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procLabel.nim
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#------------------------------------------------
# traitement label
#------------------------------------------------
type
FIELD_Label {.pure.}= enum
Lname,
Lposx,
Lposy,
Ltitle
Vlabel = ref object
name : string
posx : int
posy : int
text : string
title: bool
const L_F1: array[FIELD_Label, int] = [0,1,2,3]
var pnLa :PANEL = newPanel("pnLx",1,1,7,35,@[defButton(TKey.F9,"F9 Enrg.",true),defButton(TKey.F12,"F12 return",true)],line1,"LABEL")
let fldL = new(Vlabel)
pnLa.label.add(defLabel($Lname, 2, 2, "Name.....:"))
pnLa.field.add(defString($Lname, 2, 2 + len(pnLa.label[L_F1[Lname,]].text), ALPHA_NUMERIC ,
10, "", FILL, "Value Obligatoire [A-z0-9]","Name Label","^[A-z]{1,1}([A-z0-9]{1,9})$"))
pnLa.label.add(defLabel($Lposx, 3, 2, "PosX.....:"))
pnLa.field.add(defNumeric($Lposx , 3, 2 + len(pnLa.label[L_F1[Lposx]].text), DIGIT ,
2, 0, "", FILL, "",""))
setProtect(pnLa.field[L_F1[Lposx]],true)
pnLa.label.add(defLabel($Lposy, 4, 2, "PosY.....:"))
pnLa.field.add(defNumeric($Lposy , 4, 2 + len(pnLa.label[L_F1[Lposy]].text), DIGIT ,
3, 0, "", FILL, "" ,""))
setProtect(pnLa.field[L_F1[Lposy]],true)
pnLa.label.add(defLabel($Ltitle, 5, 2, "Title.....:"))
pnLa.field.add(defSwitch($Ltitle , 5, 2 + len(pnLa.label[L_F1[Ltitle]].text), SWITCH ,
false,EMPTY, "" ,""))
setProtect(pnLa.field[L_F1[Ltitle]],true)
#------------------------------------------------
# write label
proc writeLabel(title :int):bool=
onCursor()
onMouse()
var keyc : TKey = TKey.None
var chr : string
var vINT : Natural
while true:
gotoXY(X , Y)
(keyc, chr) = getTKey()
case keyc
of TKey.F12:
getCursor(X , Y)
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write "Return "
gotoXY(X , Y)
onMouse()
break
of TKey.Mouse :
let mi = getMouse()
if mi.action == MouseButtonAction.mbaPressed:
# work this first /.../ bla bla
case mi.button
of mbLeft:
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {mi.x},{mi.y}"
of mbMiddle:
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {mi.x},{mi.y}"
of mbRight:
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {mi.x},{mi.y}"
else: discard
elif mi.action == MouseButtonAction.mbaReleased:
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {mi.x},{mi.y}"
gotoXY(X,Y)
of TKey.CtrlV:
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
v_TEXT = strip($e_TEXT,trailing = true)
if len(e_TEXT) == 0 : return false
else : return true
of TKey.Char:
gotoXY(X , Y)
if Y < maxY and len(e_TEXT) < base[PanelWork].cols :
if title == 1 :
setBackgroundColor(bgBlack,false)
setForegroundColor(fgGreen,true)
writeStyled(chr,{styleDim,styleItalic})
if title == 2 :
setBackgroundColor(bgBlack,false)
setForegroundColor(fgCyan,true)
writeStyled(chr,{styleBright})
vINT = Y - SY
getCursor(X , Y)
if len(e_TEXT) == vINT : e_TEXT.add(chr.runeAt(0))
else : e_TEXT[vINT]=chr.runeAt(0)
NY = SY + len(e_TEXT)
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} ({X},{Y})"
gotoXY(X , Y)
of TKey.Left:
getCursor(X , Y)
if SX != X :
cursorBackward()
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {SX},{SY}"
gotoXY(SX,SY)
