Everywhere Ticket is found, a matching LocalTicket is now expected to be found
too. Ticket doesn't point at LocalTicket because there will be remote cached
tickets too. Also, ticket URLs are going to switch the khid from Ticket to
LocalTicket (much like it's already the case for MessageR).
This is a step preparing for the Create flow for tickets. Each Ticket now gets
a matching LocalTicket that points to it. But otherwise the LocalTicket isn't
in use yet.
- WorkflowField now has a color, it's a simple `Maybe Int` for now. Valid
values are only 1-4
- That color is used for displaying ticket class params a.k.a labels in ticket
list view
- Ticket list now also serves a paged OrderedCollection
I tried to use a single SQL query to grab the tickets along with their labels,
but couldn't figure out a way to aggregate tuples/rows into an array (it seems
only single values are supported in Esqueleto). Instead of doing manual SQL or
adding Esqueleto functions, I just switched from 1 query to O(n) queries: Each
ticket has its own query selecting its labels. I guess it's slower, but also,
ticket list is paged now with fixed page size so it's really O(1) ^_^
I'm not sure this will improve much, because the error messages come from
attoparsec, but at least the message text won't be constant, which was the
previous situation.
Before, Push activities were being ignored by all inboxes. I just forgot to add
code to handle them. Now, person inboxes accept them if they're about a
relevant repo (i.e. a repo of which the user is a remote follower; remote
collaboration would be relevant too, but it's not implemented yet).
Follows used to be added automatically, without a Follow activity sent by the
client. They aren't added automatically anymore, so there's no need for those
"manual" boolean fields.
Before this patch, if you ran more than 1 instance as the same OS user, they'd
use the same config file path and overwrite it and cause post hooks to have
errors due to wrong config being used.
In Darcs, any command can have a post hook (and a pre hook), and the hook
command can be set using a command-line option to the darcs command that you
run. So, in the Vervis SSH server, if we add a --posthook option when running
`darcs apply` to apply remotely received patches, we get a chance to process
the patch data much like in the git post-receive hook.
The setup this patch creates is similar to the git one: It writes a
_darcs/prefs/defaults file to all Darcs repos, and that defaults file sets the
posthook line for `darcs apply`. The posthook line simply executes the actual
hook program written in Haskell.
The current hook program is a one-liner that prints a line to stdout, so every
time you `darcs push` you can tell the hook got executed. The next step is to
implement the actual hook logic, by reading patch data from the environment
variable in which Darcs puts it.
This patch contains migrations that require that there are no follow records.
If you have any, the migration will (hopefully) fail and you'll need to
manually delete any follow records you have. In the next patch I'll try to add
automatic following on the pseudo-client side by running both e.g. createNoteC
and followC in the same POST request handler.
Here's how it works:
- When Vervis starts, it writes a config file and it writes post-receive hooks
into all the repos it manages
- When a git push is accepted, git runs the post-receive hook, which is a
trivial shell script that executes the actual Haskell program implementing
the hook logic
- The Haskell hook program generates a Push JSON object and HTTP POSTs it to
Vervis running on localhost
- Vervis currently responds with an error, the next step is to implement the
actual publishing of ForgeFed Push activities
Currently it's a paged Collection where the items are merely URIs. This could
be changed to have actual Commit objects as items; for that we need to examine
the whole thing with the LogEntry type and the Patch type and have an
AP-friendly log item representation, but without commit diffs.
FedURIs, until now, have been requiring HTTPS, and no port number, and DNS
internet domain names. This works just fine on the forge fediverse, but it
makes local dev builds much less useful.
This patch introduces URI types that have a type tag specifying one of 2 modes:
- `Dev`: Works with URIs like `http://localhost:3000/s/fr33`
- `Fed`: Works with URIs like `https://dev.community/s/fr33`
This should allow even to run multiple federating instances for development,
without needing TLS or reverse proxies or editing the hosts files or anything
like that.
