// Autogenerated C++ message buffer code. // Source: clad/externalInterface/messageExternalComms.clad // Full command line: victor-clad/tools/message-buffers/emitters/CPP_emitter.py --output-union-helper-constructors -C sdk -I victor-clad/clad/sdk -o generated/clad clad/externalInterface/messageExternalComms.clad #ifndef __CLAD_EXTERNAL_INTERFACE_MESSAGE_EXTERNAL_COMMS_H__ #define __CLAD_EXTERNAL_INTERFACE_MESSAGE_EXTERNAL_COMMS_H__ #include #include #include #include #include #include #include "messageExternalCommsTag.h" namespace Anki { namespace Vector { namespace ExternalComms { // ENUM RtsMode enum class RtsMode : uint8_t { RAW = 0, CLAD = 1, CLAD_ENCRYPTED = 2, }; const char* EnumToString(const RtsMode m); inline const char* RtsModeToString(const RtsMode m) { return EnumToString(m); } extern const char* RtsModeVersionHashStr; extern const uint8_t RtsModeVersionHash[16]; constexpr uint8_t RtsModeNumEntries = 3; // ENUM RtsConnType enum class RtsConnType : uint8_t { FirstTimePair = 0, Reconnection = 1, }; const char* EnumToString(const RtsConnType m); inline const char* RtsConnTypeToString(const RtsConnType m) { return EnumToString(m); } extern const char* RtsConnTypeVersionHashStr; extern const uint8_t RtsConnTypeVersionHash[16]; constexpr uint8_t RtsConnTypeNumEntries = 2; // ENUM RtsResponseCode enum class RtsResponseCode : uint16_t { NotCloudAuthorized = 0, }; const char* EnumToString(const RtsResponseCode m); inline const char* RtsResponseCodeToString(const RtsResponseCode m) { return EnumToString(m); } extern const char* RtsResponseCodeVersionHashStr; extern const uint8_t RtsResponseCodeVersionHash[16]; constexpr uint16_t RtsResponseCodeNumEntries = 1; // ENUM RtsCloudStatus enum class RtsCloudStatus : uint8_t { UnknownError = 0, ConnectionError = 1, WrongAccount = 2, InvalidSessionToken = 3, AuthorizedAsPrimary = 4, AuthorizedAsSecondary = 5, Reauthorized = 6, }; const char* EnumToString(const RtsCloudStatus m); inline const char* RtsCloudStatusToString(const RtsCloudStatus m) { return EnumToString(m); } extern const char* RtsCloudStatusVersionHashStr; extern const uint8_t RtsCloudStatusVersionHash[16]; constexpr uint8_t RtsCloudStatusNumEntries = 7; // MESSAGE RtsWifiScanResult struct RtsWifiScanResult { uint8_t authType; uint8_t signalStrength; std::string wifiSsidHex; /**** Constructors ****/ RtsWifiScanResult() = default; RtsWifiScanResult(const RtsWifiScanResult& other) = default; RtsWifiScanResult(RtsWifiScanResult& other) = default; RtsWifiScanResult(RtsWifiScanResult&& other) noexcept = default; RtsWifiScanResult& operator=(const RtsWifiScanResult& other) = default; RtsWifiScanResult& operator=(RtsWifiScanResult&& other) = default; explicit RtsWifiScanResult(uint8_t authType, uint8_t signalStrength, const std::string& wifiSsidHex) : authType(authType) , signalStrength(signalStrength) , wifiSsidHex(wifiSsidHex) {} explicit RtsWifiScanResult(const uint8_t* buff, size_t len); explicit RtsWifiScanResult(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiScanResult& other) const; bool operator!=(const RtsWifiScanResult& other) const; template void Invoke(Callable&& func) const { func(authType, signalStrength, wifiSsidHex); } }; extern const char* RtsWifiScanResultVersionHashStr; extern const uint8_t RtsWifiScanResultVersionHash[16]; // MESSAGE RtsWifiScanResult_2 struct RtsWifiScanResult_2 { uint8_t authType; uint8_t signalStrength; std::string wifiSsidHex; bool hidden; /**** Constructors ****/ RtsWifiScanResult_2() = default; RtsWifiScanResult_2(const RtsWifiScanResult_2& other) = default; RtsWifiScanResult_2(RtsWifiScanResult_2& other) = default; RtsWifiScanResult_2(RtsWifiScanResult_2&& other) noexcept = default; RtsWifiScanResult_2& operator=(const RtsWifiScanResult_2& other) = default; RtsWifiScanResult_2& operator=(RtsWifiScanResult_2&& other) = default; explicit RtsWifiScanResult_2(uint8_t authType, uint8_t signalStrength, const std::string& wifiSsidHex, bool hidden) : authType(authType) , signalStrength(signalStrength) , wifiSsidHex(wifiSsidHex) , hidden(hidden) {} explicit RtsWifiScanResult_2(const uint8_t* buff, size_t len); explicit RtsWifiScanResult_2(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiScanResult_2& other) const; bool operator!=(const RtsWifiScanResult_2& other) const; template void Invoke(Callable&& func) const { func(authType, signalStrength, wifiSsidHex, hidden); } }; extern const char* RtsWifiScanResult_2VersionHashStr; extern const uint8_t RtsWifiScanResult_2VersionHash[16]; // MESSAGE RtsWifiScanResult_3 struct RtsWifiScanResult_3 { uint8_t authType; uint8_t signalStrength; std::string wifiSsidHex; bool hidden; bool provisioned; /**** Constructors ****/ RtsWifiScanResult_3() = default; RtsWifiScanResult_3(const RtsWifiScanResult_3& other) = default; RtsWifiScanResult_3(RtsWifiScanResult_3& other) = default; RtsWifiScanResult_3(RtsWifiScanResult_3&& other) noexcept = default; RtsWifiScanResult_3& operator=(const RtsWifiScanResult_3& other) = default; RtsWifiScanResult_3& operator=(RtsWifiScanResult_3&& other) = default; explicit RtsWifiScanResult_3(uint8_t authType, uint8_t signalStrength, const std::string& wifiSsidHex, bool hidden, bool provisioned) : authType(authType) , signalStrength(signalStrength) , wifiSsidHex(wifiSsidHex) , hidden(hidden) , provisioned(provisioned) {} explicit RtsWifiScanResult_3(const uint8_t* buff, size_t len); explicit RtsWifiScanResult_3(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiScanResult_3& other) const; bool operator!=(const RtsWifiScanResult_3& other) const; template void Invoke(Callable&& func) const { func(authType, signalStrength, wifiSsidHex, hidden, provisioned); } }; extern const char* RtsWifiScanResult_3VersionHashStr; extern const uint8_t RtsWifiScanResult_3VersionHash[16]; // MESSAGE RtsConnRequest struct RtsConnRequest { std::array publicKey; /**** Constructors ****/ RtsConnRequest() = default; RtsConnRequest(const RtsConnRequest& other) = default; RtsConnRequest(RtsConnRequest& other) = default; RtsConnRequest(RtsConnRequest&& other) noexcept = default; RtsConnRequest& operator=(const RtsConnRequest& other) = default; RtsConnRequest& operator=(RtsConnRequest&& other) = default; explicit RtsConnRequest(const std::array& publicKey) : publicKey(publicKey) {} explicit RtsConnRequest(const uint8_t* buff, size_t len); explicit RtsConnRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsConnRequest& other) const; bool operator!=(const RtsConnRequest& other) const; template void Invoke(Callable&& func) const { func(publicKey); } }; extern const char* RtsConnRequestVersionHashStr; extern const uint8_t RtsConnRequestVersionHash[16]; // MESSAGE RtsConnResponse struct RtsConnResponse { Anki::Vector::ExternalComms::RtsConnType connectionType; std::array publicKey; /**** Constructors ****/ RtsConnResponse() = default; RtsConnResponse(const RtsConnResponse& other) = default; RtsConnResponse(RtsConnResponse& other) = default; RtsConnResponse(RtsConnResponse&& other) noexcept = default; RtsConnResponse& operator=(const RtsConnResponse& other) = default; RtsConnResponse& operator=(RtsConnResponse&& other) = default; explicit RtsConnResponse(Anki::Vector::ExternalComms::RtsConnType connectionType, const std::array& publicKey) : connectionType(connectionType) , publicKey(publicKey) {} explicit RtsConnResponse(const uint8_t* buff, size_t len); explicit RtsConnResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsConnResponse& other) const; bool operator!=(const RtsConnResponse& other) const; template void Invoke(Callable&& func) const { func(connectionType, publicKey); } }; extern const char* RtsConnResponseVersionHashStr; extern const uint8_t RtsConnResponseVersionHash[16]; // MESSAGE RtsNonceMessage struct RtsNonceMessage { std::array toRobotNonce; std::array toDeviceNonce; /**** Constructors ****/ RtsNonceMessage() = default; RtsNonceMessage(const RtsNonceMessage& other) = default; RtsNonceMessage(RtsNonceMessage& other) = default; RtsNonceMessage(RtsNonceMessage&& other) noexcept = default; RtsNonceMessage& operator=(const RtsNonceMessage& other) = default; RtsNonceMessage& operator=(RtsNonceMessage&& other) = default; explicit RtsNonceMessage(const std::array& toRobotNonce, const std::array& toDeviceNonce) : toRobotNonce(toRobotNonce) , toDeviceNonce(toDeviceNonce) {} explicit RtsNonceMessage(const uint8_t* buff, size_t len); explicit RtsNonceMessage(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsNonceMessage& other) const; bool operator!=(const RtsNonceMessage& other) const; template void Invoke(Callable&& func) const { func(toRobotNonce, toDeviceNonce); } }; extern const char* RtsNonceMessageVersionHashStr; extern const uint8_t RtsNonceMessageVersionHash[16]; // MESSAGE RtsAck struct RtsAck { uint8_t rtsConnectionTag; /**** Constructors ****/ RtsAck() = default; RtsAck(const RtsAck& other) = default; RtsAck(RtsAck& other) = default; RtsAck(RtsAck&& other) noexcept = default; RtsAck& operator=(const RtsAck& other) = default; RtsAck& operator=(RtsAck&& other) = default; explicit RtsAck(uint8_t rtsConnectionTag) : rtsConnectionTag(rtsConnectionTag) {} explicit RtsAck(const uint8_t* buff, size_t len); explicit RtsAck(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsAck& other) const; bool operator!=(const RtsAck& other) const; template void Invoke(Callable&& func) const { func(rtsConnectionTag); } }; extern const char* RtsAckVersionHashStr; extern const uint8_t RtsAckVersionHash[16]; // MESSAGE RtsChallengeMessage struct RtsChallengeMessage { uint32_t number; /**** Constructors ****/ RtsChallengeMessage() = default; RtsChallengeMessage(const RtsChallengeMessage& other) = default; RtsChallengeMessage(RtsChallengeMessage& other) = default; RtsChallengeMessage(RtsChallengeMessage&& other) noexcept = default; RtsChallengeMessage& operator=(const RtsChallengeMessage& other) = default; RtsChallengeMessage& operator=(RtsChallengeMessage&& other) = default; explicit RtsChallengeMessage(uint32_t number) : number(number) {} explicit RtsChallengeMessage(const uint8_t* buff, size_t len); explicit RtsChallengeMessage(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsChallengeMessage& other) const; bool operator!=(const RtsChallengeMessage& other) const; template void Invoke(Callable&& func) const { func(number); } }; extern const char* RtsChallengeMessageVersionHashStr; extern const uint8_t RtsChallengeMessageVersionHash[16]; // MESSAGE RtsChallengeSuccessMessage struct RtsChallengeSuccessMessage { /**** Constructors ****/ RtsChallengeSuccessMessage() = default; RtsChallengeSuccessMessage(const RtsChallengeSuccessMessage& other) = default; RtsChallengeSuccessMessage(RtsChallengeSuccessMessage& other) = default; RtsChallengeSuccessMessage(RtsChallengeSuccessMessage&& other) noexcept = default; RtsChallengeSuccessMessage& operator=(const RtsChallengeSuccessMessage& other) = default; RtsChallengeSuccessMessage& operator=(RtsChallengeSuccessMessage&& other) = default; explicit RtsChallengeSuccessMessage(const uint8_t* buff, size_t len); explicit RtsChallengeSuccessMessage(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsChallengeSuccessMessage& other) const; bool operator!=(const RtsChallengeSuccessMessage& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsChallengeSuccessMessageVersionHashStr; extern const uint8_t RtsChallengeSuccessMessageVersionHash[16]; // MESSAGE RtsWifiForgetRequest struct RtsWifiForgetRequest { bool deleteAll; std::string wifiSsidHex; /**** Constructors ****/ RtsWifiForgetRequest() = default; RtsWifiForgetRequest(const RtsWifiForgetRequest& other) = default; RtsWifiForgetRequest(RtsWifiForgetRequest& other) = default; RtsWifiForgetRequest(RtsWifiForgetRequest&& other) noexcept = default; RtsWifiForgetRequest& operator=(const RtsWifiForgetRequest& other) = default; RtsWifiForgetRequest& operator=(RtsWifiForgetRequest&& other) = default; explicit RtsWifiForgetRequest(bool deleteAll, const std::string& wifiSsidHex) : deleteAll(deleteAll) , wifiSsidHex(wifiSsidHex) {} explicit RtsWifiForgetRequest(const uint8_t* buff, size_t len); explicit RtsWifiForgetRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiForgetRequest& other) const; bool operator!=(const RtsWifiForgetRequest& other) const; template void Invoke(Callable&& func) const { func(deleteAll, wifiSsidHex); } }; extern const char* RtsWifiForgetRequestVersionHashStr; extern const uint8_t RtsWifiForgetRequestVersionHash[16]; // MESSAGE RtsWifiForgetResponse struct RtsWifiForgetResponse { bool didDelete; std::string wifiSsidHex; /**** Constructors ****/ RtsWifiForgetResponse() = default; RtsWifiForgetResponse(const RtsWifiForgetResponse& other) = default; RtsWifiForgetResponse(RtsWifiForgetResponse& other) = default; RtsWifiForgetResponse(RtsWifiForgetResponse&& other) noexcept = default; RtsWifiForgetResponse& operator=(const RtsWifiForgetResponse& other) = default; RtsWifiForgetResponse& operator=(RtsWifiForgetResponse&& other) = default; explicit RtsWifiForgetResponse(bool didDelete, const std::string& wifiSsidHex) : didDelete(didDelete) , wifiSsidHex(wifiSsidHex) {} explicit RtsWifiForgetResponse(const uint8_t* buff, size_t len); explicit RtsWifiForgetResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiForgetResponse& other) const; bool operator!=(const RtsWifiForgetResponse& other) const; template void Invoke(Callable&& func) const { func(didDelete, wifiSsidHex); } }; extern const char* RtsWifiForgetResponseVersionHashStr; extern const uint8_t RtsWifiForgetResponseVersionHash[16]; // MESSAGE RtsWifiConnectRequest struct RtsWifiConnectRequest { std::string wifiSsidHex; std::string password; uint8_t timeout; uint8_t authType; bool hidden; /**** Constructors ****/ RtsWifiConnectRequest() = default; RtsWifiConnectRequest(const RtsWifiConnectRequest& other) = default; RtsWifiConnectRequest(RtsWifiConnectRequest& other) = default; RtsWifiConnectRequest(RtsWifiConnectRequest&& other) noexcept = default; RtsWifiConnectRequest& operator=(const RtsWifiConnectRequest& other) = default; RtsWifiConnectRequest& operator=(RtsWifiConnectRequest&& other) = default; explicit RtsWifiConnectRequest(const std::string& wifiSsidHex, const std::string& password, uint8_t timeout, uint8_t authType, bool hidden) : wifiSsidHex(wifiSsidHex) , password(password) , timeout(timeout) , authType(authType) , hidden(hidden) {} explicit RtsWifiConnectRequest(const uint8_t* buff, size_t len); explicit RtsWifiConnectRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiConnectRequest& other) const; bool operator!=(const RtsWifiConnectRequest& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, password, timeout, authType, hidden); } }; extern const char* RtsWifiConnectRequestVersionHashStr; extern const uint8_t RtsWifiConnectRequestVersionHash[16]; // MESSAGE RtsWifiConnectResponse struct RtsWifiConnectResponse { std::string wifiSsidHex; uint8_t wifiState; /**** Constructors ****/ RtsWifiConnectResponse() = default; RtsWifiConnectResponse(const RtsWifiConnectResponse& other) = default; RtsWifiConnectResponse(RtsWifiConnectResponse& other) = default; RtsWifiConnectResponse(RtsWifiConnectResponse&& other) noexcept = default; RtsWifiConnectResponse& operator=(const RtsWifiConnectResponse& other) = default; RtsWifiConnectResponse& operator=(RtsWifiConnectResponse&& other) = default; explicit RtsWifiConnectResponse(const std::string& wifiSsidHex, uint8_t wifiState) : wifiSsidHex(wifiSsidHex) , wifiState(wifiState) {} explicit RtsWifiConnectResponse(const uint8_t* buff, size_t len); explicit RtsWifiConnectResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiConnectResponse& other) const; bool operator!=(const RtsWifiConnectResponse& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, wifiState); } }; extern const char* RtsWifiConnectResponseVersionHashStr; extern const uint8_t RtsWifiConnectResponseVersionHash[16]; // MESSAGE RtsWifiConnectResponse_3 struct RtsWifiConnectResponse_3 { std::string wifiSsidHex; uint8_t wifiState; uint8_t connectResult; /**** Constructors ****/ RtsWifiConnectResponse_3() = default; RtsWifiConnectResponse_3(const RtsWifiConnectResponse_3& other) = default; RtsWifiConnectResponse_3(RtsWifiConnectResponse_3& other) = default; RtsWifiConnectResponse_3(RtsWifiConnectResponse_3&& other) noexcept = default; RtsWifiConnectResponse_3& operator=(const RtsWifiConnectResponse_3& other) = default; RtsWifiConnectResponse_3& operator=(RtsWifiConnectResponse_3&& other) = default; explicit RtsWifiConnectResponse_3(const std::string& wifiSsidHex, uint8_t wifiState, uint8_t connectResult) : wifiSsidHex(wifiSsidHex) , wifiState(wifiState) , connectResult(connectResult) {} explicit RtsWifiConnectResponse_3(const uint8_t* buff, size_t len); explicit RtsWifiConnectResponse_3(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiConnectResponse_3& other) const; bool operator!=(const RtsWifiConnectResponse_3& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, wifiState, connectResult); } }; extern const char* RtsWifiConnectResponse_3VersionHashStr; extern const uint8_t RtsWifiConnectResponse_3VersionHash[16]; // MESSAGE RtsWifiIpRequest struct RtsWifiIpRequest { /**** Constructors ****/ RtsWifiIpRequest() = default; RtsWifiIpRequest(const RtsWifiIpRequest& other) = default; RtsWifiIpRequest(RtsWifiIpRequest& other) = default; RtsWifiIpRequest(RtsWifiIpRequest&& other) noexcept = default; RtsWifiIpRequest& operator=(const RtsWifiIpRequest& other) = default; RtsWifiIpRequest& operator=(RtsWifiIpRequest&& other) = default; explicit RtsWifiIpRequest(const uint8_t* buff, size_t len); explicit RtsWifiIpRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiIpRequest& other) const; bool operator!=(const RtsWifiIpRequest& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsWifiIpRequestVersionHashStr; extern const uint8_t RtsWifiIpRequestVersionHash[16]; // MESSAGE RtsWifiIpResponse struct RtsWifiIpResponse { uint8_t hasIpV4; uint8_t hasIpV6; std::array ipV4; std::array ipV6; /**** Constructors ****/ RtsWifiIpResponse() = default; RtsWifiIpResponse(const RtsWifiIpResponse& other) = default; RtsWifiIpResponse(RtsWifiIpResponse& other) = default; RtsWifiIpResponse(RtsWifiIpResponse&& other) noexcept = default; RtsWifiIpResponse& operator=(const RtsWifiIpResponse& other) = default; RtsWifiIpResponse& operator=(RtsWifiIpResponse&& other) = default; explicit RtsWifiIpResponse(uint8_t hasIpV4, uint8_t hasIpV6, const std::array& ipV4, const std::array& ipV6) : hasIpV4(hasIpV4) , hasIpV6(hasIpV6) , ipV4(ipV4) , ipV6(ipV6) {} explicit RtsWifiIpResponse(const uint8_t* buff, size_t len); explicit RtsWifiIpResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiIpResponse& other) const; bool operator!