// Copyright (c) 2016 The Chromium Embedded Framework Authors. All rights // reserved. Use of this source code is governed by a BSD-style license that // can be found in the LICENSE file. #include "include/views/cef_box_layout.h" #include "include/views/cef_fill_layout.h" #include "include/views/cef_layout.h" #include "include/views/cef_panel.h" #include "include/views/cef_panel_delegate.h" #include "include/views/cef_window.h" #include "tests/ceftests/thread_helper.h" #include "tests/gtest/include/gtest/gtest.h" #define PANEL_TEST(name) UI_THREAD_TEST(ViewsPanelTest, name) namespace { class EmptyPanelDelegate : public CefPanelDelegate { public: EmptyPanelDelegate() {} private: IMPLEMENT_REFCOUNTING(EmptyPanelDelegate); DISALLOW_COPY_AND_ASSIGN(EmptyPanelDelegate); }; void CreatePanel(CefRefPtr delegate) { CefRefPtr panel = CefPanel::CreatePanel(delegate); EXPECT_TRUE(panel.get()); // Verify the derived View relationship. EXPECT_TRUE(panel->AsPanel().get()); EXPECT_FALSE(panel->AsWindow().get()); EXPECT_TRUE(panel->IsSame(panel)); // Verify default View state. EXPECT_STREQ("Panel", panel->GetTypeString().ToString().c_str()); EXPECT_TRUE(panel->IsValid()); EXPECT_FALSE(panel->IsAttached()); if (delegate) EXPECT_EQ(delegate.get(), panel->GetDelegate().get()); else EXPECT_FALSE(panel->GetDelegate().get()); EXPECT_EQ(0, panel->GetID()); EXPECT_FALSE(panel->GetParentView().get()); EXPECT_EQ(CefRect(0, 0, 0, 0), panel->GetBounds()); EXPECT_EQ(CefRect(0, 0, 0, 0), panel->GetBoundsInScreen()); EXPECT_EQ(CefSize(0, 0), panel->GetPreferredSize()); EXPECT_EQ(CefSize(0, 0), panel->GetMinimumSize()); EXPECT_EQ(CefSize(0, 0), panel->GetMaximumSize()); EXPECT_EQ(CefSize(0, 0), panel->GetMaximumSize()); EXPECT_EQ(0, panel->GetHeightForWidth(100)); EXPECT_TRUE(panel->IsVisible()); EXPECT_FALSE(panel->IsDrawn()); EXPECT_TRUE(panel->IsEnabled()); EXPECT_FALSE(panel->IsFocusable()); EXPECT_FALSE(panel->IsAccessibilityFocusable()); EXPECT_EQ(CefColorSetARGB(255, 255, 255, 255), panel->GetBackgroundColor()); // Verify default Panel state. EXPECT_TRUE(panel->GetLayout().get()); EXPECT_EQ(0U, panel->GetChildViewCount()); // Destroy the Panel. panel = nullptr; if (delegate) { // Verify that nothing is keeping a reference to the delegate. EXPECT_TRUE(delegate->HasOneRef()); } } void CreatePanelNoDelegateImpl() { CreatePanel(nullptr); } void CreatePanelWithDelegateImpl() { CreatePanel(new EmptyPanelDelegate); } } // namespace // Test creation. PANEL_TEST(CreatePanelNoDelegate); PANEL_TEST(CreatePanelWithDelegate); namespace { class ParentPanelDelegate : public CefPanelDelegate { public: ParentPanelDelegate() {} void OnParentViewChanged(CefRefPtr view, bool added, CefRefPtr parent) override { EXPECT_FALSE(true); // Not reached. } void OnChildViewChanged(CefRefPtr view, bool added, CefRefPtr child) override { Changed changed; changed.view_ = view; changed.added_ = added; changed.child_ = child; changed_.push_back(changed); } void Verify(int callback_index, CefRefPtr view, bool added, CefRefPtr child) { EXPECT_LT(callback_index, static_cast(changed_.size())); EXPECT_TRUE(view->IsSame(changed_[callback_index].view_)) << "callback_index " << callback_index; EXPECT_EQ(added, changed_[callback_index].added_) << "callback_index " << callback_index; EXPECT_TRUE(child->IsSame(changed_[callback_index].child_)) << "callback_index " << callback_index; } void Reset() { changed_.clear(); } bool IsReset() const { return changed_.empty(); } struct Changed { CefRefPtr view_; bool added_ = false; CefRefPtr child_; }; std::vector changed_; private: IMPLEMENT_REFCOUNTING(ParentPanelDelegate); DISALLOW_COPY_AND_ASSIGN(ParentPanelDelegate); }; class ChildPanelDelegate : public CefPanelDelegate { public: ChildPanelDelegate() {} void OnParentViewChanged(CefRefPtr view, bool added, CefRefPtr parent) override { EXPECT_FALSE(on_parent_view_changed_); on_parent_view_changed_ = true; view_ = view; added_ = added; parent_ = parent; } void OnChildViewChanged(CefRefPtr view, bool added, CefRefPtr child) override { EXPECT_FALSE(true); // Not reached. } void Verify(CefRefPtr view, bool added, CefRefPtr parent) { EXPECT_TRUE(on_parent_view_changed_); EXPECT_TRUE(view->IsSame(view_)); EXPECT_EQ(added, added_); EXPECT_TRUE(parent->IsSame(parent_)); } void Reset() { on_parent_view_changed_ = false; view_ = nullptr; added_ = false; parent_ = nullptr; } bool IsReset() const { return !on_parent_view_changed_; } bool on_parent_view_changed_ = false; CefRefPtr view_; bool added_ = false; CefRefPtr parent_; private: IMPLEMENT_REFCOUNTING(ChildPanelDelegate); DISALLOW_COPY_AND_ASSIGN(ChildPanelDelegate); }; void ChildVerifyRemovedState(CefRefPtr parent_delegate, CefRefPtr parent_panel, CefRefPtr child_delegate, CefRefPtr child_panel) { EXPECT_FALSE(parent_panel->IsSame(child_panel)); EXPECT_FALSE(child_panel->IsSame(parent_panel)); EXPECT_FALSE(parent_panel->IsAttached()); EXPECT_FALSE(child_panel->IsAttached()); EXPECT_FALSE(parent_panel->GetParentView().get()); EXPECT_FALSE(child_panel->GetParentView().get()); } void ChildVerifyAddedState(CefRefPtr parent_delegate, CefRefPtr