PublicPrivateKey.h

#pragma once
#include "DLLInfo.h"
#if NDEVR_HAS_SSL
#include <NDEVR/Buffer.h>
struct ec_key_st;
struct ec_point_st;
namespace NDEVR
{
    class File;
    class PasswordString;
    class StringView;
    class UUID;
    class NDEVR_SECURITY_API PublicPrivateKey
    {
    public:
        PublicPrivateKey();
    #ifndef Q_OS_WASM
        PublicPrivateKey(File public_key, File private_key);
        PublicPrivateKey(File private_key, const PasswordString& password);
    #endif
        PublicPrivateKey(Buffer<uint01> public_key, Buffer<uint01> private_key);
        PublicPrivateKey(Buffer<uint01> private_key, const PasswordString& password);
        PublicPrivateKey(const StringView& name, const PasswordString& password);
        PublicPrivateKey(const StringView& name, const UUID& password);
        PublicPrivateKey(const sint04 id, const PasswordString& password);
        PublicPrivateKey(const PublicPrivateKey&) = delete;
        ~PublicPrivateKey();
    public:
    #ifndef Q_OS_WASM
        bool writePublicKey(File file) const;
        bool writePrivateKey(File file) const;
        bool writePrivateKey(File file, const PasswordString& password) const;
    #endif
        bool writePublicKey(Buffer<uint01>& data) const;
        bool writePrivateKey(Buffer<uint01>& data) const;
        bool writePrivateKey(Buffer<uint01>& data, const PasswordString& password) const;
        bool isValid() const;
        ec_point_st* generatePublicKey() const;
        HighCapacityBuffer<uint01> encodeMessage(const uint01* encoded, uint08 size) const;
        HighCapacityBuffer<uint01> decodeMessage(const uint01* encoded, uint08 size) const;
    private:
        bool m_is_private = false;
        ec_key_st* m_key = nullptr;
    };
}
#endif