/*==============================================================================
* FUNCTION: RTLInstDict::readSSLFile
* OVERVIEW: Read and parse the SSL file, and initialise the expanded instruction dictionary (this object).
* This also reads and sets up the register map and flag functions.
* PARAMETERS: SSLFileName - the name of the file containing the SSL specification.
* RETURNS: the file was successfully read
*============================================================================*/
bool RTLInstDict::readSSLFile(const std::string &SSLFileName)
{
// emptying the rtl dictionary
idict.erase(idict.begin(), idict.end());
// Clear all state
reset();
// Attempt to Parse the SSL file
#ifdef DEBUG_SSLPARSER
SSLParser theParser(SSLFileName, true);
#else
SSLParser theParser(SSLFileName, false);
#endif
if (theParser.theScanner == NULL)
return false;
addRegister("%CTI", -1, 1, false);
addRegister("%NEXT", -1, 32, false);
theParser.yyparse(*this);
fixupParams();
if (Boomerang::get()->debugDecoder) {
std::cout << "\n=======Expanded RTL template dictionary=======\n";
print();
std::cout << "\n==============================================\n\n";
}
return true;
}
int main(){
base *cab=NULL;
int menu;
load(&cab,"atributes.dat");
load(&cab,"values.dat");
load(&cab,"key.dat");
do{
system("clear");
printf("\npresione\n\t1 agragar registro\n\t2 anadir atributo\n\t3 eliminar atributo\n\t4 eliminar registro\n\t5 modificar registro\n\t6 mostrar\n\t7 salir\n");
scanf("%d",&menu);
switch(menu){
case 1:addRegister(&cab,k);break;
case 2:addAtribute(&cab);break;
case 3:printTable(&cab);removeAtribute(&cab);break;
case 4:printTable(&cab);removeRegister(&cab,k,1);break;
case 5:printTable(&cab);removeRegister(&cab,k,0);break;
case 6:printTable(&cab);break;
case 7:printf("\n\n\t\tasta pronto :D");break;
}
getchar();getchar();
}while(menu!=7);
saveChanges(&cab);
printf("\n");return 0;
}
void RegisterSet::addDefaultRegisters() {
addRegister("PC", 0);
addRegister("SP", 0);
addRegister("R2", 0);
addRegister("R3", 0);
addRegister("R4", 0);
addRegister("R5", 0);
addRegister("R6", 0);
addRegister("R7", 0);
addRegister("R8", 0);
addRegister("R9", 0);
addRegister("R10", 0);
addRegister("R11", 0);
addRegister("R12", 0);
addRegister("R13", 0);
addRegister("R14", 0);
addRegister("R15", 0);
}
//Creates all 32 representations of processor registers
void createRegisters()
{
addRegister("$zero", 0);
addRegister("$at", 1);
addRegister("$v0", 2);
addRegister("$v1", 3);
addRegister("$a0", 4);
addRegister("$a1", 5);
addRegister("$a2", 6);
addRegister("$a3", 7);
addRegister("$t0", 8);
addRegister("$t1", 9);
addRegister("$t2", 10);
addRegister("$t3", 11);
addRegister("$t4", 12);
addRegister("$t5", 13);
addRegister("$t6", 14);
addRegister("$t7", 15);
addRegister("$s0", 16);
addRegister("$s1", 17);
addRegister("$s2", 18);
addRegister("$s3", 19);
addRegister("$s4", 20);
addRegister("$s5", 21);
addRegister("$s6", 22);
addRegister("$s7", 23);
addRegister("$t8", 24);
addRegister("$t9", 25);
addRegister("$k0", 26);
addRegister("$k1", 27);
addRegister("$gp", 28);
addRegister("$sp", 29);
addRegister("$fp", 30);
addRegister("$ra", 31);
}
