/* Compile the source code using the constructed Abstract Syntax Tree
Arguments are the root nodes of -
1) Global declaration AST,
2) Function definitions AST
3) main() function definition AST
*/
void compile(Tnode *gdeclroot,Tnode *fdefroot,Tnode *mainroot)
{
error = 0;
loc = 0;
globalInstall(gdeclroot);
if(fdefroot != NULL)
{
funcSemanticCheck(fdefroot);
checkFuncDecl(fdefroot->LINE);
funcSemanticCheck(mainroot);
}
printf("\nRUN - \n");
if(error == 0)
{
Gallocate();
funcroot = fdefroot;
mroot = mainroot;
struct Lsymbol *Ltable;
Ltable = NULL;
interpreter(mainroot,&Ltable);
fp = fopen("SIMCode","w");
regcnt = 0;
labelcnt = -1;
codeGenerate(mainroot->Ptr2);
fclose(fp);
}
}
/* Compile the source code using the constructed Abstract Syntax Tree
Arguments are the root nodes of -
1) Global declaration AST,
2) Function definitions AST
3) main() function definition AST
*/
void compile(Tnode *gdeclroot,Tnode *fdefroot,Tnode *mainroot)
{
error = 0;
locpos = -1;
labelcnt = 0;
globalInstall(gdeclroot);
if(fdefroot != NULL)
{
funcSemanticCheck(fdefroot);
checkFuncDecl(fdefroot->LINE);
funcSemanticCheck(mainroot);
}
printf("\nRUN - \n");
if(error == 0)
{
module = INTERPRET;
Gallocate();
funcroot = fdefroot;
mroot = mainroot;
struct Lsymbol *Ltable;
Ltable = NULL;
interpreter(mainroot,&Ltable);
get = 0;
fre = 0;
regcnt = -1;
module = CODEGEN;
fp = fopen("SIM_Simulator/SIMcode","w");
funcCodeGen(fdefroot);
funcCodeGen(mainroot);
callToMain();
fclose(fp);
}
}
