func New() *Imp {
//
x := new(Imp)
x.Imp = day.New()
x.list = seq.New()
return x
}
func New(o Object) *Imp {
//
x := new(Imp)
switch o.(type) {
case *enum.Imp:
x.Object, x.typ = enum.New(enum.Enum(o.(*enum.Imp).Typ())), Enumerator
case *tval.Imp:
x.Object, x.typ = tval.New(), TruthValue
case *char.Imp:
x.Object, x.typ = char.New(), Character
case *text.Imp:
x.Object, x.typ = text.New(o.(*text.Imp).Len()), Text
case *bnat.Imp:
x.Object, x.typ = bnat.New(o.(*bnat.Imp).Startval()), Natural
case *breal.Imp:
x.Object, x.typ = breal.New(4), Real
case *clk.Imp:
x.Object, x.typ = clk.New(), Clocktime
case *day.Imp:
x.Object, x.typ = day.New(), Calendarday
case *euro.Imp:
x.Object, x.typ = euro.New(), Euro
case *cntry.Imp:
x.Object, x.typ = cntry.New(), Country
case *pers.Imp:
x.Object, x.typ = pers.New(), Person
case *phone.Imp:
x.Object, x.typ = phone.New(), PhoneNumber
case *addr.Imp:
x.Object, x.typ = addr.New(), Address
default:
ker.Panic("atom.New: parameter does not characterize an atom.Atomtype")
}
return x
}
func main() {
//
cF, cB := col.Black, col.LightWhite
col.ScreenF, col.ScreenB = cF, cB
scr.Switch(scr.TXT)
/*
if scr.Switchable (scr.WXGA) {
scr.Switch (scr.WXGA)
scr.SwitchFontsize (font.Huge)
} else if scr.Switchable (scr.WSVGA) {
scr.Switch (scr.WSVGA)
scr.SwitchFontsize (font.Big)
} else {
scr.Cls ()
}
*/
help = make([]string, 1)
help[0] = "Bedienungsanleitung siehe Handbuch S. 18 - 23"
actualDay = day.New()
actualDay.Actualize()
period = day.Yearly
day.WeekdayF, day.WeekdayB = cF, cB
day.HolidayB = cB
day.WeekdayNameF, day.WeekdayNameB = col.Magenta, cB
// errh.DocAvail = true
scr.MouseCursor(true)
for !editiert() {
}
cal.Terminate()
ker.Terminate()
}
func New () *Imp {
//
x:= new (Imp)
x.Imp = day.New ()
x.Actualize ()
return x
}
func New() *Imp {
//
x := new(Imp)
d := day.New()
x.file = pseq.New(d)
x.dayset = set.New(d)
return x
}
func New() *Imp {
//
x := new(Imp)
x.surname = text.New(lenName)
x.firstName = text.New(lenFirstName)
x.fm = tval.New()
x.fm.SetFormat("m", "w")
x.bd = day.New()
x.ti = enum.New(enum.Title)
x.fmt = LongB
return x
}
func Want(y, m, d uint) {
//
wanted := day.New()
wanted.SetFormat(day.Yymmdd)
if wanted.Set(d, m, 2000+y) {
if v.Less(wanted) {
errh.Error("Your murus "+v.String()+" is outdated. You need "+wanted.String()+".", 0)
ker.Halt(-1)
}
} else {
ker.Panic("parameters for v.Want are nonsense")
}
}
func (R *Imp) programmErzeugen() {
//
programmdatei = pseq.New(byte(0))
heute := day.New()
heute.SetFormat(day.Dd)
heute.Actualize()
programmdatei.Name(env.User() + "-" + heute.String() + ".go") // TODO aktuelle Zeit ?
