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dcommon.scm
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;;======================================================================
;; Copyright 2006-2013, 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 format)
(require-library iup)
(import (prefix iup iup:))
(use canvas-draw)
(import canvas-draw-iup)
(use regex typed-records matchable)
(declare (unit dcommon))
(declare (uses megatest-version))
(declare (uses gutils))
(declare (uses db))
(declare (uses synchash))
(include "common_records.scm")
(include "db_records.scm")
(include "key_records.scm")
(include "run_records.scm")
;; yes, this is non-ideal
(define dashboard:update-summary-tab #f)
(define dashboard:update-servers-table #f)
;;======================================================================
;; C O M M O N D A T A S T R U C T U R E
;;======================================================================
;;
;;======================================================================
;; D O T F I L E
;;======================================================================
(define (dcommon:write-dotfile fname dat)
(with-output-to-file fname
(lambda ()
(pp dat))))
;;======================================================================
;; TARGET AND PATTERN MANIPULATIONS
;;======================================================================
;; Convert to and from list of lines (for a text box)
;; "," => "\n"
(define (dboard:test-patt->lines test-patt)
(string-substitute (regexp ",") "\n" test-patt))
(define (dboard:lines->test-patt lines)
(string-substitute (regexp "\n") "," lines #t))
;;======================================================================
;; P R O C E S S R U N S
;;======================================================================
;; MOVE THIS INTO *data*
(define *cachedata* (make-hash-table))
(hash-table-set! *cachedata* "runid-to-col" (make-hash-table))
(hash-table-set! *cachedata* "testname-to-row" (make-hash-table))
;; modify a cell if the data is changed, return #t or-ed with previous if modified, #f elsewise
;;
(define (dcommon:modifiy-if-different mtrx cell-name new-val prev-changed)
(let ((curr-val (iup:attribute mtrx cell-name)))
(if (not (equal? curr-val new-val))
(begin
(iup:attribute-set! mtrx cell-name col-name)
#t) ;; need a re-draw
prev-changed)))
;; TO-DO
;; 1. Make "data" hash-table hierarchial store of all displayed data
;; 2. Update synchash to understand "get-runs", "get-tests" etc.
;; 3. Add extraction of filters to synchash calls
;;
;; NOTE: Used in newdashboard
;;
;; Mode is 'full or 'incremental for full refresh or incremental refresh
(define (dcommon:run-update keys data runname keypatts testpatt states statuses mode window-id)
(let* (;; count and offset => #f so not used
;; the synchash calls modify the "data" hash
(changed #f)
(get-runs-sig (conc (client:get-signature) " get-runs"))
(get-tests-sig (conc (client:get-signature) " get-tests"))
(get-details-sig (conc (client:get-signature) " get-test-details"))
;; test-ids to get and display are indexed on window-id in curr-test-ids hash
(test-ids (hash-table-values (dboard:tabdat-curr-test-ids data)))
;; run-id is #f in next line to send the query to server 0
(run-changes (synchash:client-get 'db:get-runs get-runs-sig (length keypatts) data #f runname #f #f keypatts))
(tests-detail-changes (if (not (null? test-ids))
(synchash:client-get 'db:get-test-info-by-ids get-details-sig 0 data #f test-ids)
'()))
;; Now can calculate the run-ids
(run-hash (hash-table-ref/default data get-runs-sig #f))
(run-ids (if run-hash (filter number? (hash-table-keys run-hash)) '()))
(all-test-changes (let ((res (make-hash-table)))
(for-each (lambda (run-id)
(if (> run-id 0)
(hash-table-set! res run-id (synchash:client-get 'db:get-tests-for-run-mindata get-tests-sig 0 data run-id 1 testpatt states statuses #f))))
run-ids)
res))
(runs-hash (hash-table-ref/default data get-runs-sig #f))
(header (hash-table-ref/default runs-hash "header" #f))
(run-ids (sort (filter number? (hash-table-keys runs-hash))
(lambda (a b)
(let* ((record-a (hash-table-ref runs-hash a))
(record-b (hash-table-ref runs-hash b))
(time-a (db:get-value-by-header record-a header "event_time"))
(time-b (db:get-value-by-header record-b header "event_time")))
(> time-a time-b)))
))
(runid-to-col (hash-table-ref *cachedata* "runid-to-col"))
(testname-to-row (hash-table-ref *cachedata* "testname-to-row"))
(colnum 1)
(rownum 0)
(cellname (conc rownum ":" colnum))) ;; rownum = 0 is the header
;; (debug:print 0 *default-log-port* "test-ids " test-ids ", tests-detail-changes " tests-detail-changes)
;; tests related stuff
;; (all-testnames (delete-duplicates (map db:test-get-testname test-changes))))
;; Given a run-id and testname/item_path calculate a cell R:C
;; NOTE: Also build the test tree browser and look up table
;;
;; Each run is unique on its keys and runname or run-id, store in hash on colnum
(for-each (lambda (run-id)
(let* ((run-record (hash-table-ref/default runs-hash run-id #f))
