C2S: Implement applyC (apply a patch/MR to a repo/branch)
Both Git and Darcs are supported - Darcs implementation applies right on the bare repo, I haven't tested to make sure it works right (federated MR demo is going to be only for Git) - Git implementation clones to temporary repo, runs `git am` on it to apply, then pushes to the real bare repo (because `git am` doesn't work on bare repos; I haven't tested yet to see how it handles conflicts; cloning and pushing should be efficient since the refs are just hardlinked rather than copied)
This commit is contained in:
fr33domlover
parent
b5adfce971
commit
be95f15b21
7 changed files with 289 additions and 431 deletions
51
src/System/Process/Typed/Local.hs
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51
src/System/Process/Typed/Local.hs
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@ -0,0 +1,51 @@
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{- This file is part of Vervis.
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-
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- Written in 2022 by fr33domlover <fr33domlover@riseup.net>.
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-
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- ♡ Copying is an act of love. Please copy, reuse and share.
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-
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- The author(s) have dedicated all copyright and related and neighboring
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- rights to this software to the public domain worldwide. This software is
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- distributed without any warranty.
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-
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- You should have received a copy of the CC0 Public Domain Dedication along
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- with this software. If not, see
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- <http://creativecommons.org/publicdomain/zero/1.0/>.
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-}
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module System.Process.Typed.Local
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( runProcessE
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, readProcessE
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)
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where
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import Control.Monad.Trans.Except
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import System.Exit
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import System.Process.Typed
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import qualified Data.Text as T
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import qualified Data.ByteString.Lazy as BL
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import qualified Data.Text.UTF8.Local as TU
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runProcessE name spec = do
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exitCode <- runProcess spec
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case exitCode of
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ExitFailure n ->
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throwE $
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T.concat
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[ "`", name, "` failed with exit code "
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, T.pack (show n)
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]
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ExitSuccess -> return ()
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readProcessE name spec = do
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(exitCode, out) <- readProcessStdout spec
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case exitCode of
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ExitFailure n ->
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throwE $
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T.concat
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[ "`", name, "` failed with exit code "
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, T.pack (show n)
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]
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ExitSuccess -> return $ TU.decodeStrict $ BL.toStrict out
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@ -62,6 +62,7 @@ import Network.HTTP.Client
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import System.Directory
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import System.Exit
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import System.FilePath
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import System.IO.Temp
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import System.Process.Typed
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import Text.Blaze.Html.Renderer.Text
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import Yesod.Core hiding (logError, logWarn, logInfo, logDebug)
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@ -77,7 +78,7 @@ import qualified Data.Text.Lazy as TL
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import Database.Persist.JSON
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import Development.PatchMediaType
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import Network.FedURI
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import Web.ActivityPub hiding (Patch, Ticket, Follow, Repo (..), ActorLocal (..), ActorDetail (..), Actor (..))
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import Web.ActivityPub hiding (Patch (..), Ticket, Follow, Repo (..), ActorLocal (..), ActorDetail (..), Actor (..))
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import Web.Text
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import Yesod.ActivityPub
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import Yesod.FedURI
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@ -97,6 +98,7 @@ import qualified Darcs.Local.Repository as D (createRepo)
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import Vervis.Access
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import Vervis.ActivityPub
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import Vervis.Cloth
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import Vervis.Darcs
