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refactor: Tidy up SPIT

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This commit is contained in:
Gustice
2025-11-15 20:57:22 +01:00
parent 7aec14cbb9
commit 4a97988227
10 changed files with 828 additions and 1923 deletions
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components/spit/include/spit_client.hpp
+28 -127
View File
@@ -1,17 +1,16 @@
#pragma once
#include "sad_DetectedServer.hpp"
#include "spit_message.hpp"
#include "spit_object.hpp"
#include "spit_player.hpp"
#include "spit_processor.hpp"
#include "spit_repo.hpp"
#include "spit_socket.hpp"
#include "spit_type.hpp"
#include "spit_message.hpp"
#include "spit_repo.hpp"
#include <functional>
#include <memory>
#include <vector>
#include <functional>
#include "syslog.hpp"
using namespace std;
@@ -19,53 +18,28 @@ namespace spit {
class SClient : ISadClient {
public:
/** Maximal length of a SPITMessage*/
static const int MAXSPITMESSAGEBYTECOUNT = 512;
using Callbacks = SProcessor::Callbacks;
using ProjUpdate = SProcessor::ProjUpdate;
using ServerEvent = SProcessor::ServerEvent;
using ObjectEvent = SProcessor::ObjectEvent;
using Connection = SProcessor::Connection;
//------ PlayerType ------
public:
/** continous main player, time value can be used like a timecode.<br>The time value is the position in server's project.<br>A server should use only one main player.*/
static constexpr char PLAYERTYPE_MAIN = 0x02;
/** continous player. This player plays SPIT objects sometime during the project.*/
static constexpr char PLAYERTYPE_CONTINOUS = 0x01;
/** diescrete player. This player is used to transmit single discrete values.*/
static constexpr char PLAYERTYPE_DISCRETE = 0x00;
using PlayerType = SPlayer::PTypes;
using ValueFlags = SPlayer::VFlags;
//------ Value Flag ------
//------ used by sendRemoteObject
public:
/**Set the given value directly*/
static constexpr char VALUEFLAG_DIRECT = 0x00;
/**Increase the existing value by the given value.<br>This is usefull e.g. when instead of a fader a endless wheel is used*/
static constexpr char VALUEFLAG_INCREASE = 0x01;
/**Decrease the existing value by the given value.<br>This is usefull e.g. when instead of a fader a endless wheel is used*/
static constexpr char VALUEFLAG_DECREASE = 0x02;
static constexpr int MAX_OVERTAKING_SPIT_MESSAGES = 10;
//----- SClient -----
public:
SClient(string name, string projName, ISocket &socket, Callbacks calls);
virtual ~SClient();
private:
Callbacks mCallbacks;
fos::TaskT<SClient &> *mThreadReceive{};
fos::TaskT<SClient &> *mThreadProcess{};
bool mStopReceiveMessages{};
Connection mConnectionStatus{Connection::None};
bool mDisconnectedByServer{}; // flag true = when server disconnects
string mID;
string mName;
string mProjName;
string mComputerName;
SProcessor mProcessor;
string mClientProjectName;
@@ -80,19 +54,13 @@ class SClient : ISadClient {
string mServerComputerName{};
int mServerStepTime{-1};
//--- Server Project ---
string mServerProjectID;
string mServerProjectName;
int mServerFramesPerSecond;
public:
/** The ID of the client.<br>Every client instance should set an unique id*/
string getID() { return mID; }
string getID() { return mProcessor.getID(); }
/** The name of the client, should be set by the user app*/
string getName() { return mName; }
//----- Computer Params -----
string getName() { return mProcessor.getName(); }
/** The name of the client's host computer*/
string getComputerName() { return mComputerName; }
string getComputerName() { return mProcessor.getComputerName(); }
void setClientProjectName(string clientProjectName) { mClientProjectName = clientProjectName; }
string getClientProjectName() { return mClientProjectName; }
@@ -117,8 +85,12 @@ class SClient : ISadClient {
*/
void clientProjectLoaded();
void setActionSPITType(string spitypeID, bool actionAssigned);
void setActionSPITObject(string objectID, bool actionAssigned);