=(const RtsWifiIpResponse& other) const; template void Invoke(Callable&& func) const { func(hasIpV4, hasIpV6, ipV4, ipV6); } }; extern const char* RtsWifiIpResponseVersionHashStr; extern const uint8_t RtsWifiIpResponseVersionHash[16]; // MESSAGE RtsStatusRequest struct RtsStatusRequest { /**** Constructors ****/ RtsStatusRequest() = default; RtsStatusRequest(const RtsStatusRequest& other) = default; RtsStatusRequest(RtsStatusRequest& other) = default; RtsStatusRequest(RtsStatusRequest&& other) noexcept = default; RtsStatusRequest& operator=(const RtsStatusRequest& other) = default; RtsStatusRequest& operator=(RtsStatusRequest&& other) = default; explicit RtsStatusRequest(const uint8_t* buff, size_t len); explicit RtsStatusRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsStatusRequest& other) const; bool operator!=(const RtsStatusRequest& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsStatusRequestVersionHashStr; extern const uint8_t RtsStatusRequestVersionHash[16]; // MESSAGE RtsStatusResponse struct RtsStatusResponse { std::string wifiSsidHex; uint8_t wifiState; bool accessPoint; uint8_t bleState; uint8_t batteryState; /**** Constructors ****/ RtsStatusResponse() = default; RtsStatusResponse(const RtsStatusResponse& other) = default; RtsStatusResponse(RtsStatusResponse& other) = default; RtsStatusResponse(RtsStatusResponse&& other) noexcept = default; RtsStatusResponse& operator=(const RtsStatusResponse& other) = default; RtsStatusResponse& operator=(RtsStatusResponse&& other) = default; explicit RtsStatusResponse(const std::string& wifiSsidHex, uint8_t wifiState, bool accessPoint, uint8_t bleState, uint8_t batteryState) : wifiSsidHex(wifiSsidHex) , wifiState(wifiState) , accessPoint(accessPoint) , bleState(bleState) , batteryState(batteryState) {} explicit RtsStatusResponse(const uint8_t* buff, size_t len); explicit RtsStatusResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsStatusResponse& other) const; bool operator!=(const RtsStatusResponse& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, wifiState, accessPoint, bleState, batteryState); } }; extern const char* RtsStatusResponseVersionHashStr; extern const uint8_t RtsStatusResponseVersionHash[16]; // MESSAGE RtsStatusResponse_2 struct RtsStatusResponse_2 { std::string wifiSsidHex; uint8_t wifiState; bool accessPoint; uint8_t bleState; uint8_t batteryState; std::string version; bool otaInProgress; /**** Constructors ****/ RtsStatusResponse_2() = default; RtsStatusResponse_2(const RtsStatusResponse_2& other) = default; RtsStatusResponse_2(RtsStatusResponse_2& other) = default; RtsStatusResponse_2(RtsStatusResponse_2&& other) noexcept = default; RtsStatusResponse_2& operator=(const RtsStatusResponse_2& other) = default; RtsStatusResponse_2& operator=(RtsStatusResponse_2&& other) = default; explicit RtsStatusResponse_2(const std::string& wifiSsidHex, uint8_t wifiState, bool accessPoint, uint8_t bleState, uint8_t batteryState, const std::string& version, bool otaInProgress) : wifiSsidHex(wifiSsidHex) , wifiState(wifiState) , accessPoint(accessPoint) , bleState(bleState) , batteryState(batteryState) , version(version) , otaInProgress(otaInProgress) {} explicit RtsStatusResponse_2(const uint8_t* buff, size_t len); explicit RtsStatusResponse_2(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsStatusResponse_2& other) const; bool operator!=(const RtsStatusResponse_2& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, wifiState, accessPoint, bleState, batteryState, version, otaInProgress); } }; extern const char* RtsStatusResponse_2VersionHashStr; extern const uint8_t RtsStatusResponse_2VersionHash[16]; // MESSAGE RtsStatusResponse_3 struct RtsStatusResponse_3 { std::string wifiSsidHex; uint8_t wifiState; bool accessPoint; uint8_t bleState; uint8_t batteryState; std::string version; bool otaInProgress; bool hasOwner; /**** Constructors ****/ RtsStatusResponse_3() = default; RtsStatusResponse_3(const RtsStatusResponse_3& other) = default; RtsStatusResponse_3(RtsStatusResponse_3& other) = default; RtsStatusResponse_3(RtsStatusResponse_3&& other) noexcept = default; RtsStatusResponse_3& operator=(const RtsStatusResponse_3& other) = default; RtsStatusResponse_3& operator=(RtsStatusResponse_3&& other) = default; explicit RtsStatusResponse_3(const std::string& wifiSsidHex, uint8_t wifiState, bool accessPoint, uint8_t bleState, uint8_t batteryState, const std::string& version, bool otaInProgress, bool hasOwner) : wifiSsidHex(wifiSsidHex) , wifiState(wifiState) , accessPoint(accessPoint) , bleState(bleState) , batteryState(batteryState) , version(version) , otaInProgress(otaInProgress) , hasOwner(hasOwner) {} explicit RtsStatusResponse_3(const uint8_t* buff, size_t len); explicit RtsStatusResponse_3(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsStatusResponse_3& other) const; bool operator!=(const RtsStatusResponse_3& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, wifiState, accessPoint, bleState, batteryState, version, otaInProgress, hasOwner); } }; extern const char* RtsStatusResponse_3VersionHashStr; extern const uint8_t RtsStatusResponse_3VersionHash[16]; // MESSAGE RtsStatusResponse_4 struct RtsStatusResponse_4 { std::string wifiSsidHex; uint8_t wifiState; bool accessPoint; uint8_t bleState; uint8_t batteryState; std::string version; std::string esn; bool otaInProgress; bool hasOwner; /**** Constructors ****/ RtsStatusResponse_4() = default; RtsStatusResponse_4(const RtsStatusResponse_4& other) = default; RtsStatusResponse_4(RtsStatusResponse_4& other) = default; RtsStatusResponse_4(RtsStatusResponse_4&& other) noexcept = default; RtsStatusResponse_4& operator=(const RtsStatusResponse_4& other) = default; RtsStatusResponse_4& operator=(RtsStatusResponse_4&& other) = default; explicit RtsStatusResponse_4(const std::string& wifiSsidHex, uint8_t wifiState, bool accessPoint, uint8_t bleState, uint8_t batteryState, const std::string& version, const std::string& esn, bool otaInProgress, bool hasOwner) : wifiSsidHex(wifiSsidHex) , wifiState(wifiState) , accessPoint(accessPoint) , bleState(bleState) , batteryState(batteryState) , version(version) , esn(esn) , otaInProgress(otaInProgress) , hasOwner(hasOwner) {} explicit RtsStatusResponse_4(const uint8_t* buff, size_t len); explicit RtsStatusResponse_4(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsStatusResponse_4& other) const; bool operator!=(const RtsStatusResponse_4& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, wifiState, accessPoint, bleState, batteryState, version, esn, otaInProgress, hasOwner); } }; extern const char* RtsStatusResponse_4VersionHashStr; extern const uint8_t RtsStatusResponse_4VersionHash[16]; // MESSAGE RtsStatusResponse_5 struct RtsStatusResponse_5 { std::string wifiSsidHex; uint8_t wifiState; bool accessPoint; uint8_t bleState; uint8_t batteryState; std::string version; std::string esn; bool otaInProgress; bool hasOwner; bool isCloudAuthed; /**** Constructors ****/ RtsStatusResponse_5() = default; RtsStatusResponse_5(const RtsStatusResponse_5& other) = default; RtsStatusResponse_5(RtsStatusResponse_5& other) = default; RtsStatusResponse_5(RtsStatusResponse_5&& other) noexcept = default; RtsStatusResponse_5& operator=(const RtsStatusResponse_5& other) = default; RtsStatusResponse_5& operator=(RtsStatusResponse_5&& other) = default; explicit RtsStatusResponse_5(const std::string& wifiSsidHex, uint8_t wifiState, bool accessPoint, uint8_t bleState, uint8_t batteryState, const std::string& version, const std::string& esn, bool otaInProgress, bool hasOwner, bool isCloudAuthed) : wifiSsidHex(wifiSsidHex) , wifiState(wifiState) , accessPoint(accessPoint) , bleState(bleState) , batteryState(batteryState) , version(version) , esn(esn) , otaInProgress(otaInProgress) , hasOwner(hasOwner) , isCloudAuthed(isCloudAuthed) {} explicit RtsStatusResponse_5(const uint8_t* buff, size_t len); explicit RtsStatusResponse_5(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsStatusResponse_5& other) const; bool operator!=(const RtsStatusResponse_5& other) const; template void Invoke(Callable&& func) const { func(wifiSsidHex, wifiState, accessPoint, bleState, batteryState, version, esn, otaInProgress, hasOwner, isCloudAuthed); } }; extern const char* RtsStatusResponse_5VersionHashStr; extern const uint8_t RtsStatusResponse_5VersionHash[16]; // MESSAGE RtsWifiScanRequest struct RtsWifiScanRequest { /**** Constructors ****/ RtsWifiScanRequest() = default; RtsWifiScanRequest(const RtsWifiScanRequest& other) = default; RtsWifiScanRequest(RtsWifiScanRequest& other) = default; RtsWifiScanRequest(RtsWifiScanRequest&& other) noexcept = default; RtsWifiScanRequest& operator=(const RtsWifiScanRequest& other) = default; RtsWifiScanRequest& operator=(RtsWifiScanRequest&& other) = default; explicit RtsWifiScanRequest(const uint8_t* buff, size_t len); explicit RtsWifiScanRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiScanRequest& other) const; bool operator!=(const RtsWifiScanRequest& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsWifiScanRequestVersionHashStr; extern const uint8_t RtsWifiScanRequestVersionHash[16]; // MESSAGE RtsWifiScanResponse struct RtsWifiScanResponse { uint8_t statusCode; std::vector scanResult; /**** Constructors ****/ RtsWifiScanResponse() = default; RtsWifiScanResponse(const RtsWifiScanResponse& other) = default; RtsWifiScanResponse(RtsWifiScanResponse& other) = default; RtsWifiScanResponse(RtsWifiScanResponse&& other) noexcept = default; RtsWifiScanResponse& operator=(const RtsWifiScanResponse& other) = default; RtsWifiScanResponse& operator=(RtsWifiScanResponse&& other) = default; explicit RtsWifiScanResponse(uint8_t statusCode, const std::vector& scanResult) : statusCode(statusCode) , scanResult(scanResult) {} explicit RtsWifiScanResponse(const uint8_t* buff, size_t len); explicit RtsWifiScanResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiScanResponse& other) const; bool operator!=(const RtsWifiScanResponse& other) const; template void Invoke(Callable&& func) const { func(statusCode, scanResult); } }; extern const char* RtsWifiScanResponseVersionHashStr; extern const uint8_t RtsWifiScanResponseVersionHash[16]; // MESSAGE RtsWifiScanResponse_2 struct RtsWifiScanResponse_2 { uint8_t statusCode; std::vector scanResult; /**** Constructors ****/ RtsWifiScanResponse_2() = default; RtsWifiScanResponse_2(const RtsWifiScanResponse_2& other) = default; RtsWifiScanResponse_2(RtsWifiScanResponse_2& other) = default; RtsWifiScanResponse_2(RtsWifiScanResponse_2&& other) noexcept = default; RtsWifiScanResponse_2& operator=(const RtsWifiScanResponse_2& other) = default; RtsWifiScanResponse_2& operator=(RtsWifiScanResponse_2&& other) = default; explicit RtsWifiScanResponse_2(uint8_t statusCode, const std::vector& scanResult) : statusCode(statusCode) , scanResult(scanResult) {} explicit RtsWifiScanResponse_2(const uint8_t* buff, size_t len); explicit RtsWifiScanResponse_2(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiScanResponse_2& other) const; bool operator!=(const RtsWifiScanResponse_2& other) const; template void Invoke(Callable&& func) const { func(statusCode, scanResult); } }; extern const char* RtsWifiScanResponse_2VersionHashStr; extern const uint8_t RtsWifiScanResponse_2VersionHash[16]; // MESSAGE RtsWifiScanResponse_3 struct RtsWifiScanResponse_3 { uint8_t statusCode; std::vector scanResult; /**** Constructors ****/ RtsWifiScanResponse_3() = default; RtsWifiScanResponse_3(const RtsWifiScanResponse_3& other) = default; RtsWifiScanResponse_3(RtsWifiScanResponse_3& other) = default; RtsWifiScanResponse_3(RtsWifiScanResponse_3&& other) noexcept = default; RtsWifiScanResponse_3& operator=(const RtsWifiScanResponse_3& other) = default; RtsWifiScanResponse_3& operator=(RtsWifiScanResponse_3&& other) = default; explicit RtsWifiScanResponse_3(uint8_t statusCode, const std::vector& scanResult) : statusCode(statusCode) , scanResult(scanResult) {} explicit RtsWifiScanResponse_3(const uint8_t* buff, size_t len); explicit RtsWifiScanResponse_3(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiScanResponse_3& other) const; bool operator!=(const RtsWifiScanResponse_3& other) const; template void Invoke(Callable&& func) const { func(statusCode, scanResult); } }; extern const char* RtsWifiScanResponse_3VersionHashStr; extern const uint8_t RtsWifiScanResponse_3VersionHash[16]; // MESSAGE RtsOtaUpdateRequest struct RtsOtaUpdateRequest { std::string url; /**** Constructors ****/ RtsOtaUpdateRequest() = default; RtsOtaUpdateRequest(const RtsOtaUpdateRequest& other) = default; RtsOtaUpdateRequest(RtsOtaUpdateRequest& other) = default; RtsOtaUpdateRequest(RtsOtaUpdateRequest&& other) noexcept = default; RtsOtaUpdateRequest& operator=(const RtsOtaUpdateRequest& other) = default; RtsOtaUpdateRequest& operator=(RtsOtaUpdateRequest&& other) = default; explicit RtsOtaUpdateRequest(const std::string& url) : url(url) {} explicit RtsOtaUpdateRequest(const uint8_t* buff, size_t len); explicit RtsOtaUpdateRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsOtaUpdateRequest& other) const; bool operator!=(const RtsOtaUpdateRequest& other) const; template void Invoke(Callable&& func) const { func(url); } }; extern const char* RtsOtaUpdateRequestVersionHashStr; extern const uint8_t RtsOtaUpdateRequestVersionHash[16]; // MESSAGE RtsOtaCancelRequest struct RtsOtaCancelRequest { /**** Constructors ****/ RtsOtaCancelRequest() = default; RtsOtaCancelRequest(const RtsOtaCancelRequest& other) = default; RtsOtaCancelRequest(RtsOtaCancelRequest& other) = default; RtsOtaCancelRequest(RtsOtaCancelRequest&& other) noexcept = default; RtsOtaCancelRequest& operator=(const RtsOtaCancelRequest& other) = default; RtsOtaCancelRequest& operator=(RtsOtaCancelRequest&& other) = default; explicit RtsOtaCancelRequest(const uint8_t* buff, size_t len); explicit RtsOtaCancelRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsOtaCancelRequest& other) const; bool operator!=(const RtsOtaCancelRequest& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsOtaCancelRequestVersionHashStr; extern const uint8_t RtsOtaCancelRequestVersionHash[16]; // MESSAGE RtsOtaUpdateResponse struct RtsOtaUpdateResponse { uint8_t status; uint64_t current; uint64_t expected; /**** Constructors ****/ RtsOtaUpdateResponse() = default; RtsOtaUpdateResponse(const RtsOtaUpdateResponse& other) = default; RtsOtaUpdateResponse(RtsOtaUpdateResponse& other) = default; RtsOtaUpdateResponse(RtsOtaUpdateResponse&& other) noexcept = default; RtsOtaUpdateResponse& operator=(const RtsOtaUpdateResponse& other) = default; RtsOtaUpdateResponse& operator=(RtsOtaUpdateResponse&& other) = default; explicit RtsOtaUpdateResponse(uint8_t status, uint64_t current, uint64_t expected) : status(status) , current(current) , expected(expected) {} explicit RtsOtaUpdateResponse(const uint8_t* buff, size_t len); explicit RtsOtaUpdateResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsOtaUpdateResponse& other) const; bool operator!=(const RtsOtaUpdateResponse& other) const; template void Invoke(Callable&& func) const { func(status, current, expected); } }; extern const char* RtsOtaUpdateResponseVersionHashStr; extern const uint8_t RtsOtaUpdateResponseVersionHash[16]; // MESSAGE RtsWifiAccessPointRequest struct RtsWifiAccessPointRequest { bool enable; /**** Constructors ****/ RtsWifiAccessPointRequest() = default; RtsWifiAccessPointRequest(const RtsWifiAccessPointRequest& other) = default; RtsWifiAccessPointRequest(RtsWifiAccessPointRequest& other) = default; RtsWifiAccessPointRequest(RtsWifiAccessPointRequest&& other) noexcept = default; RtsWifiAccessPointRequest& operator=(const RtsWifiAccessPointRequest& other) = default; RtsWifiAccessPointRequest& operator=(RtsWifiAccessPointRequest&& other) = default; explicit RtsWifiAccessPointRequest(bool enable) : enable(enable) {} explicit RtsWifiAccessPointRequest(const uint8_t* buff, size_t len); explicit RtsWifiAccessPointRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiAccessPointRequest& other) const; bool operator!=(const RtsWifiAccessPointRequest& other) const; template void Invoke(Callable&& func) const { func(enable); } }; extern const char* RtsWifiAccessPointRequestVersionHashStr; extern const uint8_t RtsWifiAccessPointRequestVersionHash[16]; // MESSAGE RtsWifiAccessPointResponse struct RtsWifiAccessPointResponse { bool enabled; std::string ssid; std::string password; /**** Constructors ****/ RtsWifiAccessPointResponse() = default; RtsWifiAccessPointResponse(const RtsWifiAccessPointResponse& other) = default; RtsWifiAccessPointResponse(RtsWifiAccessPointResponse& other) = default; RtsWifiAccessPointResponse(RtsWifiAccessPointResponse&& other) noexcept = default; RtsWifiAccessPointResponse& operator=(const RtsWifiAccessPointResponse& other) = default; RtsWifiAccessPointResponse& operator=(RtsWifiAccessPointResponse&& other) = default; explicit RtsWifiAccessPointResponse(bool enabled, const std::string& ssid, const std::string& password) : enabled(enabled) , ssid(ssid) , password(password) {} explicit RtsWifiAccessPointResponse(const uint8_t* buff, size_t len); explicit RtsWifiAccessPointResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsWifiAccessPointResponse& other) const; bool operator!=(const RtsWifiAccessPointResponse& other) const; template void Invoke(Callable&& func) const { func(enabled, ssid, password); } }; extern const char* RtsWifiAccessPointResponseVersionHashStr; extern const uint8_t RtsWifiAccessPointResponseVersionHash[16]; // MESSAGE RtsCancelPairing struct RtsCancelPairing { /**** Constructors ****/ RtsCancelPairing() = default; RtsCancelPairing(const RtsCancelPairing& other) = default; RtsCancelPairing(RtsCancelPairing& other) = default; RtsCancelPairing(RtsCancelPairing&& other) noexcept = default; RtsCancelPairing& operator=(const RtsCancelPairing& other) = default; RtsCancelPairing& operator=(RtsCancelPairing&& other) = default; explicit RtsCancelPairing(const uint8_t* buff, size_t len); explicit RtsCancelPairing(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsCancelPairing& other) const; bool operator!