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import Vervis.Data.Actor
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import Vervis.Data.Collab
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import Vervis.Data.Ticket
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@ -104,6 +106,7 @@ import Vervis.Delivery
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import Vervis.FedURI
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import Vervis.Fetch
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import Vervis.Foundation
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import Vervis.Git
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import Vervis.Model
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import Vervis.Model.Ident
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import Vervis.Model.Role
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@ -588,426 +591,280 @@ addBundleC (Entity pidUser personUser) summary audience patches uTarget = do
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applyC
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:: Entity Person
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-> Actor
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-> Maybe FedURI
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-> Maybe HTML
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-> Audience URIMode
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-> Maybe (ObjURI URIMode)
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-> Apply URIMode
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-> ExceptT Text Handler OutboxItemId
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applyC (Entity pidUser personUser) summary audience muCap (Apply uObject uTarget) = do
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error "[August 2022] applyC temporarily disabled"
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applyC (Entity senderPersonID senderPerson) senderActor muCap summary audience (AP.Apply uObject target) = do
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{-
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-- Verify the patch bundle URI is one of:
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-- * A local sharer-hosted bundle
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-- * A local repo-hosted bundle
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-- * A remote URI
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-- Check input
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maybeLocalTarget <- do
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bundle <- parseProposalBundle "Apply object" uObject
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-- Identify local & remote recipients
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-- Produce recipient list for public use, i.e. with BTO and BCC hidden
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-- Produce list of hosts whom to authorize to inbox-forward our activity
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targetTip <- nameExceptT "Apply target" $ checkTip target
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let maybeLocal =
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case targetTip of
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TipLocalRepo repoID -> Just (repoID, Nothing)
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TipLocalBranch repoID branch -> Just (repoID, Just branch)
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TipRemote _ -> Nothing
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TipRemoteBranch _ _ -> Nothing
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for maybeLocal $ \ (repoID, maybeBranch) -> do
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(loomID, clothID, bundleID) <-
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case bundle of
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Left b -> pure b
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Right _ -> throwE "Applying a remote bundle on local loom"
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return (repoID, maybeBranch, loomID, clothID, bundleID)
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ParsedAudience localRecips remoteRecips blinded fwdHosts <- do
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mrecips <- parseAudience audience
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fromMaybeE mrecips "Apply with no recipients"
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checkFederation remoteRecips
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-- If remote recipients are specified, make sure federation is enabled
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federation <- asksSite $ appFederation . appSettings
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unless (federation || null remoteRecips) $
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throwE "Federation disabled, but remote recipients specified"
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-- Verify the apply's target is one of:
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-- * A local repo
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-- * A local repo's branch
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-- * A remote URI
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target <- checkBranch uTarget
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-- Verify that the bundle's loom is addressed
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for_ maybeLocalTarget $ \ (_, _, loomID, _, _) -> do
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loomHash <- encodeKeyHashid loomID
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unless (actorIsAddressed localRecips $ LocalActorLoom loomHash) $
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throwE "Bundle's loom not addressed by the Apply"
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-- Verify the capability URI is one of:
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-- * Outbox item URI of a local actor, i.e. a local activity
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-- * A remote URI
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capID <- do
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uCap <- fromMaybeE muCap "Asking to apply patch but no capability provided"
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parseActivityURI "Apply capability" uCap