void setActionType(string spitypeID, bool actionAssigned) {
mProcessor.setActionType(spitypeID, actionAssigned);
}
void setActionObject(string objectID, bool actionAssigned) {
mProcessor.setActionObject(objectID, actionAssigned);
}
//--------------- SPITMessage ---------------
private:
@@ -129,7 +101,7 @@ class SClient : ISadClient {
// Reconnect to the server when connection is lost see eventConnectionStatus and eventServerDetected
bool _doReconnect{}; // true = on eventServerDetected connect to the server identified by mServerID
public:
int sendSPITMessage(Message::OPPart & spitMessageOPPart);
int sendMessage(Message::OPPart &spitMessageOPPart);
//--------------- ServerAutoDetection SAD ---------------
public:
@@ -179,22 +151,13 @@ class SClient : ISadClient {
/** Used internally. When the connection to the SPITServer is lost an eventConnectionStatus will occur*/
void eventWatchdogLost();
//--------------- SPIT Project ---------------
private:
void parseReportProject(Message::ReportProject &message);
void parseCloseProject(Message::CloseProject &message);
public:
/** Returns the SPITServer's project ID - may be the same as the project's name*/
string getServerProjectID();
string getServerProjectID() { return mProcessor.getServerProjectID(); }
/** Returns the SPITServer's project name*/
string getServerProjectName();
string getServerProjectName() { return mProcessor.getServerProjectName(); }
/** Returns frame rate per second. This is the time resolution in which the server transmits time data. The unit of time data is always frames.*/
int getServerFramesPerSecond();
private:
void parseRequestProjectTransfer(Message::RequestProjectTransfer &message);
void parseStartProjectTransfer(Message::StartProjectTransfer &message);
void parseEndProjectTransfer(Message::EndProjectTransfer &message);
int getServerFramesPerSecond() { return mProcessor.getServerFramesPerSecond(); }
public:
static void sendProject(SClient *p_PtrSClient);
@@ -214,76 +177,17 @@ class SClient : ISadClient {
*/
SType *createTypeFixed(string iD, string groupName, string name, uint64_t defaultDelay, uint64_t defaultDuration);
/**
* Creates a SPITType for application actions.<br>
* These SPITTypes will be automatically added to the SPITType-List and sended to the server.
* @param p_ID an unique of the SPITType, these are always the same per client approach. Different client approaches should use different ids.
* @param p_GroupName a name which groups the actions/SPITTypes
* @param p_Name the name of the Action/SPITType
* @param p_DefaultDelay maybe there is an default delay until the action starts, this is only used for graphical representations, 0 is allowd
* @param p_DefaultDuration maybe the action has a default duration, this is only used for graphical representations, 0 is allowd
* @param p_Fixed true = the server is not allowed to change this SPITType, false = the server may change or delete this SPITType
* @param p_ProjectIndepended true = the SPITType belongs to a specific project, false = the SpitType always exists for every project
* @return the pointer to the new SPITType.
*/
SType *createType(string iD, string groupName, string name, uint64_t defaultDelay, uint64_t defaultDuration, bool fixed, bool projectIndepended);
private:
// receive SPIT-Types
void parseReportType(Message::ReportType &message);
void parseRemoveSPITType(Message::RemoveType &message);
int sendSPITTypeInternal(SType &spitType);
public:
bool changeType(SType *spitType) { return mProcessor.changeType(spitType); }
int removeType(string spitypeID) { return mProcessor.removeType(spitypeID); }
public:
/**
* If a client wants to change a SPITType, he should send it to the server.<br>
* If the SPITTye is a fixed one and not created by the client himself, then an eventSPITType can be sent from the server, which cancels the change.<br>
* @param spitypeID the id of the SPITType to remove.
