transfer the contents of the nextpc register into the pc register , and then write the nextpc register . concode_field_sep int rs concode_elem_sep int rt concode_elem_sep Memory memory concode_elem_sep int regBadVAddr concode_elem_sep long dst concode_elem_sep int regLo concode_elem_sep int imm concode_elem_sep int flags concode_elem_sep char dbgDisassemble concode_elem_sep int regHi concode_elem_sep boolean branch concode_elem_sep char dbgFullDisassemble concode_elem_sep int regPC concode_elem_sep int regA0 concode_elem_sep int regA1 concode_elem_sep int registers[] concode_elem_sep int sh concode_elem_sep int regA2 concode_elem_sep char dbgProcessor concode_elem_sep int nextPC concode_elem_sep int addr concode_elem_sep int value concode_elem_sep int numUserRegisters concode_elem_sep int mask concode_elem_sep int dstReg concode_elem_sep int op concode_elem_sep int regCause concode_elem_sep int regSP concode_elem_sep int format concode_elem_sep int regA3 concode_elem_sep int jtarget concode_elem_sep int target concode_elem_sep int regV0 concode_elem_sep int regNextPC concode_elem_sep Runnable exceptionHandler concode_elem_sep int rd concode_elem_sep int func concode_elem_sep int size concode_elem_sep Machine machine concode_elem_sep int regV1 concode_elem_sep int regRA concode_elem_sep String name concode_elem_sep long src1 concode_elem_sep long src2 concode_elem_sep int operation concode_field_sep int readRegister concode_elem_sep void writeBack concode_elem_sep boolean test concode_elem_sep void setExceptionHandler concode_elem_sep void fetch concode_elem_sep void run concode_elem_sep void emulate concode_elem_sep void writeRegister concode_elem_sep void decode concode_elem_sep void execute
void function ( int arg0 ) { registers [ regPC ] = registers [ regNextPC ] ; registers [ regNextPC ] = arg0 ; }