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msg.h

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/*
        Aseba - an event-based framework for distributed robot control
        Copyright (C) 2007--2012:
                Stephane Magnenat <stephane at magnenat dot net>
                (http://stephane.magnenat.net)
                and other contributors, see authors.txt for details
        
        This program is free software: you can redistribute it and/or modify
        it under the terms of the GNU Lesser General Public License as published
        by the Free Software Foundation, version 3 of the License.
        
        This program is distributed in the hope that it will be useful,
        but WITHOUT ANY WARRANTY; without even the implied warranty of
        MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE.  See the
        GNU Lesser General Public License for more details.
        
        You should have received a copy of the GNU Lesser General Public License
        along with this program. If not, see <http://www.gnu.org/licenses/>.
*/

#ifndef ASEBA_MSG
#define ASEBA_MSG

#include "../common/types.h"
#include "../common/consts.h"
#include "../compiler/compiler.h"
#include <vector>
#include <string>

namespace Dashel
{
        class Stream;
}

namespace Aseba
{

        class Message
        {
        public:
                uint16 source;
                uint16 type;
                
        public:
                Message(uint16 type);
                virtual ~Message();
                
                void serialize(Dashel::Stream* stream);
                static Message *receive(Dashel::Stream* stream);
                void dump(std::wostream &stream) const;
                void dumpBuffer(std::wostream &stream) const;
                
        protected:
                virtual void serializeSpecific() = 0;
                virtual void deserializeSpecific() = 0;
                virtual void dumpSpecific(std::wostream &stream) const = 0;
                virtual operator const char * () const { return "message super class"; }
        
        protected:
                template<typename T> void add(const T& val);
                template<typename T> T get();
                
        protected:
                std::vector<uint8> rawData;
                size_t readPos;
        };
        
        class UserMessage : public Message
        {
        public:
                typedef std::vector<sint16> DataVector;
                DataVector data;
        
        public:
                UserMessage() : Message(ASEBA_MESSAGE_INVALID) { }
                UserMessage(uint16 type, const DataVector& data = DataVector()) : Message(type), data(data) { }
                UserMessage(uint16 type, const sint16* data, const size_t length);
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "user message"; }
        };
        
        class BootloaderDescription : public Message
        {
        public:
                uint16 pageSize;
                uint16 pagesStart;
                uint16 pagesCount;
                
        public:
                BootloaderDescription() : Message(ASEBA_MESSAGE_BOOTLOADER_DESCRIPTION) { }
        
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "bootloader description"; }
        };
        
        class BootloaderDataRead : public Message
        {
        public:
                uint8 data[4];
                
        public:
                BootloaderDataRead() : Message(ASEBA_MESSAGE_BOOTLOADER_PAGE_DATA_READ) { }
        
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "bootloader page data read"; }
        };
        
        class BootloaderAck : public Message
        {
        public:
                enum ErrorTypes
                {
                        SUCCESS = 0,
                        ERROR_INVALID_FRAME_SIZE,
                        ERROR_PROGRAMMING_FAILED,
                        ERROR_NOT_PROGRAMMING
                };
                
        public:
                uint16 errorCode;
                uint16 errorAddress;
                
        public:
                BootloaderAck() : Message(ASEBA_MESSAGE_BOOTLOADER_ACK) { }
        
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "bootloader ack"; }
        };
        
        class GetDescription : public Message
        {
        public:
                uint16 version;
                
        public:
                GetDescription() : Message(ASEBA_MESSAGE_GET_DESCRIPTION), version(ASEBA_PROTOCOL_VERSION) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &) const;
                virtual operator const char * () const { return "presence"; }
        };
        
        class Description : public Message, public TargetDescription
        {
        public:
                Description() : Message(ASEBA_MESSAGE_DESCRIPTION) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "description"; }
        };
        
        class NamedVariableDescription : public Message, public TargetDescription::NamedVariable
        {
        public:
                NamedVariableDescription() : Message(ASEBA_MESSAGE_NAMED_VARIABLE_DESCRIPTION) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "named variable"; }
        };
        
        class LocalEventDescription : public Message, public TargetDescription::LocalEvent
        {
        public:
                LocalEventDescription() : Message(ASEBA_MESSAGE_LOCAL_EVENT_DESCRIPTION) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "local event"; }
        };
        
        class NativeFunctionDescription : public Message, public TargetDescription::NativeFunction
        {
        public:
                NativeFunctionDescription() : Message(ASEBA_MESSAGE_NATIVE_FUNCTION_DESCRIPTION) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "native function description"; }
        };
        
        class Disconnected : public Message
        {
        public:
                Disconnected() : Message(ASEBA_MESSAGE_DISCONNECTED) { }
                
        protected:
                virtual void serializeSpecific() {}
                virtual void deserializeSpecific() {}
                virtual void dumpSpecific(std::wostream &) const {}
                virtual operator const char * () const { return "disconnected"; }
        };
        
        class Variables : public Message
        {
        public:
                uint16 start;
                std::vector<sint16> variables;
                
