Swiftgram/submodules/TelegramApi/Sources/Api23.swift

public extension Api.help {
    enum Country: TypeConstructorDescription {
        case country(flags: Int32, iso2: String, defaultName: String, name: String?, countryCodes: [Api.help.CountryCode])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .country(let flags, let iso2, let defaultName, let name, let countryCodes):
                    if boxed {
                        buffer.appendInt32(-1014526429)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(iso2, buffer: buffer, boxed: false)
                    serializeString(defaultName, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 1) != 0 {serializeString(name!, buffer: buffer, boxed: false)}
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(countryCodes.count))
                    for item in countryCodes {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .country(let flags, let iso2, let defaultName, let name, let countryCodes):
                return ("country", [("flags", String(describing: flags)), ("iso2", String(describing: iso2)), ("defaultName", String(describing: defaultName)), ("name", String(describing: name)), ("countryCodes", String(describing: countryCodes))])
    }
    }
    
        public static func parse_country(_ reader: BufferReader) -> Country? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: String?
            _3 = parseString(reader)
            var _4: String?
            if Int(_1!) & Int(1 << 1) != 0 {_4 = parseString(reader) }
            var _5: [Api.help.CountryCode]?
            if let _ = reader.readInt32() {
                _5 = Api.parseVector(reader, elementSignature: 0, elementType: Api.help.CountryCode.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = (Int(_1!) & Int(1 << 1) == 0) || _4 != nil
            let _c5 = _5 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 {
                return Api.help.Country.country(flags: _1!, iso2: _2!, defaultName: _3!, name: _4, countryCodes: _5!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum CountryCode: TypeConstructorDescription {
        case countryCode(flags: Int32, countryCode: String, prefixes: [String]?, patterns: [String]?)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .countryCode(let flags, let countryCode, let prefixes, let patterns):
                    if boxed {
                        buffer.appendInt32(1107543535)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(countryCode, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 0) != 0 {buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(prefixes!.count))
                    for item in prefixes! {
                        serializeString(item, buffer: buffer, boxed: false)
                    }}
                    if Int(flags) & Int(1 << 1) != 0 {buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(patterns!.count))
                    for item in patterns! {
                        serializeString(item, buffer: buffer, boxed: false)
                    }}
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .countryCode(let flags, let countryCode, let prefixes, let patterns):
                return ("countryCode", [("flags", String(describing: flags)), ("countryCode", String(describing: countryCode)), ("prefixes", String(describing: prefixes)), ("patterns", String(describing: patterns))])
    }
    }
    
        public static func parse_countryCode(_ reader: BufferReader) -> CountryCode? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: [String]?
            if Int(_1!) & Int(1 << 0) != 0 {if let _ = reader.readInt32() {
                _3 = Api.parseVector(reader, elementSignature: -1255641564, elementType: String.self)
            } }
            var _4: [String]?
            if Int(_1!) & Int(1 << 1) != 0 {if let _ = reader.readInt32() {
                _4 = Api.parseVector(reader, elementSignature: -1255641564, elementType: String.self)
            } }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = (Int(_1!) & Int(1 << 0) == 0) || _3 != nil
            let _c4 = (Int(_1!) & Int(1 << 1) == 0) || _4 != nil
            if _c1 && _c2 && _c3 && _c4 {
                return Api.help.CountryCode.countryCode(flags: _1!, countryCode: _2!, prefixes: _3, patterns: _4)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum DeepLinkInfo: TypeConstructorDescription {
        case deepLinkInfo(flags: Int32, message: String, entities: [Api.MessageEntity]?)
        case deepLinkInfoEmpty
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .deepLinkInfo(let flags, let message, let entities):
                    if boxed {
                        buffer.appendInt32(1783556146)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(message, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 1) != 0 {buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(entities!.count))
                    for item in entities! {
                        item.serialize(buffer, true)
                    }}
                    break
                case .deepLinkInfoEmpty:
                    if boxed {
                        buffer.appendInt32(1722786150)
                    }
                    
