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(declare (unit db))
(declare (uses common))
(declare (uses keys))
(declare (uses ods))
(declare (uses fs-transport))
(declare (uses client))
(declare (uses mt))
(declare (uses filedb))
(include "common_records.scm")
(include "db_records.scm")
(include "key_records.scm")
(include "run_records.scm")
;; timestamp type (val1 val2 ...)
;; type: meta-info, step
(define *incoming-writes* '())
(define *completed-writes* (make-hash-table))
(define *incoming-last-time* (current-seconds))
(define *incoming-mutex* (make-mutex))
(define *completed-mutex* (make-mutex))
(define *cache-on* #f)
(define (db:set-sync db)
(let* ((syncval (config-lookup *configdat* "setup" "synchronous"))
(val (cond ;; 0 | OFF | 1 | NORMAL | 2 | FULL;
(define (db:get-path dbstruct id)
(let ((fdb (db:get-filedb dbstruct)))
(filedb:get-path db id)))
;;======================================================================
;; U S E F I L E D B T O S T O R E S T R I N G S
;;
;; N O T E ! ! T H I S C L O B B E R S M U L T I P L E //// T O /
;;
;; Replace with something proper!
;;
;;======================================================================
((not syncval) #f)
((string->number syncval)
(let ((val (string->number syncval)))
(if (member val '(0 1 2)) val #f)))
((string-match (regexp "yes" #t) syncval) 1)
((string-match (regexp "no" #t) syncval) 0)
((string-match (regexp "(off|normal|full)" #t) syncval) syncval)
(else
(debug:print 0 "ERROR: synchronous must be 0,1,2,OFF,NORMAL or FULL, you provided: " syncval)
#f))))
(if val
(begin
(debug:print-info 9 "db:set-sync, setting pragma synchronous to " val)
(sqlite3:execute db (conc "PRAGMA synchronous = '" val "';"))))))
(define (open-db) ;; (conc *toppath* "/megatest.db") (car *configinfo*)))
(define (open-db dbstruct run-id) ;; (conc *toppath* "/megatest.db") (car *configinfo*)))
(if (not *toppath*)
(if (not (setup-for-run))
(begin
(debug:print 0 "ERROR: Attempted to open db when not in megatest area. Exiting.")
(exit))))
(let* ((dbpath (if run-id
(conc *toppath* "/db/" run-id ".db")
(let ((dbdir (conc *toppath* "/db"))) ;; use this opportunity to create our db dir
(if (not (directory-exists? dbdir))
(create-direcory dbdir))
(let* ((dbpath (conc *toppath* "/megatest.db")) ;; fname)
(dbexists (file-exists? dbpath))
(db (sqlite3:open-database dbpath)) ;; (never-give-up-open-db dbpath))
(handler (make-busy-timeout (if (args:get-arg "-override-timeout")
(string->number (args:get-arg "-override-timeout"))
136000)))) ;; 136000))) ;; 136000 = 2.2 minutes
(db (sqlite3:open-database dbpath)) ;; (never-give-up-open-db dbpath))
(handler (make-busy-timeout (if (args:get-arg "-override-timeout")
(string->number (args:get-arg "-override-timeout"))
136000)))) ;; 136000))) ;; 136000 = 2.2 minutes
(if (and dbexists
(not write-access))
(set! *db-write-access* write-access)) ;; only unset so other db's also can use this control
(debug:print-info 11 "open-db, dbpath=" dbpath " argv=" (argv))
(sqlite3:set-busy-handler! db handler)
(if (not dbexists)
(if (not run-id) ;; do the megatest.db
(db:initialize db))
(db:set-sync db)
(db:initialize-megatest-db db)
(db:initialize-run-id-db db run-id)))
(sqlite3:execute db "PRAGMA synchronous = 0;")
db))
;; close all opened run-id dbs
(define (db:close-all-db)
(for-each
(lambda (db)
(finalize! db))
(hash-table-values (vector-ref *open-dbs* 1)))
(finalize! (vector-ref *open-dbs* 0)))
;; keeping it around for debugging purposes only
(define (open-run-close-no-exception-handling proc idb . params)
(debug:print-info 11 "open-run-close-no-exception-handling START given a db=" (if idb "yes " "no ") ", params=" params)
(let* ((db (if idb
(if (procedure? idb)
(idb)
idb)
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(debug:print 0 " " ((condition-property-accessor 'exn 'message) exn))
(print-call-chain)
(thread-sleep! (random 120))
(debug:print-info 0 "trying db call one more time....")
(apply open-run-close-no-exception-handling proc idb params))
(apply open-run-close-no-exception-handling proc idb params)))
;; (define open-run-close open-run-close-exception-handling)
(define open-run-close open-run-close-no-exception-handling)
;; (define open-run-close
(define open-run-close (if (debug:debug-mode 2)
(define *global-delta* 0)
(define *last-global-delta-printed* 0)
(define (open-run-close-measure proc idb . params)
(debug:print-info 11 "open-run-close-measure START, idb=" idb ", params=" params)
(let* ((start-ms (current-milliseconds))
(db (if idb idb (open-db)))
(throttle (string->number (config-lookup *configdat* "setup" "throttle"))))
;; (db:set-sync db)
(set! res (apply proc db params))
(if (not idb)(sqlite3:finalize! db))
;; scale by 10, average with current value.
(set! *global-delta* (/ (+ *global-delta* (* (- (current-milliseconds) start-ms)
(if throttle throttle 0.01)))
2))
(if (> (abs (- *last-global-delta-printed* *global-delta*)) 0.08) ;; don't print all the time, only if it changes a bit
(begin
(debug:print-info 1 "launch throttle factor=" *global-delta*)
(set! *last-global-delta-printed* *global-delta*)))
(debug:print-info 11 "open-run-close-measure END" )
res))
(define (db:initialize db)
(define (db:initialize-megatest-db db)
(debug:print-info 11 "db:initialize START")
(keys (keys:config-get-fields configdat))
(keys (keys:configq-get-fields configdat))
(havekeys (> (length keys) 0))
(keystr (keys->keystr keys))
(fieldstr (keys->key/field keys)))
(for-each (lambda (key)
(let ((keyn key))
(if (member (string-downcase keyn)
(list "runname" "state" "status" "owner" "event_time" "comment" "fail_count"
"pass_count"))
(begin
(print "ERROR: your key cannot be named " keyn " as this conflicts with the same named field in the runs table")
(system (conc "rm -f " dbpath))
(exit 1)))))
keys)
;; (sqlite3:execute db "PRAGMA synchronous = OFF;")
(db:set-sync db)
(sqlite3:execute db (conc "CREATE INDEX runs_index ON runs (runname" (if havekeys "," "") keystr ");"))
(sqlite3:execute db
"CREATE TABLE IF NOT EXISTS tests
(id INTEGER PRIMARY KEY,
run_id INTEGER,
testname TEXT,
host TEXT DEFAULT 'n/a',
cpuload REAL DEFAULT -1,
diskfree INTEGER DEFAULT -1,
uname TEXT DEFAULT 'n/a',
rundir TEXT DEFAULT 'n/a',
shortdir TEXT DEFAULT '',
item_path TEXT DEFAULT '',
state TEXT DEFAULT 'NOT_STARTED',
status TEXT DEFAULT 'FAIL',
attemptnum INTEGER DEFAULT 0,
final_logf TEXT DEFAULT 'logs/final.log',
logdat BLOB,
run_duration INTEGER DEFAULT 0,
comment TEXT DEFAULT '',
event_time TIMESTAMP,
fail_count INTEGER DEFAULT 0,
pass_count INTEGER DEFAULT 0,
archived INTEGER DEFAULT 0, -- 0=no, 1=in progress, 2=yes
CONSTRAINT testsconstraint UNIQUE (run_id, testname, item_path)
);")
(sqlite3:execute db "CREATE INDEX tests_index ON tests (run_id, testname, item_path);")
(sqlite3:execute db "CREATE VIEW runs_tests AS SELECT * FROM runs INNER JOIN tests ON runs.id=tests.run_id;")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS test_steps
(id INTEGER PRIMARY KEY,
test_id INTEGER,
stepname TEXT,
state TEXT DEFAULT 'NOT_STARTED',
status TEXT DEFAULT 'n/a',
event_time TIMESTAMP,
comment TEXT DEFAULT '',
logfile TEXT DEFAULT '',
CONSTRAINT test_steps_constraint UNIQUE (test_id,stepname,state));")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS extradat (id INTEGER PRIMARY KEY, run_id INTEGER, key TEXT, val TEXT);")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS metadat (id INTEGER PRIMARY KEY, var TEXT, val TEXT,
CONSTRAINT metadat_constraint UNIQUE (var));")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS access_log (id INTEGER PRIMARY KEY, user TEXT, accessed TIMESTAMP, args TEXT);")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS test_meta (id INTEGER PRIMARY KEY,
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS test_data (id INTEGER PRIMARY KEY,
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS metadat (id INTEGER PRIMARY KEY, var TEXT, val TEXT,
test_id INTEGER,
category TEXT DEFAULT '',
variable TEXT,
value REAL,
expected REAL,
tol REAL,
units TEXT,
comment TEXT DEFAULT '',
status TEXT DEFAULT 'n/a',
type TEXT DEFAULT '',
CONSTRAINT test_data_constraint UNIQUE (test_id,category,variable));")
(debug:print-info 11 "db:initialize END")
(debug:print-info 11 "db:initialize END")))
))
;; T E S T S P E C I F I C D B
;; R U N S P E C I F I C D B
;;======================================================================
;; Create the sqlite db for the individual test(s)
(define (open-test-db work-area)
(debug:print-info 11 "open-test-db " work-area)
(if (and work-area
(directory? work-area)
(file-read-access? work-area))
(let* ((dbpath (conc work-area "/testdat.db"))
(dbexists (file-exists? dbpath))
(handler (make-busy-timeout (if (args:get-arg "-override-timeout")
(string->number (args:get-arg "-override-timeout"))
136000))))
(handle-exceptions
exn
(begin
(debug:print 2 "ERROR: problem accessing test db " work-area ", you probably should clean and re-run this test"
((condition-property-accessor 'exn 'message) exn))
(set! db (sqlite3:open-database ":memory:"))) ;; open an in-memory db to allow readonly access
(set! db (sqlite3:open-database dbpath)))
(sqlite3:set-busy-handler! db handler)
(if (not dbexists)
(begin
(sqlite3:execute db "PRAGMA synchronous = FULL;")
(debug:print-info 11 "Initialized test database " dbpath)
(db:testdb-initialize db)))
;; (sqlite3:execute db "PRAGMA synchronous = 0;")
(debug:print-info 11 "open-test-db END (sucessful)" work-area)
;; now let's test that everything is correct
(handle-exceptions
exn
(begin
(debug:print 0 "ERROR: problem accessing test db " work-area ", you probably should clean and re-run this test"
((condition-property-accessor 'exn 'message) exn))
#f)
;; Is there a cheaper single line operation that will check for existance of a table
;; and raise an exception ?