=(const RtsCancelPairing& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsCancelPairingVersionHashStr; extern const uint8_t RtsCancelPairingVersionHash[16]; // MESSAGE RtsForceDisconnect struct RtsForceDisconnect { /**** Constructors ****/ RtsForceDisconnect() = default; RtsForceDisconnect(const RtsForceDisconnect& other) = default; RtsForceDisconnect(RtsForceDisconnect& other) = default; RtsForceDisconnect(RtsForceDisconnect&& other) noexcept = default; RtsForceDisconnect& operator=(const RtsForceDisconnect& other) = default; RtsForceDisconnect& operator=(RtsForceDisconnect&& other) = default; explicit RtsForceDisconnect(const uint8_t* buff, size_t len); explicit RtsForceDisconnect(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsForceDisconnect& other) const; bool operator!=(const RtsForceDisconnect& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsForceDisconnectVersionHashStr; extern const uint8_t RtsForceDisconnectVersionHash[16]; // MESSAGE RtsSshRequest struct RtsSshRequest { std::vector sshAuthorizedKeyBytes; /**** Constructors ****/ RtsSshRequest() = default; RtsSshRequest(const RtsSshRequest& other) = default; RtsSshRequest(RtsSshRequest& other) = default; RtsSshRequest(RtsSshRequest&& other) noexcept = default; RtsSshRequest& operator=(const RtsSshRequest& other) = default; RtsSshRequest& operator=(RtsSshRequest&& other) = default; explicit RtsSshRequest(const std::vector& sshAuthorizedKeyBytes) : sshAuthorizedKeyBytes(sshAuthorizedKeyBytes) {} explicit RtsSshRequest(const uint8_t* buff, size_t len); explicit RtsSshRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsSshRequest& other) const; bool operator!=(const RtsSshRequest& other) const; template void Invoke(Callable&& func) const { func(sshAuthorizedKeyBytes); } }; extern const char* RtsSshRequestVersionHashStr; extern const uint8_t RtsSshRequestVersionHash[16]; // MESSAGE RtsSshResponse struct RtsSshResponse { /**** Constructors ****/ RtsSshResponse() = default; RtsSshResponse(const RtsSshResponse& other) = default; RtsSshResponse(RtsSshResponse& other) = default; RtsSshResponse(RtsSshResponse&& other) noexcept = default; RtsSshResponse& operator=(const RtsSshResponse& other) = default; RtsSshResponse& operator=(RtsSshResponse&& other) = default; explicit RtsSshResponse(const uint8_t* buff, size_t len); explicit RtsSshResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsSshResponse& other) const; bool operator!=(const RtsSshResponse& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsSshResponseVersionHashStr; extern const uint8_t RtsSshResponseVersionHash[16]; // MESSAGE RtsLogRequest struct RtsLogRequest { uint8_t mode; std::vector filter; /**** Constructors ****/ RtsLogRequest() = default; RtsLogRequest(const RtsLogRequest& other) = default; RtsLogRequest(RtsLogRequest& other) = default; RtsLogRequest(RtsLogRequest&& other) noexcept = default; RtsLogRequest& operator=(const RtsLogRequest& other) = default; RtsLogRequest& operator=(RtsLogRequest&& other) = default; explicit RtsLogRequest(uint8_t mode, const std::vector& filter) : mode(mode) , filter(filter) {} explicit RtsLogRequest(const uint8_t* buff, size_t len); explicit RtsLogRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsLogRequest& other) const; bool operator!=(const RtsLogRequest& other) const; template void Invoke(Callable&& func) const { func(mode, filter); } }; extern const char* RtsLogRequestVersionHashStr; extern const uint8_t RtsLogRequestVersionHash[16]; // MESSAGE RtsLogResponse struct RtsLogResponse { uint8_t exitCode; uint32_t fileId; /**** Constructors ****/ RtsLogResponse() = default; RtsLogResponse(const RtsLogResponse& other) = default; RtsLogResponse(RtsLogResponse& other) = default; RtsLogResponse(RtsLogResponse&& other) noexcept = default; RtsLogResponse& operator=(const RtsLogResponse& other) = default; RtsLogResponse& operator=(RtsLogResponse&& other) = default; explicit RtsLogResponse(uint8_t exitCode, uint32_t fileId) : exitCode(exitCode) , fileId(fileId) {} explicit RtsLogResponse(const uint8_t* buff, size_t len); explicit RtsLogResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsLogResponse& other) const; bool operator!=(const RtsLogResponse& other) const; template void Invoke(Callable&& func) const { func(exitCode, fileId); } }; extern const char* RtsLogResponseVersionHashStr; extern const uint8_t RtsLogResponseVersionHash[16]; // MESSAGE RtsFileDownload struct RtsFileDownload { uint8_t status; uint32_t fileId; uint32_t packetNumber; uint32_t packetTotal; std::vector fileChunk; /**** Constructors ****/ RtsFileDownload() = default; RtsFileDownload(const RtsFileDownload& other) = default; RtsFileDownload(RtsFileDownload& other) = default; RtsFileDownload(RtsFileDownload&& other) noexcept = default; RtsFileDownload& operator=(const RtsFileDownload& other) = default; RtsFileDownload& operator=(RtsFileDownload&& other) = default; explicit RtsFileDownload(uint8_t status, uint32_t fileId, uint32_t packetNumber, uint32_t packetTotal, const std::vector& fileChunk) : status(status) , fileId(fileId) , packetNumber(packetNumber) , packetTotal(packetTotal) , fileChunk(fileChunk) {} explicit RtsFileDownload(const uint8_t* buff, size_t len); explicit RtsFileDownload(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsFileDownload& other) const; bool operator!=(const RtsFileDownload& other) const; template void Invoke(Callable&& func) const { func(status, fileId, packetNumber, packetTotal, fileChunk); } }; extern const char* RtsFileDownloadVersionHashStr; extern const uint8_t RtsFileDownloadVersionHash[16]; // MESSAGE RtsCloudSessionRequest struct RtsCloudSessionRequest { std::string sessionToken; /**** Constructors ****/ RtsCloudSessionRequest() = default; RtsCloudSessionRequest(const RtsCloudSessionRequest& other) = default; RtsCloudSessionRequest(RtsCloudSessionRequest& other) = default; RtsCloudSessionRequest(RtsCloudSessionRequest&& other) noexcept = default; RtsCloudSessionRequest& operator=(const RtsCloudSessionRequest& other) = default; RtsCloudSessionRequest& operator=(RtsCloudSessionRequest&& other) = default; explicit RtsCloudSessionRequest(const std::string& sessionToken) : sessionToken(sessionToken) {} explicit RtsCloudSessionRequest(const uint8_t* buff, size_t len); explicit RtsCloudSessionRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsCloudSessionRequest& other) const; bool operator!=(const RtsCloudSessionRequest& other) const; template void Invoke(Callable&& func) const { func(sessionToken); } }; extern const char* RtsCloudSessionRequestVersionHashStr; extern const uint8_t RtsCloudSessionRequestVersionHash[16]; // MESSAGE RtsCloudSessionRequest_2 struct RtsCloudSessionRequest_2 { std::string sessionToken; std::string clientName; std::string appId; /**** Constructors ****/ RtsCloudSessionRequest_2() = default; RtsCloudSessionRequest_2(const RtsCloudSessionRequest_2& other) = default; RtsCloudSessionRequest_2(RtsCloudSessionRequest_2& other) = default; RtsCloudSessionRequest_2(RtsCloudSessionRequest_2&& other) noexcept = default; RtsCloudSessionRequest_2& operator=(const RtsCloudSessionRequest_2& other) = default; RtsCloudSessionRequest_2& operator=(RtsCloudSessionRequest_2&& other) = default; explicit RtsCloudSessionRequest_2(const std::string& sessionToken, const std::string& clientName, const std::string& appId) : sessionToken(sessionToken) , clientName(clientName) , appId(appId) {} explicit RtsCloudSessionRequest_2(const uint8_t* buff, size_t len); explicit RtsCloudSessionRequest_2(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsCloudSessionRequest_2& other) const; bool operator!=(const RtsCloudSessionRequest_2& other) const; template void Invoke(Callable&& func) const { func(sessionToken, clientName, appId); } }; extern const char* RtsCloudSessionRequest_2VersionHashStr; extern const uint8_t RtsCloudSessionRequest_2VersionHash[16]; // MESSAGE RtsCloudSessionResponse struct RtsCloudSessionResponse { bool success; Anki::Vector::ExternalComms::RtsCloudStatus statusCode; std::string clientTokenGuid; /**** Constructors ****/ RtsCloudSessionResponse() = default; RtsCloudSessionResponse(const RtsCloudSessionResponse& other) = default; RtsCloudSessionResponse(RtsCloudSessionResponse& other) = default; RtsCloudSessionResponse(RtsCloudSessionResponse&& other) noexcept = default; RtsCloudSessionResponse& operator=(const RtsCloudSessionResponse& other) = default; RtsCloudSessionResponse& operator=(RtsCloudSessionResponse&& other) = default; explicit RtsCloudSessionResponse(bool success, Anki::Vector::ExternalComms::RtsCloudStatus statusCode, const std::string& clientTokenGuid) : success(success) , statusCode(statusCode) , clientTokenGuid(clientTokenGuid) {} explicit RtsCloudSessionResponse(const uint8_t* buff, size_t len); explicit RtsCloudSessionResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsCloudSessionResponse& other) const; bool operator!=(const RtsCloudSessionResponse& other) const; template void Invoke(Callable&& func) const { func(success, statusCode, clientTokenGuid); } }; extern const char* RtsCloudSessionResponseVersionHashStr; extern const uint8_t RtsCloudSessionResponseVersionHash[16]; // MESSAGE RtsAppConnectionIdRequest struct RtsAppConnectionIdRequest { std::string connectionId; /**** Constructors ****/ RtsAppConnectionIdRequest() = default; RtsAppConnectionIdRequest(const RtsAppConnectionIdRequest& other) = default; RtsAppConnectionIdRequest(RtsAppConnectionIdRequest& other) = default; RtsAppConnectionIdRequest(RtsAppConnectionIdRequest&& other) noexcept = default; RtsAppConnectionIdRequest& operator=(const RtsAppConnectionIdRequest& other) = default; RtsAppConnectionIdRequest& operator=(RtsAppConnectionIdRequest&& other) = default; explicit RtsAppConnectionIdRequest(const std::string& connectionId) : connectionId(connectionId) {} explicit RtsAppConnectionIdRequest(const uint8_t* buff, size_t len); explicit RtsAppConnectionIdRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsAppConnectionIdRequest& other) const; bool operator!=(const RtsAppConnectionIdRequest& other) const; template void Invoke(Callable&& func) const { func(connectionId); } }; extern const char* RtsAppConnectionIdRequestVersionHashStr; extern const uint8_t RtsAppConnectionIdRequestVersionHash[16]; // MESSAGE RtsAppConnectionIdResponse struct RtsAppConnectionIdResponse { /**** Constructors ****/ RtsAppConnectionIdResponse() = default; RtsAppConnectionIdResponse(const RtsAppConnectionIdResponse& other) = default; RtsAppConnectionIdResponse(RtsAppConnectionIdResponse& other) = default; RtsAppConnectionIdResponse(RtsAppConnectionIdResponse&& other) noexcept = default; RtsAppConnectionIdResponse& operator=(const RtsAppConnectionIdResponse& other) = default; RtsAppConnectionIdResponse& operator=(RtsAppConnectionIdResponse&& other) = default; explicit RtsAppConnectionIdResponse(const uint8_t* buff, size_t len); explicit RtsAppConnectionIdResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsAppConnectionIdResponse& other) const; bool operator!=(const RtsAppConnectionIdResponse& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* RtsAppConnectionIdResponseVersionHashStr; extern const uint8_t RtsAppConnectionIdResponseVersionHash[16]; // MESSAGE RtsResponse struct RtsResponse { Anki::Vector::ExternalComms::RtsResponseCode code; std::string responseMessage; /**** Constructors ****/ RtsResponse() = default; RtsResponse(const RtsResponse& other) = default; RtsResponse(RtsResponse& other) = default; RtsResponse(RtsResponse&& other) noexcept = default; RtsResponse& operator=(const RtsResponse& other) = default; RtsResponse& operator=(RtsResponse&& other) = default; explicit RtsResponse(Anki::Vector::ExternalComms::RtsResponseCode code, const std::string& responseMessage) : code(code) , responseMessage(responseMessage) {} explicit RtsResponse(const uint8_t* buff, size_t len); explicit RtsResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsResponse& other) const; bool operator!=(const RtsResponse& other) const; template void Invoke(Callable&& func) const { func(code, responseMessage); } }; extern const char* RtsResponseVersionHashStr; extern const uint8_t RtsResponseVersionHash[16]; // MESSAGE RtsSdkProxyRequest struct RtsSdkProxyRequest { std::string clientGuid; std::string messageId; std::string urlPath; std::string json; /**** Constructors ****/ RtsSdkProxyRequest() = default; RtsSdkProxyRequest(const RtsSdkProxyRequest& other) = default; RtsSdkProxyRequest(RtsSdkProxyRequest& other) = default; RtsSdkProxyRequest(RtsSdkProxyRequest&& other) noexcept = default; RtsSdkProxyRequest& operator=(const RtsSdkProxyRequest& other) = default; RtsSdkProxyRequest& operator=(RtsSdkProxyRequest&& other) = default; explicit RtsSdkProxyRequest(const std::string& clientGuid, const std::string& messageId, const std::string& urlPath, const std::string& json) : clientGuid(clientGuid) , messageId(messageId) , urlPath(urlPath) , json(json) {} explicit RtsSdkProxyRequest(const uint8_t* buff, size_t len); explicit RtsSdkProxyRequest(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsSdkProxyRequest& other) const; bool operator!=(const RtsSdkProxyRequest& other) const; template void Invoke(Callable&& func) const { func(clientGuid, messageId, urlPath, json); } }; extern const char* RtsSdkProxyRequestVersionHashStr; extern const uint8_t RtsSdkProxyRequestVersionHash[16]; // MESSAGE RtsSdkProxyResponse struct RtsSdkProxyResponse { std::string messageId; uint16_t statusCode; std::string responseType; std::string responseBody; /**** Constructors ****/ RtsSdkProxyResponse() = default; RtsSdkProxyResponse(const RtsSdkProxyResponse& other) = default; RtsSdkProxyResponse(RtsSdkProxyResponse& other) = default; RtsSdkProxyResponse(RtsSdkProxyResponse&& other) noexcept = default; RtsSdkProxyResponse& operator=(const RtsSdkProxyResponse& other) = default; RtsSdkProxyResponse& operator=(RtsSdkProxyResponse&& other) = default; explicit RtsSdkProxyResponse(const std::string& messageId, uint16_t statusCode, const std::string& responseType, const std::string& responseBody) : messageId(messageId) , statusCode(statusCode) , responseType(responseType) , responseBody(responseBody) {} explicit RtsSdkProxyResponse(const uint8_t* buff, size_t len); explicit RtsSdkProxyResponse(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const RtsSdkProxyResponse& other) const; bool operator!=(const RtsSdkProxyResponse& other) const; template void Invoke(Callable&& func) const { func(messageId, statusCode, responseType, responseBody); } }; extern const char* RtsSdkProxyResponseVersionHashStr; extern const uint8_t RtsSdkProxyResponseVersionHash[16]; // MESSAGE Error struct Error { /**** Constructors ****/ Error() = default; Error(const Error& other) = default; Error(Error& other) = default; Error(Error&& other) noexcept = default; Error& operator=(const Error& other) = default; Error& operator=(Error&& other) = default; explicit Error(const uint8_t* buff, size_t len); explicit Error(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const Error& other) const; bool operator!=(const Error& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* ErrorVersionHashStr; extern const uint8_t ErrorVersionHash[16]; // "Lookup Tables" for getting type by tag using template specializations template struct RtsConnection_2_TagToType; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::Error; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsConnRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsConnResponse; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsNonceMessage; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeMessage; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeSuccessMessage; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectResponse; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpResponse; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusResponse_2; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanResponse_2; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateResponse; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsCancelPairing; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsForceDisconnect; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsAck; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointResponse; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsSshRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsSshResponse; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaCancelRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsLogRequest; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsLogResponse; }; template<> struct RtsConnection_2_TagToType { using type = Anki::Vector::ExternalComms::RtsFileDownload; }; // UNION RtsConnection_2 class RtsConnection_2 { public: using Tag = RtsConnection_2Tag; /**** Constructors ****/ RtsConnection_2() :_tag(Tag::INVALID) { } explicit RtsConnection_2(const CLAD::SafeMessageBuffer& buff); explicit RtsConnection_2(const uint8_t* buffer, size_t length); RtsConnection_2(const RtsConnection_2& other); RtsConnection_2(RtsConnection_2&& other) noexcept; RtsConnection_2& operator=(const RtsConnection_2& other); RtsConnection_2& operator=(RtsConnection_2&& other) noexcept; ~RtsConnection_2() { ClearCurrent(); } Tag GetTag() const { return _tag; } // Templated getter for union members by type // NOTE: Always returns a reference, even for trivial types, unlike untemplated version template const typename RtsConnection_2_TagToType::type & Get_() const; // Templated creator for making a union object out of one if its members template static RtsConnection_2 Create_(typename RtsConnection_2_TagToType::type member); /** Error **/ static RtsConnection_2 CreateError(Anki::Vector::ExternalComms::Error&& new_Error); explicit RtsConnection_2(Anki::Vector::ExternalComms::Error&& new_Error); const Anki::Vector::ExternalComms::Error& Get_Error() const; void Set_Error(const Anki::Vector::ExternalComms::Error& new_Error); void Set_Error(Anki::Vector::ExternalComms::Error&& new_Error); /** RtsConnRequest **/ static RtsConnection_2 CreateRtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); const Anki::Vector::ExternalComms::RtsConnRequest& Get_RtsConnRequest() const; void