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#ifndef INCLUDED_CTL_SIMD_FUNCTION_CALL_H
#define INCLUDED_CTL_SIMD_FUNCTION_CALL_H

//-----------------------------------------------------------------------------
//
//	class SimdFunctionCall, class SimdFunctionArg
//
//-----------------------------------------------------------------------------

#include <CtlFunctionCall.h>
#include <CtlSimdXContext.h>
#include <CtlSimdType.h>
#include <CtlSimdAddr.h>
#include <CtlSimdReg.h>
#include <string>
#include <vector>

namespace Ctl {

class SimdInterpreter;


class SimdFunctionCall: public FunctionCall
{
  public:

    SimdFunctionCall (SimdInterpreter &interpreter,
		      const std::string &name,
		      FunctionTypePtr type,
		      SimdInstAddrPtr addr,
		      SymbolTable &symbols);

    virtual void		callFunction (size_t numSamples);

    virtual SimdXContext *	xContext()	{return &_xcontext;}
    virtual SymbolTable &	symbols()	{return _symbols;}

  private:
    SimdXContext	_xcontext;
    const SimdInst *	_entryPoint;
    SymbolTable &	_symbols;
};


class SimdFunctionArg: public FunctionArg
{
  public:

    SimdFunctionArg (const std::string &name,
		     FunctionCall* func,
		     const DataTypePtr &type,
		     bool varying,
		     SimdReg *reg);

    virtual ~SimdFunctionArg ();

    virtual void        setVarying(bool varying);

	virtual size_t  elements(void) const;

    virtual char *	data ();
    virtual bool	hasDefaultValue ();
    virtual void	setDefaultValue ();

    SimdReg *	        reg () {return _reg;}

  private:

    SimdReg		*_reg;
    SimdReg             *_defaultReg;
};

typedef RcPtr <SimdFunctionCall> SimdFunctionCallPtr;
typedef RcPtr <SimdFunctionArg> SimdFunctionArgPtr;


} // namespace Ctl

#endif
