This fixes an issue that Touch Keyboard is not invoked when user taps on the PowerShell.
Before this change, it was returning small rectangle on the right of the cursor. Touch Keyboard should be invoked by tapping anywhere inside the console.
## PR Checklist
* [ ] Closes #xxx
* [x] CLA signed. If not, go over [here](https://cla.opensource.microsoft.com/microsoft/Terminal) and sign the CLA
* [ ] Tests added/passed
* [ ] Documentation updated. If checked, please file a pull request on [our docs repo](https://github.com/MicrosoftDocs/terminal) and link it here: #xxx
* [ ] Schema updated.
* [x] I've discussed this with core contributors already. If not checked, I'm ready to accept this work might be rejected in favor of a different grand plan. Issue number where discussion took place: #xxx
## Detailed Description of the Pull Request / Additional comments
ITfContextOwner::GetScreenExt is used to define rectangle that can invoke Touch Keyboard.
https://docs.microsoft.com/en-us/windows/win32/api/msctf/nf-msctf-itfcontextowner-getscreenext
## Validation Steps Performed
* [x] Touch keyboard was invoked by tapping inside the Console while Hardware Keyboard was not attached.
* [x] Selecting text worked as expected without invoking touch keyboard.
* [x] Long tapping the console invoked Touch Keyboard. I would like to confirm if this is the expected behavior.
Visual Studio 2022 Preview recently released the v143 toolchain.
C4189 is now flagging several unused variables, which breaks our build.
## PR Checklist
* [x] I work here
* [x] Tests added/passed
## Validation Steps Performed
* CascadiaPackage builds ✔️
* All tests build ✔️
<!-- Enter a brief description/summary of your PR here. What does it fix/what does it change/how was it tested (even manually, if necessary)? -->
## Summary of the Pull Request
This change cleans up the Fullscreen implementation for both conhost and Terminal, improving the restore position (where the window goes when exiting fullscreen).
Prior to this change the window wasn't guaranteed to restore somewhere on the window's current monitor when exiting fullscreen. With this change the window will restore always to its current monitor, at a reasonable location (and will 'double restore' (to fullscreen->maximize->restore) after monitor changes while fullscreen, which is the expected user behavior.
<!-- Other than the issue solved, is this relevant to any other issues/existing PRs? -->
## References
<!-- Please review the items on the PR checklist before submitting-->
## PR Checklist
* [x] Closes#9746
* [x] CLA signed. If not, go over [here](https://cla.opensource.microsoft.com/microsoft/Terminal) and sign the CLA
* [ ] Tests added/passed
* [ ] Documentation updated. If checked, please file a pull request on [our docs repo](https://github.com/MicrosoftDocs/terminal) and link it here: #xxx
* [ ] Schema updated.
* [ ] I've discussed this with core contributors already. If not checked, I'm ready to accept this work might be rejected in favor of a different grand plan. Issue number where discussion took place: #xxx
<!-- Provide a more detailed description of the PR, other things fixed or any additional comments/features here -->
## Detailed Description of the Pull Request / Additional comments
A fullscreen window's monitor can change.
- Win+Shift+left/right migrates a window between monitors.
- User could open settings, display, and move the monitor or change its DPI.
- The monitor could be unplugged.
- The session could be remote and be disconnected.
A fullscreen window stores a 'restore position' when entering fullscreen, used to move the window back 'where it was'. BUT, its unexpected for the window to exit fullscreen and jump to another monitor. This means its previous position must be migrated from the old monitor's work area to the new monitor's work area.
If a window is maximized, it is sized to the work area. Like with fullscreen, a maximized window has a 'restore position', though unlike with fullscreen the restore position for maximized is stored by the system itself. Migration in cases where a maximized (or fullscreen) window's monitor changes is also taken care of by the system. To restore 'safely' to maximized (after changing window styles) a window must only `SetWindowPos(SWP_FRAMECHANGED)`. While technically a maximized window that becomes fullscreen 'is still maximized' (from Win32's perspective), its prudent to also `ShowWindow(SW_MAXIMIZED)` prior to `SWP_FRAMECHANGED` (to explicitly make the window maximized).
If not restoring to maximized, the restore position is adjusted by the new/ old work area. Additionally, the new/ old window DPI is used to adjust the size of the window by the DPI change (keeping the window's logical size the same).
- The work area origin is checked first (shifting window rect by the change in origin)
- The DPI is checked next, changing right/ bottom (size only)
- Each edge of the window is compared against the corresponding edge of the work area, nudging the window back on-screen if hanging offscreen. By shifting right before left, bottom before top, the top-left is guaranteed on-screen.