        public:
                Variables() : Message(ASEBA_MESSAGE_VARIABLES) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "variables"; }
        };
        
        class ArrayAccessOutOfBounds : public Message
        {
        public:
                uint16 pc;
                uint16 size;
                uint16 index;
                
        public:
                ArrayAccessOutOfBounds() : Message(ASEBA_MESSAGE_ARRAY_ACCESS_OUT_OF_BOUNDS) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "array access out of bounds"; }
        };
        
        class DivisionByZero : public Message
        {
        public:
                uint16 pc;
                
        public:
                DivisionByZero() : Message(ASEBA_MESSAGE_DIVISION_BY_ZERO) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "division by zero"; }
        };
        
        class EventExecutionKilled : public Message
        {
        public:
                uint16 pc;
                
        public:
                EventExecutionKilled() : Message(ASEBA_MESSAGE_EVENT_EXECUTION_KILLED) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "event execution killed"; }
        };
        
        class NodeSpecificError : public Message
        {
        public:
                uint16 pc;
                std::wstring message;
                
        public:
                NodeSpecificError() : Message(ASEBA_MESSAGE_NODE_SPECIFIC_ERROR) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &) const;
                virtual operator const char * () const { return "node specific error"; }
        };
        
        class ExecutionStateChanged : public Message
        {
        public:
                uint16 pc;
                uint16 flags;
                
        public:
                ExecutionStateChanged() : Message(ASEBA_MESSAGE_EXECUTION_STATE_CHANGED) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "execution state"; }
        };
        
        class BreakpointSetResult : public Message
        {
        public:
                uint16 pc;
                uint16 success;
                
        public:
                BreakpointSetResult() : Message(ASEBA_MESSAGE_BREAKPOINT_SET_RESULT) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "breakpoint set result"; }
        };
        
        class CmdMessage : public Message
        {
        public:
                uint16 dest;
        
        public:
                CmdMessage(uint16 type, uint16 dest) : Message(type), dest(dest) { }
                
        protected:      
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "command message super class"; }
        };
        
        class BootloaderReset : public CmdMessage
        {
        public:
                BootloaderReset() : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_RESET, ASEBA_DEST_INVALID) { }
                BootloaderReset(uint16 dest) : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_RESET, dest) { }
        
        protected:
                virtual operator const char * () const { return "bootloader reset"; }
        };
        
        class BootloaderReadPage : public CmdMessage
        {
        public:
                uint16 pageNumber;
                
        public:
                BootloaderReadPage() : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_READ_PAGE, ASEBA_DEST_INVALID) { }
                BootloaderReadPage(uint16 dest) : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_READ_PAGE, dest) { }
        
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "bootloader read page"; }
        };
        
        class BootloaderWritePage : public CmdMessage
        {
        public:
                uint16 pageNumber;
                
        public:
                BootloaderWritePage() : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_WRITE_PAGE, ASEBA_DEST_INVALID) { }
                BootloaderWritePage(uint16 dest) : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_WRITE_PAGE, dest) { }
        
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "bootloader write page"; }
        };
        
        class BootloaderPageDataWrite : public CmdMessage
        {
        public:
                uint8 data[4];
                
        public:
                BootloaderPageDataWrite() : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_PAGE_DATA_WRITE, ASEBA_DEST_INVALID) { }
                BootloaderPageDataWrite(uint16 dest) : CmdMessage(ASEBA_MESSAGE_BOOTLOADER_PAGE_DATA_WRITE, dest) { }
        
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "bootloader page data write"; }
        };
        
        class SetBytecode : public CmdMessage
        {
        public:
                uint16 start;
                std::vector<uint16> bytecode;
                
        public:
                SetBytecode() : CmdMessage(ASEBA_MESSAGE_SET_BYTECODE, ASEBA_DEST_INVALID), start(0) { }
                SetBytecode(uint16 dest, uint16 start) : CmdMessage(ASEBA_MESSAGE_SET_BYTECODE, dest), start(start) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "set bytecode"; }
        };
        
        void sendBytecode(Dashel::Stream* stream, uint16 dest, const std::vector<uint16>& bytecode);
        void sendBytecode(std::vector<Message*>& messagesVector, uint16 dest, const std::vector<uint16>& bytecode);
        
        class Reset : public CmdMessage
        {
        public:
                Reset() : CmdMessage(ASEBA_MESSAGE_RESET, ASEBA_DEST_INVALID) { }
                Reset(uint16 dest) : CmdMessage(ASEBA_MESSAGE_RESET, dest) { }
                
        protected:
                virtual operator const char * () const { return "reset"; }
        };
        
        class Run : public CmdMessage
        {
        public:
                Run() : CmdMessage(ASEBA_MESSAGE_RUN, ASEBA_DEST_INVALID) { }
                Run(uint16 dest) : CmdMessage(ASEBA_MESSAGE_RUN, dest) { }
                
        protected:
                virtual operator const char * () const { return "run"; }
        };
        
        class Pause : public CmdMessage
        {
        public:
                Pause() : CmdMessage(ASEBA_MESSAGE_PAUSE, ASEBA_DEST_INVALID) { }
                Pause(uint16 dest) : CmdMessage(ASEBA_MESSAGE_PAUSE, dest) { }
                
