HdlcdClientCleanup.h

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#ifndef HDLCD_CLIENT_CLEANUP_H
#define HDLCD_CLIENT_CLEANUP_H

#include "ConfigFrame.h"
#include <memory>

class HdlcdClientCleanup: public ConfigFrame {
public:
    static HdlcdClientCleanup Create() {
        HdlcdClientCleanup l_HdlcdClientCleanup;
        return l_HdlcdClientCleanup;
    }

    static std::shared_ptr<HdlcdClientCleanup> CreateDeserializedFrame() {
        auto l_HdlcdClientCleanup(std::shared_ptr<HdlcdClientCleanup>(new HdlcdClientCleanup));
        l_HdlcdClientCleanup->m_eDeserialize = DESERIALIZE_BODY;
        l_HdlcdClientCleanup->m_BytesRemaining = 1; // Next: consume the frame type byte
        return l_HdlcdClientCleanup;
    }

private:
    // Private CTOR
    HdlcdClientCleanup(): m_eDeserialize(DESERIALIZE_FULL) {
    }

    // Methods
    E_CONFIG_FRAME GetConfigFrameType() const { return CONFIG_FRAME_HDLCD_CLIENT_CLEANUP; }

    // Serializer
    const std::vector<unsigned char> Serialize() const {
        assert(m_eDeserialize == DESERIALIZE_FULL);
        std::vector<unsigned char> l_Buffer;
        l_Buffer.emplace_back(CONFIG_FRAME_HDLCD_CLIENT_CLEANUP);
        return l_Buffer;
    }

    // Deserializer
    bool Deserialize() {
        // All requested bytes are available
        switch (m_eDeserialize) {
        case DESERIALIZE_BODY: {
            // Deserialize the frame type byte
            assert(m_Buffer.size() == 1);
            assert(m_Buffer[0] == CONFIG_FRAME_HDLCD_CLIENT_CLEANUP);
            m_eDeserialize = DESERIALIZE_FULL;
            break;
        }
        case DESERIALIZE_ERROR:
        case DESERIALIZE_FULL:
        default:
            assert(false);
        } // switch

        // No error
        return true;
    }

    // Members
    typedef enum {
        DESERIALIZE_ERROR = 0,
        DESERIALIZE_BODY  = 1,
        DESERIALIZE_FULL  = 2
    } E_DESERIALIZE;
    E_DESERIALIZE m_eDeserialize;
};

#endif // HDLCD_CLIENT_CLEANUP_H