/* Function buildSymtab constructs the symbol
* table by preorder traversal of the syntax tree
*/
void buildSymtab(TreeNode * syntaxTree)
{ traverse(syntaxTree,insertNode,nullProc);
if (TraceAnalyze)
{ fprintf(listing,"\nSymbol table:\n\n");
printSymTab(listing);
}
}
/*constructs the symbol table by preorder traversal of the syntax tree*/
int buildSymtab(TreeNode* syntaxTree) {
offset = -4;
traverse(syntaxTree);
//printf("here %d \n",TraceAnalyze);
if(TraceAnalyze) {
fprintf(listing, "\nSymbol table:\n\n");
printSymTab(listing);
}
return -offset;
}
/* Function buildSymtab constructs the symbol
* table by preorder traversal of the syntax tree
*/
void buildSymtab(TreeNode * syntaxTree)
{ globalScope = sc_create(NULL);
sc_push(globalScope);
insertIOFunc();
traverse(syntaxTree,insertNode,afterInsertNode);
sc_pop();
if (TraceAnalyze)
{ fprintf(listing,"\nSymbol table:\n\n");
printSymTab(listing);
}
}
/* Function buildSymtab constructs the symbol
* table by preorder traversal of the syntax tree
*/
void buildSymtab(TreeNode * syntaxTree)
{
initSymTab();
traverse(syntaxTree,insertNode,nullProc);
if (TraceAnalyze)
{
int funcI;
for(funcI=0;funcI<MAXFUNCAMT;funcI++)
{
if(location[funcI]==0)
{
continue;
}
fprintf(listing,"\nSymbol table %d:\n\n", funcI);
st_setCurFuncNum(funcI);
printSymTab(listing);
}
}
a_curFuncNum=0;
st_setCurFuncNum(0);
}
void visitProgramImpl(ProgramImpl *p) {
p->visit_children(this);
string x = "Program";
char* a = strdup("Program");
ClassName * cName = new ClassName(a);
if(!m_classtable->exist(cName)){
t_error(no_program, p->m_attribute);
}
ClassNode* classnode = m_classtable->lookup(cName);
SymScope * sync = classnode->scope;
char * s = strdup("start");
// char * methodName = (s);
Symbol * f= sync->lookup(s);
if((f == NULL) || (f->methodType.returnType.baseType != 16)){
t_error(no_start, p->m_attribute);
}
if(f->methodType.argsType.size() != 0){
t_error(start_args_err, p->m_attribute);
}
printSymTab();
//WRITE ME
}
