public extension Api {
    enum InputWebDocument: TypeConstructorDescription {
        case inputWebDocument(url: String, size: Int32, mimeType: String, attributes: [Api.DocumentAttribute])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .inputWebDocument(let url, let size, let mimeType, let attributes):
                    if boxed {
                        buffer.appendInt32(-1678949555)
                    }
                    serializeString(url, buffer: buffer, boxed: false)
                    serializeInt32(size, buffer: buffer, boxed: false)
                    serializeString(mimeType, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(attributes.count))
                    for item in attributes {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .inputWebDocument(let url, let size, let mimeType, let attributes):
                return ("inputWebDocument", [("url", String(describing: url)), ("size", String(describing: size)), ("mimeType", String(describing: mimeType)), ("attributes", String(describing: attributes))])
    }
    }
    
        public static func parse_inputWebDocument(_ reader: BufferReader) -> InputWebDocument? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Int32?
            _2 = reader.readInt32()
            var _3: String?
            _3 = parseString(reader)
            var _4: [Api.DocumentAttribute]?
            if let _ = reader.readInt32() {
                _4 = Api.parseVector(reader, elementSignature: 0, elementType: Api.DocumentAttribute.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = _4 != nil
            if _c1 && _c2 && _c3 && _c4 {
                return Api.InputWebDocument.inputWebDocument(url: _1!, size: _2!, mimeType: _3!, attributes: _4!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum InputWebFileLocation: TypeConstructorDescription {
        case inputWebFileGeoPointLocation(geoPoint: Api.InputGeoPoint, accessHash: Int64, w: Int32, h: Int32, zoom: Int32, scale: Int32)
        case inputWebFileLocation(url: String, accessHash: Int64)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .inputWebFileGeoPointLocation(let geoPoint, let accessHash, let w, let h, let zoom, let scale):
                    if boxed {
                        buffer.appendInt32(-1625153079)
                    }
                    geoPoint.serialize(buffer, true)
                    serializeInt64(accessHash, buffer: buffer, boxed: false)
                    serializeInt32(w, buffer: buffer, boxed: false)
                    serializeInt32(h, buffer: buffer, boxed: false)
                    serializeInt32(zoom, buffer: buffer, boxed: false)
                    serializeInt32(scale, buffer: buffer, boxed: false)
                    break
                case .inputWebFileLocation(let url, let accessHash):
                    if boxed {
                        buffer.appendInt32(-1036396922)
                    }
                    serializeString(url, buffer: buffer, boxed: false)
                    serializeInt64(accessHash, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .inputWebFileGeoPointLocation(let geoPoint, let accessHash, let w, let h, let zoom, let scale):
                return ("inputWebFileGeoPointLocation", [("geoPoint", String(describing: geoPoint)), ("accessHash", String(describing: accessHash)), ("w", String(describing: w)), ("h", String(describing: h)), ("zoom", String(describing: zoom)), ("scale", String(describing: scale))])
                case .inputWebFileLocation(let url, let accessHash):
                return ("inputWebFileLocation", [("url", String(describing: url)), ("accessHash", String(describing: accessHash))])
    }
    }
    
