;;======================================================================
;; Copyright 2017, Matthew Welland.
;;
;; This file is part of Megatest.
;;
;; Megatest is free software: you can redistribute it and/or modify
;; it under the terms of the GNU General Public License as published by
;; the Free Software Foundation, either version 3 of the License, or
;; (at your option) any later version.
;;
;; Megatest is distributed in the hope that it will be useful,
;; but WITHOUT ANY WARRANTY; without even the implied warranty of
;; MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
;; GNU General Public License for more details.
;;
;; You should have received a copy of the GNU General Public License
;; along with Megatest. If not, see <http://www.gnu.org/licenses/>.
;;======================================================================
(declare (unit tasksmod))
(declare (uses debugprint))
(declare (uses commonmod))
(declare (uses configfmod))
(declare (uses mtargs))
;; (declare (uses mtver))
;; (declare (uses csv-xml))
;; (declare (uses keysmod))
;; (declare (uses mtmod))
(declare (uses dbmod))
(declare (uses pgdb))
;; (declare (uses rmtmod))
(module tasksmod
*
(import scheme
(prefix sqlite3 sqlite3:)
chicken.base
chicken.condition
chicken.file
chicken.file.posix
chicken.format
chicken.io
chicken.pathname
chicken.port
chicken.pretty-print
chicken.process
chicken.process-context
chicken.process-context.posix
chicken.sort
chicken.string
chicken.time
chicken.time.posix
(prefix base64 base64:)
;; csv-xml
directory-utils
matchable
regex
s11n
srfi-1
srfi-13
srfi-18
srfi-69
stack
system-information
typed-records
z3
(prefix mtargs args:)
commonmod
configfmod
debugprint
;; keysmod
;; mtmod
;; mtver
dbmod
pgdb
)
;; strftime('%m/%d/%Y %H:%M:%S','now','localtime')
;; (use sqlite3 srfi-1 posix regex regex-case srfi-69 dot-locking format)
;; (import (prefix sqlite3 sqlite3:))
;;
;; (declare (unit tasks))
;; (declare (uses db))
;; (declare (uses rmt))
;; (declare (uses common))
;; (declare (uses pgdb))
;; (import pgdb) ;; pgdb is a module
(include "task_records.scm")
;; (include "db_records.scm")
;;======================================================================
;; Tasks db
;;======================================================================
;; wait up to aprox n seconds for a journal to go away
;;
(define (tasks:wait-on-journal path n #!key (remove #f)(waiting-msg #f))
(if (not (string? path))
(debug:print-error 0 *default-log-port* "Called tasks:wait-on-journal with path=" path " (not a string)")
(let ((fullpath (conc path "-journal")))
(handle-exceptions
exn
(begin
(print-call-chain (current-error-port))
(debug:print 0 *default-log-port* " message: " ((condition-property-accessor 'exn 'message) exn))
(debug:print 5 *default-log-port* " exn=" (condition->list exn))
(debug:print 0 *default-log-port* "tasks:wait-on-journal failed. Continuing on, you can ignore this call-chain")
#t) ;; if stuff goes wrong just allow it to move on
(let loop ((journal-exists (common:file-exists? fullpath))
(count n)) ;; wait ten times ...
(if journal-exists
(begin
(if (and waiting-msg
(eq? (modulo n 30) 0))
(debug:print 0 *default-log-port* waiting-msg))
(if (> count 0)
(begin
(thread-sleep! 1)
(loop (common:file-exists? fullpath)
(- count 1)))
(begin
(debug:print 0 *default-log-port* "ERROR: removing the journal file " fullpath ", this is not good. Look for disk full, write access and other issues.")