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uCap <- fromMaybeE muCap "No capability provided"
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nameExceptT "Apply capability" $ parseActivityURI uCap
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-- If target is remote, just proceed to send out the Apply activity
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-- If target is a local repo/branch, consider to apply the patch(es)
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mapplied <- case target of
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Right _u -> return Nothing
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maybeLocalTargetDB <- for maybeLocalTarget $
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\ (repoID, maybeBranch, loomID, clothID, bundleID) -> runDBExcept $ do
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Left (shrTarget, rpTarget, mbranch) -> Just <$> do
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-- Find the bundle and its loom in DB
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(loom, clothBranch, ticketID, maybeResolve, latest) <- do
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maybeBundle <- lift $ runMaybeT $ do
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(Entity _ loom, Entity _ cloth, Entity ticketID _, _author, resolve, proposal) <-
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MaybeT $ getCloth loomID clothID
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bundle <- MaybeT $ get bundleID
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guard $ bundleTicket bundle == clothID
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latest :| _prevs <-
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case justHere proposal of
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Nothing ->
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error "Why didn't getCloth find any bundles"
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Just bundles -> return bundles
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return (loom, ticketLoomBranch cloth, ticketID, resolve, latest)
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fromMaybeE maybeBundle ""
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-- Find the target repo in DB
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mrepo <- lift $ runDB $ runMaybeT $ do
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sid <- MaybeT $ getKeyBy $ UniqueSharer shrTarget
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MaybeT $ getBy $ UniqueRepo rpTarget sid
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Entity ridTarget repoTarget <- fromMaybeE mrepo "Apply target: No such local repo in DB"
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-- Verify the target repo/branch iof the Apply is identical to the
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-- target repo/branch of the MR
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unless (maybeBranch == clothBranch) $
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throwE "Apply target != MR target"
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-- Verify the repo is among the activity recipients
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let repoRecipFound = do
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sharerSet <- lookup shrTarget localRecips
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repoSet <- lookup rpTarget $ localRecipRepoRelated sharerSet
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guard $ localRecipRepo $ localRecipRepoDirect repoSet
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fromMaybeE repoRecipFound "Target local repo isn't listed as a recipient"
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-- Find target repo in DB and verify it consents to being served by
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-- the loom
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unless (repoID == loomRepo loom) $
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throwE "MR target repo isn't the one served by the Apply object bundle's loom"
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repo <- getE repoID "Apply target: No such local repo in DB"
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unless (repoLoom repo == Just loomID) $
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throwE "Apply object bunde's loom doesn't have repo's consent to serve it"
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-- Check in DB whether the provided capability matches a DB
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-- record we have, and that it gives the Apply author permission to
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-- apply patches to the target repo
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runDBExcept $ verifyCapability ridTarget capID
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-- Verify that VCS type matches the presence of a branch:
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-- Branch specified for Git, isn't specified for Darcs
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case (repoVcs repo, maybeBranch) of
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(VCSDarcs, Nothing) -> pure ()
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(VCSGit, Just _) -> pure ()
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_ -> throwE "VCS type and branch presence mismatch"
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-- Grab the bundle and its patches from DB or HTTP
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-- Make sure the ticket it's attached to is listed under the repo
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-- Make sure ticket isn't marked as resolved
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-- Make sure the bundle is the latest version
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(patches, mltid, ticketFollowers) <-
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case bundle of
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Left (Left (shr, talid, bnid)) -> do
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-- Verify the MR isn't already resolved and the bundle is the
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-- latest version
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unless (isNothing maybeResolve) $
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throwE "MR is already resolved"