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .deepLinkInfo(let flags, let message, let entities):
                return ("deepLinkInfo", [("flags", String(describing: flags)), ("message", String(describing: message)), ("entities", String(describing: entities))])
                case .deepLinkInfoEmpty:
                return ("deepLinkInfoEmpty", [])
    }
    }
    
        public static func parse_deepLinkInfo(_ reader: BufferReader) -> DeepLinkInfo? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: [Api.MessageEntity]?
            if Int(_1!) & Int(1 << 1) != 0 {if let _ = reader.readInt32() {
                _3 = Api.parseVector(reader, elementSignature: 0, elementType: Api.MessageEntity.self)
            } }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = (Int(_1!) & Int(1 << 1) == 0) || _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.help.DeepLinkInfo.deepLinkInfo(flags: _1!, message: _2!, entities: _3)
            }
            else {
                return nil
            }
        }
        public static func parse_deepLinkInfoEmpty(_ reader: BufferReader) -> DeepLinkInfo? {
            return Api.help.DeepLinkInfo.deepLinkInfoEmpty
        }
    
    }
}
public extension Api.help {
    enum InviteText: TypeConstructorDescription {
        case inviteText(message: String)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .inviteText(let message):
                    if boxed {
                        buffer.appendInt32(415997816)
                    }
                    serializeString(message, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .inviteText(let message):
                return ("inviteText", [("message", String(describing: message))])
    }
    }
    
        public static func parse_inviteText(_ reader: BufferReader) -> InviteText? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.help.InviteText.inviteText(message: _1!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum PassportConfig: TypeConstructorDescription {
        case passportConfig(hash: Int32, countriesLangs: Api.DataJSON)
        case passportConfigNotModified
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .passportConfig(let hash, let countriesLangs):
                    if boxed {
                        buffer.appendInt32(-1600596305)
                    }
                    serializeInt32(hash, buffer: buffer, boxed: false)
                    countriesLangs.serialize(buffer, true)
                    break
                case .passportConfigNotModified:
                    if boxed {
                        buffer.appendInt32(-1078332329)
                    }
                    
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .passportConfig(let hash, let countriesLangs):
                return ("passportConfig", [("hash", String(describing: hash)), ("countriesLangs", String(describing: countriesLangs))])
                case .passportConfigNotModified:
                return ("passportConfigNotModified", [])
    }
    }
    
        public static func parse_passportConfig(_ reader: BufferReader) -> PassportConfig? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Api.DataJSON?
            if let signature = reader.readInt32() {
                _2 = Api.parse(reader, signature: signature) as? Api.DataJSON
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.help.PassportConfig.passportConfig(hash: _1!, countriesLangs: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_passportConfigNotModified(_ reader: BufferReader) -> PassportConfig? {
            return Api.help.PassportConfig.passportConfigNotModified
        }
    
    }
}
public extension Api.help {
    enum PromoData: TypeConstructorDescription {
        case promoData(flags: Int32, expires: Int32, peer: Api.Peer, chats: [Api.Chat], users: [Api.User], psaType: String?, psaMessage: String?)
        case promoDataEmpty(expires: Int32)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .promoData(let flags, let expires, let peer, let chats, let users, let psaType, let psaMessage):
                    if boxed {
                        buffer.appendInt32(-1942390465)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeInt32(expires, buffer: buffer, boxed: false)
                    peer.serialize(buffer, true)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(chats.count))
                    for item in chats {
                        item.serialize(buffer, true)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(users.count))
                    for item in users {
                        item.serialize(buffer, true)
                    }
                    if Int(flags) & Int(1 << 1) != 0 {serializeString(psaType!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 2) != 0 {serializeString(psaMessage!, buffer: buffer, boxed: false)}
                    break
                case .promoDataEmpty(let expires):
                    if boxed {
                        buffer.appendInt32(-1728664459)
                    }
                    serializeInt32(expires, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .promoData(let flags, let expires, let peer, let chats, let users, let psaType, let psaMessage):
                return ("promoData", [("flags", String(describing: flags)), ("expires", String(describing: expires)), ("peer", String(describing: peer)), ("chats", String(describing: chats)), ("users", String(describing: users)), ("psaType", String(describing: psaType)), ("psaMessage", String(describing: psaMessage))])
                case .promoDataEmpty(let expires):
                return ("promoDataEmpty", [("expires", String(describing: expires))])
    }
    }
    
