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Differences From Artifact [3c8c0eb1a6]:

To Artifact [a0af280a11]:


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	  data-structures
	  extras
	  matchable)
  
(import (prefix sqlite3 sqlite3:)
	posix typed-records srfi-18 srfi-1
	srfi-69

	stack
	files
	ports

	commonmod
	)








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	  data-structures
	  extras
	  matchable)
  
(import (prefix sqlite3 sqlite3:)
	posix typed-records srfi-18 srfi-1
	srfi-69
        srfi-19
	stack
	files
	ports

	commonmod
	)

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;;
(define (db:lock-and-delta-sync no-sync-db dbstruct from-db-file runid keys dbinit)
  (assert (not *db-sync-in-progress*) "FATAL: db:lock-and-sync called while a sync is in progress.")
  ;; (dbfile:print-err *default-log-port* "db:lock-and-delta-sync")
  (let* ((lock-file (conc from-db-file ".lock")))
    (if (common:simple-file-lock lock-file)
	(begin
	  (dbfile:print-err "INFO: db:lock-and-delta-sync copying db "runid" at "(current-seconds))
	  (set! *db-sync-in-progress* #t)
	  (db:sync-touched dbstruct runid keys dbinit)
	  (set! *db-sync-in-progress* #f)
	  (delete-file* lock-file)
	  #t)
        (begin
          (dbfile:print-err "INFO: could not get lock for " from-db-file ", sync likely in progress.")
	  #f
	  ))))

;; ;; Get a lock from the no-sync-db for the from-db, then delta sync the from-db to the to-db, otherwise return #f
;; ;;
;; (define (db:lock-and-delta-sync-orig no-sync-db dbstruct from-db-file runid keys dbinit)
;;   (assert (not *db-sync-in-progress*) "FATAL: db:lock-and-sync called while a sync is in progress.")







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;;
(define (db:lock-and-delta-sync no-sync-db dbstruct from-db-file runid keys dbinit)
  (assert (not *db-sync-in-progress*) "FATAL: db:lock-and-sync called while a sync is in progress.")
  ;; (dbfile:print-err *default-log-port* "db:lock-and-delta-sync")
  (let* ((lock-file (conc from-db-file ".lock")))
    (if (common:simple-file-lock lock-file)
	(begin
	  (dbfile:print-err "INFO: db:lock-and-delta-sync copying db " from-db-file ".db at "(date->string (seconds->date (current-seconds))))
	  (set! *db-sync-in-progress* #t)
	  (db:sync-touched dbstruct runid keys dbinit)
	  (set! *db-sync-in-progress* #f)
	  (delete-file* lock-file)
	  #t)
        (begin
          (dbfile:print-err "INFO: could not get lock for " from-db-file ".db, sync likely in progress.")
	  #f
	  ))))

;; ;; Get a lock from the no-sync-db for the from-db, then delta sync the from-db to the to-db, otherwise return #f
;; ;;
;; (define (db:lock-and-delta-sync-orig no-sync-db dbstruct from-db-file runid keys dbinit)
;;   (assert (not *db-sync-in-progress*) "FATAL: db:lock-and-sync called while a sync is in progress.")
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         (tmpdbfile (dbr:subdb-tmpdbfile subdb))
	 (mtdb      (dbr:subdb-mtdbdat subdb))
         (tmpdb     (db:open-db dbstruct run-id dbinit)) ;; sqlite3-db tmpdbfile #f))
	 (start-t   (current-seconds)))
    (mutex-lock! *db-multi-sync-mutex*)
    (let ((update_info (cons "last_update" (if force-sync 0 *db-last-sync*) )))
      (mutex-unlock! *db-multi-sync-mutex*)

      (db:sync-tables (db:sync-all-tables-list dbstruct keys) update_info tmpdb mtdb))
    (mutex-lock! *db-multi-sync-mutex*)
    (set! *db-last-sync* start-t)
    (set! *db-last-access* start-t)
    (mutex-unlock! *db-multi-sync-mutex*)
    (dbfile:add-dbdat dbstruct run-id tmpdb)
  #t))







