bitefficient_message_parser.h

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#ifndef FIPAACL_BITEFFICIENT_MESSAGE_PARSER_H
#define FIPAACL_BITEFFICIENT_MESSAGE_PARSER_H

#include <vector>
#include <string>

#include <fipa_acl/message_generator/acl_message.h>
#include <fipa_acl/message_generator/userdef_param.h>
#include <fipa_acl/message_generator/agent_id.h>

#include <fipa_acl/message_parser/types.h>

#include <fipa_acl/message_parser/message_parser.h>

namespace fipa { 

namespace acl {

class BitefficientMessageParser : public MessageParserImplementation
{
    public: 
        bool parseData(const std::string& storage, ACLMessage &msg);

        bool buildMessage(const Message& parsedMsg, ACLMessage &msg);

    private:
                void buildContent(const message::Parameter& param,ACLMessage &msg);
        
        void buildParameters(const std::vector<message::Parameter>& parsedParams,ACLMessage &msg);

        void buildPredefMessageParameters(const message::Parameter& param, ACLMessage &msg);

        void buildSender(const message::Parameter& param, ACLMessage &msg);

        AgentID buildAgentID(const AgentIdentifier& agent);

        void buildResolvers(const AgentIdentifier& agentIdentifier, AgentID& outAgentID);

        void buildAgentParameters(const AgentIdentifier& agentIdentifier, AgentID& outAgentID);

        UserdefParam buildUserdefParameter(const UserDefinedParameter& param);

        UserdefParam buildUserdefParameter(const message::Parameter& param);

        void buildReceiver(const message::Parameter& param, ACLMessage &msg);

        void buildReplyBy(const message::Parameter& param, ACLMessage &msg);

        void buildReplyTo(const message::Parameter& param, ACLMessage &msg);
};


}
}

#endif // FIPAACL_BITEFFICIENT_MESSAGE_PARSER_H