parent_panel, CefRefPtr child_delegate, CefRefPtr child_panel, int expected_child_index) { EXPECT_FALSE(parent_panel->IsSame(child_panel)); EXPECT_FALSE(child_panel->IsSame(parent_panel)); EXPECT_FALSE(parent_panel->IsAttached()); EXPECT_TRUE(child_panel->IsAttached()); EXPECT_TRUE( child_panel->IsSame(parent_panel->GetChildViewAt(expected_child_index))); EXPECT_TRUE(child_panel->GetParentView()->IsSame(parent_panel)); } void ChildVerifyFinalCallbackState( CefRefPtr parent_delegate, CefRefPtr parent_panel, CefRefPtr child_delegate, CefRefPtr child_panel, int expected_parent_callback_index, bool added) { parent_delegate->Verify(expected_parent_callback_index, parent_panel, added, child_panel); child_delegate->Verify(child_panel, added, parent_panel); } void ChildAdd(CefRefPtr parent_delegate, CefRefPtr parent_panel, CefRefPtr child_delegate, CefRefPtr child_panel, int expected_child_index = 0, int expected_parent_callback_index = 0) { // Verify initial parent/child state. ChildVerifyRemovedState(parent_delegate, parent_panel, child_delegate, child_panel); // Verify initial child callback state. EXPECT_TRUE(child_delegate->IsReset()); // Add the child view. parent_panel->AddChildView(child_panel); // Verify final callback state. ChildVerifyFinalCallbackState(parent_delegate, parent_panel, child_delegate, child_panel, expected_parent_callback_index, true); // Reset child callback state. child_delegate->Reset(); // Verify final parent/child state. ChildVerifyAddedState(parent_delegate, parent_panel, child_delegate, child_panel, expected_child_index); } void ChildAddAt(CefRefPtr parent_delegate, CefRefPtr parent_panel, CefRefPtr child_delegate, CefRefPtr child_panel, int child_index, int expected_parent_callback_index) { // Verify initial parent/child state. ChildVerifyRemovedState(parent_delegate, parent_panel, child_delegate, child_panel); // Verify initial child callback state. EXPECT_TRUE(child_delegate->IsReset()); // Add the child view. parent_panel->AddChildViewAt(child_panel, child_index); // Verify final callback state. ChildVerifyFinalCallbackState(parent_delegate, parent_panel, child_delegate, child_panel, expected_parent_callback_index, true); // Reset child callback state. child_delegate->Reset(); // Verify final parent/child state. ChildVerifyAddedState(parent_delegate, parent_panel, child_delegate, child_panel, child_index); } void ChildRemove(CefRefPtr parent_delegate, CefRefPtr parent_panel, CefRefPtr child_delegate, CefRefPtr child_panel, bool remove_all, int expected_child_index = 0, int expected_parent_callback_index = 0) { // Verify initial parent/child state. ChildVerifyAddedState(parent_delegate, parent_panel, child_delegate, child_panel, expected_child_index); // Verify initial child callback state. EXPECT_TRUE(child_delegate->IsReset()); // Remove the child view. if (remove_all) parent_panel->RemoveAllChildViews(); else parent_panel->RemoveChildView(child_panel); // Verify final callback state. ChildVerifyFinalCallbackState(parent_delegate, parent_panel, child_delegate, child_panel, expected_parent_callback_index, false); // Reset child callback state. child_delegate->Reset(); // Verify final parent/child state. ChildVerifyRemovedState(parent_delegate, parent_panel, child_delegate, child_panel); } void ChildAddRemoveSingleImpl() { CefRefPtr parent_delegate = new ParentPanelDelegate(); CefRefPtr parent_panel = CefPanel::CreatePanel(parent_delegate); CefRefPtr child_delegate = new ChildPanelDelegate(); CefRefPtr child_panel = CefPanel::CreatePanel(child_delegate); // Add and explicitly remove the child view. EXPECT_TRUE(parent_delegate->IsReset()); ChildAdd(parent_delegate, parent_panel, child_delegate, child_panel); parent_delegate->Reset(); ChildRemove(parent_delegate, parent_panel, child_delegate, child_panel, false); parent_delegate->Reset(); // Add and implicitly remove the child view. ChildAdd(parent_delegate, parent_panel, child_delegate, child_panel); parent_delegate->Reset(); ChildRemove(parent_delegate, parent_panel, child_delegate, child_panel, false); parent_delegate->Reset(); } void ChildAddRemoveMultipleImpl() { CefRefPtr parent_delegate = new ParentPanelDelegate(); CefRefPtr parent_panel = CefPanel::CreatePanel(parent_delegate); CefRefPtr child_delegate1 = new ChildPanelDelegate(); CefRefPtr child_panel1 = CefPanel::CreatePanel(child_delegate1); CefRefPtr child_delegate2 = new ChildPanelDelegate(); CefRefPtr child_panel2 = CefPanel::CreatePanel(child_delegate2); // Add multiple child views. EXPECT_TRUE(parent_delegate->IsReset()); ChildAdd(parent_delegate, parent_panel, child_delegate1, child_panel1, 0, 0); EXPECT_TRUE(child_delegate2->IsReset()); // child2 not called. ChildAdd(parent_delegate, parent_panel, child_delegate2, child_panel2, 1, 1); EXPECT_TRUE(child_delegate1->IsReset()); // child1 not called. parent_delegate->Reset(); EXPECT_EQ(2U, parent_panel->GetChildViewCount()); // Explicitly remove specific child views. ChildRemove(parent_delegate, parent_panel, child_delegate1, child_panel1, false, 0, 0); EXPECT_TRUE(child_delegate2->IsReset()); // child2 