23   start_.clear();  in clear()
30   std::size_t bytes{nextStart_ - start_.back()};  in pop_back()
31   nextStart_ = start_.back();  in pop_back()
32   start_.pop_back();  in pop_back()
38   start_.shrink_to_fit();  in shrink_to_fit()
44   start_.swap(that.start_);  in swap()
51   std::size_t tokens{start_.size()};  in SkipBlanks()
65   std::size_t tokens{start_.size()};  in IsAnythingLeft()
86   CHECK(!start_.empty());  in RemoveLastToken()
87   CHECK(nextStart_ > start_.back());  in RemoveLastToken()
88   std::size_t bytes{nextStart_ - start_.back()};  in RemoveLastToken()
89   nextStart_ = start_.back();  in RemoveLastToken()
90   start_.pop_back();  in RemoveLastToken()
97     start_.push_back(nextStart_);  in Put()
100   for (int st : that.start_) {  in Put()
101     start_.push_back(st + offset);  in Put()
128         provenance = that.provenances_.Map(that.start_[at] + j);  in Put()
158   std::size_t tokens{start_.size()};  in ToLowerCase()
162     std::size_t nextStart{atToken + 1 < tokens ? start_[++atToken] : chars};  in ToLowerCase()
208     if (start_[j] >= firstChar && TokenAt(j).IsBlank()) {  in HasBlanks()
220     if (isBlank && lastWasBlank && start_[j] >= firstChar) {  in HasRedundantBlanks()
232     if (!TokenAt(j).IsBlank() || start_[j] < firstChar) {  in RemoveBlanks()
246     if (!isBlank || !lastWasBlank || start_[j] < firstChar) {  in RemoveRedundantBlanks()
282   for (std::size_t j{0}; j < start_.size(); ++j) {  in Dump()
283     o << '[' << j << "] @ " << start_[j] << " '" << TokenAt(j).ToString()  in Dump()
290   ProvenanceRange range{provenances_.Map(start_[token] + offset)};  in GetTokenProvenance()
296   ProvenanceRange range{provenances_.Map(start_[token] + offset)};  in GetTokenProvenanceRange()
305   ProvenanceRange range{provenances_.Map(start_[token])};  in GetIntervalProvenanceRange()
307       range.AnnexIfPredecessor(provenances_.Map(start_[++token]))) {  in GetIntervalProvenanceRange()
313   return GetIntervalProvenanceRange(0, start_.size());  in GetProvenanceRange()