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unless (bundleID == latest) $
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throwE "Bundle isn't the latest version"
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mticket <- lift $ runDB $ getSharerProposal shr talid
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(_, Entity ltid _, _, context, mresolved, bnid' :| _) <- fromMaybeE mticket "Apply object: No such local ticket"
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-- Verify the sender is authorized by the loom to apply a patch
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capability <-
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case capID of
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Left (actor, _, item) -> return (actor, item)
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Right _ -> throwE "Capability is a remote URI, i.e. not authored by the local loom"
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verifyCapability capability (Left senderPersonID) (GrantResourceLoom loomID)
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case context of
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Left (_, Entity _ trl) ->
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unless (ticketRepoLocalRepo trl == ridTarget) $
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throwE "Apply object: Ticket under some other local repo"
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Right _ -> throwE "Apply object: Ticket not under a local repo"
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-- Get the patches from DB, verify VCS match just in case
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diffs <- do
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ps <-
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lift $ map entityVal <$>
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selectList [PatchBundle ==. bundleID] [Asc PatchId]
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let patchVCS = patchMediaTypeVCS . patchType
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case NE.nonEmpty ps of
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Nothing -> error "Bundle without patches"
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Just ne ->
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if all ((== repoVcs repo) . patchVCS) ne
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then return $ NE.map patchContent ne
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else throwE "Patch type mismatch with repo VCS type"
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_ <- fromMaybeE mresolved "Apply object: Proposal already applied"
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unless (bnid == bnid') $
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throwE "Apply object: Bundle isn't the latest version"
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let grabContent (Entity _ (Patch _ _ typ content)) =
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(typ, content)
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ps <- lift $ runDB $ selectList [PatchBundle ==. bnid] [Asc PatchId]
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case ps of
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[] -> error "Local sharer-bundle without any patches found"
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p : l -> return (NE.map grabContent $ p :| l, Just ltid, Left $ Left (shr, talid))
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Left (Right (shr, rp, ltid, bnid)) -> do
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unless (shr == shrTarget && rp == rpTarget) $
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throwE "Bundle's repo mismatches Apply target"
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mticket <- lift $ runDB $ getRepoProposal shrTarget rpTarget ltid
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(_, _, _, _, _, _, _, mresolved, bnid' :| _) <- fromMaybeE mticket "Apply object: No such local ticket"
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_ <- fromMaybeE mresolved "Apply object: Proposal already applied"
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unless (bnid == bnid') $
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throwE "Apply object: Bundle isn't the latest version"
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let grabContent (Entity _ (Patch _ _ typ content)) =
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(typ, content)
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ps <- lift $ runDB $ selectList [PatchBundle ==. bnid] [Asc PatchId]
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case ps of
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[] -> error "Local repo-bundle without any patches found"
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p : l -> return (NE.map grabContent $ p :| l, Just ltid, Left $ Right ltid)
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Right uBundle@(ObjURI hBundle luBundle) -> do
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manager <- asksSite appHttpManager
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Doc h b <- withExceptT T.pack $ AP.fetchAP manager $ Left uBundle
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(BundleLocal bid ctx _prevs mcurr, lus) <-
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case b of
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BundleHosted Nothing _ -> throwE "No bundle @id"
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BundleHosted (Just l) ps -> return (l, ps)
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BundleOffer _ _ -> throwE "Why does bundle contain patch objects"
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unless (h == hBundle && bid == luBundle) $
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throwE "Bundle 'id' differs from the URI we fetched"
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for_ mcurr $ \ curr ->
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throwE $
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if curr == bid
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then "Bundle currentVersion points to itself"
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else "Bundle isn't the latest version"
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let uTicket = ObjURI h ctx
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Doc _ ticket <- withExceptT T.pack $ AP.fetchAP manager $ Left uTicket