        protected:
                virtual operator const char * () const { return "pause"; }
        };
        
        class Step : public CmdMessage
        {
        public:
                Step() : CmdMessage(ASEBA_MESSAGE_STEP, ASEBA_DEST_INVALID) { }
                Step(uint16 dest) : CmdMessage(ASEBA_MESSAGE_STEP, dest) { }
                
        protected:
                virtual operator const char * () const { return "step"; }
        };
        
        class Stop : public CmdMessage
        {
        public:
                Stop() : CmdMessage(ASEBA_MESSAGE_STOP, ASEBA_DEST_INVALID) { }
                Stop(uint16 dest) : CmdMessage(ASEBA_MESSAGE_STOP, dest) { }
                
        protected:
                virtual operator const char * () const { return "stop"; }
        };
        
        class GetExecutionState : public CmdMessage
        {
        public:
                GetExecutionState() : CmdMessage(ASEBA_MESSAGE_GET_EXECUTION_STATE, ASEBA_DEST_INVALID) { }
                GetExecutionState(uint16 dest) : CmdMessage(ASEBA_MESSAGE_GET_EXECUTION_STATE, dest) { }
                
        protected:
                virtual operator const char * () const { return "get execution state"; }
        };
        
        class BreakpointSet : public CmdMessage
        {
        public:
                uint16 pc;
                
        public:
                BreakpointSet() : CmdMessage(ASEBA_MESSAGE_BREAKPOINT_SET, ASEBA_DEST_INVALID) { }
                BreakpointSet(uint16 dest) : CmdMessage(ASEBA_MESSAGE_BREAKPOINT_SET, dest) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "breakpoint set"; }
        };
        
        class BreakpointClear : public CmdMessage
        {
        public:
                uint16 pc;
                
        public:
                BreakpointClear() : CmdMessage(ASEBA_MESSAGE_BREAKPOINT_CLEAR, ASEBA_DEST_INVALID) { }
                BreakpointClear(uint16 dest) : CmdMessage(ASEBA_MESSAGE_BREAKPOINT_CLEAR, dest) { }
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "breakpoint clear"; }
        };
        
        class BreakpointClearAll : public CmdMessage
        {
        public:
                BreakpointClearAll() : CmdMessage(ASEBA_MESSAGE_BREAKPOINT_CLEAR_ALL, ASEBA_DEST_INVALID) { }
                BreakpointClearAll(uint16 dest) : CmdMessage(ASEBA_MESSAGE_BREAKPOINT_CLEAR_ALL, dest) { }
                
        protected:
                virtual operator const char * () const { return "breakpoint clear all"; }
        };
        
        class GetVariables : public CmdMessage
        {
        public:
                uint16 start;
                uint16 length;
                
        public:
                GetVariables() : CmdMessage(ASEBA_MESSAGE_GET_VARIABLES, ASEBA_DEST_INVALID) { }
                GetVariables(uint16 dest, uint16 start, uint16 length);
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "get variables"; }
        };
        
        class SetVariables : public CmdMessage
        {
        public:
                uint16 start;
                typedef std::vector<sint16> VariablesVector;
                VariablesVector variables;
                
        public:
                SetVariables() : CmdMessage(ASEBA_MESSAGE_SET_VARIABLES, ASEBA_DEST_INVALID) { }
                SetVariables(uint16 dest, uint16 start, const VariablesVector& variables);
                
        protected:
                virtual void serializeSpecific();
                virtual void deserializeSpecific();
                virtual void dumpSpecific(std::wostream &stream) const;
                virtual operator const char * () const { return "set variables"; }
        };
        
        class WriteBytecode : public CmdMessage
        {
        public:
                WriteBytecode() : CmdMessage(ASEBA_MESSAGE_WRITE_BYTECODE, ASEBA_DEST_INVALID) { }
                WriteBytecode(uint16 dest) : CmdMessage(ASEBA_MESSAGE_WRITE_BYTECODE, dest) { }
                
        protected:
                virtual operator const char * () const { return "save bytecode"; }
        };
        
        class Reboot : public CmdMessage
        {
        public:
                Reboot() : CmdMessage(ASEBA_MESSAGE_REBOOT, ASEBA_DEST_INVALID) { }
                Reboot(uint16 dest) : CmdMessage(ASEBA_MESSAGE_REBOOT, dest) { }
                
        protected:
                virtual operator const char * () const { return "reboot"; }
        };
        
        class Sleep : public CmdMessage
        {
        public:
                Sleep() : CmdMessage(ASEBA_MESSAGE_SUSPEND_TO_RAM, ASEBA_DEST_INVALID) { }
                Sleep(uint16 dest) : CmdMessage(ASEBA_MESSAGE_SUSPEND_TO_RAM, dest) { }
        
        protected:
                virtual operator const char * () const { return "sleep"; }
        };
        
}

#endif

---

aseba
Author(s): Stéphane Magnenat
autogenerated on Sat Mar 2 12:31:37 2013