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         (tmpdbfile (dbr:subdb-tmpdbfile subdb))
	 (mtdb      (dbr:subdb-mtdbdat subdb))
         (tmpdb     (db:open-db dbstruct run-id dbinit)) ;; sqlite3-db tmpdbfile #f))
	 (start-t   (current-seconds)))
    (mutex-lock! *db-multi-sync-mutex*)
    (let ((update_info (cons "last_update" (if force-sync 0 *db-last-sync*) )))
      (mutex-unlock! *db-multi-sync-mutex*)
      (dbfile:print-err "db:sync-touched: calling db:sync-tables with last_update = "*db-last-sync*)
      (db:sync-tables (db:sync-all-tables-list dbstruct keys) update_info tmpdb mtdb))
    (mutex-lock! *db-multi-sync-mutex*)
    (set! *db-last-sync* start-t)
    (set! *db-last-access* start-t)
    (mutex-unlock! *db-multi-sync-mutex*)
    (dbfile:add-dbdat dbstruct run-id tmpdb)
  #t))
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	   '("tags"           #f)
	   '("jobgroup"       #f)))))

(define (db:sync-all-tables-list dbstruct keys)
  (append (db:sync-main-list dbstruct keys)
	  db:sync-tests-only))



;; tbls is ( ("tablename" ( "field1" [#f|proc1] ) ( "field2" [#f|proc2] ) .... ) )
;; db's are dbdat's
;;
;; if last-update specified ("field-name" . time-in-seconds)
;;    then sync only records where field-name >= time-in-seconds
;;    IFF field-name exists



;;
(define (db:sync-tables tbls last-update fromdb todb . slave-dbs)
  (handle-exceptions
   exn
   (begin
     (dbfile:print-err  "EXCEPTION: database probably overloaded or unreadable in db:sync-tables.")
     (print-call-chain (current-error-port))







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	   '("tags"           #f)
	   '("jobgroup"       #f)))))

(define (db:sync-all-tables-list dbstruct keys)
  (append (db:sync-main-list dbstruct keys)
	  db:sync-tests-only))


;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
;; tbls is ( ("tablename" ( "field1" [#f|proc1] ) ( "field2" [#f|proc2] ) .... ) )
;; db's are dbdat's
;;
;; if last-update specified ("field-name" . time-in-seconds)
;;    then sync only records where field-name >= time-in-seconds
;;    IFF field-name exists
;;slave-dbs are an optional list of other dbs to sync to.
;;I only see this used in one place, in db:tmp->megatest.db-sync, with refndb, which is now obsolete.
;;TODO: resolve the above issue.
;;
(define (db:sync-tables tbls last-update fromdb todb . slave-dbs)
  (handle-exceptions
   exn
   (begin
     (dbfile:print-err  "EXCEPTION: database probably overloaded or unreadable in db:sync-tables.")
     (print-call-chain (current-error-port))
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		   (if #t ;; (not (db:repair-db dbdat))
		       (begin
			 (dbfile:print-err "Failed to rebuild (repair is turned off) " dbpath ", exiting now.")
			 (exit)))))
	       (cons todb slave-dbs))
     
     0)

   ;; this is the work to be done")
   (cond
    ((not fromdb) (dbfile:print-err  "WARNING: db:sync-tables called with fromdb missing")
     -1)
    ((not todb)   (dbfile:print-err  "WARNING: db:sync-tables called with todb missing")
     -2)
    ((not (sqlite3:database? (dbr:dbdat-dbh fromdb)))
     (dbfile:print-err "db:sync-tables called with fromdb not a database " fromdb)
   -3)
    ((not (sqlite3:database? (dbr:dbdat-dbh todb)))
     (dbfile:print-err "db:sync-tables called with todb not a database " todb)
   -4)

