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SUM(CASE WHEN t.status='PASS' THEN 1 ELSE 0 END) AS pass,
SUM(CASE WHEN t.status='FAIL' THEN 1 ELSE 0 END) AS fail,
SUM(CASE WHEN t.status IN ('PASS','FAIL') THEN 0 ELSE 1 END) AS other
FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
WHERE t.state='COMPLETED' AND r.target LIKE ? GROUP BY r.target;"
target-patt))
(define (pgdb:get-latest-run-stats-given-target dbh ttype-id target-patt)
(define (pgdb:get-latest-run-stats-given-target dbh ttype-id target-patt limit offset)
(dbi:get-rows
dbh
;; "SELECT COUNT(t.id),t.status,r.target FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
;; WHERE t.state='COMPLETED' AND ttype_id=? AND r.target LIKE ? GROUP BY r.target,t.status;"
"SELECT r.target,COUNT(*) AS total,
"SELECT r.target, r.event_time, COUNT(*) AS total,
SUM(CASE WHEN t.status='PASS' THEN 1 ELSE 0 END) AS pass,
SUM(CASE WHEN t.status='FAIL' THEN 1 ELSE 0 END) AS fail,
SUM(CASE WHEN t.status IN ('PASS','FAIL') THEN 0 ELSE 1 END) AS other, r.id
FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
WHERE t.state like '%' AND ttype_id=? AND r.target LIKE ?
and r.id in
(SELECT DISTINCT on (target) id from runs where target like ? AND ttype_id=? order by target,event_time desc) GROUP BY r.target,r.id;"
ttype-id target-patt target-patt ttype-id))
(SELECT DISTINCT on (target) id from runs where target like ? AND ttype_id=? order by target,event_time desc)
GROUP BY r.target,r.id
order by r.event_time desc limit ? offset ? ;"
ttype-id target-patt target-patt ttype-id limit offset))
(define (pgdb:get-latest-run-stats-given-pattern dbh patt limit offset)
(dbi:get-rows
dbh
;; "SELECT COUNT(t.id),t.status,r.target FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
;; WHERE t.state='COMPLETED' AND ttype_id=? AND r.target ILIKE ? GROUP BY r.target,t.status;"
"SELECT r.target, r.event_time, COUNT(*) AS total,
SUM(CASE WHEN t.status='PASS' THEN 1 ELSE 0 END) AS pass,
SUM(CASE WHEN t.status='FAIL' THEN 1 ELSE 0 END) AS fail,
SUM(CASE WHEN t.status IN ('PASS','FAIL') THEN 0 ELSE 1 END) AS other, r.id
FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
WHERE t.state like '%' AND r.target ILIKE ?
and r.id in
(SELECT DISTINCT on (target) id from runs where target ilike ? order by target,event_time desc)
GROUP BY r.target,r.id
order by r.event_time desc limit ? offset ? ;"
patt patt limit offset))
(define (pgdb:get-count-data-stats-target-latest dbh ttype-id target-patt)
(dbi:get-rows
dbh
"SELECT count(*) from
(SELECT DISTINCT on (target) id
from runs where target like ? AND ttype_id = ?
order by target, event_time desc
) as x;"
target-patt ttype-id))
(define (pgdb:get-latest-run-cnt dbh ttype-id target-patt)
(let* ((cnt-result (pgdb:get-count-data-stats-target-latest dbh ttype-id target-patt))
;(cnt-row (car (cnt-result)))
(cnt 0)
)
(for-each
(lambda (row)
(set! cnt (vector-ref row 0 )))
cnt-result)
cnt))
(define (pgdb:get-count-data-stats-latest-pattern dbh patt)
(dbi:get-rows
dbh
"SELECT count(*) from
(SELECT DISTINCT on (target) id
from runs where target ilike ?
order by target, event_time desc
) as x;"
patt))
(define (pgdb:get-latest-run-cnt-by-pattern dbh target-patt)
(let* ((cnt-result (pgdb:get-count-data-stats-latest-pattern dbh target-patt))
;(cnt-row (car (cnt-result)))
(cnt 0)
)
(for-each
(lambda (row)
(set! cnt (vector-ref row 0 )))
cnt-result)
cnt))
(define (pgdb:get-run-stats-history-given-target dbh ttype-id target-patt)
(dbi:get-rows
dbh
;; "SELECT COUNT(t.id),t.status,r.target FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
;; WHERE t.state='COMPLETED' AND ttype_id=? AND r.target LIKE ? GROUP BY r.target,t.status;"
"SELECT r.run_name,COUNT(*) AS total,
SUM(CASE WHEN t.status='PASS' THEN 1 ELSE 0 END) AS pass,
SUM(CASE WHEN t.status='FAIL' THEN 1 ELSE 0 END) AS fail,
SUM(CASE WHEN t.status IN ('PASS','FAIL') THEN 0 ELSE 1 END) AS other
FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
WHERE t.state like '%' AND ttype_id=? AND r.target LIKE ?
GROUP BY r.run_name;"
ttype-id target-patt ))
(define (pgdb:get-all-run-stats-target-slice dbh target-patt)
(dbi:get-rows
dbh
"SELECT r.target, r.run_name,r.event_time, COUNT(*) AS total,
(define (pgdb:get-all-run-stats-target-slice dbh target-patt limit offset)
(dbi:get-rows
dbh
"SELECT r.target, r.run_name,r.event_time, COUNT(*) AS total,
SUM(CASE WHEN t.status='PASS' THEN 1 ELSE 0 END) AS pass,
SUM(CASE WHEN t.status='FAIL' THEN 1 ELSE 0 END) AS fail,
SUM(CASE WHEN t.status IN ('PASS','FAIL') THEN 0 ELSE 1 END) AS other
FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
WHERE r.target LIKE ?
GROUP BY r.target,r.run_name, r.event_time
order by r.target,r.event_time desc limit ? offset ? ;"
target-patt limit offset))
GROUP BY r.target,r.run_name, r.event_time;"
(define (pgdb:get-count-data-stats-target-slice dbh target-patt)
(dbi:get-rows
dbh
"SELECT count(*) from (SELECT r.target, r.run_name,r.event_time, COUNT(*) AS total
FROM tests AS t INNER JOIN runs AS r ON t.run_id=r.id
WHERE r.target LIKE ?
GROUP BY r.target,r.run_name, r.event_time
) as x;"
target-patt))
(define (pgdb:get-slice-cnt dbh target-patt)
(let* ((cnt-result (pgdb:get-count-data-stats-target-slice dbh target-patt))
;(cnt-row (car (cnt-result)))
(cnt 0)
)
(for-each
(lambda (row)
(set! cnt (vector-ref row 0 )))
cnt-result)
cnt))
(define (pgdb:get-target-types dbh)
(dbi:get-rows dbh "SELECT id,target_spec FROM ttype;"))
(define (pgdb:get-distict-target-slice dbh)
(dbi:get-rows dbh " select distinct on (split_part (target, '/', 1)) (split_part (target, '/', 1)) from runs;"))
(define (pgdb:get-distict-target-slice3 dbh)
(dbi:get-rows dbh " select distinct on (split_part (target, '/', 3)) (split_part (target, '/', 3)) from runs;"))
;;
(define (pgdb:get-targets dbh target-patt)
(let ((ttypes (pgdb:get-target-types dbh)))
(map
(lambda (ttype-dat)
(let ((tt-id (vector-ref ttype-dat 0))
(ttype (vector-ref ttype-dat 1)))
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;; create a hash of hashes with keys extracted from all-parts
;; using row-or-col to choose row or column
;; ht{row key}=>ht{col key}=>data
;;
;; fnum is the field number in the tuples to be split
;;
(define (pgdb:mk-pattern dot type bp rel)
(let* ((typ (if (equal? type "all")
"%"
type))
(dotprocess (if (equal? dot "all")
"%"
dot))
(rel-num (if (equal? rel "")
"%"
rel))
(pattern (conc "%/" bp "/" dotprocess "/" typ "_" rel-num)))
pattern))
(define (pgdb:coalesce-runs dbh runs all-parts row-or-col fnum)
(let* ((data (make-hash-table)))
;; (rnums (
;; for now just do first => remainder
(for-each
(lambda (run)
(let* ((target (vector-ref run fnum))
(parts (string-split target "/"))
(first (car parts))
(rest (string-intersperse (cdr parts) "/"))
(coldat (hash-table-ref/default data first #f)))
(if (not coldat)(let ((newht (make-hash-table)))
(hash-table-set! data first newht)
(set! coldat newht)))
(hash-table-set! coldat rest run)))
runs)
data))
(define (pgdb:coalesce-runs1 runs )
(let* ((data (make-hash-table)))
(for-each
(lambda (run)
(let* ((target (vector-ref run 0))
(parts (string-split target "/"))
(first (car parts))
(rest (string-intersperse (cdr parts) "/"))
(coldat (hash-table-ref/default data first #f)))
(if (not coldat)(let ((newht (make-hash-table)))
(hash-table-set! data first newht)
(set! coldat newht)))
(hash-table-set! coldat rest run)))
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(let* ((data (make-hash-table)))
(for-each
(lambda (run)
(let* ((run-name (vector-ref run 0)))
(hash-table-set! data run-name run)))
runs)
data))
(define (pgdb:get-pg-lst tab2-pages)
(let loop ((i 1)
(lst `()))
(cond
((> i tab2-pages )
lst)
(else
(loop (+ i 1) (append lst (list i)))))))
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;;======================================================================
;; Copyright 2006-2012, Matthew Welland.