* @return 0 = is sended, -1 = is not sended
*/
bool changeSPITType(SType *spitType);
/**
* If a client wants to remove a SPITType, he should send it to the server.<br>
* If the SPITTye is a fixed one and not created by the client himself, then an eventSPITType can be sent from the server, which cancels the deletion.<br>
* @param spitypeID the id of the SPITType to remove.
* @return 0 = is sended, -1 = is not sended
*/
int removeSPITType(string spitypeID);
public:
//--------------- SPIT Objects ---------------
private:
void parseReportSPITObject(Message::ReportObject &message);
void parseRemoveSPITObject(Message::RemoveObject &message);
int sendSPITObjectInternal(SObject *ptrObject);
public:
/**
* When the client changes a SPITObject (normally the client should not do this), then it should send the changes to the SPITServer.<br>
* The SPITServer may discard the changes and an eventSPITObject occurs.<br>
* @param spitObject the pointer to the changed SPITObject.
* @return 0 = sended, -1 = not sended
*/
bool changeSPITObject(SObject *spitObject);
/**
* When the client removes a SPITObject (normally the client should not do this), then he should send it to the SPITServer.<br>
* The SPITServer may discard the deletion and an eventSPITObject occurs.<br>
* @param objectID the id of the SPITObject to remove.
* @return 0 = sended, -1 = not sended
*/
int removeSPITObject(string objectID);
public:
//--------------- Play SPIT Objects ---------------
private:
void parsePlaySPITStart(Message::PlayStart &message);
void parsePlaySPITObject(Message::PlayObject &message);
void parsePlaySPITEnd(Message::PlayEnd &message);
void parseReportPlayStatus(Message::ReportPlayStatus &message);
public:
//--------- Remote ----------
void sendRemoteObject(string objectID, int valuePpm = 0, char valueFlag = 0x00);
bool changeObject(SObject *sObject) { return mProcessor.changeObject(sObject); }
void sendRemoteObject(string objectID, int valuePpm = 0, char valueFlag = 0x00) {
mProcessor.sendRemoteObject(objectID, valuePpm, valueFlag);
}
private:
static void processSocketTask(SClient &instance);
@@ -295,9 +199,6 @@ class SClient : ISadClient {
void answerWatchdog() {
sAnswered = true;
}
SpitRepo<SObject> mSpitObjects;
SpitRepo<SObject> mRemoteSpitObjects;
};
}
} // namespace spit
components/spit/include/spit_message.hpp
+3
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@@ -14,6 +14,9 @@ namespace spit {
class Message {
//----------- Header -----------
public:
/** Maximal length of a SPITMessage*/
static const int MAX_MESSAGE_SIZE = 512;
class Header {
public:
static constexpr int BYTESLENGTH = 99;
components/spit/include/spit_player.hpp
+20 -2
View File
@@ -9,6 +9,24 @@ class SPlayer {
//----- PlayObject used in PlaySequences: PlaySPITStart, PlaySPITObject,..., PlaySPITEnd ------
public:
enum PTypes {
// diescrete player: This player is used to transmit single discrete values.
PTYPE_DISCRETE = 0x00,
// continous player: This player plays SPIT objects sometime during the project.
PTYPE_CONTINOUS = 0x01,
// continous main player: time value can be used like a timecode.<br>The time value is the position in server's project.<br>A server should use only one main player.
