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#
# wish tools to browse tests and results
#
package require Tk
####################################################
# source batch tcl
####################################################
#
# sets the following environment variables
#
# WBCONTAINER
# WBROOT
# STATION
#
source $env(DRAWHOME)/InitEnvironment.tcl
source $env(DRAWHOME)/Tests.tcl
####################################################
# executable to display images
####################################################
set imageExec $env(WBROOT)/$env(STATION)/bin/TestImage
#set imageExec [ wokinfo -p testexec:TestImage ]
####################################################
# Colors and title
####################################################
option add *Background grey
option add *Foreground black
wm title . "Modeling Team Test Browser"
wm geometry . +460+10
####################################################
# Les Boutons
####################################################
frame .top
frame .b
set nextCommand "nextTest"
proc InteractiveNext {} {
# process the next button
# remove display of image for rapidity
global nextCommand withImage
set oldwith $withImage
set withImage 0
$nextCommand
set withImage $oldwith
displayImage
focus .
}
button .b.init -text "init" -command init
button .b.clear -text "clear" -command clearResult
button .b.copy -text "Copy" -command copyMaster
button .b.exit -text "exit" -command {if $withImage switchImage; exit}
button .b.view -text "View" -command viewTest
button .b.run -text "Run" -command runTest
button .b.send -text "Send" -command sendTest
button .b.next -text "Next" -command InteractiveNext
button .b.nul -text "next UL" -command nextUL
button .b.nfunc -text "next Function" -command nextFunction
radiobutton .b.withtest -anchor w -relief flat \
-text "Test " -variable nextCommand -value "nextTest"
radiobutton .b.withres -anchor w -relief flat \
-text "With result" -variable nextCommand -value "nextWithResult"
radiobutton .b.witherr -anchor w -relief flat \
-text "With error" -variable nextCommand -value "nextWithError"
pack .b.init .b.clear .b.copy .b.run .b.send .b.view \
.b.next .b.withtest .b.withres .b.witherr \
.b.nul .b.nfunc .b.exit \
-side top -fill x
pack .b -side right -anchor n -in .top
####################################################
# Les directory test resultat et master
# les entry
####################################################
frame .root
label .root.name -text "Root of tests : " -width 20 -anchor w
entry .root.val -relief sunken -textvariable testRoot -width 40
pack .root.name .root.val -side left
frame .res
label .res.name -text "Result directory : " -width 20 -anchor w
entry .res.val -relief sunken -textvariable resultRoot -width 40
pack .res.name .res.val -side left
frame .master
label .master.name -text "Master directory : " -width 20 -anchor w
entry .master.val -relief sunken -textvariable masterRoot -width 40
pack .master.name .master.val -side left
frame .exec
label .exec.name -text "Executable : " -width 20 -anchor w
entry .exec.val -relief sunken -textvariable theExec -width 40
pack .exec.name .exec.val -side left
frame .sendto
label .sendto.name -text "Send to : " -width 20 -anchor w
entry .sendto.val -relief sunken -textvariable theDraw -width 40
pack .sendto.name .sendto.val -side left
# enforce update when return
bind .root.val <Return> "set theTest $theTest"
bind .res.val <Return> "set theTest $theTest"
bind .master.val <Return> "set theTest $theTest"
bind .exec.val <Return> "set theTest $theTest"
pack .root .res .master .exec .sendto -side top -in .top
####################################################
# Les list box UL Function Test
####################################################
listbox .uls -relief sunken -borderwidth 2 \
-yscrollcommand ".suls set"
scrollbar .suls -relief sunken -command ".uls yview"
listbox .funcs -relief sunken -borderwidth 2 \
-yscrollcommand ".sfuncs set"
scrollbar .sfuncs -relief sunken -command ".funcs yview"
