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/*************************************** |
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Auteur : Pierre Aubert |
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Mail : pierre.aubert@lapp.in2p3.fr |
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Licence : CeCILL-C |
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****************************************/ |
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#ifndef __REPRESENTATION_H__ |
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#define __REPRESENTATION_H__ |
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#include "phoenix_data_stream.h" |
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#include "PString.h" |
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#include "MessageType.h" |
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#include "data_all.h" |
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#include "phoenix_type_stream.h" |
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///@brief Basic Data exchanged in the swarm |
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class Data{ |
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public: |
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Data(); |
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Data(const Data & other); |
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virtual ~Data(); |
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Data & operator = (const Data & other); |
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void setName(const PString & name); |
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void setDescription(const PString & description); |
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void setType(const PString & type); |
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void setValue(const DataStreamMsg & value); |
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const PString & getName() const; |
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PString & getName(); |
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const PString & getDescription() const; |
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PString & getDescription(); |
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const PString & getType() const; |
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PString & getType(); |
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const DataStreamMsg & getValue() const; |
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DataStreamMsg & getValue(); |
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///Load the current Data with a stream |
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/** @param[out] ds : stream to be used |
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* @return true on success, false otherwise |
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*/ |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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bool readWriteStream(Stream & ds){ |
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bool b(true); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_name); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_description); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_type); |
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b &= DataStream<Stream, Mode, DataStreamMsg >::data_stream(ds, p_value); |
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return b; |
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} |
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protected: |
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void copyData(const Data & other); |
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private: |
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void initialisationData(); |
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///Name of the Data |
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PString p_name; |
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///Description of the Data |
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PString p_description; |
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///Type of the Data |
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PString p_type; |
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///Value of the Data |
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DataStreamMsg p_value; |
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}; |
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///@brief Generic Data serialisation/deserialisation, load/save and size function |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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struct DataStream<Stream, Mode, Data>{ |
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///Generic function to load/save/serialise/deserialise Data |
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/** @param data : Data to be used |
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* @return true on success, false otherwise |
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*/ |
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static bool data_stream(Stream & ds, Data & data){ |
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return data.readWriteStream<Stream, Mode>(ds); |
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} |
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}; |
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template<> |
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std::string phoenix_getTypeName<Data>(); |
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///@brief Basic function which can be called from an other Daemon |
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class Function{ |
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public: |
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Function(); |
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Function(const Function & other); |
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virtual ~Function(); |
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Function & operator = (const Function & other); |
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void setName(const PString & name); |
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void setDescription(const PString & description); |
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void setVecParam(const std::vector<Data> & vecParam); |
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void setReturnValue(const Data & returnValue); |
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const PString & getName() const; |
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PString & getName(); |
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const PString & getDescription() const; |
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PString & getDescription(); |
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const std::vector<Data> & getVecParam() const; |
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std::vector<Data> & getVecParam(); |
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const Data & getReturnValue() const; |
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Data & getReturnValue(); |
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///Load the current Function with a stream |
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/** @param[out] ds : stream to be used |
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* @return true on success, false otherwise |
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*/ |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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bool readWriteStream(Stream & ds){ |
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bool b(true); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_name); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_description); |
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b &= DataStream<Stream, Mode, std::vector<Data> >::data_stream(ds, p_vecParam); |
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b &= DataStream<Stream, Mode, Data >::data_stream(ds, p_returnValue); |
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return b; |
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} |
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protected: |
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void copyFunction(const Function & other); |
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private: |
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void initialisationFunction(); |
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///Name of the Function |
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PString p_name; |
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///Description of the Function |
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PString p_description; |