PTYPE_MAIN = 0x02,
};
enum VFlags {
// Set the given value directly
VFLAG_DIRECT = 0x00,
// Increase the existing value by the given value.<br>This is usefull e.g. when instead of a fader a endless wheel is used*/
VFLAG_INCREASE = 0x01,
// Decrease the existing value by the given value.<br>This is usefull e.g. when instead of a fader a endless wheel is used*/
VFLAG_DECREASE = 0x02,
};
class PlayType {
public:
PlayType(SPlayer *spitPlayer, string spitObjectID);
@@ -43,7 +61,7 @@ class SPlayer {
public:
// list the SPITPlayers
static unordered_map<string, unique_ptr<SPlayer>> sSpitPlayers; // all actual played objects
static SPlayer &getSPITPlayer(string pPlayerID); // if a player does not exist creates a new one
static SPlayer &getSPITPlayer(string pPlayerID); // if a player does not exist creates a new one
static void clearPlayers() { sSpitPlayers.clear(); }
SPlayer(string pPlayerID);
@@ -77,4 +95,4 @@ class SPlayer {
uint64_t mTimeFrames;
};
}
} // namespace spit
components/spit/include/spit_processor.hpp
+77 -208
View File
@@ -16,9 +16,6 @@ namespace spit {
class SProcessor {
public:
// /** Maximal length of a SPITMessage*/
// static const int MAXSPITMESSAGEBYTECOUNT = 512;
enum class ProjUpdate {
ServerLoaded,
StartTransfer,
@@ -57,188 +54,71 @@ class SProcessor {
};
struct InternalCallbacks {
function<int(SType &sType)> sendSpitTypeInternal;
function<void(int ms)> delay;
function<int(Message::OPPart &msg)> sendMessage;
};
// //------ PlayerType ------
// public:
// /** continous main player, time value can be used like a timecode.<br>The time value is the position in server's project.<br>A server should use only one main player.*/
// static constexpr char PLAYERTYPE_MAIN = 0x02;
// /** continous player. This player plays SPIT objects sometime during the project.*/
// static constexpr char PLAYERTYPE_CONTINOUS = 0x01;
// /** diescrete player. This player is used to transmit single discrete values.*/
// static constexpr char PLAYERTYPE_DISCRETE = 0x00;
// //------ Value Flag ------
// //------ used by sendRemoteObject
// public:
// /**Set the given value directly*/
// static constexpr char VALUEFLAG_DIRECT = 0x00;
// /**Increase the existing value by the given value.<br>This is usefull e.g. when instead of a fader a endless wheel is used*/
// static constexpr char VALUEFLAG_INCREASE = 0x01;
// /**Decrease the existing value by the given value.<br>This is usefull e.g. when instead of a fader a endless wheel is used*/
// static constexpr char VALUEFLAG_DECREASE = 0x02;
// static constexpr int MAX_OVERTAKING_SPIT_MESSAGES = 10;
static constexpr int MAX_OVERTAKING_SPIT_MESSAGES = 10;
//----- SProcessor -----
public:
SProcessor(string name, string projName, string hostName, string guid,
Callbacks calls, InternalCallbacks intern);
SProcessor(string name, string projName, string hostName, string guid,
Callbacks calls, InternalCallbacks intern);
virtual ~SProcessor();
private:
Callbacks mCallbacks;
InternalCallbacks mInternCallbacks;
// Connection mConnectionStatus{Connection::None};
// bool mDisconnectedByServer{}; // flag true = when server disconnects
string mGuid;
string mName;
string mGuid;
string mProjName;
string mComputerName;
// string mClientProjectName;
// uint8_t mMessageNumberSend{1};
// int mMessageNumberReceived{-1}; // set to -1 because the first received message will set the number (1..255)
// vector<unique_ptr<Message>> mOvertakingMessages;
uint8_t mMessageNumberSend{1};
int mMessageNumberReceived{-1}; // set to -1 because the first received message will set the number (1..255)
vector<unique_ptr<Message>> mOvertakingMessages;
// // Server's info filled by parseConnectAnswer
// string mServerID{};
string mServerID{};
// string mServerName{};
// string mServerComputerName{};
// int mServerStepTime{-1};
// //--- Server Project ---
// string mServerProjectID;
// string mServerProjectName;
// int mServerFramesPerSecond;
string mServerProjectID;
string mServerProjectName;
int mServerFramesPerSecond;
// public:
// /** The ID of the client.<br>Every client instance should set an unique id*/
// string getID() { return mGuid; }
// /** The name of the client, should be set by the user app*/