not called. ChildRemove(parent_delegate, parent_panel, child_delegate2, child_panel2, false, 0, 1); EXPECT_TRUE(child_delegate1->IsReset()); // child1 not called. parent_delegate->Reset(); EXPECT_EQ(0U, parent_panel->GetChildViewCount()); // Add multiple child views. ChildAdd(parent_delegate, parent_panel, child_delegate1, child_panel1, 0, 0); EXPECT_TRUE(child_delegate2->IsReset()); // child2 not called. ChildAdd(parent_delegate, parent_panel, child_delegate2, child_panel2, 1, 1); EXPECT_TRUE(child_delegate1->IsReset()); // child1 not called. parent_delegate->Reset(); EXPECT_EQ(2U, parent_panel->GetChildViewCount()); EXPECT_TRUE(child_delegate1->IsReset()); EXPECT_TRUE(child_delegate2->IsReset()); // Implicitly remove all child views. parent_panel->RemoveAllChildViews(); // Verify final callback state. ChildVerifyFinalCallbackState(parent_delegate, parent_panel, child_delegate1, child_panel1, 0, false); ChildVerifyFinalCallbackState(parent_delegate, parent_panel, child_delegate2, child_panel2, 1, false); EXPECT_EQ(0U, parent_panel->GetChildViewCount()); // Reset callback state. parent_delegate->Reset(); child_delegate1->Reset(); child_delegate2->Reset(); // Verify final parent/child state. ChildVerifyRemovedState(parent_delegate, parent_panel, child_delegate1, child_panel1); ChildVerifyRemovedState(parent_delegate, parent_panel, child_delegate2, child_panel2); } void ChildOrderImpl() { CefRefPtr parent_delegate = new ParentPanelDelegate(); CefRefPtr parent_panel = CefPanel::CreatePanel(parent_delegate); CefRefPtr child_delegate1 = new ChildPanelDelegate(); CefRefPtr child_panel1 = CefPanel::CreatePanel(child_delegate1); CefRefPtr child_delegate2 = new ChildPanelDelegate(); CefRefPtr child_panel2 = CefPanel::CreatePanel(child_delegate2); CefRefPtr child_delegate3 = new ChildPanelDelegate(); CefRefPtr child_panel3 = CefPanel::CreatePanel(child_delegate3); // Add child views at specific indexes. ChildAddAt(parent_delegate, parent_panel, child_delegate2, child_panel2, 0, 0); ChildAddAt(parent_delegate, parent_panel, child_delegate3, child_panel3, 0, 1); ChildAddAt(parent_delegate, parent_panel, child_delegate1, child_panel1, 1, 2); parent_delegate->Reset(); EXPECT_EQ(3U, parent_panel->GetChildViewCount()); // ChildAddAt() will verify these results but let's check again just to make // sure. EXPECT_TRUE(child_panel3->IsSame(parent_panel->GetChildViewAt(0))); EXPECT_TRUE(child_panel1->IsSame(parent_panel->GetChildViewAt(1))); EXPECT_TRUE(child_panel2->IsSame(parent_panel->GetChildViewAt(2))); // Move panel2 to the front. parent_panel->ReorderChildView(child_panel2, 0); EXPECT_TRUE(child_panel2->IsSame(parent_panel->GetChildViewAt(0))); EXPECT_TRUE(child_panel3->IsSame(parent_panel->GetChildViewAt(1))); EXPECT_TRUE(child_panel1->IsSame(parent_panel->GetChildViewAt(2))); // Move panel3 to the end. parent_panel->ReorderChildView(child_panel3, -1); EXPECT_TRUE(child_panel2->IsSame(parent_panel->GetChildViewAt(0))); EXPECT_TRUE(child_panel1->IsSame(parent_panel->GetChildViewAt(1))); EXPECT_TRUE(child_panel3->IsSame(parent_panel->GetChildViewAt(2))); } void ChildVisibleImpl() { CefRefPtr parent_panel = CefPanel::CreatePanel(nullptr); CefRefPtr child_panel1 = CefPanel::CreatePanel(nullptr); CefRefPtr child_panel2 = CefPanel::CreatePanel(nullptr); // Nothing drawn by default. EXPECT_FALSE(parent_panel->IsDrawn()); EXPECT_FALSE(child_panel1->IsDrawn()); EXPECT_FALSE(child_panel2->IsDrawn()); // Everything visible by default. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel2->IsVisible()); parent_panel->AddChildView(child_panel1); parent_panel->AddChildView(child_panel2); // Still the same. EXPECT_FALSE(parent_panel->IsDrawn()); EXPECT_FALSE(child_panel1->IsDrawn()); EXPECT_FALSE(child_panel2->IsDrawn()); EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel2->IsVisible()); child_panel1->SetVisible(false); // Child1 not visible. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_FALSE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel2->IsVisible()); child_panel1->SetVisible(true); // Everything visible. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel2->IsVisible()); parent_panel->SetVisible(false); // Children visible. EXPECT_FALSE(parent_panel->IsVisible()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel2->IsVisible()); parent_panel->SetVisible(true); // Everything visible. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel2->IsVisible()); } void ChildDrawnImpl() { CefRefPtr parent_panel = CefPanel::CreatePanel(nullptr); CefRefPtr child_panel1 = CefPanel::CreatePanel(nullptr); CefRefPtr child_panel2 = CefPanel::CreatePanel(nullptr); // Nothing drawn by default. EXPECT_FALSE(parent_panel->IsDrawn()); EXPECT_FALSE(child_panel1->IsDrawn()); EXPECT_FALSE(child_panel2->IsDrawn()); // Everything visible by default. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel2->IsVisible()); parent_panel->AddChildView(child_panel1); parent_panel->AddChildView(child_panel2); // Create and show a Window. CefRefPtr window = CefWindow::CreateTopLevelWindow(nullptr); window->AddChildView(parent_panel); window->CenterWindow(CefSize(400, 400)); window->Show(); // Everything visible and drawn now. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(parent_panel->IsDrawn()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel1->IsDrawn()); EXPECT_TRUE(child_panel2->IsVisible()); EXPECT_TRUE(child_panel2->IsDrawn()); child_panel1->SetVisible(false); // Child1 not visible or drawn. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(parent_panel->IsDrawn()); EXPECT_FALSE(child_panel1->IsVisible()); EXPECT_FALSE(child_panel1->IsDrawn()); EXPECT_TRUE(child_panel2->IsVisible()); EXPECT_TRUE(child_panel2->IsDrawn()); child_panel1->SetVisible(true); // Everything visible and drawn. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(parent_panel->IsDrawn()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel1->IsDrawn()); EXPECT_TRUE(child_panel2->IsVisible()); EXPECT_TRUE(child_panel2->IsDrawn()); parent_panel->SetVisible(false); // Children visible, but nothing drawn. EXPECT_FALSE(parent_panel->IsVisible()); EXPECT_FALSE(parent_panel->IsDrawn()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_FALSE(child_panel1->IsDrawn()); EXPECT_TRUE(child_panel2->IsVisible()); EXPECT_FALSE(child_panel2->IsDrawn()); parent_panel->SetVisible(true); // Everything visible and drawn. EXPECT_TRUE(parent_panel->IsVisible()); EXPECT_TRUE(parent_panel->IsDrawn()); EXPECT_TRUE(child_panel1->IsVisible()); EXPECT_TRUE(child_panel1->IsDrawn()); EXPECT_TRUE(child_panel2->IsVisible()); EXPECT_TRUE(child_panel2->IsDrawn()); // Close the window. window->Close(); } } // namespace // Test child behaviors. PANEL_TEST(ChildAddRemoveSingle); PANEL_TEST(ChildAddRemoveMultiple); PANEL_TEST(ChildOrder); PANEL_TEST(ChildVisible); PANEL_TEST(ChildDrawn); namespace { class SizingPanelDelegate : public CefPanelDelegate { public: SizingPanelDelegate() {} CefSize GetPreferredSize(CefRefPtr view) override { got_get_preferred_size_ = true; view_ = view; return preferred_size_; } CefSize GetMinimumSize(CefRefPtr view) override { got_get_minimum_size_ = true; view_ = view; return minimum_size_; } CefSize GetMaximumSize(CefRefPtr view) override { got_get_maximum_size_ = true; view_ = view; return maximum_size_; } int GetHeightForWidth(CefRefPtr view, int width) override { got_get_height_for_width_ = true; view_ = view; width_ = width; return height_for_width_; } void Reset() { preferred_size_ = CefSize(0, 0); minimum_size_ = CefSize(0, 0); maximum_size_ = CefSize(0, 0); height_for_width_ = 0; got_get_preferred_size_ = false; got_get_minimum_size_ = false; got_get_maximum_size_ = false; got_get_height_for_width_ = false; view_ = nullptr; width_ = 0; } bool IsReset() const { return !got_get_preferred_size_ && !got_get_minimum_size_ && !got_get_maximum_size_ && !got_get_height_for_width_; } CefSize preferred_size_; CefSize minimum_size_; CefSize maximum_size_; int height_for_width_ = 0; bool got_get_preferred_size_ = false; bool got_get_minimum_size_ = false; bool got_get_maximum_size_ = false; bool got_get_height_for_width_ = false; CefRefPtr view_; int width_ = 0; private: IMPLEMENT_REFCOUNTING(SizingPanelDelegate); DISALLOW_COPY_AND_ASSIGN(SizingPanelDelegate); }; void SizeNoDelegateImpl() { CefRefPtr delegate = new SizingPanelDelegate(); CefRefPtr panel = CefPanel::CreatePanel(delegate); // Default bounds are empty. EXPECT_EQ(CefRect(0, 0, 0, 0), panel->GetBounds()); // Set and get the bounds. panel->SetBounds(CefRect(100, 100, 200, 200)); EXPECT_EQ(CefRect(100, 100, 200, 200), panel->GetBounds()); EXPECT_EQ(CefSize(200, 200), panel->GetSize()); EXPECT_EQ(CefPoint(100, 100), panel->GetPosition()); // GetBoundsInScreen() drops the position because there is no Window. EXPECT_EQ(CefRect(0, 0, 200, 200), panel->GetBoundsInScreen()); // Adjust the position but keep the size the same. panel->SetPosition(CefPoint(50, 50)); EXPECT_EQ(CefRect(50, 50, 200, 200), panel->GetBounds()); EXPECT_EQ(CefSize(200, 200), panel->GetSize()); EXPECT_EQ(CefPoint(50, 50), panel->GetPosition()); // Adjust the size but keep the position the same. panel->SetSize(CefSize(400, 400)); EXPECT_EQ(CefRect(50, 50, 400, 400), panel->GetBounds()); EXPECT_EQ(CefSize(400, 400), panel->GetSize()); EXPECT_EQ(CefPoint(50, 50), panel->GetPosition()); // No delegate methods were called during this test. EXPECT_TRUE(delegate->IsReset()); } void SizeWithDelegateImpl() { CefRefPtr delegate = new SizingPanelDelegate(); CefRefPtr panel = CefPanel::CreatePanel(delegate); // Default bounds are empty. EXPECT_EQ(CefRect(0, 0, 0, 0), panel->GetBounds()); CefSize expected_size(100, 100); // Test GetPreferredSize(). delegate->preferred_size_ = expected_size; EXPECT_EQ(expected_size, panel->GetPreferredSize()); EXPECT_TRUE(delegate->got_get_preferred_size_); EXPECT_FALSE(delegate->got_get_minimum_size_); EXPECT_FALSE(delegate->got_get_maximum_size_); EXPECT_FALSE(delegate->got_get_height_for_width_); EXPECT_TRUE(panel->IsSame(delegate->view_)); delegate->Reset(); // Test GetMinimumSize(). delegate->minimum_size_ = expected_size; EXPECT_EQ(expected_size, panel->GetMinimumSize()); EXPECT_FALSE(delegate->got_get_preferred_size_); EXPECT_TRUE(delegate->got_get_minimum_size_); EXPECT_FALSE(delegate->got_get_maximum_size_); EXPECT_FALSE(delegate->got_get_height_for_width_); EXPECT_TRUE(panel->IsSame(delegate->view_)); delegate->Reset(); // Test GetMaximumSize(). delegate->maximum_size_ = expected_size; EXPECT_EQ(expected_size, panel->GetMaximumSize()); EXPECT_FALSE(delegate->got_get_preferred_size_); EXPECT_FALSE(delegate->got_get_minimum_size_); EXPECT_TRUE(delegate->got_get_maximum_size_); EXPECT_FALSE(delegate->got_get_height_for_width_); EXPECT_TRUE(panel->IsSame(delegate->view_)); delegate->Reset(); int expected_width = 200; int expected_height = 100; // Test GetHeightForWidth(). delegate->height_for_width_ = expected_height; EXPECT_EQ(expected_height, panel->GetHeightForWidth(expected_width)); EXPECT_FALSE(delegate->got_get_preferred_size_); EXPECT_FALSE(delegate->got_get_minimum_size_); EXPECT_FALSE(delegate->got_get_maximum_size_); EXPECT_TRUE(delegate->got_get_height_for_width_); EXPECT_EQ(expected_width, delegate->width_); EXPECT_TRUE(panel->IsSame(delegate->view_)); delegate->Reset(); } } // namespace // Test sizing. PANEL_TEST(SizeNoDelegate); PANEL_TEST(SizeWithDelegate); namespace { void FillLayoutCreateImpl() { CefRefPtr panel = CefPanel::CreatePanel(nullptr); // Explicitly set to FillLayout. panel->SetToFillLayout(); CefRefPtr layout = panel->GetLayout(); EXPECT_TRUE(layout.get()); EXPECT_TRUE(layout->AsFillLayout().get()); } void FillLayoutSizeToPreferredSizeImpl() { CefRefPtr delegate = new SizingPanelDelegate(); CefRefPtr panel = CefPanel::CreatePanel(delegate); // Default Layout is FillLayout. CefRefPtr layout = panel->GetLayout(); EXPECT_TRUE(layout.get()); EXPECT_TRUE(layout->AsFillLayout().get()); // Default bounds are empty. EXPECT_EQ(CefRect(0, 0, 0, 0), panel->GetBounds()); CefSize expected_size(100, 100); delegate->preferred_size_ = expected_size; // Trigger use of the preferred size. panel->Layout(); EXPECT_TRUE(delegate->got_get_preferred_size_); EXPECT_FALSE(delegate->got_get_minimum_size_); EXPECT_FALSE(delegate->got_get_maximum_size_); EXPECT_FALSE(delegate->got_get_height_for_width_); EXPECT_TRUE(panel->IsSame(delegate->view_)); delegate->Reset(); // Size is now the preferred size. EXPECT_EQ(expected_size, panel->GetSize()); // No additional delegate methods were called. EXPECT_TRUE(delegate->IsReset()); } void FillLayoutSizeHierarchyImpl() { CefRefPtr panel_parent = CefPanel::CreatePanel(nullptr); CefRefPtr panel_child = CefPanel::CreatePanel(nullptr); CefSize expected_size(100, 100); // Default Layout is FillLayout. CefRefPtr layout1 = panel_parent->GetLayout(); EXPECT_TRUE(layout1.get()); EXPECT_TRUE(layout1->AsFillLayout().get()); // Default bounds are empty. EXPECT_EQ(CefRect(0, 0, 0, 0), panel_parent->GetBounds()); EXPECT_EQ(CefRect(0, 0, 0, 0), panel_child->GetBounds()); // Without delegates the size must be set on the parent. panel_parent->SetSize(expected_size); // FillLayout is the default Layout. Both panels should end up with the same // size. panel_parent->AddChildView(panel_child); // Force layout. panel_parent->Layout(); // Panels are now the same size. EXPECT_EQ(expected_size, panel_parent->GetSize()); EXPECT_EQ(expected_size, panel_child->GetSize()); // Resize the parent panel to a larger size. CefSize expected_size2(200, 200); panel_parent->SetSize(expected_size2); // Force layout. panel_parent->Layout(); // Panels are now the larger size. EXPECT_EQ(expected_size2, panel_parent->GetSize()); EXPECT_EQ(expected_size2, panel_child->GetSize()); } void FillLayoutSizeHierarchyWithDelegate(bool size_from_parent) { CefRefPtr delegate_parent = new SizingPanelDelegate(); CefRefPtr panel_parent = CefPanel::CreatePanel(delegate_parent); CefRefPtr delegate_child = new SizingPanelDelegate(); CefRefPtr panel_child = CefPanel::CreatePanel(delegate_child); CefSize expected_size(100, 100); // The default layout is FillLayout, but explicitly set it anyways just for // some testing variety. panel_parent->SetToFillLayout(); panel_child->SetToFillLayout(); // Default bounds are empty. EXPECT_EQ(CefRect(0, 0, 0, 0), panel_parent->GetBounds()); EXPECT_EQ(CefRect(0, 0, 0, 0), panel_child->GetBounds()); // With delegates the size can come from either the parent or child. if (size_from_parent) delegate_parent->preferred_size_ = expected_size; else delegate_child->preferred_size_ = expected_size; // FillLayout is the default Layout. Both panels should end up with the same // size. panel_parent->AddChildView(panel_child); // No delegate methods were called yet. EXPECT_TRUE(delegate_parent->IsReset()); EXPECT_TRUE(delegate_child->IsReset()); // Force layout. panel_parent->Layout(); // delegate_parent will be called to get the preferred size for panel_parent. EXPECT_TRUE(delegate_parent->got_get_preferred_size_); EXPECT_FALSE(delegate_parent->got_get_minimum_size_); EXPECT_FALSE(delegate_parent->got_get_maximum_size_); EXPECT_FALSE(delegate_parent->got_get_height_for_width_); EXPECT_TRUE(panel_parent->IsSame(delegate_parent->view_)); delegate_parent->Reset(); // delegate_child