(key-vals (map (lambda (key)(db:get-value-by-header run-record header key))
keys))
(run-name (db:get-value-by-header run-record header "runname"))
(col-name (conc (string-intersperse key-vals "\n") "\n" run-name))
(run-path (append key-vals (list run-name))))
(hash-table-set! (dboard:tabdat-run-keys data) run-id run-path)
;; modify cell - but only if changed
(set! changed (dcommon:modifiy-if-different (dboard:tabdat-runs-matrix data) cellname col-name changed))
(hash-table-set! runid-to-col run-id (list colnum run-record))
;; Here we update the tests treebox and tree keys
(tree:add-node (dboard:tabdat-tests-tree data) "Runs" (append key-vals (list run-name))
userdata: (conc "run-id: " run-id))
(set! colnum (+ colnum 1))))
run-ids)
;; Scan all tests to be displayed and organise all the test names, respecting what is in the hash table
;; Do this analysis in the order of the run-ids, the most recent run wins
(for-each (lambda (run-id)
(let* ((run-path (hash-table-ref (dboard:tabdat-run-keys data) run-id))
(test-changes (hash-table-ref all-test-changes run-id))
(new-test-dat (car test-changes))
(removed-tests (cadr test-changes))
(tests (sort (map cadr (filter (lambda (testrec)
(eq? run-id (db:mintest-get-run_id (cadr testrec))))
new-test-dat))
(lambda (a b)
(let ((time-a (db:mintest-get-event_time a))
(time-b (db:mintest-get-event_time b)))
(> time-a time-b)))))
;; test-changes is a list of (( id record ) ... )
;; Get list of test names sorted by time, remove tests
(test-names (delete-duplicates (map (lambda (t)
(let ((i (db:mintest-get-item_path t))
(n (db:mintest-get-testname t)))
(if (string=? i "")
(conc " " i)
n)))
tests)))
(colnum (car (hash-table-ref runid-to-col run-id))))
;; for each test name get the slot if it exists and fill in the cell
;; or take the next slot and fill in the cell, deal with items in the
;; run view panel? The run view panel can have a tree selector for
;; browsing the tests/items
;; SWITCH THIS TO USING CHANGED TESTS ONLY
(for-each (lambda (test)
(let* ((test-id (db:mintest-get-id test))
(state (db:mintest-get-state test))
(status (db:mintest-get-status test))
(testname (db:mintest-get-testname test))
(itempath (db:mintest-get-item_path test))
(fullname (conc testname "/" itempath))
(dispname (if (string=? itempath "") testname (conc " " itempath)))
(rownum (hash-table-ref/default testname-to-row fullname #f))
(test-path (append run-path (if (equal? itempath "")
(list testname)
(list testname itempath))))
(tb (dboard:tabdat-tests-tree data)))
(print "INFONOTE: run-path: " run-path)
(tree:add-node (dboard:tabdat-tests-tree data) "Runs"
test-path
userdata: (conc "test-id: " test-id))
(let ((node-num (tree:find-node tb (cons "Runs" test-path)))
(color (car (gutils:get-color-for-state-status state status))))
(debug:print 0 *default-log-port* "node-num: " node-num ", color: " color)
(set! changed (dcommon:modifiy-if-different
tb
(conc "COLOR" node-num)
color changed))
;; (iup:attribute-set! tb (conc "COLOR" node-num) color)
)
(hash-table-set! (dboard:tabdat-path-test-ids data) test-path test-id)
(if (not rownum)
(let ((rownums (hash-table-values testname-to-row)))
(set! rownum (if (null? rownums)
1
(+ 1 (common:max rownums))))
(hash-table-set! testname-to-row fullname rownum)
;; create the label
(set! changed (dcommon:modifiy-if-different
(dboard:tabdat-runs-matrix data)
(conc rownum ":" 0)
dispname
changed))
;; (iup:attribute-set! (dboard:tabdat-runs-matrix data)
;; (conc rownum ":" 0) dispname)
))
;; set the cell text and color
;; (debug:print 2 *default-log-port* "rownum:colnum=" rownum ":" colnum ", state=" status)
(set! changed (dcommon:modifiy-if-different
(dboard:tabdat-runs-matrix data)
(conc rownum ":" colnum)
(if (member state '("ARCHIVED" "COMPLETED"))
status
state)
changed))
;; (iup:attribute-set! (dboard:tabdat-runs-matrix data)
;; (conc rownum ":" colnum)
;; (if (member state '("ARCHIVED" "COMPLETED"))
;; status
;; state))
(set! changed (dcommon:modifiy-if-different
(dboard:tabdat-runs-matrix data)
(conc "BGCOLOR" rownum ":" colnum)
(car (gutils:get-color-for-state-status state status))
changed))
;; (iup:attribute-set! (dboard:tabdat-runs-matrix data)
;; (conc "BGCOLOR" rownum ":" colnum)
;; (car (gutils:get-color-for-state-status state status)))
))
tests)))
run-ids)
(let ((updater (hash-table-ref/default (dboard:commondat-updaters commondat) window-id #f)))
(if updater (updater (hash-table-ref/default data get-details-sig #f))))
(if changed (iup:attribute-set! (dboard:tabdat-runs-matrix data) "REDRAW" "ALL"))
;; (debug:print 2 *default-log-port* "run-changes: " run-changes)
;; (debug:print 2 *default-log-port* "test-changes: " test-changes)
(list run-changes all-test-changes)))
(define (dcommon:runsdat-get-col-num dat target runname force-set)
(let* ((runs-index (dboard:runsdat-runs-index dat))
(col-name (conc target "/" runname))
(res (hash-table-ref/default runs-index col-name #f)))
(if res
res
(if force-set
(let ((max-col-num (+ 1 (common:max (cons-1 (hash-table-values runs-index))))))