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(_, tlocal) <- fromMaybeE (AP.ticketLocal ticket) "Ticket has no @id"
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(h', mr) <- fromMaybeE (AP.ticketAttachment ticket) "Ticket has no 'attachment'"
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unless (ObjURI h' (mrTarget mr) == uTarget) $
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throwE "Ticket MR target isn't me / branch"
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case mrBundle mr of
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Left u ->
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if u == uBundle
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then pure ()
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else throwE "Bundle isn't the one pointed by ticket"
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Right _ -> throwE "Ticket has bundle object instead of just URI"
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verifyNothingE (AP.ticketResolved ticket) "Apply object: Ticket already marked as resolved"
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e <- runDBExcept $ getRemoteTicketByURI uTicket
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case e of
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Right (_, _, _, _, _, Right (Entity _ trl))
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| ticketRepoLocalRepo trl == ridTarget -> pure ()
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_ -> throwE "Target repo doesn't have the ticket listed under it"
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let followers =
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ObjURI hBundle $ AP.ticketParticipants tlocal
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fmap (,Nothing,Right followers) $ for lus $ \ luPatch -> do
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Doc _ (AP.Patch mlocal _luAttrib _mpub typ content) <-
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withExceptT T.pack $ AP.fetchAP manager $ Left $ ObjURI hBundle luPatch
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(h, PatchLocal luP luC) <- fromMaybeE mlocal "No patch @id"
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unless (ObjURI h luP == ObjURI hBundle luPatch) $
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throwE "Patch @id doesn't match the URI we fetched"
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unless (luC == luBundle) $
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throwE "Patch doesn't point back to the bundle"
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unless (patchMediaTypeVCS typ == repoVcs repoTarget) $
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throwE "Patch type and repo VCS mismatch"
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return (typ, content)
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return
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(Entity loomID loom, clothID, ticketID, repoID, maybeBranch, diffs)
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-- Apply patches
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case repoVcs repoTarget of
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VCSGit -> do
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branch <- fromMaybeE mbranch "Apply target is a Git repo, but branch not specified"
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unless (all ((== PatchMediaTypeGit) . fst) patches) $
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throwE "Trying to apply non-Git patch to a Git repo"
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applyGitPatches shrTarget rpTarget branch $ NE.map snd patches
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VCSDarcs -> do
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verifyNothingE mbranch "Apply target is a branch of a Darcs repo"
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for_ maybeLocalTargetDB $ \ (_, _, _, repoID, maybeBranch, diffs) -> do
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repoPath <- do
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repoHash <- encodeKeyHashid repoID
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repoDir <- askRepoDir repoHash
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liftIO $ makeAbsolute repoDir
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case maybeBranch of
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Just branch -> do
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ExceptT $ liftIO $ runExceptT $
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withSystemTempDirectory "vervis-applyC" $
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applyGitPatches repoPath (T.unpack branch) diffs
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Nothing -> do
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patch <-
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case patches of
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_ :| (_ : _) -> throwE "Darcs repo given multiple patch bundles"
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(typ, t) :| [] ->
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case typ of
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PatchMediaTypeDarcs -> return t
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_ -> throwE "Trying to apply non-Darcs patch to a Darcs repo"
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applyDarcsPatch shrTarget rpTarget patch
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case diffs of
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t :| [] -> return t
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_ :| (_ : _) ->
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throwE "Darcs repo given multiple patch bundles"
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applyDarcsPatch repoPath patch
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return (shrTarget, rpTarget, repoTarget, mltid, ticketFollowers)
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senderHash <- encodeKeyHashid senderPersonID
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now <- liftIO getCurrentTime
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-- Insert Apply to outbox and deliver to local recipients via DB
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-- If we applied patches to a local repo, produce Accept and deliver via DB
