message: fix: ambiguous namespace lookup
diff: @@ -164,13 +164,13 @@ TEST(mint_mesh_uniform_mesh, native_constructor)
  m = new UniformMesh(lo, hi, N[0], N[1], N[2]);
  }
  - internal::check_constructor(m, idim, lo, h, N);
  + axom::mint::internal::check_constructor(m, idim, lo, h, N);
  EXPECT_FALSE(m->hasSidreGroup());
  - internal::check_create_fields(m);
  - internal::check_fields(m, false);
  + axom::mint::internal::check_create_fields(m);
  + axom::mint::internal::check_fields(m, false);
  m->setExtent(idim, node_ext);
  - internal::check_node_extent(m, node_ext);
  + axom::mint::internal::check_node_extent(m, node_ext);
  delete m;
  } // END for all dimensions
  }
  @@ -210,19 +210,19 @@ TEST(mint_mesh_uniform_mesh, sidre_constructor)
  } // END switch
  EXPECT_TRUE(m->hasSidreGroup());
  - internal::check_constructor(m, idim, lo, h, N);
  - internal::check_create_fields(m);
  + axom::mint::internal::check_constructor(m, idim, lo, h, N);
  + axom::mint::internal::check_create_fields(m);
  m->setExtent(idim, node_ext);
  - internal::check_node_extent(m, node_ext);
  + axom::mint::internal::check_node_extent(m, node_ext);
  delete m;
  m = nullptr;
  // STEP 2: pull the mesh from the sidre groups, and check with expected
  m = new UniformMesh(meshGroup);
  - internal::check_constructor(m, idim, lo, h, N);
  - internal::check_fields(m, true);
  - internal::check_node_extent(m, node_ext);
  + axom::mint::internal::check_constructor(m, idim, lo, h, N);
  + axom::mint::internal::check_fields(m, true);
  + axom::mint::internal::check_node_extent(m, node_ext);
  delete m;
  // STEP 3: ensure the data is persistent in sidre
  @@ -248,7 +248,7 @@ TEST(mint_mesh_uniform_mesh, check_evaluate_coordinate)
  case 1:
  {
  UniformMesh m(lo, hi, N[0]);
  - internal::check_constructor(&m, idim, lo, h, N);
  + axom::mint::internal::check_constructor(&m, idim, lo, h, N);
  EXPECT_FALSE(m.hasSidreGroup());
  const IndexType Ni = m.getNodeResolution(I_DIRECTION);
  @@ -266,7 +266,7 @@ TEST(mint_mesh_uniform_mesh, check_evaluate_coordinate)
  case 2:
  {
  UniformMesh m(lo, hi, N[0], N[1]);
  - internal::check_constructor(&m, idim, lo, h, N);
  + axom::mint::internal::check_constructor(&m, idim, lo, h, N);
  EXPECT_FALSE(m.hasSidreGroup());
  const IndexType Ni = m.getNodeResolution(I_DIRECTION);
  @@ -295,7 +295,7 @@ TEST(mint_mesh_uniform_mesh, check_evaluate_coordinate)
  EXPECT_EQ(idim, 3);
  {
  UniformMesh m(lo, hi, N[0], N[1], N[2]);
  - internal::check_constructor(&m, idim, lo, h, N);
  + axom::mint::internal::check_constructor(&m, idim, lo, h, N);
  EXPECT_FALSE(m.hasSidreGroup());
  const IndexType Ni = m.getNodeResolution(I_DIRECTION);
  