(hash-table-set! runs-index col-name max-col-num)
max-col-num)))))
(define (dcommon:runsdat-get-row-num dat testname itempath force-set)
(let* ((tests-index (dboard:runsdat-runs-index dat))
(row-name (conc testname "/" itempath))
(res (hash-table-ref/default runs-index row-name #f)))
(if res
res
(if force-set
(let ((max-row-num (+ 1 (common:max (cons -1 (hash-table-values tests-index))))))
(hash-table-set! runs-index row-name max-row-num)
max-row-num)))))
(define (dcommon:rundat-copy-tests-to-by-name rundat)
(let ((src-ht (dboard:rundat-tests rundat))
(trg-ht (dboard:rundat-tests-by-name rundat)))
(if (and (hash-table? src-ht)(hash-table? trg-ht))
(begin
(hash-table-clear! trg-ht)
(for-each
(lambda (testdat)
(hash-table-set! trg-ht (test:test-get-fullname testdat) testdat))
(hash-table-values src-ht)))
(debug:print 0 *default-log-port* "WARNING: src-ht " src-ht " trg-ht " trg-ht))))
;;======================================================================
;; TESTS DATA
;;======================================================================
;; Produce a list of lists ready for common:sparse-list-generate-index
;;
(define (dcommon:minimize-test-data tests-dat)
(if (null? tests-dat)
'()
(let loop ((hed (car tests-dat))
(tal (cdr tests-dat))
(res '()))
(let* ((test-id (db:test-get-id hed)) ;; look at the tests-dat spec for locations
(test-name (db:test-get-testname hed))
(item-path (db:test-get-item-path hed))
(state (db:test-get-state hed))
(status (db:test-get-status hed))
(newitem (list test-name item-path (list test-id state status))))
(if (null? tal)
(reverse (cons newitem res))
(loop (car tal)(cdr tal)(cons newitem res)))))))
(define (dcommon:tests-mindat->hash tests-mindat)
(let* ((res (make-hash-table)))
(for-each
(lambda (item)
(let* ((test-name+item-path (cons (list-ref item 0) (list-ref item 1)))
(value (list-ref item 2)))
(hash-table-set! res test-name+item-path value)))
tests-mindat)
res))
;; return 1 if status1 is better
;; return 0 if status1 and 2 are equally good
;; return -1 if status2 is better
(define (dcommon:status-compare3 status1 status2)
(let*
((status-goodness-ranking (list "PASS" "WARN" "WAIVED" "SKIP" "FAIL" "ABORT" #f))
(mem1 (member status1 status-goodness-ranking))
(mem2 (member status2 status-goodness-ranking))
)
(cond
((and (not mem1) (not mem2)) 0)
((not mem1) -1)
((not mem2) 1)
((= (length mem1) (length mem2)) 0)
((> (length mem1) (length mem2)) 1)
(else -1))))
(define (dcommon:xor-tests-mindat src-tests-mindat dest-tests-mindat #!key (hide-clean #f))
(let* ((src-hash (dcommon:tests-mindat->hash src-tests-mindat))
(dest-hash (dcommon:tests-mindat->hash dest-tests-mindat))
(all-keys
(reverse (sort
(delete-duplicates
(append (hash-table-keys src-hash) (hash-table-keys dest-hash)))
(lambda (a b)
(cond
((< 0 (string-compare3 (car a) (car b))) #t)
((> 0 (string-compare3 (car a) (car b))) #f)
((< 0 (string-compare3 (cdr a) (cdr b))) #t)
(else #f)))
))))
(let ((res
(map ;; TODO: rename xor to delta globally in dcommon and dashboard
(lambda (key)
(let* ((test-name (car key))
(item-path (cdr key))
(dest-value (hash-table-ref/default dest-hash key #f)) ;; (list test-id state status)
(dest-test-id (if dest-value (list-ref dest-value 0) #f))
(dest-state (if dest-value (list-ref dest-value 1) #f))
(dest-status (if dest-value (list-ref dest-value 2) #f))
(src-value (hash-table-ref/default src-hash key #f)) ;; (list test-id state status)
(src-test-id (if src-value (list-ref src-value 0) #f))
(src-state (if src-value (list-ref src-value 1) #f))
(src-status (if src-value (list-ref src-value 2) #f))
(incomplete-statuses '("DELETED" "INCOMPLETE" "STUCK/DEAD" "N/A")) ;; if any of these statuses apply, treat test as incomplete
(dest-complete
(and dest-value dest-state dest-status
(equal? dest-state "COMPLETED")
(not (member dest-status incomplete-statuses))))
(src-complete
(and src-value src-state src-status
(equal? src-state "COMPLETED")
(not (member src-status incomplete-statuses))))
(status-compare-result (dcommon:status-compare3 src-status dest-status))
(xor-new-item
(cond
;; complete, for this case means: state=compelte AND status not in ( deleted uncomplete stuck/dead n/a )
;; neither complete -> bad
;; src !complete, dest complete -> better
((and (not dest-complete) (not src-complete))
(list dest-test-id "BOTH-BAD" "BOTH-INCOMPLETE"))
((not dest-complete)
(list src-test-id "DIFF-MISSING" "DEST-INCOMPLETE"))
((not src-complete)
(list dest-test-id "DIFF-NEW" "SRC-INCOMPLETE"))
((and
(equal? src-state dest-state)
(equal? src-status dest-status))
(list dest-test-id (conc "CLEAN") (conc "CLEAN-" dest-status) ))
;; better or worse: pass > warn > waived > skip > fail > abort
;; pass > warn > waived > skip > fail > abort
((= 1 status-compare-result) ;; src is better, dest is worse
(list dest-test-id "DIRTY-WORSE" (conc src-status "->" dest-status)))
(else
(list dest-test-id "DIRTY-BETTER" (conc src-status "->" dest-status)))
)))
(list test-name item-path xor-new-item)))
all-keys)))
(if hide-clean
(filter
(lambda (item)
;;(print item)
(not
(equal?
