489   FunctionDescription(const uint8_t *FuncDesc);
558 FunctionDescription::FunctionDescription(const uint8_t *FuncDesc) {  in FunctionDescription()  argument
559   NumLeafNodes = *reinterpret_cast<const uint32_t *>(FuncDesc);  in FunctionDescription()
561   LeafNodes = reinterpret_cast<const InstrumentedNode *>(FuncDesc + 4);  in FunctionDescription()
564       FuncDesc + 4 + NumLeafNodes * sizeof(InstrumentedNode));  in FunctionDescription()
567       FuncDesc + 8 + NumLeafNodes * sizeof(InstrumentedNode));  in FunctionDescription()
570       FuncDesc + 8 + NumLeafNodes * sizeof(InstrumentedNode) +  in FunctionDescription()
574       FuncDesc + 12 + NumLeafNodes * sizeof(InstrumentedNode) +  in FunctionDescription()
577       FuncDesc + 12 + NumLeafNodes * sizeof(InstrumentedNode) +  in FunctionDescription()
581       FuncDesc + 16 + NumLeafNodes * sizeof(InstrumentedNode) +  in FunctionDescription()
1221                                     const uint8_t *FuncDesc,  in writeFunctionProfile()  argument
1223   const FunctionDescription F(FuncDesc);  in writeFunctionProfile()
1224   const uint8_t *next = FuncDesc + F.getSize();  in writeFunctionProfile()
1474   const uint8_t *FuncDesc = Ctx.FuncDescriptions;  in __bolt_instr_data_dump()  local
1476     FuncDesc = writeFunctionProfile(FD, Ctx, FuncDesc, Alloc);  in __bolt_instr_data_dump()
1478     DEBUG(reportNumber("FuncDesc now: ", (uint64_t)FuncDesc, 16));  in __bolt_instr_data_dump()
1480   assert(FuncDesc == (void *)Ctx.Strings,  in __bolt_instr_data_dump()
1638   const uint8_t *FuncDesc = Ctx.FuncDescriptions;  in __bolt_instr_data_dump()  local
1642     FuncDesc = writeFunctionProfile(FD, Ctx, FuncDesc, Alloc);  in __bolt_instr_data_dump()
1644     DEBUG(reportNumber("FuncDesc now: ", (uint64_t)FuncDesc, 16));  in __bolt_instr_data_dump()
1646   assert(FuncDesc == (void *)Ctx.Strings,  in __bolt_instr_data_dump()