elif SY < Y :
dec(Y)
cursorBackward()
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {X},{Y}" # {Y-1}
gotoXY(X,Y)
of TKey.Right:
getCursor(X , Y)
if SX != X :
cursorBackward()
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {SX},{NY}"
gotoXY(SX,NY)
elif Y < NY :
inc(Y)
cursorForward()
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write fmt"len:{len(e_TEXT)} {X},{Y}"
gotoXY(X,Y)
else : discard
if keyc == TKey.F12 : return false
if keyc == TKey.CtrlV : return true
#------------------------------------------------------------------
# definition label
proc labelDef(majuscule : int)=
SX = X
SY = Y
NY = Y
offMouse()
offCursor()
e_TEXT = newSeq[Rune]()
setTerminal()
printPanel(detail)
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write " "
if majuscule == 1 :
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write "Label "
else :
gotoXY(terminalHeight(),terminalWidth()-20); stdout.write "Title "
gotoXY(X , Y)
if writeLabel(majuscule) == true:
pnLx = pnLa
if SX < 15 :
pnLx.posx = terminalHeight()-10
else :
pnLx.posx = 1
pnLx.field[L_F1[Lname]].text = "L" & align($( SX - base[PanelWork].posx + 1), 2 ,"0".runeAt(0)) & align($(SY - base[PanelWork].posy + 1), 3 ,"0".runeAt(0))
pnLx.field[L_F1[Lposx]].text = $(SX - base[PanelWork].posx + 1 )
pnLx.field[L_F1[Lposy]].text = $(SY - base[PanelWork].posy + 1 )
if majuscule == 1 :
pnLx.field[L_F1[Ltitle]].switch = false
else :
pnLx.field[L_F1[Ltitle]].switch = true
printPanel(pnLx)
if majuscule == 1 :
gotoXY(SX,SY); writeStyled(v_TEXT,{styleDim,styleItalic,styleUnderscore})
else :
gotoXY(SX,SY); writeStyled(v_TEXT,{styleBright,styleUnderscore})
while true :
key = ioPanel(pnLx)
if key == TKey.F9 :
fldL.name = getText(pnLx,L_F1[Lname])
## Contrôle Format Panel full Field defTitle
if isValide(pnlx) :
if majuscule == 1 :
detail.label.add(defLabel(fldL.name, SX - base[PanelWork].posx + 1 , SY - base[PanelWork].posy + 1, v_TEXT))
base[PanelWork].label.add(defLabel(fldL.name, SX - base[PanelWork].posx + 1, SY - base[PanelWork].posy + 1, v_TEXT))
else :
detail.label.add(defTitle(fldL.name, SX - base[PanelWork].posx + 1 , SY - base[PanelWork].posy + 1, v_TEXT))
base[PanelWork].label.add(defTitle(fldL.name, SX - base[PanelWork].posx + 1, SY - base[PanelWork].posy + 1, v_TEXT))
break
if key == TKey.Escape : break
setTerminal()
printPanel(detail)
gotoXY(minX,minY)
onMouse()
#------------------------------------------------------------------
# rename sequence label
proc orderLabel()=
setTerminal()
printPanel(orderZ)
offMouse()
Zgrid = newGrid("GRID01",2,2,20)
Zdup = newGrid("GRID02",2,65,20)
var g_id = defCell("ID",3,DIGIT)
var g_name = defCell("Name",10,ALPHA,cellYellow)
var g_posx = defCell("PosX",4,DIGIT)
var g_posy = defCell("PosY",4,DIGIT)
var g_txt = defCell("....",30,ALPHA)
var g_title = defCell("Title",5,SWITCH)
var v_txt :string
var g_numIDx : int = -1
var g_numID = - 1
setHeaders(Zgrid, @[g_id, g_name, g_posx, g_posy, g_txt, g_title])
setHeaders(Zdup, @[g_id, g_name, g_posx, g_posy, g_txt, g_title])
printGridHeader(Zdup)
for n in 0..len(base[PanelWork].label)-1:
if runeLen(getTextL(base[PanelWork],n)) >= getcellLen(g_txt) : v_txt = runeSubStr(getTextL(base[PanelWork],n), 0 ,getcellLen(g_txt) )