        public static func parse_inputWebFileGeoPointLocation(_ reader: BufferReader) -> InputWebFileLocation? {
            var _1: Api.InputGeoPoint?
            if let signature = reader.readInt32() {
                _1 = Api.parse(reader, signature: signature) as? Api.InputGeoPoint
            }
            var _2: Int64?
            _2 = reader.readInt64()
            var _3: Int32?
            _3 = reader.readInt32()
            var _4: Int32?
            _4 = reader.readInt32()
            var _5: Int32?
            _5 = reader.readInt32()
            var _6: Int32?
            _6 = reader.readInt32()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = _4 != nil
            let _c5 = _5 != nil
            let _c6 = _6 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 && _c6 {
                return Api.InputWebFileLocation.inputWebFileGeoPointLocation(geoPoint: _1!, accessHash: _2!, w: _3!, h: _4!, zoom: _5!, scale: _6!)
            }
            else {
                return nil
            }
        }
        public static func parse_inputWebFileLocation(_ reader: BufferReader) -> InputWebFileLocation? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Int64?
            _2 = reader.readInt64()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.InputWebFileLocation.inputWebFileLocation(url: _1!, accessHash: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum Invoice: TypeConstructorDescription {
        case invoice(flags: Int32, currency: String, prices: [Api.LabeledPrice], maxTipAmount: Int64?, suggestedTipAmounts: [Int64]?, recurringTermsUrl: String?)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .invoice(let flags, let currency, let prices, let maxTipAmount, let suggestedTipAmounts, let recurringTermsUrl):
                    if boxed {
                        buffer.appendInt32(1048946971)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(currency, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(prices.count))
                    for item in prices {
                        item.serialize(buffer, true)
                    }
                    if Int(flags) & Int(1 << 8) != 0 {serializeInt64(maxTipAmount!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 8) != 0 {buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(suggestedTipAmounts!.count))
                    for item in suggestedTipAmounts! {
                        serializeInt64(item, buffer: buffer, boxed: false)
                    }}
                    if Int(flags) & Int(1 << 9) != 0 {serializeString(recurringTermsUrl!, buffer: buffer, boxed: false)}
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .invoice(let flags, let currency, let prices, let maxTipAmount, let suggestedTipAmounts, let recurringTermsUrl):
                return ("invoice", [("flags", String(describing: flags)), ("currency", String(describing: currency)), ("prices", String(describing: prices)), ("maxTipAmount", String(describing: maxTipAmount)), ("suggestedTipAmounts", String(describing: suggestedTipAmounts)), ("recurringTermsUrl", String(describing: recurringTermsUrl))])
    }
    }
    
        public static func parse_invoice(_ reader: BufferReader) -> Invoice? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: [Api.LabeledPrice]?
            if let _ = reader.readInt32() {
                _3 = Api.parseVector(reader, elementSignature: 0, elementType: Api.LabeledPrice.self)
            }
            var _4: Int64?
            if Int(_1!) & Int(1 << 8) != 0 {_4 = reader.readInt64() }
            var _5: [Int64]?
            if Int(_1!) & Int(1 << 8) != 0 {if let _ = reader.readInt32() {
                _5 = Api.parseVector(reader, elementSignature: 570911930, elementType: Int64.self)
            } }
            var _6: String?
            if Int(_1!) & Int(1 << 9) != 0 {_6 = parseString(reader) }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = (Int(_1!) & Int(1 << 8) == 0) || _4 != nil
            let _c5 = (Int(_1!) & Int(1 << 8) == 0) || _5 != nil
            let _c6 = (Int(_1!) & Int(1 << 9) == 0) || _6 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 && _c6 {
                return Api.Invoice.invoice(flags: _1!, currency: _2!, prices: _3!, maxTipAmount: _4, suggestedTipAmounts: _5, recurringTermsUrl: _6)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum JSONObjectValue: TypeConstructorDescription {
        case jsonObjectValue(key: String, value: Api.JSONValue)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .jsonObjectValue(let key, let value):
                    if boxed {
                        buffer.appendInt32(-1059185703)
                    }
                    serializeString(key, buffer: buffer, boxed: false)
                    value.serialize(buffer, true)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .jsonObjectValue(let key, let value):
                return ("jsonObjectValue", [("key", String(describing: key)), ("value", String(describing: value))])
    }
    }
    
        public static func parse_jsonObjectValue(_ reader: BufferReader) -> JSONObjectValue? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Api.JSONValue?
            if let signature = reader.readInt32() {
                _2 = Api.parse(reader, signature: signature) as? Api.JSONValue
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.JSONObjectValue.jsonObjectValue(key: _1!, value: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum JSONValue: TypeConstructorDescription {
        case jsonArray(value: [Api.JSONValue])
        case jsonBool(value: Api.Bool)
        case jsonNull
        case jsonNumber(value: Double)
        case jsonObject(value: [Api.JSONObjectValue])
        case jsonString(value: String)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .jsonArray(let value):
                    if boxed {
                        buffer.appendInt32(-146520221)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(value.count))
                    for item in value {
                        item.serialize(buffer, true)
                    }
                    break
                case .jsonBool(let value):
                    if boxed {
                        buffer.appendInt32(-952869270)
                    }
                    value.serialize(buffer, true)
                    break
                case .jsonNull:
                    if boxed {
                        buffer.appendInt32(1064139624)
                    }
                    
