to rollup.
;;
(define (db:roll-up-test-state-status dbstruct run-id test-name state status)
  (let* ((testdat      (if (number? test-name)
			   (db:get-test-info-by-id dbstruct run-id test-name) ;; test-name is actually a test-id
			   (db:get-test-info       dbstruct run-id test-name "")))
	 (test-id      (db:test-get-id testdat))
	 (test-name    (if (number? test-name)
			   (db:test-get-testname testdat)
			   test-name))
	 (tl-testdat   (db:get-test-info dbstruct run-id test-name ""))
	 (tl-test-id   (db:test-get-id tl-testdat)))
    (db:with-db
     dbstruct #f #f
     (lambda (db)
       ;; NB// Pass the db so it is part fo the transaction
       ;; item-path is used in get-all-state-status counts to exclude current state/status of THIS test
       ;; but with the state/status being set earlier this is not needed any longer
       (let* ((state-status-counts  (db:get-all-state-status-counts-for-testname dbstruct run-id test-name))
	      (state-statuses       (if (null? state-status-counts)
					'()
					(db:roll-up-rules state-status-counts state status)))
	      (newstate             (if (null? state-statuses)
					state
					(car state-statuses)))
	      (newstatus            (if (null? state-statuses)
					status
					(cadr state-statuses))))
	 (if tl-test-id
	     (db:test-set-state-status db run-id tl-test-id newstate newstatus #f))
	 )))
    #t))

;; state is the priority rollup of all states
;; status is the priority rollup of all completed statesfu
;;
;; if test-name is an integer work off that instead of test-name test-path
;;
(define (db:set-state-status-and-roll-up-items dbstruct run-id test-name item-path state status comment)
(define (db:set-state-status-and-roll-up-items-orig dbstruct run-id test-name item-path state status comment)
  ;; establish info on incoming test followed by info on top level test
  ;; BBnote - for mode itemwait, linkage between upstream test & matching item status is propagated to run queue in db:prereqs-not-met
  (let* ((testdat      (if (number? test-name)
			   (db:get-test-info-by-id dbstruct run-id test-name) ;; test-name is actually a test-id
			   (db:get-test-info       dbstruct run-id test-name item-path)))
	 (test-id      (db:test-get-id testdat))
	 (test-name    (if (number? test-name)

    (db:with-db
     dbstruct #f #f
     (lambda (db)
       (let ((tr-res
              (sqlite3:with-transaction
               db
               (lambda ()
                 ;; NB// Pass the db so it is part fo the transaction
                 ;; NB// Pass the db so it is part of the transaction
                 (db:test-set-state-status db run-id test-id state status comment) ;; this call sets the item state/status
                 (if (not (equal? item-path "")) ;; only roll up IF incoming test is an item
                     (let* ((state-status-counts  (db:get-all-state-status-counts-for-test dbstruct run-id test-name item-path state status)) ;; item-path is used to exclude current state/status of THIS test
			      						  (state-stauses (db:roll-up-rules state-status-counts state status))
                          (newstate (car state-stauses))
                          (newstatus (cadr state-stauses)))
			    (state-statuses        (db:roll-up-rules state-status-counts state status))
                          (newstate  (car state-statuses))
                          (newstatus (cadr state-statuses)))
                       (debug:print 4 *default-log-port* "BB> tl-test-id="tl-test-id" ; "test-name":"item-path" newstate="newstate" newstatus="newstatus" len(sscs)="(length state-status-counts)  " state-status-counts: "
							(apply conc
                  (map (lambda (x)
                     (conc
                     		(with-output-to-string (lambda () (pp (dbr:counts->alist x)))) " | "))
                              state-status-counts))); end debug:print
   
                       (if tl-test-id
			   (db:test-set-state-status db run-id tl-test-id newstate newstatus #f)) ;; we are still in the transaction - must access the db and not the dbstruct
		       ))))))
         (mutex-unlock! *db-transaction-mutex*)
         (if (and test-id state status (equal? status "AUTO")) 
             (db:test-data-rollup dbstruct run-id test-id status))
         tr-res)))))