// string getName() { return mName; }
// //----- Computer Params -----
// /** The name of the client's host computer*/
// string getComputerName() { return mComputerName; }
// void setClientProjectName(string clientProjectName) { mClientProjectName = clientProjectName; }
// string getClientProjectName() { return mClientProjectName; }
public:
string getID() { return mGuid; }
string getName() { return mName; }
string getProjName() { return mProjName; }
string getComputerName() { return mComputerName; }
void setActionType(string spitypeID, bool actionAssigned);
void setActionObject(string objectID, bool actionAssigned);
void checkParseMessageData(vector<char> data);
unique_ptr<Message::Connect> createConnectMessage(string serverIP, string serverPort, string loginName, string loginPassword);
std::vector<char> createMessage(Message::OPPart &spitMessageOPPart);
void parseMessage(Message &message);
void addOvertakingMessage(unique_ptr<Message> message);
void parseReportProject(Message::ReportProject &message);
void parseCloseProject(Message::CloseProject &message);
string getServerProjectID() { return mServerProjectID; }
string getServerProjectName() { return mServerProjectName; }
int getServerFramesPerSecond() { return mServerFramesPerSecond; }
// // connected Server Infos
// /** The ID of the connected SPITServer*/
// string getServerID() { return mServerID; }
// /** The host computername of the connected SPITServer*/
// string getServerComputerName() { return mServerComputerName; }
// /** The name of the connected SPITServer*/
// string getServerName() { return mServerName; }
// /** Expected Refreah Rate of the connectd SPITServer.<br>
// * When the server plays objects, it will do so at discrete time steps.<br>
// * Play events will take place in these time steps..
// */
// int getServerStepTime() { return mServerStepTime; }
// /** Should be called when the client wants to close his project*/
// void clientProjectClose();
// /**
// * Should be called whenever the client has a project loaded
// */
// void clientProjectLoaded();
// void setActionSPITType(string spitypeID, bool actionAssigned);
// void setActionSPITObject(string objectID, bool actionAssigned);
// //--------------- SPITMessage ---------------
// private:
// // Reconnect to the server when connection is lost see eventConnectionStatus and eventServerDetected
// bool _doReconnect{}; // true = on eventServerDetected connect to the server identified by mServerID
// public:
// std::vector<char> createMessage(Message::OPPart & spitMessageOPPart);
// void checkParseMessageData(vector<char> data);
// //--------------- ServerAutoDetection SAD ---------------
// public:
// /** Starts the autodetection of SPITServers in the local network. If a connection is tried, the autodetection should be stopped before.*/
// void startServerAutoDetect();
// /** Stops the autodetection of SPITServers in the local network*/
// void stopServerAutoDetect();
// /** Called every time a new SPITServer is detetced in the local network */
// void eventServerDetected(SadDetectedServer &server);
// /** Called every time a prior detected SPITServer is is no longer found.*/
// void eventServerLost(SadDetectedServer &server);
// void eventServerChanged(SadDetectedServer &server);
// //--------------- Connection ---------------
// public:
// /**
// * Tries a connection to the SPITServer
// * @param p_ServerIP ip address of the SPITServer
// * @param p_ServerPort port of the SPITServer
// * @param p_ClientIP IP of the client
// * @param p_ClientPort if "0" any free port will be used
// * @param p_LoginName maybe some SPITServer need a login - liveSHOWsoftware will not.
// * @param p_LoginPassword maybe some SPITServer need a login - liveSHOWsoftware will not
// * @return true = the connection try is ok, SPITServer will answer with COnnectAnswer and an eventConnectionStatus will occur.<br>
// * false = something is going wrong. (client could not bind)
// */
// bool connect(string serverIP, string serverPort, string clientIP, string clientPort, string loginName = "", string loginPassword = "");
// /**
// * Terminates the connection to the SPITServer.