                    break
                case .jsonNumber(let value):
                    if boxed {
                        buffer.appendInt32(736157604)
                    }
                    serializeDouble(value, buffer: buffer, boxed: false)
                    break
                case .jsonObject(let value):
                    if boxed {
                        buffer.appendInt32(-1715350371)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(value.count))
                    for item in value {
                        item.serialize(buffer, true)
                    }
                    break
                case .jsonString(let value):
                    if boxed {
                        buffer.appendInt32(-1222740358)
                    }
                    serializeString(value, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .jsonArray(let value):
                return ("jsonArray", [("value", String(describing: value))])
                case .jsonBool(let value):
                return ("jsonBool", [("value", String(describing: value))])
                case .jsonNull:
                return ("jsonNull", [])
                case .jsonNumber(let value):
                return ("jsonNumber", [("value", String(describing: value))])
                case .jsonObject(let value):
                return ("jsonObject", [("value", String(describing: value))])
                case .jsonString(let value):
                return ("jsonString", [("value", String(describing: value))])
    }
    }
    
        public static func parse_jsonArray(_ reader: BufferReader) -> JSONValue? {
            var _1: [Api.JSONValue]?
            if let _ = reader.readInt32() {
                _1 = Api.parseVector(reader, elementSignature: 0, elementType: Api.JSONValue.self)
            }
            let _c1 = _1 != nil
            if _c1 {
                return Api.JSONValue.jsonArray(value: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_jsonBool(_ reader: BufferReader) -> JSONValue? {
            var _1: Api.Bool?
            if let signature = reader.readInt32() {
                _1 = Api.parse(reader, signature: signature) as? Api.Bool
            }
            let _c1 = _1 != nil
            if _c1 {
                return Api.JSONValue.jsonBool(value: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_jsonNull(_ reader: BufferReader) -> JSONValue? {
            return Api.JSONValue.jsonNull
        }
        public static func parse_jsonNumber(_ reader: BufferReader) -> JSONValue? {
            var _1: Double?
            _1 = reader.readDouble()
            let _c1 = _1 != nil
            if _c1 {
                return Api.JSONValue.jsonNumber(value: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_jsonObject(_ reader: BufferReader) -> JSONValue? {
            var _1: [Api.JSONObjectValue]?
            if let _ = reader.readInt32() {
                _1 = Api.parseVector(reader, elementSignature: 0, elementType: Api.JSONObjectValue.self)
            }
            let _c1 = _1 != nil
            if _c1 {
                return Api.JSONValue.jsonObject(value: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_jsonString(_ reader: BufferReader) -> JSONValue? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.JSONValue.jsonString(value: _1!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum KeyboardButton: TypeConstructorDescription {
        case inputKeyboardButtonUrlAuth(flags: Int32, text: String, fwdText: String?, url: String, bot: Api.InputUser)
        case inputKeyboardButtonUserProfile(text: String, userId: Api.InputUser)
        case keyboardButton(text: String)
        case keyboardButtonBuy(text: String)
        case keyboardButtonCallback(flags: Int32, text: String, data: Buffer)
        case keyboardButtonGame(text: String)
        case keyboardButtonRequestGeoLocation(text: String)
        case keyboardButtonRequestPhone(text: String)
        case keyboardButtonRequestPoll(flags: Int32, quiz: Api.Bool?, text: String)
        case keyboardButtonSimpleWebView(text: String, url: String)
        case keyboardButtonSwitchInline(flags: Int32, text: String, query: String)
        case keyboardButtonUrl(text: String, url: String)
        case keyboardButtonUrlAuth(flags: Int32, text: String, fwdText: String?, url: String, buttonId: Int32)
        case keyboardButtonUserProfile(text: String, userId: Int64)
        case keyboardButtonWebView(text: String, url: String)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .inputKeyboardButtonUrlAuth(let flags, let text, let fwdText, let url, let bot):
                    if boxed {
                        buffer.appendInt32(-802258988)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(text, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 1) != 0 {serializeString(fwdText!, buffer: buffer, boxed: false)}
                    serializeString(url, buffer: buffer, boxed: false)
                    bot.serialize(buffer, true)
                    break
                case .inputKeyboardButtonUserProfile(let text, let userId):
                    if boxed {
                        buffer.appendInt32(-376962181)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    userId.serialize(buffer, true)
                    break
                case .keyboardButton(let text):
                    if boxed {
                        buffer.appendInt32(-1560655744)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonBuy(let text):
                    if boxed {
                        buffer.appendInt32(-1344716869)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonCallback(let flags, let text, let data):
                    if boxed {
                        buffer.appendInt32(901503851)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(text, buffer: buffer, boxed: false)