(sqlite3:execute db "SELECT id FROM test_data LIMIT 1;"))
db)
(begin
(debug:print-info 11 "open-test-db END (unsucessful)" work-area)
#f)))
;; find and open the testdat.db file for an existing test
(define (db:open-test-db-by-test-id db test-id #!key (work-area #f))
(let* ((test-path (if work-area
work-area
(cdb:remote-run db:test-get-rundir-from-test-id db test-id))))
(debug:print 3 "TEST PATH: " test-path)
(open-test-db test-path)))
(define (db:testdb-initialize db)
(debug:print 11 "db:testdb-initialize START")
(for-each
(lambda (sqlcmd)
(sqlite3:execute db sqlcmd))
(list "CREATE TABLE IF NOT EXISTS test_rundat (
id INTEGER PRIMARY KEY,
update_time TIMESTAMP,
cpuload INTEGER DEFAULT -1,
diskfree INTEGER DEFAULT -1,
diskusage INTGER DEFAULT -1,
run_duration INTEGER DEFAULT 0);"
"CREATE TABLE IF NOT EXISTS test_data (
id INTEGER PRIMARY KEY,
test_id INTEGER,
category TEXT DEFAULT '',
variable TEXT,
value REAL,
expected REAL,
tol REAL,
units TEXT,
comment TEXT DEFAULT '',
status TEXT DEFAULT 'n/a',
type TEXT DEFAULT '',
CONSTRAINT test_data_constraint UNIQUE (test_id,category,variable));"
"CREATE TABLE IF NOT EXISTS test_steps (
id INTEGER PRIMARY KEY,
test_id INTEGER,
stepname TEXT,
state TEXT DEFAULT 'NOT_STARTED',
status TEXT DEFAULT 'n/a',
event_time TIMESTAMP,
comment TEXT DEFAULT '',
logfile TEXT DEFAULT '',
CONSTRAINT test_steps_constraint UNIQUE (test_id,stepname,state));"
;; test_meta can be used for handing commands to the test
;; e.g. KILLREQ
;; the ackstate is set to 1 once the command has been completed
"CREATE TABLE IF NOT EXISTS test_meta (
id INTEGER PRIMARY KEY,
var TEXT,
val TEXT,
ackstate INTEGER DEFAULT 0,
CONSTRAINT metadat_constraint UNIQUE (var));"))
(debug:print 11 "db:testdb-initialize END"))
|
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(begin
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS log (id INTEGER PRIMARY KEY,event_time TIMESTAMP DEFAULT (strftime('%s','now')),logline TEXT,pwd TEXT,cmdline TEXT,pid INTEGER);")
(sqlite3:execute db (conc "PRAGMA synchronous = 0;"))))
db))
(define (db:log-local-event . loglst)
(let ((logline (apply conc loglst)))
;; (pwd (current-directory))
;; (cmdline (string-intersperse (argv) " "))
;; (pid (current-process-id)))
;; TODO:
;; put deltas into an assoc list with version numbers
;; apply all from last to current
;; D B U T I L S
;;======================================================================
;;======================================================================
;; M A I N T E N A N C E
;;======================================================================
(define (patch-db db)
(handle-exceptions
exn
(begin
(print "Exception: " exn)
(print "ERROR: Possible out of date schema, attempting to add table metadata...")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS metadat (id INTEGER, var TEXT, val TEXT,
CONSTRAINT metadat_constraint UNIQUE (var));")
(if (not (db:get-var db "MEGATEST_VERSION"))
(db:set-var db "MEGATEST_VERSION" 1.17)))
(let ((mver (db:get-var db "MEGATEST_VERSION"))
(test-meta-def "CREATE TABLE IF NOT EXISTS test_meta (id INTEGER PRIMARY KEY,
testname TEXT DEFAULT '',
author TEXT DEFAULT '',
owner TEXT DEFAULT '',
description TEXT DEFAULT '',
reviewed TIMESTAMP,
iterated TEXT DEFAULT '',
avg_runtime REAL,
avg_disk REAL,
tags TEXT DEFAULT '',
CONSTRAINT test_meta_constraint UNIQUE (testname));"))
(print "Current schema version: " mver " current megatest version: " megatest-version)
(cond
((not mver)
(print "Adding megatest-version to metadata") ;; Need to recreate the table
(sqlite3:execute db "DROP TABLE IF EXISTS metadat;")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS metadat (id INTEGER, var TEXT, val TEXT,
CONSTRAINT metadat_constraint UNIQUE (var));")
(db:set-var db "MEGATEST_VERSION" 1.17)
(patch-db))
((< mver 1.21)
(sqlite3:execute db "DROP TABLE IF EXISTS metadat;")
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS metadat (id INTEGER, var TEXT, val TEXT,
CONSTRAINT metadat_constraint UNIQUE (var));")
(db:set-var db "MEGATEST_VERSION" 1.21) ;; set before, just in case the changes are already applied
(sqlite3:execute db test-meta-def)
;(for-each
; (lambda (stmt)
; (sqlite3:execute db stmt))
; (list
; "ALTER TABLE tests ADD COLUMN first_err TEXT;"
; "ALTER TABLE tests ADD COLUMN first_warn TEXT;"
; ))
(patch-db))
((< mver 1.24)
(db:set-var db "MEGATEST_VERSION" 1.24)
(sqlite3:execute db "DROP TABLE IF EXISTS test_data;")
(sqlite3:execute db "DROP TABLE IF EXISTS test_meta;")
(sqlite3:execute db test-meta-def)
(sqlite3:execute db "CREATE TABLE IF NOT EXISTS test_data (id INTEGER PRIMARY KEY,
test_id INTEGER,
category TEXT DEFAULT '',
variable TEXT,
value REAL,
expected REAL,
tol REAL,
units TEXT,
comment TEXT DEFAULT '',
status TEXT DEFAULT 'n/a',
CONSTRAINT test_data UNIQUE (test_id,category,variable));")
(print "WARNING: Table test_data and test_meta were recreated. Please do megatest -update-meta")
(patch-db))
((< mver 1.27)
(db:set-var db "MEGATEST_VERSION" 1.27)
(sqlite3:execute db "ALTER TABLE test_data ADD COLUMN type TEXT DEFAULT '';")
(patch-db))
((< mver 1.29)
(db:set-var db "MEGATEST_VERSION" 1.29)
(sqlite3:execute db "ALTER TABLE test_steps ADD COLUMN logfile TEXT DEFAULT '';")
(sqlite3:execute db "ALTER TABLE tests ADD COLUMN shortdir TEXT DEFAULT '';"))
((< mver 1.36)
(db:set-var db "MEGATEST_VERSION" 1.36)
(sqlite3:execute db "ALTER TABLE test_meta ADD COLUMN jobgroup TEXT DEFAULT 'default';"))
((< mver 1.37)
(db:set-var db "MEGATEST_VERSION" 1.37)
(sqlite3:execute db "ALTER TABLE tests ADD COLUMN archived INTEGER DEFAULT 0;"))
((< mver megatest-version)
(db:set-var db "MEGATEST_VERSION" megatest-version))))))
(define (db:clean-up db)
(let ((count-stmt (sqlite3:prepare db "SELECT (SELECT count(id) FROM tests)+(SELECT count(id) FROM runs);"))
(statements
(map (lambda (stmt)
(sqlite3:prepare db stmt))
(list
;; delete all tests that belong to runs that are 'deleted'
"DELETE FROM tests WHERE run_id in (SELECT id FROM runs WHERE state='deleted');"
;; delete all tests that are 'DELETED'
"DELETE FROM tests WHERE state='DELETED';"
;; delete all tests that have no run
"DELETE FROM tests WHERE run_id NOT IN (SELECT DISTINCT id FROM runs);"
;; delete all runs that are state='deleted'
"DELETE FROM runs WHERE state='deleted';"
;; delete empty runs
"DELETE FROM runs WHERE id NOT IN (SELECT DISTINCT r.id FROM runs AS r INNER JOIN tests AS t ON t.run_id=r.id);"
(define (db:clean-up dbstruct)
(debug:print 0 "ERROR: db clean up not ported yet")
(let* ((db (db:get-db dbstruct #f))
(count-stmt (sqlite3:prepare db "SELECT (SELECT count(id) FROM tests)+(SELECT count(id) FROM runs);"))
(statements
(map (lambda (stmt)
(sqlite3:prepare db stmt))
(list
;; delete all tests that belong to runs that are 'deleted'
"DELETE FROM tests WHERE run_id in (SELECT id FROM runs WHERE state='deleted');"
;; delete all tests that are 'DELETED'
"DELETE FROM tests WHERE state='DELETED';"
;; delete all tests that have no run
"DELETE FROM tests WHERE run_id NOT IN (SELECT DISTINCT id FROM runs);"
;; delete all runs that are state='deleted'
"DELETE FROM runs WHERE state='deleted';"
;; delete empty runs
"DELETE FROM runs WHERE id NOT IN (SELECT DISTINCT r.id FROM runs AS r INNER JOIN tests AS t ON t.run_id=r.id);"
))))
(sqlite3:with-transaction
db
(lambda ()
(sqlite3:for-each-row (lambda (tot)
(debug:print-info 0 "Records count before clean: " tot))
count-stmt)
(map sqlite3:execute statements)
(sqlite3:for-each-row (lambda (tot)
(debug:print-info 0 "Records count after clean: " tot))
count-stmt)))
(map sqlite3:finalize! statements)
(sqlite3:finalize! count-stmt)
(db:find-and-mark-incomplete db)
(sqlite3:execute db "VACUUM;")))
;; (define (db:report-junk-records db)
;; meta get and set vars
(define (db:get-var db var)
(define (db:get-var dbstruct var)
(debug:print-info 11 "db:get-var START " var)
db "SELECT val FROM metadat WHERE var=?;" var)
(debug:print-info 11 "db:get-var END " var " val=" res)
(define (db:set-var db var val)
(define (db:set-var dbstruct var val)
(debug:print-info 11 "db:set-var START " var " " val)
(sqlite3:execute db "INSERT OR REPLACE INTO metadat (var,val) VALUES (?,?);" var val)
(debug:print-info 11 "db:set-var END " var " " val))
(define (db:del-var db var)
(define (db:del-var dbstruct var)
(debug:print-info 11 "db:del-var START " var)
(sqlite3:execute db "DELETE FROM metadat WHERE var=?;" var)
(debug:print-info 11 "db:del-var END " var))
(define (db:get-keys db)
(define (db:get-keys dbstruct)
(if *db-keys* *db-keys*
(let ((res '()))
(sqlite3:for-each-row
(lambda (key)
(set! res (cons key res)))
db
(db:get-db dbstruct #f)
"SELECT fieldname FROM keys ORDER BY id DESC;")
(set! *db-keys* res)
res)))
;;
(define (db:get-value-by-header row header field)
(debug:print-info 4 "db:get-value-by-header row: " row " header: " header " field: " field)
(if (null? header) #f
(let loop ((hed (car header))
(tal (cdr header))
(n 0))
(if (equal? hed field)
(vector-ref row n)
(if (null? tal) #f (loop (car tal)(cdr tal)(+ n 1)))))))
;;======================================================================
;; R U N S
;;======================================================================
(define (db:get-run-name-from-id db run-id)
(define (db:get-run-name-from-id dbstruct run-id)
(let ((res #f))
(sqlite3:for-each-row
(lambda (runname)
(set! res runname))
db
(db:get-db dbstruct #f)
"SELECT runname FROM runs WHERE id=?;"
run-id)
res))
(define (db:get-run-key-val db run-id key)
(define (db:get-run-key-val dbstruct run-id key)
(let ((res #f))
(sqlite3:for-each-row
(lambda (val)
(set! res val))
db
(db:get-db dbstruct #f)
(conc "SELECT " key " FROM runs WHERE id=?;")
run-id)
res))
;; keys list to key1,key2,key3 ...
(define (runs:get-std-run-fields keys remfields)
(let* ((header (append keys remfields))
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(if (null? patts)
'("")
patts))
comparator)))
;; register a test run with the db
(define (db:register-run db keyvals runname state status user)
(define (db:register-run dbstruct keyvals runname state status user)
(debug:print 3 "runs:register-run runname: " runname " state: " state " status: " status " user: " user)
(let* ((db (db:get-db dbstruct #f))
(let* ((keys (map car keyvals))
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;; replace header and keystr with a call to runs:get-std-run-fields
;;
;; keypatts: ( (KEY1 "abc%def")(KEY2 "%") )
;; runpatts: patt1,patt2 ...
;;
(define (db:get-runs db runpatt count offset keypatts)
(let* ((res '())
(keys (db:get-keys db))
(define (db:get-runs dbstruct runpatt count offset keypatts)
(let* ((db (db:get-db dbstruct #f))
(res '())
(keys (db:get-keys dbstruct))
(runpattstr (db:patt->like "runname" runpatt))
(remfields (list "id" "runname" "state" "status" "owner" "event_time"))
(header (append keys remfields))
(keystr (conc (keys->keystr keys) ","
(string-intersperse remfields ",")))
(qrystr (conc "SELECT " keystr " FROM runs WHERE (" runpattstr ") " ;; runname LIKE ? "
;; Generate: " AND x LIKE 'keypatt' ..."
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qrystr
)
(debug:print-info 11 "db:get-runs END qrystr: " qrystr " keypatts: " keypatts " offset: " offset " limit: " count)
(vector header res)))
;; Get all targets from the db
;;
(define (db:get-targets db)
(define (db:get-targets dbstruct)
(let* ((res '())
(keys (db:get-keys db))
(keys (db:get-keys dbstruct))
(header keys) ;; (map key:get-fieldname keys))
(keystr (keys->keystr keys))
(qrystr (conc "SELECT " keystr " FROM runs;"))
(seen (make-hash-table)))
(sqlite3:for-each-row
(lambda (a . x)
(let ((targ (cons a x)))
(if (not (hash-table-ref/default seen targ #f))
(begin
(hash-table-set! seen targ #t)
(set! res (cons (apply vector targ) res))))))
db
(db:get-db dbstruct #f)
qrystr)
(debug:print-info 11 "db:get-targets END qrystr: " qrystr )
(vector header res)))
;; just get count of runs
(define (db:get-num-runs db runpatt)
(define (db:get-num-runs dbstruct runpatt)
(let ((numruns 0))
(debug:print-info 11 "db:get-num-runs START " runpatt)
(sqlite3:for-each-row
(lambda (count)
(set! numruns count))
db
(db:get-db dbstruct #f)
"SELECT COUNT(id) FROM runs WHERE runname LIKE ? AND state != 'deleted';" runpatt)
(debug:print-info 11 "db:get-num-runs END " runpatt)
numruns))
;; get some basic run stats
;;
;; ( (runname (( state count ) ... ))
;; ( ...
(define (db:get-run-stats db)
(define (db:get-run-stats dbstruct)
(let ((totals (make-hash-table))
(res '()))
(res '())
(runs-info '()))
;; First get all the runname/run-ids
(sqlite3:for-each-row
(lambda (run-id runname)
(set! runs-info (cons (list runname run-id) runs-info)))
(db:get-db dbstruct #f)
"SELECT id,runname FROM runs;")
;; for each run get stats data
(for-each
(lambda (runname state count)
(let* ((stateparts (string-split state "|"))
(newstate (conc (car stateparts) "\n" (cadr stateparts))))
(hash-table-set! totals newstate (+ (hash-table-ref/default totals newstate 0) count))
(set! res (cons (list runname newstate count) res))))
db
"SELECT runname,t.state||'|'||t.status AS s,count(t.id) FROM runs AS r INNER JOIN tests AS t ON r.id=t.run_id GROUP BY s,runname ORDER BY r.event_time,s DESC;" )
;; (set! res (reverse res))
(for-each (lambda (state)
(set! res (cons (list "Totals" state (hash-table-ref totals state)) res)))
(sort (hash-table-keys totals) string>=))
(lambda (run-info)
(let ((run-name (cadr run-info))
(run-id (car run-info)))
(sqlite3:for-each-row
(lambda (state count)
(let* ((stateparts (string-split state "|"))
(newstate (conc (car stateparts) "\n" (cadr stateparts))))
(hash-table-set! totals newstate (+ (hash-table-ref/default totals newstate 0) count))
(set! res (cons (list runname newstate count) res))))
(db:get-db dbstruct run-id)
"SELECT state||'|'||status AS s,count(id) FROM tests AS t ON ORDER BY s DESC;" )
;; (set! res (reverse res))
(for-each (lambda (state)
(set! res (cons (list "Totals" state (hash-table-ref totals state)) res)))
(sort (hash-table-keys totals) string>=))))
runs-info)
res))
;; db:get-runs-by-patt
;; get runs by list of criteria
;; register a test run with the db
;;
;; Use: (db-get-value-by-header (db:get-header runinfo)(db:get-row runinfo))
;; to extract info from the structure returned
;;
(define (db:get-runs-by-patt db keys runnamepatt targpatt offset limit) ;; test-name)
