func (x *Imp) Defined(s string) bool {
//
x.text = s
str.Norm(&x.text, length)
x.marked = false
return true
}
func (x *Imp) String() string {
//
s := ""
if x.prefix > 0 {
s = nat.String(uint(x.prefix))
s = "0" + s
}
if x.number > 0 {
t := nat.String(x.number)
n := len(t)
switch n {
case 4, 5:
t = t[0:n-2] + " " + t[n-2:]
case 6, 7:
t = t[0:n-4] + " " + t[n-4:n-2] + " " + t[n-2:]
case 8, 9:
t = t[0:n-5] + " " + t[n-5:n-3] + " " + t[n-3:]
}
if x.prefix == 0 {
s = t
} else {
s = s + " " + t
}
}
str.Norm(&s, width)
return s
}
func (x *Imp) Defined(s string) bool {
//
if uint(len(s)) > x.length {
return false
}
str.Set(&(x.content), s)
str.Norm(&(x.content), x.length)
return true
}
func New(s string) *Imp {
//
x := new(Imp)
str.Set(&x.text, s)
x.text += " "
str.Norm(&x.text, scr.NColumns())
x.isMenu = true
x.execute = Null
return x
}
func EditActual(Z, S uint) {
//
actual.Write(Z, S)
bx.Edit(&actual.text, Z, S)
str.Move(&actual.text, true)
str.RemSpaces(&actual.text)
str.Norm(&actual.text, length)
actual.Write(Z, S)
file.Seek(0)
file.Put(actual.text)
}
func (x *Imp) String() string {
//
if x.r == x.invalid {
return str.Clr(x.wd)
}
s := real.String(x.r)
str.Move(&s, true)
str.RemSpaces(&s)
str.Norm(&s, x.wd)
str.Move(&s, false)
return s
}
func New(t byte, s [NFormats][]string) *Imp {
//
x := new(Imp)
x.typ, x.s = t, s
x.num = uint(len(s[Short]))
m := [NFormats]uint{uint(0), uint(0)}
for f := Short; f < NFormats; f++ {
for i, t := range s[f] {
str.Set(&s[f][i], t)
w := uint(len(s[f][i]))
if m[f] < w {
m[f] = w
}
}
for i, _ := range s[f] {
str.Norm(&s[f][i], m[f])
} // TODO gefährlich
}
x.wd = m
x.cF, x.cB = col.ScreenF, col.ScreenB
x.f = Short
return x
}
func (x *Imp) Decode(b []byte) {
//
x.text = string(b)
str.Norm(&x.text, length)
x.marked = false
}