<!-- Describe how you validated the behavior. Add automated tests wherever possible, but list manual validation steps taken as well -->
## Validation Steps Performed
Tried it out. Seemed to work on my machine.
Jk, ran conhost/ terminal on mixed DPI system, max (or not), fullscreen, win+shift+left/ exit fullscreen/ maximize. Monitor unplug, etc.
## References
* See also #8617
## PR Checklist
* [x] Supports #3075
* [x] I work here.
* [x] Manual test.
## Detailed Description of the Pull Request / Additional comments
### Window Title Generation
Every time the renderer checks the title, it's doing two bad things that
I've fixed:
1. It's assembling the prefix to the full title doing a concatenation.
No one ever gets just the prefix ever after it is set besides the
concat. So instead of storing prefix and the title, I store the
assembled prefix + title and the bare title.
2. A copy must be made because it was returning `std::wstring` instead
of `std::wstring&`. Now it returns the ref.
### Dirty Area Return
Every time the renderer checks the dirty area, which is sometimes
multiple times per pass (regular text printing, again for selection,
etc.), a vector is created off the heap to return the rectangles. The
consumers only ever iterate this data. Now we return a span over a
rectangle or rectangles that the engine must store itself.
1. For some renderers, it's always a constant 1 element. They update
that 1 element when dirty is queried and return it in the span with a
span size of 1.
2. For other renderers with more complex behavior, they're already
holding a cached vector of rectangles. Now it's effectively giving
out the ref to those in the span for iteration.
### Bitmap Runs
The `til::bitmap` used a `std::optional<std::vector<til::rectangle>>`
inside itself to cache its runs and would clear the optional when the
runs became invalidated. Unfortunately doing `.reset()` to clear the
optional will destroy the underlying vector and have it release its
memory. We know it's about to get reallocated again, so we're just going
to make it a `std::pmr::vector` and give it a memory pool.
The alternative solution here was to use a `bool` and
`std::vector<til::rectangle>` and just flag when the vector was invalid,
but that was honestly more code changes and I love excuses to try out
PMR now.
Also, instead of returning the ref to the vector... I'm just returning a
span now. Everyone just iterates it anyway, may as well not share the
implementation detail.
### UTF-8 conversions
When testing with Terminal and looking at the `conhost.exe`'s PTY
renderer, it spends a TON of allocation time on converting all the
UTF-16 stuff inside to UTF-8 before it sends it out the PTY. This was
because `ConvertToA` was allocating a string inside itself and returning
it just to have it freed after printing and looping back around again...
as a PTY does.
The change here is to use `til::u16u8` that accepts a buffer out
parameter so the caller can just hold onto it.
## Validation Steps Performed
- [x] `big.txt` in conhost.exe (GDI renderer)
- [x] `big.txt` in Terminal (DX, PTY renderer)
- [x] Ensure WDDM and BGFX build under Razzle with this change.
Many include statements use forward slashes, while others use backwards
slashes. This is inconsistent formatting. For this reason, I changed the
backward slashes to forward slashes since that is the standard.
[Git2Git] Git Train: Merge of building/rs_onecore_dep_uxp/201117-2002 into official/rs_onecore_dep_uxp Retrieved from https://microsoft.visualstudio.com os.2020 OS official/rs_onecore_dep_uxp 526043ab6050397506b3cdb77e6a43b5ca9a2e9a
Related work items: MSFT-29990377
Generated by https://github.com/jsoref/spelling `f`; to maintain your repo, please consider `fchurn`
I generally try to ignore upstream bits. I've accidentally included some items from the `deps/` directory. I expect someone will give me a list of items to drop, I'm happy to drop whole files/directories, or to split the PR into multiple items (E.g. comments/locals/public).
Closes#4294
## Summary of the Pull Request
When dragging _DEBUG_ conhost across a DPI boundary, we'd crash. This doesn't repro for some reason on Release builds. Maybe @miniksa can share some light why that is.
## PR Checklist
* [x] Closes#4012
* [x] I work here
* [ ] Tests added/passed
* [n/a] Requires documentation to be updated
## Validation Steps Performed
Dragged it across the boundary again, doesn't crash anymore 🙏
Adjusts the startup and shutdown behavior of most threads in the console host to alleviate race conditions that are either exacerbated or introduced by the VT PTY threads.