;;
;; This program is made available under the GNU GPL version 2.0 or
;; greater. See the accompanying file COPYING for details.
;;
;; This program is distributed WITHOUT ANY WARRANTY; without even the
;; implied warranty of MERCHANTABILITY or FITNESS FOR A PARTICULAR
;; PURPOSE.
;;======================================================================
(use srfi-1 posix regex-case base64 format dot-locking csv-xml z3 sql-de-lite hostinfo md5 message-digest typed-records directory-utils stack
matchable)
matchable regex posix srfi-18 extras)
(require-extension regex posix)
(require-extension (srfi 18) extras tcp rpc)
(import (prefix sqlite3 sqlite3:))
(import (prefix base64 base64:))
(declare (unit common))
(include "common_records.scm")
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(define (common:args-get-runname)
(let ((res (or (args:get-arg "-runname")
(args:get-arg ":runname")
(getenv "MT_RUNNAME"))))
;; (if res (set-environment-variable "MT_RUNNAME" res)) ;; not sure if this is a good idea. side effect and all ...
res))
(define (common:get-fields cfgdat)
(let ((fields (hash-table-ref/default cfgdat "fields" '())))
(map car fields)))
(define (common:args-get-target #!key (split #f)(exit-if-bad #f))
(let* ((keys (if (hash-table? *configdat*) (keys:config-get-fields *configdat*) '()))
(let* ((keys (if (hash-table? *configdat*) (common:get-fields *configdat*) '()))
(numkeys (length keys))
(target (or (args:get-arg "-reqtarg")
(args:get-arg "-target")
(getenv "MT_TARGET")))
(tlist (if target (string-split target "/" #t) '()))
(valid (if target
(or (null? keys) ;; probably don't know our keys yet
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((equal? status "WARN") "orange")
((equal? status "KILLED") "orange")
((equal? status "KILLREQ") "purple")
((equal? status "RUNNING") "blue")
((equal? status "ABORT") "brown")
(else "black")))
;;======================================================================
;; N A N O M S G C L I E N T
;;======================================================================
;; ;;======================================================================
;; ;; N A N O M S G C L I E N T
;; ;;======================================================================
;;
(define (server:get-best-guess-address hostname)
(let ((res #f))
(for-each
(lambda (adr)
(if (not (eq? (u8vector-ref adr 0) 127))
(set! res adr)))
;; NOTE: This can fail when there is no mention of the host in /etc/hosts. FIXME
(vector->list (hostinfo-addresses (hostname->hostinfo hostname))))
(string-intersperse
(map number->string
(u8vector->list
(if res res (hostname->ip hostname)))) ".")))
(define (common:send-dboard-main-changed)
(let* ((dashboard-ips (mddb:get-dashboards)))
(for-each
(lambda (ipadr)
(let* ((soc (common:open-nm-req (conc "tcp://" ipadr)))
(msg (conc "main " *toppath*))
(res (common:nm-send-receive-timeout soc msg)))
(if (not res) ;; couldn't reach that dashboard - remove it from db
(print "ERROR: couldn't reach dashboard " ipadr))
res))
dashboard-ips)))
;;======================================================================
;; D A S H B O A R D D B
;;======================================================================
(define (mddb:open-db)
(let* ((db (open-database (conc (get-environment-variable "HOME") "/.dashboard.db"))))
(set-busy-handler! db (busy-timeout 10000))
(for-each
(lambda (qry)
(exec (sql db qry)))
(list
"CREATE TABLE IF NOT EXISTS vars (id INTEGER PRIMARY KEY,key TEXT, val TEXT, CONSTRAINT varsconstraint UNIQUE (key));"
"CREATE TABLE IF NOT EXISTS dashboards (
id INTEGER PRIMARY KEY,
pid INTEGER,
username TEXT,
hostname TEXT,
ipaddr TEXT,
portnum INTEGER,
start_time TIMESTAMP DEFAULT (strftime('%s','now')),
CONSTRAINT hostport UNIQUE (hostname,portnum)
);"
))
db))
;; register a dashboard
;;
(define (mddb:register-dashboard port)
(let* ((pid (current-process-id))
(hostname (get-host-name))
(ipaddr (server:get-best-guess-address hostname))
(username (current-user-name)) ;; (car userinfo)))
(db (mddb:open-db)))
(print "Register monitor, pid: " pid ", hostname: " hostname ", port: " port ", username: " username)
(exec (sql db "INSERT OR REPLACE INTO dashboards (pid,username,hostname,ipaddr,portnum) VALUES (?,?,?,?,?);")
pid username hostname ipaddr port)
(close-database db)))
;; unregister a monitor
;;
(define (mddb:unregister-dashboard host port)
(let* ((db (mddb:open-db)))
(print "Register unregister monitor, host:port=" host ":" port)
(exec (sql db "DELETE FROM dashboards WHERE hostname=? AND portnum=?;") host port)
(close-database db)))
;; get registered dashboards
;;
(define (mddb:get-dashboards)
(let ((db (mddb:open-db)))
(query fetch-column
(sql db "SELECT ipaddr || ':' || portnum FROM dashboards;"))))
;;
;;
;; (define (common:send-dboard-main-changed)
;; (let* ((dashboard-ips (mddb:get-dashboards)))
;; (for-each
;; (lambda (ipadr)
;; (let* ((soc (common:open-nm-req (conc "tcp://" ipadr)))
;; (msg (conc "main " *toppath*))
;; (res (common:nm-send-receive-timeout soc msg)))
;; (if (not res) ;; couldn't reach that dashboard - remove it from db
;; (print "ERROR: couldn't reach dashboard " ipadr))
;; res))
;; dashboard-ips)))
;;
;;
;; ;;======================================================================
;; ;; D A S H B O A R D D B
;; ;;======================================================================
;;
;; (define (mddb:open-db)
;; (let* ((db (open-database (conc (get-environment-variable "HOME") "/.dashboard.db"))))
;; (set-busy-handler! db (busy-timeout 10000))
;; (for-each
;; (lambda (qry)
;; (exec (sql db qry)))
;; (list
;; "CREATE TABLE IF NOT EXISTS vars (id INTEGER PRIMARY KEY,key TEXT, val TEXT, CONSTRAINT varsconstraint UNIQUE (key));"
;; "CREATE TABLE IF NOT EXISTS dashboards (
;; id INTEGER PRIMARY KEY,
;; pid INTEGER,
;; username TEXT,
;; hostname TEXT,
;; ipaddr TEXT,
;; portnum INTEGER,
;; start_time TIMESTAMP DEFAULT (strftime('%s','now')),
;; CONSTRAINT hostport UNIQUE (hostname,portnum)
;; );"
;; ))
;; db))
;;
;; ;; register a dashboard
;; ;;
;; (define (mddb:register-dashboard port)
;; (let* ((pid (current-process-id))
;; (hostname (get-host-name))
;; (ipaddr (server:get-best-guess-address hostname))
;; (username (current-user-name)) ;; (car userinfo)))
;; (db (mddb:open-db)))
;; (print "Register monitor, pid: " pid ", hostname: " hostname ", port: " port ", username: " username)
;; (exec (sql db "INSERT OR REPLACE INTO dashboards (pid,username,hostname,ipaddr,portnum) VALUES (?,?,?,?,?);")
;; pid username hostname ipaddr port)
;; (close-database db)))
;;
;; ;; unregister a monitor
;; ;;
;; (define (mddb:unregister-dashboard host port)
;; (let* ((db (mddb:open-db)))
;; (print "Register unregister monitor, host:port=" host ":" port)
;; (exec (sql db "DELETE FROM dashboards WHERE hostname=? AND portnum=?;") host port)
;; (close-database db)))
;;
;; ;; get registered dashboards
;; ;;
;; (define (mddb:get-dashboards)
;; (let ((db (mddb:open-db)))
;; (query fetch-column