"CLEAN"
(list-ref (list-ref item 2) 1))))
res)
res))))
(define (dcommon:examine-xterm run-id test-id)
(let* ((testdat (rmt:get-test-info-by-id run-id test-id)))
(if (not testdat)
(begin
(debug:print 2 "ERROR: No test data found for test " test-id ", exiting")
(exit 1))
(let*
((rundir (if testdat
(db:test-get-rundir testdat)
logfile))
(testfullname (if testdat (db:test-get-fullname testdat) "Gathering data ..."))
(xterm (lambda ()
(if (directory-exists? rundir)
(let* ((shell (if (get-environment-variable "SHELL")
(conc "-e " (get-environment-variable "SHELL"))
""))
(command (conc "cd " rundir
";mt_xterm -T \"" (string-translate testfullname "()" " ") "\" " shell "&")))
(print "Command =" command)
(common:without-vars
command
"MT_.*"))
(message-window (conc "Directory " rundir " not found"))))))
(xterm)
(print "Adding xterm code")))))
;;======================================================================
;; D A T A T A B L E S
;;======================================================================
;; Table of keys
(define (dcommon:keys-matrix rawconfig)
(let* ((curr-row-num 1)
(key-vals (configf:section-vars rawconfig "fields"))
(keys-matrix (iup:matrix
#:alignment1 "ALEFT"
#:expand "YES" ;; "HORIZONTAL" ;; "VERTICAL"
;; #:scrollbar "YES"
#:numcol 1
#:numlin (length key-vals)
#:numcol-visible 1
#:numlin-visible (length key-vals)
#:click-cb (lambda (obj lin col status)
(print "obj: " obj " lin: " lin " col: " col " status: " status)))))
;; (iup:attribute-set! keys-matrix "0:0" "Run Keys")
(iup:attribute-set! keys-matrix "WIDTH0" 0)
(iup:attribute-set! keys-matrix "0:1" "Key Name")
;; (iup:attribute-set! keys-matrix "WIDTH1" "100")
;; fill in keys
(for-each
(lambda (var)
;; (iup:attribute-set! keys-matrix "ADDLIN" (conc curr-row-num))
(iup:attribute-set! keys-matrix (conc curr-row-num ":0") curr-row-num)
(iup:attribute-set! keys-matrix (conc curr-row-num ":1") var)
(set! curr-row-num (+ 1 curr-row-num))) ;; (config-lookup *configdat* "fields" var)))
key-vals)
(iup:attribute-set! keys-matrix "WIDTHDEF" "40")
keys-matrix))
;; Section to table
(define (dcommon:section-matrix rawconfig sectionname varcolname valcolname #!key (title #f))
(let* ((curr-row-num 1)
(key-vals (configf:section-vars rawconfig sectionname))
(section-matrix (iup:matrix
#:alignment1 "ALEFT"
;; #:expand "YES" ;; "HORIZONTAL"
#:numcol 1
#:numlin (length key-vals)
#:numcol-visible 1
#:numlin-visible (min 10 (length key-vals))
#:scrollbar "YES")))
(iup:attribute-set! section-matrix "0:0" varcolname)
(iup:attribute-set! section-matrix "0:1" valcolname)
(iup:attribute-set! section-matrix "WIDTH1" "200")
;; fill in keys
(for-each
(lambda (var)
;; (iup:attribute-set! keys-matrix "ADDLIN" (conc curr-row-num))
(iup:attribute-set! section-matrix (conc curr-row-num ":0") var)
(iup:attribute-set! section-matrix (conc curr-row-num ":1") (configf:lookup rawconfig sectionname var))
(set! curr-row-num (+ 1 curr-row-num))) ;; (config-lookup *configdat* "fields" var)))
key-vals)
(iup:vbox
(iup:label (if title title (conc "Settings from [" sectionname "]"))
;; #:size "5x"
#:expand "HORIZONTAL"
)
section-matrix)))
;; General data
;;
(define (dcommon:general-info)
(let ((general-matrix (iup:matrix
#:alignment1 "ALEFT"
#:expand "YES" ;; "HORIZONTAL"
#:numcol 1
#:numlin 2
#:numcol-visible 1
#:numlin-visible 2)))
(iup:attribute-set! general-matrix "WIDTH1" "150")
(iup:attribute-set! general-matrix "0:1" "About this Megatest area")
;; User (this is not always obvious - it is common to run as a different user
(iup:attribute-set! general-matrix "1:0" "User")
(iup:attribute-set! general-matrix "1:1" (current-user-name))
;; Megatest area
;; (iup:attribute-set! general-matrix "2:0" "Area")
;; (iup:attribute-set! general-matrix "2:1" *toppath*)
;; Megatest version
(iup:attribute-set! general-matrix "2:0" "Version")
(iup:attribute-set! general-matrix "2:1" (conc megatest-version "-" (substring megatest-fossil-hash 0 4)))
general-matrix))
(define (dcommon:run-stats commondat tabdat #!key (tab-num #f))
(let* ((stats-matrix (iup:matrix expand: "YES"))
(changed #f)
(stats-updater (lambda ()
(if (dashboard:database-changed? commondat tabdat context-key: 'run-stats)
(let* ((run-stats (rmt:get-run-stats))