**The Basics of Accessibility**
- [What is a User Interaction Automation (UIA) Tree?](https://docs.microsoft.com/en-us/dotnet/framework/ui-automation/ui-automation-tree-overview)
- Other projects (i.e.: Narrator) can take advantage of this UIA tree and are used to present information within it.
- Some things like XAML already have a UIA Tree. So some UIA tree navigation and features are already there. It's just a matter of getting them hooked up and looking right.
**Accessibility in our Project**
There's a few important classes...
regarding Accessibility...
- **WindowUiaProvider**: This sets up the UIA tree for a window. So this is the top-level for the UIA tree.
- **ScreenInfoUiaProvider**: This sets up the UIA tree for a terminal buffer.
- **UiaTextRange**: This is essential to interacting with the UIA tree for the terminal buffer. Actually gets portions of the buffer and presents them.
regarding the Windows Terminal window...
- **BaseWindow**: The foundation to a window. Deals with HWNDs and that kind of stuff.
- **IslandWindow**: This extends `BaseWindow` and is actually what holds our Windows Terminal
- **NonClientIslandWindow**: An extension of the `IslandWindow`
regarding ConHost...
- **IConsoleWindow**: This is an interface for the console window.
- **Window**: This is the actual window for ConHost. Extends `IConsoleWindow`
- `IConsoleWindow` changes:
- move into `Microsoft::Console::Types` (a shared space)
- Have `IslandWindow` extend it
- `WindowUiaProvider` changes:
- move into `Microsoft::Console::Types` (a shared space)
- Hook up `WindowUiaProvider` to IslandWindow (yay! we now have a tree)
### Changes to the WindowUiaProvider
As mentioned earlier, the WindowUiaProvider is the top-level UIA provider for our projects. To reuse as much code as possible, I created `Microsoft::Console::Types::WindowUiaProviderBase`. Any existing functions that reference a `ScreenInfoUiaProvider` were virtual-ized.
In each project, a `WindowUiaProvider : WindowUiaProviderBase` was created to define those virtual functions. Note that that will be the main difference between ConHost and Windows Terminal moving forward: how many TextBuffers are on the screen.
So, ConHost should be the same as before, with only one `ScreenInfoUiaProvider`, whereas Windows Terminal needs to (1) update which one is on the screen and (2) may have multiple on the screen.
🚨 Windows Terminal doesn't have the `ScreenInfoUiaProvider` hooked up yet. We'll have all the XAML elements in the UIA tree. But, since `TermControl` is a custom XAML Control, I need to hook up the `ScreenInfoUiaProvider` to it. This work will be done in a new PR and resolve GitHub Issue #1352.
### Moved to `Microsoft::Console::Types`
These files got moved to a shared area so that they can be used by both ConHost and Windows Terminal.
This means that any references to the `ServiceLocator` had to be removed.
- `IConsoleWindow`
- Windows Terminal: `IslandWindow : IConsoleWindow`
- `ScreenInfoUiaProvider`
- all references to `ServiceLocator` and `SCREEN_INFORMATION` were removed. `IRenderData` was used to accomplish this. Refer to next section for more details.
- `UiaTextRange`
- all references to `ServiceLocator` and `SCREEN_INFORMATION` were removed. `IRenderData` was used to accomplish this. Refer to next section for more details.
- since most of the functions were `static`, that means that an `IRenderData` had to be added into most of them.
### Changes to IRenderData
Since `IRenderData` is now being used to abstract out `ServiceLocator` and `SCREEN_INFORMATION`, I had to add a few functions here:
- `bool IsAreaSelected()`
- `void ClearSelection()`
- `void SelectNewRegion(...)`
- `HRESULT SearchForText(...)`
`SearchForText()` is a problem here. The overall new design is great! But Windows Terminal doesn't have a way to search for text in the buffer yet, whereas ConHost does. So I'm punting on this issue for now. It looks nasty, but just look at all the other pretty things here. :)
* Apply [[nodiscard]] to functions returning error codes
- applied [[nodiscard]] for all HRESULT, LRESULT, and NTSTATUS functions
- fixed IntelliSense declaration complaints leading to function not
implemented warnings
- deleted declared but never implemented functions
- fixed unused parameter warnings
How verified:
- bcz dbg
- opencon
- testcon
- VS2019 debug build
* - use LOG_IF_FAILED where applicable
- remove use of goto
- make MakeAltRasterFont return void
* - add missing [[nodiscard]]
- remove vestigal function declarations
- fix inconsistent function declaration