                    serializeBytes(data, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonGame(let text):
                    if boxed {
                        buffer.appendInt32(1358175439)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonRequestGeoLocation(let text):
                    if boxed {
                        buffer.appendInt32(-59151553)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonRequestPhone(let text):
                    if boxed {
                        buffer.appendInt32(-1318425559)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonRequestPoll(let flags, let quiz, let text):
                    if boxed {
                        buffer.appendInt32(-1144565411)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 0) != 0 {quiz!.serialize(buffer, true)}
                    serializeString(text, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonSimpleWebView(let text, let url):
                    if boxed {
                        buffer.appendInt32(-1598009252)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    serializeString(url, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonSwitchInline(let flags, let text, let query):
                    if boxed {
                        buffer.appendInt32(90744648)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(text, buffer: buffer, boxed: false)
                    serializeString(query, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonUrl(let text, let url):
                    if boxed {
                        buffer.appendInt32(629866245)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    serializeString(url, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonUrlAuth(let flags, let text, let fwdText, let url, let buttonId):
                    if boxed {
                        buffer.appendInt32(280464681)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(text, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 0) != 0 {serializeString(fwdText!, buffer: buffer, boxed: false)}
                    serializeString(url, buffer: buffer, boxed: false)
                    serializeInt32(buttonId, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonUserProfile(let text, let userId):
                    if boxed {
                        buffer.appendInt32(814112961)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    serializeInt64(userId, buffer: buffer, boxed: false)
                    break
                case .keyboardButtonWebView(let text, let url):
                    if boxed {
                        buffer.appendInt32(326529584)
                    }
                    serializeString(text, buffer: buffer, boxed: false)
                    serializeString(url, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .inputKeyboardButtonUrlAuth(let flags, let text, let fwdText, let url, let bot):
                return ("inputKeyboardButtonUrlAuth", [("flags", String(describing: flags)), ("text", String(describing: text)), ("fwdText", String(describing: fwdText)), ("url", String(describing: url)), ("bot", String(describing: bot))])
                case .inputKeyboardButtonUserProfile(let text, let userId):
                return ("inputKeyboardButtonUserProfile", [("text", String(describing: text)), ("userId", String(describing: userId))])
                case .keyboardButton(let text):
                return ("keyboardButton", [("text", String(describing: text))])
                case .keyboardButtonBuy(let text):
                return ("keyboardButtonBuy", [("text", String(describing: text))])
                case .keyboardButtonCallback(let flags, let text, let data):
                return ("keyboardButtonCallback", [("flags", String(describing: flags)), ("text", String(describing: text)), ("data", String(describing: data))])
                case .keyboardButtonGame(let text):
                return ("keyboardButtonGame", [("text", String(describing: text))])
                case .keyboardButtonRequestGeoLocation(let text):
                return ("keyboardButtonRequestGeoLocation", [("text", String(describing: text))])
                case .keyboardButtonRequestPhone(let text):
                return ("keyboardButtonRequestPhone", [("text", String(describing: text))])
                case .keyboardButtonRequestPoll(let flags, let quiz, let text):
                return ("keyboardButtonRequestPoll", [("flags", String(describing: flags)), ("quiz", String(describing: quiz)), ("text", String(describing: text))])
                case .keyboardButtonSimpleWebView(let text, let url):
                return ("keyboardButtonSimpleWebView", [("text", String(describing: text)), ("url", String(describing: url))])
                case .keyboardButtonSwitchInline(let flags, let text, let query):
                return ("keyboardButtonSwitchInline", [("flags", String(describing: flags)), ("text", String(describing: text)), ("query", String(describing: query))])
                case .keyboardButtonUrl(let text, let url):
                return ("keyboardButtonUrl", [("text", String(describing: text)), ("url", String(describing: url))])
                case .keyboardButtonUrlAuth(let flags, let text, let fwdText, let url, let buttonId):
                return ("keyboardButtonUrlAuth", [("flags", String(describing: flags)), ("text", String(describing: text)), ("fwdText", String(describing: fwdText)), ("url", String(describing: url)), ("buttonId", String(describing: buttonId))])
                case .keyboardButtonUserProfile(let text, let userId):
                return ("keyboardButtonUserProfile", [("text", String(describing: text)), ("userId", String(describing: userId))])
                case .keyboardButtonWebView(let text, let url):
                return ("keyboardButtonWebView", [("text", String(describing: text)), ("url", String(describing: url))])
    }
    }
    
