28   void Set(uint64 start, uint64 limit, const V& value);
38   bool FindNext(uint64 key, uint64* start, uint64* limit, V* value) const;
53     uint64 limit;  member
61   void AssertValidInterval(uint64 start, uint64 limit) const;
70     if (bound->second.limit <= point) {  in GetContainingInterval()
81     if (bound->second.limit <= point) {  in GetContainingInterval()
98   void Insert(uint64 start, uint64 limit, const V& value);
114 void IntervalMap<V>::Set(uint64 start, uint64 limit, const V& value) {  in Set()  argument
115   AssertValidInterval(start, limit);  in Set()
116   RemoveInterval(start, limit);  in Set()
117   Insert(start, limit, value);  in Set()
131 bool IntervalMap<V>::FindNext(uint64 key, uint64* start, uint64* limit,  in FindNext()  argument
138   *limit = iter->second.limit;  in FindNext()
179       point >= iter->second.limit) {  in SplitInterval()
182   const auto larger_limit = iter->second.limit;  in SplitInterval()
183   iter->second.limit = point;  in SplitInterval()
206 void IntervalMap<V>::Insert(uint64 start, uint64 limit, const V& value) {  in Insert()  argument
207   interval_start_.emplace(std::pair<uint64, Value>{start, {limit, value}});  in Insert()
211 void IntervalMap<V>::AssertValidInterval(uint64 start, uint64 limit) const {  in AssertValidInterval()  argument
212   if (start >= limit) {  in AssertValidInterval()
215               << "Limit: " << limit << std::endl;  in AssertValidInterval()