message: Update with latest LinearFormExtTest API
diff: @@ -28,8 +28,8 @@ void LinearFormExtTest::Description() { MFEM_ABORT("Should use the virtuals!");
  /// TEST for LinearFormExtension
  struct Test: public LinearFormExtTest
  {
  - Test(int N, int dim, int vdim, bool gll, int problem, int order):
  - LinearFormExtTest(N, dim, vdim, gll,
  + Test(int N, int dim, int vdim, int ordering, bool gll, int problem, int order):
  + LinearFormExtTest(N, dim, vdim, ordering, gll,
  problem, order,
  true) { }
  @@ -58,7 +58,7 @@ constexpr int VDIM = 24;
  #define LinExtTest(Problem,dim,vdim,gll)\
  static void TEST_##Problem##dim##gll(bm::State &state){\
  const int p = state.range(0);\
  - Test ker(4, dim,vdim,gll,LinearFormExtTest::Problem,p);\
  + Test ker(4, dim,vdim,Ordering::byVDIM,gll,LinearFormExtTest::Problem,p);\
  while(state.KeepRunning()) { ker.Run(); }\
  state.counters["MDof/s"] = bm::Counter(ker.SumMdofs(),bm::Counter::kIsRate);}\
  BENCHMARK(TEST_##Problem##dim##gll)->DenseRange(1,6)->Unit(bm::kMillisecond);
  @@ -101,9 +101,9 @@ LinExtTest(VectorDomainLFGrad,_3D,VDIM,_GL)
  template<enum LinearAssemblyLevel LAL>
  struct Bench: public LinearFormExtTest
  {
  - Bench(int dim, int vdim, bool gll, int problem, int p):
  + Bench(int dim, int vdim, int ordering, bool gll, int problem, int p):
  LinearFormExtTest(Device::IsEnabled()?24:4,
  - dim, vdim, gll,
  + dim, vdim, ordering, gll,
  problem, p,
  false)
  { }
  @@ -123,7 +123,7 @@ struct Bench: public LinearFormExtTest
  #define LinExtBench(Problem,lal,dim,vdim,gll)\
  static void BENCH_##lal##_##Problem##dim##gll(bm::State &state){\
  const int p = state.range(0);\
  - Bench<LinearAssemblyLevel::lal> ker(dim,vdim,gll,LinearFormExtTest::Problem, p);\
  + Bench<LinearAssemblyLevel::lal> ker(dim,vdim,Ordering::byVDIM,gll,LinearFormExtTest::Problem, p);\
  while (state.KeepRunning()) { ker.Run(); }\
  state.counters["MDof/s"] = bm::Counter(ker.SumMdofs(), bm::Counter::kIsRate);}\
  BENCHMARK(BENCH_##lal##_##Problem##dim##gll)->DenseRange(1,6)->Unit(bm::kMicrosecond);
  