33 void SymbolTable::wrap(Symbol *sym, Symbol *real, Symbol *wrap) {  in wrap()  argument
35   int &idx1 = symMap[CachedHashStringRef(sym->getName())];  in wrap()
43   if (sym->isUsedInRegularObj)  in wrap()
46     sym->isUsedInRegularObj = true;  in wrap()
47   else if (!sym->isDefined())  in wrap()
51     sym->isUsedInRegularObj = false;  in wrap()
60   memcpy(real, sym, sizeof(SymbolUnion));  in wrap()
79     Symbol *sym = symVector[p.first->second];  in insert()  local
81       sym->setName(name);  in insert()
82       sym->hasVersionSuffix = true;  in insert()
84     return sym;  in insert()
87   Symbol *sym = reinterpret_cast<Symbol *>(make<SymbolUnion>());  in insert()  local
88   symVector.push_back(sym);  in insert()
92   sym->setName(name);  in insert()
93   sym->symbolKind = Symbol::PlaceholderKind;  in insert()
94   sym->partition = 1;  in insert()
95   sym->visibility = STV_DEFAULT;  in insert()
96   sym->isUsedInRegularObj = false;  in insert()
97   sym->exportDynamic = false;  in insert()
98   sym->inDynamicList = false;  in insert()
99   sym->referenced = false;  in insert()
100   sym->traced = false;  in insert()
101   sym->scriptDefined = false;  in insert()
102   sym->versionId = VER_NDX_GLOBAL;  in insert()
104     sym->hasVersionSuffix = true;  in insert()
105   return sym;  in insert()
109   Symbol *sym = insert(newSym.getName());  in addSymbol()  local
110   sym->resolve(newSym);  in addSymbol()
111   return sym;  in addSymbol()
117   Symbol *sym = insert(newSym.getName());  in addAndCheckDuplicate()  local
118   if (sym->isDefined())  in addAndCheckDuplicate()
119     sym->checkDuplicate(newSym);  in addAndCheckDuplicate()
120   sym->resolve(newSym);  in addAndCheckDuplicate()
121   sym->isUsedInRegularObj = true;  in addAndCheckDuplicate()
122   return sym;  in addAndCheckDuplicate()
135 static bool canBeVersioned(const Symbol &sym) {  in canBeVersioned()  argument
136   return sym.isDefined() || sym.isCommon() || sym.isLazy();  in canBeVersioned()
156     for (Symbol *sym : symVector)  in getDemangledSyms()
157       if (canBeVersioned(*sym)) {  in getDemangledSyms()
158         StringRef name = sym->getName();  in getDemangledSyms()
168         (*demangledSyms)[demangled].push_back(sym);  in getDemangledSyms()
177   if (Symbol *sym = find(ver.name))  in findByVersion()  local
178     if (canBeVersioned(*sym))  in findByVersion()
179       return {sym};  in findByVersion()
197         for (Symbol *sym : p.second)  in findAllByVersion()
198           if (check(sym->getName()))  in findAllByVersion()
199             res.push_back(sym);  in findAllByVersion()
203   for (Symbol *sym : symVector)  in findAllByVersion()
204     if (canBeVersioned(*sym) && check(sym->getName()) &&  in findAllByVersion()
205         m.match(sym->getName()))  in findAllByVersion()
206       res.push_back(sym);  in findAllByVersion()
218     for (Symbol *sym : syms)  in handleDynamicList()
219       sym->inDynamicList = true;  in handleDynamicList()
240   for (Symbol *sym : syms) {  in assignExactVersion()
245         sym->getName().contains('@'))  in assignExactVersion()
250     if (sym->verdefIndex == uint16_t(-1)) {  in assignExactVersion()
251       sym->verdefIndex = 0;  in assignExactVersion()
252       sym->versionId = versionId;  in assignExactVersion()
254     if (sym->versionId == versionId)  in assignExactVersion()
258          getName(sym->versionId) + " to " + getName(versionId));  in assignExactVersion()
268   for (Symbol *sym : findAllByVersion(ver, includeNonDefault))  in assignWildcardVersion()
269     if (sym->verdefIndex == uint16_t(-1)) {  in assignWildcardVersion()
270       sym->verdefIndex = 0;  in assignWildcardVersion()
271       sym->versionId = versionId;  in assignWildcardVersion()
338   for (Symbol *sym : symVector)  in scanVersionScript()
339     if (sym->hasVersionSuffix)  in scanVersionScript()
340       sym->parseSymbolVersion();  in scanVersionScript()