Set_RtsConnRequest(const Anki::Vector::ExternalComms::RtsConnRequest& new_RtsConnRequest); void Set_RtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); /** RtsConnResponse **/ static RtsConnection_2 CreateRtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); const Anki::Vector::ExternalComms::RtsConnResponse& Get_RtsConnResponse() const; void Set_RtsConnResponse(const Anki::Vector::ExternalComms::RtsConnResponse& new_RtsConnResponse); void Set_RtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); /** RtsNonceMessage **/ static RtsConnection_2 CreateRtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); const Anki::Vector::ExternalComms::RtsNonceMessage& Get_RtsNonceMessage() const; void Set_RtsNonceMessage(const Anki::Vector::ExternalComms::RtsNonceMessage& new_RtsNonceMessage); void Set_RtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); /** RtsChallengeMessage **/ static RtsConnection_2 CreateRtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); const Anki::Vector::ExternalComms::RtsChallengeMessage& Get_RtsChallengeMessage() const; void Set_RtsChallengeMessage(const Anki::Vector::ExternalComms::RtsChallengeMessage& new_RtsChallengeMessage); void Set_RtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); /** RtsChallengeSuccessMessage **/ static RtsConnection_2 CreateRtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& Get_RtsChallengeSuccessMessage() const; void Set_RtsChallengeSuccessMessage(const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& new_RtsChallengeSuccessMessage); void Set_RtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); /** RtsWifiConnectRequest **/ static RtsConnection_2 CreateRtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); const Anki::Vector::ExternalComms::RtsWifiConnectRequest& Get_RtsWifiConnectRequest() const; void Set_RtsWifiConnectRequest(const Anki::Vector::ExternalComms::RtsWifiConnectRequest& new_RtsWifiConnectRequest); void Set_RtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); /** RtsWifiConnectResponse **/ static RtsConnection_2 CreateRtsWifiConnectResponse(Anki::Vector::ExternalComms::RtsWifiConnectResponse&& new_RtsWifiConnectResponse); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiConnectResponse&& new_RtsWifiConnectResponse); const Anki::Vector::ExternalComms::RtsWifiConnectResponse& Get_RtsWifiConnectResponse() const; void Set_RtsWifiConnectResponse(const Anki::Vector::ExternalComms::RtsWifiConnectResponse& new_RtsWifiConnectResponse); void Set_RtsWifiConnectResponse(Anki::Vector::ExternalComms::RtsWifiConnectResponse&& new_RtsWifiConnectResponse); /** RtsWifiIpRequest **/ static RtsConnection_2 CreateRtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); const Anki::Vector::ExternalComms::RtsWifiIpRequest& Get_RtsWifiIpRequest() const; void Set_RtsWifiIpRequest(const Anki::Vector::ExternalComms::RtsWifiIpRequest& new_RtsWifiIpRequest); void Set_RtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); /** RtsWifiIpResponse **/ static RtsConnection_2 CreateRtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); const Anki::Vector::ExternalComms::RtsWifiIpResponse& Get_RtsWifiIpResponse() const; void Set_RtsWifiIpResponse(const Anki::Vector::ExternalComms::RtsWifiIpResponse& new_RtsWifiIpResponse); void Set_RtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); /** RtsStatusRequest **/ static RtsConnection_2 CreateRtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); const Anki::Vector::ExternalComms::RtsStatusRequest& Get_RtsStatusRequest() const; void Set_RtsStatusRequest(const Anki::Vector::ExternalComms::RtsStatusRequest& new_RtsStatusRequest); void Set_RtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); /** RtsStatusResponse_2 **/ static RtsConnection_2 CreateRtsStatusResponse_2(Anki::Vector::ExternalComms::RtsStatusResponse_2&& new_RtsStatusResponse_2); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsStatusResponse_2&& new_RtsStatusResponse_2); const Anki::Vector::ExternalComms::RtsStatusResponse_2& Get_RtsStatusResponse_2() const; void Set_RtsStatusResponse_2(const Anki::Vector::ExternalComms::RtsStatusResponse_2& new_RtsStatusResponse_2); void Set_RtsStatusResponse_2(Anki::Vector::ExternalComms::RtsStatusResponse_2&& new_RtsStatusResponse_2); /** RtsWifiScanRequest **/ static RtsConnection_2 CreateRtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); const Anki::Vector::ExternalComms::RtsWifiScanRequest& Get_RtsWifiScanRequest() const; void Set_RtsWifiScanRequest(const Anki::Vector::ExternalComms::RtsWifiScanRequest& new_RtsWifiScanRequest); void Set_RtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); /** RtsWifiScanResponse_2 **/ static RtsConnection_2 CreateRtsWifiScanResponse_2(Anki::Vector::ExternalComms::RtsWifiScanResponse_2&& new_RtsWifiScanResponse_2); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiScanResponse_2&& new_RtsWifiScanResponse_2); const Anki::Vector::ExternalComms::RtsWifiScanResponse_2& Get_RtsWifiScanResponse_2() const; void Set_RtsWifiScanResponse_2(const Anki::Vector::ExternalComms::RtsWifiScanResponse_2& new_RtsWifiScanResponse_2); void Set_RtsWifiScanResponse_2(Anki::Vector::ExternalComms::RtsWifiScanResponse_2&& new_RtsWifiScanResponse_2); /** RtsOtaUpdateRequest **/ static RtsConnection_2 CreateRtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& Get_RtsOtaUpdateRequest() const; void Set_RtsOtaUpdateRequest(const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& new_RtsOtaUpdateRequest); void Set_RtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); /** RtsOtaUpdateResponse **/ static RtsConnection_2 CreateRtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& Get_RtsOtaUpdateResponse() const; void Set_RtsOtaUpdateResponse(const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& new_RtsOtaUpdateResponse); void Set_RtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); /** RtsCancelPairing **/ static RtsConnection_2 CreateRtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); const Anki::Vector::ExternalComms::RtsCancelPairing& Get_RtsCancelPairing() const; void Set_RtsCancelPairing(const Anki::Vector::ExternalComms::RtsCancelPairing& new_RtsCancelPairing); void Set_RtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); /** RtsForceDisconnect **/ static RtsConnection_2 CreateRtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); const Anki::Vector::ExternalComms::RtsForceDisconnect& Get_RtsForceDisconnect() const; void Set_RtsForceDisconnect(const Anki::Vector::ExternalComms::RtsForceDisconnect& new_RtsForceDisconnect); void Set_RtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); /** RtsAck **/ static RtsConnection_2 CreateRtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); const Anki::Vector::ExternalComms::RtsAck& Get_RtsAck() const; void Set_RtsAck(const Anki::Vector::ExternalComms::RtsAck& new_RtsAck); void Set_RtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); /** RtsWifiAccessPointRequest **/ static RtsConnection_2 CreateRtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& Get_RtsWifiAccessPointRequest() const; void Set_RtsWifiAccessPointRequest(const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& new_RtsWifiAccessPointRequest); void Set_RtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); /** RtsWifiAccessPointResponse **/ static RtsConnection_2 CreateRtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& Get_RtsWifiAccessPointResponse() const; void Set_RtsWifiAccessPointResponse(const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& new_RtsWifiAccessPointResponse); void Set_RtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); /** RtsSshRequest **/ static RtsConnection_2 CreateRtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); const Anki::Vector::ExternalComms::RtsSshRequest& Get_RtsSshRequest() const; void Set_RtsSshRequest(const Anki::Vector::ExternalComms::RtsSshRequest& new_RtsSshRequest); void Set_RtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); /** RtsSshResponse **/ static RtsConnection_2 CreateRtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); const Anki::Vector::ExternalComms::RtsSshResponse& Get_RtsSshResponse() const; void Set_RtsSshResponse(const Anki::Vector::ExternalComms::RtsSshResponse& new_RtsSshResponse); void Set_RtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); /** RtsOtaCancelRequest **/ static RtsConnection_2 CreateRtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); const Anki::Vector::ExternalComms::RtsOtaCancelRequest& Get_RtsOtaCancelRequest() const; void Set_RtsOtaCancelRequest(const Anki::Vector::ExternalComms::RtsOtaCancelRequest& new_RtsOtaCancelRequest); void Set_RtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); /** RtsLogRequest **/ static RtsConnection_2 CreateRtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); const Anki::Vector::ExternalComms::RtsLogRequest& Get_RtsLogRequest() const; void Set_RtsLogRequest(const Anki::Vector::ExternalComms::RtsLogRequest& new_RtsLogRequest); void Set_RtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); /** RtsLogResponse **/ static RtsConnection_2 CreateRtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); const Anki::Vector::ExternalComms::RtsLogResponse& Get_RtsLogResponse() const; void Set_RtsLogResponse(const Anki::Vector::ExternalComms::RtsLogResponse& new_RtsLogResponse); void Set_RtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); /** RtsFileDownload **/ static RtsConnection_2 CreateRtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); explicit RtsConnection_2(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); const Anki::Vector::ExternalComms::RtsFileDownload& Get_RtsFileDownload() const; void Set_RtsFileDownload(const Anki::Vector::ExternalComms::RtsFileDownload& new_RtsFileDownload); void Set_RtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; size_t Size() const; bool operator==(const RtsConnection_2& other) const; bool operator!=(const RtsConnection_2& other) const; private: void ClearCurrent(); Tag _tag; union { Anki::Vector::ExternalComms::Error _Error; Anki::Vector::ExternalComms::RtsConnRequest _RtsConnRequest; Anki::Vector::ExternalComms::RtsConnResponse _RtsConnResponse; Anki::Vector::ExternalComms::RtsNonceMessage _RtsNonceMessage; Anki::Vector::ExternalComms::RtsChallengeMessage _RtsChallengeMessage; Anki::Vector::ExternalComms::RtsChallengeSuccessMessage _RtsChallengeSuccessMessage; Anki::Vector::ExternalComms::RtsWifiConnectRequest _RtsWifiConnectRequest; Anki::Vector::ExternalComms::RtsWifiConnectResponse _RtsWifiConnectResponse; Anki::Vector::ExternalComms::RtsWifiIpRequest _RtsWifiIpRequest; Anki::Vector::ExternalComms::RtsWifiIpResponse _RtsWifiIpResponse; Anki::Vector::ExternalComms::RtsStatusRequest _RtsStatusRequest; Anki::Vector::ExternalComms::RtsStatusResponse_2 _RtsStatusResponse_2; Anki::Vector::ExternalComms::RtsWifiScanRequest _RtsWifiScanRequest; Anki::Vector::ExternalComms::RtsWifiScanResponse_2 _RtsWifiScanResponse_2; Anki::Vector::ExternalComms::RtsOtaUpdateRequest _RtsOtaUpdateRequest; Anki::Vector::ExternalComms::RtsOtaUpdateResponse _RtsOtaUpdateResponse; Anki::Vector::ExternalComms::RtsCancelPairing _RtsCancelPairing; Anki::Vector::ExternalComms::RtsForceDisconnect _RtsForceDisconnect; Anki::Vector::ExternalComms::RtsAck _RtsAck; Anki::Vector::ExternalComms::RtsWifiAccessPointRequest _RtsWifiAccessPointRequest; Anki::Vector::ExternalComms::RtsWifiAccessPointResponse _RtsWifiAccessPointResponse; Anki::Vector::ExternalComms::RtsSshRequest _RtsSshRequest; Anki::Vector::ExternalComms::RtsSshResponse _RtsSshResponse; Anki::Vector::ExternalComms::RtsOtaCancelRequest _RtsOtaCancelRequest; Anki::Vector::ExternalComms::RtsLogRequest _RtsLogRequest; Anki::Vector::ExternalComms::RtsLogResponse _RtsLogResponse; Anki::Vector::ExternalComms::RtsFileDownload _RtsFileDownload; }; }; extern const char* RtsConnection_2VersionHashStr; extern const uint8_t RtsConnection_2VersionHash[16]; // "Lookup Tables" for getting type by tag using template specializations template struct RtsConnection_3_TagToType; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::Error; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsConnRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsConnResponse; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsNonceMessage; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeMessage; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeSuccessMessage; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectResponse_3; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpResponse; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusResponse_3; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanResponse_3; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateResponse; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsCancelPairing; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsForceDisconnect; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsAck; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointResponse; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsSshRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsSshResponse; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaCancelRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsLogRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsLogResponse; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsFileDownload; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiForgetRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiForgetResponse; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsCloudSessionRequest; }; template<> struct RtsConnection_3_TagToType { using type = Anki::Vector::ExternalComms::RtsCloudSessionResponse; }; // UNION RtsConnection_3 class RtsConnection_3 { public: using Tag = RtsConnection_3Tag; /**** Constructors ****/ RtsConnection_3() :_tag(Tag::INVALID) { } explicit RtsConnection_3(const CLAD::SafeMessageBuffer& buff); explicit RtsConnection_3(const uint8_t* buffer, size_t length); RtsConnection_3(const RtsConnection_3& other); RtsConnection_3(RtsConnection_3&& other) noexcept; RtsConnection_3& operator=(const RtsConnection_3& other); RtsConnection_3& operator=(RtsConnection_3&& other) noexcept; ~RtsConnection_3() { ClearCurrent(); } Tag GetTag() const { return _tag; } // Templated getter for union members by type // NOTE: Always returns a reference, even for trivial types, unlike untemplated version template const typename RtsConnection_3_TagToType::type & Get_() const; // Templated creator for making a union object out of one if its members template static RtsConnection_3 Create_(typename RtsConnection_3_TagToType::type member); /** Error **/ static RtsConnection_3 CreateError(Anki::Vector::ExternalComms::Error&& new_Error); explicit RtsConnection_3(Anki::Vector::ExternalComms::Error&& new_Error); const Anki::Vector::ExternalComms::Error& Get_Error() const; void Set_Error(const Anki::Vector::ExternalComms::Error& new_Error); void Set_Error(Anki::Vector::ExternalComms::Error&& new_Error); /** RtsConnRequest **/ static RtsConnection_3 CreateRtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); const Anki::Vector::ExternalComms::RtsConnRequest& Get_RtsConnRequest() const; void Set_RtsConnRequest(const Anki::Vector::ExternalComms::RtsConnRequest& new_RtsConnRequest); void Set_RtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); /** RtsConnResponse **/ static RtsConnection_3 CreateRtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); const Anki::Vector::ExternalComms::RtsConnResponse& Get_RtsConnResponse() const; void Set_RtsConnResponse(const Anki::Vector::ExternalComms::RtsConnResponse& new_RtsConnResponse); void Set_RtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); /** RtsNonceMessage **/ static RtsConnection_3 CreateRtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); const Anki::Vector::ExternalComms::RtsNonceMessage& Get_RtsNonceMessage() const; void Set_RtsNonceMessage(const Anki::Vector::ExternalComms::RtsNonceMessage& new_RtsNonceMessage); void Set_RtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); /** RtsChallengeMessage **/ static RtsConnection_3 CreateRtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); const Anki::Vector::ExternalComms::RtsChallengeMessage& Get_RtsChallengeMessage() const; void Set_RtsChallengeMessage(const Anki::Vector::ExternalComms::RtsChallengeMessage& new_RtsChallengeMessage); void Set_RtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); /** RtsChallengeSuccessMessage **/ static RtsConnection_3 CreateRtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& Get_RtsChallengeSuccessMessage() const; void Set_RtsChallengeSuccessMessage(const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& new_RtsChallengeSuccessMessage); void Set_RtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); /** RtsWifiConnectRequest **/ static RtsConnection_3 CreateRtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); const Anki::Vector::ExternalComms::RtsWifiConnectRequest& Get_RtsWifiConnectRequest() const; void Set_RtsWifiConnectRequest(const Anki::Vector::ExternalComms::RtsWifiConnectRequest& new_RtsWifiConnectRequest); void Set_RtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); /** RtsWifiConnectResponse_3 **/ static RtsConnection_3 CreateRtsWifiConnectResponse_3(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); const Anki::Vector::ExternalComms::RtsWifiConnectResponse_3& Get_RtsWifiConnectResponse_3() const; void Set_RtsWifiConnectResponse_3(const Anki::Vector::ExternalComms::RtsWifiConnectResponse_3& new_RtsWifiConnectResponse_3); void Set_RtsWifiConnectResponse_3(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); /** RtsWifiIpRequest **/ static RtsConnection_3 CreateRtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); const Anki::Vector::ExternalComms::RtsWifiIpRequest& Get_RtsWifiIpRequest() const; void Set_RtsWifiIpRequest(const Anki::Vector::ExternalComms::RtsWifiIpRequest& new_RtsWifiIpRequest); void Set_RtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); /** RtsWifiIpResponse **/ static RtsConnection_3 CreateRtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); const Anki::Vector::ExternalComms::RtsWifiIpResponse& Get_RtsWifiIpResponse() const; void Set_RtsWifiIpResponse(const