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///Vector of parameters of the Function |
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std::vector<Data> p_vecParam; |
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///Return value of the Function |
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Data p_returnValue; |
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}; |
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///@brief Generic Function serialisation/deserialisation, load/save and size function |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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struct DataStream<Stream, Mode, Function>{ |
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///Generic function to load/save/serialise/deserialise Function |
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/** @param data : Function to be used |
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* @return true on success, false otherwise |
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*/ |
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static bool data_stream(Stream & ds, Function & data){ |
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return data.readWriteStream<Stream, Mode>(ds); |
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} |
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}; |
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template<> |
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std::string phoenix_getTypeName<Function>(); |
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///@brief Message exchanged by Daemons |
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class Message{ |
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public: |
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Message(); |
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Message(const Message & other); |
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virtual ~Message(); |
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Message & operator = (const Message & other); |
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void setSendTime(const time_t & sendTime); |
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void setId(size_t id); |
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void setIsConfirmationNeeded(bool isConfirmationNeeded); |
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void setSender(const PString & sender); |
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void setVecRecver(const std::vector<PString> & vecRecver); |
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void setType(const MessageType::MessageType & type); |
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void setData(const Data & data); |
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const time_t & getSendTime() const; |
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time_t & getSendTime(); |
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size_t getId() const; |
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size_t & getId(); |
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bool getIsConfirmationNeeded() const; |
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bool & getIsConfirmationNeeded(); |
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const PString & getSender() const; |
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PString & getSender(); |
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const std::vector<PString> & getVecRecver() const; |
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std::vector<PString> & getVecRecver(); |
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const MessageType::MessageType & getType() const; |
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MessageType::MessageType & getType(); |
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const Data & getData() const; |
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Data & getData(); |
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///Load the current Message with a stream |
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/** @param[out] ds : stream to be used |
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* @return true on success, false otherwise |
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*/ |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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bool readWriteStream(Stream & ds){ |
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bool b(true); |
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b &= DataStream<Stream, Mode, time_t >::data_stream(ds, p_sendTime); |
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b &= DataStream<Stream, Mode, size_t >::data_stream(ds, p_id); |
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b &= DataStream<Stream, Mode, bool >::data_stream(ds, p_isConfirmationNeeded); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_sender); |
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b &= DataStream<Stream, Mode, std::vector<PString> >::data_stream(ds, p_vecRecver); |
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b &= DataStream<Stream, Mode, MessageType::MessageType >::data_stream(ds, p_type); |
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b &= DataStream<Stream, Mode, Data >::data_stream(ds, p_data); |
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return b; |
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} |
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protected: |
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void copyMessage(const Message & other); |
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private: |
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void initialisationMessage(); |
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///Time when the message was sent |
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time_t p_sendTime; |
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///Id of the message (will be usefull to trigger method when a transmission is confirmed) |
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size_t p_id; |
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///True if the MESSAGE_CONFIRMATION is needed |
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bool p_isConfirmationNeeded; |
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///Address of the Daemon which sends the message |
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PString p_sender; |
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///Addresses of Daemons which recieve the message |
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std::vector<PString> p_vecRecver; |
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///Type of the message |
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MessageType::MessageType p_type; |
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///Data in the message |
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Data p_data; |
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}; |
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///@brief Generic Message serialisation/deserialisation, load/save and size function |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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struct DataStream<Stream, Mode, Message>{ |
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///Generic function to load/save/serialise/deserialise Message |
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/** @param data : Message to be used |
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* @return true on success, false otherwise |
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*/ |
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static bool data_stream(Stream & ds, Message & data){ |
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return data.readWriteStream<Stream, Mode>(ds); |
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} |
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}; |
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template<> |
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std::string phoenix_getTypeName<Message>(); |
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///@brief All latency data between the current Daemon and one Daemon of the Swarm |
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class DaemonLatency{ |
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public: |
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DaemonLatency(); |
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DaemonLatency(const DaemonLatency & other); |
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virtual ~DaemonLatency(); |
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DaemonLatency & operator = (const DaemonLatency & other); |
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void setVecLatency(const std::vector<time_t> & vecLatency); |
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void setNbMaxLatency(size_t nbMaxLatency); |