(if remove (system (conc "rm -rf " fullpath)))
#f)))
#t))))))
(define (tasks:get-task-db-path)
(let ((dbdir (or (configf:lookup *configdat* "setup" "monitordir")
(configf:lookup *configdat* "setup" "dbdir")
(conc (common:get-linktree) "/.db"))))
(handle-exceptions
exn
(begin
(debug:print-error 0 *default-log-port* "Couldn't create path to " dbdir ", exn=" exn)
(exit 1))
(if (not (directory? dbdir))(create-directory dbdir #t)))
dbdir))
;; If file exists AND
;; file readable
;; ==> open it
;; If file exists AND
;; file NOT readable
;; ==> open in-mem version
;; If file NOT exists
;; ==> open in-mem version
;;
(define (tasks:open-db #!key (numretries 4))
(if (bdat-task-db *bdat*)
(bdat-task-db *bdat*)
(handle-exceptions
exn
(if (> numretries 0)
(begin
(print-call-chain (current-error-port))
(debug:print 0 *default-log-port* " message: " ((condition-property-accessor 'exn 'message) exn))
(debug:print 5 *default-log-port* " exn=" (condition->list exn))
(thread-sleep! 1)
(tasks:open-db numretries (- numretries 1)))
(begin
(print-call-chain (current-error-port))
(debug:print 0 *default-log-port* " message: " ((condition-property-accessor 'exn 'message) exn))
(debug:print 5 *default-log-port* " exn=" (condition->list exn))))
(let* ((dbpath (common:get-db-tmp-area )) ;; (tasks:get-task-db-path))
(dbfile (conc dbpath "/monitor.db"))
(avail (tasks:wait-on-journal dbpath 10)) ;; wait up to about 10 seconds for the journal to go away
(exists (common:file-exists? dbpath))
(write-access (file-writable? dbpath))
(mdb (cond ;; what the hek is *toppath* doing here?
((and (string? *toppath*)(file-writable? *toppath*))
(sqlite3:open-database dbfile))
((file-readable? dbpath) (sqlite3:open-database dbfile))
(else (sqlite3:open-database ":memory:")))) ;; (never-give-up-open-db dbpath))
(handler (sqlite3:make-busy-timeout 36000)))
(if (and exists
(not write-access))
(set! *db-write-access* write-access)) ;; only unset so other db's also can use this control
(sqlite3:set-busy-handler! mdb handler)
(db:set-sync mdb) ;; (sqlite3:execute mdb (conc "PRAGMA synchronous = 0;"))
;; (if (or (and (not exists)
;; (file-writable? *toppath*))
;; (not (file-readable? dbpath)))
;; (begin
;;
;; TASKS QUEUE MOVED TO main.db
;;
;; (sqlite3:execute mdb "CREATE TABLE IF NOT EXISTS tasks_queue (id INTEGER PRIMARY KEY,
;; action TEXT DEFAULT '',
;; owner TEXT,
;; state TEXT DEFAULT 'new',
;; target TEXT DEFAULT '',
;; name TEXT DEFAULT '',
;; testpatt TEXT DEFAULT '',
;; keylock TEXT,
;; params TEXT,
;; creation_time TIMESTAMP,
;; execution_time TIMESTAMP);")
(sqlite3:execute mdb "CREATE TABLE IF NOT EXISTS monitors (id INTEGER PRIMARY KEY,
pid INTEGER,
start_time TIMESTAMP,
last_update TIMESTAMP,
hostname TEXT,
username TEXT,
CONSTRAINT monitors_constraint UNIQUE (pid,hostname));")
(sqlite3:execute mdb "CREATE TABLE IF NOT EXISTS servers (id INTEGER PRIMARY KEY,
pid INTEGER,
interface TEXT,
hostname TEXT,
port INTEGER,
pubport INTEGER,
start_time TIMESTAMP,
priority INTEGER,
state TEXT,
mt_version TEXT,
heartbeat TIMESTAMP,
transport TEXT,
run_id INTEGER);")
;; CONSTRAINT servers_constraint UNIQUE (pid,hostname,port));")
(sqlite3:execute mdb "CREATE TABLE IF NOT EXISTS clients (id INTEGER PRIMARY KEY,
server_id INTEGER,
pid INTEGER,
hostname TEXT,
cmdline TEXT,
login_time TIMESTAMP,
logout_time TIMESTAMP DEFAULT -1,
CONSTRAINT clients_constraint UNIQUE (pid,hostname));")
;))
(bdat-task-db-set! *bdat* (cons mdb dbpath))
(bdat-task-db *bdat*)))))
;;======================================================================
;; Server and client management
;;======================================================================
;; make-vector-record tasks hostinfo id interface port pubport transport pid hostname
(define (tasks:hostinfo-get-id vec) (vector-ref vec 0))
(define (tasks:hostinfo-get-interface vec) (vector-ref vec 1))
