int2ssl/FalloutScriptDump.cpp

#include "stdafx.h"
#include "FalloutScript.h"

// CFalloutScript
void CFalloutScript::Dump(CArchive& ar)
{
    ar.WriteString("============== Procedures table ==================\n");
    ar.WriteString("\n");
    m_ProcTable.Dump(ar);
    ar.WriteString("\n");
    ar.WriteString("\n");

    ar.WriteString("============== Namespace ==================\n");
    m_Namespace.Dump(ar);
    ar.WriteString("\n");
    ar.WriteString("\n");

    ar.WriteString("============== Stringspace ==================\n");
    m_Stringspace.Dump(ar);
    ar.WriteString("\n");
    ar.WriteString("\n");


    CString strOutLine;
    WORD wOperator;
    ULONG ulArgument = 0;

    ar.WriteString("============== Global variables values ==================\n");

    if (m_GlobalVar.IsEmpty())
    {
        ar.WriteString("Not found\n");
    }
    else
    {
        for(unsigned int i = 0; i < m_GlobalVar.GetSize(); i++)
        {
            wOperator = m_GlobalVar.at(i).GetOperator();
            ulArgument = m_GlobalVar.at(i).GetArgument();

            switch(wOperator)
            {
                case COpcode::O_STRINGOP:
                case COpcode::O_INTOP:
                    strOutLine.Format("%d: %s(0x%08x)   // %u (%d)\n", 
                                    i,
                                    m_GlobalVar.at(i).GetAttributes().m_strMnemonic.c_str(),
                                    ulArgument,
                                    ulArgument,
                                    ulArgument);
                    ar.WriteString(strOutLine);
                    break;

                case COpcode::O_FLOATOP:
                    strOutLine.Format("%d: %s(0x%08x)   // %05f\n", 
                                    i,
                                    m_GlobalVar.at(i).GetAttributes().m_strMnemonic.c_str(),
                                    ulArgument,
                                    *((float*)(&ulArgument)));
                    ar.WriteString(strOutLine);
            }
        }
    }

    ar.WriteString("\n");
    ar.WriteString("\n");

    ar.WriteString("============== Exported variables ==================\n");

    if (m_ExportedVarValue.IsEmpty()) {
        ar.WriteString("Not found\n");
    }
    else {
        for(INT_PTR i = 0; i < m_ExportedVarValue.GetSize(); i += 2) {
            wOperator = m_ExportedVarValue.at(i).GetOperator();
            ulArgument = m_ExportedVarValue.at(i).GetArgument();
            ULONG ulNameArgument = m_ExportedVarValue.at(i + 1).GetArgument();

            switch(wOperator) {
                case COpcode::O_STRINGOP:
                    strOutLine.Format("%s := \"%s\"\n", 
                                    m_Namespace[ulNameArgument].c_str(),
                                    m_Stringspace[ulArgument].c_str());
                    ar.WriteString(strOutLine);
                    break;

                case COpcode::O_INTOP:
                    strOutLine.Format("%s := %u (%d)\n", 
                                    m_Namespace[ulNameArgument].c_str(),
                                    ulArgument,
                                    ulArgument); 
                    ar.WriteString(strOutLine);
                    break;

                case COpcode::O_FLOATOP:
                    strOutLine.Format("%s := %05f\n", 
                                    m_Namespace[ulNameArgument].c_str(),
                                    *((float*)(&ulArgument)));
                    ar.WriteString(strOutLine);
            }
        }
    }

    ar.WriteString("\n");
    ar.WriteString("\n");

    ar.WriteString("============== Procedures ==================\n");
    ar.WriteString("\n");

    for(INT_PTR nIndexOfProc = 0; nIndexOfProc < m_ProcTable.GetSize(); nIndexOfProc++) {
        strOutLine.Format("%d: %s (0x%08x)\n", nIndexOfProc,
                                               m_Namespace[m_ProcTable[nIndexOfProc].m_ulNameOffset].c_str(),
                                               m_ProcTable[nIndexOfProc].m_ulBodyOffset
                );
        ar.WriteString(strOutLine);
        ar.WriteString("===============================\n");

        for(INT_PTR i = 0; i < m_ProcBodies.at(nIndexOfProc).GetSize(); i++) {
            wOperator = m_ProcBodies.at(nIndexOfProc).at(i).m_Opcode.GetOperator();
            ulArgument = m_ProcBodies.at(nIndexOfProc).at(i).m_Opcode.GetArgument();

            switch(wOperator) {
                case COpcode::O_STRINGOP:
                case COpcode::O_INTOP:
                    strOutLine.Format("0x%08X: 0x%04X 0x%08x - %s(0x%08x)   // %u (%d)\n", 
                                      m_ProcBodies.at(nIndexOfProc).at(i).m_ulOffset,
                                      wOperator,
                                      ulArgument,
                                      m_ProcBodies.at(nIndexOfProc).at(i).m_Opcode.GetAttributes().m_strMnemonic.c_str(),
                                      ulArgument,
                                      ulArgument,
                                      ulArgument);
                    ar.WriteString(strOutLine);
                    break;

                case COpcode::O_FLOATOP:
                    strOutLine.Format("0x%08X: 0x%04X 0x%08X - %s // %05f\n",
                                      m_ProcBodies.at(nIndexOfProc).at(i).m_ulOffset,
                                      wOperator,
                                      ulArgument,
                                      m_ProcBodies.at(nIndexOfProc).at(i).m_Opcode.GetAttributes().m_strMnemonic.c_str(),
                                      *((float*)(&ulArgument)));
                    ar.WriteString(strOutLine);
                    break;

                default:
                    strOutLine.Format("0x%08X: 0x%04X            - %s\n", 
                                      m_ProcBodies.at(nIndexOfProc).at(i).m_ulOffset,
                                      wOperator, 
                                      m_ProcBodies.at(nIndexOfProc).at(i).m_Opcode.GetAttributes().m_strMnemonic.c_str());
                    ar.WriteString(strOutLine);
            }
        }

        ar.WriteString("\n");
    }
}