        public static func parse_inputKeyboardButtonUrlAuth(_ reader: BufferReader) -> KeyboardButton? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: String?
            if Int(_1!) & Int(1 << 1) != 0 {_3 = parseString(reader) }
            var _4: String?
            _4 = parseString(reader)
            var _5: Api.InputUser?
            if let signature = reader.readInt32() {
                _5 = Api.parse(reader, signature: signature) as? Api.InputUser
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = (Int(_1!) & Int(1 << 1) == 0) || _3 != nil
            let _c4 = _4 != nil
            let _c5 = _5 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 {
                return Api.KeyboardButton.inputKeyboardButtonUrlAuth(flags: _1!, text: _2!, fwdText: _3, url: _4!, bot: _5!)
            }
            else {
                return nil
            }
        }
        public static func parse_inputKeyboardButtonUserProfile(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Api.InputUser?
            if let signature = reader.readInt32() {
                _2 = Api.parse(reader, signature: signature) as? Api.InputUser
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.KeyboardButton.inputKeyboardButtonUserProfile(text: _1!, userId: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButton(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.KeyboardButton.keyboardButton(text: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonBuy(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.KeyboardButton.keyboardButtonBuy(text: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonCallback(_ reader: BufferReader) -> KeyboardButton? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: Buffer?
            _3 = parseBytes(reader)
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.KeyboardButton.keyboardButtonCallback(flags: _1!, text: _2!, data: _3!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonGame(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.KeyboardButton.keyboardButtonGame(text: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonRequestGeoLocation(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.KeyboardButton.keyboardButtonRequestGeoLocation(text: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonRequestPhone(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.KeyboardButton.keyboardButtonRequestPhone(text: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonRequestPoll(_ reader: BufferReader) -> KeyboardButton? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: Api.Bool?
            if Int(_1!) & Int(1 << 0) != 0 {if let signature = reader.readInt32() {
                _2 = Api.parse(reader, signature: signature) as? Api.Bool
            } }
            var _3: String?
            _3 = parseString(reader)
            let _c1 = _1 != nil
            let _c2 = (Int(_1!) & Int(1 << 0) == 0) || _2 != nil
            let _c3 = _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.KeyboardButton.keyboardButtonRequestPoll(flags: _1!, quiz: _2, text: _3!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonSimpleWebView(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            var _2: String?
            _2 = parseString(reader)
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.KeyboardButton.keyboardButtonSimpleWebView(text: _1!, url: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonSwitchInline(_ reader: BufferReader) -> KeyboardButton? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: String?
            _3 = parseString(reader)
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            if _c1 && _c2 && _c3 {
                return Api.KeyboardButton.keyboardButtonSwitchInline(flags: _1!, text: _2!, query: _3!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonUrl(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            var _2: String?
            _2 = parseString(reader)
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.KeyboardButton.keyboardButtonUrl(text: _1!, url: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonUrlAuth(_ reader: BufferReader) -> KeyboardButton? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: String?
            if Int(_1!) & Int(1 << 0) != 0 {_3 = parseString(reader) }
            var _4: String?
            _4 = parseString(reader)
            var _5: Int32?
            _5 = reader.readInt32()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = (Int(_1!) & Int(1 << 0) == 0) || _3 != nil
            let _c4 = _4 != nil
            let _c5 = _5 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 {
                return Api.KeyboardButton.keyboardButtonUrlAuth(flags: _1!, text: _2!, fwdText: _3, url: _4!, buttonId: _5!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonUserProfile(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Int64?
            _2 = reader.readInt64()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.KeyboardButton.keyboardButtonUserProfile(text: _1!, userId: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_keyboardButtonWebView(_ reader: BufferReader) -> KeyboardButton? {
            var _1: String?
            _1 = parseString(reader)
            var _2: String?
            _2 = parseString(reader)
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.KeyboardButton.keyboardButtonWebView(text: _1!, url: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum KeyboardButtonRow: TypeConstructorDescription {
        case keyboardButtonRow(buttons: [Api.KeyboardButton])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .keyboardButtonRow(let buttons):
                    if boxed {
                        buffer.appendInt32(2002815875)
                    }
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(buttons.count))
                    for item in buttons {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .keyboardButtonRow(let buttons):
                return ("keyboardButtonRow", [("buttons", String(describing: buttons))])
    }
    }
    