will be called to get the preferred size for panel_child. EXPECT_TRUE(delegate_child->got_get_preferred_size_); EXPECT_FALSE(delegate_child->got_get_minimum_size_); EXPECT_FALSE(delegate_child->got_get_maximum_size_); EXPECT_FALSE(delegate_child->got_get_height_for_width_); EXPECT_TRUE(panel_child->IsSame(delegate_child->view_)); delegate_child->Reset(); // Panels are now the same size. EXPECT_EQ(expected_size, panel_parent->GetSize()); EXPECT_EQ(expected_size, panel_child->GetSize()); // Resize the parent panel to a larger size. CefSize expected_size2(200, 200); panel_parent->SetSize(expected_size2); // Force layout. panel_parent->Layout(); // Panels are now the larger size. EXPECT_EQ(expected_size2, panel_parent->GetSize()); EXPECT_EQ(expected_size2, panel_child->GetSize()); // No additional delegate methods were called. EXPECT_TRUE(delegate_parent->IsReset()); EXPECT_TRUE(delegate_child->IsReset()); } void FillLayoutSizeHierarchyFromParentWithDelegateImpl() { FillLayoutSizeHierarchyWithDelegate(true); } void FillLayoutSizeHierarchyFromChildWithDelegateImpl() { FillLayoutSizeHierarchyWithDelegate(false); } } // namespace // Test FillLayout. PANEL_TEST(FillLayoutCreate); PANEL_TEST(FillLayoutSizeToPreferredSize); PANEL_TEST(FillLayoutSizeHierarchy); PANEL_TEST(FillLayoutSizeHierarchyFromParentWithDelegate); PANEL_TEST(FillLayoutSizeHierarchyFromChildWithDelegate); namespace { void BoxLayoutCreateImpl() { CefRefPtr panel = CefPanel::CreatePanel(nullptr); CefBoxLayoutSettings settings; // Explicitly set to BoxLayout. panel->SetToBoxLayout(settings); CefRefPtr layout = panel->GetLayout(); EXPECT_TRUE(layout.get()); EXPECT_TRUE(layout->AsBoxLayout().get()); } const int kBLParentSize = 100; const int kBLChildSize = 10; void BoxLayoutSizeHierarchy(bool with_delegate, const CefBoxLayoutSettings& settings, const CefRect& expected_child1_bounds, const CefRect& expected_child2_bounds, int child1_flex = 0, int child2_flex = 0) { CefRefPtr delegate_parent; if (with_delegate) delegate_parent = new SizingPanelDelegate(); CefRefPtr panel_parent = CefPanel::CreatePanel(delegate_parent); CefRefPtr delegate_child1, delegate_child2; if (with_delegate) { delegate_child1 = new SizingPanelDelegate(); delegate_child2 = new SizingPanelDelegate(); } CefRefPtr panel_child1 = CefPanel::CreatePanel(delegate_child1); CefRefPtr panel_child2 = CefPanel::CreatePanel(delegate_child2); // Default bounds are empty. EXPECT_EQ(CefRect(0, 0, 0, 0), panel_parent->GetBounds()); EXPECT_EQ(CefRect(0, 0, 0, 0), panel_child1->GetBounds()); EXPECT_EQ(CefRect(0, 0, 0, 0), panel_child2->GetBounds()); // Give the parent a size. CefSize initial_parent_size(kBLParentSize, kBLParentSize); if (with_delegate) delegate_parent->preferred_size_ = initial_parent_size; else panel_parent->SetSize(initial_parent_size); // Give the children a size smaller than the parent. CefSize initial_child_size(kBLChildSize, kBLChildSize); if (with_delegate) { delegate_child1->preferred_size_ = initial_child_size; delegate_child2->preferred_size_ = initial_child_size; } else { panel_child1->SetSize(initial_child_size); panel_child2->SetSize(initial_child_size); } // Set to BoxLayout with |settings|. panel_parent->SetToBoxLayout(settings); panel_parent->AddChildView(panel_child1); panel_parent->AddChildView(panel_child2); if (child1_flex > 0 || child2_flex > 0) { // Flex will apply relative stretch in the main axis direction. CefRefPtr layout = panel_parent->GetLayout()->AsBoxLayout(); if (child1_flex > 0) layout->SetFlexForView(panel_child1, child1_flex); if (child2_flex > 0) layout->SetFlexForView(panel_child2, child2_flex); } if (with_delegate) { // No delegate methods were called yet. EXPECT_TRUE(delegate_parent->IsReset()); EXPECT_TRUE(delegate_child1->IsReset()); EXPECT_TRUE(delegate_child2->IsReset()); } // Force layout. panel_parent->Layout(); if (with_delegate) { // delegate_parent will be called to get the preferred size for // panel_parent. EXPECT_TRUE(delegate_parent->got_get_preferred_size_); EXPECT_FALSE(delegate_parent->got_get_minimum_size_); EXPECT_FALSE(delegate_parent->got_get_maximum_size_); EXPECT_FALSE(delegate_parent->got_get_height_for_width_); EXPECT_TRUE(panel_parent->IsSame(delegate_parent->view_)); delegate_parent->Reset(); // delegate_child1 will be called to get the preferred size for // panel_child1. // GetHeightForWidth may also be called depending on the settings. EXPECT_TRUE(delegate_child1->got_get_preferred_size_); EXPECT_FALSE(delegate_child1->got_get_minimum_size_); EXPECT_FALSE(delegate_child1->got_get_maximum_size_); EXPECT_TRUE(panel_child1->IsSame(delegate_child1->view_)); delegate_child1->Reset(); // delegate_child2 will be called to get the preferred size for // panel_child2. // GetHeightForWidth may also be called depending on the settings. EXPECT_TRUE(delegate_child2->got_get_preferred_size_); EXPECT_FALSE(delegate_child2->got_get_minimum_size_); EXPECT_FALSE(delegate_child2->got_get_maximum_size_); EXPECT_TRUE(panel_child2->IsSame(delegate_child2->view_)); delegate_child2->Reset(); } // The