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(obiid, doc, remotesHttp, maybeAccept) <- runDBExcept $ do
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(obiidApply, docApply, luApply) <- lift $ insertApplyToOutbox (personOutbox personUser) blinded
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remotesHttpApply <- do
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encodeLTID <- getEncodeKeyHashid
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encodeTALID <- getEncodeKeyHashid
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let shrUser = sharerIdent sharerUser
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sieve =
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let ticketC =
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case bundle of
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Left (Left (shr, talid, _)) ->
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[LocalPersonCollectionSharerProposalFollowers shr $ encodeTALID talid]
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Left (Right (shr, rp, ltid, _)) ->
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[LocalPersonCollectionRepoProposalFollowers shr rp $ encodeLTID ltid]
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Right _u ->
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[]
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(repoA, repoC) =
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case target of
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Left (shr, rp, _) ->
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( [LocalActorRepo shr rp]
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, [ LocalPersonCollectionRepoTeam shr rp
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, LocalPersonCollectionRepoFollowers shr rp
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(applyID, deliverHttpApply, maybeDeliverHttpAccept) <- runDBExcept $ do
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-- Insert Apply to sender's outbox
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applyID <- lift $ insertEmptyOutboxItem (actorOutbox senderActor) now
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(luApply, docApply) <-
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lift $ insertApplyToOutbox senderHash blinded applyID
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|
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-- Deliver the Apply activity to local recipients, and schedule
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-- delivery for unavailable remote recipients
|
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remoteRecipsHttpApply <- do
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hashLoom <- getEncodeKeyHashid
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hashCloth <- getEncodeKeyHashid
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let maybeLoom =
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maybeLocalTargetDB <&>
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\ (Entity loomID _, clothID, _, _, _, _) ->
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(hashLoom loomID, hashCloth clothID)
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sieveActors = catMaybes
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[ LocalActorLoom . fst <$> maybeLoom
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]
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)
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Right _u ->
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([], [])
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actors = repoA
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collections = ticketC ++ repoC
|
||||
in makeRecipientSet
|
||||
actors
|
||||
(LocalPersonCollectionSharerFollowers shrUser :
|
||||
collections
|
||||
)
|
||||
sieveStages = catMaybes
|
||||
[ LocalStageLoomFollowers . fst <$> maybeLoom
|
||||
, uncurry LocalStageClothFollowers <$> maybeLoom
|
||||
, Just $ LocalStagePersonFollowers senderHash
|
||||
]
|
||||
sieve = makeRecipientSet sieveActors sieveStages
|
||||
moreRemoteRecips <-
|
||||
lift $
|
||||
deliverLocal'
|
||||
True
|
||||
(LocalActorSharer shrUser)
|
||||
(personInbox personUser)
|
||||
obiidApply
|
||||
(localRecipSieve sieve False localRecips)
|
||||
unless (federation || null moreRemoteRecips) $
|
||||
throwE "Federation disabled, but recipient collection remote members found"
|
||||
lift $ deliverRemoteDB'' fwdHosts obiidApply remoteRecips moreRemoteRecips
|
||||
lift $ deliverLocal' True (LocalActorPerson senderHash) (personActor senderPerson) applyID $
|
||||
localRecipSieve sieve False localRecips
|
||||
checkFederation moreRemoteRecips
|
||||
lift $ deliverRemoteDB'' fwdHosts applyID remoteRecips moreRemoteRecips
|
||||
|
||||
maccept <- lift $ for mapplied $ \ (shr, rp, repo, mltid, ticketFollowers) -> do
|
||||
now <- liftIO getCurrentTime
|
||||
obiidAccept <- insertEmptyOutboxItem (repoOutbox repo) now
|
||||
for_ mltid $ \ ltid -> insertResolve ltid obiidApply obiidAccept
|
||||
(docAccept, localRecipsAccept, remoteRecipsAccept, fwdHostsAccept) <-
|
||||
insertAccept shr rp ticketFollowers obiidApply obiidAccept
|
||||
knownRemoteRecipsAccept <-
|
||||
deliverLocal'
|
||||
False
|
||||
(LocalActorRepo shr rp)
|
||||
(repoInbox repo)
|
||||
obiidAccept
|
||||
localRecipsAccept
|
||||
(obiidAccept,docAccept,fwdHostsAccept,) <$>
|
||||
deliverRemoteDB'' fwdHostsAccept obiidAccept remoteRecipsAccept knownRemoteRecipsAccept
|
||||
-- Verify that the loom has received the Apply, resolve the Ticket in
|
||||
-- DB, and publish Accept
|
||||
maybeDeliverHttpAccept <- for maybeLocalTargetDB $ \ (Entity loomID loom, clothID, ticketID, _repoID, _mb, _diffs) -> do
|
||||
|
||||
return (obiidApply, docApply, remotesHttpApply, maccept)
|
||||
-- Verify that loom received the Apply
|
||||
let loomActorID = loomActor loom
|
||||
verifyActorHasItem loomActorID applyID "Local loom didn't receive the Apply"
|
||||
|
||||
-- Deliver Apply and Accept to remote recipients via HTTP
|
||||
-- Mark ticket in DB as resolved by the Apply
|
||||
acceptID <- lift $ do
|
||||
actor <- getJust loomActorID
|
||||
insertEmptyOutboxItem (actorOutbox actor) now
|
||||
lift $ insertResolve ticketID applyID acceptID
|
||||
|
||||
-- Insert an Accept activity to loom's outbox
|
||||
loomHash <- encodeKeyHashid loomID
|
||||
clothHash <- encodeKeyHashid clothID
|
||||
let acceptRecipActors = [LocalActorPerson senderHash]
