Duplicate of https://github.com/rojo-rbx/rojo/pull/889, but based on
master as per request.
This PR is a very small change that fixes the string pattern that reads
the rojo version from `Version.txt`. Currently this reads an extra
new-line character which makes reading the version text in the plugin
difficult.
It seems the rust side of things already trims the string when
comparing, but the lua side does not.
When enabled, the `baseurl` of the session is written to
`workspace:SetAttribute("__Rojo_ConnectionUrl")` so that the test server
can connect to that session automatically.
This works for Play Solo and Local Test Server. It is marked
experimental for now (and disabled by default) since connecting during a
playtest session is... not polished. Rojo may overwrite things and cause
headaches. Further work can be done later.
If the sync lock is claimed in Team Create, the user cannot sync.
Therefore, a sync reminder notification is unhelpful as it is calling to
an invalid action.
Brings over some changes to rbx_dom_lua to validate attribute names
before calling `Instance:SetAttribute`. This should prevent Rojo from
falling over when it attempts to sync an attribute with an invalid name.
These warnings always appear for properties like `Capabilities`,
`SourceAssetId`, etc. and tend to scare users who are syncing models.
This information is now surfaced in the patch visualizer, so I think
these warnings can be demoted to debug logs.
Due to the rewrite of the plugin's core sync loop and the change for the
Notify backend on MacOS, along with all the other changes in 7.4.0, it
makes sense for us to use a release candidate before actually cutting a
proper `7.4.0` release.
This modifies Rojo's build script to throw a fit if we're building a
plugin with a semver incompatible version. In the process, it moves the
version of the plugin to a file named `Version.txt` that's parsed at
runtime. This should be minimally invasive but it's technically worse
for performance than the hardcoded table and string we had before.
This feels better than a CI check or just manually verifying because it
makes it physically impossible for us to forget since Rojo won't build
with it being wrong.
Because Roact will destroy and recreate a plugin widget if it unmounts
and remounts, Studio will complain about making a new widget with the
same ID as the old one.
The simplest solution is to just use GUIDs so we never have to worry
about this again. The ID is used internally for storing the widget's
dock state and other internal details, so we don't want *all* our
widgets to use GUIDs, only the ephemeral popup ones.
When building the tree, I've implemented a few improvements:
- We no longer traverse the full ancestry for every leaf node- we exit
early when we find a node that already exists
- We no longer search the entire tree to see if a node id exists before
creating one with that id, we just check if is in the map
- Reconciler now has precommit and postcommit hooks for patch applying
- This is used to compute a patch tree snapshot precommit and update the
tree metadata postcommit
- PatchVisualizer can now display Removes that happened during sync
- It was previously missing because the removed objects no longer
existed so it couldn't get any info on them (This is resolved because
the info is gotten in precommit, before the instance was removed)
- PatchVisualizer now shows Old and New values instead of just Incoming
during sync
- (Still displays Current and Incoming during confirmation)
- This is much more useful, since you now see what the changes were and
not just which things were changed
- PatchVisualizer displays clarifying message when initial sync has no
changes instead of just showing a blank box
- Objects in the tree UI no longer get stuck expanded when the next
patch has the same instance but different info on it
- Objects in the tree UI correctly become selectable after their
instance is added and unclickable when removed during sync
When an object is deleted in a patch, it is either represented with an
ID or an Instance. On initial sync, removals are instances since the map
does not contain those instances. Later removals of managed objects use
an ID. The patch visualizer only handled instances, so this fixes that.
Closes#710.
