; CHECK: "vars with 80-89% of its scope covered":1
; CHECK: "vars with 90-99% of its scope covered":0
; CHECK: "vars with 100% of its scope covered":1
-; CHECK: "vars (excluding the debug entry values) with 0% of its scope covered":0
+; CHECK: "vars (excluding the debug entry values) with 0% of its scope covered":1
; CHECK: "vars (excluding the debug entry values) with 1-9% of its scope covered":0
; CHECK: "vars (excluding the debug entry values) with 10-19% of its scope covered":0
; CHECK: "vars (excluding the debug entry values) with 20-29% of its scope covered":0
; CHECK: "vars (excluding the debug entry values) with 50-59% of its scope covered":1
; CHECK: "vars (excluding the debug entry values) with 60-69% of its scope covered":0
; CHECK: "vars (excluding the debug entry values) with 70-79% of its scope covered":0
-; CHECK: "vars (excluding the debug entry values) with 80-89% of its scope covered":0
+; CHECK: "vars (excluding the debug entry values) with 80-89% of its scope covered":1
; CHECK: "vars (excluding the debug entry values) with 90-99% of its scope covered":0
-; CHECK: "vars (excluding the debug entry values) with 100% of its scope covered":1}
+; CHECK: "vars (excluding the debug entry values) with 100% of its scope covered":1
;
; The source code of the test case:
; extern void fn3(int *);
printDatum(OS, "total vars procesed by location statistics", LocStats.NumVar);
printLocationStats(OS, "vars", LocStats.VarLocStats);
printLocationStats(OS, "vars (excluding the debug entry values)",
- LocStats.ParamNonEntryValLocStats);
+ LocStats.VarNonEntryValLocStats);
OS << "}\n";
LLVM_DEBUG(
llvm::dbgs() << "Total Availability: "