openmw/components/interpreter/installopcodes.cpp

#include "installopcodes.hpp"

#include <functional>

#include "interpreter.hpp"
#include "genericopcodes.hpp"
#include "localopcodes.hpp"
#include "mathopcodes.hpp"
#include "controlopcodes.hpp"
#include "miscopcodes.hpp"

namespace Interpreter
{
    void installOpcodes (Interpreter& interpreter)
    {
        // generic
        interpreter.installSegment0 (0, new OpPushInt);
        interpreter.installSegment5 (3, new OpIntToFloat);
        interpreter.installSegment5 (6, new OpFloatToInt);
        interpreter.installSegment5 (7, new OpNegateInt);
        interpreter.installSegment5 (8, new OpNegateFloat);
        interpreter.installSegment5 (17, new OpIntToFloat1);
        interpreter.installSegment5 (18, new OpFloatToInt1);
                    
        // local variables & literals
        interpreter.installSegment5 (0, new OpStoreLocalShort);
        interpreter.installSegment5 (1, new OpStoreLocalLong);
        interpreter.installSegment5 (2, new OpStoreLocalFloat);        
        interpreter.installSegment5 (4, new OpFetchIntLiteral);            
        interpreter.installSegment5 (5, new OpFetchFloatLiteral);  
        interpreter.installSegment5 (21, new OpFetchLocalShort);
        interpreter.installSegment5 (22, new OpFetchLocalLong);
        interpreter.installSegment5 (23, new OpFetchLocalFloat); 
                
        // math
        interpreter.installSegment5 (9, new OpAddInt<Type_Integer>);
        interpreter.installSegment5 (10, new OpAddInt<Type_Float>);
        interpreter.installSegment5 (11, new OpSubInt<Type_Integer>);
        interpreter.installSegment5 (12, new OpSubInt<Type_Float>);
        interpreter.installSegment5 (13, new OpMulInt<Type_Integer>);
        interpreter.installSegment5 (14, new OpMulInt<Type_Float>);
        interpreter.installSegment5 (15, new OpDivInt<Type_Integer>);
        interpreter.installSegment5 (16, new OpDivInt<Type_Float>);
        interpreter.installSegment5 (19, new OpSquareRoot);   
        interpreter.installSegment5 (26, 
            new OpCompare<Type_Integer, std::equal_to<Type_Integer> >);     
        interpreter.installSegment5 (27, 
            new OpCompare<Type_Integer, std::not_equal_to<Type_Integer> >);     
        interpreter.installSegment5 (28, 
            new OpCompare<Type_Integer, std::less<Type_Integer> >);     
        interpreter.installSegment5 (29, 
            new OpCompare<Type_Integer, std::less_equal<Type_Integer> >);     
        interpreter.installSegment5 (30, 
            new OpCompare<Type_Integer, std::greater<Type_Integer> >);     
        interpreter.installSegment5 (31, 
            new OpCompare<Type_Integer, std::greater_equal<Type_Integer> >);     
            
        interpreter.installSegment5 (32, 
            new OpCompare<Type_Float, std::equal_to<Type_Float> >);     
        interpreter.installSegment5 (33, 
            new OpCompare<Type_Float, std::not_equal_to<Type_Float> >);     
        interpreter.installSegment5 (34, 
            new OpCompare<Type_Float, std::less<Type_Float> >);     
        interpreter.installSegment5 (35, 
            new OpCompare<Type_Float, std::less_equal<Type_Float> >);     
        interpreter.installSegment5 (36, 
            new OpCompare<Type_Float, std::greater<Type_Float> >);     
        interpreter.installSegment5 (37, 
            new OpCompare<Type_Float, std::greater_equal<Type_Float> >); 
                    
        // control structures
        interpreter.installSegment5 (20, new OpReturn);        
        interpreter.installSegment5 (24, new OpSkipZero);
        interpreter.installSegment5 (25, new OpSkipNonZero);
        interpreter.installSegment0 (1, new OpJumpForward);
        interpreter.installSegment0 (2, new OpJumpBackward);
        
        // misc
        interpreter.installSegment3 (0, new OpMessageBox);        
    }
}