(define (tasks:hostinfo-get-port vec) (vector-ref vec 2))
(define (tasks:hostinfo-get-pubport vec) (vector-ref vec 3))
(define (tasks:hostinfo-get-transport vec) (vector-ref vec 4))
(define (tasks:hostinfo-get-pid vec) (vector-ref vec 5))
(define (tasks:hostinfo-get-hostname vec) (vector-ref vec 6))
(define (tasks:need-server run-id)
(equal? (configf:lookup *configdat* "server" "required") "yes"))
;;======================================================================
;; M O N I T O R S
;;======================================================================
(define (tasks:remove-monitor-record mdb)
(sqlite3:execute mdb "DELETE FROM monitors WHERE pid=? AND hostname=?;"
(current-process-id)
(get-host-name)))
(define (tasks:get-monitors mdb)
(let ((res '()))
(sqlite3:for-each-row
(lambda (a . rem)
(set! res (cons (apply vector a rem) res)))
mdb
"SELECT id,pid,strftime('%m/%d/%Y %H:%M',datetime(start_time,'unixepoch'),'localtime'),strftime('%m/%d/%Y %H:%M:%S',datetime(last_update,'unixepoch'),'localtime'),hostname,username FROM monitors ORDER BY last_update ASC;")
(reverse res)
))
(define (tasks:monitors->text-table monitors)
(let ((fmtstr "~4a~8a~20a~20a~10a~10a"))
(conc (format #f fmtstr "id" "pid" "start time" "last update" "hostname" "user") "\n"
(string-intersperse
(map (lambda (monitor)
(format #f fmtstr
(tasks:monitor-get-id monitor)
(tasks:monitor-get-pid monitor)
(tasks:monitor-get-start_time monitor)
(tasks:monitor-get-last_update monitor)
(tasks:monitor-get-hostname monitor)
(tasks:monitor-get-username monitor)))
monitors)
"\n"))))
;; update the last_update field with the current time and
;; if any monitors appear dead, remove them
(define (tasks:monitors-update mdb)
(sqlite3:execute mdb "UPDATE monitors SET last_update=strftime('%s','now') WHERE pid=? AND hostname=?;"
(current-process-id)
(get-host-name))
(let ((deadlist '()))
(sqlite3:for-each-row
(lambda (id pid host last-update delta)
(print "Going to delete stale record for monitor with pid " pid " on host " host " last updated " delta " seconds ago")
(set! deadlist (cons id deadlist)))
mdb
"SELECT id,pid,hostname,last_update,strftime('%s','now')-last_update AS delta FROM monitors WHERE delta > 700;")
(sqlite3:execute mdb (conc "DELETE FROM monitors WHERE id IN ('" (string-intersperse (map conc deadlist) "','") "');")))
)
(define (tasks:register-monitor db port)
(let* ((pid (current-process-id))
(hostname (get-host-name))
(userinfo (user-information (current-user-id)))
(username (car userinfo)))
(print "Register monitor, pid: " pid ", hostname: " hostname ", port: " port ", username: " username)
(sqlite3:execute db "INSERT INTO monitors (pid,start_time,last_update,hostname,username) VALUES (?,strftime('%s','now'),strftime('%s','now'),?,?);"
pid hostname username)))
(define (tasks:get-num-alive-monitors mdb)
(let ((res 0))
(sqlite3:for-each-row
(lambda (count)
(set! res count))
mdb
"SELECT count(id) FROM monitors WHERE last_update < (strftime('%s','now') - 300) AND username=?;"
(car (user-information (current-user-id))))
res))
;;
#;(define (tasks:start-monitor db mdb)
(if (> (tasks:get-num-alive-monitors mdb) 2) ;; have two running, no need for more
(debug:print-info 1 *default-log-port* "Not starting monitor, already have more than two running")
(let* ((megatestdb (conc *toppath* "/megatest.db"))
(monitordbf (conc (common:get-db-tmp-area) "/monitor.db"))
(last-db-update 0)) ;; (file-modification-time megatestdb)))
(task:register-monitor mdb)
(let loop ((count 0)
(next-touch 0)) ;; next-touch is the time where we need to update last_update
;; if the db has been modified we'd best look at the task queue
(let ((modtime (file-modification-time megatestdbpath )))
(if (> modtime last-db-update)
(tasks:process-queue db)) ;; BROKEN. mdb last-db-update megatestdb next-touch))
;; WARNING: Possible race conditon here!!
