50     Scalar<ExtentType> extent{arrayConstant.values().at(j)};  in ConstantShape()  local
51     result.emplace_back(MaybeExtentExpr{ExtentExpr{std::move(extent)}});  in ConstantShape()
121   for (const auto &extent : shape.values()) {  in AsConstantExtents()  local
122     result.push_back(extent.ToInt64());  in AsConstantExtents()
138   for (const auto &extent : shape) {  in AsShape()  local
139     result.emplace_back(ExtentExpr{extent});  in AsShape()
199   ExtentExpr extent{1};  in GetSize()  local
202       extent = std::move(extent) * std::move(*dim);  in GetSize()
207   return extent;  in GetSize()
272                   auto extent{ToInt64(Fold(*context_,  in GetLowerBound()  local
275                   if (extent) {  in GetLowerBound()
276                     if (extent <= 0) {  in GetLowerBound()
459           if (auto extent{GetNonNegativeExtent(shapeSpec)}) {  in GetExtent()  local
460             return extent;  in GetExtent()
516     ExtentExpr &&lower, MaybeExtentExpr &&extent) {  in ComputeUpperBound()  argument
517   if (extent) {  in ComputeUpperBound()
519       return std::move(*extent);  in ComputeUpperBound()
521       return std::move(*extent) + std::move(lower) - ExtentExpr{1};  in ComputeUpperBound()
529     FoldingContext &context, ExtentExpr &&lower, MaybeExtentExpr &&extent) {  in ComputeUpperBound()  argument
530   return Fold(context, ComputeUpperBound(std::move(lower), std::move(extent)));  in ComputeUpperBound()
569     if (auto extent{GetNonNegativeExtent(shapeSpec)}) {  in GetExplicitUBOUND()  local
571               context ? Fold(*context, std::move(*extent)) : *extent)}) {  in GetExplicitUBOUND()
693                 for (auto &extent : *resultShape) {  in operator ()()
694                   if (extent && !IsActuallyConstant(*extent)) {  in operator ()()
695                     extent.reset();  in operator ()()
955                     ExtentExpr extent{Fold(*context_,  in operator ()()  local
959                     return Shape{MaybeExtentExpr{std::move(extent)}};  in operator ()()