package tg
import (
"context"
"errors"
"fmt"
"sort"
"strings"
"go.uber.org/multierr"
"github.com/gotd/td/bin"
"github.com/gotd/td/tdjson"
"github.com/gotd/td/tdp"
"github.com/gotd/td/tgerr"
)
var (
_ = bin .Buffer {}
_ = context .Background ()
_ = fmt .Stringer (nil )
_ = strings .Builder {}
_ = errors .Is
_ = multierr .AppendInto
_ = sort .Ints
_ = tdp .Format
_ = tgerr .Error {}
_ = tdjson .Encoder {}
)
type EmojiLanguageVector struct {
Elems []EmojiLanguage
}
const EmojiLanguageVectorTypeID = bin .TypeVector
var (
_ bin .Encoder = &EmojiLanguageVector {}
_ bin .Decoder = &EmojiLanguageVector {}
_ bin .BareEncoder = &EmojiLanguageVector {}
_ bin .BareDecoder = &EmojiLanguageVector {}
)
func (vec *EmojiLanguageVector ) Zero () bool {
if vec == nil {
return true
}
if !(vec .Elems == nil ) {
return false
}
return true
}
func (vec *EmojiLanguageVector ) String () string {
if vec == nil {
return "EmojiLanguageVector(nil)"
}
type Alias EmojiLanguageVector
return fmt .Sprintf ("EmojiLanguageVector%+v" , Alias (*vec ))
}
func (vec *EmojiLanguageVector ) FillFrom (from interface {
GetElems () (value []EmojiLanguage )
}) {
vec .Elems = from .GetElems ()
}
func (*EmojiLanguageVector ) TypeID () uint32 {
return EmojiLanguageVectorTypeID
}
func (*EmojiLanguageVector ) TypeName () string {
return ""
}
func (vec *EmojiLanguageVector ) TypeInfo () tdp .Type {
typ := tdp .Type {
Name : "" ,
ID : EmojiLanguageVectorTypeID ,
}
if vec == nil {
typ .Null = true
return typ
}
typ .Fields = []tdp .Field {
{
Name : "Elems" ,
SchemaName : "Elems" ,
},
}
return typ
}
func (vec *EmojiLanguageVector ) Encode (b *bin .Buffer ) error {
if vec == nil {
return fmt .Errorf ("can't encode Vector<EmojiLanguage> as nil" )
}
return vec .EncodeBare (b )
}
func (vec *EmojiLanguageVector ) EncodeBare (b *bin .Buffer ) error {
if vec == nil {
return fmt .Errorf ("can't encode Vector<EmojiLanguage> as nil" )
}
b .PutVectorHeader (len (vec .Elems ))
for idx , v := range vec .Elems {
if err := v .Encode (b ); err != nil {
return fmt .Errorf ("unable to encode Vector<EmojiLanguage>: field Elems element with index %d: %w" , idx , err )
}
}
return nil
}
func (vec *EmojiLanguageVector ) Decode (b *bin .Buffer ) error {
if vec == nil {
return fmt .Errorf ("can't decode Vector<EmojiLanguage> to nil" )
}
return vec .DecodeBare (b )
}
func (vec *EmojiLanguageVector ) DecodeBare (b *bin .Buffer ) error {
if vec == nil {
return fmt .Errorf ("can't decode Vector<EmojiLanguage> to nil" )
}
{
headerLen , err := b .VectorHeader ()
if err != nil {
return fmt .Errorf ("unable to decode Vector<EmojiLanguage>: field Elems: %w" , err )
}
if headerLen > 0 {
vec .Elems = make ([]EmojiLanguage , 0 , headerLen %bin .PreallocateLimit )
}
for idx := 0 ; idx < headerLen ; idx ++ {
var value EmojiLanguage
if err := value .Decode (b ); err != nil {
return fmt .Errorf ("unable to decode Vector<EmojiLanguage>: field Elems: %w" , err )
}
vec .Elems = append (vec .Elems , value )
}
}
return nil
}
func (vec *EmojiLanguageVector ) GetElems () (value []EmojiLanguage ) {
if vec == nil {
return
}
return vec .Elems
}
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