terminal/.github/actions/spell-check/dictionary/apis.txt

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ICustom
Replace the HRGN-based titlebar cutout with an overlay window (#5485) Also known as "Kill HRGN II: Kills Regions Dead (#5485)" Copying the description from @greg904 in #4778. --- 8< --- My understanding is that the XAML framework uses another way of getting mouse input that doesn't work with `WM_SYSCOMMAND` with `SC_MOVE`. It looks like it "steals" our mouse messages like `WM_LBUTTONDOWN`. Before, we were cutting (with `HRGN`s) the drag bar part of the XAML islands window in order to catch mouse messages and be able to implement the drag bar that can move the window. However this "cut" doesn't only apply to input (mouse messages) but also to the graphics so we had to paint behind with the same color as the drag bar using GDI to hide the fact that we were cutting the window. The main issue with this is that we have to replicate exactly the rendering on the XAML drag bar using GDI and this is bad because: 1. it's hard to keep track of the right color: if a dialog is open, it will cover the whole window including the drag bar with a transparent white layer and it's hard to keep track of those things. 2. we can't do acrylic with GDI So I found another method, which is to instead put a "drag window" exactly where the drag bar is, but on top of the XAML islands window (in Z order). I've found that this lets us receive the `WM_LBUTTONDOWN` messages. --- >8 --- Dustin's notes: I've based this on the implementation of the input sink window in the UWP application frame host. Tested manually in all configurations (debug, release) with snap, drag, move, double-click and double-click on the resize handle. Tested at 200% scale. Closes #4744 Closes #2100 Closes #4778 (superseded.)
2020-04-25 00:22:40 +02:00
IMap
IObject
LCID
NCHITTEST
Replace the HRGN-based titlebar cutout with an overlay window (#5485) Also known as "Kill HRGN II: Kills Regions Dead (#5485)" Copying the description from @greg904 in #4778. --- 8< --- My understanding is that the XAML framework uses another way of getting mouse input that doesn't work with `WM_SYSCOMMAND` with `SC_MOVE`. It looks like it "steals" our mouse messages like `WM_LBUTTONDOWN`. Before, we were cutting (with `HRGN`s) the drag bar part of the XAML islands window in order to catch mouse messages and be able to implement the drag bar that can move the window. However this "cut" doesn't only apply to input (mouse messages) but also to the graphics so we had to paint behind with the same color as the drag bar using GDI to hide the fact that we were cutting the window. The main issue with this is that we have to replicate exactly the rendering on the XAML drag bar using GDI and this is bad because: 1. it's hard to keep track of the right color: if a dialog is open, it will cover the whole window including the drag bar with a transparent white layer and it's hard to keep track of those things. 2. we can't do acrylic with GDI So I found another method, which is to instead put a "drag window" exactly where the drag bar is, but on top of the XAML islands window (in Z order). I've found that this lets us receive the `WM_LBUTTONDOWN` messages. --- >8 --- Dustin's notes: I've based this on the implementation of the input sink window in the UWP application frame host. Tested manually in all configurations (debug, release) with snap, drag, move, double-click and double-click on the resize handle. Tested at 200% scale. Closes #4744 Closes #2100 Closes #4778 (superseded.)
2020-04-25 00:22:40 +02:00
NCLBUTTONDBLCLK
NCRBUTTONDBLCLK
NOREDIRECTIONBITMAP
rfind
roundf
Replace the HRGN-based titlebar cutout with an overlay window (#5485) Also known as "Kill HRGN II: Kills Regions Dead (#5485)" Copying the description from @greg904 in #4778. --- 8< --- My understanding is that the XAML framework uses another way of getting mouse input that doesn't work with `WM_SYSCOMMAND` with `SC_MOVE`. It looks like it "steals" our mouse messages like `WM_LBUTTONDOWN`. Before, we were cutting (with `HRGN`s) the drag bar part of the XAML islands window in order to catch mouse messages and be able to implement the drag bar that can move the window. However this "cut" doesn't only apply to input (mouse messages) but also to the graphics so we had to paint behind with the same color as the drag bar using GDI to hide the fact that we were cutting the window. The main issue with this is that we have to replicate exactly the rendering on the XAML drag bar using GDI and this is bad because: 1. it's hard to keep track of the right color: if a dialog is open, it will cover the whole window including the drag bar with a transparent white layer and it's hard to keep track of those things. 2. we can't do acrylic with GDI So I found another method, which is to instead put a "drag window" exactly where the drag bar is, but on top of the XAML islands window (in Z order). I've found that this lets us receive the `WM_LBUTTONDOWN` messages. --- >8 --- Dustin's notes: I've based this on the implementation of the input sink window in the UWP application frame host. Tested manually in all configurations (debug, release) with snap, drag, move, double-click and double-click on the resize handle. Tested at 200% scale. Closes #4744 Closes #2100 Closes #4778 (superseded.)
2020-04-25 00:22:40 +02:00
SIZENS