;; should this update be immediately after the task-get-action call above?
(if (> (current-seconds) next-touch)
(begin
(tasks:monitors-update mdb)
(loop (+ count 1)(+ (current-seconds) 240)))
(loop (+ count 1) next-touch)))))))
;;======================================================================
;; T A S K S Q U E U E
;;
;; NOTE:: These operate on task_queue which is in main.db
;;
;;======================================================================
;; NOTE: It might be good to add one more layer of checking to ensure
;; that no task gets run in parallel.
;; id INTEGER PRIMARY KEY,
;; action TEXT DEFAULT '',
;; owner TEXT,
;; state TEXT DEFAULT 'new',
;; target TEXT DEFAULT '',
;; name TEXT DEFAULT '',
;; testpatt TEXT DEFAULT '',
;; keylock TEXT,
;; params TEXT,
;; creation_time TIMESTAMP DEFAULT (strftime('%s','now')),
;; execution_time TIMESTAMP);
;; register a task
(define (tasks:add dbstruct action owner target runname testpatt params)
(db:with-db
dbstruct #f #t
(lambda (db)
(sqlite3:execute db "INSERT INTO tasks_queue (action,owner,state,target,name,testpatt,params,creation_time,execution_time)
VALUES (?,?,'new',?,?,?,?,strftime('%s','now'),0);"
action
owner
target
runname
testpatt
(if params params "")))))
(define (keys:key-vals-hash->target keys key-params)
(let ((tmp (hash-table-ref/default key-params (vector-ref (car keys) 0) "")))
(if (> (length keys) 1)
(for-each (lambda (key)
(set! tmp (conc tmp "/" (hash-table-ref/default key-params (vector-ref key 0) ""))))
(cdr keys)))
tmp))
;; for use from the gui, not ported
;;
;; (define (tasks:add-from-params mdb action keys key-params var-params)
;; (let ((target (keys:key-vals-hash->target keys key-params))
;; (owner (car (user-information (current-user-id))))
;; (runname (hash-table-ref/default var-params "runname" #f))
;; (testpatts (hash-table-ref/default var-params "testpatts" "%"))
;; (params (hash-table-ref/default var-params "params" "")))
;; (tasks:add mdb action owner target runname testpatts params)))
;; return one task from those who are 'new' OR 'waiting' AND more than 10sec old
;;
(define (tasks:snag-a-task dbstruct)
(let ((res #f)
(keytxt (conc (current-process-id) "-" (get-host-name) "-" (car (user-information (current-user-id))))))
(db:with-db
dbstruct #f #t
(lambda (db)
;; first randomly set a new to pid-hostname-hostname
(sqlite3:execute
db
"UPDATE tasks_queue SET keylock=? WHERE id IN
(SELECT id FROM tasks_queue
WHERE state='new' OR
(state='waiting' AND (strftime('%s','now')-execution_time) > 10) OR
state='reset'
ORDER BY RANDOM() LIMIT 1);" keytxt)
(sqlite3:for-each-row
(lambda (id . rem)