listbox .tests -relief sunken -borderwidth 2 \
-yscrollcommand ".stests set"
scrollbar .stests -relief sunken -command ".tests yview"
bind .uls <Double-Button-1> {
set theUL [selection get]
}
bind .funcs <Double-Button-1> {
set theFunction [selection get]
}
bind .tests <Double-Button-1> {
set theTest [selection get]
}
# procedures de trace des variables listes
# mettent a jour la list box correspondante
trace variable listUL w listULProcW
proc listULProcW {name element op} {
global listUL
.uls delete 0 [.uls size]
foreach f $listUL {.uls insert end $f}
}
trace variable listFunction w listFunctionProcW
proc listFunctionProcW {name element op} {
global listFunction
.funcs delete 0 [.funcs size]
foreach f $listFunction {.funcs insert end $f}
}
trace variable listTest w listTestProcW
proc listTestProcW {name element op} {
global listTest
.tests delete 0 [.tests size]
foreach f $listTest {.tests insert end $f}
}
#presentation
pack .uls .suls .funcs .sfuncs .tests .stests -side left -fill both -in .top
####################################################
# the current UL Function Test, associated buttons
####################################################
frame .current
label .current.ul -textvariable theUL
label .current.func -textvariable theFunction
label .current.test -textvariable theTest
pack .current.ul .current.func .current.test -side left
####################################################
# le statut
####################################################
frame .status
label .status.h -text "${theStatusHeader} : "
label .status.s -textvariable theStatusLine -anchor w
# menu des fichiers xwd
set withImage 0
set hasImage "No Image"
set nbXWD "0 images "
label .status.xwd -textvariable nbXWD
button .status.vxwd -text "no Display" -command switchImage
bind . <d> switchImage
proc switchImage {} {
global withImage imageProcess
if $withImage {
set withImage 0
.status.vxwd configure -text "no Display"
catch {exec kill $imageProcess}
set imageProcess 0
} else {
set withImage 1
.status.vxwd configure -text "Display"
displayImage
}
}
trace variable theXWDFiles w theXWDFilesProcW
proc theXWDFilesProcW {name element op} {
global nbXWD theXWDFiles
set nbXWD "[llength $theXWDFiles] images "
displayImage
}
set imageProcess 0
proc displayImage {} {
global withImage
if {! $withImage} return
global imageExec imageProcess
global theXWDFiles resultRoot masterRoot theUL theFunction
if $imageProcess {catch {exec kill $imageProcess}}
foreach f [glob -nocomplain /tmp/*.xwd] {catch {exec rm -f $f}}
set r {}
foreach h $theXWDFiles {
set g [file rootname [file tail $h]]
set f $resultRoot/$theUL/$theFunction/$g.Z
if [file readable $f] {
catch {exec cp $f /tmp/r$g.Z}
catch {exec uncompress /tmp/r$g.Z}
lappend r /tmp/r$g
} else {lappend r "XXXX"}
set f $masterRoot/$theUL/$theFunction/$g.Z
if [file readable $f] {
catch {exec cp $f /tmp/m$g.Z}
catch {exec uncompress /tmp/m$g.Z}
lappend r /tmp/m$g
} else {lappend r "XXXX"}
}
set imageProcess [eval exec $imageExec $r & ]
}
pack .status.h .status.s -side left
pack .status.vxwd .status.xwd -side right
####################################################
# Les resultats et les master
####################################################
frame .log
text .log.result -relief raised -bd 2 -width 38 -yscrollcommand ".log.sresult set"
scrollbar .log.sresult -relief sunken -command ".log.result yview"
text .log.master -relief raised -bd 2 -width 38 -yscrollcommand ".log.smaster set"
scrollbar .log.smaster -relief sunken -command ".log.master yview"
# trace the files names
proc loadFile {file text} {
$text delete 1.0 end
if {$file == ""} return
if [file isdirectory $file] return
if [file readable $file] {
set f [open $file]
while {![eof $f]} {
$text insert end [read $f 1000]
}
close $f
}
}
trace variable theLog w theLogProc
proc theLogProc {name element op} {
global theLog
loadFile $theLog .log.result
}
trace variable theErrorLines w theErrorLinesProc
proc theErrorLinesProc {name element op} {
global theErrorLines
# tag the errors if there are
.log.result tag delete error