        public static func parse_promoData(_ reader: BufferReader) -> PromoData? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Int32?
            _2 = reader.readInt32()
            var _3: Api.Peer?
            if let signature = reader.readInt32() {
                _3 = Api.parse(reader, signature: signature) as? Api.Peer
            }
            var _4: [Api.Chat]?
            if let _ = reader.readInt32() {
                _4 = Api.parseVector(reader, elementSignature: 0, elementType: Api.Chat.self)
            }
            var _5: [Api.User]?
            if let _ = reader.readInt32() {
                _5 = Api.parseVector(reader, elementSignature: 0, elementType: Api.User.self)
            }
            var _6: String?
            if Int(_1!) & Int(1 << 1) != 0 {_6 = parseString(reader) }
            var _7: String?
            if Int(_1!) & Int(1 << 2) != 0 {_7 = parseString(reader) }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = _4 != nil
            let _c5 = _5 != nil
            let _c6 = (Int(_1!) & Int(1 << 1) == 0) || _6 != nil
            let _c7 = (Int(_1!) & Int(1 << 2) == 0) || _7 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 && _c6 && _c7 {
                return Api.help.PromoData.promoData(flags: _1!, expires: _2!, peer: _3!, chats: _4!, users: _5!, psaType: _6, psaMessage: _7)
            }
            else {
                return nil
            }
        }
        public static func parse_promoDataEmpty(_ reader: BufferReader) -> PromoData? {
            var _1: Int32?
            _1 = reader.readInt32()
            let _c1 = _1 != nil
            if _c1 {
                return Api.help.PromoData.promoDataEmpty(expires: _1!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum RecentMeUrls: TypeConstructorDescription {
        case recentMeUrls(urls: [Api.RecentMeUrl], chats: [Api.Chat], users: [Api.User])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .recentMeUrls(let urls, let chats, let users):
                    if boxed {
                        buffer.appendInt32(235081943)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(urls.count))
                    for item in urls {
                        item.serialize(buffer, true)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(chats.count))
                    for item in chats {
                        item.serialize(buffer, true)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(users.count))
                    for item in users {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .recentMeUrls(let urls, let chats, let users):
                return ("recentMeUrls", [("urls", String(describing: urls)), ("chats", String(describing: chats)), ("users", String(describing: users))])
    }
    }
    
        public static func parse_recentMeUrls(_ reader: BufferReader) -> RecentMeUrls? {
            var _1: [Api.RecentMeUrl]?
            if let _ = reader.readInt32() {
                _1 = Api.parseVector(reader, elementSignature: 0, elementType: Api.RecentMeUrl.self)
            }
            var _2: [Api.Chat]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.Chat.self)
            }
            var _3: [Api.User]?
            if let _ = reader.readInt32() {
                _3 = Api.parseVector(reader, elementSignature: 0, elementType: Api.User.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.help.RecentMeUrls.recentMeUrls(urls: _1!, chats: _2!, users: _3!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum Support: TypeConstructorDescription {
        case support(phoneNumber: String, user: Api.User)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .support(let phoneNumber, let user):
                    if boxed {
                        buffer.appendInt32(398898678)
                    }
                    serializeString(phoneNumber, buffer: buffer, boxed: false)
                    user.serialize(buffer, true)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .support(let phoneNumber, let user):
                return ("support", [("phoneNumber", String(describing: phoneNumber)), ("user", String(describing: user))])
    }
    }
    
        public static func parse_support(_ reader: BufferReader) -> Support? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Api.User?
            if let signature = reader.readInt32() {
                _2 = Api.parse(reader, signature: signature) as? Api.User
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.help.Support.support(phoneNumber: _1!, user: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum SupportName: TypeConstructorDescription {
        case supportName(name: String)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .supportName(let name):
                    if boxed {
                        buffer.appendInt32(-1945767479)
                    }
                    serializeString(name, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .supportName(let name):
                return ("supportName", [("name", String(describing: name))])
    }
    }
    