(define (db:get-runs-by-patt dbstruct keys runnamepatt targpatt offset limit) ;; test-name)
(let* ((tmp (runs:get-std-run-fields keys '("id" "runname" "state" "status" "owner" "event_time")))
(keystr (car tmp))
(header (cadr tmp))
(res '())
(key-patt "")
(runwildtype (if (substring-index "%" runnamepatt) "like" "glob"))
(qry-str #f)
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(if limit (conc " LIMIT " limit) "")
(if offset (conc " OFFSET " offset) "")
";"))
(debug:print-info 4 "runs:get-runs-by-patt qry=" qry-str " " runnamepatt)
(sqlite3:for-each-row
(lambda (a . r)
(set! res (cons (list->vector (cons a r)) res)))
db
(db:get-db dbstruct #f)
qry-str
runnamepatt)
(vector header res)))
;; use (get-value-by-header (db:get-header runinfo)(db:get-row runinfo))
(define (db:get-run-info db run-id)
(define (db:get-run-info dbstruct run-id)
;;(if (hash-table-ref/default *run-info-cache* run-id #f)
;; (hash-table-ref *run-info-cache* run-id)
(let* ((res #f)
(keys (db:get-keys db))
(keys (db:get-keys dbstruct))
(remfields (list "id" "runname" "state" "status" "owner" "event_time"))
(header (append keys remfields))
(keystr (conc (keys->keystr keys) ","
(string-intersperse remfields ","))))
(debug:print-info 11 "db:get-run-info run-id: " run-id " header: " header " keystr: " keystr)
(sqlite3:for-each-row
(lambda (a . x)
(set! res (apply vector a x)))
db
(db:get-db dbstruct #f)
(conc "SELECT " keystr " FROM runs WHERE id=? AND state != 'deleted';")
run-id)
(debug:print-info 11 "db:get-run-info run-id: " run-id " header: " header " keystr: " keystr)
(let ((finalres (vector header res)))
;; (hash-table-set! *run-info-cache* run-id finalres)
finalres)))
(define (db:set-comment-for-run db run-id comment)
(define (db:set-comment-for-run dbstruct run-id comment)
(debug:print-info 11 "db:set-comment-for-run START run-id: " run-id " comment: " comment)
(sqlite3:execute db "UPDATE runs SET comment=? WHERE id=?;" comment run-id)
(debug:print-info 11 "db:set-comment-for-run END run-id: " run-id " comment: " comment))
(define (db:delete-run db run-id)
(common:clear-caches) ;; don't trust caches after doing any deletion
(define (db:delete-run dbstruct run-id)
;; (common:clear-caches) ;; don't trust caches after doing any deletion
;; First set any related tests to DELETED
(let ((db (db:get-db dbstruct run-id)))
(let ((stmt1 (sqlite3:prepare db "UPDATE tests SET state='DELETED',comment='' WHERE run_id=?;"))
(sqlite3:execute db "UPDATE tests SET state='DELETED',comment='';")
(stmt2 (sqlite3:prepare db "UPDATE runs SET state='deleted',comment='' WHERE id=?;")))
(sqlite3:with-transaction
db (lambda ()
(sqlite3:execute stmt1 run-id)
(sqlite3:execute stmt2 run-id)))
(sqlite3:finalize! stmt1)
(sqlite3:finalize! stmt2)))
;; (sqlite3:execute db "DELETE FROM runs WHERE id=?;" run-id))
(define (db:update-run-event_time db run-id)
(define (db:update-run-event_time dbstruct run-id)
(debug:print-info 11 "db:update-run-event_time START run-id: " run-id)
(sqlite3:execute db "UPDATE runs SET event_time=strftime('%s','now') WHERE id=?;" run-id)
(debug:print-info 11 "db:update-run-event_time END run-id: " run-id))
(define (db:lock/unlock-run db run-id lock unlock user)
(define (db:lock/unlock-run dbstruct run-id lock unlock user)
(let ((newlockval (if lock "locked"
(if unlock
"unlocked"
"locked")))) ;; semi-failsafe
(sqlite3:execute db "UPDATE runs SET state=? WHERE id=?;" newlockval run-id)
(sqlite3:execute db "INSERT INTO access_log (user,accessed,args) VALUES(?,strftime('%s','now'),?);"
(sqlite3:execute (db:get-db dbstruct #f) "UPDATE runs SET state=? WHERE id=?;" newlockval run-id)
(sqlite3:execute (db:get-db dbstruct #f) "INSERT INTO access_log (user,accessed,args) VALUES(?,strftime('%s','now'),?);"
user (conc newlockval " " run-id))
(debug:print-info 1 "" newlockval " run number " run-id)))
(define (db:get-all-run-ids dbstruct)
(let ((res '()))
(sqlite3:for-each-row
(lambda (run-id)
(set! res (cons run-id res)))
(db:get-db dbstruct #f)
"SELECT id FROM runs;")
(reverse res)))
(define (db:get-run-ids db)
(let ((res '()))
(sqlite3:for-each-row
(lambda (id)
(set! res (cons id res)))
db
"SELECT id FROM runs;")))
;;======================================================================
;; K E Y S
;;======================================================================
;; get key val pairs for a given run-id
;; ( (FIELDNAME1 keyval1) (FIELDNAME2 keyval2) ... )
(define (db:get-key-val-pairs db run-id)
(let* ((keys (db:get-keys db))
(define (db:get-key-val-pairs dbstruct run-id)
(let* ((keys (db:get-keys dbstruct))
(res '()))
(debug:print-info 11 "db:get-key-val-pairs START keys: " keys " run-id: " run-id)
db qry run-id)))
(db:get-db dbstruct #f) qry run-id)))
keys)
(debug:print-info 11 "db:get-key-val-pairs END keys: " keys " run-id: " run-id)
(define (db:get-key-vals db run-id)
(define (db:get-key-vals dbstruct run-id)
(let ((mykeyvals (hash-table-ref/default *keyvals* run-id #f)))
(if mykeyvals
mykeyvals
(let* ((keys (db:get-keys db))
(if mykeyvals
mykeyvals
(let* ((keys (db:get-keys dbstruct))
(res '()))
(debug:print-info 11 "db:get-key-vals START keys: " keys " run-id: " run-id)
;; (debug:print 0 "qry: " qry)
db qry run-id)))
(db:get-db dbstruct #f) qry run-id)))
keys)
(debug:print-info 11 "db:get-key-vals END keys: " keys " run-id: " run-id)
(let ((final-res (reverse res)))
(hash-table-set! *keyvals* run-id final-res)
final-res)))))
(define (db:get-target db run-id)
(define (db:get-target dbstruct run-id)
(let ((mytarg (hash-table-ref/default *target* run-id #f)))
(if mytarg
mytarg
(let* ((keyvals (db:get-key-vals db run-id))
(let* ((keyvals (db:get-key-vals dbstruct run-id))
(thekey (string-intersperse (map (lambda (x)(if x x "-na-")) keyvals) "/")))
(hash-table-set! *target* run-id thekey)
thekey))))
;;======================================================================
;; T E S T S
;;======================================================================
;; states and statuses are lists, turn them into ("PASS","FAIL"...) and use NOT IN
;; i.e. these lists define what to NOT show.
;; states and statuses are required to be lists, empty is ok
;; not-in #t = above behaviour, #f = must match
(define (db:get-tests-for-run db run-id testpatt states statuses offset limit not-in sort-by sort-order
(define (db:get-tests-for-run dbstruct run-id testpatt states statuses offset limit not-in sort-by sort-order
#!key
(qryvals #f)
)
(let* ((qryvals (if qryvals qryvals "id,run_id,testname,state,status,event_time,host,cpuload,diskfree,uname,rundir,item_path,run_duration,final_logf,comment"))
(res '())
;; if states or statuses are null then assume match all when not-in is false
(states-qry (if (null? states)
|
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|
(states-qry
(conc " AND " states-qry))
(statuses-qry
(conc " AND " statuses-qry))
(else "")))
(tests-match-qry (tests:match->sqlqry testpatt))
(qry (conc "SELECT " qryvals
" FROM tests WHERE run_id=? AND state != 'DELETED' "
" FROM tests WHERE AND state != 'DELETED' "
states-statuses-qry
(if tests-match-qry (conc " AND (" tests-match-qry ") ") "")
(case sort-by
((rundir) " ORDER BY length(rundir) ")
((testname) (conc " ORDER BY testname " (if sort-order (conc sort-order ",") "") " item_path "))
((statestatus) (conc " ORDER BY state " (if sort-order (conc sort-order ",") "") " status "))
((event_time) " ORDER BY event_time ")
(else (if (string? sort-by)
(conc " ORDER BY " sort-by)
"")))
(if sort-order sort-order "")
(if limit (conc " LIMIT " limit) "")
(if offset (conc " OFFSET " offset) "")
";"
)))
(debug:print-info 8 "db:get-tests-for-run qry=" qry)
(sqlite3:for-each-row
(lambda (a . b) ;; id run-id testname state status event-time host cpuload diskfree uname rundir item-path run-duration final-logf comment)
(set! res (cons (apply vector a b) res))) ;; id run-id testname state status event-time host cpuload diskfree uname rundir item-path run-duration final-logf comment) res)))
db
qry
run-id
)
res))
(db:get-db dbstruct run-id)
qry)
res))
;; Convert calling routines to get list of run-ids and loop, do not use the get-tests-for-runs
;;
;; get a useful subset of the tests data (used in dashboard
;; use db:mintests-get-{id ,run_id,testname ...}
(define (db:get-tests-for-runs-mindata db run-ids testpatt states status not-in)
(db:get-tests-for-runs db run-ids testpatt states status not-in: not-in qryvals: "id,run_id,testname,state,status,event_time,item_path"))
;; NB // This is get tests for "runs" (note the plural!!)
;;
;; states and statuses are lists, turn them into ("PASS","FAIL"...) and use NOT IN
;; i.e. these lists define what to NOT show.
;; states and statuses are required to be lists, empty is ok
;; not-in #t = above behaviour, #f = must match
;; run-ids is a list of run-ids or a single number or #f for all runs
(define (db:get-tests-for-runs db run-ids testpatt states statuses
#!key (not-in #t)
(sort-by #f)
(qryvals "id,run_id,testname,state,status,event_time,host,cpuload,diskfree,uname,rundir,item_path,run_duration,final_logf,comment")) ;; 'rundir 'event_time
(let* ((res '())
;; if states or statuses are null then assume match all when not-in is false
(states-qry (if (null? states)
#f
(conc " state "
(if not-in "NOT" "")
" IN ('"
(string-intersperse states "','")
"')")))
(statuses-qry (if (null? statuses)
#f
(conc " status "
(if not-in "NOT" "")
" IN ('"
(string-intersperse statuses "','")
"')")))
(tests-match-qry (tests:match->sqlqry testpatt))
(qry (conc "SELECT " qryvals
" FROM tests WHERE state != 'DELETED' "
(if run-ids
(if (list? run-ids)
(conc "AND run_id IN (" (string-intersperse (map conc run-ids) ",") ") ")
(conc "AND run_id=" run-ids " "))
" ") ;; #f => run-ids don't filter on run-ids
(if states-qry (conc " AND " states-qry) "")
(if statuses-qry (conc " AND " statuses-qry) "")
(if tests-match-qry (conc " AND (" tests-match-qry ") ") "")
(case sort-by
((rundir) " ORDER BY length(rundir) DESC;")
((event_time) " ORDER BY event_time ASC;")
(else ";"))
)))
(debug:print-info 8 "db:get-tests-for-runs qry=" qry)
(sqlite3:for-each-row
(lambda (a . b) ;; id run-id testname state status event-time host cpuload diskfree uname rundir item-path run-duration final-logf comment)
(set! res (cons (apply vector a b) res))) ;; id run-id testname state status event-time host cpuload diskfree uname rundir item-path run-duration final-logf comment) res)))
db
qry
;; ;; ;; get a useful subset of the tests data (used in dashboard
;; ;; ;; use db:mintests-get-{id ,run_id,testname ...}
;; ;; (define (db:get-tests-for-runs-mindata dbstruct run-ids testpatt states status not-in)
;; ;; (db:get-tests-for-runs dbstruct run-ids testpatt states status not-in: not-in qryvals: "id,run_id,testname,state,status,event_time,item_path"))
;; ;;
;; ;; ;; NB // This is get tests for "runs" (note the plural!!)
;; ;; ;;
;; ;; ;; states and statuses are lists, turn them into ("PASS","FAIL"...) and use NOT IN
;; ;; ;; i.e. these lists define what to NOT show.
;; ;; ;; states and statuses are required to be lists, empty is ok
;; ;; ;; not-in #t = above behaviour, #f = must match
;; ;; ;; run-ids is a list of run-ids or a single number or #f for all runs
;; ;; (define (db:get-tests-for-runs dbstruct run-ids testpatt states statuses
;; ;; #!key (not-in #t)
;; ;; (sort-by #f)
;; ;; (qryvals "id,run_id,testname,state,status,event_time,host,cpuload,diskfree,uname,rundir,item_path,run_duration,final_logf,comment")) ;; 'rundir 'event_time
;; ;; (let* ((res '())
;; ;; ;; if states or statuses are null then assume match all when not-in is false
;; ;; (states-qry (if (null? states)
;; ;; #f
;; ;; (conc " state "
;; ;; (if not-in "NOT" "")
;; ;; " IN ('"
;; ;; (string-intersperse states "','")
;; ;; "')")))
;; ;; (statuses-qry (if (null? statuses)
;; ;; #f
;; ;; (conc " status "
;; ;; (if not-in "NOT" "")
;; ;; " IN ('"
;; ;; (string-intersperse statuses "','")
;; ;; "')")))
;; ;; (tests-match-qry (tests:match->sqlqry testpatt))
;; ;; (qry (conc "SELECT " qryvals
;; ;; " FROM tests WHERE state != 'DELETED' "
;; ;; (if run-ids
;; ;; (if (list? run-ids)
;; ;; (conc "AND run_id IN (" (string-intersperse (map conc run-ids) ",") ") ")
;; ;; (conc "AND run_id=" run-ids " "))
;; ;; " ") ;; #f => run-ids don't filter on run-ids
;; ;; (if states-qry (conc " AND " states-qry) "")
;; ;; (if statuses-qry (conc " AND " statuses-qry) "")
;; ;; (if tests-match-qry (conc " AND (" tests-match-qry ") ") "")
;; ;; (case sort-by
;; ;; ((rundir) " ORDER BY length(rundir) DESC;")
;; ;; ((event_time) " ORDER BY event_time ASC;")
;; ;; (else ";"))
;; ;; )))
;; ;; (debug:print-info 8 "db:get-tests-for-runs qry=" qry)
;; ;; (sqlite3:for-each-row
;; ;; (lambda (a . b) ;; id run-id testname state status event-time host cpuload diskfree uname rundir item-path run-duration final-logf comment)
;; ;; (set! res (cons (apply vector a b) res))) ;; id run-id testname state status event-time host cpuload diskfree uname rundir item-path run-duration final-logf comment) res)))
;; ;; db
;; ;; qry
)
res))
(define (db:delete-test-step-records db test-id #!key (work-area #f))
(define (db:delete-test-step-records dbstruct run-id test-id)
;; Breaking it into two queries for better file access interleaving
(let* ((tdb (db:open-test-db-by-test-id db test-id work-area: work-area)))
;; test db's can go away - must check every time
(if tdb
(begin
(sqlite3:execute tdb "DELETE FROM test_steps;")
(sqlite3:execute tdb "DELETE FROM test_data;")
(sqlite3:finalize! tdb)))))
(define (db:delete-test-records db tdb test-id #!key (force #f))
(define (db:delete-test-records dbstruct run-id test-id)
(common:clear-caches)
(if tdb
(begin
(sqlite3:execute tdb "DELETE FROM test_steps;")
(sqlite3:execute tdb "DELETE FROM test_data;")))
;; (sqlite3:execute db "DELETE FROM tests WHERE id=?;" test-id))
(if db
(begin
(sqlite3:execute db "DELETE FROM test_steps WHERE test_id=?;" test-id)
(sqlite3:execute db "DELETE FROM test_data WHERE test_id=?;" test-id)
(if force
(sqlite3:execute db "DELETE FROM tests WHERE id=?;" test-id)
(sqlite3:execute db "UPDATE tests SET state='DELETED',status='n/a',comment='' WHERE id=?;" test-id)))))
(define (db:delete-tests-for-run db run-id)
(define (db:delete-tests-for-run dbstruct run-id)
(common:clear-caches)
(sqlite3:execute db "DELETE FROM tests WHERE run_id=?;" run-id))