Anki::Vector::ExternalComms::RtsWifiIpResponse& new_RtsWifiIpResponse); void Set_RtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); /** RtsStatusRequest **/ static RtsConnection_3 CreateRtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); const Anki::Vector::ExternalComms::RtsStatusRequest& Get_RtsStatusRequest() const; void Set_RtsStatusRequest(const Anki::Vector::ExternalComms::RtsStatusRequest& new_RtsStatusRequest); void Set_RtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); /** RtsStatusResponse_3 **/ static RtsConnection_3 CreateRtsStatusResponse_3(Anki::Vector::ExternalComms::RtsStatusResponse_3&& new_RtsStatusResponse_3); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsStatusResponse_3&& new_RtsStatusResponse_3); const Anki::Vector::ExternalComms::RtsStatusResponse_3& Get_RtsStatusResponse_3() const; void Set_RtsStatusResponse_3(const Anki::Vector::ExternalComms::RtsStatusResponse_3& new_RtsStatusResponse_3); void Set_RtsStatusResponse_3(Anki::Vector::ExternalComms::RtsStatusResponse_3&& new_RtsStatusResponse_3); /** RtsWifiScanRequest **/ static RtsConnection_3 CreateRtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); const Anki::Vector::ExternalComms::RtsWifiScanRequest& Get_RtsWifiScanRequest() const; void Set_RtsWifiScanRequest(const Anki::Vector::ExternalComms::RtsWifiScanRequest& new_RtsWifiScanRequest); void Set_RtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); /** RtsWifiScanResponse_3 **/ static RtsConnection_3 CreateRtsWifiScanResponse_3(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); const Anki::Vector::ExternalComms::RtsWifiScanResponse_3& Get_RtsWifiScanResponse_3() const; void Set_RtsWifiScanResponse_3(const Anki::Vector::ExternalComms::RtsWifiScanResponse_3& new_RtsWifiScanResponse_3); void Set_RtsWifiScanResponse_3(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); /** RtsOtaUpdateRequest **/ static RtsConnection_3 CreateRtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& Get_RtsOtaUpdateRequest() const; void Set_RtsOtaUpdateRequest(const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& new_RtsOtaUpdateRequest); void Set_RtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); /** RtsOtaUpdateResponse **/ static RtsConnection_3 CreateRtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& Get_RtsOtaUpdateResponse() const; void Set_RtsOtaUpdateResponse(const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& new_RtsOtaUpdateResponse); void Set_RtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); /** RtsCancelPairing **/ static RtsConnection_3 CreateRtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); const Anki::Vector::ExternalComms::RtsCancelPairing& Get_RtsCancelPairing() const; void Set_RtsCancelPairing(const Anki::Vector::ExternalComms::RtsCancelPairing& new_RtsCancelPairing); void Set_RtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); /** RtsForceDisconnect **/ static RtsConnection_3 CreateRtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); const Anki::Vector::ExternalComms::RtsForceDisconnect& Get_RtsForceDisconnect() const; void Set_RtsForceDisconnect(const Anki::Vector::ExternalComms::RtsForceDisconnect& new_RtsForceDisconnect); void Set_RtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); /** RtsAck **/ static RtsConnection_3 CreateRtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); const Anki::Vector::ExternalComms::RtsAck& Get_RtsAck() const; void Set_RtsAck(const Anki::Vector::ExternalComms::RtsAck& new_RtsAck); void Set_RtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); /** RtsWifiAccessPointRequest **/ static RtsConnection_3 CreateRtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& Get_RtsWifiAccessPointRequest() const; void Set_RtsWifiAccessPointRequest(const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& new_RtsWifiAccessPointRequest); void Set_RtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); /** RtsWifiAccessPointResponse **/ static RtsConnection_3 CreateRtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& Get_RtsWifiAccessPointResponse() const; void Set_RtsWifiAccessPointResponse(const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& new_RtsWifiAccessPointResponse); void Set_RtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); /** RtsSshRequest **/ static RtsConnection_3 CreateRtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); const Anki::Vector::ExternalComms::RtsSshRequest& Get_RtsSshRequest() const; void Set_RtsSshRequest(const Anki::Vector::ExternalComms::RtsSshRequest& new_RtsSshRequest); void Set_RtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); /** RtsSshResponse **/ static RtsConnection_3 CreateRtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); const Anki::Vector::ExternalComms::RtsSshResponse& Get_RtsSshResponse() const; void Set_RtsSshResponse(const Anki::Vector::ExternalComms::RtsSshResponse& new_RtsSshResponse); void Set_RtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); /** RtsOtaCancelRequest **/ static RtsConnection_3 CreateRtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); const Anki::Vector::ExternalComms::RtsOtaCancelRequest& Get_RtsOtaCancelRequest() const; void Set_RtsOtaCancelRequest(const Anki::Vector::ExternalComms::RtsOtaCancelRequest& new_RtsOtaCancelRequest); void Set_RtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); /** RtsLogRequest **/ static RtsConnection_3 CreateRtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); const Anki::Vector::ExternalComms::RtsLogRequest& Get_RtsLogRequest() const; void Set_RtsLogRequest(const Anki::Vector::ExternalComms::RtsLogRequest& new_RtsLogRequest); void Set_RtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); /** RtsLogResponse **/ static RtsConnection_3 CreateRtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); const Anki::Vector::ExternalComms::RtsLogResponse& Get_RtsLogResponse() const; void Set_RtsLogResponse(const Anki::Vector::ExternalComms::RtsLogResponse& new_RtsLogResponse); void Set_RtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); /** RtsFileDownload **/ static RtsConnection_3 CreateRtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); const Anki::Vector::ExternalComms::RtsFileDownload& Get_RtsFileDownload() const; void Set_RtsFileDownload(const Anki::Vector::ExternalComms::RtsFileDownload& new_RtsFileDownload); void Set_RtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); /** RtsWifiForgetRequest **/ static RtsConnection_3 CreateRtsWifiForgetRequest(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); const Anki::Vector::ExternalComms::RtsWifiForgetRequest& Get_RtsWifiForgetRequest() const; void Set_RtsWifiForgetRequest(const Anki::Vector::ExternalComms::RtsWifiForgetRequest& new_RtsWifiForgetRequest); void Set_RtsWifiForgetRequest(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); /** RtsWifiForgetResponse **/ static RtsConnection_3 CreateRtsWifiForgetResponse(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); const Anki::Vector::ExternalComms::RtsWifiForgetResponse& Get_RtsWifiForgetResponse() const; void Set_RtsWifiForgetResponse(const Anki::Vector::ExternalComms::RtsWifiForgetResponse& new_RtsWifiForgetResponse); void Set_RtsWifiForgetResponse(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); /** RtsCloudSessionRequest **/ static RtsConnection_3 CreateRtsCloudSessionRequest(Anki::Vector::ExternalComms::RtsCloudSessionRequest&& new_RtsCloudSessionRequest); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsCloudSessionRequest&& new_RtsCloudSessionRequest); const Anki::Vector::ExternalComms::RtsCloudSessionRequest& Get_RtsCloudSessionRequest() const; void Set_RtsCloudSessionRequest(const Anki::Vector::ExternalComms::RtsCloudSessionRequest& new_RtsCloudSessionRequest); void Set_RtsCloudSessionRequest(Anki::Vector::ExternalComms::RtsCloudSessionRequest&& new_RtsCloudSessionRequest); /** RtsCloudSessionResponse **/ static RtsConnection_3 CreateRtsCloudSessionResponse(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); explicit RtsConnection_3(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); const Anki::Vector::ExternalComms::RtsCloudSessionResponse& Get_RtsCloudSessionResponse() const; void Set_RtsCloudSessionResponse(const Anki::Vector::ExternalComms::RtsCloudSessionResponse& new_RtsCloudSessionResponse); void Set_RtsCloudSessionResponse(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; size_t Size() const; bool operator==(const RtsConnection_3& other) const; bool operator!=(const RtsConnection_3& other) const; private: void ClearCurrent(); Tag _tag; union { Anki::Vector::ExternalComms::Error _Error; Anki::Vector::ExternalComms::RtsConnRequest _RtsConnRequest; Anki::Vector::ExternalComms::RtsConnResponse _RtsConnResponse; Anki::Vector::ExternalComms::RtsNonceMessage _RtsNonceMessage; Anki::Vector::ExternalComms::RtsChallengeMessage _RtsChallengeMessage; Anki::Vector::ExternalComms::RtsChallengeSuccessMessage _RtsChallengeSuccessMessage; Anki::Vector::ExternalComms::RtsWifiConnectRequest _RtsWifiConnectRequest; Anki::Vector::ExternalComms::RtsWifiConnectResponse_3 _RtsWifiConnectResponse_3; Anki::Vector::ExternalComms::RtsWifiIpRequest _RtsWifiIpRequest; Anki::Vector::ExternalComms::RtsWifiIpResponse _RtsWifiIpResponse; Anki::Vector::ExternalComms::RtsStatusRequest _RtsStatusRequest; Anki::Vector::ExternalComms::RtsStatusResponse_3 _RtsStatusResponse_3; Anki::Vector::ExternalComms::RtsWifiScanRequest _RtsWifiScanRequest; Anki::Vector::ExternalComms::RtsWifiScanResponse_3 _RtsWifiScanResponse_3; Anki::Vector::ExternalComms::RtsOtaUpdateRequest _RtsOtaUpdateRequest; Anki::Vector::ExternalComms::RtsOtaUpdateResponse _RtsOtaUpdateResponse; Anki::Vector::ExternalComms::RtsCancelPairing _RtsCancelPairing; Anki::Vector::ExternalComms::RtsForceDisconnect _RtsForceDisconnect; Anki::Vector::ExternalComms::RtsAck _RtsAck; Anki::Vector::ExternalComms::RtsWifiAccessPointRequest _RtsWifiAccessPointRequest; Anki::Vector::ExternalComms::RtsWifiAccessPointResponse _RtsWifiAccessPointResponse; Anki::Vector::ExternalComms::RtsSshRequest _RtsSshRequest; Anki::Vector::ExternalComms::RtsSshResponse _RtsSshResponse; Anki::Vector::ExternalComms::RtsOtaCancelRequest _RtsOtaCancelRequest; Anki::Vector::ExternalComms::RtsLogRequest _RtsLogRequest; Anki::Vector::ExternalComms::RtsLogResponse _RtsLogResponse; Anki::Vector::ExternalComms::RtsFileDownload _RtsFileDownload; Anki::Vector::ExternalComms::RtsWifiForgetRequest _RtsWifiForgetRequest; Anki::Vector::ExternalComms::RtsWifiForgetResponse _RtsWifiForgetResponse; Anki::Vector::ExternalComms::RtsCloudSessionRequest _RtsCloudSessionRequest; Anki::Vector::ExternalComms::RtsCloudSessionResponse _RtsCloudSessionResponse; }; }; extern const char* RtsConnection_3VersionHashStr; extern const uint8_t RtsConnection_3VersionHash[16]; // "Lookup Tables" for getting type by tag using template specializations template struct RtsConnection_4_TagToType; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::Error; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsConnRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsConnResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsNonceMessage; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeMessage; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeSuccessMessage; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectResponse_3; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusResponse_4; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanResponse_3; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsCancelPairing; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsForceDisconnect; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsAck; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsSshRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsSshResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaCancelRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsLogRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsLogResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsFileDownload; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiForgetRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiForgetResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsCloudSessionRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsCloudSessionResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsAppConnectionIdRequest; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsAppConnectionIdResponse; }; template<> struct RtsConnection_4_TagToType { using type = Anki::Vector::ExternalComms::RtsResponse; }; // UNION RtsConnection_4 class RtsConnection_4 { public: using Tag = RtsConnection_4Tag; /**** Constructors ****/ RtsConnection_4() :_tag(Tag::INVALID) { } explicit RtsConnection_4(const CLAD::SafeMessageBuffer& buff); explicit RtsConnection_4(const uint8_t* buffer, size_t length); RtsConnection_4(const RtsConnection_4& other); RtsConnection_4(RtsConnection_4&& other) noexcept; RtsConnection_4& operator=(const RtsConnection_4& other); RtsConnection_4& operator=(RtsConnection_4&& other) noexcept; ~RtsConnection_4() { ClearCurrent(); } Tag GetTag() const { return _tag; } // Templated getter for union members by type // NOTE: Always returns a reference, even for trivial types, unlike untemplated version template const typename RtsConnection_4_TagToType::type & Get_() const; // Templated creator for making a union object out of one if its members template static RtsConnection_4 Create_(typename RtsConnection_4_TagToType::type member); /** Error **/ static RtsConnection_4 CreateError(Anki::Vector::ExternalComms::Error&& new_Error); explicit RtsConnection_4(Anki::Vector::ExternalComms::Error&& new_Error); const Anki::Vector::ExternalComms::Error& Get_Error() const; void Set_Error(const Anki::Vector::ExternalComms::Error& new_Error); void Set_Error(Anki::Vector::ExternalComms::Error&& new_Error); /** RtsConnRequest **/ static RtsConnection_4 CreateRtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); const Anki::Vector::ExternalComms::RtsConnRequest& Get_RtsConnRequest() const; void Set_RtsConnRequest(const Anki::Vector::ExternalComms::RtsConnRequest& new_RtsConnRequest); void Set_RtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); /** RtsConnResponse **/ static RtsConnection_4 CreateRtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); const Anki::Vector::ExternalComms::RtsConnResponse& Get_RtsConnResponse() const; void Set_RtsConnResponse(const Anki::Vector::ExternalComms::RtsConnResponse& new_RtsConnResponse); void Set_RtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); /** RtsNonceMessage **/ static RtsConnection_4 CreateRtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); const Anki::Vector::ExternalComms::RtsNonceMessage& Get_RtsNonceMessage() const; void Set_RtsNonceMessage(const Anki::Vector::ExternalComms::RtsNonceMessage& new_RtsNonceMessage); void Set_RtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); /** RtsChallengeMessage **/ static RtsConnection_4 CreateRtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); const Anki::Vector::ExternalComms::RtsChallengeMessage& Get_RtsChallengeMessage() const; void Set_RtsChallengeMessage(const Anki::Vector::ExternalComms::RtsChallengeMessage& new_RtsChallengeMessage); void Set_RtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); /** RtsChallengeSuccessMessage **/ static RtsConnection_4 CreateRtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& Get_RtsChallengeSuccessMessage() const; void Set_RtsChallengeSuccessMessage(const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& new_RtsChallengeSuccessMessage); void Set_RtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); /** RtsWifiConnectRequest **/ static RtsConnection_4 CreateRtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); const Anki::Vector::ExternalComms::RtsWifiConnectRequest& Get_RtsWifiConnectRequest() const; void Set_RtsWifiConnectRequest(const Anki::Vector::ExternalComms::RtsWifiConnectRequest& new_RtsWifiConnectRequest); void Set_RtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); /** RtsWifiConnectResponse_3 **/ static RtsConnection_4 CreateRtsWifiConnectResponse_3(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); const Anki::Vector::ExternalComms::RtsWifiConnectResponse_3& Get_RtsWifiConnectResponse_3() const; void Set_RtsWifiConnectResponse_3(const Anki::Vector::ExternalComms::RtsWifiConnectResponse_3& new_RtsWifiConnectResponse_3); void Set_RtsWifiConnectResponse_3(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); /** RtsWifiIpRequest **/ static RtsConnection_4 CreateRtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); const Anki::Vector::ExternalComms::RtsWifiIpRequest& Get_RtsWifiIpRequest() const; void Set_RtsWifiIpRequest(const Anki::Vector::ExternalComms::RtsWifiIpRequest& new_RtsWifiIpRequest); void Set_RtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); /** RtsWifiIpResponse **/ static RtsConnection_4 CreateRtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); const Anki::Vector::ExternalComms::RtsWifiIpResponse& Get_RtsWifiIpResponse() const; void Set_RtsWifiIpResponse(const Anki::Vector::ExternalComms::RtsWifiIpResponse& new_RtsWifiIpResponse); void Set_RtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); /** RtsStatusRequest **/ static RtsConnection_4 CreateRtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); const Anki::Vector::ExternalComms::RtsStatusRequest& Get_RtsStatusRequest() const; void Set_RtsStatusRequest(const Anki::Vector::ExternalComms::RtsStatusRequest& new_RtsStatusRequest); void Set_RtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); /** RtsStatusResponse_4 **/ static RtsConnection_4 CreateRtsStatusResponse_4(Anki::Vector::ExternalComms::RtsStatusResponse_4&& new_RtsStatusResponse_4); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsStatusResponse_4&& new_RtsStatusResponse_4); const Anki::Vector::ExternalComms::RtsStatusResponse_4& Get_RtsStatusResponse_4() const; void Set_RtsStatusResponse_4(const Anki::Vector::ExternalComms::RtsStatusResponse_4& new_RtsStatusResponse_4); void Set_RtsStatusResponse_4(Anki::Vector::ExternalComms::RtsStatusResponse_4&& new_RtsStatusResponse_4); /** RtsWifiScanRequest **/ static RtsConnection_4 CreateRtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); const