else : v_txt = getTextL(base[PanelWork],n)
addRows(Zgrid, @[setID(g_numID), getNameL(base[PanelWork],n), $getPosxL(base[PanelWork],n),$getPosyL(base[PanelWork],n), v_txt, $isTitle(base[PanelWork],n), $getTextL(base[PanelWork],n)])
while true :
let (keys, val) = ioGrid(Zgrid)
if keys == TKey.Enter :
addRows(Zdup, @[setID(g_numIDx), val[1], val[2], val[3], val[4], val[5], val[6]])
printGridRows(Zdup)
dltRows(Zgrid,getIndexG(Zgrid,val[0]))
if countRows(Zgrid) == 0 and countRows(Zdup) > 0 :
base[PanelWork].label = newSeq[LABEL]()
detail.label = newSeq[LABEL]()
for n in 0..countRows(Zdup) - 1:
if not isrowTitle(Zdup ,n) :
detail.label.add(defLabel(getrowName(Zdup,n), getrowPosx(Zdup,n), getrowPosy(Zdup,n), getrowText(Zdup,n)))
base[PanelWork].label.add(defLabel(getrowName(Zdup,n), getrowPosx(Zdup,n), getrowPosy(Zdup,n), getrowText(Zdup,n)))
else:
detail.label.add(defTitle(getrowName(Zdup,n), getrowPosx(Zdup,n), getrowPosy(Zdup,n), getrowText(Zdup,n)))
base[PanelWork].label.add( defTitle(getrowName(Zdup,n), getrowPosx(Zdup,n), getrowPosy(Zdup,n), getrowText(Zdup,n)))
Zgrid = newGrid("GRID01",2,2,20)
Zdup = newGrid("GRID02",2,65,20)
setHeaders(Zgrid, @[g_id, g_name, g_posx, g_posy, g_txt, g_title])
setHeaders(Zdup, @[g_id, g_name, g_posx, g_posy, g_txt, g_title])
printGridHeader(Zdup)
g_numID = - 1
g_numIDx = - 1
for n in 0..len(base[PanelWork].label)-1:
if runeLen(getTextL(base[PanelWork],n)) >= getcellLen(g_txt) : v_txt = runeSubStr(getTextL(base[PanelWork],n), 0 ,getcellLen(g_txt) )
else : v_txt = getTextL(base[PanelWork],n)
addRows(Zgrid, @[setID(g_numID), getNameL(base[PanelWork],n), $getPosxL(base[PanelWork],n), $getPosyL(base[PanelWork],n), v_txt, $isTitle(base[PanelWork],n), getTextL(base[PanelWork],n)])
if keys == TKey.Escape : return
#------------------------------------------------------
# remove label
proc rmvLabel()=
setTerminal()
printPanel(orderZ)
offMouse()
Zgrid = newGrid("GRID01",2,2,20)
var g_id = defCell("ID",3,DIGIT)
var g_name = defCell("Name",10,ALPHA,cellYellow)
var g_posx = defCell("PosX",4,DIGIT)
var g_posy = defCell("PosY",4,DIGIT)
var g_txt = defCell("....",30,ALPHA)
var g_title = defCell("Title",5,SWITCH)
var v_txt :string
var g_numID = - 1
setHeaders(Zgrid, @[g_id, g_name, g_posx, g_posy, g_txt, g_title])
for n in 0..len(base[PanelWork].label)-1:
if runeLen(getTextL(base[PanelWork],n)) >= getcellLen(g_txt) : v_txt = runeSubStr(getTextL(base[PanelWork],n), 0 ,getcellLen(g_txt) )
else : v_txt = getTextL(base[PanelWork],n)
addRows(Zgrid, @[setID(g_numID), getNameL(base[PanelWork],n), $getPosxL(base[PanelWork],n), $getPosyL(base[PanelWork],n), v_txt, $isTitle(base[PanelWork],n), getTextL(base[PanelWork],n)])
while true :
let (keys, val) = ioGrid(Zgrid)
if keys == TKey.Enter :
for n in 0..len(base[PanelWork].label) - 1:
if base[PanelWork].label[n].name == getrowName(Zgrid,getIndexG(Zgrid,val[0])):
base[PanelWork].label.delete(n)
break
for n in 0..len(detail.label) - 1:
if detail.label[n].name == getrowName(Zgrid,getIndexG(Zgrid,val[0])):
detail.label.delete(n)
dltRows(Zgrid,getIndexG(Zgrid,val[0]))
break
if keys == TKey.Escape : return