parent should be the same size. EXPECT_EQ(initial_parent_size, panel_parent->GetSize()); // Children should have the expected bounds. EXPECT_EQ(expected_child1_bounds, panel_child1->GetBounds()); EXPECT_EQ(expected_child2_bounds, panel_child2->GetBounds()); if (with_delegate) { // No additional delegate methods were called. EXPECT_TRUE(delegate_parent->IsReset()); EXPECT_TRUE(delegate_child1->IsReset()); EXPECT_TRUE(delegate_child2->IsReset()); } } void BoxLayoutSizeHierarchyVerticalStretch(bool with_delegate) { // Vertical layout with children stretched along the horizontal axis. // // ----------- // |111111111| // |222222222| // | | // | | // | | // ----------- // CefBoxLayoutSettings settings; CefRect expected_child1_bounds(0, 0, kBLParentSize, kBLChildSize); CefRect expected_child2_bounds(0, kBLChildSize, kBLParentSize, kBLChildSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds); } void BoxLayoutSizeHierarchyVerticalStretchImpl() { BoxLayoutSizeHierarchyVerticalStretch(false); } void BoxLayoutSizeHierarchyVerticalStretchWithDelegateImpl() { BoxLayoutSizeHierarchyVerticalStretch(true); } void BoxLayoutSizeHierarchyHorizontalStretch(bool with_delegate) { // Horizontal layout with children stretched along the vertical axis. // // ----------- // |12 | // |12 | // |12 | // |12 | // |12 | // ----------- // CefBoxLayoutSettings settings; settings.horizontal = true; CefRect expected_child1_bounds(0, 0, kBLChildSize, kBLParentSize); CefRect expected_child2_bounds(kBLChildSize, 0, kBLChildSize, kBLParentSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds); } void BoxLayoutSizeHierarchyHorizontalStretchImpl() { BoxLayoutSizeHierarchyHorizontalStretch(false); } void BoxLayoutSizeHierarchyHorizontalStretchWithDelegateImpl() { BoxLayoutSizeHierarchyHorizontalStretch(true); } void BoxLayoutSizeHierarchyVerticalCenter(bool with_delegate) { // Vertical layout with children centered along the horizontal axis. // // ----------- // | 1 | // | 2 | // | | // | | // | | // ----------- // CefBoxLayoutSettings settings; settings.cross_axis_alignment = CEF_CROSS_AXIS_ALIGNMENT_CENTER; int xoffset = (kBLParentSize - kBLChildSize) / 2; CefRect expected_child1_bounds(xoffset, 0, kBLChildSize, kBLChildSize); CefRect expected_child2_bounds(xoffset, kBLChildSize, kBLChildSize, kBLChildSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds); } void BoxLayoutSizeHierarchyVerticalCenterImpl() { BoxLayoutSizeHierarchyVerticalCenter(false); } void BoxLayoutSizeHierarchyVerticalCenterWithDelegateImpl() { BoxLayoutSizeHierarchyVerticalCenter(true); } void BoxLayoutSizeHierarchyHorizontalCenter(bool with_delegate) { // Horizontal layout with children centered along the vertical axis. // // ----------- // | | // | | // |12 | // | | // | | // ----------- // CefBoxLayoutSettings settings; settings.horizontal = true; settings.cross_axis_alignment = CEF_CROSS_AXIS_ALIGNMENT_CENTER; int yoffset = (kBLParentSize - kBLChildSize) / 2; CefRect expected_child1_bounds(0, yoffset, kBLChildSize, kBLChildSize); CefRect expected_child2_bounds(kBLChildSize, yoffset, kBLChildSize, kBLChildSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds); } void BoxLayoutSizeHierarchyHorizontalCenterImpl() { BoxLayoutSizeHierarchyHorizontalCenter(false); } void BoxLayoutSizeHierarchyHorizontalCenterWithDelegateImpl() { BoxLayoutSizeHierarchyHorizontalCenter(true); } void BoxLayoutSizeHierarchyVerticalCenterCenter(bool with_delegate) { // Vertical layout with children centered along the horizontal and vertical // axis. // // ----------- // | | // | 1 | // | 2 | // | | // ----------- // CefBoxLayoutSettings settings; settings.main_axis_alignment = CEF_MAIN_AXIS_ALIGNMENT_CENTER; settings.cross_axis_alignment = CEF_CROSS_AXIS_ALIGNMENT_CENTER; int xoffset = (kBLParentSize - kBLChildSize) / 2; int yoffset = (kBLParentSize - (kBLChildSize * 2)) / 2; CefRect expected_child1_bounds(xoffset, yoffset, kBLChildSize, kBLChildSize); CefRect expected_child2_bounds(xoffset, yoffset + kBLChildSize, kBLChildSize, kBLChildSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds); } void BoxLayoutSizeHierarchyVerticalCenterCenterImpl() { BoxLayoutSizeHierarchyVerticalCenterCenter(false); } void BoxLayoutSizeHierarchyVerticalCenterCenterWithDelegateImpl() { BoxLayoutSizeHierarchyVerticalCenterCenter(true); } void BoxLayoutSizeHierarchyHorizontalCenterCenter(bool with_delegate) { // Horizontal layout with children centered along the vertical and horizontal // axis. // // ----------- // | | // | | // | 12 | // | | // | | // ----------- // CefBoxLayoutSettings settings; settings.horizontal = true; settings.main_axis_alignment = CEF_MAIN_AXIS_ALIGNMENT_CENTER; settings.cross_axis_alignment = CEF_CROSS_AXIS_ALIGNMENT_CENTER; int xoffset = (kBLParentSize - (kBLChildSize * 2)) / 2; int yoffset = (kBLParentSize - kBLChildSize) / 2; CefRect expected_child1_bounds(xoffset, yoffset, kBLChildSize, kBLChildSize); CefRect expected_child2_bounds(xoffset + kBLChildSize, yoffset, kBLChildSize, kBLChildSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds); } void