(define (db:delete-old-deleted-test-records db)
(define (db:delete-old-deleted-test-records dbstruct)
(common:clear-caches)
(let ((targtime (- (current-seconds)(* 30 24 60 60)))) ;; one month in the past
(sqlite3:execute db "DELETE FROM tests WHERE state='DELETED' AND event_time<?;" targtime)))
(define (db:set-tests-state-status db run-id testnames currstate currstatus newstate newstatus)
(define (db:set-tests-state-status dbstruct run-id testnames currstate currstatus newstate newstatus)
(for-each (lambda (testname)
(let ((qry (conc "UPDATE tests SET state=?,status=? WHERE "
(if currstate (conc "state='" currstate "' AND ") "")
(if currstatus (conc "status='" currstatus "' AND ") "")
" run_id=? AND testname=? AND NOT (item_path='' AND testname in (SELECT DISTINCT testname FROM tests WHERE testname=? AND item_path != ''));")))
" testname=? AND NOT (item_path='' AND testname in (SELECT DISTINCT testname FROM tests WHERE testname=? AND item_path != ''));")))
;;(debug:print 0 "QRY: " qry)
(sqlite3:execute db qry run-id newstate newstatus testname testname)))
(sqlite3:execute (db:get-db dbstruct run-id) qry run-id newstate newstatus testname testname)))
testnames))
(define (cdb:set-tests-state-status-faster serverdat run-id testnames currstate currstatus newstate newstatus)
;; Convert #f to wildcard %
(if (null? testnames)
#t
(let ((currstate (if currstate currstate "%"))
(currstatus (if currstatus currstatus "%")))
(let loop ((hed (car testnames))
(tal (cdr testnames))
(thr '()))
(let ((th1 (if newstate (create-thread (cbd:client-call serverdat 'update-test-state #t *default-numtries* newstate currstate run-id testname testname)) #f))
(th2 (if newstatus (create-thread (cbd:client-call serverdat 'update-test-status #t *default-numtries* newstatus currstatus run-id testname testname)) #f)))
(thread-start! th1)
(thread-start! th2)
(if (null? tal)
(loop (car tal)(cdr tal)(cons th1 (cons th2 thr)))
(for-each
(lambda (th)
(if th (thread-join! th)))
thr)))))))
;; (define (cdb:set-tests-state-status-faster serverdat run-id testnames currstate currstatus newstate newstatus)
;; ;; Convert #f to wildcard %
;; (if (null? testnames)
;; #t
;; (let ((currstate (if currstate currstate "%"))
;; (currstatus (if currstatus currstatus "%")))
;; (let loop ((hed (car testnames))
;; (tal (cdr testnames))
;; (thr '()))
;; (let ((th1 (if newstate (create-thread (cbd:client-call serverdat 'update-test-state #t *default-numtries* newstate currstate run-id testname testname)) #f))
;; (th2 (if newstatus (create-thread (cbd:client-call serverdat 'update-test-status #t *default-numtries* newstatus currstatus run-id testname testname)) #f)))
;; (thread-start! th1)
;; (thread-start! th2)
;; (if (null? tal)
;; (loop (car tal)(cdr tal)(cons th1 (cons th2 thr)))
;; (for-each
;; (lambda (th)
;; (if th (thread-join! th)))
;; thr)))))))
(define (cdb:delete-tests-in-state serverdat run-id state)
(define (db:delete-tests-in-state dbstruct run-id state)
(common:clear-caches)
(cdb:client-call serverdat 'delete-tests-in-state #t *default-numtries* run-id state))
(define (cdb:tests-update-cpuload-diskfree serverdat test-id cpuload diskfree)
(cdb:client-call serverdat 'update-cpuload-diskfree #t *default-numtries* cpuload diskfree test-id))
(define (db:tests-update-cpuload-diskfree dbstruct run-id test-id cpuload diskfree)
(sqlite3:execute (db:get-db dbstruct run-id)(db:lookup-query 'update-cpuload-diskfree) cpuload diskfree test-id))
(define (cdb:tests-update-run-duration serverdat test-id minutes)
(cdb:client-call serverdat 'update-run-duration #t *default-numtries* minutes test-id))
(define (db:tests-update-run-duration dbstruct run-id test-id minutes)
(sqlite3:execute (db:get-db dbstruct run-id)(db:lookup-query 'update-run-duration) minutes test-id))
(define (cdb:tests-update-uname-host serverdat test-id uname hostname)
(cdb:client-call serverdat 'update-uname-host #t *default-numtries* uname hostname test-id))
(define (db:tests-update-uname-host dbstruct run-id test-id uname hostname)
(sqlite3:execute (db:get-db dbstruct run-id)(db:lookup-query 'update-uname-host) uname hostname test-id))
;; speed up for common cases with a little logic
;; NB// Ultimately this will be deprecated in deference to mt:test-set-state-status-by-id
;;
(define (db:test-set-state-status-by-id db test-id newstate newstatus newcomment)
(cond
((and newstate newstatus newcomment)
(sqlite3:execute db "UPDATE tests SET state=?,status=?,comment=? WHERE id=?;" newstate newstatus newcomment test-id))
((and newstate newstatus)
(sqlite3:execute db "UPDATE tests SET state=?,status=? WHERE id=?;" newstate newstatus test-id))
(else
(if newstate (sqlite3:execute db "UPDATE tests SET state=? WHERE id=?;" newstate test-id))
(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 test-id))))
(mt:process-triggers test-id newstate newstatus))
(define (db:test-set-state-status-by-id dbstruct run-id test-id newstate newstatus newcomment)
(let ((db (db:get-db dbstruct run-id)))
(cond
((and newstate newstatus newcomment)
(sqlite3:execute db "UPDATE tests SET state=?,status=?,comment=? WHERE id=?;" newstate newstatus newcomment test-id))
((and newstate newstatus)
(sqlite3:execute db "UPDATE tests SET state=?,status=? WHERE id=?;" newstate newstatus test-id))
(else
(if newstate (sqlite3:execute db "UPDATE tests SET state=? WHERE id=?;" newstate test-id))
(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 test-id))))
(db:process-triggers test-id newstate newstatus)
#t)) ;; retrun something to keep the remote calls happy
;; Never used
;; (define (db:test-set-state-status-by-run-id-testname db run-id test-name item-path status state)
;; (sqlite3:execute db "UPDATE tests SET state=?,status=?,event_time=strftime('%s','now') WHERE run_id=? AND testname=? AND item_path=?;"
;; state status run-id test-name item-path))
;; NEW BEHAVIOR: Count tests running in only one run!
;;
(define (db:get-count-tests-running db)
(define (db:get-count-tests-running dbstruct run-id)
(let ((res 0))
(sqlite3:for-each-row
(lambda (count)
(set! res count))
db
(db:get-db dbstruct run-id)
"SELECT count(id) FROM tests WHERE state in ('RUNNING','LAUNCHED','REMOTEHOSTSTART');")
res))
;; NEW BEHAVIOR: Look only at single run with run-id
;;
(define (db:get-running-stats db)
(define (db:get-running-stats dbstruct run-id)
(let ((res '()))
(sqlite3:for-each-row
(lambda (state count)
(set! res (cons (list state count) res)))
db
(db:get-db dbstruct run-id)
"SELECT state,count(id) FROM tests GROUP BY state ORDER BY id DESC;")
res))
(define (db:get-count-tests-running-in-jobgroup db jobgroup)
(define (db:get-count-tests-running-in-jobgroup dbstruct run-id jobgroup)
(if (not jobgroup)
0 ;;
(let ((res 0))
(sqlite3:for-each-row
(lambda (count)
(set! res count))
db
(db:get-db dbstruct run-id)
"SELECT count(id) FROM tests WHERE state = 'RUNNING' OR state = 'LAUNCHED' OR state = 'REMOTEHOSTSTART'
AND testname in (SELECT testname FROM test_meta WHERE jobgroup=?);"
jobgroup)
res)))
;; done with run when:
;; 0 tests in LAUNCHED, NOT_STARTED, REMOTEHOSTSTART, RUNNING
(define (db:estimated-tests-remaining db run-id)
(define (db:estimated-tests-remaining dbstruct run-id)
(let ((res 0))
(sqlite3:for-each-row
(lambda (count)
(set! res count))
db ;; NB// KILLREQ means the jobs is still probably running
"SELECT count(id) FROM tests WHERE state in ('LAUNCHED','NOT_STARTED','REMOTEHOSTSTART','RUNNING','KILLREQ') AND run_id=?;" run-id)
(db:get-db dbstruct run-id) ;; NB// KILLREQ means the jobs is still probably running
"SELECT count(id) FROM tests WHERE state in ('LAUNCHED','NOT_STARTED','REMOTEHOSTSTART','RUNNING','KILLREQ');")
res))
;; map run-id, testname item-path to test-id
(define (db:get-test-id-cached db run-id testname item-path)
(let* ((test-key (conc run-id "-" testname "-" item-path))
(res (hash-table-ref/default *test-ids* test-key #f)))
(if res
res
(begin
(sqlite3:for-each-row
(lambda (id) ;; run-id testname state status event-time host cpuload diskfree uname rundir item-path run_duration final_logf comment )
(set! res id)) ;; (vector id run-id testname state status event-time host cpuload diskfree uname rundir item-path run_duration final_logf comment )))
db
"SELECT id FROM tests WHERE run_id=? AND testname=? AND item_path=?;"
run-id testname item-path)
(hash-table-set! *test-ids* test-key res)
res))))
;; map run-id, testname item-path to test-id
(define (db:get-test-id-not-cached db run-id testname item-path)
db
"SELECT id FROM tests WHERE run_id=? AND testname=? AND item_path=?;"
run-id testname item-path)
(db:get-db dbstruct run-id)
"SELECT id FROM tests WHERE testname=? AND item_path=?;"
testname item-path)
res))
(define db:get-test-id db:get-test-id-not-cached)
(define db:test-record-qry-selector "id,run_id,testname,state,status,event_time,host,cpuload,diskfree,uname,rundir_id,item_path,run_duration,final_logf,comment,realdir_id")
;; given a test-info record, patch in the latest data from the testdat.db file
;; found in the test run directory
;; NOT USED
;;
;; NOTE: Use db:test-get* to access records
;;
(define (db:patch-tdb-data-into-test-info db test-id res #!key (work-area #f))
(let ((tdb (db:open-test-db-by-test-id db test-id work-area: work-area)))
;; get state and status from megatest.db in real time
;; other fields that perhaps should be updated:
;; fail_count
;; pass_count
;; final_logf
(sqlite3:for-each-row
(lambda (state status final_logf)
(db:test-set-state! res state)
(db:test-set-status! res status)
(db:test-set-final_logf! res final_logf))
db
"SELECT state,status,final_logf FROM tests WHERE id=?;"
test-id)
(if tdb
(begin
(sqlite3:for-each-row
(lambda (update_time cpuload disk_free run_duration)
(db:test-set-cpuload! res cpuload)
(db:test-set-diskfree! res disk_free)
(db:test-set-run_duration! res run_duration))
tdb
"SELECT update_time,cpuload,diskfree,run_duration FROM test_rundat ORDER BY id DESC LIMIT 1;")
(sqlite3:finalize! tdb))
;; if the test db is not found what to do?
;; 1. set state to DELETED
;; 2. set status to n/a
(begin
(db:test-set-state! res "NOT_STARTED")
(db:test-set-status! res "n/a")))))
(define *last-test-cache-delete* (current-seconds))
(define (db:clean-all-caches)
(set! *test-info* (make-hash-table))
(set! *test-id-cache* (make-hash-table)))
;; Get test data using test_id
(define (db:get-test-info-by-id db test-id)
(if (not test-id)
(begin
(debug:print-info 4 "db:get-test-info-by-id called with test-id=" test-id)
#f)
(let ((res #f))
(sqlite3:for-each-row
(lambda (id run-id testname state status event-time host cpuload diskfree uname rundir item-path run_duration final_logf comment)
;; Get test data using test_ids. NB// Only works within a single run!!
;;
(define (db:get-test-info-by-ids dbstruct run-id test-ids)
(let ((res '()))
(sqlite3:for-each-row
(lambda (id run-id testname state status event-time host cpuload diskfree uname rundir-id item-path run_duration final_logf comment realdir-id)
;; 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14
(set! res (cons (vector id run-id testname state status event-time host cpuload diskfree uname rundir-id item-path run_duration final_logf comment realdir-id)
res)))
(db:get-db dbstruct run-id)
(conc "SELECT " db:test-record-qry-selector " FROM tests WHERE id in ("
(string-intersperse (map conc test-ids) ",") ");"))
res))
(define (db:get-test-info dbstruct run-id testname item-path)
(let ((res #f))
(sqlite3:for-each-row
(lambda (a . b)
;; 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14
(set! res (vector id run-id testname state status event-time host cpuload diskfree uname rundir item-path run_duration final_logf comment)))
db
"SELECT id,run_id,testname,state,status,event_time,host,cpuload,diskfree,uname,rundir,item_path,run_duration,final_logf,comment FROM tests WHERE id=?;"
test-id)
res)))
;; Use db:test-get* to access
;;
;; Get test data using test_ids
(define (db:get-test-info-by-ids db test-ids)
(if (null? test-ids)
(begin
(debug:print-info 4 "db:get-test-info-by-ids called with test-ids=" test-ids)
'())
(let ((res '()))
(sqlite3:for-each-row
(lambda (id run-id testname state status event-time host cpuload diskfree uname rundir item-path run_duration final_logf comment)
;; 0 1 2 3 4 5 6 7 8 9 10 11 12 13 14
(set! res (cons (vector id run-id testname state status event-time host cpuload diskfree uname rundir item-path run_duration final_logf comment)
res)))
db
(conc "SELECT id,run_id,testname,state,status,event_time,host,cpuload,diskfree,uname,rundir,item_path,run_duration,final_logf,comment FROM tests WHERE id in ("
(string-intersperse (map conc test-ids) ",") ");"))
res)))
(define (db:get-test-info db run-id testname item-path)
(define (db:test-set-rundir! dbstruct run-id test-name item-path rundir-id)
(sqlite3:execute (db:get-db dbstruct run-id)(db:lookup-query 'test-set-rundir) test-name item-path))
(db:get-test-info-by-id db (db:get-test-id db run-id testname item-path)))
(define (db:test-set-comment db test-id comment)
(sqlite3:execute
(define (db:test-set-rundir-by-test-id dbstruct run-id test-id rundir-id)
(sqlite3:execute (db:get-db dbstruct run-id) 'test-set-rundir-by-test-id rundir-id test-id))
db
"UPDATE tests SET comment=? WHERE id=?;"
comment test-id))
(define (cdb:test-set-rundir! serverdat run-id test-name item-path rundir)
(cdb:client-call serverdat 'test-set-rundir #t *default-numtries* rundir run-id test-name item-path))
(define (cdb:test-set-rundir-by-test-id serverdat test-id rundir)
(cdb:client-call serverdat 'test-set-rundir-by-test-id #t *default-numtries* rundir test-id))
;; (hash-table-ref/default *test-paths* test-id #f)))
;; (if res
;; res
;; (begin
db
(db:get-db dbstruct run-id)
"SELECT rundir FROM tests WHERE id=?;"
test-id)
;; (hash-table-set! *test-paths* test-id res)
res)) ;; ))
(define (cdb:test-set-log! serverdat test-id logf)
(if (string? logf)(cdb:client-call serverdat 'test-set-log #f *default-numtries* logf test-id)))
(define (db:test-set-log! dbstruct run-id test-id logf-id)
(if (string? logf)(sqlite3:execute (db:get-db dbstruct run-id) 'test-set-log logf-id test-id)))
;;======================================================================
;; Misc. test related queries
;;======================================================================
;; MUST BE CALLED local!