;; (sql db "SELECT ipaddr || ':' || portnum FROM dashboards;"))))
;;======================================================================
;; T E S T L A U N C H I N G P E R I T E M W I T H H O S T T Y P E S
;;======================================================================
;;
;; [hosts]
;; arm cubie01 cubie02
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;; (include "common.scm")
;; (include "megatest-version.scm")
;; fake out readline usage of toplevel-command
(define (toplevel-command . a) #f)
(use srfi-1 posix srfi-69 readline ;; regex regex-case srfi-69 apropos json http-client directory-utils rpc typed-records;; (srfi 18) extras)
srfi-18 extras format pkts pkts regex regex-case
srfi-18 extras format pkts regex regex-case
(prefix dbi dbi:)) ;; zmq extras)
(declare (uses common))
(declare (uses megatest-version))
(declare (uses margs))
(declare (uses configf))
;; (declare (uses rmt))
(include "megatest-fossil-hash.scm")
(require-library stml)
;; stuff for the mapper and checker functions
;;
(define *target-mappers* (make-hash-table)) ;; '())
(define *runname-mappers* (make-hash-table)) ;; '())
(define *target-mappers* (make-hash-table))
(define *runname-mappers* (make-hash-table))
(define *area-checkers* (make-hash-table))
;; helpers for mappers/checkers
(define (add-target-mapper name proc)
(hash-table-set! *target-mappers* name proc))
(define (add-runname-mapper name proc)
(hash-table-set! *runname-mappers* name proc))
(define (add-area-checker name proc)
(hash-table-set! *area-checkers* name proc))
;; given a runkey, xlatr-key and other info return one of the following:
;; list of targets, null list to skip processing
;;
(define (map-targets mtconf aval-alist runkey area contour #!key (xlatr-key-in #f))
(let* ((xlatr-key (or xlatr-key-in
(conf-get/default mtconf aval-alist 'targtrans)))
(proc (hash-table-ref/default *target-mappers* xlatr-key #f)))
(if proc
(begin
(print "Using target mapper: " area-xlatr)
(handle-exceptions
exn
(begin
(print "FAILED TO RUN TARGET MAPPER FOR " area ", called " area-xlatr)
(print " function is: " (hash-table-ref/default *target-mappers* xlatr-key #f ) )
(print " message: " ((condition-property-accessor 'exn 'message) exn))
runkey)
(proc runkey area contour)))
(begin
(if xlatr-key
(print "ERROR: Failed to find named target translator " xlatr-key ", using original target."))
`(,runkey))))) ;; no proc then use runkey
;; given mtconf and areaconf extract a translator/filter, first look at areaconf
;; then if not found look at default
;;
(define (conf-get/default mtconf areaconf keyname #!key (default #f))
(let ((res (or (alist-ref keyname areaconf)
(configf:lookup mtconf "default" (conc keyname))
default)))
(if res
(string->symbol res)
res)))
;; this needs some thought regarding security implications.
;;
;; i. Check that owner of the file and calling user are same?
;; ii. Check that we are in a legal megatest area?
;; iii. Have some form of authentication or record of the md5sum or similar of the file?
;; iv. Use compiled version in preference to .scm version. Thus there is a manual "blessing"
;; required to use .mtutil.scm.
;;
(if (file-exists? "megatest.config")
(if (file-exists? ".mtutil.so")
(load ".mtutil.so")
(if (file-exists? ".mtutil.scm")
(load ".mtutil.scm"))))
(load ".mtutil.scm"))))
;; Disabled help items
;; -rollup : (currently disabled) fill run (set by :runname) with latest test(s)
;; from prior runs with same keys
;; Contour actions
;; import : import pkts
;; dispatch : dispatch queued run jobs from imported pkts
;; rungen : look at input sense list in [rungen] and generate run pkts
(define help (conc "
mtutil, part of the Megatest tool suite, documentation at http://www.kiatoa.com/fossils/megatest
version " megatest-version "
license GPL, Copyright Matt Welland 2006-2017
Usage: mtutil action [options]
-h : this help
-manual : show the Megatest user manual
-version : print megatest version (currently " megatest-version ")
Actions:
run : initiate runs
remove : remove runs
rerun : register action for processing
set-ss : set state/status
archive : compress and move test data to archive disk
kill : stop tests or entire runs
db : database utilities
-h : this help
-manual : show the Megatest user manual
-version : print megatest version (currently " megatest-version ")
Actions:
run : initiate runs
remove : remove runs
rerun : register action for processing
set-ss : set state/status
archive : compress and move test data to archive disk
kill : stop tests or entire runs
db : database utilities
areas, contours, setup : show areas, contours or setup section from megatest.config
Contour actions:
process : runs import, rungen and dispatch
Selectors
-immediate : apply this action immediately, default is to queue up actions
-area areapatt1,area2... : apply this action only to the specified areas
-target key1/key2/... : run for key1, key2, etc.
-test-patt p1/p2,p3/... : % is wildcard
-run-name : required, name for this particular test run
-contour contourname : run all targets for contourname, requires -run-name, -target
-state-status c/p,c/f : Specify a list of state and status patterns
-tag-expr tag1,tag2%,.. : select tests with tags matching expression
-mode-patt key : load testpatt from <key> in runconfigs instead of default TESTPATT
if -testpatt and -tagexpr are not specified
-new state/status : specify new state/status for set-ss
Misc
-start-dir path : switch to this directory before running mtutil
-set-vars V1=1,V2=2 : Add environment variables to a run NB// these are
overwritten by values set in config files.
-log logfile : send stdout and stderr to logfile
-repl : start a repl (useful for extending megatest)
-load file.scm : load and run file.scm
-debug N|N,M,O... : enable debug messages 0-N or N and M and O ...
Utility
db pgschema : emit postgresql schema; do \"mtutil db pgschema | psql -d mydb\"
process : runs import, rungen and dispatch
Selectors
-immediate : apply this action immediately, default is to queue up actions
-area areapatt1,area2... : apply this action only to the specified areas
-target key1/key2/... : run for key1, key2, etc.
-test-patt p1/p2,p3/... : % is wildcard
-run-name : required, name for this particular test run
-contour contourname : run all targets for contourname, requires -run-name, -target
-state-status c/p,c/f : Specify a list of state and status patterns
-tag-expr tag1,tag2%,.. : select tests with tags matching expression
-mode-patt key : load testpatt from <key> in runconfigs instead of default TESTPATT
if -testpatt and -tagexpr are not specified
-new state/status : specify new state/status for set-ss
Misc
-start-dir path : switch to this directory before running mtutil
-set-vars V1=1,V2=2 : Add environment variables to a run NB// these are
overwritten by values set in config files.
-log logfile : send stdout and stderr to logfile
-repl : start a repl (useful for extending megatest)
-load file.scm : load and run file.scm
-debug N|N,M,O... : enable debug messages 0-N or N and M and O ...
