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;; PURPOSE.
;;======================================================================
(use format)
(require-library iup)
(import (prefix iup iup:))
(use canvas-draw)
(use regex)
(declare (unit dcommon))
(declare (uses megatest-version))
(declare (uses gutils))
(declare (uses db))
(declare (uses synchash))
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;; PURPOSE.
;;======================================================================
(use format)
(require-library iup)
(import (prefix iup iup:))
(use canvas-draw)
(use regex defstruct)
(declare (unit dcommon))
(declare (uses megatest-version))
(declare (uses gutils))
(declare (uses db))
(declare (uses synchash))
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(define (dboard:data-get-command-tb vec) (vector-ref vec 17))
(define (dboard:data-get-target vec) (vector-ref vec 18))
(define (dboard:data-get-target-string vec)
(let ((targ (dboard:data-get-target vec)))
(if (list? targ)(string-intersperse targ "/") "no-target-specified")))
(define (dboard:data-get-run-name vec) (vector-ref vec 19))
(define (dboard:data-get-runs-listbox vec) (vector-ref vec 20))
(define (dboard:data-set-runs! vec val)(vector-set! vec 0 val))
(define (dboard:data-set-tests! vec val)(vector-set! vec 1 val))
(define (dboard:data-set-runs-matrix! vec val)(vector-set! vec 2 val))
(define (dboard:data-set-tests-tree! vec val)(vector-set! vec 3 val))
(define (dboard:data-set-run-keys! vec val)(vector-set! vec 4 val))
(define (dboard:data-set-curr-test-ids! vec val)(vector-set! vec 5 val))
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(define (dboard:data-get-command-tb vec) (vector-ref vec 17))
(define (dboard:data-get-target vec) (vector-ref vec 18))
(define (dboard:data-get-target-string vec)
(let ((targ (dboard:data-get-target vec)))
(if (list? targ)(string-intersperse targ "/") "no-target-specified")))
(define (dboard:data-get-run-name vec) (vector-ref vec 19))
(define (dboard:data-get-runs-listbox vec) (vector-ref vec 20))
(defstruct d:data runs tests runs-matrix tests-tree run-keys
curr-test-ids updaters path-run-ids curr-run-id runs-tree test-patts
states statuses logs-textbox command command-tb target run-name
runs-listbox)
(define (dboard:data-set-runs! vec val)(vector-set! vec 0 val))
(define (dboard:data-set-tests! vec val)(vector-set! vec 1 val))
(define (dboard:data-set-runs-matrix! vec val)(vector-set! vec 2 val))
(define (dboard:data-set-tests-tree! vec val)(vector-set! vec 3 val))
(define (dboard:data-set-run-keys! vec val)(vector-set! vec 4 val))
(define (dboard:data-set-curr-test-ids! vec val)(vector-set! vec 5 val))
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(dboard:data-set-curr-test-ids! *data* (make-hash-table))
;; Look up test-ids by (key1 key2 ... testname [itempath])
(dboard:data-set-path-test-ids! *data* (make-hash-table))
;; Look up run-ids by ??
(dboard:data-set-path-run-ids! *data* (make-hash-table))
;;======================================================================
;; D O T F I L E
;;======================================================================
(define (dcommon:write-dotfile fname dat)
(with-output-to-file fname
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(dboard:data-set-curr-test-ids! *data* (make-hash-table))
;; Look up test-ids by (key1 key2 ... testname [itempath])
(dboard:data-set-path-test-ids! *data* (make-hash-table))
;; Look up run-ids by ??