(indices (common:sparse-list-generate-index run-stats)) ;; proc: set-cell))
(row-indices (car indices))
(col-indices (cadr indices))
(max-row (if (null? row-indices) 1 (common:max (map cadr row-indices))))
(max-col (if (null? col-indices) 1
(common:max (map cadr col-indices))))
(max-visible (max (- (dboard:tabdat-num-tests tabdat) 15) 3))
(max-col-vis (if (> max-col 10) 10 max-col))
(numrows 1)
(numcols 1))
(iup:attribute-set! stats-matrix "CLEARVALUE" "CONTENTS")
(iup:attribute-set! stats-matrix "NUMCOL" max-col )
(iup:attribute-set! stats-matrix "NUMLIN" (if (< max-row max-visible) max-visible max-row)) ;; min of 20
(iup:attribute-set! stats-matrix "NUMCOL_VISIBLE" max-col-vis)
(iup:attribute-set! stats-matrix "NUMLIN_VISIBLE" (if (> max-row max-visible) max-visible max-row))
;; Row labels
(for-each (lambda (ind)
(let* ((name (car ind))
(num (cadr ind))
(key (conc num ":0")))
(if (not (equal? (iup:attribute stats-matrix key) name))
(begin
(set! changed #t)
(iup:attribute-set! stats-matrix key name)))))
row-indices)
;; Col labels
(for-each (lambda (ind)
(let* ((name (car ind))
(num (cadr ind))
(key (conc "0:" num)))
(if (not (equal? (iup:attribute stats-matrix key) name))
(begin
(set! changed #t)
(iup:attribute-set! stats-matrix key name)))))
col-indices)
;; Cell contents
(for-each (lambda (entry)
(let* ((row-name (car entry))
(col-name (cadr entry))
(value (caddr entry))
(row-num (cadr (assoc row-name row-indices)))
(col-num (cadr (assoc col-name col-indices)))
(key (conc row-num ":" col-num)))
(if (not (equal? (iup:attribute stats-matrix key) value))
(begin
(set! changed #t)
(iup:attribute-set! stats-matrix key value)))))
run-stats)
(if changed (iup:attribute-set! stats-matrix "REDRAW" "ALL")))
))))
;; (dboard:commondat-please-update-set! commondat #t) ;; force redraw on first pass
;; (mark-for-update tabdat)
;; (stats-updater)
(dboard:commondat-add-updater commondat stats-updater tab-num: tab-num)
;; (set! dashboard:update-summary-tab updater)
(iup:attribute-set! stats-matrix "WIDTHDEF" "40")
(iup:vbox
;; (iup:label "Run statistics" #:expand "HORIZONTAL")
stats-matrix)))
(define (dcommon:servers-table commondat tabdat)
(let* ((colnum 0)
(rownum 0)
(servers-matrix (iup:matrix #:expand "YES"
#:numcol 7
#:numcol-visible 7
#:numlin-visible 5
))
(colnames (list "Id" "MTver" "Pid" "Host" "Interface:OutPort" "RunTime" "State" "RunId"))
(updater (lambda ()
(if (dashboard:monitor-changed? commondat tabdat)
(let ((servers (server:get-list *toppath* limit: 10)))
(iup:attribute-set! servers-matrix "NUMLIN" (length servers))
;; (set! colnum 0)
;; (for-each (lambda (colname)
;; ;; (print "colnum: " colnum " colname: " colname)
;; (iup:attribute-set! servers-matrix (conc "0:" colnum) colname)
;; (set! colnum (+ 1 colnum)))
;; colnames)
(set! rownum 1)
(for-each
(lambda (server)
(set! colnum 0)
(match-let (((mod-time host port start-time pid)
server))
(let* ((uptime (- (current-seconds) mod-time))
(runtime (if start-time
(- mod-time start-time)
0))
(vals (list "-" ;; (vector-ref server 0) ;; Id
"-" ;; (vector-ref server 9) ;; MT-Ver
pid ;; (vector-ref server 1) ;; Pid
host ;; (vector-ref server 2) ;; Hostname
(conc host ":" port) ;; (conc (vector-ref server 3) ":" (vector-ref server 4)) ;; IP:Port
(seconds->hr-min-sec runtime) ;; (- (current-seconds) start-time)) ;; (vector-ref server 6)))
(cond
((< uptime 5) "alive")
((< uptime 16) "probably alive");; less than 15 seconds since mod, call it alive (vector-ref server 8) ;; State
(else "dead"))
"-" ;; (vector-ref server 12) ;; RunId
)))
(for-each (lambda (val)
(let* ((row-col (conc rownum ":" colnum))
(curr-val (iup:attribute servers-matrix row-col)))
(if (not (equal? (conc val) curr-val))
(begin
(iup:attribute-set! servers-matrix row-col val)
(iup:attribute-set! servers-matrix "FITTOTEXT" (conc "C" colnum))))
(set! colnum (+ 1 colnum))))
vals)
(set! rownum (+ rownum 1)))
(iup:attribute-set! servers-matrix "REDRAW" "ALL")))
(sort servers (lambda (a b)(> (car a)(car b))))))))))
(set! colnum 0)
(for-each (lambda (colname)
(iup:attribute-set! servers-matrix (conc "0:" colnum) colname)
(iup:attribute-set! servers-matrix "FITTOTEXT" (conc "C" colnum))
(set! colnum (+ colnum 1)))
colnames)
;; (set! dashboard:update-servers-table updater)