(define (db:roll-up-rules state-status-counts state status)
		(let* ((running     (length (filter (lambda (x)
                          (member (dbr:counts-state x) *common:running-states*))
                                 state-status-counts)))
           (bad-not-started      (length (filter (lambda (x)
                                      (and (equal? (dbr:counts-state x) "NOT_STARTED") 
                                        (not (member (dbr:counts-status x)  *common:not-started-ok-statuses*))))
																	state-status-counts)))
           (all-curr-states      (common:special-sort  ;; worst -> best (sort of)
                                    (delete-duplicates
                                      (if (and state (not (member state *common:dont-roll-up-states*)))
                                          (cons state (map dbr:counts-state state-status-counts))
                                          (map dbr:counts-state state-status-counts)))
                                                  *common:std-states* >))
           (all-curr-statuses    (common:special-sort  ;; worst -> best
                                    (delete-duplicates
                                      (if (and state status (not (member state *common:dont-roll-up-states*)))
                                          (cons status (map dbr:counts-status state-status-counts))
                                          (map dbr:counts-status state-status-counts)))
                                                   *common:std-statuses* >))
           (non-completes        (filter (lambda (x)
							 										 (not (member x (cons "COMPLETED" *common:dont-roll-up-states*))))
						       									all-curr-states))
			     (preq-fails        (filter (lambda (x)
							 								(equal? x "PREQ_FAIL"))
						       							all-curr-statuses))
           (num-non-completes (length non-completes))
 					 (newstate          (cond
															((> running 0)           "RUNNING")            ;; anything running, call the situation running
                              ((> (length preq-fails) 0) "NOT_STARTED")
															((> bad-not-started 0)   "COMPLETED")          ;; we have an ugly situation, it is completed in the sense we cannot do more.
															((> num-non-completes 0) (car non-completes))  ;;  (remove (lambda (x)(equal? "COMPLETED" x)) all-curr-states))) ;; only rollup DELETED if all DELETED
															(else                    (car all-curr-states))))
           (newstatus         (cond
                              ((> (length preq-fails) 0)  "PREQ_FAIL")
                              ((or (> bad-not-started 0)
                                   (and (equal? newstate "NOT_STARTED")
                                      (> num-non-completes 0)))
                                            "STARTED")
                              (else (car all-curr-statuses)))))
 					(debug:print-info 2 *default-log-port*
                                         "\n--> probe db:set-state-status-and-roll-up-items: "
                                         "\n--> state-status-counts: "(map dbr:counts->alist state-status-counts)
                                         "\n--> running:             "running
                                         "\n--> bad-not-started:     "bad-not-started
                                         "\n--> non-non-completes:   "num-non-completes
                                         "\n--> non-completes:       "non-completes
                                         "\n--> all-curr-states:     "all-curr-states
  (let* ((running              (length (filter (lambda (x)
						 (member (dbr:counts-state x) *common:running-states*))
					       state-status-counts)))
	 (bad-not-started      (length (filter (lambda (x)
						 (and (equal? (dbr:counts-state x) "NOT_STARTED") 
						      (not (member (dbr:counts-status x)  *common:not-started-ok-statuses*))))
					       state-status-counts)))
	 (all-curr-states      (common:special-sort  ;; worst -> best (sort of)
				(delete-duplicates
				 (if (and state (not (member state *common:dont-roll-up-states*)))
				     (cons state (map dbr:counts-state state-status-counts))
				     (map dbr:counts-state state-status-counts)))
				*common:std-states* >))
	 (all-curr-statuses    (common:special-sort  ;; worst -> best
				(delete-duplicates
				 (if (and state status (not (member state *common:dont-roll-up-states*)))
				     (cons status (map dbr:counts-status state-status-counts))
				     (map dbr:counts-status state-status-counts)))
				*common:std-statuses* >))
	 (non-completes        (filter (lambda (x)
					 (not (member x (cons "COMPLETED" *common:dont-roll-up-states*))))
				       all-curr-states))
	 (preq-fails        (filter (lambda (x)
				      (equal? x "PREQ_FAIL"))
				    all-curr-statuses))
	 (num-non-completes (length non-completes))
	 (newstate          (cond
			     ((> running 0)             "RUNNING")            ;; anything running, call the situation running
			     ((> (length preq-fails) 0) "NOT_STARTED")
			     ((> bad-not-started 0)     "COMPLETED")          ;; we have an ugly situation, it is completed in the sense we cannot do more.
			     ((> num-non-completes 0)   (car non-completes))  ;;  (remove (lambda (x)(equal? "COMPLETED" x)) all-curr-states))) ;; only rollup DELETED if all DELETED
			     (else                      (car all-curr-states))))
	 (newstatus         (cond
			     ((> (length preq-fails) 0)  "PREQ_FAIL")
			     ((or (> bad-not-started 0)
				  (and (equal? newstate "NOT_STARTED")
				       (> num-non-completes 0)))
			      "STARTED")
			     (else (car all-curr-statuses)))))
    (debug:print-info 2 *default-log-port*
		      "\n--> probe db:set-state-status-and-roll-up-items: "
		      "\n--> state-status-counts: "(map dbr:counts->alist state-status-counts)
		      "\n--> running:             "running
		      "\n--> bad-not-started:     "bad-not-started
		      "\n--> non-non-completes:   "num-non-completes
		      "\n--> non-completes:       "non-completes
		      "\n--> all-curr-states:     "all-curr-states
                                         "\n--> all-curr-statuses:     "all-curr-statuses
                                         "\n--> newstate              "newstate
                                         "\n--> newstatus            "newstatus
                                         "\n\n")