        public static func parse_supportName(_ reader: BufferReader) -> SupportName? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.help.SupportName.supportName(name: _1!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum TermsOfService: TypeConstructorDescription {
        case termsOfService(flags: Int32, id: Api.DataJSON, text: String, entities: [Api.MessageEntity], minAgeConfirm: Int32?)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .termsOfService(let flags, let id, let text, let entities, let minAgeConfirm):
                    if boxed {
                        buffer.appendInt32(2013922064)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    id.serialize(buffer, true)
                    serializeString(text, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(entities.count))
                    for item in entities {
                        item.serialize(buffer, true)
                    }
                    if Int(flags) & Int(1 << 1) != 0 {serializeInt32(minAgeConfirm!, buffer: buffer, boxed: false)}
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .termsOfService(let flags, let id, let text, let entities, let minAgeConfirm):
                return ("termsOfService", [("flags", String(describing: flags)), ("id", String(describing: id)), ("text", String(describing: text)), ("entities", String(describing: entities)), ("minAgeConfirm", String(describing: minAgeConfirm))])
    }
    }
    
        public static func parse_termsOfService(_ reader: BufferReader) -> TermsOfService? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Api.DataJSON?
            if let signature = reader.readInt32() {
                _2 = Api.parse(reader, signature: signature) as? Api.DataJSON
            }
            var _3: String?
            _3 = parseString(reader)
            var _4: [Api.MessageEntity]?
            if let _ = reader.readInt32() {
                _4 = Api.parseVector(reader, elementSignature: 0, elementType: Api.MessageEntity.self)
            }
            var _5: Int32?
            if Int(_1!) & Int(1 << 1) != 0 {_5 = reader.readInt32() }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = _4 != nil
            let _c5 = (Int(_1!) & Int(1 << 1) == 0) || _5 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 {
                return Api.help.TermsOfService.termsOfService(flags: _1!, id: _2!, text: _3!, entities: _4!, minAgeConfirm: _5)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum TermsOfServiceUpdate: TypeConstructorDescription {
        case termsOfServiceUpdate(expires: Int32, termsOfService: Api.help.TermsOfService)
        case termsOfServiceUpdateEmpty(expires: Int32)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .termsOfServiceUpdate(let expires, let termsOfService):
                    if boxed {
                        buffer.appendInt32(686618977)
                    }
                    serializeInt32(expires, buffer: buffer, boxed: false)
                    termsOfService.serialize(buffer, true)
                    break
                case .termsOfServiceUpdateEmpty(let expires):
                    if boxed {
                        buffer.appendInt32(-483352705)
                    }
                    serializeInt32(expires, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .termsOfServiceUpdate(let expires, let termsOfService):
                return ("termsOfServiceUpdate", [("expires", String(describing: expires)), ("termsOfService", String(describing: termsOfService))])
                case .termsOfServiceUpdateEmpty(let expires):
                return ("termsOfServiceUpdateEmpty", [("expires", String(describing: expires))])
    }
    }
    
        public static func parse_termsOfServiceUpdate(_ reader: BufferReader) -> TermsOfServiceUpdate? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Api.help.TermsOfService?
            if let signature = reader.readInt32() {
                _2 = Api.parse(reader, signature: signature) as? Api.help.TermsOfService
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.help.TermsOfServiceUpdate.termsOfServiceUpdate(expires: _1!, termsOfService: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_termsOfServiceUpdateEmpty(_ reader: BufferReader) -> TermsOfServiceUpdate? {
            var _1: Int32?
            _1 = reader.readInt32()
            let _c1 = _1 != nil
            if _c1 {
                return Api.help.TermsOfServiceUpdate.termsOfServiceUpdateEmpty(expires: _1!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.help {
    enum UserInfo: TypeConstructorDescription {
        case userInfo(message: String, entities: [Api.MessageEntity], author: String, date: Int32)
        case userInfoEmpty
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .userInfo(let message, let entities, let author, let date):
                    if boxed {
                        buffer.appendInt32(32192344)
                    }
                    serializeString(message, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(entities.count))
                    for item in entities {
                        item.serialize(buffer, true)
                    }
                    serializeString(author, buffer: buffer, boxed: false)
                    serializeInt32(date, buffer: buffer, boxed: false)
                    break
                case .userInfoEmpty:
                    if boxed {
                        buffer.appendInt32(-206688531)
                    }
                    