(dboard:commondat-add-updater commondat updater)
;; (iup:attribute-set! servers-matrix "WIDTHDEF" "40")
;; (iup:hbox
;; (iup:vbox
;; (iup:button "Start"
;; ;; #:size "50x"
;; #:expand "YES"
;; #:action (lambda (obj)
;; (let ((cmd (conc ;; "xterm -geometry 180x20 -e \""
;; "megatest -server - &")))
;; ;; ";echo Press any key to continue;bash -c 'read -n 1 -s'\" &")))
;; (system cmd))))
;; (iup:button "Stop"
;; #:expand "YES"
;; ;; #:size "50x"
;; #:action (lambda (obj)
;; (let ((cmd (conc ;; "xterm -geometry 180x20 -e \""
;; "megatest -stop-server 0 &")))
;; ;; ";echo Press any key to continue;bash -c 'read -n 1 -s'\" &")))
;; (system cmd))))
;; (iup:button "Restart"
;; #:expand "YES"
;; ;; #:size "50x"
;; #:action (lambda (obj)
;; (let ((cmd (conc ;; "xterm -geometry 180x20 -e \""
;; "megatest -stop-server 0;megatest -server - &")))
;; ;; ";echo Press any key to continue;bash -c 'read -n 1 -s'\" &")))
;; (system cmd)))))
;; servers-matrix
;; )))
servers-matrix
))
;; The main menu
(define (dcommon:main-menu)
(iup:menu ;; a menu is a special attribute to a dialog (think Gnome putting the menu at screen top)
(iup:menu-item "Files" (iup:menu ;; Note that you can use either #:action or action: for options
(iup:menu-item "Open" action: (lambda (obj)
(let* ((area-name (iup:textbox #:expand "HORIZONTAL"))
(fd (iup:file-dialog #:dialogtype "DIR"))
(top (iup:show fd #:modal? "YES")))
(iup:attribute-set! source-tb "VALUE"
(iup:attribute fd "VALUE"))
(iup:destroy! fd))))
;; (lambda (obj)
;; (iup:show (iup:file-dialog))
;; (print "File->open " obj)))
(iup:menu-item "Save" #:action (lambda (obj)(print "File->save " obj)))
(iup:menu-item "Exit" #:action (lambda (obj)(exit)))))
(iup:menu-item "Tools" (iup:menu
(iup:menu-item "Create new blah" #:action (lambda (obj)(print "Tools->new blah")))
;; (iup:menu-item "Show dialog" #:action (lambda (obj)
;; (show message-window
;; #:modal? #t
;; ;; set positon using coordinates or center, start, top, left, end, bottom, right, parent-center, current
;; ;; #:x 'mouse
;; ;; #:y 'mouse
;; )
))))
;;======================================================================
;; CANVAS STUFF FOR TESTS
;;======================================================================
(define (dcommon:draw-test cnv xoffset yoffset scalef x y w h name selected)
(let* ((llx (dcommon:x->canvas x scalef xoffset))
(lly (dcommon:y->canvas y scalef yoffset))
(urx (dcommon:x->canvas (+ x w) scalef xoffset))
(ury (dcommon:y->canvas (+ y h) scalef yoffset)))
(canvas-text! cnv (+ llx 5)(+ lly 5) name)
(canvas-rectangle! cnv llx urx lly ury)
(if selected (canvas-box! cnv llx (+ llx 5) lly (+ lly 5)))))
(define (dcommon:draw-arrow cnv test-box-center waiton-center)
(let* ((test-box-center-x (vector-ref test-box-center 0))
(test-box-center-y (vector-ref test-box-center 1))
(waiton-center-x (vector-ref waiton-center 0))
(waiton-center-y (vector-ref waiton-center 1))
(delta-y (- waiton-center-y test-box-center-y))
(delta-x (- waiton-center-x test-box-center-x))
(abs-delta-x (abs delta-x))
(abs-delta-y (abs delta-y))
(use-delta-x (> abs-delta-x abs-delta-y)) ;; use the larger one
(delta-ratio (if use-delta-x
(if (> abs-delta-x 0)
(/ abs-delta-y abs-delta-x)
1)
(if (> abs-delta-y 0)
(/ abs-delta-x abs-delta-y)
1)))
(x-adj (if use-delta-x
8
(* delta-ratio 8)))
(y-adj (if use-delta-x
(* x-adj delta-ratio)
8))
(new-waiton-x (inexact->exact
(round (if (> delta-x 0) ;; have positive x
(- waiton-center-x x-adj)
(+ waiton-center-x x-adj)))))
(new-waiton-y (inexact->exact
(round (if (> delta-y 0)
(- waiton-center-y y-adj)
(+ waiton-center-y y-adj))))))
;; (canvas-line-width-set! cnv 5)
(canvas-line! cnv
test-box-center-x
test-box-center-y
new-waiton-x
new-waiton-y
)
(canvas-mark! cnv new-waiton-x new-waiton-y)))
(define (dcommon:get-box-center box)
(let* ((llx (list-ref box 0))
(lly (list-ref box 1))
(boxw (list-ref box 4))
(boxh (list-ref box 5)))
(vector (+ llx (/ boxw 2))
(+ lly (/ boxh 2)))))
(define-inline (num->int num)
(inexact->exact (round num)))
(define (dcommon:draw-edges cnv xoffset yoffset scalef edges)
(for-each
(lambda (e)
(let loop ((x1 (car e))
(y1 (cadr e))
(x2 #f)
(y2 #f)
(tal (cddr e)))
(if (and x1 y1 x2 y2)
(canvas-line!
