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(file-write-access? fullname)))))
(db (if (or already-exists write-access)
(open-database fullname)
(begin
(print "FATAL: No existing db and no write access thus cannot create " fullname) ;; no db and no write access cannot proceed.
(exit 1))))
(dbconn (make-dbconn-dat)))
(set-busy-handler! db (busy-timeout 30000)) ;; set a busy timeout
(exec (sql db "PRAGMA synchronous=0;"))
(if (and init write-access (not already-exists))
(init db))
(dbconn-dat-dbh-set! dbconn db)
(dbconn-dat-writeable-set! dbconn write-access)
(dbconn-dat-path-set! dbconn path)
(dbconn-dat-name-set! dbconn fname)
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(file-write-access? fullname)))))
(db (if (or already-exists write-access)
(open-database fullname)
(begin
(print "FATAL: No existing db and no write access thus cannot create " fullname) ;; no db and no write access cannot proceed.
(exit 1))))
(dbconn (make-dbconn-dat)))
(set-busy-handler! db (busy-timeout 120000)) ;; set a busy timeout
(exec (sql db "PRAGMA synchronous=0;"))
(if (and init write-access (not already-exists))
(init db))
(dbconn-dat-dbh-set! dbconn db)
(dbconn-dat-writeable-set! dbconn write-access)
(dbconn-dat-path-set! dbconn path)
(dbconn-dat-name-set! dbconn fname)
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run-id test-name))
;; get a test id
(define (get-test-id dbconn run-id test-name)
(first-column (query fetch (sql (get-db dbconn) "SELECT id FROM tests WHERE run_id=? AND test_name=?;")
run-id test-name)))
;; get the data for given test-id
(define (test-get-record dbconn test-id)
(let* ((row (query fetch-row (sql (get-db dbconn) "SELECT id,run-id,test_name,state,status FROM tests WHERE test_id=?;")
test-id)))
status: (list-ref row 4))))
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run-id test-name))
;; get a test id
(define (get-test-id dbconn run-id test-name)
(first-column (query fetch (sql (get-db dbconn) "SELECT id FROM tests WHERE run_id=? AND test_name=?;")
run-id test-name)))
(define-inline (test-row->test-dat row)
(make-test-dat
id: (list-ref row 0)
run-id: (list-ref row 1)
test-name: (list-ref row 2)
state: (list-ref row 3)
status: (list-ref row 4)))
;; get the data for given test-id
(define (test-get-record dbconn test-id)
(let* ((row (query fetch-row (sql (get-db dbconn) "SELECT id,run_id,test_name,state,status FROM tests WHERE test_id=?;")
test-id)))
(test-row->test-dat row)))
;; get a bunch of tests data
(define (test-get-tests dbconn run-ids test-name-patt)
(let* ((rows (query fetch-rows
(sql (get-db dbconn)
(conc "SELECT id,run_id,test_name,state,status FROM tests WHERE test_name LIKE ? AND run_id IN ("
(string-intersperse (map conc run-ids) ",") ");"))
test-name-patt)))
(map test-row->test-dat rows)))
(define (test-set-state-status dbconn test-id new-state new-status)
(exec (sql (get-db dbconn) "UPDATE tests SET state=?,status=?,end_time=? WHERE id=?;")
new-state new-status (current-seconds) test-id))
;; STEPS
;; create a step
(define (create-step dbconn test-id step-name)
(exec (sql (get-db dbconn) "INSERT INTO steps (test_id,step_name,state,status) VALUES (?,?,'NOT_STARTED','na');")
test-id step-name))
;; get a step id
(define (get-step-id dbconn test-id step-name)
(first-column (query fetch (sql (get-db dbconn) "SELECT id FROM steps WHERE test_id=? AND step_name=?;")
test-id step-name)))
(define (step-set-state-status dbconn step-id new-state new-status)
(exec (sql (get-db dbconn) "UPDATE steps SET state=?,status=? WHERE id=?;")
new-state new-status step-id))
;;======================================================================
;; Statistics gathering
;;======================================================================
(define *stats* (make-hash-table))
(define (update-stats key duration)
(let ((rec (or (hash-table-ref/default *stats* key #f)
(let ((new (vector 0 0 0)))
(hash-table-set! *stats* key new)
new))))
(vector-set! rec 0 (+ (vector-ref rec 0) 1)) ;; num calls
(vector-set! rec 1 (+ (vector-ref rec 1) duration)) ;; total duration
(if (> duration (vector-ref rec 2) )
(vector-set! rec 2 duration))))
(define (statwrap name proc)
(lambda params
(let ((start-time (current-milliseconds))
(res (apply proc params)))
(update-stats name (- (current-milliseconds) start-time))
res)))
(define (print-stats statdat)
(hash-table-for-each
statdat
(lambda (key val)
(print key " count: " (vector-ref val 0) " avg: " (/ (vector-ref val 1)(vector-ref val 0)) " max: " (vector-ref val 2)))))
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