|
||||
acceptRecipStages =
|
||||
[ LocalStageLoomFollowers loomHash
|
||||
, LocalStageClothFollowers loomHash clothHash
|
||||
, LocalStagePersonFollowers senderHash
|
||||
]
|
||||
docAccept <-
|
||||
lift $ insertAcceptToOutbox senderHash loomHash luApply acceptID acceptRecipActors acceptRecipStages
|
||||
|
||||
-- Deliver the Accept activity to local recipients, and schedule
|
||||
-- delivery for unavailable remote recipients
|
||||
remoteRecipsHttpAccept <- do
|
||||
remoteRecips <-
|
||||
lift $ deliverLocal' True (LocalActorLoom loomHash) loomActorID acceptID $
|
||||
makeRecipientSet acceptRecipActors acceptRecipStages
|
||||
checkFederation remoteRecips
|
||||
lift $ deliverRemoteDB'' [] acceptID [] remoteRecips
|
||||
|
||||
-- Return instructions for HTTP delivery of the Accept to remote
|
||||
-- recipients
|
||||
return $
|
||||
deliverRemoteHttp' [] acceptID docAccept remoteRecipsHttpAccept
|
||||
|
||||
-- Return instructions for HTTP delivery or Apply and Accept to remote
|
||||
-- recipients
|
||||
return
|
||||
( applyID
|
||||
, deliverRemoteHttp' fwdHosts applyID docApply remoteRecipsHttpApply
|
||||
, maybeDeliverHttpAccept
|
||||
)
|
||||
|
||||
-- Launch asynchronous HTTP delivery of Apply and Accept
|
||||
lift $ do
|
||||
forkWorker "applyC: async HTTP Apply delivery" $ deliverRemoteHttp' fwdHosts obiid doc remotesHttp
|
||||
for_ maybeAccept $ \ (obiidAccept, docAccept, fwdHostsAccept, remotesHttpAccept) ->
|
||||
forkWorker "applyC: async HTTP Accept delivery" $ deliverRemoteHttp' fwdHostsAccept obiidAccept docAccept remotesHttpAccept
|
||||
return obiid
|
||||
forkWorker "applyC: async HTTP Apply delivery" deliverHttpApply
|
||||
for_ maybeDeliverHttpAccept $
|
||||
forkWorker "applyC: async HTTP Accept delivery"
|
||||
|
||||
return applyID
|
||||
|
||||
where
|
||||
checkBranch u@(ObjURI h lu) = do
|
||||
hl <- hostIsLocal h
|
||||
if hl
|
||||
then Left <$> do
|
||||
route <-
|
||||
fromMaybeE
|
||||
(decodeRouteLocal lu)
|
||||
"Apply target is local but isn't a valid route"
|
||||
case route of
|
||||
RepoR shr rp -> return (shr, rp, Nothing)
|
||||
RepoBranchR shr rp b -> return (shr, rp, Just b)
|
||||
_ ->
|
||||
throwE
|
||||
"Apply target is a valid local route, but isn't a \
|
||||
\repo or branch route"
|
||||
else return $ Right u
|
||||
|
||||
verifyCapability ridTarget capID = do
|
||||
-- Find the activity itself by URI in the DB
|
||||
act <- do
|
||||
mact <- getActivity capID
|
||||
fromMaybeE mact "Capability activity not known to me"
|
||||
-- Find the Collab record for that activity
|
||||
cid <-
|
||||
case act of
|
||||
Left (_actor, obiid) -> do
|
||||
mcsl <- lift $ getValBy $ UniqueCollabSenderLocalActivity obiid
|
||||
collabSenderLocalCollab <$>
|
||||
fromMaybeE mcsl "Capability is a local activity but no matching capability"
|
||||
Right ractid -> do
|
||||
mcsr <- lift $ getValBy $ UniqueCollabSenderRemoteActivity ractid
|
||||
collabSenderRemoteCollab <$>
|
||||
fromMaybeE mcsr "Capability is a known remote activity but no matching capability"
|
||||
-- Find the recipient of that Collab
|
||||
pidCollab <- do
|
||||
mcrl <- lift $ getValBy $ UniqueCollabRecipLocal cid
|
||||
crl <- fromMaybeE mcrl "No local recip for capability"
|
||||
mcrr <- lift $ getBy $ UniqueCollabRecipRemote cid
|
||||
verifyNothingE mcrr "Both local & remote recip for capability!"
|
||||
return $ collabRecipLocalPerson crl
|
||||
-- Verify the recipient is the author of the Apply activity
|
||||
unless (pidCollab == pidUser) $
|
||||
throwE "Collab recipient isn't the Apply author"
|
||||
-- Find the repo to which this Collab gives access
|
||||
ridCap <- do
|
||||
mctlr <- lift $ getValBy $ UniqueCollabTopicLocalRepo cid
|
||||
rid <-
|
||||
collabTopicLocalRepoRepo <$>
|
||||
fromMaybeE mctlr "Collab isn't for a repo"
|
||||
mctlj <- lift $ getBy $ UniqueCollabTopicLocalProject cid
|
||||
verifyNothingE mctlj "Collab topic duplicate, found project"
|
||||
mctr <- lift $ getBy $ UniqueCollabTopicRemote cid
|
||||
verifyNothingE mctr "Collab topic duplicate, found remote"
|
||||
return rid
|
||||
-- Verify that repo is us
|
||||
unless (ridCap == ridTarget) $
|
||||
throwE "Capability topic is some other local repo"
|
||||
-- Find the collaborator's role in the repo
|
||||
mrlid <-
|
||||
lift $ fmap collabRoleLocalRole <$>
|
||||
getValBy (UniqueCollabRoleLocal cid)
|
||||
-- If no role specified, that means Developer role with
|
||||
-- access to apply changes to repo source code, otherwise
|
||||
-- make sure the specified role (or an ancestor of it) has
|
||||
-- access to the relevant operation
|
||||
for_ mrlid $ \ rlid -> do
|
||||
let roleHas role op = getBy $ UniqueRoleAccess role op
|
||||
ancestorHas = flip getProjectRoleAncestorWithOpQ
|
||||
roleHasAccess role op =
|
||||
fmap isJust . runMaybeT $
|
||||
MaybeT (roleHas role op) <|>
|
||||
MaybeT (ancestorHas role op)
|
||||
has <- lift $ roleHasAccess rlid ProjOpApplyPatch
|
||||
unless has $
|
||||
throwE
|
||||
"Apply author's role in repo doesn't have \
|
||||
\ApplyPatch access"
|
||||
|
||||
insertApplyToOutbox obid blinded = do
|
||||
let shrUser = sharerIdent sharerUser
|
||||
now <- liftIO getCurrentTime
|
||||
hLocal <- asksSite siteInstanceHost
|
||||
obiid <- insertEmptyOutboxItem obid now
|
||||
insertApplyToOutbox senderHash blinded applyID = do
|
||||
encodeRouteLocal <- getEncodeRouteLocal
|
||||
obikhid <- encodeKeyHashid obiid
|
||||
let luAct = encodeRouteLocal $ SharerOutboxItemR shrUser obikhid
|
||||
hLocal <- asksSite siteInstanceHost
|
||||
applyHash <- encodeKeyHashid applyID
|
||||
let luApply = encodeRouteLocal $ PersonOutboxItemR senderHash applyHash
|
||||
doc = Doc hLocal Activity
|
||||
{ activityId = Just luAct
|
||||
, activityActor = encodeRouteLocal $ SharerR shrUser
|
||||
{ activityId = Just luApply
|
||||
, activityActor = encodeRouteLocal $ PersonR senderHash
|
||||
, activityCapability = muCap
|
||||
, activitySummary = summary
|
||||
, activityAudience = blinded
|
||||
, activitySpecific = ApplyActivity $ Apply uObject uTarget
|
||||
, activityFulfills = []
|
||||
, activitySpecific = ApplyActivity $ Apply uObject target
|
||||
}
|
||||
update obiid [OutboxItemActivity =. persistJSONObjectFromDoc doc]
|
||||
return (obiid, doc, luAct)
|
||||
update applyID [OutboxItemActivity =. persistJSONObjectFromDoc doc]
|
||||
return (luApply, doc)
|
||||
|
||||
insertResolve ltid obiidApply obiidAccept = do
|
||||
insertResolve ticketID applyID acceptID = do
