Use @noinline from Compat in linux_perf_func

src/execution.jl

@@ -609,21 +609,25 @@ function generate_benchmark_definition(
                 )
 
                 try
-                    @noinline $(setup)
+                    $BenchmarkTools.@noinline $(setup)
                     __evals = __params.evals
                     # Isolate code so that e.g. setup doesn't cause different code to be generated by e.g. changing register allocation
                     # Unfortunately it still does, e.g. if you define a variable in setup then it's passed into invocation adding a few instructions
-                    @noinline (function (__evals)
-                        $LinuxPerf.enable_all!()
-                        # We'll run it evals times.
-                        @noinline __return_val_2 = $(invocation)
-                        for __iter in 2:__evals
-                            @noinline $(invocation)
+                    $BenchmarkTools.@noinline (
+                        function (__evals)
+                            $LinuxPerf.enable_all!()
+                            # We'll run it evals times.
+                            $BenchmarkTools.@noinline __return_val_2 = $(invocation)
+                            for __iter in 2:__evals
+                                $BenchmarkTools.@noinline $(invocation)
+                            end
+                            $LinuxPerf.disable_all!()
+                            # trick the compiler not to eliminate the code
+                            return __return_val_2
                         end
-                        $LinuxPerf.disable_all!()
-                        # trick the compiler not to eliminate the code
-                        return __return_val_2
-                    end)(__evals)
+                    )(
+                        __evals
+                    )
                     return $LinuxPerf.Stats(__linux_perf_bench)
                 finally
                     close(__linux_perf_bench)