cnv
(num->int (dcommon:x->canvas x1 scalef xoffset))
(num->int (dcommon:y->canvas y1 scalef yoffset))
(num->int (dcommon:x->canvas x2 scalef xoffset))
(num->int (dcommon:y->canvas y2 scalef yoffset)))) ;; (num->int x1)(num->int y1)(num->int x2)(num->int y2)))
(if (< (length tal) 2)
(canvas-mark! cnv
(num->int (dcommon:x->canvas x1 scalef xoffset))
(num->int (dcommon:y->canvas y1 scalef yoffset))) ;; (num->int x1)(num->int y1))
(loop (car tal)(cadr tal) x1 y1 (cddr tal)))))
;; (map (lambda (e)(map (lambda (x)(num->int (* x scalef))) e)) edges)))
edges))
(define (dcommon:draw-arrows cnv testname tests-hash test-records)
(let* ((test-box-info (hash-table-ref tests-hash testname))
(test-box-center (dcommon:get-box-center test-box-info))
(test-record (hash-table-ref test-records testname))
(waitons (vector-ref test-record 2)))
(for-each
(lambda (waiton)
(let* ((waiton-box-info (hash-table-ref/default tests-hash waiton #f))
(waiton-center (dcommon:get-box-center (or waiton-box-info test-box-info))))
(dcommon:draw-arrow cnv test-box-center waiton-center)))
waitons)
;; (debug:print 0 *default-log-port* "test-box-info=" test-box-info)
;; (debug:print 0 *default-log-port* "test-record=" test-record)
))
(define (dcommon:estimate-scale sizex sizey originx originy nodes)
;; (print "sizex: " sizex " sizey: " sizey " originx: " originx " originy: " originy " nodes: " nodes)
(let* ((maxx 1)
(maxy 1))
(for-each
(lambda (node)
(if (equal? (car node) "node")
(let ((x (string->number (list-ref node 2)))
(y (string->number (list-ref node 3))))
(if (and x (> x maxx))(set! maxx x))
(if (and y (> y maxy))(set! maxy y)))))
nodes)
(let ((scalex (/ sizex maxx))
(scaley (/ sizey maxy)))
;; (print "maxx: " maxx " maxy: " maxy " scalex: " scalex " scaley: " scaley)
(min scalex scaley))))
(define (dcommon:get-xoffset tests-draw-state sizex-in xadj-in)
(let ((xadj (or xadj-in (hash-table-ref/default tests-draw-state 'xadj 0)))
(sizex (or sizex-in (hash-table-ref/default tests-draw-state 'sizex 500))))
(hash-table-set! tests-draw-state 'xadj xadj) ;; for use in de-scaling when handling mouse clicks
(hash-table-set! tests-draw-state 'sizex sizex)
(* (/ sizex 2) (- 0.5 xadj))))
(define (dcommon:get-yoffset tests-draw-state sizey-in yadj-in)
(let ((yadj (or yadj-in (hash-table-ref/default tests-draw-state 'yadj 0)))
(sizey (or sizey-in (hash-table-ref/default tests-draw-state 'sizey 500))))
(hash-table-set! tests-draw-state 'yadj yadj) ;; for use in de-scaling when handling mouse clicks
(hash-table-set! tests-draw-state 'sizey sizey)
(* (/ sizey 2) (- yadj 0.5))))
(define (dcommon:x->canvas x scalef xoffset)
(+ xoffset (* x scalef)))
(define (dcommon:y->canvas y scalef yoffset)
(+ yoffset (* y scalef)))
;; sizex, sizey - canvas size
;; originx, originy - canvas origin
;;
(define (dcommon:initial-draw-tests cnv xadj yadj sizex sizey sizexmm sizeymm originx originy tests-draw-state sorted-testnames test-records)
(let* ((dot-data ;; (map cdr (filter
;; (lambda (x)(equal? "node" (car x)))
(map string-split (tests:lazy-dot test-records "plain" sizex sizey))) ;; (tests:easy-dot test-records "plain")))
(xoffset (dcommon:get-xoffset tests-draw-state sizex xadj))
(yoffset (dcommon:get-yoffset tests-draw-state sizey yadj))
(no-dot (configf:lookup *configdat* "setup" "nodot"))
(boxh 15)
(boxw 10)
(margin 5)
(tests-info (hash-table-ref tests-draw-state 'tests-info))
(selected-tests (hash-table-ref tests-draw-state 'selected-tests ))
(scalef (if no-dot
1
(dcommon:estimate-scale sizex sizey originx originy dot-data)))
(sorted-testnames (if no-dot
(sort sorted-testnames string>=?)