        public static func parse_keyboardButtonRow(_ reader: BufferReader) -> KeyboardButtonRow? {
            var _1: [Api.KeyboardButton]?
            if let _ = reader.readInt32() {
                _1 = Api.parseVector(reader, elementSignature: 0, elementType: Api.KeyboardButton.self)
            }
            let _c1 = _1 != nil
            if _c1 {
                return Api.KeyboardButtonRow.keyboardButtonRow(buttons: _1!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum LabeledPrice: TypeConstructorDescription {
        case labeledPrice(label: String, amount: Int64)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .labeledPrice(let label, let amount):
                    if boxed {
                        buffer.appendInt32(-886477832)
                    }
                    serializeString(label, buffer: buffer, boxed: false)
                    serializeInt64(amount, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .labeledPrice(let label, let amount):
                return ("labeledPrice", [("label", String(describing: label)), ("amount", String(describing: amount))])
    }
    }
    
        public static func parse_labeledPrice(_ reader: BufferReader) -> LabeledPrice? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Int64?
            _2 = reader.readInt64()
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.LabeledPrice.labeledPrice(label: _1!, amount: _2!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum LangPackDifference: TypeConstructorDescription {
        case langPackDifference(langCode: String, fromVersion: Int32, version: Int32, strings: [Api.LangPackString])
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .langPackDifference(let langCode, let fromVersion, let version, let strings):
                    if boxed {
                        buffer.appendInt32(-209337866)
                    }
                    serializeString(langCode, buffer: buffer, boxed: false)
                    serializeInt32(fromVersion, buffer: buffer, boxed: false)
                    serializeInt32(version, buffer: buffer, boxed: false)
                    buffer.appendInt32(481674261)
                    buffer.appendInt32(Int32(strings.count))
                    for item in strings {
                        item.serialize(buffer, true)
                    }
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .langPackDifference(let langCode, let fromVersion, let version, let strings):
                return ("langPackDifference", [("langCode", String(describing: langCode)), ("fromVersion", String(describing: fromVersion)), ("version", String(describing: version)), ("strings", String(describing: strings))])
    }
    }
    