foreach l $theErrorLines {
.log.result tag add error $l.0 $l.end
.log.result tag configure error -background orange
}
}
trace variable theDiffs w theDiffsProc
proc theDiffsProc {name element op} {
global theDiffs
# tag the differences if there are
.log.result tag delete diffs
.log.master tag delete diffs
if [llength $theDiffs] {
foreach l $theDiffs {
.log.result tag add diffs ${l}.0 ${l}.end
.log.master tag add diffs ${l}.0 ${l}.end
}
.log.result tag configure diffs -background lightblue
.log.master tag configure diffs -background lightblue
}
}
trace variable theMasterLog w theMasterLogProc
proc theMasterLogProc {name element op} {
global theMasterLog
loadFile $theMasterLog .log.master
}
pack .log.result .log.sresult .log.master .log.smaster -side left -fill y
####################################################
# panel to display the test
####################################################
set hasTestPanel 0
set withBeginEnd 0
set beginFunction ""
set endFunction ""
set beginUL ""
set endUL ""
proc viewTest {} {
global hasTestPanel
if {! $hasTestPanel} {
set hasTestPanel 1
toplevel .panel
wm geometry .panel +10+610
frame .panel.b
button .panel.b.quit -text Quit \
-command {destroy .panel; set hasTestPanel 0}
bind .panel <q> {destroy .panel; set hasTestPanel 0}
button .panel.b.bfunc -textvariable beginFunction \
-command {loadFile $testRoot/$theUL/$theFunction/begin .panel.t.text}
button .panel.b.efunc -textvariable endFunction \
-command {loadFile $testRoot/$theUL/$theFunction/end .panel.t.text}
button .panel.b.bul -textvariable beginUL \
-command {loadFile $testRoot/$theUL/begin .panel.t.text}
button .panel.b.eul -textvariable endUL \
-command {loadFile $testRoot/$theUL/end .panel.t.text}
button .panel.b.test -textvariable theTest \
-command {loadFile $testRoot/$theUL/$theFunction/$theTest .panel.t.text}
button .panel.b.next -text Next -command {$nextCommand; focus .panel}
bind .panel <n> {$nextCommand}
button .panel.b.concat -text "Concat " -command {
if { $withBeginEnd} {
set withBeginEnd 0
} else {
set withBeginEnd 1
}
displayTest
}
button .panel.b.send -text "Send" -command sendTest
pack .panel.b.quit .panel.b.next .panel.b.concat .panel.b.send \
-side top -fill x
pack .panel.b.eul .panel.b.efunc .panel.b.test .panel.b.bfunc \
.panel.b.bul \
-side bottom -fill x
frame .panel.t
text .panel.t.text -relief raised -width 65 -bd 2 \
-yscrollcommand ".panel.t.scroll set"
scrollbar .panel.t.scroll -relief sunken -command ".panel.t.text yview"
pack .panel.t.text .panel.t.scroll -side left -fill both
pack .panel.t .panel.b -side left -fill both
} else {
destroy .panel
set hasTestPanel 0
}
displayTest
}
proc displayTest {} {
global hasTestPanel
global withBeginEnd
if {! $hasTestPanel} return
global testRoot theUL theFunction theTest
global beginFunction endFunction beginUL endUL
if { ! $withBeginEnd} {
loadFile $testRoot/$theUL/$theFunction/$theTest .panel.t.text
} else {
global testRoot resultRoot theExec theLog theDraw
global theUL theFunction theTest
set f /tmp/theTest[pid]
set ff [open $f w]
puts $ff "set testroot $testRoot"
puts $ff "set testinfos(resultRoot) $resultRoot"
puts $ff "set testinfos(theUL) $theUL"
puts $ff "set testinfos(theFunction) $theFunction"
puts $ff "set testinfos(theTest) $theTest"
close $ff
catch {exec cat -s \
$testRoot/$theUL/begin \
$testRoot/$theUL/$theFunction/begin \
$testRoot/$theUL/$theFunction/$theTest \
$testRoot/$theUL/$theFunction/end \
$testRoot/$theUL/end >> $f}
loadFile $f .panel.t.text
}
set beginFunction "$theFunction begin"
set endFunction "$theFunction end"
set beginUL "$theUL begin"
set endUL "$theUL end"
wm title .panel "$theUL $theFunction $theTest"
}
trace variable theTest w theTestProcW
proc theTestProcW {name element op} {
displayTest
}
####################################################
# presentation generale
####################################################
pack .top .current .status .log -side top -fill x
init
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