InputScalar: Inconsistent output behavior between smaller and bigger data types

[Riztazz]

Version/Branch of Dear ImGui:

1.91 Docking

Back-ends:

imgui_impl_sdl2

Compiler, OS:

Windows 10, MSVC 2022

Full config/build information:

Dear ImGui 1.91.0 (19100)
--------------------------------
sizeof(size_t): 8, sizeof(ImDrawIdx): 2, sizeof(ImDrawVert): 20
define: __cplusplus=199711
define: _WIN32
define: _WIN64
define: _MSC_VER=1929
define: _MSVC_LANG=201402
define: IMGUI_HAS_VIEWPORT
define: IMGUI_HAS_DOCK
--------------------------------
io.BackendPlatformName: imgui_impl_sdl2
io.BackendRendererName: NULL
io.ConfigFlags: 0x00000480
 DockingEnable
 ViewportsEnable
io.ConfigViewportsNoDecoration
io.ConfigInputTextCursorBlink
io.ConfigWindowsResizeFromEdges
io.ConfigWindowsMoveFromTitleBarOnly
io.ConfigMemoryCompactTimer = 60.0
io.BackendFlags: 0x00001C06
 HasMouseCursors
 HasSetMousePos
 PlatformHasViewports
 HasMouseHoveredViewport
 RendererHasViewports
--------------------------------
io.Fonts: 9 fonts, Flags: 0x00000000, TexSize: 4096,8192
io.DisplaySize: 3852.00,2087.00
io.DisplayFramebufferScale: 1.00,1.00
--------------------------------
style.WindowPadding: 8.00,4.00
style.WindowBorderSize: 2.00
style.FramePadding: 8.38,8.38
style.FrameRounding: 4.00
style.FrameBorderSize: 1.00
style.ItemSpacing: 11.00,5.00
style.ItemInnerSpacing: 5.00,5.00

Details:

My Issue/Question:

InputScalar for data types smaller than 4 bytes is clamped to min/max values and it is not for bigger types.
https://github.com/ocornut/imgui/blob/master/imgui_widgets.cpp#L2285
Would be a nice feature if it behaved for all types the same it does for smaller types

Screenshots/Video:

inputScalar.mp4

I've stumbled upon it while building node widgets for a graph
The code for the widget can be viewed here, Result of the node is a sum of two values controlled by InputScalar
https://gist.github.com/Riztazz/c90d71bb35950186e00762ab320dbd73

Minimal, Complete and Verifiable Example code:

ImGui::Begin("Example Bug");
        static uint8_t valueA = 0;
        static uint32_t valueB = 0;
        // Input -1 into the field and observe the result
        int step = 1;
        int fstep = 10;
        SetNextItemWidth( 200.f );
        InputScalar( "Test A", ImGuiDataType_U8, &valueA, &step, &fstep );
        SetNextItemWidth( 200.f );
        // Do the same, it will underflow
        InputScalar( "Test B", ImGuiDataType_U32, &valueB, &step, &fstep );
        Text( "A: %u", valueA );
        Text( "B: %u", valueB );
ImGui::End();