Utility
db pgschema : emit postgresql schema; do \"mtutil db pgschema | psql -d mydb\"
Examples:
# Start a megatest run in the area \"mytests\"
mtutil -area mytests -action run -target v1.63/aa3e -mode-patt MYPATT -tag-expr quick
mtutil run -area mytests -target v1.63/aa3e -mode-patt MYPATT -tag-expr quick
# Start a contour
mtutil run -contour quick -target v1.63/aa3e
Called as " (string-intersperse (argv) " ") "
Version " megatest-version ", built from " megatest-fossil-hash ))
;; args and pkt key specs
;;
(define *arg-keys*
'(
'(("-area" . G) ;; maps to group
("-target" . t)
("-run-name" . n)
("-state" . e)
("-status" . s)
("-contour" . c)
("-test-patt" . p) ;; idea, enhance margs ("-test-patt" "-testpatt") => yields one value in "-test-patt"
("-mode-patt" . o)
("-tag-expr" . x)
("-area" . G) ;; maps to group
("-contour" . c)
("-append-config" . d)
("-state" . e)
("-item-patt" . i)
("-sync-to" . k)
("-run-name" . n)
("-mode-patt" . o)
("-test-patt" . p) ;; idea, enhance margs ("-test-patt" "-testpatt") => yields one value in "-test-patt"
("-status" . s)
("-target" . t)
("-tag-expr" . x)
("-item-patt" . i)
("-sync-to" . k)
("-append-config" . d)
;; misc
("-start-dir" . S)
("-msg" . M)
("-set-vars" . v)
("-debug" . #f) ;; for *verbosity* > 2
("-load" . #f) ;; load and exectute a scheme file
("-log" . #f)
("-debug" . #f) ;; for *verbosity* > 2
("-load" . #f) ;; load and exectute a scheme file
("-log" . #f)
("-msg" . M)
("-start-dir" . S)
("-set-vars" . v)
))
(define *switch-keys*
'(
'(("-h" . #f)
("-help" . #f)
("--help" . #f)
("-manual" . #f)
("-version" . #f)
;; misc
("-repl" . #f)
("-immediate" . I)
("-preclean" . r)
("-rerun-all" . u)
("-h" . #f)
("-help" . #f)
("--help" . #f)
("-manual" . #f)
("-version" . #f)
;; misc
("-repl" . #f)
("-immediate" . I)
("-preclean" . r)
("-rerun-all" . u)
("-prepend-contour" . w)
))
;; alist to map actions to old megatest commands
(define *action-keys*
'((run . "-run")
(sync . "")
(archive . "-archive")
(set-ss . "-set-state-status")))
;; Card types:
;;
;; A action
;; U username (Unix)
;; D timestamp
;; T card type
;; utilitarian alist for standard cards
;;
(define *additional-cards*
'(
;; Standard Cards
(A . action )
(D . timestamp )
(T . cardtype )
(U . user ) ;; username
(Z . shar1sum )
;; Extras
(a . runkey ) ;; needed for matching up pkts with target derived from runkey
))
;; inlst is an alternative input
;;
(define (lookup-param-by-key key #!key (inlst #f))
(fold (lambda (a res)
(if (eq? (cdr a) key)
(car a)
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(else ;; have some unrecognised junk? spit out error message
(print "ERROR: fossil timeline returned unrecognisable junk \"" inl "\"")
(loop (get-line) date node time))))
(else ;; no more datat and last node on branch not found
(close-input-port timeline-port)
(values (common:date-time->seconds (conc date " " time)) node))))))
;;======================================================================
;; GLOBALS
;;======================================================================
;; Card types:
;;
;; a action
;; u username (Unix)
;; D timestamp
;; T card type
;; process args
(define *action* (if (> (length (argv)) 1)
(cadr (argv))
#f))
(define remargs (args:get-args
(if *action* (cdr (argv)) (argv)) ;; args:get-args dumps first in argv list (the program name)
(map car *arg-keys*)
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;;
(if (and (not (null? remargs))
(not (or
(args:get-arg "-runstep")
(args:get-arg "-envcap")
(args:get-arg "-envdelta")
(member *action* '("db")) ;; very loose checks on db.
(equal? *action* "show") ;; just keep going if list
)))
(debug:print-error 0 *default-log-port* "Unrecognised arguments: " (string-intersperse (if (list? remargs) remargs (argv)) " ")))
(if (or (args:any? "-h" "help" "-help" "--help")
(member *action* '("-h" "-help" "--help" "help")))
(begin
(print help)
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(toppath (configf:lookup mtconf "dyndat" "toppath"))
(pdbpath (or (configf:lookup mtconf "setup" "pdbpath") pktsdir)))
(if (not (and pktsdir toppath pdbpath))
(begin
(print "ERROR: settings are missing in your megatest.config for area management.")
(print " you need to have pktsdir in the [setup] section."))
(let* ((pdb (open-queue-db pdbpath "pkts.db"
schema: '("CREATE TABLE groups (id INTEGER PRIMARY KEY,groupname TEXT, CONSTRAINT group_constraint UNIQUE (groupname));"))))
(proc pktsdirs pktsdir pdb)
(dbi:close pdb)))))
schema: '("CREATE TABLE groups (id INTEGER PRIMARY KEY,groupname TEXT, CONSTRAINT group_constraint UNIQUE (groupname));")))
(res (proc pktsdirs pktsdir pdb)))
(dbi:close pdb)
res
))))
(define (load-pkts-to-db mtconf)
(with-queue-db
mtconf
(lambda (pktsdirs pktsdir pdb)
(for-each
(lambda (pktsdir) ;; look at all
(if (and (file-exists? pktsdir)
(directory? pktsdir)
(file-read-access? pktsdir))
(let ((pkts (glob (conc pktsdir "/*.pkt"))))
(for-each
(lambda (pkt)
(let* ((uuid (cadr (string-match ".*/([0-9a-f]+).pkt" pkt)))
(exists (lookup-by-uuid pdb uuid #f)))
(if (not exists)
(let* ((pktdat (string-intersperse
(with-input-from-file pkt read-lines)
"\n"))
(apkt (pkt->alist pktdat))
(ptype (alist-ref 'T apkt)))
(add-to-queue pdb pktdat uuid (or ptype 'cmd) #f 0)
(ptype (alist-ref 'T apkt))
(parent (alist-ref 'P apkt)))
(add-to-queue pdb pktdat uuid (or ptype 'cmd) parent 0)
(debug:print 4 *default-log-port* "Added " uuid " of type " ptype " to queue"))
(debug:print 4 *default-log-port* "pkt: " uuid " exists, skipping...")
)))
pkts))))
(string-split pktsdirs)))))
(define (get-pkt-alists pkts)
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(else (current-seconds))))
(args-data (if args-alist
(if (hash-table? args-alist) ;; seriously?
(hash-table->alist args-alist)
args-alist)
(hash-table->alist args:arg-hash))) ;; if no args-alist then we assume this is a call driven directly by commandline
(alldat (apply append (list 'T "cmd"
'a action
'A action
'U (current-user-name)
'D sched)
extra-dat
(map (lambda (x)
(let* ((param (car x))
(value (cdr x))
(pmeta (assoc param *arg-keys*)) ;; translate the card key to a megatest switch or parameter
(smeta (assoc param *switch-keys*)) ;; first lookup the key in arg-keys or switch-keys
(meta (if (or pmeta smeta)
(cdr (or pmeta smeta)) ;; found it?
#f)))
(if (or pmeta smeta) ;; construct the switch/param pair.
(list meta value)
'())))
(filter cdr args-data)))))
;; (print "Alldat: " alldat
;; " args-data: " args-data)
(print "Alldat: " alldat
" args-data: " args-data)
(add-z-card
(apply construct-sdat alldat))))
(define (simple-setup start-dir-in)
(let* ((start-dir (or start-dir-in "."))
(mtconfig (or (args:get-arg "-config") "megatest.config"))
(mtconfdat (find-and-read-config ;; NB// sets MT_RUN_AREA_HOME as side effect
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;; i. Take the code that builds the info to submit to create-run-pkt and have it
;; generate the pkt keys directly.
;; ii. Pass the pkt keys and values to this proc and go from there.
;; iii. Maybe have an abstraction alist with meaningful names for the pkt keys
;;
;; Override the run start time record with sched. Usually #f is fine.
;;
(define (create-run-pkt mtconf action area runkey runname mode-patt tag-expr pktsdir reason contour sched dbdest append-conf runtrans)
(define (create-run-pkt mtconf action area runkey target runname mode-patt
tag-expr pktsdir reason contour sched dbdest append-conf
runtrans)
(let* ((good-val (lambda (inval)(and inval (string? inval)(not (string-null? inval)))))
(area-dat (val->alist (or (configf:lookup mtconf "areas" area) "")))
(area-path (alist-ref 'path area-dat))
(area-xlatr (alist-ref 'targtrans area-dat))
(new-runname (let* ((callname (if (string? runtrans)(string->symbol runtrans) #f))
;; (area-xlatr (alist-ref 'targtrans area-dat))
;; (xlatr-key (if area-xlatr (string->symbol area-xlatr) #f))
(new-runname (let* ((callname (if (string? runtrans)(string->symbol runtrans) #f))
(mapper (if callname (hash-table-ref/default *runname-mappers* callname #f) #f)))
;; (print "callname=" callname " runtrans=" runtrans " mapper=" mapper)
(if (and callname
(not (equal? callname "auto"))
(not mapper))
(print "No mapper " callname " for area " area " using " callname " as the runname"))
(if mapper
(handle-exceptions
exn
(begin
(print-call-chain)
(print "FAILED TO RUN RUNNAME MAPPER " callname " FOR AREA " area)
(print " message: " ((condition-property-accessor 'exn 'message) exn))
runname)
(print "(mapper " (string-intersperse (list runkey runname area area-path reason contour mode-patt) ", ") ")")
(mapper runkey runname area area-path reason contour mode-patt))
(case callname
((auto) runname)
(else runtrans)))))
(new-target target) ;; I believe we will want target manipulation here .. (map-targets xlatr-key runkey area contour))
(new-target (if area-xlatr
(actual-action (if action
(let ((xlatr-key (string->symbol area-xlatr)))
(if (hash-table-exists? *target-mappers* xlatr-key)
(begin
(if (equal? action "sync-prepend")
"sync"
(print "Using target mapper: " area-xlatr)
(handle-exceptions
action)
exn
(begin
(print "FAILED TO RUN TARGET MAPPER FOR " area ", called " area-xlatr)
(print " function is: " (hash-table-ref/default *target-mappers* xlatr-key #f ) )
"run"))) ;; this has gotten a bit ugly. Need a function to handle actions processing.