(dboard:data-set-path-run-ids! *data* (make-hash-table))
(define (d:data-init dat)
(d:data-run-keys-set! dat (make-hash-table))
(d:data-curr-test-ids-set! dat (make-hash-table))
(d:data-path-run-ids-set! dat (make-hash-table))
dat)
;;======================================================================
;; D O T F I L E
;;======================================================================
(define (dcommon:write-dotfile fname dat)
(with-output-to-file fname
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(let* ((run-stats (db:get-run-stats dbstruct))
(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 (apply max (map cadr row-indices))))
(max-col (if (null? col-indices) 1
(apply max (map cadr col-indices))))
(max-visible (max (- *num-tests* 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)
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(let* ((run-stats (db:get-run-stats dbstruct))
(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 (apply max (map cadr row-indices))))
(max-col (if (null? col-indices) 1
(apply max (map cadr col-indices))))
(max-visible (max (- (d:alldat-num-tests *alldat*) 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)
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;; )
))))
;;======================================================================
;; CANVAS STUFF FOR TESTS
;;======================================================================
(define (dcommon:draw-test cnv scalef x y w h name selected)
(let* ((llx (* scalef x))
(lly (* scalef y))
(urx (* scalef (+ x w)))
(ury (* scalef (+ y h))))
(canvas-text! cnv (+ llx 5)(+ lly 5) name) ;; (conc testname " (" xtorig "," ytorig ")"))
(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))
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;; )
))))
;;======================================================================
;; 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))
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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 4))
(boxw (list-ref box 5))
(boxh (list-ref box 6)))
(vector (+ llx (/ boxw 2))
(+ lly (/ boxh 2)))))
(define-inline (num->int num)
(inexact->exact (round num)))
(define (dcommon:draw-edges cnv 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 x1 y1 x2 y2)) ;; (num->int x1)(num->int y1)(num->int x2)(num->int y2)))
(if (< (length tal) 2)
(canvas-mark! cnv x1 y1) ;; (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)))
(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 "test-box-info=" test-box-info)
;; (debug:print 0 "test-record=" test-record)
))
(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"))) ;; (tests:easy-dot test-records "plain")))
(scalef (hash-table-ref tests-draw-state 'scalef))
(dotscale (hash-table-ref tests-draw-state 'dotscale))
(test-browse-xoffset (hash-table-ref tests-draw-state 'test-browse-xoffset))
(test-browse-yoffset (hash-table-ref tests-draw-state 'test-browse-yoffset))
(xtorig (+ test-browse-xoffset (* (/ sizex 2) 1 (- 0.5 xadj)))) ;; (- xadj 1))))
(ytorig (+ test-browse-yoffset (* (/ sizey 2) 1 (- yadj 0.5))))
(boxw 10)
(tests-hash (hash-table-ref tests-draw-state 'tests-info))
(selected-tests (hash-table-ref tests-draw-state 'selected-tests )))
;; (print "dot-data=" dot-data)
(hash-table-set! tests-draw-state 'xtorig xtorig)
(hash-table-set! tests-draw-state 'ytorig ytorig)
(list "0" "1" "1" (conc (length tal)) "2" "0.5") ;; return some junk
(car tmpres))))
(edgedat (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)
(* dotscale (string->number instr))) ;; convert to number and scale
(let ((il (cddddr inlst)))
(take il (- (length il) 2))))
(lambda (x y)
(list (+ x xtorig)
(+ y ytorig)))
#f #f)) ;; process polyline
edges)))
(llx (* (string->number (list-ref nodedat 2)) dotscale))
(lly (* (string->number (list-ref nodedat 3)) dotscale))
(boxw (* (string->number (list-ref nodedat 4)) dotscale))
(boxh (* (string->number (list-ref nodedat 5)) dotscale))
(urx (+ llx boxw))
(ury (+ lly boxh)))
; (print "hed " hed " llx " llx " lly " lly " urx " urx " ury " ury)
(dcommon:draw-test cnv scalef llx lly boxw boxh hed (hash-table-ref/default selected-tests hed #f))
;; (dcommon:draw-arrows cnv testname tests-hash test-records))
(dcommon:draw-edges cnv scalef edgedat)
;; data used by mouse click calc. keep the wacky order for now.