(set! res (apply vector id rem)))
db
"SELECT id,action,owner,state,target,name,test,item,params,creation_time,execution_time FROM tasks_queue WHERE keylock=? ORDER BY execution_time ASC LIMIT 1;" keytxt)
(if res ;; yep, have work to be done
(begin
(sqlite3:execute db "UPDATE tasks_queue SET state='inprogress',execution_time=strftime('%s','now') WHERE id=?;"
(tasks:task-get-id res))
res)
#f)))))
(define (tasks:reset-stuck-tasks dbstruct)
(let ((res '()))
(db:with-db
dbstruct #f #t
(lambda (db)
(sqlite3:for-each-row
(lambda (id delta)
(set! res (cons id res)))
db
"SELECT id,strftime('%s','now')-execution_time AS delta FROM tasks_queue WHERE state='inprogress' AND delta>700 ORDER BY delta DESC LIMIT 2;")
(sqlite3:execute
db
(conc "UPDATE tasks_queue SET state='reset' WHERE id IN ('" (string-intersperse (map conc res) "','") "');")
)))))
;; return all tasks in the tasks_queue table
;;
(define (tasks:get-tasks dbstruct types states)
(let ((res '()))
(db:with-db
dbstruct #f #f
(lambda (db)
(sqlite3:for-each-row
(lambda (id . rem)
(set! res (cons (apply vector id rem) res)))
db
(conc "SELECT id,action,owner,state,target,name,test,item,params,creation_time,execution_time
FROM tasks_queue "
;; WHERE
;; state IN " statesstr " AND
;; action IN " actionsstr
" ORDER BY creation_time DESC;"))
res))))
(define (tasks:get-last dbstruct target runname)
(let ((res #f))
(db:with-db
dbstruct #f #f
(lambda (db)
(sqlite3:for-each-row
(lambda (id . rem)
(set! res (apply vector id rem)))
db
(conc "SELECT id,action,owner,state,target,name,testpatt,keylock,params,creation_time,execution_time
FROM tasks_queue
WHERE
target = ? AND name =?
ORDER BY creation_time DESC LIMIT 1;")
target runname)
res))))
;; remove tasks given by a string of numbers comma separated
(define (tasks:remove-queue-entries dbstruct task-ids)
(db:with-db
dbstruct #f #t
(lambda (db)
(sqlite3:execute db (conc "DELETE FROM tasks_queue WHERE id IN (" task-ids ");")))))
(define (tasks:process-queue dbstruct)
(let* ((task (tasks:snag-a-task dbstruct))
(action (if task (tasks:task-get-action task) #f)))
(if action (print "tasks:process-queue task: " task))
(if action
(case (string->symbol action)
;; ((run) (tasks:start-run dbstruct task))
;; ((remove) (tasks:remove-runs dbstruct task))
;; ((lock) (tasks:lock-runs dbstruct task))
;; ((monitor) (tasks:start-monitor db task))
#;((rollup) (tasks:rollup-runs dbstruct task))
#;((updatemeta)(tasks:update-meta dbstruct task))
#;((kill) (tasks:kill-monitors dbstruct task))
(else (debug:print 0 *default-log-port* "tasks:process-queue called "action" but it is not implemented."))))))
