/
fmt.go
187 lines (142 loc) · 3.56 KB
/
fmt.go
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package gost
import (
"fmt"
"reflect"
)
// Format trait for an empty format, {}
type Display[T any] interface {
Display() String
}
func (self ISize) Display() String {
return self.ToString()
}
func (self I8) Display() String {
return self.ToString()
}
func (self I16) Display() String {
return self.ToString()
}
func (self I32) Display() String {
return self.ToString()
}
func (self I64) Display() String {
return self.ToString()
}
func (self I128) Display() String {
return self.ToString()
}
func (self USize) Display() String {
return self.ToString()
}
func (self U8) Display() String {
return self.ToString()
}
func (self U16) Display() String {
return self.ToString()
}
func (self U32) Display() String {
return self.ToString()
}
func (self U64) Display() String {
return self.ToString()
}
func (self U128) Display() String {
return self.ToString()
}
func (self F32) Display() String {
return self.ToString()
}
func (self F64) Display() String {
return self.ToString()
}
func (self Byte) Display() String {
return self.ToString()
}
func (self Char) Display() String {
return self.ToString()
}
func (self String) Display() String {
return self
}
func (self Bool) Display() String {
return self.ToString()
}
func (self Complex64) Display() String {
return self.ToString()
}
func (self Complex128) Display() String {
return self.ToString()
}
func castToDisplay[T any](value T) Option[Display[T]] {
reflectedValue := reflect.ValueOf(value)
if display, ok := reflectedValue.Interface().(Display[T]); ok {
return Some[Display[T]](display)
} else {
return None[Display[T]]()
}
}
// ? formatting.
// Debug should format the output in a programmer-facing, debugging context.
type Debug[T any] interface {
Debug() string
}
func (self ISize) Debug() String {
return String(fmt.Sprintf("ISize(%s)", self.ToString()))
}
func (self I8) Debug() String {
return String(fmt.Sprintf("I8(%s)", self.ToString()))
}
func (self I16) Debug() String {
return String(fmt.Sprintf("I16(%s)", self.ToString()))
}
func (self I32) Debug() String {
return String(fmt.Sprintf("I32(%s)", self.ToString()))
}
func (self I64) Debug() String {
return String(fmt.Sprintf("I64(%s)", self.ToString()))
}
func (self I128) Debug() String {
return String(fmt.Sprintf("I128(%s)", self.ToString()))
}
func (self USize) Debug() String {
return String(fmt.Sprintf("USize(%s)", self.ToString()))
}
func (self U8) Debug() String {
return String(fmt.Sprintf("U8(%s)", self.ToString()))
}
func (self U16) Debug() String {
return String(fmt.Sprintf("U16(%s)", self.ToString()))
}
func (self U32) Debug() String {
return String(fmt.Sprintf("U32(%s)", self.ToString()))
}
func (self U64) Debug() String {
return String(fmt.Sprintf("U64(%s)", self.ToString()))
}
func (self U128) Debug() String {
return String(fmt.Sprintf("U128(%s)", self.ToString()))
}
func (self F32) Debug() String {
return String(fmt.Sprintf("F32(%s)", self.ToString()))
}
func (self F64) Debug() String {
return String(fmt.Sprintf("F64(%s)", self.ToString()))
}
func (self Byte) Debug() String {
return String(fmt.Sprintf("Byte(%s)", self.ToString()))
}
func (self Char) Debug() String {
return String(fmt.Sprintf("Char(%s)", self.ToString()))
}
func (self String) Debug() String {
return String(fmt.Sprintf("String(%s)", self))
}
func (self Bool) Debug() String {
return String(fmt.Sprintf("Bool(%s)", self.ToString()))
}
func (self Complex64) Debug() String {
return String(fmt.Sprintf("Complex64(%s)", self.ToString()))
}
func (self Complex128) Debug() String {
return String(fmt.Sprintf("Complex128(%s)", self.ToString()))
}