Make the block content sizing update once when its node moves or becomes
magnified. By manually updating this inner sizing rather than letting
the block flow in the DOM, the animations of the block frames are much
smoother.
This also fixes an issue where two scrollbars were being rendered for
the Directory Preview widget.
This also sets zero padding on nodes when there's only a single node
being rendered.
Fixes the in-memory focused node stack so it can be used to find the currently-focused node. This is necessary for `closeFocusedNode` to work. Also fixes `validateFocusedNode` so it will set the first node to be focused if no focused node is available. Also cleans up leafOrder update pattern.
This adds a new NodeModel, which can be passed from the TileLayout to
contained blocks. It contains all the layout data that the block should
care about, including focus status, whether a drag operation is
underway, whether the node is magnified, etc.
This also adds a focus stack for the layout, which will let the focus
switch to the last-focused node when the currently-focused one is
closed.
This also addresses a regression in the resize handles that caused them
to be offset from the cursor when dragged.
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Co-authored-by: sawka <mike.sawka@gmail.com>
This allows the user to select different connections from the terminal
block. Some features include:
- a status bar at the top of the term block that shows your current
connection
- an icon next to the status bar that shows whether the connection is
currently connected
- the ability to click the status bar and type in a new connection in
order to change the current connection
---------
Co-authored-by: sawka <mike.sawka@gmail.com>
With this PR, Electron will generate a new authorization key that the Go
backend will look for in any incoming requests. The Electron backend
will inject this header with all requests to the backend to ensure no
additional work is required on the frontend.
This also adds a `fetchutil` abstraction that will use the Electron
`net` module when calls are made from the Electron backend to the Go
backend. When using the `node:fetch` module, Electron can't inject
headers to requests. The Electron `net` module is also faster than the
Node module.
This also breaks out platform functions in emain into their own file so
other emain modules can import them.
