void executeInstructions(instruction instru, matrix ** arrayMatrix, int nMatrix)
{
int i;
for (i = 0; i < instru.n; ++i)
{
if (i!=0)
printf("\n");
char command[10];
strcpy(command,instru.data[i]); //Copiar el comanco
char firstId, secondId,operation;
firstId = command[0];
secondId = command[2];
operation = tolower(command[4]); //Separar comando en ids de matrices y operaciones
int first, second;
first = findMatrix(arrayMatrix,nMatrix,firstId);
second = findMatrix(arrayMatrix,nMatrix,secondId); //encontrar la posicion de las matrices dentro del arreglo
if(operation=='a')
{
printf("%c + %c\n",firstId,secondId);
display(arrayMatrix[first],arrayMatrix[second],add);
}
else if(operation == 'm')
{
printf("%c * %c\n",firstId,secondId);
display(arrayMatrix[first],arrayMatrix[second],mult);
}
}
}
/**
* Print the symbol table in the specified format.
* @param list
*/
void printSymbolTable(STList list)
{
int a = 0;
STList readList = list;
while(readList != NULL)
{
STable entry = readList->table;
while(entry->data != NULL)
{
printf("%20s%16s(%2d-%2d)%16s",entry->data->value,readList->functionName,readList->startLineNumber,readList->endLineNumber,getTokenName(entry->data->type));
if(entry->data->type == NUM || entry->data->type == INT)
{
printf("%s"," ");
printf("%15d",a);
a = a+2;
}
else if(entry->data->type == RNUM || entry->data->type == REAL)
{
printf("%s"," ");
printf("%15d",a);
a= a+4;
}
else if(entry->data->type == STR || entry->data->type == STRING)
{
printf("%s"," ");
printf("%15d",a);
a = a + findLength(entry->data->value,readList,0);
}
else if(entry->data->type == MATRIX)
{
matrixSizes mat = findMatrix(entry->data->value,readList);
if(mat == NULL)
{
printf(",0,0");
}
else
{
printf(",%d,%d",mat->rows,mat->columns);
}
}
printf("\n");
entry = entry->nextEntry;
}
if(readList->childList != NULL)
printSymbolTable(readList->childList);
if(readList->sisterList != NULL)
readList = readList->sisterList;
else
readList = NULL;
}
}