v1.3

New Features:

• Add DirectX Demos

Bug Fixes:

Fix some known issues.

v1.2

New Features:

• Add DirectX Interfaces (Beta):

  • Renderer (Direct2D/3D)
  • RenderObject

• Support ThreadEvent/Callback:

  • registerThreadCallback
  • unregisterThreadCallback
  • triggerThreadEvent

• Add Demos for Async Usage:

  • Async Message/Polling

Bug Fixes:

Fix some known issues.

v1.1

We are excited to introduce v1.1. Now, D14UIKit supports Python3.10 / 3.11 / 3.12 / 3.13. 🥳🥳🥳

v1.0

We are excited to introduce v1.0. Now, D14UIKit supports x86 and x64 platforms, and the version naming has been changed from va_b to va.b-x86/x64. 🥳🥳🥳

v0.9

New Features:

• Add some widgets:
  • FrameAnimPanel
  • IconLabel
• Support more graphics settings:
  • BitmapInterpMode
  • TextAntialiasMode
  • RenderingMode
  • DrawTextOption
• Add some helper methods.

Bug Fixes:

Fix some known issues.

v0.8

New Features:

• Add some interfaces:
  • Panel::setPinned
  • MenuItem::instant/trigger

Bug Fixes:

Fix some known issues. Especially:

• Add a missing callback-macros:
  • D14_onSelectChange
• Fix an incorrect inheritance of PyBind.

v0.7

New Features:

• Add some interfaces:
  • Application::dpi
  • Image::dipSize
  • Panel::minSize/maxSize
  • ResizablePanel::Border
  • common WaterfallView

Bug Fixes:

• Fix a bug with WaterfallView::clearAllItems.
• Fix bugs with unexpected PopupMenu behaviour in root Window.

v0.6

New Features:

• Improve the appearance of some UI objects.
• Improve the logic of Panel::setVisible/setEnabled.

Bug Fixes:

• Fix a bug with endless loop caused by bad logic in fnWndProc.
• Fix a bug with undefined uint8_t caused by missing <cstdint> header.

v0.5

New features:

• The logic of Application::run() is improved to reduce the CPU usage in IDLE state, and now the application will switch the energy mode automatically according to the animation count. As a consequence, Application::lowEnergy related interfaces are removed.

Bug Fixes:

• Fix some spelling erros.

v0.4

New features:

• Better display of the IMM composition window.
• Accumulated optimization is done to improve performance.

Bug fixes:

Fix some known issues. Especially:

• The crash caused by abrupt graphics resource removing.