        public static func parse_langPackDifference(_ reader: BufferReader) -> LangPackDifference? {
            var _1: String?
            _1 = parseString(reader)
            var _2: Int32?
            _2 = reader.readInt32()
            var _3: Int32?
            _3 = reader.readInt32()
            var _4: [Api.LangPackString]?
            if let _ = reader.readInt32() {
                _4 = Api.parseVector(reader, elementSignature: 0, elementType: Api.LangPackString.self)
            }
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            let _c3 = _3 != nil
            let _c4 = _4 != nil
            if _c1 && _c2 && _c3 && _c4 {
                return Api.LangPackDifference.langPackDifference(langCode: _1!, fromVersion: _2!, version: _3!, strings: _4!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum LangPackLanguage: TypeConstructorDescription {
        case langPackLanguage(flags: Int32, name: String, nativeName: String, langCode: String, baseLangCode: String?, pluralCode: String, stringsCount: Int32, translatedCount: Int32, translationsUrl: String)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .langPackLanguage(let flags, let name, let nativeName, let langCode, let baseLangCode, let pluralCode, let stringsCount, let translatedCount, let translationsUrl):
                    if boxed {
                        buffer.appendInt32(-288727837)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(name, buffer: buffer, boxed: false)
                    serializeString(nativeName, buffer: buffer, boxed: false)
                    serializeString(langCode, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 1) != 0 {serializeString(baseLangCode!, buffer: buffer, boxed: false)}
                    serializeString(pluralCode, buffer: buffer, boxed: false)
                    serializeInt32(stringsCount, buffer: buffer, boxed: false)
                    serializeInt32(translatedCount, buffer: buffer, boxed: false)
                    serializeString(translationsUrl, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .langPackLanguage(let flags, let name, let nativeName, let langCode, let baseLangCode, let pluralCode, let stringsCount, let translatedCount, let translationsUrl):
                return ("langPackLanguage", [("flags", String(describing: flags)), ("name", String(describing: name)), ("nativeName", String(describing: nativeName)), ("langCode", String(describing: langCode)), ("baseLangCode", String(describing: baseLangCode)), ("pluralCode", String(describing: pluralCode)), ("stringsCount", String(describing: stringsCount)), ("translatedCount", String(describing: translatedCount)), ("translationsUrl", String(describing: translationsUrl))])
    }
    }
    
        public static func parse_langPackLanguage(_ reader: BufferReader) -> LangPackLanguage? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: String?
            _3 = parseString(reader)
            var _4: String?
            _4 = parseString(reader)
            var _5: String?
            if Int(_1!) & Int(1 << 1) != 0 {_5 = parseString(reader) }
            var _6: String?
            _6 = parseString(reader)
            var _7: Int32?
            _7 = reader.readInt32()
            var _8: Int32?
            _8 = reader.readInt32()
            var _9: String?
            _9 = parseString(reader)
            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
            let _c6 = _6 != nil
            let _c7 = _7 != nil
            let _c8 = _8 != nil
            let _c9 = _9 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 && _c6 && _c7 && _c8 && _c9 {
                return Api.LangPackLanguage.langPackLanguage(flags: _1!, name: _2!, nativeName: _3!, langCode: _4!, baseLangCode: _5, pluralCode: _6!, stringsCount: _7!, translatedCount: _8!, translationsUrl: _9!)
            }
            else {
                return nil
            }
        }
    
    }
}
public extension Api {
    enum LangPackString: TypeConstructorDescription {
        case langPackString(key: String, value: String)
        case langPackStringDeleted(key: String)
        case langPackStringPluralized(flags: Int32, key: String, zeroValue: String?, oneValue: String?, twoValue: String?, fewValue: String?, manyValue: String?, otherValue: String)
    