This patch also disables the ability to specify deps when creating a ticket,
because those deps won't be in the ticket object anymore. Instead of coding a
workaround and getting complications later, I just disabled that thing. It
wasn't really being used by anyone anyway.
aeson-pretty implements by formatting using a text Builder, and the ByteString
is encoded from that. So instead of decoding the ByteString to produce Text or
Builder, use the Builder as the starting point, to match how aeson-pretty works
and save computation and weird backwards-decoding stuff.
highligher2 doesn't have a JSON syntax and the JS lexer seems to be failing,
not sure exactly why yet. To have an alternative, I'm adding a Skylighting
option.
This patch doesn't just add the handler code, it also does lots of refactoring
and moves around pieces of code that are used in multiple places. There is
still lots of refactoring to make though. In this patch I tried to make minimal
changes to the existing Note handler to avoid breaking it. In later patches
I'll do some more serious refactoring, hopefully resulting with less mess in
the code.
`updateGet` isn't atomic by default. In PostgreSQL the default isolation level
if committed read, and an `update` followed by a `get` doesn't guarantee you
get the same value you sent. However I'm making a patch for `persistent` to
make `updateGet` atomic for PostgreSQL.
- The data returned from activity authentication has nicer types now, and no
mess of big tuples.
- Activity authentication code has its own module now, Vervis.Federation.Auth.
- The sharer inbox handler can now handle and store activities by a local
project actor, forwarded from a remote actor. This isn't in use right now,
but once projects start publishing Accept activities, or other things, it may
be needed.
CRITICAL: Due to the requirement that each new ticket points to its Offer
activity, ticket creation has been disabled! The next patches should implement
C2S submission of Offer Ticket, and then ticket creation will work again. Sorry
for that.
Since MonadSite now requires MonadIO, and not MonadUnliftIO, to allow for more
instances, the MonadUnliftIO constraint may need to be added manually
sometimes.
This allows to browse via e.g. localhost:3000 even if the instance host is
something else and the rendered URLs don't have a port number. It still makes
many things impossible or inconvenient, but at least you can launch Vervis
locally for development and see pages. Right now even CSS doesn't work because
of the URLs not matching the actual localhost:3000 access. Maybe gradually I'll
figure it out.
- Fork and async are no longer class methods, which simplifies things a lot and
allows for many more trivial instances, much like with MonadHandler. Fork and
async are still available, but instead of unnecessarily being class methods,
they are now provided as follows: You can fork and async a worker (no more
fork/async for handler, because I never actually need that, and not sure
there's ever a need for that in general), and you can do that from any
MonadSite. So, you can fork or async a worker from a Handler, from a Worker,
from a ReaderT on top of them e.g. inside runDB, and so on.
- Following the simplification, new MonadSite instances are provided, so far
just the ones in actual use in the code. ReaderT, ExceptT and lazy RWST. More
can be added easily. Oh, and WidgetFor got an instance too.
In particular, this change means there's no usage of `forkHandler` anymore, at
all. I wonder if it ever makes a difference to `forkWorker` versus
`forkHandler`. Like, does it cause memory leaks or anything. I guess could
check why `forkResource` etc. is good for in `forkHandler` implementation. I
suppose if needed, I could fix possible memory leaks in `forkWorker`.
* No more full URIs, all terms are used as short non-prefixed names
* Some terms support parsing full URI form for compatibility with objects in DB
* No more @context checking when parsing
* Use the new ForgeFed context URI specified in the spec draft
* Use an extension context URI for all custom properties not specific to forges
* Rename "events" property to "history", thanks cjslep for suggesting this name
* Have a project team collection, content is the same as ticket team (but
potentially ticket team allows people to opt out of updates on specific
tickets, while project team isn't tied to any specific ticket or other child
object)
* Have a project followers collection, and address it in ticket comments in
addition to the already used recipients (project, ticket team, ticket
followers)
This allows the inbox system to be separate from Person, allowing other kinds
of objects to have inboxes too. Much like there's FollowerSet which works
separately from Tickets, and will allow to have follower sets for projects,
users, etc. too.
Inboxes are made independent from Person users because I'm going to give
Projects inboxes too.
