#pragma once
#include <string>

#define MAX_PROCEDURES 128
#define MAX_PROCEDURE_NAME_LEN 128
#define MAX_CALLBACKS 10

struct RyujinObfuscatorProcs {
    int procedureCount;
    char procedures[MAX_PROCEDURES][MAX_PROCEDURE_NAME_LEN];
};

using RyujinCallback = void (*)(RyujinProcedure*);

struct RyujinCallbacks {
    int callbackCount;
    RyujinCallback callbacks[MAX_CALLBACKS]; // Array de ponteiros de função
};

class RyuJinConfigInternal {

public:
    std::vector<std::string> m_strdProceduresToObfuscate; // Names of the procedures to obfuscate

};

class RyujinObfuscatorConfig {

public:
    bool m_isRandomSection; // Randomize the name of the new section with the processed code -> ".Ryujin" standard
    bool m_isVirtualized; // Virtualize the code [Try as much as possible]
    bool m_isIatObfuscation; //Process IAT Obfuscation
    bool m_isJunkCode; // Insert junk code to confuse
    bool m_isIgnoreOriginalCodeRemove; // Do not remove the original code after processing (replace the original instructions with NOPs)
    bool m_isEncryptObfuscatedCode; // The user wants to encrypt all obfuscated code to avoid detection
    bool m_isAntiDebug; // The user wants to avoid debuggers use while running a binary protected by Ryujin
    bool m_isTrollRerversers; // The user wants to trick and use a special feature to troll reversers when their debugs be detected making they loose all the progress
    bool m_isAntiDump; // Enable Anti Dump technic for Ryujin protected binary
    bool m_isMemoryProtection; // Memory CRC32 protection
    bool m_isHVPass; // Run some features of ryujin using Microsoft Hypervisor Framework API
    bool m_isMutateMiniVM; // Perform the mutation and add full junk code to the Ryujin MiniVM stub, regardless of whether it’s the normal version or the HV pass.
    RyujinObfuscatorProcs m_strProceduresToObfuscate; // Names of the procedures to obfuscate
    RyujinCallbacks m_callbacks; // Ryujin Custom Pass Callbacks

};