int main( void )
{
cout << "in main of teste.cpp\n";
// Create an array of machine codes, and stuff it with initial
// machine codes that are at the beginning of every function:
InstructionsClass code;
// Generate machine code to push a literal integer onto the stack:
code.PushValue(17);
// Generate machine code to pop and print integer on top of stack:
code.PopAndWrite();
// Generate machine code to push a literal integer onto the stack:
code.PushValue(27);
// Generate machine code to pop the top of stack and move to variable index 99:
code.PopAndStore(99);
// Generate machine code to push variable 99's contents onto the stack:
code.PushVariable(99); // (holds int 27 from before)
// Generate machine code to pop and print integer on top of stack:
code.PopAndWrite();
// Generate machine code to return to the calling code:
code.Finish();
// Treat the array of machine codes like a function, and jump in!
code.Execute();
return 0;
}
void CoutStatementNode::Code(InstructionsClass &machineCode) {
for (unsigned int i = 0; i < ens.size(); i++) {
if (ens.at(i) == NULL) {
machineCode.WriteEndl();
}
else {
ens.at(i)->CodeEvaluate(machineCode);
machineCode.PopAndWrite();
}
}
}
void CoutStatementNode::Code(InstructionsClass &machinecode) {
MSG(" CODING COUTSTATEMENTNODE");
for (unsigned int i = 0; i < this->mExpressionNodes.size(); i++) {
if (this->mExpressionNodes[i])
{
this->mExpressionNodes[i]->CodeEvaluate(machinecode);
machinecode.PopAndWrite();
}
else
{
machinecode.WriteEndl();
}
}
//this->mExpressionNode->CodeEvaluate(machinecode);
//machinecode.PopAndWrite();
}