Anki::Vector::ExternalComms::RtsWifiScanRequest& Get_RtsWifiScanRequest() const; void Set_RtsWifiScanRequest(const Anki::Vector::ExternalComms::RtsWifiScanRequest& new_RtsWifiScanRequest); void Set_RtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); /** RtsWifiScanResponse_3 **/ static RtsConnection_4 CreateRtsWifiScanResponse_3(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); const Anki::Vector::ExternalComms::RtsWifiScanResponse_3& Get_RtsWifiScanResponse_3() const; void Set_RtsWifiScanResponse_3(const Anki::Vector::ExternalComms::RtsWifiScanResponse_3& new_RtsWifiScanResponse_3); void Set_RtsWifiScanResponse_3(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); /** RtsOtaUpdateRequest **/ static RtsConnection_4 CreateRtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& Get_RtsOtaUpdateRequest() const; void Set_RtsOtaUpdateRequest(const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& new_RtsOtaUpdateRequest); void Set_RtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); /** RtsOtaUpdateResponse **/ static RtsConnection_4 CreateRtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& Get_RtsOtaUpdateResponse() const; void Set_RtsOtaUpdateResponse(const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& new_RtsOtaUpdateResponse); void Set_RtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); /** RtsCancelPairing **/ static RtsConnection_4 CreateRtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); const Anki::Vector::ExternalComms::RtsCancelPairing& Get_RtsCancelPairing() const; void Set_RtsCancelPairing(const Anki::Vector::ExternalComms::RtsCancelPairing& new_RtsCancelPairing); void Set_RtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); /** RtsForceDisconnect **/ static RtsConnection_4 CreateRtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); const Anki::Vector::ExternalComms::RtsForceDisconnect& Get_RtsForceDisconnect() const; void Set_RtsForceDisconnect(const Anki::Vector::ExternalComms::RtsForceDisconnect& new_RtsForceDisconnect); void Set_RtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); /** RtsAck **/ static RtsConnection_4 CreateRtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); const Anki::Vector::ExternalComms::RtsAck& Get_RtsAck() const; void Set_RtsAck(const Anki::Vector::ExternalComms::RtsAck& new_RtsAck); void Set_RtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); /** RtsWifiAccessPointRequest **/ static RtsConnection_4 CreateRtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& Get_RtsWifiAccessPointRequest() const; void Set_RtsWifiAccessPointRequest(const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& new_RtsWifiAccessPointRequest); void Set_RtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); /** RtsWifiAccessPointResponse **/ static RtsConnection_4 CreateRtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& Get_RtsWifiAccessPointResponse() const; void Set_RtsWifiAccessPointResponse(const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& new_RtsWifiAccessPointResponse); void Set_RtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); /** RtsSshRequest **/ static RtsConnection_4 CreateRtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); const Anki::Vector::ExternalComms::RtsSshRequest& Get_RtsSshRequest() const; void Set_RtsSshRequest(const Anki::Vector::ExternalComms::RtsSshRequest& new_RtsSshRequest); void Set_RtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); /** RtsSshResponse **/ static RtsConnection_4 CreateRtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); const Anki::Vector::ExternalComms::RtsSshResponse& Get_RtsSshResponse() const; void Set_RtsSshResponse(const Anki::Vector::ExternalComms::RtsSshResponse& new_RtsSshResponse); void Set_RtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); /** RtsOtaCancelRequest **/ static RtsConnection_4 CreateRtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); const Anki::Vector::ExternalComms::RtsOtaCancelRequest& Get_RtsOtaCancelRequest() const; void Set_RtsOtaCancelRequest(const Anki::Vector::ExternalComms::RtsOtaCancelRequest& new_RtsOtaCancelRequest); void Set_RtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); /** RtsLogRequest **/ static RtsConnection_4 CreateRtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); const Anki::Vector::ExternalComms::RtsLogRequest& Get_RtsLogRequest() const; void Set_RtsLogRequest(const Anki::Vector::ExternalComms::RtsLogRequest& new_RtsLogRequest); void Set_RtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); /** RtsLogResponse **/ static RtsConnection_4 CreateRtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); const Anki::Vector::ExternalComms::RtsLogResponse& Get_RtsLogResponse() const; void Set_RtsLogResponse(const Anki::Vector::ExternalComms::RtsLogResponse& new_RtsLogResponse); void Set_RtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); /** RtsFileDownload **/ static RtsConnection_4 CreateRtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); const Anki::Vector::ExternalComms::RtsFileDownload& Get_RtsFileDownload() const; void Set_RtsFileDownload(const Anki::Vector::ExternalComms::RtsFileDownload& new_RtsFileDownload); void Set_RtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); /** RtsWifiForgetRequest **/ static RtsConnection_4 CreateRtsWifiForgetRequest(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); const Anki::Vector::ExternalComms::RtsWifiForgetRequest& Get_RtsWifiForgetRequest() const; void Set_RtsWifiForgetRequest(const Anki::Vector::ExternalComms::RtsWifiForgetRequest& new_RtsWifiForgetRequest); void Set_RtsWifiForgetRequest(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); /** RtsWifiForgetResponse **/ static RtsConnection_4 CreateRtsWifiForgetResponse(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); const Anki::Vector::ExternalComms::RtsWifiForgetResponse& Get_RtsWifiForgetResponse() const; void Set_RtsWifiForgetResponse(const Anki::Vector::ExternalComms::RtsWifiForgetResponse& new_RtsWifiForgetResponse); void Set_RtsWifiForgetResponse(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); /** RtsCloudSessionRequest **/ static RtsConnection_4 CreateRtsCloudSessionRequest(Anki::Vector::ExternalComms::RtsCloudSessionRequest&& new_RtsCloudSessionRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsCloudSessionRequest&& new_RtsCloudSessionRequest); const Anki::Vector::ExternalComms::RtsCloudSessionRequest& Get_RtsCloudSessionRequest() const; void Set_RtsCloudSessionRequest(const Anki::Vector::ExternalComms::RtsCloudSessionRequest& new_RtsCloudSessionRequest); void Set_RtsCloudSessionRequest(Anki::Vector::ExternalComms::RtsCloudSessionRequest&& new_RtsCloudSessionRequest); /** RtsCloudSessionResponse **/ static RtsConnection_4 CreateRtsCloudSessionResponse(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); const Anki::Vector::ExternalComms::RtsCloudSessionResponse& Get_RtsCloudSessionResponse() const; void Set_RtsCloudSessionResponse(const Anki::Vector::ExternalComms::RtsCloudSessionResponse& new_RtsCloudSessionResponse); void Set_RtsCloudSessionResponse(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); /** RtsAppConnectionIdRequest **/ static RtsConnection_4 CreateRtsAppConnectionIdRequest(Anki::Vector::ExternalComms::RtsAppConnectionIdRequest&& new_RtsAppConnectionIdRequest); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsAppConnectionIdRequest&& new_RtsAppConnectionIdRequest); const Anki::Vector::ExternalComms::RtsAppConnectionIdRequest& Get_RtsAppConnectionIdRequest() const; void Set_RtsAppConnectionIdRequest(const Anki::Vector::ExternalComms::RtsAppConnectionIdRequest& new_RtsAppConnectionIdRequest); void Set_RtsAppConnectionIdRequest(Anki::Vector::ExternalComms::RtsAppConnectionIdRequest&& new_RtsAppConnectionIdRequest); /** RtsAppConnectionIdResponse **/ static RtsConnection_4 CreateRtsAppConnectionIdResponse(Anki::Vector::ExternalComms::RtsAppConnectionIdResponse&& new_RtsAppConnectionIdResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsAppConnectionIdResponse&& new_RtsAppConnectionIdResponse); const Anki::Vector::ExternalComms::RtsAppConnectionIdResponse& Get_RtsAppConnectionIdResponse() const; void Set_RtsAppConnectionIdResponse(const Anki::Vector::ExternalComms::RtsAppConnectionIdResponse& new_RtsAppConnectionIdResponse); void Set_RtsAppConnectionIdResponse(Anki::Vector::ExternalComms::RtsAppConnectionIdResponse&& new_RtsAppConnectionIdResponse); /** RtsResponse **/ static RtsConnection_4 CreateRtsResponse(Anki::Vector::ExternalComms::RtsResponse&& new_RtsResponse); explicit RtsConnection_4(Anki::Vector::ExternalComms::RtsResponse&& new_RtsResponse); const Anki::Vector::ExternalComms::RtsResponse& Get_RtsResponse() const; void Set_RtsResponse(const Anki::Vector::ExternalComms::RtsResponse& new_RtsResponse); void Set_RtsResponse(Anki::Vector::ExternalComms::RtsResponse&& new_RtsResponse); size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; size_t Size() const; bool operator==(const RtsConnection_4& other) const; bool operator!=(const RtsConnection_4& other) const; private: void ClearCurrent(); Tag _tag; union { Anki::Vector::ExternalComms::Error _Error; Anki::Vector::ExternalComms::RtsConnRequest _RtsConnRequest; Anki::Vector::ExternalComms::RtsConnResponse _RtsConnResponse; Anki::Vector::ExternalComms::RtsNonceMessage _RtsNonceMessage; Anki::Vector::ExternalComms::RtsChallengeMessage _RtsChallengeMessage; Anki::Vector::ExternalComms::RtsChallengeSuccessMessage _RtsChallengeSuccessMessage; Anki::Vector::ExternalComms::RtsWifiConnectRequest _RtsWifiConnectRequest; Anki::Vector::ExternalComms::RtsWifiConnectResponse_3 _RtsWifiConnectResponse_3; Anki::Vector::ExternalComms::RtsWifiIpRequest _RtsWifiIpRequest; Anki::Vector::ExternalComms::RtsWifiIpResponse _RtsWifiIpResponse; Anki::Vector::ExternalComms::RtsStatusRequest _RtsStatusRequest; Anki::Vector::ExternalComms::RtsStatusResponse_4 _RtsStatusResponse_4; Anki::Vector::ExternalComms::RtsWifiScanRequest _RtsWifiScanRequest; Anki::Vector::ExternalComms::RtsWifiScanResponse_3 _RtsWifiScanResponse_3; Anki::Vector::ExternalComms::RtsOtaUpdateRequest _RtsOtaUpdateRequest; Anki::Vector::ExternalComms::RtsOtaUpdateResponse _RtsOtaUpdateResponse; Anki::Vector::ExternalComms::RtsCancelPairing _RtsCancelPairing; Anki::Vector::ExternalComms::RtsForceDisconnect _RtsForceDisconnect; Anki::Vector::ExternalComms::RtsAck _RtsAck; Anki::Vector::ExternalComms::RtsWifiAccessPointRequest _RtsWifiAccessPointRequest; Anki::Vector::ExternalComms::RtsWifiAccessPointResponse _RtsWifiAccessPointResponse; Anki::Vector::ExternalComms::RtsSshRequest _RtsSshRequest; Anki::Vector::ExternalComms::RtsSshResponse _RtsSshResponse; Anki::Vector::ExternalComms::RtsOtaCancelRequest _RtsOtaCancelRequest; Anki::Vector::ExternalComms::RtsLogRequest _RtsLogRequest; Anki::Vector::ExternalComms::RtsLogResponse _RtsLogResponse; Anki::Vector::ExternalComms::RtsFileDownload _RtsFileDownload; Anki::Vector::ExternalComms::RtsWifiForgetRequest _RtsWifiForgetRequest; Anki::Vector::ExternalComms::RtsWifiForgetResponse _RtsWifiForgetResponse; Anki::Vector::ExternalComms::RtsCloudSessionRequest _RtsCloudSessionRequest; Anki::Vector::ExternalComms::RtsCloudSessionResponse _RtsCloudSessionResponse; Anki::Vector::ExternalComms::RtsAppConnectionIdRequest _RtsAppConnectionIdRequest; Anki::Vector::ExternalComms::RtsAppConnectionIdResponse _RtsAppConnectionIdResponse; Anki::Vector::ExternalComms::RtsResponse _RtsResponse; }; }; extern const char* RtsConnection_4VersionHashStr; extern const uint8_t RtsConnection_4VersionHash[16]; // "Lookup Tables" for getting type by tag using template specializations template struct RtsConnection_5_TagToType; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::Error; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsConnRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsConnResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsNonceMessage; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeMessage; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeSuccessMessage; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectResponse_3; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusResponse_5; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanResponse_3; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsCancelPairing; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsForceDisconnect; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsAck; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsSshRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsSshResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaCancelRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsLogRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsLogResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsFileDownload; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiForgetRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiForgetResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsCloudSessionRequest_2; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsCloudSessionResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsAppConnectionIdRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsAppConnectionIdResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsResponse; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsSdkProxyRequest; }; template<> struct RtsConnection_5_TagToType { using type = Anki::Vector::ExternalComms::RtsSdkProxyResponse; }; // UNION RtsConnection_5 class RtsConnection_5 { public: using Tag = RtsConnection_5Tag; /**** Constructors ****/ RtsConnection_5() :_tag(Tag::INVALID) { } explicit RtsConnection_5(const CLAD::SafeMessageBuffer& buff); explicit RtsConnection_5(const uint8_t* buffer, size_t length); RtsConnection_5(const RtsConnection_5& other); RtsConnection_5(RtsConnection_5&& other) noexcept; RtsConnection_5& operator=(const RtsConnection_5& other); RtsConnection_5& operator=(RtsConnection_5&& other) noexcept; ~RtsConnection_5() { ClearCurrent(); } Tag GetTag() const { return _tag; } // Templated getter for union members by type // NOTE: Always returns a reference, even for trivial types, unlike untemplated version template const typename RtsConnection_5_TagToType::type & Get_() const; // Templated creator for making a union object out of one if its members template static RtsConnection_5 Create_(typename RtsConnection_5_TagToType::type member); /** Error **/ static RtsConnection_5 CreateError(Anki::Vector::ExternalComms::Error&& new_Error); explicit RtsConnection_5(Anki::Vector::ExternalComms::Error&& new_Error); const Anki::Vector::ExternalComms::Error& Get_Error() const; void Set_Error(const Anki::Vector::ExternalComms::Error& new_Error); void Set_Error(Anki::Vector::ExternalComms::Error&& new_Error); /** RtsConnRequest **/ static RtsConnection_5 CreateRtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); const Anki::Vector::ExternalComms::RtsConnRequest& Get_RtsConnRequest() const; void Set_RtsConnRequest(const Anki::Vector::ExternalComms::RtsConnRequest& new_RtsConnRequest); void Set_RtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); /** RtsConnResponse **/ static RtsConnection_5 CreateRtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); const Anki::Vector::ExternalComms::RtsConnResponse& Get_RtsConnResponse() const; void Set_RtsConnResponse(const Anki::Vector::ExternalComms::RtsConnResponse& new_RtsConnResponse); void Set_RtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); /** RtsNonceMessage **/ static RtsConnection_5 CreateRtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); const Anki::Vector::ExternalComms::RtsNonceMessage& Get_RtsNonceMessage() const; void Set_RtsNonceMessage(const Anki::Vector::ExternalComms::RtsNonceMessage& new_RtsNonceMessage); void Set_RtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); /** RtsChallengeMessage **/ static RtsConnection_5 CreateRtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); const Anki::Vector::ExternalComms::RtsChallengeMessage& Get_RtsChallengeMessage() const; void Set_RtsChallengeMessage(const Anki::Vector::ExternalComms::RtsChallengeMessage& new_RtsChallengeMessage); void Set_RtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); /** RtsChallengeSuccessMessage **/ static RtsConnection_5 CreateRtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& Get_RtsChallengeSuccessMessage() const; void Set_RtsChallengeSuccessMessage(const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& new_RtsChallengeSuccessMessage); void Set_RtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); /** RtsWifiConnectRequest **/ static RtsConnection_5 CreateRtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); const Anki::Vector::ExternalComms::RtsWifiConnectRequest& Get_RtsWifiConnectRequest() const; void Set_RtsWifiConnectRequest(const Anki::Vector::ExternalComms::RtsWifiConnectRequest& new_RtsWifiConnectRequest); void Set_RtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); /** RtsWifiConnectResponse_3 **/ static RtsConnection_5 CreateRtsWifiConnectResponse_3(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); const Anki::Vector::ExternalComms::RtsWifiConnectResponse_3& Get_RtsWifiConnectResponse_3() const; void Set_RtsWifiConnectResponse_3(const Anki::Vector::ExternalComms::RtsWifiConnectResponse_3& new_RtsWifiConnectResponse_3); void Set_RtsWifiConnectResponse_3(Anki::Vector::ExternalComms::RtsWifiConnectResponse_3&& new_RtsWifiConnectResponse_3); /** RtsWifiIpRequest **/ static RtsConnection_5 CreateRtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); const Anki::Vector::ExternalComms::RtsWifiIpRequest& Get_RtsWifiIpRequest() const; void Set_RtsWifiIpRequest(const Anki::Vector::ExternalComms::RtsWifiIpRequest& new_RtsWifiIpRequest); void Set_RtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); /** RtsWifiIpResponse **/ static RtsConnection_5 CreateRtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); const Anki::Vector::ExternalComms::RtsWifiIpResponse& Get_RtsWifiIpResponse() const; void Set_RtsWifiIpResponse(const Anki::Vector::ExternalComms::RtsWifiIpResponse& new_RtsWifiIpResponse); void Set_RtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); /** RtsStatusRequest **/ static RtsConnection_5 CreateRtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); const Anki::Vector::ExternalComms::RtsStatusRequest& Get_RtsStatusRequest() const; void