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .userInfo(let message, let entities, let author, let date):
                return ("userInfo", [("message", String(describing: message)), ("entities", String(describing: entities)), ("author", String(describing: author)), ("date", String(describing: date))])
                case .userInfoEmpty:
                return ("userInfoEmpty", [])
    }
    }
    
        public static func parse_userInfo(_ reader: BufferReader) -> UserInfo? {
            var _1: String?
            _1 = parseString(reader)
            var _2: [Api.MessageEntity]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.MessageEntity.self)
            }
            var _3: String?
            _3 = parseString(reader)
            var _4: Int32?
            _4 = reader.readInt32()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = _4 != nil
            if _c1 && _c2 && _c3 && _c4 {
                return Api.help.UserInfo.userInfo(message: _1!, entities: _2!, author: _3!, date: _4!)
            }
            else {
                return nil
            }
        }
        public static func parse_userInfoEmpty(_ reader: BufferReader) -> UserInfo? {
            return Api.help.UserInfo.userInfoEmpty
        }
    
    }
}
public extension Api.messages {
    enum AffectedFoundMessages: TypeConstructorDescription {
        case affectedFoundMessages(pts: Int32, ptsCount: Int32, offset: Int32, messages: [Int32])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .affectedFoundMessages(let pts, let ptsCount, let offset, let messages):
                    if boxed {
                        buffer.appendInt32(-275956116)
                    }
                    serializeInt32(pts, buffer: buffer, boxed: false)
                    serializeInt32(ptsCount, buffer: buffer, boxed: false)
                    serializeInt32(offset, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(messages.count))
                    for item in messages {
                        serializeInt32(item, buffer: buffer, boxed: false)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .affectedFoundMessages(let pts, let ptsCount, let offset, let messages):
                return ("affectedFoundMessages", [("pts", String(describing: pts)), ("ptsCount", String(describing: ptsCount)), ("offset", String(describing: offset)), ("messages", String(describing: messages))])
    }
    }
    
        public static func parse_affectedFoundMessages(_ reader: BufferReader) -> AffectedFoundMessages? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Int32?
            _2 = reader.readInt32()
            var _3: Int32?
            _3 = reader.readInt32()
            var _4: [Int32]?
            if let _ = reader.readInt32() {
                _4 = Api.parseVector(reader, elementSignature: -1471112230, elementType: Int32.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = _4 != nil
            if _c1 && _c2 && _c3 && _c4 {
                return Api.messages.AffectedFoundMessages.affectedFoundMessages(pts: _1!, ptsCount: _2!, offset: _3!, messages: _4!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum AffectedHistory: TypeConstructorDescription {
        case affectedHistory(pts: Int32, ptsCount: Int32, offset: Int32)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .affectedHistory(let pts, let ptsCount, let offset):
                    if boxed {
                        buffer.appendInt32(-1269012015)
                    }
                    serializeInt32(pts, buffer: buffer, boxed: false)
                    serializeInt32(ptsCount, buffer: buffer, boxed: false)
                    serializeInt32(offset, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .affectedHistory(let pts, let ptsCount, let offset):
                return ("affectedHistory", [("pts", String(describing: pts)), ("ptsCount", String(describing: ptsCount)), ("offset", String(describing: offset))])
    }
    }
    
        public static func parse_affectedHistory(_ reader: BufferReader) -> AffectedHistory? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Int32?
            _2 = reader.readInt32()
            var _3: Int32?
            _3 = reader.readInt32()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.messages.AffectedHistory.affectedHistory(pts: _1!, ptsCount: _2!, offset: _3!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum AffectedMessages: TypeConstructorDescription {
        case affectedMessages(pts: Int32, ptsCount: Int32)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .affectedMessages(let pts, let ptsCount):
                    if boxed {
                        buffer.appendInt32(-2066640507)
                    }
                    serializeInt32(pts, buffer: buffer, boxed: false)
                    serializeInt32(ptsCount, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .affectedMessages(let pts, let ptsCount):
                return ("affectedMessages", [("pts", String(describing: pts)), ("ptsCount", String(describing: ptsCount))])
    }
    }
    