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const std::vector<time_t> & getVecLatency() const; |
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std::vector<time_t> & getVecLatency(); |
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size_t getNbMaxLatency() const; |
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size_t & getNbMaxLatency(); |
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///Load the current DaemonLatency with a stream |
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/** @param[out] ds : stream to be used |
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* @return true on success, false otherwise |
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*/ |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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bool readWriteStream(Stream & ds){ |
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bool b(true); |
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b &= DataStream<Stream, Mode, std::vector<time_t> >::data_stream(ds, p_vecLatency); |
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b &= DataStream<Stream, Mode, size_t >::data_stream(ds, p_nbMaxLatency); |
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return b; |
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} |
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protected: |
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void copyDaemonLatency(const DaemonLatency & other); |
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private: |
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void initialisationDaemonLatency(); |
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///Vector of measured latencies between the current Daemon |
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std::vector<time_t> p_vecLatency; |
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///Maximum number of latencies to be retained to make plots |
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size_t p_nbMaxLatency; |
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}; |
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///@brief Generic DaemonLatency serialisation/deserialisation, load/save and size function |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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struct DataStream<Stream, Mode, DaemonLatency>{ |
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///Generic function to load/save/serialise/deserialise DaemonLatency |
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/** @param data : DaemonLatency to be used |
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* @return true on success, false otherwise |
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*/ |
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static bool data_stream(Stream & ds, DaemonLatency & data){ |
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return data.readWriteStream<Stream, Mode>(ds); |
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} |
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}; |
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template<> |
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std::string phoenix_getTypeName<DaemonLatency>(); |
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///@brief Describe a Daemon of the Swarm |
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class DaemonConfig{ |
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public: |
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DaemonConfig(); |
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DaemonConfig(const DaemonConfig & other); |
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virtual ~DaemonConfig(); |
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DaemonConfig & operator = (const DaemonConfig & other); |
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void setHostName(const PString & hostName); |
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void setRecievingPort(size_t recievingPort); |
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void setName(const PString & name); |
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void setDescription(const PString & description); |
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void setLatency(const DaemonLatency & latency); |
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const PString & getHostName() const; |
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PString & getHostName(); |
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size_t getRecievingPort() const; |
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size_t & getRecievingPort(); |
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const PString & getName() const; |
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PString & getName(); |
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const PString & getDescription() const; |
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PString & getDescription(); |
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const DaemonLatency & getLatency() const; |
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DaemonLatency & getLatency(); |
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///Load the current DaemonConfig with a stream |
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/** @param[out] ds : stream to be used |
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* @return true on success, false otherwise |
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*/ |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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bool readWriteStream(Stream & ds){ |
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bool b(true); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_hostName); |
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b &= DataStream<Stream, Mode, size_t >::data_stream(ds, p_recievingPort); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_name); |
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b &= DataStream<Stream, Mode, PString >::data_stream(ds, p_description); |
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b &= DataStream<Stream, Mode, DaemonLatency >::data_stream(ds, p_latency); |
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return b; |
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} |
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protected: |
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void copyDaemonConfig(const DaemonConfig & other); |
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private: |
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void initialisationDaemonConfig(); |
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///Name of the host where the daemon is running |
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PString p_hostName; |
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///Port which is used by the Daemon to recieve messages |
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size_t p_recievingPort; |
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///Name of the Daemon |
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PString p_name; |
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///Description of the Daemon |
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PString p_description; |
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///Latency of this Daemon compare to the current Daemon (the one which own the Map of Daemon) |
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DaemonLatency p_latency; |
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}; |
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///@brief Generic DaemonConfig serialisation/deserialisation, load/save and size function |
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template<typename Stream, DataStreamMode::DataStreamMode Mode> |
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struct DataStream<Stream, Mode, DaemonConfig>{ |
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///Generic function to load/save/serialise/deserialise DaemonConfig |
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/** @param data : DaemonConfig to be used |
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* @return true on success, false otherwise |
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*/ |
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static bool data_stream(Stream & ds, DaemonConfig & data){ |
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return data.readWriteStream<Stream, Mode>(ds); |
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} |
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}; |
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template<> |
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std::string phoenix_getTypeName<DaemonConfig>(); |
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#endif |
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