programmdatei.Clr()
scr.Cls()
scr.Colours(col.Yellow, col.DarkBlue)
prog("package main" + LF + LF + "import . \"murus/robo\"" + LF)
prog("func main () {" + LF + "//")
Robo.Trav(func(a obj.Any) { prog(" " + rob.Aktionstext[a.(rob.Aktion)] + "()") })
prog(" Fertig()" + LF + "}")
programmdatei.Terminate()
}
func Selected(l, c uint) *Imp {
//
cF, cH := col.ScreenF, col.ScreenB
col.Contrast(&cH)
n := uint(0)
z, s := scr.MousePos()
x := new(Imp)
sel.Select1(name, uint(NAtomtypes), M, &n, z, s, cF, cH)
if n < uint(NAtomtypes) {
x.typ = Atomtype(n)
} else {
return nil
}
switch x.typ {
case Enumerator:
e := enum.Title // TODO e per select-menue aussuchen
x.Object = enum.New(e)
case TruthValue:
x.Object = tval.New()
case Character:
x.Object = char.New()
case Text:
n := uint(10) // TODO n editieren
x.Object = text.New(n)
case Natural:
n := uint(10) // TODO n editieren
x.Object = bnat.New(n)
case Real:
n := uint(6) // TODO n editieren
x.Object = breal.New(n)
case Clocktime:
x.Object = clk.New()
case Calendarday:
x.Object = day.New()
case Euro:
x.Object = euro.New()
case Country:
x.Object = cntry.New()
case Person:
x.Object = pers.New()
case PhoneNumber:
x.Object = phone.New()
case Address:
x.Object = addr.New()
}
return New(x)
}
func clearAll(D *day.Imp) {
//
switch period {
case day.Monthly, day.Weekly:
if D.Empty() {
return
}
default:
return
}
D1 := day.New()
D1.Copy(D)
D1.SetBeginning(period)
cal.SetFormat(period)
for D.Equiv(D1, period) {
l, c := pos(D1)
errh.Error("Tag Nr.", D1.OrdDay())
cal.ClearDay(D1, l0+l, c0+c)
D1.Inc(day.Daily)
}
}
func writeAll(D *day.Imp) {
//
switch period {
case day.Monthly, day.Weekly:
if D.Empty() {
return
}
default:
return
}
D1 := day.New()
D1.Copy(D)
D1.SetBeginning(period)
cal.SetFormat(period)
for D.Equiv(D1, period) {
l, c := pos(D1)
cal.Seek(D1)
cal.SetFormat(period) // weil Seek über Define <- Clone das Format mitkopiert
cal.WriteDay(l0+l, c0+c)
D1.Inc(day.Daily)
}
}
package fuday
// (c) Christian Maurer v. 130309 - license see murus.go
import (
"murus/nat"; "murus/day"
)
type
Imp struct {
*day.Imp
}
var (
tmp, tmp1, tmp2 *day.Imp = day.New(), day.New(), day.New()
)
func New () *Imp {
//
x:= new (Imp)
x.Imp = day.New ()
x.Actualize ()
return x
}
func (x *Imp) set (d *day.Imp) {
//
x.Imp.Copy (d)
}
func init() { var _ Atom = New(day.New()) }
func New() *Imp {
//
return &Imp{day.New(), clk.New()}
}
// (c) Christian Maurer - license see murus.go
import (
"murus/col"
"murus/day"
"murus/errh"
"murus/ker"
)
const ( // v.
yy = 13
mm = 5
dd = 27
)
var v *day.Imp = day.New()
func Colours() (col.Colour, col.Colour, col.Colour) {
//
return col.Yellow, col.LightYellow, col.DarkGreen
return col.MurusF, col.Colour3(0, 16, 128), col.MurusB
}
func String() string {
//
return v.String()
}
func Want(y, m, d uint) {
//
wanted := day.New()
"murus/day"
"murus/errh"
"murus/kbd"
"murus/ker"
. "murus/obj"
"murus/piset"
"murus/termin/page"
"murus/termin/word"
)
const pack = "cal"
var (
content *piset.Imp
globalPage *page.Imp = page.New()
globalDay *day.Imp = day.New()
)
func SetFormat(p day.Period) {
//
globalPage.SetFormat(p)
}
func Seek(d *day.Imp) {
//
globalPage.Set(d)
if content.Ex(globalPage) { // richtige Seite gefunden
globalPage = content.Get().(*page.Imp)
} else {
globalPage.Clr()
}
func editiert() bool {
//
scr.Cls()
l0, c0 = 0, 0
dc = 0
switch period {
case day.Decadic:
actualDay.SetFormat(day.Yyyy)
actualDay.SetColours(day.YearnumberF, day.YearnumberB)
case day.Yearly:
case day.HalfYearly, day.Quarterly:
ker.Stop("termin.main", 1)
case day.Monthly:
l0, c0 = 3, 5
dc = 12 // 11 dayattr + 1
actualDay.SetAttribute(setWeekdayColours)
actualDay.SetFormat(day.Wd)
actualDay.WriteWeek(true, 3, l0, 2)