(hash-table-set! tests-hash hed (list llx urx (- sizey ury)(- sizey lly) lly boxw boxh edgedat))
;; (list llx lly boxw boxh)) ;; NB// Swap ury and lly
(if (not (null? tal))
(loop (car tal)
(cdr tal))))))
;; (for-each
;; (lambda (testname)
;; (dcommon:draw-arrows cnv testname tests-hash test-records))
;; sorted-testnames))
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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 "test-box-info=" test-box-info)
;; (debug:print 0 "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))
(boxw 10)
(tests-info (hash-table-ref tests-draw-state 'tests-info))
(selected-tests (hash-table-ref tests-draw-state 'selected-tests ))
(scalef (dcommon:estimate-scale sizex sizey originx originy dot-data)))
(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 (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 (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 (string->number (list-ref nodedat 2)))
(lly (string->number (list-ref nodedat 3)))
(boxw (string->number (list-ref nodedat 4)))
(boxh (string->number (list-ref nodedat 5)))
(urx (+ llx boxw))
(ury (+ lly boxh)))
; (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)
'()
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(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))
(test-browse-xoffset (hash-table-ref tests-draw-state 'test-browse-xoffset))
(test-browse-yoffset (hash-table-ref tests-draw-state 'test-browse-yoffset))
(xtorig (+ test-browse-xoffset (* (/ sizex 2) (- xadj 0.5)))) ;; (- xadj 1))))
(ytorig (+ test-browse-yoffset (* (/ sizey 2) (- 0.5 yadj))))
(xdelta (- (hash-table-ref tests-draw-state 'xtorig) xtorig))
(ydelta (- (hash-table-ref tests-draw-state 'ytorig) ytorig))
(tests-hash (hash-table-ref tests-draw-state 'tests-info))
(hash-table-set! tests-draw-state 'xtorig xtorig)
(hash-table-set! tests-draw-state 'ytorig ytorig)
(let* ((tvals (hash-table-ref tests-hash hed))
(llx (+ xdelta (list-ref tvals 0)))
(lly (+ ydelta (list-ref tvals 4)))
(boxw (list-ref tvals 5))
(boxh (list-ref tvals 6))
(edges (map (lambda (pline)
(dcommon:process-polyline pline
(lambda (x1 y1)
(list (+ x1 xdelta)
(+ y1 ydelta)))
#f #f))
(list-ref tvals 7)))
(urx (+ llx boxw))
(ury (+ lly boxh)))
(dcommon:draw-test cnv scalef llx lly boxw boxh hed (hash-table-ref/default selected-tests hed #f))
(dcommon:draw-edges cnv scalef edges)
(hash-table-set! tests-hash hed (list llx urx (- sizey ury)(- sizey lly) lly boxw boxh edges))
(if (not (null? tal))
;; leave a column of space to the right to list items
(loop (car tal)
(cdr tal))))))))
;; (for-each
;; (lambda (testname)
;; (dcommon:draw-edges cnv scalef edges)) ;; (dcommon:draw-arrows cnv testname tests-hash test-records))
;; sorted-testnames)))
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(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)))
(tal (cdr (reverse sorted-testnames))))
(let* ((tvals (hash-table-ref tests-info hed))
(llx (list-ref tvals 0))
(lly (list-ref tvals 1))
(boxw (list-ref tvals 4))
(boxh (list-ref tvals 5))
(edges (map (lambda (pline)
(dcommon:process-polyline pline
(lambda (x1 y1)
(list x1 y1))
#f #f))
(list-ref tvals 6)))
(urx (+ llx boxw))
(ury (+ lly boxh)))
(dcommon:draw-test cnv xoffset yoffset scalef llx lly boxw boxh hed (hash-table-ref/default selected-tests hed #f))
(dcommon:draw-edges cnv xoffset yoffset scalef edges)
(if (not (null? tal))
;; leave a column of space to the right to list items
(loop (car tal)
(cdr tal))))))))
;;======================================================================
;; S T E P S
;;======================================================================
(define (dcommon:populate-steps teststeps steps-matrix)
(let ((max-row 0))
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