31     for (const auto &Child : Children)  in AndIterator()  local
32       ReachedEnd |= Child->reachedEnd();  in AndIterator()
68     for (const auto &Child : Children)  in consume()  local
69       Boost *= Child->consume();  in consume()
81     for (const auto &Child : Children) {  in dump()  local
82       OS << Separator << *Child;  in dump()
100       for (auto &Child : Children) {  in sync()  local
101         Child->advanceTo(SyncID);  in sync()
102         ReachedEnd |= Child->reachedEnd();  in sync()
109         if (Child->peek() > SyncID) {  in sync()
110           SyncID = Child->peek();  in sync()
143     for (const auto &Child : Children)  in reachedEnd()  local
144       if (!Child->reachedEnd())  in reachedEnd()
153     for (const auto &Child : Children)  in advance()  local
154       if (!Child->reachedEnd() && Child->peek() == SmallestID)  in advance()
155         Child->advance();  in advance()
161     for (const auto &Child : Children)  in advanceTo()  local
162       if (!Child->reachedEnd())  in advanceTo()
163         Child->advanceTo(ID);  in advanceTo()
172     for (const auto &Child : Children)  in peek()  local
173       if (!Child->reachedEnd())  in peek()
174         Result = std::min(Result, Child->peek());  in peek()
185     for (const auto &Child : Children)  in consume()  local
186       if (!Child->reachedEnd() && Child->peek() == ID)  in consume()
187         Boost = std::max(Boost, Child->consume());  in consume()
193     for (const auto &Child : Children)  in estimateSize()  local
194       Size = std::max(Size, Child->estimateSize());  in estimateSize()
202     for (const auto &Child : Children) {  in dump()  local
203       OS << Separator << *Child;  in dump()
283   BoostIterator(std::unique_ptr<Iterator> Child, float Factor)  in BoostIterator()  argument
284       : Child(std::move(Child)), Factor(Factor) {}  in BoostIterator()
286   bool reachedEnd() const override { return Child->reachedEnd(); }  in reachedEnd()
288   void advance() override { Child->advance(); }  in advance()
290   void advanceTo(DocID ID) override { Child->advanceTo(ID); }  in advanceTo()
292   DocID peek() const override { return Child->peek(); }  in peek()
294   float consume() override { return Child->consume() * Factor; }  in consume()
296   size_t estimateSize() const override { return Child->estimateSize(); }  in estimateSize()
300     return OS << "(* " << Factor << ' ' << *Child << ')';  in dump()
303   std::unique_ptr<Iterator> Child;  member in clang::clangd::dex::__anon27ed63d30111::BoostIterator
313   LimitIterator(std::unique_ptr<Iterator> Child, size_t Limit)  in LimitIterator()  argument
314       : Child(std::move(Child)), Limit(Limit), ItemsLeft(Limit) {}  in LimitIterator()
317     return ItemsLeft == 0 || Child->reachedEnd();  in reachedEnd()
320   void advance() override { Child->advance(); }  in advance()
322   void advanceTo(DocID ID) override { Child->advanceTo(ID); }  in advanceTo()
324   DocID peek() const override { return Child->peek(); }  in peek()
331     return Child->consume();  in consume()
335     return std::min(Child->estimateSize(), Limit);  in estimateSize()
340     return OS << "(LIMIT " << Limit << " " << *Child << ')';  in dump()
343   std::unique_ptr<Iterator> Child;  member in clang::clangd::dex::__anon27ed63d30111::LimitIterator
360   for (auto &Child : Children) {  in intersect()  local
361     switch (Child->kind()) {  in intersect()
365       return std::move(Child); // Intersection is empty.  in intersect()
368       auto &NewChildren = static_cast<AndIterator *>(Child.get())->Children;  in intersect()
374       RealChildren.push_back(std::move(Child));  in intersect()
390   for (auto &Child : Children) {  in unionOf()  local
391     switch (Child->kind()) {  in unionOf()
396       auto &NewChildren = static_cast<OrIterator *>(Child.get())->Children;  in unionOf()
404       RealChildren.push_back(std::move(Child));  in unionOf()
425 std::unique_ptr<Iterator> Corpus::boost(std::unique_ptr<Iterator> Child,  in boost()  argument
428     return Child;  in boost()
429   if (Child->kind() == Iterator::Kind::False)  in boost()
430     return Child;  in boost()
431   return std::make_unique<BoostIterator>(std::move(Child), Factor);  in boost()
434 std::unique_ptr<Iterator> Corpus::limit(std::unique_ptr<Iterator> Child,  in limit()  argument
436   if (Child->kind() == Iterator::Kind::False)  in limit()
437     return Child;  in limit()
438   return std::make_unique<LimitIterator>(std::move(Child), Limit);  in limit()