(define (tasks:tasks->text tasks)
(let ((fmtstr "~10a~10a~10a~12a~20a~12a~12a~10a"))
(conc (format #f fmtstr "id" "action" "owner" "state" "target" "runname" "testpatts" "params") "\n"
(string-intersperse
(map (lambda (task)
(format #f fmtstr
(tasks:task-get-id task)
(tasks:task-get-action task)
(tasks:task-get-owner task)
(tasks:task-get-state task)
(tasks:task-get-target task)
(tasks:task-get-name task)
(tasks:task-get-testpatt task)
;; (tasks:task-get-item task)
(tasks:task-get-params task)))
tasks) "\n"))))
(define (tasks:set-state dbstruct task-id state)
(db:with-db
dbstruct #f #t
(lambda (db)
(sqlite3:execute db "UPDATE tasks_queue SET state=? WHERE id=?;"
state
task-id))))
;;======================================================================
;; Access using task key (stored in params; (hash-table->alist flags) hostname pid
;;======================================================================
(define (tasks:param-key->id dbstruct task-params)
(db:with-db
dbstruct #f #f
(lambda (db)
(handle-exceptions
exn
#f
(sqlite3:first-result db "SELECT id FROM tasks_queue WHERE params LIKE ?;"
task-params)))))
(define (tasks:set-state-given-param-key dbstruct param-key new-state)
(db:with-db
dbstruct #f #t
(lambda (db)
(sqlite3:execute db "UPDATE tasks_queue SET state=? WHERE params LIKE ?;" new-state param-key))))
(define (tasks:get-records-given-param-key dbstruct param-key state-patt action-patt test-patt)
(db:with-db
dbstruct #f #f
(lambda (db)
(handle-exceptions
exn
'()
(sqlite3:first-row db "SELECT id,action,owner,state,target,name,testpatt,keylock,params WHERE
params LIKE ? AND state LIKE ? AND action LIKE ? AND testpatt LIKE ?;"
param-key state-patt action-patt test-patt)))))
(define (tasks:find-task-queue-records dbstruct target run-name test-patt state-patt action-patt)
;; (handle-exceptions
;; exn
;; '()
;; (sqlite3:first-row
(let ((db (db:get-inmem dbstruct #f)) ;; put tasks stuff in main.db
(res '()))
(sqlite3:for-each-row
(lambda (a . b)
(set! res (cons (cons a b) res)))
db "SELECT id,action,owner,state,target,name,testpatt,keylock,params FROM tasks_queue
WHERE
target = ? AND name = ? AND state LIKE ? AND action LIKE ? AND testpatt LIKE ?;"
target run-name state-patt action-patt test-patt)
res)) ;; )
;; (define (tasks:start-run dbstruct mdb task)
;; (let ((flags (make-hash-table)))
;; (hash-table-set! flags "-rerun" "NOT_STARTED")
;; (if (not (string=? (tasks:task-get-params task) ""))
;; (hash-table-set! flags "-setvars" (tasks:task-get-params task)))
;; (print "Starting run " task)
;; ;; sillyness, just call the damn routine with the task vector and be done with it. FIXME SOMEDAY
;; (runs:run-tests db
;; (tasks:task-get-target task)
;; (tasks:task-get-name task)
;; (tasks:task-get-test task)
;; (tasks:task-get-item task)
;; (tasks:task-get-owner task)
;; flags)
;; (tasks:set-state mdb (tasks:task-get-id task) "waiting")))
;;
;; (define (tasks:rollup-runs db mdb task)
;; (let* ((flags (make-hash-table))
;; (keys (db:get-keys db))
;; (keyvals (keys:target-keyval keys (tasks:task-get-target task))))
;; ;; (hash-table-set! flags "-rerun" "NOT_STARTED")
;; (print "Starting rollup " task)
;; ;; sillyness, just call the damn routine with the task vector and be done with it. FIXME SOMEDAY
;; (runs:rollup-run db
;; keys
;; keyvals
;; (tasks:task-get-name task)
;; (tasks:task-get-owner task))
;; (tasks:set-state mdb (tasks:task-get-id task) "waiting")))
;;======================================================================
;; S Y N C T O P O S T G R E S Q L
;;======================================================================
;; In the spirit of "dump your junk in the tasks module" I'll put the
;; sync to postgres here for now.
;; attempt to automatically set up an area. call only if get area by path
;; returns naught of interest
;;
(define (tasks:set-area dbh configdat #!key (toppath #f)) ;; could I safely put *toppath* in for the default for toppath? when would it be evaluated?