    public func serialize(_ buffer: Buffer, _ boxed: Swift.Bool) {
    switch self {
                case .langPackString(let key, let value):
                    if boxed {
                        buffer.appendInt32(-892239370)
                    }
                    serializeString(key, buffer: buffer, boxed: false)
                    serializeString(value, buffer: buffer, boxed: false)
                    break
                case .langPackStringDeleted(let key):
                    if boxed {
                        buffer.appendInt32(695856818)
                    }
                    serializeString(key, buffer: buffer, boxed: false)
                    break
                case .langPackStringPluralized(let flags, let key, let zeroValue, let oneValue, let twoValue, let fewValue, let manyValue, let otherValue):
                    if boxed {
                        buffer.appendInt32(1816636575)
                    }
                    serializeInt32(flags, buffer: buffer, boxed: false)
                    serializeString(key, buffer: buffer, boxed: false)
                    if Int(flags) & Int(1 << 0) != 0 {serializeString(zeroValue!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 1) != 0 {serializeString(oneValue!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 2) != 0 {serializeString(twoValue!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 3) != 0 {serializeString(fewValue!, buffer: buffer, boxed: false)}
                    if Int(flags) & Int(1 << 4) != 0 {serializeString(manyValue!, buffer: buffer, boxed: false)}
                    serializeString(otherValue, buffer: buffer, boxed: false)
                    break
    }
    }
    
    public func descriptionFields() -> (String, [(String, Any)]) {
        switch self {
                case .langPackString(let key, let value):
                return ("langPackString", [("key", String(describing: key)), ("value", String(describing: value))])
                case .langPackStringDeleted(let key):
                return ("langPackStringDeleted", [("key", String(describing: key))])
                case .langPackStringPluralized(let flags, let key, let zeroValue, let oneValue, let twoValue, let fewValue, let manyValue, let otherValue):
                return ("langPackStringPluralized", [("flags", String(describing: flags)), ("key", String(describing: key)), ("zeroValue", String(describing: zeroValue)), ("oneValue", String(describing: oneValue)), ("twoValue", String(describing: twoValue)), ("fewValue", String(describing: fewValue)), ("manyValue", String(describing: manyValue)), ("otherValue", String(describing: otherValue))])
    }
    }
    
        public static func parse_langPackString(_ reader: BufferReader) -> LangPackString? {
            var _1: String?
            _1 = parseString(reader)
            var _2: String?
            _2 = parseString(reader)
            let _c1 = _1 != nil
            let _c2 = _2 != nil
            if _c1 && _c2 {
                return Api.LangPackString.langPackString(key: _1!, value: _2!)
            }
            else {
                return nil
            }
        }
        public static func parse_langPackStringDeleted(_ reader: BufferReader) -> LangPackString? {
            var _1: String?
            _1 = parseString(reader)
            let _c1 = _1 != nil
            if _c1 {
                return Api.LangPackString.langPackStringDeleted(key: _1!)
            }
            else {
                return nil
            }
        }
        public static func parse_langPackStringPluralized(_ reader: BufferReader) -> LangPackString? {
            var _1: Int32?
            _1 = reader.readInt32()
            var _2: String?
            _2 = parseString(reader)
            var _3: String?
            if Int(_1!) & Int(1 << 0) != 0 {_3 = parseString(reader) }
            var _4: String?
            if Int(_1!) & Int(1 << 1) != 0 {_4 = parseString(reader) }
            var _5: String?
            if Int(_1!) & Int(1 << 2) != 0 {_5 = parseString(reader) }
            var _6: String?
            if Int(_1!) & Int(1 << 3) != 0 {_6 = parseString(reader) }
            var _7: String?
            if Int(_1!) & Int(1 << 4) != 0 {_7 = parseString(reader) }
            var _8: String?
            _8 = parseString(reader)
            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
            let _c5 = (Int(_1!) & Int(1 << 2) == 0) || _5 != nil
            let _c6 = (Int(_1!) & Int(1 << 3) == 0) || _6 != nil
            let _c7 = (Int(_1!) & Int(1 << 4) == 0) || _7 != nil
            let _c8 = _8 != nil
            if _c1 && _c2 && _c3 && _c4 && _c5 && _c6 && _c7 && _c8 {
                return Api.LangPackString.langPackStringPluralized(flags: _1!, key: _2!, zeroValue: _3, oneValue: _4, twoValue: _5, fewValue: _6, manyValue: _7, otherValue: _8!)
            }
            else {
                return nil
            }
        }
    
    }
}