                        ;; NB// Pass the db so it is part of the transaction
         (list newstate newstatus)))
    ;; NB// Pass the db so it is part of the transaction
    (list newstate newstatus)))

(define (db:set-state-status-and-roll-up-run dbstruct run-id curr-state curr-status)
    (mutex-lock! *db-transaction-mutex*)
    ;; (mutex-lock! *db-transaction-mutex*)
    (db:with-db
     dbstruct #f #f
     (lambda (db)
       (let ((tr-res
              (sqlite3:with-transaction
               db
               (lambda ()
                   (let* ((state-status-counts  (db:get-all-state-status-counts-for-run dbstruct run-id))
													(state-stauses (db:roll-up-rules state-status-counts #f #f ))
                          (newstate (car state-stauses))
                          (newstatus (cadr state-stauses))) 
			  (state-statuses        (db:roll-up-rules state-status-counts #f #f ))
                          (newstate             (if (null? state-statuses)
						    curr-state
						    (car state-statuses)))
			  (newstatus            (if (null? state-statuses)
						    curr-status
						    (cadr state-statuses))))
                    (if (or (not (eq? newstate curr-state)) (not (eq?  newstatus curr-status)))
                   (db:set-run-state-status dbstruct run-id newstate newstatus )))))))
         (mutex-unlock! *db-transaction-mutex*)
         ;; (mutex-unlock! *db-transaction-mutex*)
         tr-res))))


(define (db:get-all-state-status-counts-for-run dbstruct run-id)
 (let* ((test-count-recs (db:with-db
                                  dbstruct #f #f
                                  (lambda (db)

         (nonmatch-countrec-lambda (lambda (countrec) (not (match-countrec-lambda countrec))))
         
         (unrelated-rec-list   
          (filter nonmatch-countrec-lambda other-items-count-recs)))
    
    (cons updated-count-rec unrelated-rec-list)))

;; full count not including toplevel
;;
(define (db:get-all-state-status-counts-for-testname dbstruct run-id test-name)
  (let* ((test-count-recs (db:with-db
			   dbstruct #f #f
			   (lambda (db)
			     (sqlite3:map-row
			      (lambda (state status count)
				(make-dbr:counts state: state status: status count: count))
			      db
			      "SELECT state,status,count(id) FROM tests WHERE run_id=? AND testname=? AND item_path != '' GROUP BY state,status;"
                                     run-id test-name)))))
    test-count-recs))


;; full count not including toplevel
;;
(define (db:get-all-state-status-counts-for-testname dbstruct run-id test-name)
  (let* ((test-count-recs (db:with-db
			   dbstruct #f #f
			   (lambda (db)
			     (sqlite3:map-row
			      (lambda (state status count)
				(make-dbr:counts state: state status: status count: count))
			      db
			      "SELECT state,status,count(id) FROM tests WHERE run_id=? AND testname=? AND item_path != '' GROUP BY state,status;"
                                     run-id test-name)))))
    test-count-recs))