;;
(define (db:test-get-paths-matching db keynames target fnamepatt #!key (res '()))
(define (db:test-get-paths-matching dbstruct keynames target fnamepatt #!key (res '()))
;; BUG: Move the values derived from args to parameters and push to megatest.scm
(let* ((testpatt (if (args:get-arg "-testpatt")(args:get-arg "-testpatt") "%"))
(statepatt (if (args:get-arg ":state") (args:get-arg ":state") "%"))
(statuspatt (if (args:get-arg ":status") (args:get-arg ":status") "%"))
(runname (if (args:get-arg ":runname") (args:get-arg ":runname") "%"))
(paths-from-db (cdb:remote-run db:test-get-paths-matching-keynames-target-new db keynames target res
(paths-from-db (db:test-get-paths-matching-keynames-target-new dbstruct keynames target res
testpatt: testpatt
statepatt: statepatt
statuspatt: statuspatt
runname: runname)))
(if fnamepatt
(apply append
(map (lambda (p)
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(sqlite3:for-each-row
(lambda (p)
(set! res (cons p res)))
db
qrystr)
res))
(define (db:test-get-paths-matching-keynames-target-new db keynames target res
(define (db:test-get-paths-matching-keynames-target-new dbstruct keynames target res
#!key
(testpatt "%")
(statepatt "%")
(statuspatt "%")
(runname "%"))
(let* ((row-ids '())
(keystr (string-intersperse
(map (lambda (key val)
(conc key " like '" val "'"))
keynames
(string-split target "/"))
" AND "))
(testqry (tests:match->sqlqry testpatt))
(runsqry (sqlite3:prepare db (conc "SELECT id FROM runs WHERE " keystr " AND runname LIKE '" runname "';")))
(tstsqry (sqlite3:prepare db (conc "SELECT rundir FROM tests WHERE run_id=? AND " testqry " AND state LIKE '" statepatt "' AND status LIKE '" statuspatt "' ORDER BY event_time ASC;"))))
(runsqry (sqlite3:prepare (db:get-db dbstruct #f)(conc "SELECT id FROM runs WHERE " keystr " AND runname LIKE '" runname "';")))
(tstsqry (conc "SELECT rundir_id FROM tests WHERE " testqry " AND state LIKE '" statepatt "' AND status LIKE '" statuspatt "' ORDER BY event_time ASC;")))
(sqlite3:for-each-row
(lambda (rid)
(set! row-ids (cons rid row-ids)))
runsqry)
(for-each (lambda (rid)
(sqlite3:for-each-row
(lambda (p)
(set! res (cons p res)))
(db:get-db dbstruct rid)
tstsqry rid))
tstsqry))
row-ids)
(sqlite3:finalize! tstsqry)
;; (sqlite3:finalize! tstsqry)
(sqlite3:finalize! runsqry)
res))
;; look through tests from matching runs for a file
(define (db:test-get-first-path-matching db keynames target fname)
;; [refpaths] is the section where references to other megatest databases are stored
(let ((mt-paths (configf:get-section "refpaths"))
(res (db:test-get-paths-matching db keynames target fname)))
(let loop ((pathdat (if (null? paths) #f (car mt-paths)))
(tal (if (null? paths) '()(cdr mt-paths))))
(if (not (null? res))
(car res) ;; return first found
(if path
(let* ((db (open-db path: (cadr pathdat)))
(newres (db:test-get-paths-matching db keynames target fname)))
(debug:print-info 4 "Trying " (car pathdat) " at " (cadr pathdat))
(sqlite3:finalize! db)
(if (not (null? newres))
(car newres)
(if (null? tal)
#f
(loop (car tal)(cdr tal))))))))))
;; NEVER FINISHED? ;; look through tests from matching runs for a file
;; NEVER FINISHED? (define (db:test-get-first-path-matching dbstruct keynames target fname)
;; NEVER FINISHED? ;; [refpaths] is the section where references to other megatest databases are stored
;; NEVER FINISHED? ;;
;; NEVER FINISHED? ;; NEED TO REVISIT THIS!!! BUGGISHNESS
;; NEVER FINISHED? ;;
;; NEVER FINISHED? (let ((mt-paths (configf:get-section "refpaths"))
;; NEVER FINISHED? (res (db:test-get-paths-matching dbstruct keynames target fname)))
;; NEVER FINISHED? (let loop ((pathdat (if (null? paths) #f (car mt-paths)))
;; NEVER FINISHED? (tal (if (null? paths) '()(cdr mt-paths))))
;; NEVER FINISHED? (if (not (null? res))
;; NEVER FINISHED? (car res) ;; return first found
;; NEVER FINISHED? (if path
;; NEVER FINISHED? (let* ((db (open-db path: (cadr pathdat)))
;; NEVER FINISHED? (newres (db:test-get-paths-matching db keynames target fname)))
;; NEVER FINISHED? (debug:print-info 4 "Trying " (car pathdat) " at " (cadr pathdat))
;; NEVER FINISHED? (sqlite3:finalize! db)
;; NEVER FINISHED? (if (not (null? newres))
;; NEVER FINISHED? (car newres)
;; NEVER FINISHED? (if (null? tal)
;; NEVER FINISHED? #f
;; NEVER FINISHED? (loop (car tal)(cdr tal))))))))))
;;======================================================================
;; QUEUE UP META, TEST STATUS AND STEPS REMOTE ACCESS
;;======================================================================
;; NOTE: Can remove the regex and base64 encoding for zmq
(define (db:obj->string obj)
|
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|
;;
;; cdb:client-call is the unified interface to all the transports. It dispatches the
;; query to a server routine (e.g. server:client-send-recieve) that
;; transports the data to the server where it is passed to db:process-queue-item
;; which either returns the data to the calling server routine or
;; directly calls the returning procedure (e.g. zmq).
;;
(define (cdb:client-call serverdat qtype immediate numretries . params)
(debug:print-info 11 "cdb:client-call serverdat=" serverdat ", qtype=" qtype ", immediate=" immediate ", numretries=" numretries ", params=" params)
(case *transport-type*
((fs)
(let ((packet (vector "na" qtype immediate "na" params 0)))
(fs:process-queue-item packet)))
((http)
(let* ((client-sig (client:get-signature))
(query-sig (message-digest-string (md5-primitive) (conc qtype immediate params)))
(zdat (db:obj->string (vector client-sig qtype immediate query-sig params (current-seconds))))) ;; (with-output-to-string (lambda ()(serialize params))))
(debug:print-info 11 "zdat=" zdat)
(let* ((res #f)
(rawdat (http-transport:client-send-receive serverdat zdat))
(tmp #f))
(debug:print-info 11 "Sent " zdat ", received " rawdat)
(if rawdat
(begin
(set! tmp (db:string->obj rawdat))
(vector-ref tmp 2))
(begin
(debug:print 0 "ERROR: Communication with the server failed. Exiting if possible")
(exit 1))))))
((zmq)
(handle-exceptions
exn
(begin
(debug:print-info 0 "cdb:client-call timeout or error. Trying again in 5 seconds")
(thread-sleep! 5)
(if (> numretries 0)(apply cdb:client-call serverdat qtype immediate (- numretries 1) params)))
(let* ((push-socket (vector-ref serverdat 0))
(sub-socket (vector-ref serverdat 1))
(client-sig (client:get-signature))
(query-sig (message-digest-string (md5-primitive) (conc qtype immediate params)))
(zdat (db:obj->string (vector client-sig qtype immediate query-sig params (current-seconds)))) ;; (with-output-to-string (lambda ()(serialize params))))
(res #f)
(send-receive (lambda ()
(debug:print-info 11 "sending message")
(send-message push-socket zdat)
(debug:print-info 11 "message sent")
(let loop ()
;; get the sender info
;; this should match (client:get-signature)
;; we will need to process "all" messages here some day
(receive-message* sub-socket)
;; now get the actual message
(let ((myres (db:string->obj (receive-message* sub-socket))))
(if (equal? query-sig (vector-ref myres 1))
(set! res (vector-ref myres 2))
(loop)))))))
;; (timeout (lambda ()
;; (let loop ((n numretries))
;; (thread-sleep! 15)
;; (if (not res)
;; (if (> numretries 0)
;; (begin
;; (debug:print 2 "WARNING: no reply to query " params ", trying resend")
;; (debug:print-info 11 "re-sending message")
;; (send-message push-socket zdat)
;; (debug:print-info 11 "message re-sent")
;; (loop (- n 1)))
;; ;; (apply cdb:client-call *runremote* qtype immediate (- numretries 1) params))
;; (begin
;; (debug:print 0 "ERROR: cdb:client-call timed out " params ", exiting.")
;; (exit 5))))))))
(debug:print-info 11 "Starting threads")
(let ((th1 (make-thread send-receive "send receive"))
;; (th2 (make-thread timeout "timeout"))
;; (define (cdb:client-call serverdat qtype immediate numretries . params)
;; (debug:print-info 11 "cdb:client-call serverdat=" serverdat ", qtype=" qtype ", immediate=" immediate ", numretries=" numretries ", params=" params)
;; (case *transport-type*
;; ((fs)
;; (let ((packet (vector "na" qtype immediate "na" params 0)))
;; (fs:process-queue-item packet)))
;; ((http)
;; (let* ((client-sig (client:get-signature))
;; (query-sig (message-digest-string (md5-primitive) (conc qtype immediate params)))
;; (zdat (db:obj->string (vector client-sig qtype immediate query-sig params (current-seconds))))) ;; (with-output-to-string (lambda ()(serialize params))))
;; (debug:print-info 11 "zdat=" zdat)
;; (let* ((res #f)
;; (rawdat (http-transport:client-send-receive serverdat zdat))
;; (tmp #f))
;; (debug:print-info 11 "Sent " zdat ", received " rawdat)
;; (if rawdat
;; (begin
;; (set! tmp (db:string->obj rawdat))
;; (vector-ref tmp 2))
;; (begin
;; (debug:print 0 "ERROR: Communication with the server failed. Exiting if possible")
;; (exit 1))))))
;; ((zmq)
;; (handle-exceptions
;; exn
;; (begin
;; (debug:print-info 0 "cdb:client-call timeout or error. Trying again in 5 seconds")
;; (thread-sleep! 5)
;; (if (> numretries 0)(apply cdb:client-call serverdat qtype immediate (- numretries 1) params)))
;; (let* ((push-socket (vector-ref serverdat 0))
;; (sub-socket (vector-ref serverdat 1))
;; (client-sig (client:get-signature))
;; (query-sig (message-digest-string (md5-primitive) (conc qtype immediate params)))
;; (zdat (db:obj->string (vector client-sig qtype immediate query-sig params (current-seconds)))) ;; (with-output-to-string (lambda ()(serialize params))))
;; (res #f)
;; (send-receive (lambda ()
;; (debug:print-info 11 "sending message")
;; (send-message push-socket zdat)
;; (debug:print-info 11 "message sent")
;; (let loop ()
;; ;; get the sender info
;; ;; this should match (client:get-signature)
;; ;; we will need to process "all" messages here some day
;; (receive-message* sub-socket)
;; ;; now get the actual message
;; (let ((myres (db:string->obj (receive-message* sub-socket))))
;; (if (equal? query-sig (vector-ref myres 1))
;; (set! res (vector-ref myres 2))
;; (loop)))))))
;; ;; (timeout (lambda ()
;; ;; (let loop ((n numretries))
;; ;; (thread-sleep! 15)
;; ;; (if (not res)
;; ;; (if (> numretries 0)
;; ;; (begin
;; ;; (debug:print 2 "WARNING: no reply to query " params ", trying resend")
;; ;; (debug:print-info 11 "re-sending message")
;; ;; (send-message push-socket zdat)
;; ;; (debug:print-info 11 "message re-sent")
;; ;; (loop (- n 1)))
;; ;; ;; (apply cdb:client-call *runremote* qtype immediate (- numretries 1) params))
;; ;; (begin
;; ;; (debug:print 0 "ERROR: cdb:client-call timed out " params ", exiting.")
;; ;; (exit 5))))))))
;; (debug:print-info 11 "Starting threads")
;; (let ((th1 (make-thread send-receive "send receive"))
;; ;; (th2 (make-thread timeout "timeout"))
)
(thread-start! th1)
;; (thread-start! th2)
(thread-join! th1)
(debug:print-info 11 "cdb:client-call returning res=" res)
res))))))
(define (cdb:set-verbosity serverdat val)
(cdb:client-call serverdat 'set-verbosity #f *default-numtries* val))
(define (cdb:login serverdat keyval signature)
(cdb:client-call serverdat 'login #t *default-numtries* keyval megatest-version signature))
(define (cdb:logout serverdat keyval signature)
(cdb:client-call serverdat 'logout #t *default-numtries* keyval signature))
(define (cdb:num-clients serverdat)
(cdb:client-call serverdat 'numclients #t *default-numtries*))
;; NOT NEEDED FOR NOW (define (cdb:set-verbosity serverdat val)
;; NOT NEEDED FOR NOW (cdb:client-call serverdat 'set-verbosity #f *default-numtries* val))
;; NOT NEEDED FOR NOW
;; NOT NEEDED FOR NOW (define (cdb:login serverdat keyval signature)
;; NOT NEEDED FOR NOW (cdb:client-call serverdat 'login #t *default-numtries* keyval megatest-version signature))
;; NOT NEEDED FOR NOW
;; NOT NEEDED FOR NOW (define (cdb:logout serverdat keyval signature)
;; NOT NEEDED FOR NOW (cdb:client-call serverdat 'logout #t *default-numtries* keyval signature))
;; NOT NEEDED FOR NOW
;; NOT NEEDED FOR NOW (define (cdb:num-clients serverdat)
;; NOT NEEDED FOR NOW (cdb:client-call serverdat 'numclients #t *default-numtries*))
;; NOT NEEDED FOR NOW
;; I think this would be more efficient if executed on client side FIXME???
