When clicking on one of the cards from the home page of the docsite and
when initially loading the home page of the docsite, the webviewTag was
emitting a `did-frame-navigate` event, which we weren't tracking. This
meant that we were not properly recording that a navigation had
occurred. This caused three separate issues:
- We were never setting the meta url for the block, which meant that
when you navigated to a different tab or reloaded the app, you'd lose
what page you were last on.
- The site would reload after we fixed a broken docsite url, but we
wouldn't remove the error text that blocks the broken site.
- Clicking on the "open in external browser" button wouldn't do
anything.
Adds a new app menu for creating a new workspace or switching to an
existing one. This required adding a new WPS event any time a workspace
gets updated, since the Electron app menus are static.
This also fixes a bug where closing a workspace could delete it if it
didn't have both a pinned and an unpinned tab.
When a tab was being deleted, for instance, the last block that got
deleted would cascade to delete its parent tab, even though the
`DeleteTab` function was already going to do this. This would produce DB
collisions that would put the app into a bad state. Now we pass a
`recursive` flag that is used to determine whether to perform the
recursive close of the parents.
Also updates `DeleteWorkspace` so that named workspaces will always be
deleted if they're empty, even if `force` is false
- Adds connection buttons for previews
- Makes it possible for graphs and previews to connect on backend
(without a terminal open to connection)
- Changes the wsh install message
lots of changes. new wshrpc implementation. unify websocket, web,
blockcontroller, domain sockets, and terminal inputs to all use the new
rpc system.
lots of moving files around to deal with circular dependencies
use new wshrpc as a client in wsh cmd
I am updating the layout node setup to write to its own wave object.
The existing setup requires me to plumb the layout updates through every
time the tab gets updated, which produces a lot of annoying and
unintuitive design patterns. With this new setup, the tab object doesn't
get written to when the layout changes, only the layout object will get
written to. This prevents collisions when both the tab object and the
layout node object are getting updated, such as when a new block is
added or deleted.