        public static func parse_affectedMessages(_ reader: BufferReader) -> AffectedMessages? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Int32?
            _2 = reader.readInt32()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.messages.AffectedMessages.affectedMessages(pts: _1!, ptsCount: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum AllStickers: TypeConstructorDescription {
        case allStickers(hash: Int64, sets: [Api.StickerSet])
        case allStickersNotModified
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .allStickers(let hash, let sets):
                    if boxed {
                        buffer.appendInt32(-843329861)
                    }
                    serializeInt64(hash, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(sets.count))
                    for item in sets {
                        item.serialize(buffer, true)
                    }
                    break
                case .allStickersNotModified:
                    if boxed {
                        buffer.appendInt32(-395967805)
                    }
                    
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .allStickers(let hash, let sets):
                return ("allStickers", [("hash", String(describing: hash)), ("sets", String(describing: sets))])
                case .allStickersNotModified:
                return ("allStickersNotModified", [])
    }
    }
    
        public static func parse_allStickers(_ reader: BufferReader) -> AllStickers? {
            var _1: Int64?
            _1 = reader.readInt64()
            var _2: [Api.StickerSet]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.StickerSet.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.messages.AllStickers.allStickers(hash: _1!, sets: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_allStickersNotModified(_ reader: BufferReader) -> AllStickers? {
            return Api.messages.AllStickers.allStickersNotModified
        }
    
    }
}
public extension Api.messages {
    enum ArchivedStickers: TypeConstructorDescription {
        case archivedStickers(count: Int32, sets: [Api.StickerSetCovered])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .archivedStickers(let count, let sets):
                    if boxed {
                        buffer.appendInt32(1338747336)
                    }
                    serializeInt32(count, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(sets.count))
                    for item in sets {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .archivedStickers(let count, let sets):
                return ("archivedStickers", [("count", String(describing: count)), ("sets", String(describing: sets))])
    }
    }
    
        public static func parse_archivedStickers(_ reader: BufferReader) -> ArchivedStickers? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: [Api.StickerSetCovered]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.StickerSetCovered.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.messages.ArchivedStickers.archivedStickers(count: _1!, sets: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum AvailableReactions: TypeConstructorDescription {
        case availableReactions(hash: Int32, reactions: [Api.AvailableReaction])
        case availableReactionsNotModified
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .availableReactions(let hash, let reactions):
                    if boxed {
                        buffer.appendInt32(1989032621)
                    }
                    serializeInt32(hash, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(reactions.count))
                    for item in reactions {
                        item.serialize(buffer, true)
                    }
                    break
                case .availableReactionsNotModified:
                    if boxed {
                        buffer.appendInt32(-1626924713)
                    }
                    
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .availableReactions(let hash, let reactions):
                return ("availableReactions", [("hash", String(describing: hash)), ("reactions", String(describing: reactions))])
                case .availableReactionsNotModified:
                return ("availableReactionsNotModified", [])
    }
    }
    
        public static func parse_availableReactions(_ reader: BufferReader) -> AvailableReactions? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: [Api.AvailableReaction]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.AvailableReaction.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.messages.AvailableReactions.availableReactions(hash: _1!, reactions: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_availableReactionsNotModified(_ reader: BufferReader) -> AvailableReactions? {
            return Api.messages.AvailableReactions.availableReactionsNotModified
        }
    
    }
}
public extension Api.messages {
    enum BotCallbackAnswer: TypeConstructorDescription {
        case botCallbackAnswer(flags: Int32, message: String?, url: String?, cacheTime: Int32)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .botCallbackAnswer(let flags, let message, let url, let cacheTime):
                    if boxed {
                        buffer.appendInt32(911761060)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 0) != 0 {serializeString(message!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 2) != 0 {serializeString(url!, buffer: buffer, boxed: false)}
                    serializeInt32(cacheTime, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .botCallbackAnswer(let flags, let message, let url, let cacheTime):
                return ("botCallbackAnswer", [("flags", String(describing: flags)), ("message", String(describing: message)), ("url", String(describing: url)), ("cacheTime", String(describing: cacheTime))])
    }
    }
    
