func (i BigInt) Sprint(conf *config.Config) string {
bitLen := i.BitLen()
format := conf.Format()
var maxBits = (uint64(conf.MaxDigits()) * 33222) / 10000 // log 10 / log 2 is 3.32192809489
if uint64(bitLen) > maxBits && maxBits != 0 {
// Print in floating point.
return BigFloat{newF(conf).SetInt(i.Int)}.Sprint(conf)
}
if format != "" {
verb, prec, ok := conf.FloatFormat()
if ok {
return i.floatString(verb, prec)
}
return fmt.Sprintf(format, i.Int)
}
// Is this from a rational and we could use an int?
if i.BitLen() < intBits {
return Int(i.Int64()).Sprint(conf)
}
switch conf.OutputBase() {
case 0, 10:
return fmt.Sprintf("%d", i.Int)
case 2:
return fmt.Sprintf("%b", i.Int)
case 8:
return fmt.Sprintf("%o", i.Int)
case 16:
return fmt.Sprintf("%x", i.Int)
}
Errorf("can't print number in base %d (yet)", conf.OutputBase())
return ""
}
func (i Int) Sprint(conf *config.Config) string {
format := conf.Format()
if format != "" {
verb, prec, ok := conf.FloatFormat()
if ok {
return i.floatString(verb, prec)
}
return fmt.Sprintf(format, int64(i))
}
base := conf.OutputBase()
if base == 0 {
base = 10
}
return strconv.FormatInt(int64(i), base)
}