actualDay.WriteWeek(true, 3, l0, 2+6*dc+3)
case day.Weekly:
l0, c0 = 2, 2
dc = 11 // 7 x 11 == 77 < 80
actualDay.SetAttribute(setWeekdayColours)
actualDay.SetFormat(day.Wd)
actualDay.WriteWeek(false, dc, l0, c0)
case day.Daily:
cal.Edit(actualDay, l0, c0)
}
switch period {
case day.Weekly, day.Monthly, day.Quarterly, day.Yearly:
dayattr.WriteActual(l1, c1)
}
var startDate = day.New()
var Original = day.New()
loop:
for {
switch period {
case day.Yearly:
actualDay.SetFormat(day.Dd)
case day.Quarterly, day.HalfYearly:
errh.Error("nicht erreichbarer Punkt", 3)
case day.Weekly, day.Monthly:
actualDay.SetFormat(day.Dd_mm_)
}
if !actualDay.Equiv(startDate, period) {
// clearAll (startDate) // alte Zusatzinformationen löschen
startDate.Copy(actualDay)
switch period {
case day.Yearly:
dayattr.WriteActual(l1, c1)
actualDay.SetFormat(day.Dd)
case day.Monthly, day.Weekly:
if period == day.Monthly {
actualDay.SetColours(day.MonthF, day.MonthB)
} else {
actualDay.SetColours(day.WeekdayNameF, day.WeekdayNameB)
}
actualDay.SetFormat(day.Yyyy)
actualDay.SetColours(day.YearnumberF, day.YearnumberB)
actualDay.Write(0, 0)
actualDay.Write(0, 80-4)
if period == day.Monthly {
actualDay.SetFormat(day.M)
} else {
actualDay.SetFormat(day.WN)
}
actualDay.SetColours(day.MonthF, day.MonthB)
actualDay.Write(0, 30)
actualDay.SetFormat(day.Dd_mm_)
}
actualDay.SetAttribute(dayattr.Attrib)
write()
writeAll(actualDay)
}
l, c := pos(actualDay)
dayattr.Attrib(actualDay)
Original.Copy(actualDay)
switch period {
case day.Daily:
case day.Weekly:
actualDay.Edit(l0+l, c0+c+3)
case day.Monthly, day.Quarterly, day.HalfYearly, day.Yearly:
actualDay.Edit(l0+l, c0+c)
case day.Decadic:
actualDay.Edit(0, 0)
}
if actualDay.Empty() {
actualDay.Copy(Original)
}
var d uint
C := kbd.LastCommand(&d)
// actualDay.Write (l0 + l, c0 + c)
switch C {
case kbd.Enter:
for {
if period == day.Daily {
return false
} else {
period--
if period == day.HalfYearly {
period--
}
if period == day.Quarterly {
period--
}
}
if d == 0 {
return false
} else {
d--
}
}
case kbd.Esc, kbd.Back:
for {
if period == day.Decadic {
break loop
} else {
period++
if period == day.Quarterly {
period++
}
if period == day.HalfYearly {
period++
}
}
if d == 0 {
return false
} else {
d--
}
}
case kbd.Tab:
dayattr.Change(d == 0)
write()
dayattr.WriteActual(l1, c1)
C = kbd.Enter // see above
case kbd.Help:
errh.WriteHelp(help)
case kbd.LookFor:
dayattr.Normalize()
dayattr.WriteActual(l1, c1)
cal.EditWord(l1, c1+1+8)
dayattr.Clr()
cal.LookFor(func(a Any) { dayattr.Actualize(a.(*day.Imp), true) })
write()
if period == day.Weekly {
writeAll(actualDay)
}
C = kbd.Enter // so "actualDay" is not influenced
case kbd.Mark, kbd.Demark:
dayattr.Actualize(actualDay, C == kbd.Mark)
dayattr.Attrib(actualDay)
actualDay.Write(l0+l, c0+c)
C = kbd.Down
case kbd.PrintScr: // TODO Zusatzinformationen
switch period {
case day.Yearly:
actualDay.PrintYear(0, 0)
prt.GoPrint()
/*
case day.Monthly:
actualDay.PrintMonth (true, 1, 3, dc, l0, c0)
prt.Printout()
case day.Daily:
cal.Print (0, 0)
prt.Printout()
*/
}
/* case kbd.Here: // , kbd.There, kbd.This:
switch period { case day.Yearly:
// day.mitMausImJahrAendern (actualDay)
case day.Monthly:
l0 = 3, c0 = 5; dc = 12
// day.mitMausImMonatAendern (actualDay, true, 1, 3, dc, l0, c0)
case day.Weekly:
l0 = 2, c0 = 2; dc = 11
// day.mitMausInWocheAendern (actualDay, false, dc, l0, c0)
} */
default:
if period == day.Decadic {
if d == 0 {
d = 3
} else {
d = 5
}
}
}
switch C {
case kbd.Here, kbd.There, kbd.This:
if period == day.Yearly {
switch C {
case kbd.Here:
period = day.Monthly
case kbd.There:
period = day.Weekly
case kbd.This:
period = day.Daily
}
C = kbd.Enter
return false
}
default:
actualDay.Change(C, d)
}
}
return true
}