;; (define (db:get-all-item-states db run-id test-name)
;;   (sqlite3:map-row 
;;    (lambda (a) a)
;;    db
;;    "SELECT DISTINCT state FROM tests WHERE item_path != '' AND state != 'DELETED' AND run_id=? AND testname=?"
;;    run-id test-name))

;; 100% COMPLETED/ (PASS,FAIL,ABORT etc.) ==> COMPLETED / X where X is same as itemized rollup
;; > 3 RUNNING with not test_dead do nothing (run should already be RUNNING/ na
;; > 0 RUNNING and test_dead then send KILLREQ ==> COMPLETED
;; 0 RUNNING ==> this is actually the first condition, should not get here

(define (launch:end-of-run-check run-id )
    (let* ((not-completed-cnt (rmt:get-not-completed-cnt run-id))  
           (running-cnt (rmt:get-count-tests-running-for-run-id run-id #f)) ;; fastmode=no
           (running-cnt (rmt:get-count-tests-running-for-run-id run-id)) ;; fastmode=no
           (all-test-launched (rmt:get-var (conc "lunch-complete-" run-id)))
           (current-state (rmt:get-run-state run-id))
           (current-status (rmt:get-run-status run-id)))
     ;;get-vars run-id to query metadata table to check if all completed. if all-test-launched = yes then only not-completed-cnt = 0 means everyting is completed if no entry found in the table do nothing 
     (debug:print 0 *default-log-port* "Running test cnt :" running-cnt)                      
     (rmt:set-state-status-and-roll-up-run  run-id current-state current-status)
     (runs:update-junit-test-reporter-xml run-id) 

	   (map (lambda (run-id)
		  (rmt:send-receive 'test-get-paths-matching-keynames-target-new run-id (list run-id keynames target res testpatt statepatt statuspatt runname)))
	   run-ids))))

(define (rmt:get-prereqs-not-met run-id waitons ref-test-name ref-item-path #!key (mode '(normal))(itemmaps #f))
  (rmt:send-receive 'get-prereqs-not-met run-id (list run-id waitons ref-test-name ref-item-path mode itemmaps)))

(define (rmt:get-count-tests-running-for-run-id run-id fastmode)
  (rmt:send-receive 'get-count-tests-running-for-run-id run-id (list run-id fastmode)))
(define (rmt:get-count-tests-running-for-run-id run-id)
  (rmt:send-receive 'get-count-tests-running-for-run-id run-id (list run-id)))

(define (rmt:get-not-completed-cnt run-id)
  (rmt:send-receive 'get-not-completed-cnt run-id (list run-id)))


;; Statistical queries

(define (rmt:get-count-tests-running run-id fastmode)
  (rmt:send-receive 'get-count-tests-running run-id (list run-id fastmode)))
(define (rmt:get-count-tests-running run-id)
  (rmt:send-receive 'get-count-tests-running run-id (list run-id)))

(define (rmt:get-count-tests-running-for-testname run-id testname)
  (rmt:send-receive 'get-count-tests-running-for-testname run-id (list run-id testname)))

(define (rmt:get-count-tests-running-in-jobgroup run-id jobgroup)
  (rmt:send-receive 'get-count-tests-running-in-jobgroup run-id (list run-id jobgroup)))

  ;; Take advantage of a good place to exit if running the one-pass methodology
  (if (and (> (runs:dat-can-run-more-tests-count runsdat) 20)
	   (args:get-arg "-one-pass"))
      (exit 0))

  (if (runs:dat-load-mgmt-function runsdat)((runs:dat-load-mgmt-function runsdat)))

  (let* ((num-running             (rmt:get-count-tests-running run-id #f)) ;; fastmode=no
  (let* ((num-running             (rmt:get-count-tests-running run-id))
	 (num-running-in-jobgroup (rmt:get-count-tests-running-in-jobgroup run-id jobgroup))
	 (job-group-limit         (let ((jobg-count (configf:lookup *configdat* "jobgroups" jobgroup)))
				    (if (string? jobg-count)
					(string->number jobg-count)
					jobg-count))))
    (if (> (+ num-running num-running-in-jobgroup) 0)
	(runs:inc-can-run-more-tests-count runsdat)) ;; (set! *runs:can-run-more-tests-count* (+ *runs:can-run-more-tests-count* 1)))