(let loop ((area-name (or (configf:lookup configdat "setup" "area-name")
(common:get-area-name)))
(modifier 'none))
(let ((success (handle-exceptions
exn
(begin
(debug:print 0 *default-log-port* "ERROR: cannot create area entry, " ((condition-property-accessor 'exn 'message) exn))
#f) ;; FIXME: I don't care for now but I should look at *why* there was an exception
(pgdb:add-area dbh area-name (or toppath *toppath*)))))
(or success
(case modifier
((none)(loop (conc (current-user-name) "_" area-name) 'user))
((user)(loop (conc (substring (common:get-area-path-signature) 0 4)
area-name) 'areasig))
(else #f)))))) ;; give up
(define (task:print-runtime run-times saperator)
(for-each
(lambda (run-time-info)
(let* ((run-name (vector-ref run-time-info 0))
(run-time (vector-ref run-time-info 1))
(target (vector-ref run-time-info 2)))
(print target saperator run-name saperator run-time )))
run-times))
(define (task:print-runtime-as-json run-times)
(let loop ((run-time-info (car run-times))
(rema (cdr run-times))
(str ""))
(let* ((run-name (vector-ref run-time-info 0))
(run-time (vector-ref run-time-info 1))
(target (vector-ref run-time-info 2)))
;(print (not (equal? str "")))
(if (not (equal? str ""))
(set! str (conc str ",")))
(if (null? rema)
(print "[" str "{target:" target ",run-name:" run-name ", run-time:" run-time "}]")
(loop (car rema) (cdr rema) (conc str "{target:" target ", run-name:" run-name ", run-time:" run-time "}"))))))
(define (task:print-testtime test-times saperator)
(for-each
(lambda (test-time-info)
(let* ((test-name (vector-ref test-time-info 0))
(test-time (vector-ref test-time-info 2))
(test-item (if (eq? (string-length (vector-ref test-time-info 1)) 0)
"N/A"
(vector-ref test-time-info 1))))
(print test-name saperator test-item saperator test-time )))
test-times))
(define (task:print-testtime-as-json test-times)
(let loop ((test-time-info (car test-times))
(rema (cdr test-times))
(str ""))
(let* ((test-name (vector-ref test-time-info 0))
(test-time (vector-ref test-time-info 2))
(item (vector-ref test-time-info 1)))
;(print (not (equal? str "")))
(if (not (equal? str ""))
(set! str (conc str ",")))
(if (null? rema)
(print "[" str "{test-name:" test-name ", item-path:" item ", test-time:" test-time "}]")
(loop (car rema) (cdr rema) (conc str "{test-name:" test-name ", item-path:" item ", test-time:" test-time "}"))))))
(define (task:add-run-tag dbh run-id tag)
(let* ((tag-info (pgdb:get-tag-info-by-name dbh tag)))
(if (not tag-info)
(begin
(if (handle-exceptions
exn
(begin
(debug:print-info 1 *default-log-port* ((condition-property-accessor 'exn 'message) exn))
#f)
(pgdb:insert-tag dbh tag))
(set! tag-info (pgdb:get-tag-info-by-name dbh tag))
#f)))
;;add to area_tags
(handle-exceptions
exn
(begin
(debug:print-info 1 *default-log-port* ((condition-property-accessor 'exn 'message) exn))
#f)
(if (not (pgdb:is-run-taged-with-a-tag dbh (vector-ref tag-info 0) run-id))
(pgdb:insert-run-tag dbh (vector-ref tag-info 0) run-id)))))
(define (task:add-area-tag dbh area-info tag)
(let* ((tag-info (pgdb:get-tag-info-by-name dbh tag)))
(if (not tag-info)
(begin
(if (handle-exceptions
exn
(begin
(debug:print-info 1 *default-log-port* ((condition-property-accessor 'exn 'message) exn))
#f)
(pgdb:insert-tag dbh tag))
(set! tag-info (pgdb:get-tag-info-by-name dbh tag))
#f)))
;;add to area_tags
(handle-exceptions
exn
(begin
(debug:print-info 1 *default-log-port* ((condition-property-accessor 'exn 'message) exn))
#f)
(if (not (pgdb:is-area-taged-with-a-tag dbh (vector-ref tag-info 0) (vector-ref area-info 0)))
(pgdb:insert-area-tag dbh (vector-ref tag-info 0) (vector-ref area-info 0))))))
)