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Vasiliy
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спасибо
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2021 February 05
SK
Можешь тлдр дать? Там женерики как в джаве или как в шарпах?
ни то, ни то, подробно - надо паперу открывать и с ней рассказывать
SK
SK
но да, большие бинари как были, так и будут, наверняка
λ
ни то, ни то, подробно - надо паперу открывать и с ней рассказывать
Ну я имею ввиду для каждого типа свои будет генерится или всеж один на всех
V
Ну то есть привет большие бинари
сожми upx'ом
λ
Vasiliy
сожми upx'ом
ок
λ
@skucherenko интересно, а что если бинарь скаланеитива обработать супероптимизатором
λ
а, или там ток сишечку можно, раз он мидл
SK
@c08ea0b3ec541615769a8fd272fe13 они мономорфизацию делают емнип
SK
в го женерик пропозале
λ
ну кароч ближе к джаве
V
РАБотать
@kshelopugin исправьте, пожалуйста
@kshelopugin исправьте, пожалуйста
λ
// Stringer is a type constraint that requires a String method.
// The String method should return a string representation of the value.
type Stringer interface {
String() string
}
// Plusser is a type constraint that requires a Plus method.
// The Plus method is expected to add the argument to an internal
// string and return the result.
type Plusser interface {
Plus(string) string
}
// ConcatTo takes a slice of elements with a String method and a slice
// of elements with a Plus method. The slices should have the same
// number of elements. This will convert each element of s to a string,
// pass it to the Plus method of the corresponding element of p,
// and return a slice of the resulting strings.
func ConcatTo[S Stringer, P Plusser](s []S, p []P) []string {
r := make([]string, len(s))
for i, v := range s {
r[i] = p[i].Plus(v.String())
}
return r
}
// The String method should return a string representation of the value.
type Stringer interface {
String() string
}
// Plusser is a type constraint that requires a Plus method.
// The Plus method is expected to add the argument to an internal
// string and return the result.
type Plusser interface {
Plus(string) string
}
// ConcatTo takes a slice of elements with a String method and a slice
// of elements with a Plus method. The slices should have the same
// number of elements. This will convert each element of s to a string,
// pass it to the Plus method of the corresponding element of p,
// and return a slice of the resulting strings.
func ConcatTo[S Stringer, P Plusser](s []S, p []P) []string {
r := make([]string, len(s))
for i, v := range s {
r[i] = p[i].Plus(v.String())
}
return r
}
w
// Stringer is a type constraint that requires a String method.
// The String method should return a string representation of the value.
type Stringer interface {
String() string
}
// Plusser is a type constraint that requires a Plus method.
// The Plus method is expected to add the argument to an internal
// string and return the result.
type Plusser interface {
Plus(string) string
}
// ConcatTo takes a slice of elements with a String method and a slice
// of elements with a Plus method. The slices should have the same
// number of elements. This will convert each element of s to a string,
// pass it to the Plus method of the corresponding element of p,
// and return a slice of the resulting strings.
func ConcatTo[S Stringer, P Plusser](s []S, p []P) []string {
r := make([]string, len(s))
for i, v := range s {
r[i] = p[i].Plus(v.String())
}
return r
}
// The String method should return a string representation of the value.
type Stringer interface {
String() string
}
// Plusser is a type constraint that requires a Plus method.
// The Plus method is expected to add the argument to an internal
// string and return the result.
type Plusser interface {
Plus(string) string
}
// ConcatTo takes a slice of elements with a String method and a slice
// of elements with a Plus method. The slices should have the same
// number of elements. This will convert each element of s to a string,
// pass it to the Plus method of the corresponding element of p,
// and return a slice of the resulting strings.
func ConcatTo[S Stringer, P Plusser](s []S, p []P) []string {
r := make([]string, len(s))
for i, v := range s {
r[i] = p[i].Plus(v.String())
}
return r
}
читаемость класс
w
// Stringer is a type constraint that requires a String method.
// The String method should return a string representation of the value.
type Stringer interface {
String() string
}
// Plusser is a type constraint that requires a Plus method.
// The Plus method is expected to add the argument to an internal
// string and return the result.
type Plusser interface {
Plus(string) string
}
// ConcatTo takes a slice of elements with a String method and a slice
// of elements with a Plus method. The slices should have the same
// number of elements. This will convert each element of s to a string,
// pass it to the Plus method of the corresponding element of p,
// and return a slice of the resulting strings.
func ConcatTo[S Stringer, P Plusser](s []S, p []P) []string {
r := make([]string, len(s))
for i, v := range s {
r[i] = p[i].Plus(v.String())
}
return r
}
// The String method should return a string representation of the value.
type Stringer interface {
String() string
}
// Plusser is a type constraint that requires a Plus method.
// The Plus method is expected to add the argument to an internal
// string and return the result.
type Plusser interface {
Plus(string) string
}
// ConcatTo takes a slice of elements with a String method and a slice
// of elements with a Plus method. The slices should have the same
// number of elements. This will convert each element of s to a string,
// pass it to the Plus method of the corresponding element of p,
// and return a slice of the resulting strings.
func ConcatTo[S Stringer, P Plusser](s []S, p []P) []string {
r := make([]string, len(s))
for i, v := range s {
r[i] = p[i].Plus(v.String())
}
return r
}
А попа помыта?
λ
так и до таипклассов недалеко
SK
в смысле?
мономорфизация это примерно то, что в плюсах с темплейтами происходит.