(define (cdb:test-set-status-state serverdat test-id status state msg)
(define (db:test-set-status-state dbstruct run-id test-id status state msg-id)
(if (member state '("LAUNCHED" "REMOTEHOSTSTART"))
(cdb:client-call serverdat 'set-test-start-time #t *default-numtries* test-id))
(sqlite3:execute (db:get-db dbstruct run-id) 'set-test-start-time test-id))
(if msg
(cdb:client-call serverdat 'state-status-msg #t *default-numtries* state status msg test-id)
(cdb:client-call serverdat 'state-status #t *default-numtries* state status test-id))) ;; run-id test-name item-path minutes cpuload diskfree tmpfree)
(sqlite3:execute (db:get-db dbstruct run-id) 'state-status-msg state status msg-id test-id)
(sqlite3:execute (db:get-db dbstruct run-id) 'state-status state status test-id)))
(define (cdb:test-rollup-test_data-pass-fail serverdat test-id)
(cdb:client-call serverdat 'test_data-pf-rollup #t *default-numtries* test-id test-id test-id test-id))
(define (db:test-rollup-test_data-pass-fail dbstruct run-id test-id)
(sqlite3:execute (db:get-db dbstruct run-id) 'test_data-pf-rollup test-id test-id test-id test-id))
;; (cdb:client-call serverdat 'set-test-start-time #t *default-numtries* test-id))
(define (cdb:pass-fail-counts serverdat test-id fail-count pass-count)
(cdb:client-call serverdat 'pass-fail-counts #t *default-numtries* fail-count pass-count test-id))
(define (cdb:tests-register-test serverdat run-id test-name item-path)
(cdb:client-call serverdat 'register-test #t *default-numtries* run-id test-name item-path))
(define (db:tests-register-test dbstruct run-id test-name item-path)
(sqlite3:execute (db:get-db dbstruct run-id) 'register-test run-id test-name item-path))
;; more transactioned calls, these for roll-up-pass-fail stuff
(define (cdb:update-pass-fail-counts serverdat run-id test-name)
(cdb:client-call serverdat 'update-fail-pass-counts #t *default-numtries* run-id test-name run-id test-name run-id test-name))
(define (db:update-pass-fail-counts dbstruct run-id test-name)
(sqlite3:execute (db:get-db dbstruct run-id) 'update-fail-pass-counts test-name test-name test-name))
(define (cdb:top-test-set-running serverdat run-id test-name)
(cdb:client-call serverdat 'top-test-set-running #t *default-numtries* run-id test-name))
(define (db:top-test-set-running dbstruct run-id test-name)
(sqlite3:execute (db:get-db dbstruct run-id) 'top-test-set-running test-name))
(define (cdb:top-test-set-per-pf-counts serverdat run-id test-name)
(cdb:client-call serverdat 'top-test-set-per-pf-counts #t *default-numtries* run-id test-name run-id test-name run-id test-name))
(define (db:top-test-set-per-pf-counts dbstruct run-id test-name)
(sqlite3:execute (db:get-db dbstruct run-id) 'top-test-set-per-pf-counts test-name test-name test-name))
;;=
(define (cdb:flush-queue serverdat)
(cdb:client-call serverdat 'flush #f *default-numtries*))
(define (cdb:kill-server serverdat pid)
(cdb:client-call serverdat 'killserver #t *default-numtries* pid))
;; NOT NEEDED FOR NOW (define (cdb:flush-queue serverdat)
;; NOT NEEDED FOR NOW (cdb:client-call serverdat 'flush #f *default-numtries*))
;; NOT NEEDED FOR NOW
;; NOT NEEDED FOR NOW (define (cdb:kill-server serverdat pid)
;; NOT NEEDED FOR NOW (cdb:client-call serverdat 'killserver #t *default-numtries* pid))
(define (cdb:roll-up-pass-fail-counts serverdat run-id test-name item-path status)
(cdb:client-call serverdat 'immediate #f *default-numtries* open-run-close db:roll-up-pass-fail-counts #f run-id test-name item-path status))
(define (cdb:get-test-info serverdat run-id test-name item-path)
(cdb:client-call serverdat 'immediate #f *default-numtries* open-run-close db:get-test-info #f run-id test-name item-path))
(define (cdb:get-test-info-by-id serverdat test-id)
(let ((test-dat (cdb:client-call serverdat 'immediate #f *default-numtries* open-run-close db:get-test-info-by-id #f test-id)))
(hash-table-set! *test-info* test-id (vector (current-seconds) test-dat)) ;; cached for use where up-to-date info is not needed
test-dat))
;; db should be db open proc or #f
(define (cdb:remote-run proc db . params)
(apply cdb:client-call *runremote* 'immediate #f *default-numtries* open-run-close proc #f params))
;; (define (cdb:roll-up-pass-fail-counts serverdat run-id test-name item-path status)
;; (cdb:client-call serverdat 'immediate #f *default-numtries* open-run-close db:roll-up-pass-fail-counts #f run-id test-name item-path status))
;;
;; (define (db:get-test-info serverdat run-id test-name item-path)
;; (cdb:client-call serverdat 'immediate #f *default-numtries* open-run-close db:get-test-info #f run-id test-name item-path))
;;
;; (define (cdb:get-test-info-by-id serverdat test-id)
;; (let ((test-dat (cdb:client-call serverdat 'immediate #f *default-numtries* open-run-close db:get-test-info-by-id #f test-id)))
;; (hash-table-set! *test-info* test-id (vector (current-seconds) test-dat)) ;; cached for use where up-to-date info is not needed
;; test-dat))
;;
;; ;; db should be db open proc or #f
;; (define (cdb:remote-run proc db . params)
;; (apply cdb:client-call *runremote* 'immediate #f *default-numtries* open-run-close proc #f params))
;;
(define (db:test-get-logfile-info db run-id test-name)
(define (db:test-get-logfile-info dbstruct run-id test-name)
(let ((res #f))
(sqlite3:for-each-row
(lambda (path final_logf)
(set! logf final_logf)
(set! res (list path final_logf))
(if (directory? path)
(debug:print 2 "Found path: " path)
(debug:print 2 "No such path: " path)))
db
"SELECT rundir,final_logf FROM tests WHERE run_id=? AND testname=? AND item_path='';"
run-id test-name)
(lambda (path-id final_logf-id)
(let ((path (db:get-path dbstruct path-id))
(final_logf (db:get-string dbstruct final_logf-id)))
(set! logf final_logf)
(set! res (list path final_logf))
(if (directory? path)
(debug:print 2 "Found path: " path)
(debug:print 2 "No such path: " path))))
(db:get-db dbstruct run-id)
"SELECT rundir_id,final_logf_id FROM tests WHERE testname=? AND item_path='';"
test-name)
res))
;;======================================================================
;; A G R E G A T E D T R A N S A C T I O N D B W R I T E S
;;======================================================================
(define db:queries
(list '(register-test "INSERT OR IGNORE INTO tests (run_id,testname,event_time,item_path,state,status) VALUES (?,?,strftime('%s','now'),?,'NOT_STARTED','n/a');")
(list '(register-test "INSERT OR IGNORE INTO tests (run_id,testname,event_time,item_path,state,status) VALUES (?,?,strftime('%s','now'),?,'NOT_STARTED','n/a');") ;; DONE
;; Test state and status
'(set-test-state "UPDATE tests SET state=? WHERE id=?;")
'(set-test-status "UPDATE tests SET state=? WHERE id=?;")
'(state-status "UPDATE tests SET state=?,status=? WHERE id=?;")
'(state-status-msg "UPDATE tests SET state=?,status=?,comment=? WHERE id=?;")
'(state-status "UPDATE tests SET state=?,status=? WHERE id=?;") ;; DONE
'(state-status-msg "UPDATE tests SET state=?,status=?,comment_id=? WHERE id=?;") ;; DONE
;; Test comment
'(set-test-comment "UPDATE tests SET comment=? WHERE id=?;")
'(set-test-start-time "UPDATE tests SET event_time=strftime('%s','now') WHERE id=?;")
'(pass-fail-counts "UPDATE tests SET fail_count=?,pass_count=? WHERE id=?;")
'(set-test-comment "UPDATE tests SET comment_id=? WHERE id=?;")
'(set-test-start-time "UPDATE tests SET event_time=strftime('%s','now') WHERE id=?;") ;; DONE
'(pass-fail-counts "UPDATE tests SET fail_count=?,pass_count=? WHERE id=?;") ;; DONE
;; test_data-pf-rollup is used to set a tests PASS/FAIL based on the pass/fail info from the steps
'(test_data-pf-rollup "UPDATE tests
SET status=CASE WHEN (SELECT fail_count FROM tests WHERE id=?) > 0
THEN 'FAIL'
WHEN (SELECT pass_count FROM tests WHERE id=?) > 0 AND
(SELECT status FROM tests WHERE id=?) NOT IN ('WARN','FAIL')
THEN 'PASS'
ELSE status
END WHERE id=?;")
'(test-set-log "UPDATE tests SET final_logf=? WHERE id=?;")
'(test-set-rundir-by-test-id "UPDATE tests SET rundir=? WHERE id=?")
'(test-set-rundir "UPDATE tests SET rundir=? WHERE run_id=? AND testname=? AND item_path=?;")
'(delete-tests-in-state "DELETE FROM tests WHERE state=? AND run_id=?;")
END WHERE id=?;") ;; DONE
'(test-set-log "UPDATE tests SET final_logf_id=? WHERE id=?;") ;; DONE
'(test-set-rundir-by-test-id "UPDATE tests SET rundir_id=? WHERE id=?") ;; DONE
'(test-set-rundir "UPDATE tests SET rundir_id=? AND testname=? AND item_path=?;") ;; DONE
'(delete-tests-in-state "DELETE FROM tests WHERE state=?;") ;; DONE
'(tests:test-set-toplog "UPDATE tests SET final_logf=? WHERE run_id=? AND testname=? AND item_path='';")
'(update-cpuload-diskfree "UPDATE tests SET cpuload=?,diskfree=? WHERE id=?;")
'(update-run-duration "UPDATE tests SET run_duration=? WHERE id=?;")
'(update-uname-host "UPDATE tests SET uname=?,host=? WHERE id=?;")
'(update-cpuload-diskfree "UPDATE tests SET cpuload=?,diskfree=? WHERE id=?;") ;; DONE
'(update-run-duration "UPDATE tests SET run_duration=? WHERE id=?;") ;; DONE
'(update-uname-host "UPDATE tests SET uname=?,host=? WHERE id=?;") ;; DONE
'(update-test-state "UPDATE tests SET state=? WHERE state=? AND run_id=? AND testname=? AND NOT (item_path='' AND testname IN (SELECT DISTINCT testname FROM tests WHERE testname=? AND item_path != ''));")
'(update-test-status "UPDATE tests SET status=? WHERE status like ? AND run_id=? AND testname=? AND NOT (item_path='' AND testname IN (SELECT DISTINCT testname FROM tests WHERE testname=? AND item_path != ''));")
;; stuff for roll-up-pass-fail-counts
'(update-fail-pass-counts "UPDATE tests
SET fail_count=(SELECT count(id) FROM tests WHERE run_id=? AND testname=? AND item_path != '' AND status IN ('FAIL','CHECK')),
pass_count=(SELECT count(id) FROM tests WHERE run_id=? AND testname=? AND item_path != '' AND status IN ('PASS','WARN','WAIVED'))
WHERE run_id=? AND testname=? AND item_path='';")
'(top-test-set-running "UPDATE tests SET state='RUNNING' WHERE run_id=? AND testname=? AND item_path='';")
SET fail_count=(SELECT count(id) FROM tests WHERE testname=? AND item_path != '' AND status IN ('FAIL','CHECK')),
pass_count=(SELECT count(id) FROM tests WHERE testname=? AND item_path != '' AND status IN ('PASS','WARN','WAIVED'))
WHERE testname=? AND item_path='';") ;; DONE
'(top-test-set-running "UPDATE tests SET state='RUNNING' WHERE testname=? AND item_path='';") ;; DONE
'(top-test-set-per-pf-counts "UPDATE tests
SET state=CASE
WHEN (SELECT count(id) FROM tests
WHERE run_id=? AND testname=?
WHERE testname=?
AND item_path != ''
AND state in ('RUNNING','NOT_STARTED','LAUNCHED','REMOTEHOSTSTART')) > 0 THEN 'RUNNING'
ELSE 'COMPLETED' END,
status=CASE
WHEN fail_count > 0 THEN 'FAIL'
WHEN pass_count > 0 AND fail_count=0 THEN 'PASS'
WHEN (SELECT count(id) FROM tests
WHERE run_id=? AND testname=?
WHERE testname=?
AND item_path != ''
AND status = 'SKIP') > 0 THEN 'SKIP'
ELSE 'UNKNOWN' END
WHERE run_id=? AND testname=? AND item_path='';")
WHERE testname=? AND item_path='';") ;; DONE
))
(define (db:lookup-query qry-name)
(let ((q (alist-ref qry-name db:queries)))
(if q (car q) #f)))
;; do not run these as part of the transaction
(define db:special-queries '(rollup-tests-pass-fail
;; db:roll-up-pass-fail-counts ;; WHY NOT!?
login
immediate
flush
sync
set-verbosity
killserver
))
;; not used, intended to indicate to run in calling process
(define db:run-local-queries '()) ;; rollup-tests-pass-fail))
(define (db:process-cached-writes db)
(let ((queries (make-hash-table))
(data #f))
(mutex-lock! *incoming-mutex*)
;; data is a list of query packets <vector qry-sig query params
(set! data (reverse *incoming-writes*)) ;; (sort ... (lambda (a b)(< (vector-ref a 1)(vector-ref b 1)))))
(set! *server:last-write-flush* (current-milliseconds))
(set! *incoming-writes* '())
(mutex-unlock! *incoming-mutex*)
(if (> (length data) 0)
;; Process if we have data
(begin
(debug:print-info 7 "Writing cached data " data)
;; Prepare the needed sql statements
;;
(for-each (lambda (request-item)
(let ((stmt-key (vector-ref request-item 0))
(query (vector-ref request-item 1)))
(hash-table-set! queries stmt-key (sqlite3:prepare db query))))
data)
;; No outer loop needed. Single loop for write items only. Reads trigger flush of queue
;; and then are executed.
(sqlite3:with-transaction
db
(lambda ()
(for-each
(lambda (hed)
(let* ((params (vector-ref hed 2))
(stmt-key (vector-ref hed 0))
(stmt (hash-table-ref/default queries stmt-key #f)))
(if stmt
(apply sqlite3:execute stmt params)
(debug:print 0 "ERROR: Problem Executing " stmt-key " for " params))))
data)))
;; let all the waiting calls know all is done
(mutex-lock! *completed-mutex*)
(for-each (lambda (item)
(let ((qry-sig (cdb:packet-get-client-sig item)))
(debug:print-info 7 "Registering query " qry-sig " as done")
(hash-table-set! *completed-writes* qry-sig #t)))
data)
(mutex-unlock! *completed-mutex*)
;; Finalize the statements. Should this be done inside the mutex above?
;; I think sqlite3 mutexes will keep the data safe
(for-each (lambda (stmt-key)
(sqlite3:finalize! (hash-table-ref queries stmt-key)))
(hash-table-keys queries))
;; Do a little record keeping
(let ((cache-size (length data)))
(if (> cache-size *max-cache-size*)
(set! *max-cache-size* cache-size)))
#t)
#f)))
(define *db:process-queue-mutex* (make-mutex))
(define *number-of-writes* 0)
(define *writes-total-delay* 0)
(define *total-non-write-delay* 0)
(define *number-non-write-queries* 0)
;; DISABLING FOR NOW (define (db:process-cached-writes db)
;; DISABLING FOR NOW (let ((queries (make-hash-table))
;; DISABLING FOR NOW (data #f))
;; DISABLING FOR NOW (mutex-lock! *incoming-mutex*)
;; DISABLING FOR NOW ;; data is a list of query packets <vector qry-sig query params
;; DISABLING FOR NOW (set! data (reverse *incoming-writes*)) ;; (sort ... (lambda (a b)(< (vector-ref a 1)(vector-ref b 1)))))
;; DISABLING FOR NOW (set! *server:last-write-flush* (current-milliseconds))
;; DISABLING FOR NOW (set! *incoming-writes* '())
;; DISABLING FOR NOW (mutex-unlock! *incoming-mutex*)
;; DISABLING FOR NOW (if (> (length data) 0)
;; DISABLING FOR NOW ;; Process if we have data
;; DISABLING FOR NOW (begin
;; DISABLING FOR NOW (debug:print-info 7 "Writing cached data " data)
;; DISABLING FOR NOW
;; DISABLING FOR NOW ;; Prepare the needed sql statements
;; DISABLING FOR NOW ;;
;; DISABLING FOR NOW (for-each (lambda (request-item)
;; DISABLING FOR NOW (let ((stmt-key (vector-ref request-item 0))
;; DISABLING FOR NOW (query (vector-ref request-item 1)))
;; DISABLING FOR NOW (hash-table-set! queries stmt-key (sqlite3:prepare db query))))
;; DISABLING FOR NOW data)
;; DISABLING FOR NOW
;; DISABLING FOR NOW ;; No outer loop needed. Single loop for write items only. Reads trigger flush of queue
;; DISABLING FOR NOW ;; and then are executed.
