int TABLE::Find(std::string na,__int16 rettype, TypeArray *typearray, bool exact)
{
SYM *thead, *first;
int nn;
TypeArray *ta;
char namebuf[1000];
int s1,s2,s3;
std::string name;
dfs.puts("</Find>\n");
dfs.puts((char *)na.c_str());
if (this==nullptr) {
matchno = 0;
return 0;
}
if (na.length()==0) {
dfs.printf("name is empty string\n");
throw new C64PException(ERR_NULLPOINTER,1);
}
matchno = 0;
if (this==&gsyms[0])
thead = SYM::GetPtr(gsyms[hashadd((char *)na.c_str())].GetHead());
else
thead = SYM::GetPtr(head);
first = thead;
// while(thead != NULL) {
// lfs.printf("Ele:%s|\n", (char *)thead->name->c_str());
// thead = thead->GetNext();
// }
thead = first;
while( thead != NULL) {
// dfs.printf((char *)"|%s|,|%s|\n",(char *)thead->name->c_str(),(char *)na.c_str());
name = *thead->name;
s1 = thead->name->compare(na);
s2 = thead->name2->compare(na);
s3 = thead->name3->compare(na);
// dfs.printf("s1:%d ",s1);
// dfs.printf("s2:%d ",s2);
// dfs.printf("s3:%d\n",s3);
if(((s1&s2)|(s1&s3)|(s2&s3))==0) {
dfs.printf("Match\n");
match[matchno] = thead;
matchno++;
if (matchno > 98)
break;
if (exact) {
ta = thead->GetProtoTypes();
if (ta->IsEqual(typearray)) {
dfs.printf("Exact match");
ta->Print();
typearray->Print();
delete ta;
return 1;
}
ta->Print();
delete ta;
}
}
thead = thead->GetNextPtr();
if (thead==first) {
dfs.printf("Circular list.\n");
throw new C64PException(ERR_CIRCULAR_LIST,1);
}
}
dfs.puts("</Find>\n");
return exact ? 0 : matchno;
}