BoxLayoutSizeHierarchyHorizontalCenterCenterImpl() { BoxLayoutSizeHierarchyHorizontalCenterCenter(false); } void BoxLayoutSizeHierarchyHorizontalCenterCenterWithDelegateImpl() { BoxLayoutSizeHierarchyHorizontalCenterCenter(true); } void BoxLayoutSizeHierarchyVerticalStretchFlexOne(bool with_delegate) { // Vertical layout with child1 stretched along the horizontal and vertical // axis and child2 stretched along the horizontal axis only (unequal flex). // // ----------- // |111111111| // |111111111| // |111111111| // |111111111| // |222222222| // ----------- // CefBoxLayoutSettings settings; CefRect expected_child1_bounds(0, 0, kBLParentSize, kBLParentSize - kBLChildSize); CefRect expected_child2_bounds(0, kBLParentSize - kBLChildSize, kBLParentSize, kBLChildSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds, 1, 0); } void BoxLayoutSizeHierarchyVerticalStretchFlexOneImpl() { BoxLayoutSizeHierarchyVerticalStretchFlexOne(false); } void BoxLayoutSizeHierarchyVerticalStretchFlexOneWithDelegateImpl() { BoxLayoutSizeHierarchyVerticalStretchFlexOne(true); } void BoxLayoutSizeHierarchyHorizontalStretchFlexOne(bool with_delegate) { // Horizontal layout with child1 stretched along the vertical and horizontal // axis and child2 stretched along the vertical axis only (unequal flex). // // ----------- // |111111112| // |111111112| // |111111112| // |111111112| // |111111112| // ----------- // CefBoxLayoutSettings settings; settings.horizontal = true; CefRect expected_child1_bounds(0, 0, kBLParentSize - kBLChildSize, kBLParentSize); CefRect expected_child2_bounds(kBLParentSize - kBLChildSize, 0, kBLChildSize, kBLParentSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds, 1, 0); } void BoxLayoutSizeHierarchyHorizontalStretchFlexOneImpl() { BoxLayoutSizeHierarchyHorizontalStretchFlexOne(false); } void BoxLayoutSizeHierarchyHorizontalStretchFlexOneWithDelegateImpl() { BoxLayoutSizeHierarchyHorizontalStretchFlexOne(true); } void BoxLayoutSizeHierarchyVerticalStretchFlexBoth(bool with_delegate) { // Vertical layout with children stretched along the horizontal and vertical // axis (equal flex). // // ----------- // |111111111| // |111111111| // |111111111| // |222222222| // |222222222| // |222222222| // ----------- // CefBoxLayoutSettings settings; CefRect expected_child1_bounds(0, 0, kBLParentSize, kBLParentSize / 2); CefRect expected_child2_bounds(0, kBLParentSize / 2, kBLParentSize, kBLParentSize / 2); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds, 1, 1); } void BoxLayoutSizeHierarchyVerticalStretchFlexBothImpl() { BoxLayoutSizeHierarchyVerticalStretchFlexBoth(false); } void BoxLayoutSizeHierarchyVerticalStretchFlexBothWithDelegateImpl() { BoxLayoutSizeHierarchyVerticalStretchFlexBoth(true); } void BoxLayoutSizeHierarchyHorizontalStretchFlexBoth(bool with_delegate) { // Horizontal layout with children stretched along the vertical and horizontal // axis (equal flex). // // ----------- // |111122222| // |111122222| // |111122222| // |111122222| // |111122222| // ----------- // CefBoxLayoutSettings settings; settings.horizontal = true; CefRect expected_child1_bounds(0, 0, kBLParentSize / 2, kBLParentSize); CefRect expected_child2_bounds(kBLParentSize / 2, 0, kBLParentSize / 2, kBLParentSize); BoxLayoutSizeHierarchy(with_delegate, settings, expected_child1_bounds, expected_child2_bounds, 1, 1); } void BoxLayoutSizeHierarchyHorizontalStretchFlexBothImpl() { BoxLayoutSizeHierarchyHorizontalStretchFlexBoth(false); } void BoxLayoutSizeHierarchyHorizontalStretchFlexBothWithDelegateImpl() { BoxLayoutSizeHierarchyHorizontalStretchFlexBoth(true); } } // namespace // Test BoxLayout. The BoxLayoutSizeHierarchy* tests are representative but not // comprehensive (e.g. not all possible configurations are tested). PANEL_TEST(BoxLayoutCreate); PANEL_TEST(BoxLayoutSizeHierarchyVerticalStretch); PANEL_TEST(BoxLayoutSizeHierarchyVerticalStretchWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalStretch); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalStretchWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyVerticalCenter); PANEL_TEST(BoxLayoutSizeHierarchyVerticalCenterWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalCenter); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalCenterWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyVerticalCenterCenter); PANEL_TEST(BoxLayoutSizeHierarchyVerticalCenterCenterWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalCenterCenter); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalCenterCenterWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyVerticalStretchFlexOne); PANEL_TEST(BoxLayoutSizeHierarchyVerticalStretchFlexOneWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalStretchFlexOne); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalStretchFlexOneWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyVerticalStretchFlexBoth); PANEL_TEST(BoxLayoutSizeHierarchyVerticalStretchFlexBothWithDelegate); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalStretchFlexBoth); PANEL_TEST(BoxLayoutSizeHierarchyHorizontalStretchFlexBothWithDelegate);