(print " message: " ((condition-property-accessor 'exn 'message) exn))
runkey)
((hash-table-ref *target-mappers* xlatr-key)
runkey new-runname area area-path reason contour mode-patt)))
(begin
(print "ERROR: Failed to find named target translator " xlatr-key ", using original target.")
runkey)))
runkey)))
;; some hacks to remove switches not needed in certain cases
(case (string->symbol (or action "run"))
((sync)
((sync sync-prepend)
(set! new-target #f)
(set! runame #f)))
(print "area-path: " area-path " area-xlatr: " area-xlatr " orig-target: " runkey " new-target: " new-target)
;; (print "area-path: " area-path " orig-target: " runkey " new-target: " new-target)
(let-values (((uuid pkt)
(command-line->pkt
(if action action "run")
actual-action
(append
`(("-start-dir" . ,area-path)
("-msg" . ,reason)
("-contour" . ,contour))
(if (good-val new-runname) `(("-run-name" . ,new-runname)) '())
(if (good-val new-target) `(("-target" . ,new-target)) '())
(if (good-val mode-patt) `(("-mode-patt" . ,mode-patt)) '())
(if (good-val tag-expr) `(("-tag-expr" . ,tag-expr)) '())
(if (good-val dbdest) `(("-sync-to" . ,dbdest)) '())
(if (good-val append-conf) `(("-append-config" . ,append-conf)) '())
(if (equal? action "sync-prepend") '(("-prepend-contour" . " ")) '())
(if (not (or mode-patt tag-expr))
`(("-testpatt" . "%"))
'())
(if (or (not action)
(equal? action "run"))
`(("-preclean" . " ")
("-rerun-all" . " ")) ;; if run we *always* want preclean set, use single space as placeholder
'())
)
sched
extra-dat: `((a . ,runkey)) ;; we need the run key for marking the run as launched
extra-dat: `(a ,runkey) ;; we need the run key for marking the run as launched
)))
(with-output-to-file
(conc pktsdir "/" uuid ".pkt")
(lambda ()
(print pkt))))))
;; look for areas=a1,a2,a3 OR areafn=somefuncname
;;
(define (val-alist->areas val-alist)
(let ((areas-string (alist-ref 'areas val-alist))
(areas-procname (alist-ref 'areafn val-alist)))
(if areas-procname ;; areas-procname take precedence
areas-procname
(string-split (or (alist-ref 'areas val-alist) "") ","))
(string-split (or areas-string "") ","))))
(define (area-allowed? area areas)
(or (not areas)
(null? areas)
(member area areas)))
(define (area-allowed? area areas runkey contour)
(cond
((not areas) #t) ;; no spec
((string? areas) ;;
(let ((check-fn (hash-table-ref/default *area-checkers* areas #f)))
(if check-fn
(check-fn area runkey contour)
#f)))
((list? areas)(member area areas))
(else #f))) ;; shouldn't get here
;; (use trace)(trace create-run-pkt)
;; collect all needed data and create run pkts for contours with changed inputs
;;
(define (generate-run-pkts mtconf toppath)
(let ((std-runname (conc "sched" (time->string (seconds->local-time (current-seconds)) "%M%H%d"))))
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(ruletype (if (> len-key 1)(cadr keyparts) #f))
(action (if (> len-key 2)(caddr keyparts) #f))
(optional (if (> len-key 3)(cadddr keyparts) #f))
;; (val-list (string-split-fields ";\\s*" val #:infix)) ;; (string-split val)) ;; runname-rule params
(val-alist (val->alist val))
(runname (make-runname "" ""))
(runtrans (alist-ref 'runtrans val-alist))
;; these may or may not be defined and not all are used in each handler type in the case below
(run-name (alist-ref 'run-name val-alist))
(target (alist-ref 'target val-alist))
(crontab (alist-ref 'cron val-alist))
(areas (val-alist->areas val-alist)) ;; areas can be a single string (a reference to call an areas function), or a list of area names.
(dbdest (alist-ref 'dbdest val-alist))
(appendconf (alist-ref 'appendconf val-alist))
(file-globs (alist-ref 'glob val-alist))
(runstarts (find-pkts pdb '(runstart) `((o . ,contour)
(t . ,runkey))))
(rspkts (get-pkt-alists runstarts))
;; starttimes is for run start times and is used to know when the last run was launched
(starttimes (get-pkt-times rspkts)) ;; sort by age (youngest first) and delete duplicates by target
(last-run (if (null? starttimes) ;; if '() then it has never been run, else get the max
0
(apply max (map cdr starttimes))))
(last-run (if (null? starttimes) ;; if '() then it has never been run, else get the max
0
(apply max (map cdr starttimes))))
;; synctimes is for figuring out the last time a sync was done
(syncstarts (find-pkts pdb '(syncstart) '())) ;; no qualifiers, a sync does all tarets etc.
(sspkts (get-pkt-alists syncstarts))
(synctimes (get-pkt-times sspkts))
(last-sync (if (null? synctimes) ;; if '() then it has never been run, else get the max
0
(apply max (map cdr synctimes))))
(syncstarts (find-pkts pdb '(syncstart) '())) ;; no qualifiers, a sync does all tarets etc.
(sspkts (get-pkt-alists syncstarts))
(synctimes (get-pkt-times sspkts))
(last-sync (if (null? synctimes) ;; if '() then it has never been run, else get the max
0
(apply max (map cdr synctimes))))
)
(let ((delta (lambda (x)
(round (/ (- (current-seconds) x) 60)))))
(print "runkey: " runkey ", ruletype: " ruletype ", action: " action ", last-run: " last-run " time since; last-run: " (delta last-run) ", last-sync: " (delta last-sync)))
(print "val-alist=" val-alist " runtrans=" runtrans)
;; look in runstarts for matching runs by target and contour
;; get the timestamp for when that run started and pass it
;; to the rule logic here where "ruletype" will be applied
;; if it comes back "changed" then proceed to register the runs
(case (string->symbol (or ruletype "no-such-rule"))
((no-such-rule) (print "ERROR: no such rule for " sense))
;; Handle crontab like rules
;;
((scheduled)
(if (not (alist-ref 'cron val-alist)) ;; gotta have cron spec
(print "ERROR: bad sense spec \"" (string-intersperse sense " ") "\" params: " val-alist)
(let* ((run-name (alist-ref 'run-name val-alist))
(let* (
(target (alist-ref 'target val-alist))
(crontab (alist-ref 'cron val-alist))
(areas (val-alist->areas val-alist))
;; (action (alist-ref 'action val-alist))
(cron-safe-string (string-translate (string-intersperse (string-split (alist-ref 'cron val-alist)) "-") "*" "X"))
(cron-safe-string (string-translate (string-intersperse (string-split crontab) "-") "*" "X"))
(runname std-runname)) ;; (conc "sched" (time->string (seconds->local-time (current-seconds)) "%M%H%d")))))
;; (print "last-run: " last-run " need-run: " need-run)
;; (if need-run
(case (string->symbol action)
((sync)
((sync sync-prepend)
(if (common:extended-cron crontab #f last-sync)
(push-run-spec torun contour runkey
`((message . ,(conc ruletype ":sync-" cron-safe-string))
(action . ,action)
(dbdest . ,(alist-ref 'dbdest val-alist))
(append . ,(alist-ref 'appendconf val-alist))))))
(dbdest . ,dbdest)
(append . ,appendconf)
(areas . ,areas)))))
((run)
(if (common:extended-cron crontab #f last-run)
(push-run-spec torun contour runkey
`((message . ,(conc ruletype ":" cron-safe-string))
(runname . ,runname)
`((message . ,(conc ruletype ":" cron-safe-string))
(runname . ,runname)
(runtrans . ,runtrans)
(action . ,action)
(target . ,target)))))
(action . ,action)
(areas . ,areas)
(target . ,target)))))
((remove)
(push-run-spec torun contour runkey
`((message . ,(conc ruletype ":" cron-safe-string))
(runname . ,runname)
`((message . ,(conc ruletype ":" cron-safe-string))
(runname . ,runname)
(runtrans . ,runtrans)
(action . ,action)
(target . ,target))))
(action . ,action)
(areas . ,areas)
(target . ,target))))
(else
(print "ERROR: action \"" action "\" has no scheduled handler")
)))))
;; script based sensors
;;
((script)
;; syntax is a little different here. It is a list of commands to run, "scriptname = extra_parameters;scriptname = ..."
