This also causes the filename to have the extension `.mjs` instead of
`.js`, as well as an await added in FilesystemAPIService. Luckily
lifecycle events are async so this didn't cause any problems.
I add this change somewhat reluctantly because this _should_ be a
non-functional change. Technically adding the `await` in
FilesystemAPIService makes it possible (albiet incredibly unlikely) for
some subtle bug or change in behavior to be introduced.
This change makes GUI invoke readdir without fetching subdomains, and
then fetch subdomains after. This allows displaying the directory items
sooner and then later populating the icons with glyphs to indicate if
there is an associated subdomain.
This was AI-assisted with manual modifications and bug fixes as
necessary.
This endpoint can be called to get subdomain information after
performing a readdir without fetching subdomains.
This was AI-assisted with modifications and bug fixes as necessary.
This parameter will allow readdir requests to not include subdomain
fetching, which will allow for the later effort of fetching subdomains
for directory listings in the gui with a separate request.
This extensions brings back the dev-socket functionality, which is
really important when testing things like broadcast, alarms, events, etc
; it saves a lot of time if you can invoke a command directly to the
backend.
This is an optional extension that will not be included in production
deployments. This is for development purposes only.
This still needs to be tested. I was going to test this using the `test`
command registered by BroadcastService that exists for this purpose but
`dev.sock` doesn't seem to be working anymore.
Why wasn't `dev.sock` working? Well... we deleted all the code that
makes it work. Why did we delete it? That question isn't a setup for my
next statement; I genuinely do not know. The whole point of dev.sock was
so we could remove the dev console but still maintain support for this
commandline interface that's absolutely needed for testing things that
aren't accesible directly from Puter's GUI.
This tool makes it possible to manually test webhook support in
BroadcastService without running multiple Puter instances. This helps to
verify the functionality without setting up multiple Puter peers
locally.
This commit adds the "receive" side of webhook support for
BroadcastService, which will eventually make broadcasting stateless and
not requiring of persistent connections.
Some specific considerations taken into account include:
- incremental nonce to prevent replay attacks
- request timestamp to prevent nonce-reuse after restarting
- HMAC signature to ensure authorized peer
Known limitations:
- if instances run indefinitely, eventually the nonce value would wrap
around to zero and broadcasts would stop working. It is assumed that
9 quintillion requests in the lifetime of an instance is reasonably
impossible.
It turns out this part of `35461a0` was not necessary to fix this issue,
and the code is still more correct if it falls true when the token's
authorizor has a permission granted.
Range header support was mostly incorrect, which brought to surface
undefined behavior in OnlyOffice which resulted in a request hanging.
This was the cause of the `pdf-editor` app hanging for a while when
opening it with a new file.
When the user clicks Cancel in the authorization window, the code now disables action buttons and replaces the window body with a cancellation UI (header with icon, title, description and a message). Added corresponding English i18n keys (authorization_cancelled, authorization_cancelled_desc, authorization_cancelled_message) to provide localized text for the new cancelled state.
Neal Shah