;; DISABLING FOR NOW (sqlite3:with-transaction
;; DISABLING FOR NOW db
;; DISABLING FOR NOW (lambda ()
;; DISABLING FOR NOW (for-each
;; DISABLING FOR NOW (lambda (hed)
;; DISABLING FOR NOW (let* ((params (vector-ref hed 2))
;; DISABLING FOR NOW (stmt-key (vector-ref hed 0))
;; DISABLING FOR NOW (stmt (hash-table-ref/default queries stmt-key #f)))
;; DISABLING FOR NOW (if stmt
;; DISABLING FOR NOW (apply sqlite3:execute stmt params)
;; DISABLING FOR NOW (debug:print 0 "ERROR: Problem Executing " stmt-key " for " params))))
;; DISABLING FOR NOW data)))
;; DISABLING FOR NOW
;; DISABLING FOR NOW ;; let all the waiting calls know all is done
;; DISABLING FOR NOW (mutex-lock! *completed-mutex*)
;; DISABLING FOR NOW (for-each (lambda (item)
;; DISABLING FOR NOW (let ((qry-sig (cdb:packet-get-client-sig item)))
;; DISABLING FOR NOW (debug:print-info 7 "Registering query " qry-sig " as done")
;; DISABLING FOR NOW (hash-table-set! *completed-writes* qry-sig #t)))
;; DISABLING FOR NOW data)
;; DISABLING FOR NOW (mutex-unlock! *completed-mutex*)
;; DISABLING FOR NOW
;; DISABLING FOR NOW ;; Finalize the statements. Should this be done inside the mutex above?
;; DISABLING FOR NOW ;; I think sqlite3 mutexes will keep the data safe
;; DISABLING FOR NOW (for-each (lambda (stmt-key)
;; DISABLING FOR NOW (sqlite3:finalize! (hash-table-ref queries stmt-key)))
;; DISABLING FOR NOW (hash-table-keys queries))
;; DISABLING FOR NOW
;; DISABLING FOR NOW ;; Do a little record keeping
;; DISABLING FOR NOW (let ((cache-size (length data)))
;; DISABLING FOR NOW (if (> cache-size *max-cache-size*)
;; DISABLING FOR NOW (set! *max-cache-size* cache-size)))
;; DISABLING FOR NOW #t)
;; DISABLING FOR NOW #f)))
;; DISABLING FOR NOW
;; DISABLING FOR NOW (define *db:process-queue-mutex* (make-mutex))
;; DISABLING FOR NOW
;; DISABLING FOR NOW (define *number-of-writes* 0)
;; DISABLING FOR NOW (define *writes-total-delay* 0)
;; DISABLING FOR NOW (define *total-non-write-delay* 0)
;; DISABLING FOR NOW (define *number-non-write-queries* 0)
;; DISABLING FOR NOW
;; DISABLING FOR NOW ;; The queue is a list of vectors where the zeroth slot indicates the type of query to
;; DISABLING FOR NOW ;; apply and the second slot is the time of the query and the third entry is a list of
;; DISABLING FOR NOW ;; values to be applied
;; DISABLING FOR NOW ;;
;; The queue is a list of vectors where the zeroth slot indicates the type of query to
;; apply and the second slot is the time of the query and the third entry is a list of
;; values to be applied
;;
(define (db:queue-write-and-wait db qry-sig query params)
(let ((queue-len 0)
(res #f)
(got-it #f)
(qry-pkt (vector qry-sig query params))
(start-time (current-milliseconds))
(timeout (+ 10 (current-seconds)))) ;; set the time out to 10 secs in future
;; Put the item in the queue *incoming-writes*
(mutex-lock! *incoming-mutex*)
(set! *incoming-writes* (cons qry-pkt *incoming-writes*))
(set! queue-len (length *incoming-writes*))
(mutex-unlock! *incoming-mutex*)
(debug:print-info 7 "Current write queue length is " queue-len)
;; poll for the write to complete, timeout after 10 seconds
;; periodic flushing of the queue is taken care of by
;; db:flush-queue
(let loop ()
(thread-sleep! 0.001)
(mutex-lock! *completed-mutex*)
(if (hash-table-ref/default *completed-writes* qry-sig #f)
(begin
(hash-table-delete! *completed-writes* qry-sig)
(set! got-it #t)))
(mutex-unlock! *completed-mutex*)
(if (and (not got-it)
(< (current-seconds) timeout))
(begin
(thread-sleep! 0.01)
(loop))))
(set! *number-of-writes* (+ *number-of-writes* 1))
(set! *writes-total-delay* (+ *writes-total-delay* (- (current-milliseconds) start-time)))
got-it))
(define (db:process-queue-item db item)
(let* ((stmt-key (cdb:packet-get-qtype item))
(qry-sig (cdb:packet-get-query-sig item))
(return-address (cdb:packet-get-client-sig item))
(params (cdb:packet-get-params item))
(query (let ((q (alist-ref stmt-key db:queries)))
(if q (car q) #f))))
(debug:print-info 11 "Special queries/requests stmt-key=" stmt-key ", return-address=" return-address ", query=" query ", params=" params)
(if query
;; hand queries off to the write queue
(let ((response (case *transport-type*
((http)
(debug:print-info 7 "Queuing item " item " for wrapped write")
(db:queue-write-and-wait db qry-sig query params))
(else
(apply sqlite3:execute db query params)
#t))))
(debug:print-info 7 "Received " response " from wrapped write")
(server:reply return-address qry-sig response response))
;; otherwise if appropriate flush the queue (this is a read or complex query)
(begin
(cond
((member stmt-key db:special-queries)
(let ((starttime (current-milliseconds)))
(debug:print-info 9 "Handling special statement " stmt-key)
(case stmt-key
((immediate)
;; This is a read or mixed read-write query, must clear the cache
(case *transport-type*
((http)
(mutex-lock! *db:process-queue-mutex*)
(db:process-cached-writes db)
(mutex-unlock! *db:process-queue-mutex*)))
(let* ((proc (car params))
(remparams (cdr params))
;; we are being handed a procedure so call it
;; (debug:print-info 11 "Running (apply " proc " " remparams ")")
(result (server:reply return-address qry-sig #t (apply proc remparams))))
(set! *total-non-write-delay* (+ *total-non-write-delay* (- (current-milliseconds) starttime)))
(set! *number-non-write-queries* (+ *number-non-write-queries* 1))
result))
((login)
(if (< (length params) 3) ;; should get toppath, version and signature
(server:reply return-address qry-sig '(#f "login failed due to missing params")) ;; missing params
(let ((calling-path (car params))
(calling-vers (cadr params))
(client-key (caddr params)))
(if (and (equal? calling-path *toppath*)
(equal? megatest-version calling-vers))
(begin
(hash-table-set! *logged-in-clients* client-key (current-seconds))
(server:reply return-address qry-sig #t '(#t "successful login"))) ;; path matches - pass! Should vet the caller at this time ...
(server:reply return-address qry-sig #f (list #f (conc "Login failed due to mismatch paths: " calling-path ", " *toppath*)))))))
((flush sync)
(server:reply return-address qry-sig #t 1)) ;; (length data)))
((set-verbosity)
(set! *verbosity* (car params))
(server:reply return-address qry-sig #t (list #t *verbosity*)))
((killserver)
(let ((hostname (car *runremote*))
(port (cadr *runremote*))
(pid (car params)))
(debug:print 0 "WARNING: Server on " hostname ":" port " going down by user request!")
(debug:print-info 1 "current pid=" (current-process-id))
(open-run-close tasks:server-deregister tasks:open-db
hostname
port: port)
(set! *server-run* #f)
(thread-sleep! 3)
(process-signal pid signal/kill)
(server:reply return-address qry-sig #t '(#t "exit process started"))))
(else ;; not a command, i.e. is a query
(debug:print 0 "ERROR: Unrecognised query/command " stmt-key)
(server:reply return-address qry-sig #f 'failed)))))
(else
(debug:print-info 11 "Executing " stmt-key " for " params)
(apply sqlite3:execute (hash-table-ref queries stmt-key) params)
(server:reply return-address qry-sig #t #t)))))))
(define (db:test-get-records-for-index-file db run-id test-name)
(define (db:test-get-records-for-index-file dbstruct run-id test-name)
(let ((res '()))
(sqlite3:for-each-row
(lambda (id itempath state status run_duration logf comment)
(set! res (cons (vector id itempath state status run_duration logf comment) res)))
db
"SELECT id,item_path,state,status,run_duration,final_logf,comment FROM tests WHERE run_id=? AND testname=? AND item_path != '';"
run-id test-name)
res))
(lambda (id itempath state status run_duration logf-id comment-id)
(let ((logf (db:get-string dbstruct logf-id))
(comment (db:get-string dbstruct comment-id)))
(set! res (cons (vector id itempath state status run_duration logf comment) res)))
(db:get-db dbstruct run-id)
"SELECT id,item_path,state,status,run_duration,final_logf_id,comment_id FROM tests WHERE testname=? AND item_path != '';"
test-name)
res)))
;;======================================================================
;; Tests meta data
;;======================================================================
;; read the record given a testname
(define (db:testmeta-get-record db testname)
(define (db:testmeta-get-record dbstruct testname)
(let ((res #f))
(sqlite3:for-each-row
(lambda (id testname author owner description reviewed iterated avg_runtime avg_disk tags)
(set! res (vector id testname author owner description reviewed iterated avg_runtime avg_disk tags)))
(db:get-db dbstruct #f)
db "SELECT id,testname,author,owner,description,reviewed,iterated,avg_runtime,avg_disk,tags FROM test_meta WHERE testname=?;"
(define (db:testmeta-add-record db testname)
(sqlite3:execute db "INSERT OR IGNORE INTO test_meta (testname,author,owner,description,reviewed,iterated,avg_runtime,avg_disk,tags) VALUES (?,'','','','','','','','');" testname))
(define (db:testmeta-add-record dbstruct testname)
(sqlite3:execute (db:get-db dbstruct #f) "INSERT OR IGNORE INTO test_meta (testname,author,owner,description,reviewed,iterated,avg_runtime,avg_disk,tags) VALUES (?,'','','','','','','','');" testname))
;; update one of the testmeta fields
(define (db:testmeta-update-field db testname field value)
(sqlite3:execute db (conc "UPDATE test_meta SET " field "=? WHERE testname=?;") value testname))
(define (db:testmeta-update-field dbstruct testname field value)
(sqlite3:execute (db:get-db dbstruct #f) (conc "UPDATE test_meta SET " field "=? WHERE testname=?;") value testname))
;;======================================================================
;; T E S T D A T A
;;======================================================================
(define (db:csv->test-data db test-id csvdata #!key (work-area #f))
(define (db:csv->test-data dbstruct run-id test-id csvdata)
(debug:print 4 "test-id " test-id ", csvdata: " csvdata)
(let ((tdb (db:open-test-db-by-test-id db test-id work-area: work-area)))
(if tdb
(let ((csvlist (csv->list (make-csv-reader
(open-input-string csvdata)
'((strip-leading-whitespace? #t)
(strip-trailing-whitespace? #t)) )))) ;; (csv->list csvdata)))
(for-each
(lambda (csvrow)
(let* ((padded-row (take (append csvrow (list #f #f #f #f #f #f #f #f #f)) 9))
(category (list-ref padded-row 0))
(variable (list-ref padded-row 1))
(value (any->number-if-possible (list-ref padded-row 2)))
(expected (any->number-if-possible (list-ref padded-row 3)))
(tol (any->number-if-possible (list-ref padded-row 4))) ;; >, <, >=, <=, or a number
(units (list-ref padded-row 5))
(comment (list-ref padded-row 6))
(status (let ((s (list-ref padded-row 7)))
(if (and (string? s)(or (string-match (regexp "^\\s*$") s)
(string-match (regexp "^n/a$") s)))
#f
s))) ;; if specified on the input then use, else calculate
(type (list-ref padded-row 8)))
;; look up expected,tol,units from previous best fit test if they are all either #f or ''
(debug:print 4 "BEFORE: category: " category " variable: " variable " value: " value
", expected: " expected " tol: " tol " units: " units " status: " status " comment: " comment " type: " type)
(if (and (or (not expected)(equal? expected ""))
(or (not tol) (equal? expected ""))
(or (not units) (equal? expected "")))
(let-values (((new-expected new-tol new-units)(db:get-prev-tol-for-test db test-id category variable)))
(set! expected new-expected)
(set! tol new-tol)
(set! units new-units)))
(debug:print 4 "AFTER: category: " category " variable: " variable " value: " value
", expected: " expected " tol: " tol " units: " units " status: " status " comment: " comment)
;; calculate status if NOT specified
(if (and (not status)(number? expected)(number? value)) ;; need expected and value to be numbers
(if (number? tol) ;; if tol is a number then we do the standard comparison
(let* ((max-val (+ expected tol))
(min-val (- expected tol))
(result (and (>= value min-val)(<= value max-val))))
(debug:print 4 "max-val: " max-val " min-val: " min-val " result: " result)
(set! status (if result "pass" "fail")))
(set! status ;; NB// need to assess each one (i.e. not return operator since need to act if not valid op.
(case (string->symbol tol) ;; tol should be >, <, >=, <=
((>) (if (> value expected) "pass" "fail"))
((<) (if (< value expected) "pass" "fail"))
((>=) (if (>= value expected) "pass" "fail"))
((<=) (if (<= value expected) "pass" "fail"))
(else (conc "ERROR: bad tol comparator " tol))))))
(debug:print 4 "AFTER2: category: " category " variable: " variable " value: " value
", expected: " expected " tol: " tol " units: " units " status: " status " comment: " comment)
(sqlite3:execute tdb "INSERT OR REPLACE INTO test_data (test_id,category,variable,value,expected,tol,units,comment,status,type) VALUES (?,?,?,?,?,?,?,?,?,?);"
test-id category variable value expected tol units (if comment comment "") status type)))
csvlist)
(sqlite3:finalize! tdb)))))
;; get a list of test_data records matching categorypatt
(define (db:read-test-data db test-id categorypatt #!key (work-area #f))
(let ((tdb (db:open-test-db-by-test-id db test-id work-area: work-area)))
(if tdb
(let ((res '()))
(sqlite3:for-each-row
(lambda (id test_id category variable value expected tol units comment status type)
(set! res (cons (vector id test_id category variable value expected tol units comment status type) res)))
tdb
"SELECT id,test_id,category,variable,value,expected,tol,units,comment,status,type FROM test_data WHERE test_id=? AND category LIKE ? ORDER BY category,variable;" test-id categorypatt)
(sqlite3:finalize! tdb)
(reverse res))
'())))
(define (db:load-test-data db test-id #!key (work-area #f))
(define (db:load-test-data dbstruct run-id test-id)
(let loop ((lin (read-line)))
(if (not (eof-object? lin))
(begin
(debug:print 4 lin)
(db:csv->test-data db test-id lin work-area: work-area)
(db:csv->test-data dbstruct run-id test-id lin)
(loop (read-line)))))
;; roll up the current results.