;; where scriptname may be repeated multiple times. The script must return unix-epoch of last change, new-target-name and new-run-name
;; the script is called like this: scriptname contour runkey std-runname action extra_param1 extra_param2 ...
(for-each
(lambda (cmd)
(print "cmd: " cmd)
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(need-run (> last-change last-run)))
(print "last-run: " last-run " need-run: " need-run)
(if need-run
(let* ((key-msg `((message . ,(conc ruletype ":" message))
(runname . ,runname)
(runtrans . ,runtrans)
(action . ,action)
(areas . ,areas)
(target . ,new-target))))
(target . ,new-target) ;; overriding with result from runing the script
)))
(print "key-msg: " key-msg)
(push-run-spec torun contour
(if optional ;; we need to be able to differentiate same contour, different behavior.
(conc runkey ":" optional) ;; NOTE: NOT COMPLETELY IMPLEMENTED. DO NOT USE
runkey)
key-msg)))))))
val-alist)) ;; iterate over the param split by ;\s*
;; fossil scm based triggers
;;
((fossil)
(for-each
(lambda (fspec)
(print "fspec: " fspec)
(let* ((url (symbol->string (car fspec))) ;; THIS COULD BE TROUBLE. Add option to reading line to return as string.
(branch (cdr fspec))
(url-is-file (string-match "^(/|file:).*$" url))
(fname (conc (common:get-signature url) ".fossil"))
(fdir (conc "/tmp/" (current-user-name) "/mtutil_cache")))
;; (if (not url-is-file) ;; need to sync first --- for now, clone 'em all.
(fossil:clone-or-sync url fname fdir) ;; )
(let-values (((datetime node)
(fossil:last-change-node-and-time fdir fname branch)))
(if (null? starttimes)
(push-run-spec torun contour runkey
`((message . ,(conc "fossil:" branch "-neverrun"))
(runname . ,(conc runname "-" node))
`((message . ,(conc "fossil:" branch "-neverrun"))
(runname . ,(conc runname "-" node))
(runtrans . ,runtrans)
(areas . ,areas)
(target . ,runkey)))
;; (target . ,runkey)
))
(if (> datetime last-run) ;; change time is greater than last-run time
(push-run-spec torun contour runkey
`((message . ,(conc "fossil:" branch "-" node))
(runname . ,(conc runname "-" node))
`((message . ,(conc "fossil:" branch "-" node))
(runname . ,(conc runname "-" node))
(runtrans . ,runtrans)
(areas . ,areas)
(target . ,runkey)))))
;; (target . ,runkey)
))))
(print "Got datetime=" datetime " node=" node))))
val-alist))
;; sensor looking for one or more files newer than reference
;;
((file file-or) ;; one or more files must be newer than the reference
(let* ((file-globs (alist-ref 'glob val-alist))
(areas (val-alist->areas val-alist))
(youngestdat (common:get-youngest (common:bash-glob file-globs)))
(let* ((youngestdat (common:get-youngest (common:bash-glob file-globs)))
(youngestmod (car youngestdat)))
;; (print "youngestmod: " youngestmod " starttimes: " starttimes)
(if (null? starttimes) ;; this target has never been run
(push-run-spec torun contour runkey
`((message . "file:neverrun")
(action . ,action)
`((message . "file:neverrun")
(action . ,action)
(runtrans . ,runtrans)
(target . ,runkey)
(runname . ,runname)))
;; (target . ,runkey)
(areas . ,areas)
(runname . ,runname)))
;; (for-each
;; (lambda (starttime) ;; look at the time the last run was kicked off for this contour
;; (if (> youngestmod (cdr starttime))
;; (begin
;; (print "starttime younger than youngestmod: " starttime " Youngestmod: " youngestmod)
(if (> youngestmod last-run)
(push-run-spec torun contour runkey
`((message . ,(conc ruletype ":" (cadr youngestdat)))
(action . ,action)
(target . ,runkey)
`((message . ,(conc ruletype ":" (cadr youngestdat)))
(action . ,action)
;; (target . ,runkey)
(runtrans . ,runtrans)
(areas . ,areas)
(runname . ,runname)
(runname . ,runname)
))))))
;; starttimes))
;; all globbed files must be newer than the reference
;;
((file-and) ;; all files must be newer than the reference
(let* ((file-globs (alist-ref 'glob val-alist))
(youngestdat (common:get-youngest file-globs))
(let* ((youngestdat (common:get-youngest file-globs))
(youngestmod (car youngestdat))
(success #t)) ;; any cases of not true, set flag to #f for AND
;; (print "youngestmod: " youngestmod " starttimes: " starttimes)
(if (null? starttimes) ;; this target has never been run
(push-run-spec torun contour runkey
`((message . "file:neverrun")
(runname . ,runname)
`((message . "file:neverrun")
(runname . ,runname)
(runtrans . ,runtrans)
(areas . ,areas)
(target . ,runkey)
(action . ,action)))
;; (target . ,runkey)
(action . ,action)))
;; NB// I think this is wrong. It should be looking at last-run only.
(if (> youngestmod last-run)
(if (> youngestmod last-run) ;; WAIT!! Shouldn't file-and be looking at the *oldest* file (thus all are younger than ...)
;; (for-each
;; (lambda (starttime) ;; look at the time the last run was kicked off for this contour
;; (if (< youngestmod (cdr starttime))
;; (set! success #f)))
;; starttimes))
;; (if success
;; (begin
;; (print "starttime younger than youngestmod: " starttime " Youngestmod: " youngestmod)
(push-run-spec torun contour runkey
`((message . ,(conc ruletype ":" (cadr youngestdat)))
(runname . ,runname)
`((message . ,(conc ruletype ":" (cadr youngestdat)))
(runname . ,runname)
(runtrans . ,runtrans)
(target . ,runkey)
(action . ,action)
;; (target . ,runkey)
(areas . ,areas)
(action . ,action)
))))))
(else (print "ERROR: unrecognised rule \"" ruletype)))))
keydats))) ;; sense rules
(hash-table-keys rgconf))
;; now have to run populated
(for-each
(lambda (contour)
(print "contour: " contour)
(let* ((val (or (configf:lookup mtconf "contours" contour) ""))
(val-alist (val->alist val))
(areas (val-alist->areas val-alist))
(selector (alist-ref 'selector val-alist))
(mode-tag (and selector (string-split-fields "/" selector #:infix)))
(mode-patt (and mode-tag (if (eq? (length mode-tag) 2)(cadr mode-tag) #f)))
(tag-expr (and mode-tag (if (null? mode-tag) #f (car mode-tag)))))
(let* ((cval (or (configf:lookup mtconf "contours" contour) ""))
(cval-alist (val->alist cval)) ;; BEWARE ... NOT the same val-alist as above!
(areas (val-alist->areas cval-alist))
(selector (alist-ref 'selector cval-alist))
(mode-tag (and selector (string-split-fields "/" selector #:infix)))
(mode-patt (and mode-tag (if (eq? (length mode-tag) 2)(cadr mode-tag) #f)))
(tag-expr (and mode-tag (if (null? mode-tag) #f (car mode-tag)))))
(print "contour: " contour " areas=" areas " cval=" cval)
(for-each
(lambda (runkeydatset)
;; (print "runkeydatset: ")(pp runkeydatset)
(let ((runkey (car runkeydatset))
(runkeydats (cadr runkeydatset)))
(for-each
(lambda (runkeydat)
(for-each
(lambda (area)
(if (area-allowed? area areas) ;; is this area to be handled (from areas=a,b,c ...)
