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kpicosim/src/cinstruction.h

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#ifndef CINSTRUCTION
#define CINSTRUCTION
#include "types.h"
#include "cpicoblaze.h"
//class CPicoBlaze ;
// CInstruction members :
// adress = Absolute instruction address
// sX = Register sX
// sY = Register sY
// kk = Immediate constant
// pp = port
// ss = Scratchpad RAM address
class CInstruction {
public:
CInstruction() ;
CInstruction( CPicoBlaze *cpu, uint32_t opcode ) ;
virtual ~CInstruction() ;
virtual void Execute() = 0 ;
virtual void Print() ;
void setSourceLine( unsigned int line ) { sourceLine = line ; }
unsigned int getSourceLine() { return sourceLine ; }
uint32_t getHexCode() { return hexcode ; }
protected:
CPicoBlaze *m_cpu ;
uint16_t sX, sY, ss, pp, kk, address ;
uint32_t hexcode ;
unsigned int sourceLine ;
} ;
class ADD_SX_KK : public CInstruction {
public:
ADD_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class ADD_SX_SY : public CInstruction {
public:
ADD_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class ADDCY_SX_KK : public CInstruction {
public:
ADDCY_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class ADDCY_SX_SY : public CInstruction {
public:
ADDCY_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class AND_SX_KK : public CInstruction {
public:
AND_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class AND_SX_SY : public CInstruction {
public:
AND_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class CALL : public CInstruction {
public:
CALL( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class CALLC : public CInstruction {
public:
CALLC( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class CALLNC : public CInstruction {
public:
CALLNC( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class CALLNZ : public CInstruction {
public:
CALLNZ( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class CALLZ : public CInstruction {
public:
CALLZ( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class COMPARE_SX_KK : public CInstruction {
public:
COMPARE_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class COMPARE_SX_SY : public CInstruction {
public:
COMPARE_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class DISABLE_INTERRUPT : public CInstruction {
public:
DISABLE_INTERRUPT( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class ENABLE_INTERRUPT : public CInstruction {
public:
ENABLE_INTERRUPT( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class FETCH_SX_SS : public CInstruction {
public:
FETCH_SX_SS( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class FETCH_SX_SY : public CInstruction {
public:
FETCH_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class INPUT_SX_SY : public CInstruction {
public:
INPUT_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class INPUT_SX_PP : public CInstruction {
public:
INPUT_SX_PP( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class JUMP : public CInstruction {
public:
JUMP( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class JUMPC : public CInstruction {
public:
JUMPC( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class JUMPNC : public CInstruction {
public:
JUMPNC( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class JUMPNZ : public CInstruction {
public:
JUMPNZ( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class JUMPZ : public CInstruction {
public:
JUMPZ( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class LOAD_SX_KK : public CInstruction {
public:
LOAD_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class LOAD_SX_SY : public CInstruction {
public:
LOAD_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class OR_SX_KK : public CInstruction {
public:
OR_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class OR_SX_SY : public CInstruction {
public:
OR_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class OUTPUT_SX_SY : public CInstruction {
public:
OUTPUT_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class OUTPUT_SX_PP : public CInstruction {
public:
OUTPUT_SX_PP( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RETURN : public CInstruction {
public:
RETURN( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RETURNC : public CInstruction {
public:
RETURNC( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RETURNNC : public CInstruction {
public:
RETURNNC( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RETURNNZ : public CInstruction {
public:
RETURNNZ( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RETURNZ : public CInstruction {
public:
RETURNZ( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RETURNI_DISABLE : public CInstruction {
public:
RETURNI_DISABLE( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RETURNI_ENABLE : public CInstruction {
public:
RETURNI_ENABLE( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RL_SX : public CInstruction {
public:
RL_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RR_SX : public CInstruction {
public:
RR_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SL0_SX : public CInstruction {
public:
SL0_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SL1_SX : public CInstruction {
public:
SL1_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SLA_SX : public CInstruction {
public:
SLA_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SLX_SX : public CInstruction {
public:
SLX_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SR0_SX : public CInstruction {
public:
SR0_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SR1_SX : public CInstruction {
public:
SR1_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SRA_SX : public CInstruction {
public:
SRA_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SRX_SX : public CInstruction {
public:
SRX_SX( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class STORE_SX_SS : public CInstruction {
public:
STORE_SX_SS( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class STORE_SX_SY : public CInstruction {
public:
STORE_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SUB_SX_KK : public CInstruction {
public:
SUB_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SUB_SX_SY : public CInstruction {
public:
SUB_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SUBCY_SX_KK : public CInstruction {
public:
SUBCY_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class SUBCY_SX_SY : public CInstruction {
public:
SUBCY_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class TEST_SX_KK : public CInstruction {
public:
TEST_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class TEST_SX_SY : public CInstruction {
public:
TEST_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class XOR_SX_KK : public CInstruction {
public:
XOR_SX_KK( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class XOR_SX_SY : public CInstruction {
public:
XOR_SX_SY( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class RESET_EVENT : public CInstruction {
public:
RESET_EVENT( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
class INTERRUPT_EVENT : public CInstruction {
public:
INTERRUPT_EVENT( CPicoBlaze *cpu, uint32_t opcode ) : CInstruction( cpu, opcode ) {} ;
void Execute() ;
void Print() ;
} ;
#endif
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