Set_RtsStatusRequest(const Anki::Vector::ExternalComms::RtsStatusRequest& new_RtsStatusRequest); void Set_RtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); /** RtsStatusResponse_5 **/ static RtsConnection_5 CreateRtsStatusResponse_5(Anki::Vector::ExternalComms::RtsStatusResponse_5&& new_RtsStatusResponse_5); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsStatusResponse_5&& new_RtsStatusResponse_5); const Anki::Vector::ExternalComms::RtsStatusResponse_5& Get_RtsStatusResponse_5() const; void Set_RtsStatusResponse_5(const Anki::Vector::ExternalComms::RtsStatusResponse_5& new_RtsStatusResponse_5); void Set_RtsStatusResponse_5(Anki::Vector::ExternalComms::RtsStatusResponse_5&& new_RtsStatusResponse_5); /** RtsWifiScanRequest **/ static RtsConnection_5 CreateRtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); const Anki::Vector::ExternalComms::RtsWifiScanRequest& Get_RtsWifiScanRequest() const; void Set_RtsWifiScanRequest(const Anki::Vector::ExternalComms::RtsWifiScanRequest& new_RtsWifiScanRequest); void Set_RtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); /** RtsWifiScanResponse_3 **/ static RtsConnection_5 CreateRtsWifiScanResponse_3(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); const Anki::Vector::ExternalComms::RtsWifiScanResponse_3& Get_RtsWifiScanResponse_3() const; void Set_RtsWifiScanResponse_3(const Anki::Vector::ExternalComms::RtsWifiScanResponse_3& new_RtsWifiScanResponse_3); void Set_RtsWifiScanResponse_3(Anki::Vector::ExternalComms::RtsWifiScanResponse_3&& new_RtsWifiScanResponse_3); /** RtsOtaUpdateRequest **/ static RtsConnection_5 CreateRtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& Get_RtsOtaUpdateRequest() const; void Set_RtsOtaUpdateRequest(const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& new_RtsOtaUpdateRequest); void Set_RtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); /** RtsOtaUpdateResponse **/ static RtsConnection_5 CreateRtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& Get_RtsOtaUpdateResponse() const; void Set_RtsOtaUpdateResponse(const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& new_RtsOtaUpdateResponse); void Set_RtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); /** RtsCancelPairing **/ static RtsConnection_5 CreateRtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); const Anki::Vector::ExternalComms::RtsCancelPairing& Get_RtsCancelPairing() const; void Set_RtsCancelPairing(const Anki::Vector::ExternalComms::RtsCancelPairing& new_RtsCancelPairing); void Set_RtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); /** RtsForceDisconnect **/ static RtsConnection_5 CreateRtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); const Anki::Vector::ExternalComms::RtsForceDisconnect& Get_RtsForceDisconnect() const; void Set_RtsForceDisconnect(const Anki::Vector::ExternalComms::RtsForceDisconnect& new_RtsForceDisconnect); void Set_RtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); /** RtsAck **/ static RtsConnection_5 CreateRtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); const Anki::Vector::ExternalComms::RtsAck& Get_RtsAck() const; void Set_RtsAck(const Anki::Vector::ExternalComms::RtsAck& new_RtsAck); void Set_RtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); /** RtsWifiAccessPointRequest **/ static RtsConnection_5 CreateRtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& Get_RtsWifiAccessPointRequest() const; void Set_RtsWifiAccessPointRequest(const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& new_RtsWifiAccessPointRequest); void Set_RtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); /** RtsWifiAccessPointResponse **/ static RtsConnection_5 CreateRtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& Get_RtsWifiAccessPointResponse() const; void Set_RtsWifiAccessPointResponse(const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& new_RtsWifiAccessPointResponse); void Set_RtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); /** RtsSshRequest **/ static RtsConnection_5 CreateRtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); const Anki::Vector::ExternalComms::RtsSshRequest& Get_RtsSshRequest() const; void Set_RtsSshRequest(const Anki::Vector::ExternalComms::RtsSshRequest& new_RtsSshRequest); void Set_RtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); /** RtsSshResponse **/ static RtsConnection_5 CreateRtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); const Anki::Vector::ExternalComms::RtsSshResponse& Get_RtsSshResponse() const; void Set_RtsSshResponse(const Anki::Vector::ExternalComms::RtsSshResponse& new_RtsSshResponse); void Set_RtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); /** RtsOtaCancelRequest **/ static RtsConnection_5 CreateRtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); const Anki::Vector::ExternalComms::RtsOtaCancelRequest& Get_RtsOtaCancelRequest() const; void Set_RtsOtaCancelRequest(const Anki::Vector::ExternalComms::RtsOtaCancelRequest& new_RtsOtaCancelRequest); void Set_RtsOtaCancelRequest(Anki::Vector::ExternalComms::RtsOtaCancelRequest&& new_RtsOtaCancelRequest); /** RtsLogRequest **/ static RtsConnection_5 CreateRtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); const Anki::Vector::ExternalComms::RtsLogRequest& Get_RtsLogRequest() const; void Set_RtsLogRequest(const Anki::Vector::ExternalComms::RtsLogRequest& new_RtsLogRequest); void Set_RtsLogRequest(Anki::Vector::ExternalComms::RtsLogRequest&& new_RtsLogRequest); /** RtsLogResponse **/ static RtsConnection_5 CreateRtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); const Anki::Vector::ExternalComms::RtsLogResponse& Get_RtsLogResponse() const; void Set_RtsLogResponse(const Anki::Vector::ExternalComms::RtsLogResponse& new_RtsLogResponse); void Set_RtsLogResponse(Anki::Vector::ExternalComms::RtsLogResponse&& new_RtsLogResponse); /** RtsFileDownload **/ static RtsConnection_5 CreateRtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); const Anki::Vector::ExternalComms::RtsFileDownload& Get_RtsFileDownload() const; void Set_RtsFileDownload(const Anki::Vector::ExternalComms::RtsFileDownload& new_RtsFileDownload); void Set_RtsFileDownload(Anki::Vector::ExternalComms::RtsFileDownload&& new_RtsFileDownload); /** RtsWifiForgetRequest **/ static RtsConnection_5 CreateRtsWifiForgetRequest(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); const Anki::Vector::ExternalComms::RtsWifiForgetRequest& Get_RtsWifiForgetRequest() const; void Set_RtsWifiForgetRequest(const Anki::Vector::ExternalComms::RtsWifiForgetRequest& new_RtsWifiForgetRequest); void Set_RtsWifiForgetRequest(Anki::Vector::ExternalComms::RtsWifiForgetRequest&& new_RtsWifiForgetRequest); /** RtsWifiForgetResponse **/ static RtsConnection_5 CreateRtsWifiForgetResponse(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); const Anki::Vector::ExternalComms::RtsWifiForgetResponse& Get_RtsWifiForgetResponse() const; void Set_RtsWifiForgetResponse(const Anki::Vector::ExternalComms::RtsWifiForgetResponse& new_RtsWifiForgetResponse); void Set_RtsWifiForgetResponse(Anki::Vector::ExternalComms::RtsWifiForgetResponse&& new_RtsWifiForgetResponse); /** RtsCloudSessionRequest_2 **/ static RtsConnection_5 CreateRtsCloudSessionRequest_2(Anki::Vector::ExternalComms::RtsCloudSessionRequest_2&& new_RtsCloudSessionRequest_2); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsCloudSessionRequest_2&& new_RtsCloudSessionRequest_2); const Anki::Vector::ExternalComms::RtsCloudSessionRequest_2& Get_RtsCloudSessionRequest_2() const; void Set_RtsCloudSessionRequest_2(const Anki::Vector::ExternalComms::RtsCloudSessionRequest_2& new_RtsCloudSessionRequest_2); void Set_RtsCloudSessionRequest_2(Anki::Vector::ExternalComms::RtsCloudSessionRequest_2&& new_RtsCloudSessionRequest_2); /** RtsCloudSessionResponse **/ static RtsConnection_5 CreateRtsCloudSessionResponse(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); const Anki::Vector::ExternalComms::RtsCloudSessionResponse& Get_RtsCloudSessionResponse() const; void Set_RtsCloudSessionResponse(const Anki::Vector::ExternalComms::RtsCloudSessionResponse& new_RtsCloudSessionResponse); void Set_RtsCloudSessionResponse(Anki::Vector::ExternalComms::RtsCloudSessionResponse&& new_RtsCloudSessionResponse); /** RtsAppConnectionIdRequest **/ static RtsConnection_5 CreateRtsAppConnectionIdRequest(Anki::Vector::ExternalComms::RtsAppConnectionIdRequest&& new_RtsAppConnectionIdRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsAppConnectionIdRequest&& new_RtsAppConnectionIdRequest); const Anki::Vector::ExternalComms::RtsAppConnectionIdRequest& Get_RtsAppConnectionIdRequest() const; void Set_RtsAppConnectionIdRequest(const Anki::Vector::ExternalComms::RtsAppConnectionIdRequest& new_RtsAppConnectionIdRequest); void Set_RtsAppConnectionIdRequest(Anki::Vector::ExternalComms::RtsAppConnectionIdRequest&& new_RtsAppConnectionIdRequest); /** RtsAppConnectionIdResponse **/ static RtsConnection_5 CreateRtsAppConnectionIdResponse(Anki::Vector::ExternalComms::RtsAppConnectionIdResponse&& new_RtsAppConnectionIdResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsAppConnectionIdResponse&& new_RtsAppConnectionIdResponse); const Anki::Vector::ExternalComms::RtsAppConnectionIdResponse& Get_RtsAppConnectionIdResponse() const; void Set_RtsAppConnectionIdResponse(const Anki::Vector::ExternalComms::RtsAppConnectionIdResponse& new_RtsAppConnectionIdResponse); void Set_RtsAppConnectionIdResponse(Anki::Vector::ExternalComms::RtsAppConnectionIdResponse&& new_RtsAppConnectionIdResponse); /** RtsResponse **/ static RtsConnection_5 CreateRtsResponse(Anki::Vector::ExternalComms::RtsResponse&& new_RtsResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsResponse&& new_RtsResponse); const Anki::Vector::ExternalComms::RtsResponse& Get_RtsResponse() const; void Set_RtsResponse(const Anki::Vector::ExternalComms::RtsResponse& new_RtsResponse); void Set_RtsResponse(Anki::Vector::ExternalComms::RtsResponse&& new_RtsResponse); /** RtsSdkProxyRequest **/ static RtsConnection_5 CreateRtsSdkProxyRequest(Anki::Vector::ExternalComms::RtsSdkProxyRequest&& new_RtsSdkProxyRequest); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsSdkProxyRequest&& new_RtsSdkProxyRequest); const Anki::Vector::ExternalComms::RtsSdkProxyRequest& Get_RtsSdkProxyRequest() const; void Set_RtsSdkProxyRequest(const Anki::Vector::ExternalComms::RtsSdkProxyRequest& new_RtsSdkProxyRequest); void Set_RtsSdkProxyRequest(Anki::Vector::ExternalComms::RtsSdkProxyRequest&& new_RtsSdkProxyRequest); /** RtsSdkProxyResponse **/ static RtsConnection_5 CreateRtsSdkProxyResponse(Anki::Vector::ExternalComms::RtsSdkProxyResponse&& new_RtsSdkProxyResponse); explicit RtsConnection_5(Anki::Vector::ExternalComms::RtsSdkProxyResponse&& new_RtsSdkProxyResponse); const Anki::Vector::ExternalComms::RtsSdkProxyResponse& Get_RtsSdkProxyResponse() const; void Set_RtsSdkProxyResponse(const Anki::Vector::ExternalComms::RtsSdkProxyResponse& new_RtsSdkProxyResponse); void Set_RtsSdkProxyResponse(Anki::Vector::ExternalComms::RtsSdkProxyResponse&& new_RtsSdkProxyResponse); size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; size_t Size() const; bool operator==(const RtsConnection_5& other) const; bool operator!=(const RtsConnection_5& other) const; private: void ClearCurrent(); Tag _tag; union { Anki::Vector::ExternalComms::Error _Error; Anki::Vector::ExternalComms::RtsConnRequest _RtsConnRequest; Anki::Vector::ExternalComms::RtsConnResponse _RtsConnResponse; Anki::Vector::ExternalComms::RtsNonceMessage _RtsNonceMessage; Anki::Vector::ExternalComms::RtsChallengeMessage _RtsChallengeMessage; Anki::Vector::ExternalComms::RtsChallengeSuccessMessage _RtsChallengeSuccessMessage; Anki::Vector::ExternalComms::RtsWifiConnectRequest _RtsWifiConnectRequest; Anki::Vector::ExternalComms::RtsWifiConnectResponse_3 _RtsWifiConnectResponse_3; Anki::Vector::ExternalComms::RtsWifiIpRequest _RtsWifiIpRequest; Anki::Vector::ExternalComms::RtsWifiIpResponse _RtsWifiIpResponse; Anki::Vector::ExternalComms::RtsStatusRequest _RtsStatusRequest; Anki::Vector::ExternalComms::RtsStatusResponse_5 _RtsStatusResponse_5; Anki::Vector::ExternalComms::RtsWifiScanRequest _RtsWifiScanRequest; Anki::Vector::ExternalComms::RtsWifiScanResponse_3 _RtsWifiScanResponse_3; Anki::Vector::ExternalComms::RtsOtaUpdateRequest _RtsOtaUpdateRequest; Anki::Vector::ExternalComms::RtsOtaUpdateResponse _RtsOtaUpdateResponse; Anki::Vector::ExternalComms::RtsCancelPairing _RtsCancelPairing; Anki::Vector::ExternalComms::RtsForceDisconnect _RtsForceDisconnect; Anki::Vector::ExternalComms::RtsAck _RtsAck; Anki::Vector::ExternalComms::RtsWifiAccessPointRequest _RtsWifiAccessPointRequest; Anki::Vector::ExternalComms::RtsWifiAccessPointResponse _RtsWifiAccessPointResponse; Anki::Vector::ExternalComms::RtsSshRequest _RtsSshRequest; Anki::Vector::ExternalComms::RtsSshResponse _RtsSshResponse; Anki::Vector::ExternalComms::RtsOtaCancelRequest _RtsOtaCancelRequest; Anki::Vector::ExternalComms::RtsLogRequest _RtsLogRequest; Anki::Vector::ExternalComms::RtsLogResponse _RtsLogResponse; Anki::Vector::ExternalComms::RtsFileDownload _RtsFileDownload; Anki::Vector::ExternalComms::RtsWifiForgetRequest _RtsWifiForgetRequest; Anki::Vector::ExternalComms::RtsWifiForgetResponse _RtsWifiForgetResponse; Anki::Vector::ExternalComms::RtsCloudSessionRequest_2 _RtsCloudSessionRequest_2; Anki::Vector::ExternalComms::RtsCloudSessionResponse _RtsCloudSessionResponse; Anki::Vector::ExternalComms::RtsAppConnectionIdRequest _RtsAppConnectionIdRequest; Anki::Vector::ExternalComms::RtsAppConnectionIdResponse _RtsAppConnectionIdResponse; Anki::Vector::ExternalComms::RtsResponse _RtsResponse; Anki::Vector::ExternalComms::RtsSdkProxyRequest _RtsSdkProxyRequest; Anki::Vector::ExternalComms::RtsSdkProxyResponse _RtsSdkProxyResponse; }; }; extern const char* RtsConnection_5VersionHashStr; extern const uint8_t RtsConnection_5VersionHash[16]; // "Lookup Tables" for getting type by tag using template specializations template struct RtsConnection_1_TagToType; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::Error; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsConnRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsConnResponse; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsNonceMessage; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeMessage; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsChallengeSuccessMessage; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiConnectResponse; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiIpResponse; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsStatusResponse; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiScanResponse; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsOtaUpdateResponse; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsCancelPairing; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsForceDisconnect; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsAck; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsWifiAccessPointResponse; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsSshRequest; }; template<> struct RtsConnection_1_TagToType { using type = Anki::Vector::ExternalComms::RtsSshResponse; }; // UNION RtsConnection_1 class RtsConnection_1 { public: using Tag = RtsConnection_1Tag; /**** Constructors ****/ RtsConnection_1() :_tag(Tag::INVALID) { } explicit RtsConnection_1(const CLAD::SafeMessageBuffer& buff); explicit RtsConnection_1(const uint8_t* buffer, size_t length); RtsConnection_1(const RtsConnection_1& other); RtsConnection_1(RtsConnection_1&& other) noexcept; RtsConnection_1& operator=(const RtsConnection_1& other); RtsConnection_1& operator=(RtsConnection_1&& other) noexcept; ~RtsConnection_1() { ClearCurrent(); } Tag GetTag() const { return _tag; } // Templated getter for union members by type // NOTE: Always returns a reference, even for trivial types, unlike untemplated version template const typename RtsConnection_1_TagToType::type & Get_() const; // Templated creator for making a union object out of one if its members template static RtsConnection_1 Create_(typename RtsConnection_1_TagToType::type member); /** Error **/ static RtsConnection_1 CreateError(Anki::Vector::ExternalComms::Error&& new_Error); explicit RtsConnection_1(Anki::Vector::ExternalComms::Error&& new_Error); const Anki::Vector::ExternalComms::Error& Get_Error() const; void Set_Error(const Anki::Vector::ExternalComms::Error& new_Error); void Set_Error(Anki::Vector::ExternalComms::Error&& new_Error); /** RtsConnRequest **/ static RtsConnection_1 CreateRtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); const Anki::Vector::ExternalComms::RtsConnRequest& Get_RtsConnRequest() const; void Set_RtsConnRequest(const Anki::Vector::ExternalComms::RtsConnRequest& new_RtsConnRequest); void Set_RtsConnRequest(Anki::Vector::ExternalComms::RtsConnRequest&& new_RtsConnRequest); /** RtsConnResponse **/ static RtsConnection_1 CreateRtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); const Anki::Vector::ExternalComms::RtsConnResponse& Get_RtsConnResponse() const; void Set_RtsConnResponse(const Anki::Vector::ExternalComms::RtsConnResponse& new_RtsConnResponse); void Set_RtsConnResponse(Anki::Vector::ExternalComms::RtsConnResponse&& new_RtsConnResponse); /** RtsNonceMessage **/ static RtsConnection_1 CreateRtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); const Anki::Vector::ExternalComms::RtsNonceMessage& Get_RtsNonceMessage() const; void Set_RtsNonceMessage(const Anki::Vector::ExternalComms::RtsNonceMessage& new_RtsNonceMessage); void Set_RtsNonceMessage(Anki::Vector::ExternalComms::RtsNonceMessage&& new_RtsNonceMessage); /** RtsChallengeMessage **/ static RtsConnection_1 CreateRtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); const Anki::Vector::ExternalComms::RtsChallengeMessage& Get_RtsChallengeMessage() const; void Set_RtsChallengeMessage(const Anki::Vector::ExternalComms::RtsChallengeMessage& new_RtsChallengeMessage); void Set_RtsChallengeMessage(Anki::Vector::ExternalComms::RtsChallengeMessage&& new_RtsChallengeMessage); /** RtsChallengeSuccessMessage **/ static RtsConnection_1 CreateRtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& Get_RtsChallengeSuccessMessage() const; void Set_RtsChallengeSuccessMessage(const