        public static func parse_botCallbackAnswer(_ reader: BufferReader) -> BotCallbackAnswer? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            if Int(_1!) & Int(1 << 0) != 0 {_2 = parseString(reader) }
            var _3: String?
            if Int(_1!) & Int(1 << 2) != 0 {_3 = parseString(reader) }
            var _4: Int32?
            _4 = reader.readInt32()
            let _c1 = _1 != nil
            let _c2 = (Int(_1!) & Int(1 << 0) == 0) || _2 != nil
            let _c3 = (Int(_1!) & Int(1 << 2) == 0) || _3 != nil
            let _c4 = _4 != nil
            if _c1 && _c2 && _c3 && _c4 {
                return Api.messages.BotCallbackAnswer.botCallbackAnswer(flags: _1!, message: _2, url: _3, cacheTime: _4!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum BotResults: TypeConstructorDescription {
        case botResults(flags: Int32, queryId: Int64, nextOffset: String?, switchPm: Api.InlineBotSwitchPM?, results: [Api.BotInlineResult], cacheTime: Int32, users: [Api.User])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .botResults(let flags, let queryId, let nextOffset, let switchPm, let results, let cacheTime, let users):
                    if boxed {
                        buffer.appendInt32(-1803769784)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeInt64(queryId, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 1) != 0 {serializeString(nextOffset!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 2) != 0 {switchPm!.serialize(buffer, true)}
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(results.count))
                    for item in results {
                        item.serialize(buffer, true)
                    }
                    serializeInt32(cacheTime, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(users.count))
                    for item in users {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .botResults(let flags, let queryId, let nextOffset, let switchPm, let results, let cacheTime, let users):
                return ("botResults", [("flags", String(describing: flags)), ("queryId", String(describing: queryId)), ("nextOffset", String(describing: nextOffset)), ("switchPm", String(describing: switchPm)), ("results", String(describing: results)), ("cacheTime", String(describing: cacheTime)), ("users", String(describing: users))])
    }
    }
    
        public static func parse_botResults(_ reader: BufferReader) -> BotResults? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Int64?
            _2 = reader.readInt64()
            var _3: String?
            if Int(_1!) & Int(1 << 1) != 0 {_3 = parseString(reader) }
            var _4: Api.InlineBotSwitchPM?
            if Int(_1!) & Int(1 << 2) != 0 {if let signature = reader.readInt32() {
                _4 = Api.parse(reader, signature: signature) as? Api.InlineBotSwitchPM
            } }
            var _5: [Api.BotInlineResult]?
            if let _ = reader.readInt32() {
                _5 = Api.parseVector(reader, elementSignature: 0, elementType: Api.BotInlineResult.self)
            }
            var _6: Int32?
            _6 = reader.readInt32()
            var _7: [Api.User]?
            if let _ = reader.readInt32() {
                _7 = Api.parseVector(reader, elementSignature: 0, elementType: Api.User.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = (Int(_1!) & Int(1 << 1) == 0) || _3 != nil
            let _c4 = (Int(_1!) & Int(1 << 2) == 0) || _4 != nil
            let _c5 = _5 != nil
            let _c6 = _6 != nil
            let _c7 = _7 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 && _c6 && _c7 {
                return Api.messages.BotResults.botResults(flags: _1!, queryId: _2!, nextOffset: _3, switchPm: _4, results: _5!, cacheTime: _6!, users: _7!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum ChatAdminsWithInvites: TypeConstructorDescription {
        case chatAdminsWithInvites(admins: [Api.ChatAdminWithInvites], users: [Api.User])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .chatAdminsWithInvites(let admins, let users):
                    if boxed {
                        buffer.appendInt32(-1231326505)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(admins.count))
                    for item in admins {
                        item.serialize(buffer, true)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(users.count))
                    for item in users {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .chatAdminsWithInvites(let admins, let users):
                return ("chatAdminsWithInvites", [("admins", String(describing: admins)), ("users", String(describing: users))])
    }
    }
    