;; FIXME: Add the status to
(db:test-data-rollup db test-id #f work-area: work-area))
(db:test-data-rollup dbstruct run-id test-id #f))
;; WARNING: Do NOT call this for the parent test on an iterated test
;; Roll up test_data pass/fail results
;; look at the test_data status field,
;; if all are pass (any case) and the test status is PASS or NULL or '' then set test status to PASS.
;; if one or more are fail (any case) then set test status to PASS, non "pass" or "fail" are ignored
(define (db:test-data-rollup db test-id status #!key (work-area #f))
(define (db:test-data-rollup dbstruct run-id test-id status)
(let ((tdb (db:open-test-db-by-test-id db test-id work-area: work-area))
(fail-count 0)
(if tdb
(begin
(sqlite3:for-each-row
(lambda (fcount pcount)
(set! fail-count fcount)
(set! pass-count pcount))
tdb
"SELECT (SELECT count(id) FROM test_data WHERE test_id=? AND status like 'fail') AS fail_count,
test-id test-id)
(sqlite3:finalize! tdb)
;; Now rollup the counts to the central megatest.db
(cdb:pass-fail-counts *runremote* test-id fail-count pass-count)
;; (sqlite3:execute db "UPDATE tests SET fail_count=?,pass_count=? WHERE id=?;"
;; fail-count pass-count test-id)
;; The flush is not needed with the transaction based write agregation enabled. Remove these commented lines
;; next time you read this!
;;
;; (cdb:flush-queue *runremote*)
;; (thread-sleep! 1) ;; play nice with the queue by ensuring the rollup is at least 10ms later than the set
;; if the test is not FAIL then set status based on the fail and pass counts.
(cdb:test-rollup-test_data-pass-fail *runremote* test-id)
;; (sqlite3:execute
;; db ;;; NOTE: Should this be WARN,FAIL? A WARN is not a FAIL????? BUG FIXME
;; "UPDATE tests
;; SET status=CASE WHEN (SELECT fail_count FROM tests WHERE id=?) > 0
;; THEN 'FAIL'
;; WHEN (SELECT pass_count FROM tests WHERE id=?) > 0 AND
;; (SELECT status FROM tests WHERE id=?) NOT IN ('WARN','FAIL')
;; THEN 'PASS'
;; ELSE status
;; END WHERE id=?;"
;; test-id test-id test-id test-id)
))))
(define (db:get-prev-tol-for-test db test-id category variable)
(define (db:get-prev-tol-for-test dbstruct run-id test-id category variable)
;; Finish me?
(values #f #f #f))
;;======================================================================
;; S T E P S
;;======================================================================
(define (db:step-get-time-as-string vec)
(seconds->time-string (db:step-get-event_time vec)))
;; db-get-test-steps-for-run
(define (db:get-steps-for-test db test-id #!key (work-area #f))
(let* ((tdb (db:open-test-db-by-test-id db test-id work-area: work-area))
(res '()))
(if tdb
(begin
(sqlite3:for-each-row
(lambda (id test-id stepname state status event-time logfile)
(set! res (cons (vector id test-id stepname state status event-time (if (string? logfile) logfile "")) res)))
tdb
"SELECT id,test_id,stepname,state,status,event_time,logfile FROM test_steps WHERE test_id=? ORDER BY id ASC;" ;; event_time DESC,id ASC;
test-id)
(sqlite3:finalize! tdb)
(reverse res))
'())))
;; get a pretty table to summarize steps
;;
(define (db:get-steps-table db test-id #!key (work-area #f))
(let ((steps (db:get-steps-for-test db test-id work-area: work-area)))
;; organise the steps for better readability
(let ((res (make-hash-table)))
(for-each
(lambda (step)
(debug:print 6 "step=" step)
(let ((record (hash-table-ref/default
res
(db:step-get-stepname step)
;; stepname start end status Duration Logfile
(vector (db:step-get-stepname step) "" "" "" "" ""))))
(debug:print 6 "record(before) = " record
"\nid: " (db:step-get-id step)
"\nstepname: " (db:step-get-stepname step)
"\nstate: " (db:step-get-state step)
"\nstatus: " (db:step-get-status step)
"\ntime: " (db:step-get-event_time step))
(case (string->symbol (db:step-get-state step))
((start)(vector-set! record 1 (db:step-get-event_time step))
(vector-set! record 3 (if (equal? (vector-ref record 3) "")
(db:step-get-status step)))
(if (> (string-length (db:step-get-logfile step))
0)
(vector-set! record 5 (db:step-get-logfile step))))
((end)
(vector-set! record 2 (any->number (db:step-get-event_time step)))
(vector-set! record 3 (db:step-get-status step))
(vector-set! record 4 (let ((startt (any->number (vector-ref record 1)))
(endt (any->number (vector-ref record 2))))
(debug:print 4 "record[1]=" (vector-ref record 1)
", startt=" startt ", endt=" endt
", get-status: " (db:step-get-status step))
(if (and (number? startt)(number? endt))
(seconds->hr-min-sec (- endt startt)) "-1")))
(if (> (string-length (db:step-get-logfile step))
0)
(vector-set! record 5 (db:step-get-logfile step))))
(else
(vector-set! record 2 (db:step-get-state step))
(vector-set! record 3 (db:step-get-status step))
(vector-set! record 4 (db:step-get-event_time step))))
(hash-table-set! res (db:step-get-stepname step) record)
(debug:print 6 "record(after) = " record
"\nid: " (db:step-get-id step)
"\nstepname: " (db:step-get-stepname step)
"\nstate: " (db:step-get-state step)
"\nstatus: " (db:step-get-status step)
"\ntime: " (db:step-get-event_time step))))
;; (else (vector-set! record 1 (db:step-get-event_time step)))
(sort steps (lambda (a b)
(cond
((< (db:step-get-event_time a)(db:step-get-event_time b)) #t)
((eq? (db:step-get-event_time a)(db:step-get-event_time b))
(< (db:step-get-id a) (db:step-get-id b)))
(else #f)))))
res)))
;; ;; get a pretty table to summarize steps
;; ;;
;; (define (db:get-steps-table-list dbstruct run-id test-id #!key (work-area #f))
;; (let ((steps (db:get-steps-for-test dbstruct run-id test-id)))
;; ;; organise the steps for better readability
;; (let ((res (make-hash-table)))
;; (for-each
;; (lambda (step)
;; (debug:print 6 "step=" step)
;; (let ((record (hash-table-ref/default
;; res
;; (db:step-get-stepname step)
;; ;; stepname start end status
;; (vector (db:step-get-stepname step) "" "" "" "" ""))))
;; (debug:print 6 "record(before) = " record
;; "\nid: " (db:step-get-id step)
;; "\nstepname: " (db:step-get-stepname step)
;; "\nstate: " (db:step-get-state step)
;; "\nstatus: " (db:step-get-status step)
;; "\ntime: " (db:step-get-event_time step))
;; (case (string->symbol (db:step-get-state step))
;; ((start)(vector-set! record 1 (db:step-get-event_time step))
;; (vector-set! record 3 (if (equal? (vector-ref record 3) "")
;; (db:step-get-status step)))
;; (if (> (string-length (db:step-get-logfile step))
;; 0)
;; (vector-set! record 5 (db:step-get-logfile step))))
;; ((end)
;; (vector-set! record 2 (any->number (db:step-get-event_time step)))
;; (vector-set! record 3 (db:step-get-status step))
;; (vector-set! record 4 (let ((startt (any->number (vector-ref record 1)))
;; (endt (any->number (vector-ref record 2))))
;; (debug:print 4 "record[1]=" (vector-ref record 1)
;; ", startt=" startt ", endt=" endt
;; ", get-status: " (db:step-get-status step))
;; (if (and (number? startt)(number? endt))
;; (seconds->hr-min-sec (- endt startt)) "-1")))
;; (if (> (string-length (db:step-get-logfile step))
;; 0)
;; (vector-set! record 5 (db:step-get-logfile step))))
;; (else
;; (vector-set! record 2 (db:step-get-state step))
;; (vector-set! record 3 (db:step-get-status step))
;; (vector-set! record 4 (db:step-get-event_time step))))
;; (hash-table-set! res (db:step-get-stepname step) record)
;; (debug:print 6 "record(after) = " record
;; "\nid: " (db:step-get-id step)
;; "\nstepname: " (db:step-get-stepname step)
;; "\nstate: " (db:step-get-state step)
;; "\nstatus: " (db:step-get-status step)
;; "\ntime: " (db:step-get-event_time step))))
;; ;; (else (vector-set! record 1 (db:step-get-event_time step)))
;; (sort steps (lambda (a b)
;; (cond
;; ((< (db:step-get-event_time a)(db:step-get-event_time b)) #t)
;; ((eq? (db:step-get-event_time a)(db:step-get-event_time b))
;; (< (db:step-get-id a) (db:step-get-id b)))
;; (else #f)))))
;; res)))
;; get a pretty table to summarize steps
;;
(define (db:get-steps-table-list db test-id #!key (work-area #f))
(let ((steps (db:get-steps-for-test db test-id work-area: work-area)))
;; organise the steps for better readability
(let ((res (make-hash-table)))
(for-each
(lambda (step)
(debug:print 6 "step=" step)
(let ((record (hash-table-ref/default
res
(db:step-get-stepname step)
;; stepname start end status
(vector (db:step-get-stepname step) "" "" "" "" ""))))
(debug:print 6 "record(before) = " record
"\nid: " (db:step-get-id step)
"\nstepname: " (db:step-get-stepname step)
"\nstate: " (db:step-get-state step)
"\nstatus: " (db:step-get-status step)
"\ntime: " (db:step-get-event_time step))
(case (string->symbol (db:step-get-state step))
((start)(vector-set! record 1 (db:step-get-event_time step))
(vector-set! record 3 (if (equal? (vector-ref record 3) "")
(db:step-get-status step)))
(if (> (string-length (db:step-get-logfile step))
0)
(vector-set! record 5 (db:step-get-logfile step))))
((end)
(vector-set! record 2 (any->number (db:step-get-event_time step)))
(vector-set! record 3 (db:step-get-status step))
(vector-set! record 4 (let ((startt (any->number (vector-ref record 1)))
(endt (any->number (vector-ref record 2))))
(debug:print 4 "record[1]=" (vector-ref record 1)
", startt=" startt ", endt=" endt
", get-status: " (db:step-get-status step))
(if (and (number? startt)(number? endt))
(seconds->hr-min-sec (- endt startt)) "-1")))
(if (> (string-length (db:step-get-logfile step))
0)
(vector-set! record 5 (db:step-get-logfile step))))
(else
(vector-set! record 2 (db:step-get-state step))
(vector-set! record 3 (db:step-get-status step))
(vector-set! record 4 (db:step-get-event_time step))))
(hash-table-set! res (db:step-get-stepname step) record)
(debug:print 6 "record(after) = " record
"\nid: " (db:step-get-id step)
"\nstepname: " (db:step-get-stepname step)
"\nstate: " (db:step-get-state step)
"\nstatus: " (db:step-get-status step)
"\ntime: " (db:step-get-event_time step))))
;; (else (vector-set! record 1 (db:step-get-event_time step)))
(sort steps (lambda (a b)
(cond
((< (db:step-get-event_time a)(db:step-get-event_time b)) #t)
((eq? (db:step-get-event_time a)(db:step-get-event_time b))
(< (db:step-get-id a) (db:step-get-id b)))
(else #f)))))
res)))
#!key (work-area #f)(tdb #f))
(if (or (not work-area)
(file-exists? (conc work-area "/testdat.db")))
(let* ((comprsteps (open-run-close db:get-steps-table tdb test-id work-area: work-area)))
(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)))
(if (number? s)(seconds->time-string s) s))
(vector-ref x 3) ;; status
(vector-ref x 4)
(vector-ref x 5))) ;; time delta
(sort (hash-table-values comprsteps)
(lambda (a b)
(let ((time-a (vector-ref a 1))
(time-b (vector-ref b 1)))
(if (and (number? time-a)(number? time-b))
(if (< time-a time-b)
#t
(if (eq? time-a time-b)
(string<? (conc (vector-ref a 2))
(conc (vector-ref b 2)))
#f))
(string<? (conc time-a)(conc time-b))))))))
'()))
(define (db:get-prereqs-not-met run-id waitons ref-item-path #!key (mode 'normal))
(define (db:get-prereqs-not-met dbstruct run-id waitons ref-item-path #!key (mode 'normal))
(if (or (not waitons)
(null? waitons))
'()
(let* ((unmet-pre-reqs '())
(result '()))
(for-each
(lambda (waitontest-name)
;; by getting the tests with matching name we are looking only at the matching test
;; and related sub items
(let ((tests (mt:get-tests-for-run run-id waitontest-name '() '()))
(let ((tests (mt:get-tests-for-run dbstruct run-id waitontest-name '() '()))
(ever-seen #f)
(parent-waiton-met #f)
(item-waiton-met #f))
(for-each
(lambda (test)
;; (if (equal? waitontest-name (db:test-get-testname test)) ;; by defintion this had better be true ...
(let* ((state (db:test-get-state test))
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;; if the test is not found then clearly the waiton is not met...
;; (if (not ever-seen)(set! result (cons waitontest-name result)))))
(if (not ever-seen)
(set! result (append (if (null? tests)(list waitontest-name) tests) result)))))
waitons)
(delete-duplicates result))))
(define (db:teststep-set-status! db test-id teststep-name state-in status-in comment logfile #!key (work-area #f))
(define (db:teststep-set-status! dbstruct run-id test-id teststep-name state-in status-in comment logfile #!key (work-area #f))
(debug:print 4 "test-id: " test-id " teststep-name: " teststep-name)
;; db:open-test-db-by-test-id does cdb:remote-run
(let* ((tdb (db:open-test-db-by-test-id db test-id work-area: work-area))
(state (items:check-valid-items "state" state-in))
(status (items:check-valid-items "status" status-in)))
(if tdb
(begin
(sqlite3:execute
tdb
"INSERT OR REPLACE into test_steps (test_id,stepname,state,status,event_time,comment,logfile) VALUES(?,?,?,?,?,?,?);"
test-id teststep-name state-in status-in (current-seconds) (if comment comment "") (if logfile logfile ""))
(sqlite3:finalize! tdb)
#t)
#f)))
(define (db:extract-ods-file db outputfile keypatt-alist runspatt pathmod)
(define (db:extract-ods-file dbstruct outputfile keypatt-alist runspatt pathmod)
(let* ((keysstr (string-intersperse (map car keypatt-alist) ","))
(keyqry (string-intersperse (map (lambda (p)(conc (car p) " LIKE ? ")) keypatt-alist) " AND "))
(numkeys (length keypatt-alist))
(test-ids '())
(windows (and pathmod (substring-index "\\" pathmod)))
(tempdir (conc "/tmp/" (current-user-name) "/" runspatt "_" (random 10000) "_" (current-process-id)))
(runsheader (append (list "Run Id" "Runname") ; 0 1
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