// */
// void disconnect();
// private:
// void disconnectInternal(Connection cause);
// void resetMessageNumberReceived();
// void parseMessage(Message& message);
// void addOvertakingMessage(unique_ptr<Message> message);
// void parseConnectAnswer(Message::ConnectAnswer &message);
// void parseDisconnect(Message::Disconnect &message);
// void parseWatchdog(Message::Watchdog &message);
// void parseWatchdogAnswer(Message::WatchdogAnswer &message);
// public:
// /** Used internally*/
// void sendWatchdog();
// /** Used internally. When the connection to the SPITServer is lost an eventConnectionStatus will occur*/
// void eventWatchdogLost();
// //--------------- SPIT Project ---------------
// private:
// void parseReportProject(Message::ReportProject &message);
// void parseCloseProject(Message::CloseProject &message);
// public:
// /** Returns the SPITServer's project ID - may be the same as the project's name*/
// string getServerProjectID();
// /** Returns the SPITServer's project name*/
// string getServerProjectName();
// /** Returns frame rate per second. This is the time resolution in which the server transmits time data. The unit of time data is always frames.*/
// int getServerFramesPerSecond();
// private:
// void parseRequestProjectTransfer(Message::RequestProjectTransfer &message);
// void parseStartProjectTransfer(Message::StartProjectTransfer &message);
// void parseEndProjectTransfer(Message::EndProjectTransfer &message);
// public:
// // static void sendProject(SClient *p_PtrSProcessor);
void parseRequestProjectTransfer(Message::RequestProjectTransfer &message);
void parseStartProjectTransfer(Message::StartProjectTransfer &message);
void parseEndProjectTransfer(Message::EndProjectTransfer &message);
// // --------------- SPIT Types ---------------
// public:
// /**
// * Creates a fixed SPITType for application actions that are always present and project independent.<br>
// * Fixed SPIT types cannot be changed or deleted by the server.<br>
// * These SPITTypes will be automatically added to the SPITType-List and sended to the server.
// * @param p_ID an unique of the SPITType, these are always the same per client approach. Different client approaches should use different ids.
// * @param p_GroupName a name which groups the actions/SPITTypes
// * @param p_Name the name of the Action/SPITType
// * @param p_DefaultDelay maybe there is an default delay until the action starts, this is only used for graphical representations, 0 is allowd
// * @param p_DefaultDuration maybe the action has a default duration, this is only used for graphical representations, 0 is allowd
// * @return the pointer to the new SPITType.
// */
// SType *createTypeFixed(string iD, string groupName, string name, uint64_t defaultDelay, uint64_t defaultDuration);
// /**
// * Creates a SPITType for application actions.<br>
// * These SPITTypes will be automatically added to the SPITType-List and sended to the server.
@@ -251,75 +131,64 @@ class SProcessor {
// * @param p_ProjectIndepended true = the SPITType belongs to a specific project, false = the SpitType always exists for every project
// * @return the pointer to the new SPITType.
// */
// SType *createType(string iD, string groupName, string name, uint64_t defaultDelay, uint64_t defaultDuration, bool fixed, bool projectIndepended);
private:
public: // @todo delete
void parseReportType(Message::ReportType &message);
// void parseRemoveSPITType(Message::RemoveType &message);
// int sendSPITTypeInternal(SType &sType);
SType *createType(string iD, string groupName, string name, uint64_t defaultDelay, uint64_t defaultDuration, bool fixed, bool projectIndepended);
int sendTypeInternal(SType &sType);
// public:
// /**
// * If a client wants to change a SPITType, he should send it to the server.<br>
// * If the SPITTye is a fixed one and not created by the client himself, then an eventSPITType can be sent from the server, which cancels the change.<br>
// * @param spitypeID the id of the SPITType to remove.