        public static func parse_chatAdminsWithInvites(_ reader: BufferReader) -> ChatAdminsWithInvites? {
            var _1: [Api.ChatAdminWithInvites]?
            if let _ = reader.readInt32() {
                _1 = Api.parseVector(reader, elementSignature: 0, elementType: Api.ChatAdminWithInvites.self)
            }
            var _2: [Api.User]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.User.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.messages.ChatAdminsWithInvites.chatAdminsWithInvites(admins: _1!, users: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum ChatFull: TypeConstructorDescription {
        case chatFull(fullChat: Api.ChatFull, chats: [Api.Chat], users: [Api.User])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .chatFull(let fullChat, let chats, let users):
                    if boxed {
                        buffer.appendInt32(-438840932)
                    }
                    fullChat.serialize(buffer, true)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(chats.count))
                    for item in chats {
                        item.serialize(buffer, true)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(users.count))
                    for item in users {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .chatFull(let fullChat, let chats, let users):
                return ("chatFull", [("fullChat", String(describing: fullChat)), ("chats", String(describing: chats)), ("users", String(describing: users))])
    }
    }
    
        public static func parse_chatFull(_ reader: BufferReader) -> ChatFull? {
            var _1: Api.ChatFull?
            if let signature = reader.readInt32() {
                _1 = Api.parse(reader, signature: signature) as? Api.ChatFull
            }
            var _2: [Api.Chat]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.Chat.self)
            }
            var _3: [Api.User]?
            if let _ = reader.readInt32() {
                _3 = Api.parseVector(reader, elementSignature: 0, elementType: Api.User.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.messages.ChatFull.chatFull(fullChat: _1!, chats: _2!, users: _3!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum ChatInviteImporters: TypeConstructorDescription {
        case chatInviteImporters(count: Int32, importers: [Api.ChatInviteImporter], users: [Api.User])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .chatInviteImporters(let count, let importers, let users):
                    if boxed {
                        buffer.appendInt32(-2118733814)
                    }
                    serializeInt32(count, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(importers.count))
                    for item in importers {
                        item.serialize(buffer, true)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(users.count))
                    for item in users {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .chatInviteImporters(let count, let importers, let users):
                return ("chatInviteImporters", [("count", String(describing: count)), ("importers", String(describing: importers)), ("users", String(describing: users))])
    }
    }
    
        public static func parse_chatInviteImporters(_ reader: BufferReader) -> ChatInviteImporters? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: [Api.ChatInviteImporter]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.ChatInviteImporter.self)
            }
            var _3: [Api.User]?
            if let _ = reader.readInt32() {
                _3 = Api.parseVector(reader, elementSignature: 0, elementType: Api.User.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.messages.ChatInviteImporters.chatInviteImporters(count: _1!, importers: _2!, users: _3!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api.messages {
    enum Chats: TypeConstructorDescription {
        case chats(chats: [Api.Chat])
        case chatsSlice(count: Int32, chats: [Api.Chat])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .chats(let chats):
                    if boxed {
                        buffer.appendInt32(1694474197)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(chats.count))
                    for item in chats {
                        item.serialize(buffer, true)
                    }
                    break
                case .chatsSlice(let count, let chats):
                    if boxed {
                        buffer.appendInt32(-1663561404)
                    }
                    serializeInt32(count, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(chats.count))
                    for item in chats {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .chats(let chats):
                return ("chats", [("chats", String(describing: chats))])
                case .chatsSlice(let count, let chats):
                return ("chatsSlice", [("count", String(describing: count)), ("chats", String(describing: chats))])
    }
    }
    
        public static func parse_chats(_ reader: BufferReader) -> Chats? {
            var _1: [Api.Chat]?
            if let _ = reader.readInt32() {
                _1 = Api.parseVector(reader, elementSignature: 0, elementType: Api.Chat.self)
            }
            let _c1 = _1 != nil
            if _c1 {
                return Api.messages.Chats.chats(chats: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_chatsSlice(_ reader: BufferReader) -> Chats? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: [Api.Chat]?
            if let _ = reader.readInt32() {
                _2 = Api.parseVector(reader, elementSignature: 0, elementType: Api.Chat.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.messages.Chats.chatsSlice(count: _1!, chats: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}