Anki::Vector::ExternalComms::RtsChallengeSuccessMessage& new_RtsChallengeSuccessMessage); void Set_RtsChallengeSuccessMessage(Anki::Vector::ExternalComms::RtsChallengeSuccessMessage&& new_RtsChallengeSuccessMessage); /** RtsWifiConnectRequest **/ static RtsConnection_1 CreateRtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); const Anki::Vector::ExternalComms::RtsWifiConnectRequest& Get_RtsWifiConnectRequest() const; void Set_RtsWifiConnectRequest(const Anki::Vector::ExternalComms::RtsWifiConnectRequest& new_RtsWifiConnectRequest); void Set_RtsWifiConnectRequest(Anki::Vector::ExternalComms::RtsWifiConnectRequest&& new_RtsWifiConnectRequest); /** RtsWifiConnectResponse **/ static RtsConnection_1 CreateRtsWifiConnectResponse(Anki::Vector::ExternalComms::RtsWifiConnectResponse&& new_RtsWifiConnectResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiConnectResponse&& new_RtsWifiConnectResponse); const Anki::Vector::ExternalComms::RtsWifiConnectResponse& Get_RtsWifiConnectResponse() const; void Set_RtsWifiConnectResponse(const Anki::Vector::ExternalComms::RtsWifiConnectResponse& new_RtsWifiConnectResponse); void Set_RtsWifiConnectResponse(Anki::Vector::ExternalComms::RtsWifiConnectResponse&& new_RtsWifiConnectResponse); /** RtsWifiIpRequest **/ static RtsConnection_1 CreateRtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); const Anki::Vector::ExternalComms::RtsWifiIpRequest& Get_RtsWifiIpRequest() const; void Set_RtsWifiIpRequest(const Anki::Vector::ExternalComms::RtsWifiIpRequest& new_RtsWifiIpRequest); void Set_RtsWifiIpRequest(Anki::Vector::ExternalComms::RtsWifiIpRequest&& new_RtsWifiIpRequest); /** RtsWifiIpResponse **/ static RtsConnection_1 CreateRtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); const Anki::Vector::ExternalComms::RtsWifiIpResponse& Get_RtsWifiIpResponse() const; void Set_RtsWifiIpResponse(const Anki::Vector::ExternalComms::RtsWifiIpResponse& new_RtsWifiIpResponse); void Set_RtsWifiIpResponse(Anki::Vector::ExternalComms::RtsWifiIpResponse&& new_RtsWifiIpResponse); /** RtsStatusRequest **/ static RtsConnection_1 CreateRtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); const Anki::Vector::ExternalComms::RtsStatusRequest& Get_RtsStatusRequest() const; void Set_RtsStatusRequest(const Anki::Vector::ExternalComms::RtsStatusRequest& new_RtsStatusRequest); void Set_RtsStatusRequest(Anki::Vector::ExternalComms::RtsStatusRequest&& new_RtsStatusRequest); /** RtsStatusResponse **/ static RtsConnection_1 CreateRtsStatusResponse(Anki::Vector::ExternalComms::RtsStatusResponse&& new_RtsStatusResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsStatusResponse&& new_RtsStatusResponse); const Anki::Vector::ExternalComms::RtsStatusResponse& Get_RtsStatusResponse() const; void Set_RtsStatusResponse(const Anki::Vector::ExternalComms::RtsStatusResponse& new_RtsStatusResponse); void Set_RtsStatusResponse(Anki::Vector::ExternalComms::RtsStatusResponse&& new_RtsStatusResponse); /** RtsWifiScanRequest **/ static RtsConnection_1 CreateRtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); const Anki::Vector::ExternalComms::RtsWifiScanRequest& Get_RtsWifiScanRequest() const; void Set_RtsWifiScanRequest(const Anki::Vector::ExternalComms::RtsWifiScanRequest& new_RtsWifiScanRequest); void Set_RtsWifiScanRequest(Anki::Vector::ExternalComms::RtsWifiScanRequest&& new_RtsWifiScanRequest); /** RtsWifiScanResponse **/ static RtsConnection_1 CreateRtsWifiScanResponse(Anki::Vector::ExternalComms::RtsWifiScanResponse&& new_RtsWifiScanResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiScanResponse&& new_RtsWifiScanResponse); const Anki::Vector::ExternalComms::RtsWifiScanResponse& Get_RtsWifiScanResponse() const; void Set_RtsWifiScanResponse(const Anki::Vector::ExternalComms::RtsWifiScanResponse& new_RtsWifiScanResponse); void Set_RtsWifiScanResponse(Anki::Vector::ExternalComms::RtsWifiScanResponse&& new_RtsWifiScanResponse); /** RtsOtaUpdateRequest **/ static RtsConnection_1 CreateRtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& Get_RtsOtaUpdateRequest() const; void Set_RtsOtaUpdateRequest(const Anki::Vector::ExternalComms::RtsOtaUpdateRequest& new_RtsOtaUpdateRequest); void Set_RtsOtaUpdateRequest(Anki::Vector::ExternalComms::RtsOtaUpdateRequest&& new_RtsOtaUpdateRequest); /** RtsOtaUpdateResponse **/ static RtsConnection_1 CreateRtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& Get_RtsOtaUpdateResponse() const; void Set_RtsOtaUpdateResponse(const Anki::Vector::ExternalComms::RtsOtaUpdateResponse& new_RtsOtaUpdateResponse); void Set_RtsOtaUpdateResponse(Anki::Vector::ExternalComms::RtsOtaUpdateResponse&& new_RtsOtaUpdateResponse); /** RtsCancelPairing **/ static RtsConnection_1 CreateRtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); const Anki::Vector::ExternalComms::RtsCancelPairing& Get_RtsCancelPairing() const; void Set_RtsCancelPairing(const Anki::Vector::ExternalComms::RtsCancelPairing& new_RtsCancelPairing); void Set_RtsCancelPairing(Anki::Vector::ExternalComms::RtsCancelPairing&& new_RtsCancelPairing); /** RtsForceDisconnect **/ static RtsConnection_1 CreateRtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); const Anki::Vector::ExternalComms::RtsForceDisconnect& Get_RtsForceDisconnect() const; void Set_RtsForceDisconnect(const Anki::Vector::ExternalComms::RtsForceDisconnect& new_RtsForceDisconnect); void Set_RtsForceDisconnect(Anki::Vector::ExternalComms::RtsForceDisconnect&& new_RtsForceDisconnect); /** RtsAck **/ static RtsConnection_1 CreateRtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); const Anki::Vector::ExternalComms::RtsAck& Get_RtsAck() const; void Set_RtsAck(const Anki::Vector::ExternalComms::RtsAck& new_RtsAck); void Set_RtsAck(Anki::Vector::ExternalComms::RtsAck&& new_RtsAck); /** RtsWifiAccessPointRequest **/ static RtsConnection_1 CreateRtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& Get_RtsWifiAccessPointRequest() const; void Set_RtsWifiAccessPointRequest(const Anki::Vector::ExternalComms::RtsWifiAccessPointRequest& new_RtsWifiAccessPointRequest); void Set_RtsWifiAccessPointRequest(Anki::Vector::ExternalComms::RtsWifiAccessPointRequest&& new_RtsWifiAccessPointRequest); /** RtsWifiAccessPointResponse **/ static RtsConnection_1 CreateRtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& Get_RtsWifiAccessPointResponse() const; void Set_RtsWifiAccessPointResponse(const Anki::Vector::ExternalComms::RtsWifiAccessPointResponse& new_RtsWifiAccessPointResponse); void Set_RtsWifiAccessPointResponse(Anki::Vector::ExternalComms::RtsWifiAccessPointResponse&& new_RtsWifiAccessPointResponse); /** RtsSshRequest **/ static RtsConnection_1 CreateRtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); const Anki::Vector::ExternalComms::RtsSshRequest& Get_RtsSshRequest() const; void Set_RtsSshRequest(const Anki::Vector::ExternalComms::RtsSshRequest& new_RtsSshRequest); void Set_RtsSshRequest(Anki::Vector::ExternalComms::RtsSshRequest&& new_RtsSshRequest); /** RtsSshResponse **/ static RtsConnection_1 CreateRtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); explicit RtsConnection_1(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); const Anki::Vector::ExternalComms::RtsSshResponse& Get_RtsSshResponse() const; void Set_RtsSshResponse(const Anki::Vector::ExternalComms::RtsSshResponse& new_RtsSshResponse); void Set_RtsSshResponse(Anki::Vector::ExternalComms::RtsSshResponse&& new_RtsSshResponse); size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; size_t Size() const; bool operator==(const RtsConnection_1& other) const; bool operator!=(const RtsConnection_1& other) const; private: void ClearCurrent(); Tag _tag; union { Anki::Vector::ExternalComms::Error _Error; Anki::Vector::ExternalComms::RtsConnRequest _RtsConnRequest; Anki::Vector::ExternalComms::RtsConnResponse _RtsConnResponse; Anki::Vector::ExternalComms::RtsNonceMessage _RtsNonceMessage; Anki::Vector::ExternalComms::RtsChallengeMessage _RtsChallengeMessage; Anki::Vector::ExternalComms::RtsChallengeSuccessMessage _RtsChallengeSuccessMessage; Anki::Vector::ExternalComms::RtsWifiConnectRequest _RtsWifiConnectRequest; Anki::Vector::ExternalComms::RtsWifiConnectResponse _RtsWifiConnectResponse; Anki::Vector::ExternalComms::RtsWifiIpRequest _RtsWifiIpRequest; Anki::Vector::ExternalComms::RtsWifiIpResponse _RtsWifiIpResponse; Anki::Vector::ExternalComms::RtsStatusRequest _RtsStatusRequest; Anki::Vector::ExternalComms::RtsStatusResponse _RtsStatusResponse; Anki::Vector::ExternalComms::RtsWifiScanRequest _RtsWifiScanRequest; Anki::Vector::ExternalComms::RtsWifiScanResponse _RtsWifiScanResponse; Anki::Vector::ExternalComms::RtsOtaUpdateRequest _RtsOtaUpdateRequest; Anki::Vector::ExternalComms::RtsOtaUpdateResponse _RtsOtaUpdateResponse; Anki::Vector::ExternalComms::RtsCancelPairing _RtsCancelPairing; Anki::Vector::ExternalComms::RtsForceDisconnect _RtsForceDisconnect; Anki::Vector::ExternalComms::RtsAck _RtsAck; Anki::Vector::ExternalComms::RtsWifiAccessPointRequest _RtsWifiAccessPointRequest; Anki::Vector::ExternalComms::RtsWifiAccessPointResponse _RtsWifiAccessPointResponse; Anki::Vector::ExternalComms::RtsSshRequest _RtsSshRequest; Anki::Vector::ExternalComms::RtsSshResponse _RtsSshResponse; }; }; extern const char* RtsConnection_1VersionHashStr; extern const uint8_t RtsConnection_1VersionHash[16]; // "Lookup Tables" for getting type by tag using template specializations template struct RtsConnection_TagToType; template<> struct RtsConnection_TagToType { using type = Anki::Vector::ExternalComms::Error; }; template<> struct RtsConnection_TagToType { using type = Anki::Vector::ExternalComms::RtsConnection_2; }; template<> struct RtsConnection_TagToType { using type = Anki::Vector::ExternalComms::RtsConnection_3; }; template<> struct RtsConnection_TagToType { using type = Anki::Vector::ExternalComms::RtsConnection_4; }; template<> struct RtsConnection_TagToType { using type = Anki::Vector::ExternalComms::RtsConnection_5; }; // UNION RtsConnection class RtsConnection { public: using Tag = RtsConnectionTag; /**** Constructors ****/ RtsConnection() :_tag(Tag::INVALID) { } explicit RtsConnection(const CLAD::SafeMessageBuffer& buff); explicit RtsConnection(const uint8_t* buffer, size_t length); RtsConnection(const RtsConnection& other); RtsConnection(RtsConnection&& other) noexcept; RtsConnection& operator=(const RtsConnection& other); RtsConnection& operator=(RtsConnection&& other) noexcept; ~RtsConnection() { ClearCurrent(); } Tag GetTag() const { return _tag; } // Templated getter for union members by type // NOTE: Always returns a reference, even for trivial types, unlike untemplated version template const typename RtsConnection_TagToType::type & Get_() const; // Templated creator for making a union object out of one if its members template static RtsConnection Create_(typename RtsConnection_TagToType::type member); /** Error **/ static RtsConnection CreateError(Anki::Vector::ExternalComms::Error&& new_Error); explicit RtsConnection(Anki::Vector::ExternalComms::Error&& new_Error); const Anki::Vector::ExternalComms::Error& Get_Error() const; void Set_Error(const Anki::Vector::ExternalComms::Error& new_Error); void Set_Error(Anki::Vector::ExternalComms::Error&& new_Error); /** RtsConnection_2 **/ static RtsConnection CreateRtsConnection_2(Anki::Vector::ExternalComms::RtsConnection_2&& new_RtsConnection_2); explicit RtsConnection(Anki::Vector::ExternalComms::RtsConnection_2&& new_RtsConnection_2); const Anki::Vector::ExternalComms::RtsConnection_2& Get_RtsConnection_2() const; void Set_RtsConnection_2(const Anki::Vector::ExternalComms::RtsConnection_2& new_RtsConnection_2); void Set_RtsConnection_2(Anki::Vector::ExternalComms::RtsConnection_2&& new_RtsConnection_2); /** RtsConnection_3 **/ static RtsConnection CreateRtsConnection_3(Anki::Vector::ExternalComms::RtsConnection_3&& new_RtsConnection_3); explicit RtsConnection(Anki::Vector::ExternalComms::RtsConnection_3&& new_RtsConnection_3); const Anki::Vector::ExternalComms::RtsConnection_3& Get_RtsConnection_3() const; void Set_RtsConnection_3(const Anki::Vector::ExternalComms::RtsConnection_3& new_RtsConnection_3); void Set_RtsConnection_3(Anki::Vector::ExternalComms::RtsConnection_3&& new_RtsConnection_3); /** RtsConnection_4 **/ static RtsConnection CreateRtsConnection_4(Anki::Vector::ExternalComms::RtsConnection_4&& new_RtsConnection_4); explicit RtsConnection(Anki::Vector::ExternalComms::RtsConnection_4&& new_RtsConnection_4); const Anki::Vector::ExternalComms::RtsConnection_4& Get_RtsConnection_4() const; void Set_RtsConnection_4(const Anki::Vector::ExternalComms::RtsConnection_4& new_RtsConnection_4); void Set_RtsConnection_4(Anki::Vector::ExternalComms::RtsConnection_4&& new_RtsConnection_4); /** RtsConnection_5 **/ static RtsConnection CreateRtsConnection_5(Anki::Vector::ExternalComms::RtsConnection_5&& new_RtsConnection_5); explicit RtsConnection(Anki::Vector::ExternalComms::RtsConnection_5&& new_RtsConnection_5); const Anki::Vector::ExternalComms::RtsConnection_5& Get_RtsConnection_5() const; void Set_RtsConnection_5(const Anki::Vector::ExternalComms::RtsConnection_5& new_RtsConnection_5); void Set_RtsConnection_5(Anki::Vector::ExternalComms::RtsConnection_5&& new_RtsConnection_5); size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; size_t Size() const; bool operator==(const RtsConnection& other) const; bool operator!=(const RtsConnection& other) const; private: void ClearCurrent(); Tag _tag; union { Anki::Vector::ExternalComms::Error _Error; Anki::Vector::ExternalComms::RtsConnection_2 _RtsConnection_2; Anki::Vector::ExternalComms::RtsConnection_3 _RtsConnection_3; Anki::Vector::ExternalComms::RtsConnection_4 _RtsConnection_4; Anki::Vector::ExternalComms::RtsConnection_5 _RtsConnection_5; }; }; extern const char* RtsConnectionVersionHashStr; extern const uint8_t RtsConnectionVersionHash[16]; // MESSAGE DeprecatedAndReserved struct DeprecatedAndReserved { /**** Constructors ****/ DeprecatedAndReserved() = default; DeprecatedAndReserved(const DeprecatedAndReserved& other) = default; DeprecatedAndReserved(DeprecatedAndReserved& other) = default; DeprecatedAndReserved(DeprecatedAndReserved&& other) noexcept = default; DeprecatedAndReserved& operator=(const DeprecatedAndReserved& other) = default; DeprecatedAndReserved& operator=(DeprecatedAndReserved&& other) = default; explicit DeprecatedAndReserved(const uint8_t* buff, size_t len); explicit DeprecatedAndReserved(const CLAD::SafeMessageBuffer& buffer); /**** Pack ****/ size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; /**** Unpack ****/ size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Size() const; bool operator==(const DeprecatedAndReserved& other) const; bool operator!=(const DeprecatedAndReserved& other) const; template void Invoke(Callable&& func) const { func(); } }; extern const char* DeprecatedAndReservedVersionHashStr; extern const uint8_t DeprecatedAndReservedVersionHash[16]; // "Lookup Tables" for getting type by tag using template specializations template struct ExternalComms_TagToType; template<> struct ExternalComms_TagToType { using type = Anki::Vector::ExternalComms::Error; }; template<> struct ExternalComms_TagToType { using type = Anki::Vector::ExternalComms::RtsConnection_1; }; template<> struct ExternalComms_TagToType { using type = Anki::Vector::ExternalComms::RtsConnection; }; // UNION ExternalComms class ExternalComms { public: using Tag = ExternalCommsTag; /**** Constructors ****/ ExternalComms() :_tag(Tag::INVALID) { } explicit ExternalComms(const CLAD::SafeMessageBuffer& buff); explicit ExternalComms(const uint8_t* buffer, size_t length); ExternalComms(const ExternalComms& other); ExternalComms(ExternalComms&& other) noexcept; ExternalComms& operator=(const ExternalComms& other); ExternalComms& operator=(ExternalComms&& other) noexcept; ~ExternalComms() { ClearCurrent(); } Tag GetTag() const { return _tag; } // Templated getter for union members by type // NOTE: Always returns a reference, even for trivial types, unlike untemplated version template const typename ExternalComms_TagToType::type & Get_() const; // Templated creator for making a union object out of one if its members template static ExternalComms Create_(typename ExternalComms_TagToType::type member); /** Error **/ static ExternalComms CreateError(Anki::Vector::ExternalComms::Error&& new_Error); explicit ExternalComms(Anki::Vector::ExternalComms::Error&& new_Error); const Anki::Vector::ExternalComms::Error& Get_Error() const; void Set_Error(const Anki::Vector::ExternalComms::Error& new_Error); void Set_Error(Anki::Vector::ExternalComms::Error&& new_Error); /** RtsConnection_1 **/ static ExternalComms CreateRtsConnection_1(Anki::Vector::ExternalComms::RtsConnection_1&& new_RtsConnection_1); explicit ExternalComms(Anki::Vector::ExternalComms::RtsConnection_1&& new_RtsConnection_1); const Anki::Vector::ExternalComms::RtsConnection_1& Get_RtsConnection_1() const; void Set_RtsConnection_1(const Anki::Vector::ExternalComms::RtsConnection_1& new_RtsConnection_1); void Set_RtsConnection_1(Anki::Vector::ExternalComms::RtsConnection_1&& new_RtsConnection_1); /** RtsConnection **/ static ExternalComms CreateRtsConnection(Anki::Vector::ExternalComms::RtsConnection&& new_RtsConnection); explicit ExternalComms(Anki::Vector::ExternalComms::RtsConnection&& new_RtsConnection); const Anki::Vector::ExternalComms::RtsConnection& Get_RtsConnection() const; void Set_RtsConnection(const Anki::Vector::ExternalComms::RtsConnection& new_RtsConnection); void Set_RtsConnection(Anki::Vector::ExternalComms::RtsConnection&& new_RtsConnection); size_t Unpack(const uint8_t* buff, const size_t len); size_t Unpack(const CLAD::SafeMessageBuffer& buffer); size_t Pack(uint8_t* buff, size_t len) const; size_t Pack(CLAD::SafeMessageBuffer& buffer) const; size_t Size() const; bool operator==(const ExternalComms& other) const; bool operator!=(const ExternalComms& other) const; private: void ClearCurrent(); Tag _tag; union { Anki::Vector::ExternalComms::Error _Error; Anki::Vector::ExternalComms::RtsConnection_1 _RtsConnection_1; Anki::Vector::ExternalComms::RtsConnection _RtsConnection; }; }; extern const char* ExternalCommsVersionHashStr; extern const uint8_t ExternalCommsVersionHash[16]; } // namespace ExternalComms } // namespace Vector } // namespace Anki #endif // __CLAD_EXTERNAL_INTERFACE_MESSAGE_EXTERNAL_COMMS_H__