sorted-testnames))
(curr-x 0) ;; NB// NOT screen units
(curr-y (/ (- sizey boxh margin) scalef)) ;; used when no-dot
(scaled-sizex (/ sizex scalef)))
(hash-table-set! tests-draw-state 'scalef scalef)
(let ((longest-str (if (null? sorted-testnames) " " (car (sort sorted-testnames (lambda (a b)(>= (string-length a)(string-length b))))))))
(let-values (((x-max y-max) (canvas-text-size cnv longest-str)))
(if (> x-max boxw)(set! boxw (+ 10 x-max)))))
;; (print "sizex: " sizex " sizey: " sizey " font: " (canvas-font cnv) " originx: " originx " originy: " originy " xtorig: " xtorig " ytorig: " ytorig " xadj: " xadj " yadj: " yadj)
(if (not (null? sorted-testnames))
(let loop ((hed (car (reverse sorted-testnames)))
(tal (cdr (reverse sorted-testnames))))
(let* ((nodedat (if no-dot
#f
(let ((tmpres (filter (lambda (x)
(if (and (not (null? x))
(equal? (car x) "node"))
(equal? hed (cadr x))
#f))
dot-data)))
(if (null? tmpres)
;; llx lly boxw boxh
(list "0" "1" "1" (conc (length tal)) "2" "0.5") ;; return some placeholder junk if no dat found
(car tmpres)))))
(edgedat (if no-dot
'()
(let ((edges (filter (lambda (x) ;; filter for edge
(if (and (not (null? x))
(equal? (car x) "edge"))
(equal? hed (cadr x))
#f))
dot-data)))
(map (lambda (inlst)
(dcommon:process-polyline
(map (lambda (instr)
(string->number instr)) ;; convert to number and scale
(let ((il (cddddr inlst)))
(take il (- (length il) 2))))
(lambda (x y)
(list (+ x 0) ;; xtorig)
(+ y 0))) ;; ytorig)))
#f #f)) ;; process polyline
edges))))
(llx (if no-dot
curr-x
(string->number (list-ref nodedat 2))))
(lly (if no-dot
curr-y
(string->number (list-ref nodedat 3))))
(boxw (if no-dot
boxw
(string->number (list-ref nodedat 4))))
(boxh (if no-dot
boxh
(string->number (list-ref nodedat 5))))
(urx (+ llx boxw))
(ury (+ lly boxh)))
;; if we are in no-dot mode then increment curr-x and curr-y as needed
(if no-dot
(begin
(cond
((< curr-x (- scaled-sizex boxw boxw margin))
(set! curr-x (+ curr-x boxw margin)))
((> curr-x (- scaled-sizex boxw boxw margin))
(set! curr-x 0)
(set! curr-y (- curr-y (+ boxh margin)))))))
; (print "hed " hed " llx " llx " lly " lly " urx " urx " ury " ury)
(dcommon:draw-test cnv xoffset yoffset scalef llx lly boxw boxh hed (hash-table-ref/default selected-tests hed #f))
;; (dcommon:draw-arrows cnv testname tests-info test-records))
(dcommon:draw-edges cnv xoffset yoffset scalef edgedat)
;; data used by mouse click calc. keep the wacky order for now.
(hash-table-set! tests-info hed (list llx lly urx ury boxw boxh edgedat))
(if (not (null? tal))
(loop (car tal)
(cdr tal))))))
))
;; per-point-proc required, remainder optional
;;
(define (dcommon:process-polyline line per-point-proc per-segment-proc last-segment-proc)
(if (< (length line) 2)
'()
(let loop ((x1 (car line))
(y1 (cadr line))
(x2 #f)
(y2 #f)
(tal (cddr line))
(res '()))
(if (and x1 y1 x2 y2 per-segment-proc)
(per-segment-proc x1 y1 x2 y2))
(if (< (length tal) 2)
(begin
(if last-segment-proc (last-segment-proc x1 y1 x2 y2))
(append res (per-point-proc x1 y1)))
(loop (car tal)(cadr tal) x1 y1 (cddr tal) (append res (per-point-proc x1 y1)))))))
(define (dcommon:redraw-tests cnv xadj yadj sizex sizey sizexmm sizeymm originx originy tests-draw-state sorted-testnames test-records)
(let* ((scalef (hash-table-ref tests-draw-state 'scalef))
(xoffset (dcommon:get-xoffset tests-draw-state sizex xadj))
(yoffset (dcommon:get-yoffset tests-draw-state sizey yadj))
(tests-info (hash-table-ref tests-draw-state 'tests-info))
(selected-tests (hash-table-ref tests-draw-state 'selected-tests )))
(if (not (null? sorted-testnames))
(let loop ((hed (car (reverse sorted-testnames)))