48   void segregate(size_t Begin, size_t End, bool Constant);
58   size_t findBoundary(size_t Begin, size_t End);
60   void forEachClassRange(size_t Begin, size_t End,
105 void ICF::segregate(size_t Begin, size_t End, bool Constant) {  in segregate()  argument
106   while (Begin < End) {  in segregate()
110         Chunks.begin() + Begin + 1, Chunks.begin() + End, [&](SectionChunk *S) {  in segregate()
112             return equalsConstant(Chunks[Begin], S);  in segregate()
113           return equalsVariable(Chunks[Begin], S);  in segregate()
119     for (size_t I = Begin; I < Mid; ++I)  in segregate()
126     Begin = Mid;  in segregate()
195 size_t ICF::findBoundary(size_t Begin, size_t End) {  in findBoundary()  argument
196   for (size_t I = Begin + 1; I < End; ++I)  in findBoundary()
197     if (Chunks[Begin]->Class[Cnt % 2] != Chunks[I]->Class[Cnt % 2])  in findBoundary()
202 void ICF::forEachClassRange(size_t Begin, size_t End,  in forEachClassRange()  argument
204   while (Begin < End) {  in forEachClassRange()
205     size_t Mid = findBoundary(Begin, End);  in forEachClassRange()
206     Fn(Begin, Mid);  in forEachClassRange()
207     Begin = Mid;  in forEachClassRange()
290   forEachClass([&](size_t Begin, size_t End) { segregate(Begin, End, true); });  in run()  argument
296         [&](size_t Begin, size_t End) { segregate(Begin, End, false); });  in run()  argument
302   forEachClass([&](size_t Begin, size_t End) {  in run()  argument
303     if (End - Begin == 1)  in run()
306     log("Selected " + Chunks[Begin]->getDebugName());  in run()
307     for (size_t I = Begin + 1; I < End; ++I) {  in run()
309       Chunks[Begin]->replace(Chunks[I]);  in run()