(let ((runname (alist-ref 'runname runkeydat))
(runtrans (alist-ref 'runtrans runkeydat))
(reason (alist-ref 'message runkeydat))
(sched (alist-ref 'sched runkeydat))
(action (alist-ref 'action runkeydat))
(dbdest (alist-ref 'dbdest runkeydat))
(append (alist-ref 'append runkeydat))
(target (or (alist-ref 'target runkeydat) runkey))) ;; override with target if forced
(print "Have: runkey=" runkey " contour=" contour " area=" area " action=" action " tag-expr=" tag-expr " mode-patt=" mode-patt " target=" target)
(if (case (or (and action (string->symbol action)) 'noaction) ;; ensure we have the needed data to run this action
((noaction) #f)
((run) (and runname reason))
((sync) (and reason dbdest))
(else #f))
;; instead of unwrapping the runkeydat alist, pass it directly to create-run-pkt
(create-run-pkt mtconf action area runkey runname mode-patt tag-expr pktsdir reason contour sched dbdest append runtrans)
(print "ERROR: Missing info to make a " action " call: runkey=" runkey " contour=" contour " area=" area " tag-expr=" tag-expr " mode-patt=" mode-patt " dbdest=" dbdest)
))
(print "NOTE: skipping " runkeydat " for area, not in " areas)))
all-areas))
(if (area-allowed? area areas runkey contour) ;; is this area to be handled (from areas=a,b,c OR using areafn=abcfn and *area-checks* ...)
(let* ((aval (or (configf:lookup mtconf "areas" area) ""))
(aval-alist (val->alist aval))
(runname (alist-ref 'runname runkeydat))
(runtrans (alist-ref 'runtrans runkeydat))
(reason (alist-ref 'message runkeydat))
(sched (alist-ref 'sched runkeydat))
(action (alist-ref 'action runkeydat))
(dbdest (alist-ref 'dbdest runkeydat))
(append (alist-ref 'append runkeydat))
(targets (or (alist-ref 'target runkeydat)
(map-targets mtconf aval-alist runkey area contour)))) ;; override with target if forced
;; NEED TO EXPAND RUNKEY => ALL TARGETS MAPPED AND THEN FOREACH ....
(for-each
(lambda (target)
(print "Creating pkt for runkey=" runkey " target=" target " contour=" contour " area=" area " action=" action " tag-expr=" tag-expr " mode-patt=" mode-patt)
(if (case (or (and action (string->symbol action)) 'noaction) ;; ensure we have the needed data to run this action
((noaction) #f)
((run) (and runname reason))
((sync sync-prepend) (and reason dbdest))
(else #f))
;; instead of unwrapping the runkeydat alist, pass it directly to create-run-pkt
(create-run-pkt mtconf action area runkey target runname mode-patt
tag-expr pktsdir reason contour sched dbdest append
runtrans)
(print "ERROR: Missing info to make a " action " call: runkey=" runkey " contour=" contour " area=" area " tag-expr=" tag-expr " mode-patt=" mode-patt " dbdest=" dbdest)
))
targets))
(print "NOTE: skipping " runkeydat " for area \"" area "\", not in " areas)))
all-areas))
runkeydats)))
(let ((res (configf:get-section torun contour))) ;; each contour / target
;; (print "res=" res)
res))))
(hash-table-keys torun)))))))
(define (pkt->cmdline pkta)
(let ((action (or (lookup-action-by-key (alist-ref 'a pkta)) "noaction")))
(let ((action (or (lookup-action-by-key (alist-ref 'A pkta)) "noaction")))
(fold (lambda (a res)
(let* ((key (car a)) ;; get the key name
(val (cdr a))
(par (or (lookup-param-by-key key) ;; need to check also if it is a switch
(lookup-param-by-key key inlst: *switch-keys*))))
;; (print "key: " key " val: " val " par: " par)
(if par
(conc res " " (param-translate par) " " val)
(if (member key '(a Z U D T)) ;; a is the action
(if (alist-ref key *additional-cards*) ;; these cards do not translate to parameters or switches
res
(begin
(print "ERROR: Unknown key in packet \"" key "\" with value \"" val "\"")
res)))))
(conc "megatest " (if (not (member action '("sync")))
(conc action " ")
""))
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(contours (configf:get-section mtconf "contours"))
(pkts (find-pkts pdb '(cmd) '()))
(torun (make-hash-table)) ;; target => ( ... info ... )
(rgentargs (hash-table-keys rgconf))) ;; these are the targets registered for automatically triggering
(for-each
(lambda (pktdat)
(let* ((pkta (alist-ref 'apkt pktdat))
(action (alist-ref 'a pkta))
(action (alist-ref 'A pkta))
(cmdline (pkt->cmdline pkta))
(uuid (alist-ref 'Z pkta))
(logf (conc logdir "/" uuid "-run.log"))
(fullcmd (conc "NBFAKE_LOG=" logf " nbfake " cmdline)))
(print "RUNNING: " fullcmd)
(system fullcmd)
(mark-processed pdb (list (alist-ref 'id pktdat)))
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(let ((debugcontrolf (conc (get-environment-variable "HOME") "/.mtutilrc")))
(if (file-exists? debugcontrolf)
(load debugcontrolf)))
(if *action*
(case (string->symbol *action*)
((run remove rerun set-ss archive kill)
((run remove rerun set-ss archive kill list)
(let* ((mtconfdat (simple-setup (args:get-arg "-start-dir")))
(mtconf (car mtconfdat))
(pktsdirs (configf:lookup mtconf "setup" "pktsdirs"))
(pktsdir (if pktsdirs (car (string-split pktsdirs " ")) #f))
(adjargs (hash-table-copy args:arg-hash)))
;; (for-each
;; (lambda (key)
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(load-pkts-to-db mtconf)
(generate-run-pkts mtconf toppath)
(load-pkts-to-db mtconf)
(dispatch-commands mtconf toppath)))
((import) (load-pkts-to-db mtconf)) ;; import pkts
((rungen) (generate-run-pkts mtconf toppath))
((dispatch) (dispatch-commands mtconf toppath)))))
;; misc
((show)
(if (> (length remargs) 0)
(let* ((mtconfdat (simple-setup (args:get-arg "-start-dir")))
(mtconf (car mtconfdat))
(sect-dat (configf:get-section mtconf (car remargs))))
(if sect-dat
(for-each
(lambda (entry)
(if (> (length entry) 1)
(print (car entry) " " (cadr entry))
(print (car entry))))
sect-dat)
(print "No section \"" (car remargs) "\" found")))
(print "ERROR: list requires section parameter; areas, setup or contours")))
((gendot)
(let* ((mtconfdat (simple-setup (args:get-arg "-start-dir")))
(mtconf (car mtconfdat)))
(with-queue-db
mtconf
(lambda (pktsdirs pktsdir conn)
(make-report "out.dot" conn '())))))
((db)
(if (null? remargs)
(print "ERROR: missing sub command for db command")
(let ((subcmd (car remargs)))
(case (string->symbol subcmd)
((pgschema)
(let* ((install-home (common:get-install-area))
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;; (import (prefix sqlite3 sqlite3:)) ;; doesn't work ...
(install-history-file (get-environment-variable "HOME") ".mtutil_history") ;; [homedir] [filename] [nlines])
(current-input-port (make-readline-port "mtutil> "))
(if (args:get-arg "-repl")
(repl)
(load (args:get-arg "-load")))))
#|
(define mtconf (car (simple-setup #f)))
(define dat (with-queue-db mtconf (lambda (conn)(get-pkts conn '()))))
(pp (pkts#flatten-all dat '((cmd . ((parent . P)(url . M)))(runtype . ((parent . P)))) 'id 'group-id 'uuid 'parent 'pkt-type 'pkt 'processed))
|#
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'have-procedure)
((or (list? items)(list? itemstable)) ;; calc now
(debug:print-info 4 *default-log-port* "items and itemstable are lists, calc now\n"
" items: " items " itemstable: " itemstable)
(items:get-items-from-config tconfig))
(else #f)))) ;; not iterated
;; returns waitons waitors tconfigdat
;;
;; firm-require forces that the test be referred to in all-tests-registry
;;
(define (tests:get-waitons test-name all-tests-registry)
(let* ((config (tests:get-testconfig test-name #f all-tests-registry 'return-procs)))
(define (tests:get-waitons test-name all-tests-registry #!key (in-tconfig #f)(firm-require #t))
(let* ((config (or in-tconfig (tests:get-testconfig test-name #f all-tests-registry 'return-procs)))
(extras (configf:get-section *configdat* "waitons"))
(ewaits (if extras (alist-ref test-name extras string=?) #f))
(ewlst (if (and ewaits (not (null? ewaits)))
(string-split (car ewaits))
'()))
(ewadd (if (null? ewlst)
#t
(equal? (car ewlst) "+"))) ;; signal for add
(ewaitlst (if (null? ewlst)
ewlst
(if ewadd
(cdr ewlst)
ewlst))))
(let ((instr (if config
(config-lookup config "requirements" "waiton")
(begin ;; No config means this is a non-existant test
(if firm-require ;; begin ;; No config means this is a non-existant test
(debug:print-error 0 *default-log-port* "non-existent required test \"" test-name "\"")
(exit 1))))
;; (exit 1)
)))
(instr2 (if config
(config-lookup config "requirements" "waitor")
"")))
(debug:print-info 8 *default-log-port* "waitons string is " instr ", waitors string is " instr2)
(let ((newwaitons
(string-split (cond
((procedure? instr) ;; here
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((string? instr2) instr2)
(else
;; NOTE: This is actually the case of *no* waitons! ;; (debug:print-error 0 *default-log-port* "something went wrong in processing waitons for test " test-name)
"")))))
(values
;; the waitons
(filter (lambda (x)
(if (or (not firm-require)
(if (hash-table-ref/default all-tests-registry x #f)
(hash-table-ref/default all-tests-registry x #f))
#t
(begin
(debug:print-error 0 *default-log-port* "test " test-name " has unrecognised waiton testname " x)
#f)))
(if ewadd ;; area we adding or replacing the waitons
newwaitons)
(append newwaitons ewaitlst)
ewaitlst))
(filter (lambda (x)
(if (or (not firm-require)
(if (hash-table-ref/default all-tests-registry x #f)
(hash-table-ref/default all-tests-registry x #f))
#t
(begin
(debug:print-error 0 *default-log-port* "test " test-name " has unrecognised waiton testname " x)
(debug:print-error 0 *default-log-port* "test " test-name " has unrecognised waitor testname " x)
#f)))
newwaitors)
config)))))
;; seems like often we just want the waitons. Maybe time to get rid of the waitors concept?
