Function TEST_F

src/utilities/idf/Test/WorkspaceObjectOrder_GTest.cpp:16–57

Test in context of Workspace, since order needs objectGetter.

// Test in context of Workspace, since order needs objectGetter.
TEST_F(IdfFixture, WorkspaceObjectOrder) {
  Workspace workspace(IdfFixture::epIdfFile, openstudio::StrictnessLevel::Draft);

  WorkspaceObjectOrder wsOrder = workspace.order();

  EXPECT_TRUE(wsOrder.inOrder(workspace.objects()[0].handle()));

  // save current order
  OptionalHandleVector workspaceOrder = wsOrder.directOrder();
  ASSERT_TRUE(workspaceOrder);

  // order by enum
  wsOrder.setOrderByIddEnum();
  WorkspaceObjectVector objects = workspace.objects(true);
  for (auto it = objects.begin(), itEnd = objects.end() - 1; it != itEnd; ++it) {
    auto nxt = it;
    ++nxt;
    EXPECT_TRUE(it->iddObject().type() <= nxt->iddObject().type());
  }

  // restore order
  wsOrder.setDirectOrder(*workspaceOrder);
  HandleVector handles = workspace.handles(true);
  // handles does not include version object, while direct order does
  HandleVector tempOrder = *workspaceOrder;
  auto it = std::find(tempOrder.begin(), tempOrder.end(), workspace.versionObject()->handle());
  tempOrder.erase(it);
  EXPECT_TRUE(tempOrder == handles);

  // move objects directly
  wsOrder.insert(handles[32], handles[12]);
  HandleVector newOrder = workspace.handles(true);
  EXPECT_EQ(handles.size(), newOrder.size());
  EXPECT_TRUE(handles[32] == newOrder[12]);
  EXPECT_TRUE(handles[12] == newOrder[13]);

  wsOrder.swap(handles[80], handles[100]);
  newOrder = workspace.handles(true);
  EXPECT_EQ(handles.size(), newOrder.size());
  EXPECT_TRUE(handles[80] == newOrder[100]);
  EXPECT_TRUE(handles[100] == newOrder[80]);
}

TEST_F(IdfFixture, WorkspaceObjectOrder_ByIddObjectType) {
  Workspace workspace(IdfFixture::epIdfFile, openstudio::StrictnessLevel::Draft);