				       ))
				   extras)
				  extras)
				'())))
	     (waitons     (delete-duplicates (append (tests:testqueue-get-waitons test-record) extra-waits) equal?))
	     (newtal      (append tal (list hed)))
	     (regfull     (>= (length reg) reglen))
	     (num-running (rmt:get-count-tests-running-for-run-id run-id #t)) ;; fastmode=yes
	     (num-running (rmt:get-count-tests-running-for-run-id run-id))
	     (testdat     (make-runs:testdat
			   hed: hed
			   tal: tal
			   reg: reg
			   reruns: reruns
			   test-record: test-record
			   test-name:   test-name
			   item-path:   item-path
			   jobgroup:    jobgroup
			   waitons:     waitons
			   testmode:    testmode
			   newtal:      newtal
			   itemmaps:    itemmaps
			   ;; prereqs-not-met: prereqs-not-met
			   )))
	(thread-sleep! 0.2) ;; no point in blasting though this a thousand times a second
	(runs:dat-regfull-set! runsdat regfull)
    
	(if (> num-running 0)
            (set! last-time-some-running (current-seconds)))

        (if (> (current-seconds)(+ last-time-some-running (or (configf:lookup *configdat* "setup" "give-up-waiting") 36000)))
            (hash-table-set! *max-tries-hash* tfullname (+ (hash-table-ref/default *max-tries-hash* tfullname 0) 1)))

    (rmt:set-var (conc "lunch-complete-" run-id) "yes")  
        
    ;; now *if* -run-wait we wait for all tests to be done
    ;; Now wait for any RUNNING tests to complete (if in run-wait mode)
    ;; (if (runs:dat-load-mgmt-function runsdat)((runs:dat-load-mgmt-function runsdat)))
    (thread-sleep! 10) ;; I think there is a race condition here. Let states/statuses settle
    
    (let wait-loop ((num-running      (rmt:get-count-tests-running-for-run-id run-id #t)) ;; fastmode=yes
    (let wait-loop ((num-running      (rmt:get-count-tests-running-for-run-id run-id))
		    (prev-num-running 0))
      ;; (debug:print-info 13 *default-log-port* "num-running=" num-running ", prev-num-running=" prev-num-running)
      (if (and (or (args:get-arg "-run-wait")
		   (equal? (configf:lookup *configdat* "setup" "run-wait") "yes"))
	       (> num-running 0))
	  (begin
	    ;; Here we mark any old defunct tests as incomplete. Do this every fifteen minutes
	    ;; (debug:print 0 *default-log-port* "Got here eh! num-running=" num-running " (> num-running 0) " (> num-running 0))
	    (if (> (current-seconds)(+ last-time-incomplete 900))
		(let ((actual-num-running (rmt:get-count-tests-running-for-run-id run-id #f))) ;; fastmode=no
		(let ((actual-num-running (rmt:get-count-tests-running-for-run-id run-id)))
		  (debug:print-info 0 *default-log-port* "Marking stuck tests as INCOMPLETE while waiting for run " run-id
				    ". Running as pid " (current-process-id) " on " (get-host-name))
		  (set! last-time-incomplete (current-seconds)) ;; FIXME, this might be causing slow down - use of set!
		  (rmt:find-and-mark-incomplete run-id #f)
		  (debug:print-info 0 *default-log-port* "run-wait specified, waiting on " actual-num-running
				    " tests in RUNNING, REMOTEHOSTSTART or LAUNCHED state at "
				    (time->string (seconds->local-time (current-seconds))))))
	    ;; (if (runs:dat-load-mgmt-function runsdat)((runs:dat-load-mgmt-function runsdat)))
	    (thread-sleep! 5) ;; (if (>= num-running max-concurrent-jobs) 5 1))
	    (wait-loop (rmt:get-count-tests-running-for-run-id run-id #t) ;; fastmode=yes
	    (wait-loop (rmt:get-count-tests-running-for-run-id run-id)
		       num-running))))
    ;; LET* ((test-record
    ;; we get here on "drop through". All done!
    ;; this is moved to runs:run-testes since this function is getting called twice to ensure everthing is completed. 
    ;; (debug:print-info 0 *default-log-port* "Calling Post Hook")    
    ;; (runs:run-post-hook run-id)
    (debug:print-info 1 *default-log-port* "All tests launched")))