    ((not (file-write-access? (dbr:dbdat-dbfile todb)))
     (dbfile:print-err "db:sync-tables called with todb not a read-only database " todb)
     -5)

    ((not (null? (let ((readonly-slave-dbs
                        (filter
                         (lambda (dbdat)
                           (not (file-write-access? (dbr:dbdat-dbfile todb))))
                         slave-dbs)))
                   (for-each
                    (lambda (bad-dbdat)
                      (dbfile:print-err "db:sync-tables called with todb not a read-only database " bad-dbdat))
                    readonly-slave-dbs)
                   readonly-slave-dbs))) -6)


    (else
     ;; (dbfile:print-err "db:sync-tables: args are good")

     (let ((stmts       (make-hash-table)) ;; table-field => stmt
	   (all-stmts   '())              ;; ( ( stmt1 value1 ) ( stml2 value2 ))
	   (numrecs     (make-hash-table))
	   (start-time  (current-milliseconds))
	   (tot-count   0))
       (for-each ;; table







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		   (if #t ;; (not (db:repair-db dbdat))
		       (begin
			 (dbfile:print-err "Failed to rebuild (repair is turned off) " dbpath ", exiting now.")
			 (exit)))))
	       (cons todb slave-dbs))
     
     0)
   ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;
   ;;  Check fromdb, todb and the slave dbs. 
   (cond
    ((not fromdb) (dbfile:print-err  "WARNING: db:sync-tables called with fromdb missing")
     -1)
    ((not todb)   (dbfile:print-err  "WARNING: db:sync-tables called with todb missing")
     -2)
    ((not (sqlite3:database? (dbr:dbdat-dbh fromdb)))
     (dbfile:print-err "db:sync-tables called with fromdb not a database " fromdb)
   -3)
    ((not (sqlite3:database? (dbr:dbdat-dbh todb)))
     (dbfile:print-err "db:sync-tables called with todb not a database " todb)
   -4)

    ((not (file-write-access? (dbr:dbdat-dbfile todb)))
     (dbfile:print-err "db:sync-tables called with todb not a read-only database " todb)
     -5)
    ;; Make sure the optional slave dbs are not readonly.
    ((not (null? (let ((readonly-slave-dbs
                        (filter
                         (lambda (dbdat)
                           (not (file-write-access? (dbr:dbdat-dbfile todb))))
                         slave-dbs)))
                   (for-each
                    (lambda (bad-dbdat)
                      (dbfile:print-err "db:sync-tables called with todb not a read-only database " bad-dbdat))
                    readonly-slave-dbs)
                   readonly-slave-dbs))) -6)
    ;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;;

    (else
     ;; args are good")

     (let ((stmts       (make-hash-table)) ;; table-field => stmt
	   (all-stmts   '())              ;; ( ( stmt1 value1 ) ( stml2 value2 ))
	   (numrecs     (make-hash-table))
	   (start-time  (current-milliseconds))
	   (tot-count   0))
       (for-each ;; table
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                 (if (member "last_update" field-names)
                    (db:create-trigger db tablename))))
	     (append (list todb) slave-dbs)
           )
          )
        )
	tbls)


       (let* ((runtime      (- (current-milliseconds) start-time))
	      (should-print (or ;; (debug:debug-mode 12)
				(common:low-noise-print 120 "db sync" (> runtime 500))))) ;; low and high sync times treated as separate.
	 (for-each 
	  (lambda (dat)
	    (let ((tblname (car dat))
		  (count   (cdr dat)))







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                 (if (member "last_update" field-names)
                    (db:create-trigger db tablename))))
	     (append (list todb) slave-dbs)
           )
          )
        )
	tbls)


       (let* ((runtime      (- (current-milliseconds) start-time))
	      (should-print (or ;; (debug:debug-mode 12)
				(common:low-noise-print 120 "db sync" (> runtime 500))))) ;; low and high sync times treated as separate.
	 (for-each 
	  (lambda (dat)
	    (let ((tblname (car dat))
		  (count   (cdr dat)))