;;
(define (tests:just-get-waitons test-name tests-registry #!key (in-tconfig #f)(firm-require #t))
(let-values (((waitons waitors tconfig)
(tests:get-waitons test-name tests-registry in-tconfig: in-tconfig firm-require: firm-require)))
waitons))
;; given waiting-test that is waiting on waiton-test extend test-patt appropriately
;;
;; genlib/testconfig sim/testconfig
;; genlib/sch sim/sch/cell1
;;
;; [requirements] [requirements]
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(let ((tmp (any->number priority)))
(if tmp tmp (begin (debug:print-error 0 *default-log-port* "bad priority value " priority ", using 0") 0)))
0)))
(all-tests (hash-table-keys test-records))
(all-waited-on (let loop ((hed (car all-tests))
(tal (cdr all-tests))
(res '()))
(let* ((trec (hash-table-ref test-records hed))
(waitons (or (tests:testqueue-get-waitons trec) '())))
(if (null? tal)
(let* (;; (trec (hash-table-ref test-records hed))
(waitons (tests:just-get-waitons hed test-records firm-require: #f))) ;; (or (tests:testqueue-get-waitons trec) '())))
(if (null? tal)
(append res waitons)
(loop (car tal)(cdr tal)(append res waitons))))))
(sort-fn1
(lambda (a b)
(let* ((a-record (hash-table-ref test-records a))
(b-record (hash-table-ref test-records b))
(a-waitons (or (tests:testqueue-get-waitons a-record) '()))
(b-waitons (or (tests:testqueue-get-waitons b-record) '()))
(a-waitons (tests:just-get-waitons a test-records firm-require: #f)) ;; (or (tests:testqueue-get-waitons a-record) '()))
(b-waitons (tests:just-get-waitons b test-records firm-require: #f)) ;; (or (tests:testqueue-get-waitons b-record) '()))
(a-config (tests:testqueue-get-testconfig a-record))
(b-config (tests:testqueue-get-testconfig b-record))
(a-raw-pri (config-lookup a-config "requirements" "priority"))
(b-raw-pri (config-lookup b-config "requirements" "priority"))
(a-priority (mungepriority a-raw-pri))
(b-priority (mungepriority b-raw-pri)))
(tests:testqueue-set-priority! a-record a-priority)
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|
(temp-port (open-output-file* fd)))
;; (format temp-port "This file is ~A.~%" temp-path)
(format temp-port "digraph tests {\n")
(format temp-port " size=4,8\n")
;; (format temp-port " splines=none\n")
(for-each
(lambda (testname)
(let* ((testrec (hash-table-ref test-records testname))
(waitons (or (tests:testqueue-get-waitons testrec) '())))
(let* (;; (testrec (hash-table-ref test-records testname))
(waitons (tests:just-get-waitons testname test-records firm-require: #f))) ;; (or (tests:testqueue-get-waitons testrec) '())))
(for-each
(lambda (waiton)
(format temp-port (conc " " waiton " -> " testname " [splines=ortho]\n")))
waitons)))
all-testnames)
(format temp-port "}\n")
(close-output-port temp-port)
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'()
(let loop ((hed (car all-testnames))
(tal (cdr all-testnames))
(res (list "digraph tests {"
(conc " size=\"" (or sizex 11) "," (or sizey 11) "\";")
" ratio=0.95;"
)))
(let* ((testrec (hash-table-ref test-records hed))
(waitons (or (tests:testqueue-get-waitons testrec) '()))
(let* (;; (testrec (hash-table-ref test-records hed))
(waitons (tests:just-get-waitons hed test-records firm-require: #f)) ;; (or (tests:testqueue-get-waitons testrec) '()))
(newres (append res
(if (null? waitons)
(list (conc " \"" hed "\" [shape=box];"))
(map (lambda (waiton)
(conc " \"" waiton "\" -> \"" hed "\" [shape=box];"))
waitons)
))))
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(let ((runnables '()))
(for-each
(lambda (testkeyname)
(let* ((test-record (hash-table-ref testrecordshash testkeyname))
(test-name (tests:testqueue-get-testname test-record))
(itemdat (tests:testqueue-get-itemdat test-record))
(item-path (tests:testqueue-get-item_path test-record))
(waitons (tests:testqueue-get-waitons test-record))
(waitons (tests:just-get-waitons test-name testrecordshash)) ;; (tests:testqueue-get-waitons test-record))
(keep-test #t)
(test-id (rmt:get-test-id run-id test-name item-path))
(tdat (rmt:get-testinfo-state-status run-id test-id))) ;; (cdb:get-test-info-by-id *runremote* test-id)))
(if tdat
(begin
;; Look at the test state and status
(if (or (and (member (db:test-get-status tdat)
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(define (tests:get-full-data test-names test-records required-tests all-tests-registry)
(if (not (null? test-names))
(let loop ((hed (car test-names))
(tal (cdr test-names))) ;; 'return-procs tells the config reader to prep running system but return a proc
(debug:print-info 4 *default-log-port* "hed=" hed " at top of loop")
;; don't know item-path at this time, let the testconfig get the top level testconfig
(let* ((config (tests:get-testconfig hed #f all-tests-registry 'return-procs))
(waitons (let-values (((waitons waitors tconfigdat)
(tests:get-waitons hed all-tests-registry)))
waitons)))
(waitons (let ((instr (if config
(config-lookup config "requirements" "waiton")
(begin ;; No config means this is a non-existant test
(debug:print-error 0 *default-log-port* "non-existent required test \"" hed "\", grep through your testconfigs to find and remove or create the test. Discarding and continuing.")
""))))
(debug:print-info 8 *default-log-port* "waitons string is " instr)
(string-split (cond
((procedure? instr)
(let ((res (instr)))
(debug:print-info 8 *default-log-port* "waiton procedure results in string " res " for test " hed)
res))
((string? instr) instr)
(else
;; NOTE: This is actually the case of *no* waitons! ;; (debug:print-error 0 *default-log-port* "something went wrong in processing waitons for test " hed)
""))))))
;; (let ((instr (if config
;; (config-lookup config "requirements" "waiton")
;; (begin ;; No config means this is a non-existant test
;; (debug:print-error 0 *default-log-port* "non-existent required test \"" hed "\", grep through your testconfigs to find and remove or create the test. Discarding and continuing.")
;; ""))))
;; (debug:print-info 8 *default-log-port* "waitons string is " instr)
;; (string-split (cond
;; ((procedure? instr)
;; (let ((res (instr)))
;; (debug:print-info 8 *default-log-port* "waiton procedure results in string " res " for test " hed)
;; res))
;; ((string? instr) instr)
;; (else
;; ;; NOTE: This is actually the case of *no* waitons! ;; (debug:print-error 0 *default-log-port* "something went wrong in processing waitons for test " hed)
;; ""))))))
(if (not config) ;; this is a non-existant test called in a waiton.
(if (null? tal)
test-records
(loop (car tal)(cdr tal)))
(begin
(debug:print-info 8 *default-log-port* "waitons: " waitons)
;; check for hed in waitons => this would be circular, remove it and issue an
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