// * @return 0 = is sended, -1 = is not sended
// */
// bool changeSPITType(SType *spitType);
// /**
// * If a client wants to remove a SPITType, he should send it to the server.<br>
// * If the SPITTye is a fixed one and not created by the client himself, then an eventSPITType can be sent from the server, which cancels the deletion.<br>
// * @param spitypeID the id of the SPITType to remove.
// * @return 0 = is sended, -1 = is not sended
// */
// int removeSPITType(string spitypeID);
private:
public: // @todo delete
void parseReportType(Message::ReportType &message);
void parseRemoveType(Message::RemoveType &message);
public:
/**
* If a client wants to change a SPITType, he should send it to the server.<br>
* If the SPITTye is a fixed one and not created by the client himself, then an eventSPITType can be sent from the server, which cancels the change.<br>
* @param spitypeID the id of the SPITType to remove.
* @return 0 = is sended, -1 = is not sended
*/
bool changeType(SType *spitType);
/**
* If a client wants to remove a SPITType, he should send it to the server.<br>
* If the SPITTye is a fixed one and not created by the client himself, then an eventSPITType can be sent from the server, which cancels the deletion.<br>
* @param spitypeID the id of the SPITType to remove.
* @return 0 = is sended, -1 = is not sended
*/
int removeType(string spitypeID);
// public:
// //--------------- SPIT Objects ---------------
// private:
// void parseReportSPITObject(Message::ReportObject &message);
// void parseRemoveSPITObject(Message::RemoveObject &message);
// int sendSPITObjectInternal(SObject *ptrObject);
public:
void parseReportObject(Message::ReportObject &message);
void parseRemoveObject(Message::RemoveObject &message);
int sendObjectInternal(SObject *sObject);
// public:
// /**
// * When the client changes a SPITObject (normally the client should not do this), then it should send the changes to the SPITServer.<br>
// * The SPITServer may discard the changes and an eventSPITObject occurs.<br>
// * @param spitObject the pointer to the changed SPITObject.
// * @return 0 = sended, -1 = not sended
// */
// bool changeSPITObject(SObject *spitObject);
// /**
// * When the client removes a SPITObject (normally the client should not do this), then he should send it to the SPITServer.<br>
// * The SPITServer may discard the deletion and an eventSPITObject occurs.<br>
// * @param objectID the id of the SPITObject to remove.
// * @return 0 = sended, -1 = not sended
// */
// int removeSPITObject(string objectID);
int removeObject(string objectID);
bool changeObject(SObject *sObject);
// public:
// //--------------- Play SPIT Objects ---------------
// private:
// void parsePlaySPITStart(Message::PlayStart &message);
// void parsePlaySPITObject(Message::PlayObject &message);
// void parsePlaySPITEnd(Message::PlayEnd &message);
// void parseReportPlayStatus(Message::ReportPlayStatus &message);
public:
void parsePlayStart(Message::PlayStart &message);
void parsePlayObject(Message::PlayObject &message);
void parsePlayEnd(Message::PlayEnd &message);
void parseReportPlayStatus(Message::ReportPlayStatus &message);
// public:
// //--------- Remote ----------
// void sendRemoteObject(string objectID, int valuePpm = 0, char valueFlag = 0x00);
void sendRemoteObject(string objectID, int valuePpm = 0, char valueFlag = 0x00);
// private:
// bool mAbortSearch{};
// bool sAnswered{};
// void answerWatchdog() {
// sAnswered = true;
// }
void resetConfirmedFlags() {
SType::setConfirmedFalse(mSpitTypes);
SObject::setConfirmedFalse(mSpitObjects);
}
// SpitRepo<SObject> mSpitObjects;
// SpitRepo<SObject> mRemoteSpitObjects;
public: // @todo remove
private:
SpitRepo<SObject> mSpitObjects;
SpitRepo<SType> mSpitTypes;
SpitRepo<SObject> mRemoteSpitObjects;
SpitRepo<SType> mRemoteSpitTypes;
};