|
||||
trid <- insert TicketResolve
|
||||
{ ticketResolveTicket = ltid
|
||||
, ticketResolveAccept = obiidAccept
|
||||
{ ticketResolveTicket = ticketID
|
||||
, ticketResolveAccept = acceptID
|
||||
}
|
||||
insert_ TicketResolveLocal
|
||||
{ ticketResolveLocalTicket = trid
|
||||
, ticketResolveLocalActivity = obiidApply
|
||||
, ticketResolveLocalActivity = applyID
|
||||
}
|
||||
tid <- localTicketTicket <$> getJust ltid
|
||||
update tid [TicketStatus =. TSClosed]
|
||||
update ticketID [TicketStatus =. TSClosed]
|
||||
|
||||
insertAccept shrTarget rpTarget ticketFollowers obiidApply obiidAccept = do
|
||||
insertAcceptToOutbox personHash loomHash luApply acceptID actors stages = do
|
||||
encodeRouteLocal <- getEncodeRouteLocal
|
||||
encodeRouteHome <- getEncodeRouteHome
|
||||
encodeTALID <- getEncodeKeyHashid
|
||||
encodeLTID <- getEncodeKeyHashid
|
||||
hLocal <- asksSite siteInstanceHost
|
||||
|
||||
obikhidApply <- encodeKeyHashid obiidApply
|
||||
obikhidAccept <- encodeKeyHashid obiidAccept
|
||||
|
||||
let shrUser = sharerIdent sharerUser
|
||||
audAuthor =
|
||||
AudLocal
|
||||
[LocalActorSharer shrUser]
|
||||
[LocalPersonCollectionSharerFollowers shrUser]
|
||||
audTicket =
|
||||
case ticketFollowers of
|
||||
Left (Left (shr, talid)) -> AudLocal [] [LocalPersonCollectionSharerProposalFollowers shr $ encodeTALID talid]
|
||||
Left (Right ltid) -> AudLocal [] [LocalPersonCollectionRepoProposalFollowers shrTarget rpTarget $ encodeLTID ltid]
|
||||
Right (ObjURI h lu) -> AudRemote h [] [lu]
|
||||
audRepo =
|
||||
AudLocal
|
||||
[]
|
||||
[ LocalPersonCollectionRepoTeam shrTarget rpTarget
|
||||
, LocalPersonCollectionRepoFollowers shrTarget rpTarget
|
||||
]
|
||||
|
||||
(recipientSet, remoteActors, fwdHosts, audLocal, audRemote) =
|
||||
collectAudience [audAuthor, audTicket, audRepo]
|
||||
|
||||
recips = map encodeRouteHome audLocal ++ audRemote
|
||||
acceptHash <- encodeKeyHashid acceptID
|
||||
let recips =
|
||||
map encodeRouteHome $
|
||||
map renderLocalActor actors ++
|
||||
map renderLocalStage stages
|
||||
doc = Doc hLocal Activity
|
||||
{ activityId =
|
||||
Just $ encodeRouteLocal $
|
||||
RepoOutboxItemR shrTarget rpTarget obikhidAccept
|
||||
, activityActor =
|
||||
encodeRouteLocal $ RepoR shrTarget rpTarget
|
||||
LoomOutboxItemR loomHash acceptHash
|
||||
, activityActor = encodeRouteLocal $ LoomR loomHash
|
||||
, activityCapability = Nothing
|
||||
, activitySummary = Nothing
|
||||
, activityAudience = Audience recips [] [] [] [] []
|
||||
, activityFulfills = []
|
||||
, activitySpecific = AcceptActivity Accept
|
||||
{ acceptObject =
|
||||
encodeRouteHome $
|
||||
SharerOutboxItemR shrUser obikhidApply
|
||||
{ acceptObject = ObjURI hLocal luApply
|
||||
, acceptResult = Nothing
|
||||
}
|
||||
}
|
||||
|
||||
update obiidAccept [OutboxItemActivity =. persistJSONObjectFromDoc doc]
|
||||
return (doc, recipientSet, remoteActors, fwdHosts)
|
||||
|
||||
-}
|
||||
update acceptID [OutboxItemActivity =. persistJSONObjectFromDoc doc]
|
||||
return doc
|
||||
|
||||
parseComment :: LocalURI -> ExceptT Text Handler (PersonId, LocalMessageId)
|
||||
parseComment luParent = do
|
||||
|
|
|
|||
|
|
@ -21,7 +21,7 @@ module Vervis.Darcs
|
|||
--, lastChange
|
||||
, readPatch
|
||||
, writePostApplyHooks
|
||||
--, applyDarcsPatch
|
||||
, applyDarcsPatch
|
||||
)
|
||||
where
|
||||
|
||||
|
|
@ -83,6 +83,7 @@ import Data.List.NonEmpty.Local
|
|||
import Data.Patch.Local hiding (Patch)
|
||||
import Data.Text.UTF8.Local (decodeStrict)
|
||||
import Data.Time.Clock.Local ()
|
||||
import System.Process.Typed.Local
|
||||
|
||||
import qualified Data.Patch.Local as DP
|
||||
import qualified Data.Text.UTF8.Local as TU
|
||||
|
|
@ -398,22 +399,6 @@ writePostApplyHooks = do
|
|||
liftIO $
|
||||
writeDefaultsFile path hook authority (keyHashidText repoHash)
|
||||
|
||||
{-
|
||||
applyDarcsPatch shr rp patch = do
|
||||
path <- askRepoDir shr rp
|
||||
applyDarcsPatch repoPath patch = do
|
||||
let input = BL.fromStrict $ TE.encodeUtf8 patch
|
||||
(exitCode, out, err) <-
|
||||
readProcess $ setStdin (byteStringInput input) $
|
||||
proc "darcs" ["apply", "--all", "--no-allow-conflicts", "--repodir='" ++ path ++ "'"]
|
||||
let out2text = TU.decodeLenient . BL.toStrict
|
||||
case exitCode of
|
||||
ExitFailure n ->
|
||||
throwE $
|
||||
T.concat
|
||||
[ "`darcs apply` failed with exit code "
|
||||
, T.pack (show n)
|
||||
, "\nstdout: ", out2text out
|
||||
, "\nstderr: ", out2text err
|
||||
]
|
||||
ExitSuccess -> return ()
|
||||
-}
|
||||
runProcessE "darcs apply" $ setStdin (byteStringInput input) $ proc "darcs" ["apply", "--all", "--no-allow-conflicts", "--repodir='" ++ repoPath ++ "'"]
|
||||
|
|
|
|||
|
|
@ -19,6 +19,7 @@ module Vervis.Data.Ticket
|
|||
, Merge (..)
|
||||
, TrackerAndMerge (..)
|
||||
, WorkItemOffer (..)
|
||||
, checkTip
|
||||
, checkOfferTicket
|
||||
|
||||
-- These are exported only for Vervis.Client
|
||||
|
|
|
|||
|
|
@ -22,18 +22,16 @@ module Vervis.Git
|
|||
--, lastCommitTime
|
||||
, writePostReceiveHooks
|
||||
, generateGitPatches
|
||||
--, applyGitPatches
|
||||
, applyGitPatches
|
||||
)
|
||||
where
|
||||
|
||||
import Control.Arrow ((***))
|
||||
import Control.Exception.Base
|
||||
import Control.Monad (join)
|
||||
import Control.Monad.IO.Class
|
||||
import Control.Monad.Trans.Class (lift)
|
||||
import Control.Monad.Trans.Except
|
||||
import Patience (diff, Item (..))
|
||||
import Data.Byteable (toBytes)
|
||||
import Data.Foldable
|
||||
import Data.Git.Diff
|
||||
import Data.Git.Graph
|
||||
|
|
@ -56,7 +54,6 @@ import Data.Time.Clock.POSIX (posixSecondsToUTCTime)
|
|||
import Data.Traversable (for)
|
||||
import Data.Word (Word32)
|
||||
import Database.Persist
|
||||
import System.Exit
|
||||
import System.FilePath
|
||||
import System.Hourglass (timeCurrent)
|
||||
import System.Process.Typed
|
||||
|
|
@ -87,6 +84,7 @@ import Data.EventTime.Local
|
|||
import Data.Git.Local
|
||||
import Data.List.Local
|
||||
import Data.Patch.Local hiding (Patch)
|
||||
import System.Process.Typed.Local
|
||||
|
||||
import qualified Data.Patch.Local as P
|
||||
import qualified Data.Text.UTF8.Local as TU
|
||||
|
|
@ -372,7 +370,7 @@ generateGitPatches
|
|||
-> FilePath -- ^ Temporary directory to use for the operation
|
||||
-> ExceptT Text IO (NonEmpty Text)
|
||||
generateGitPatches targetRepoPath targetBranch originRepoURI originBranch tempDir = do
|
||||
runProcessE "git clone" $ proc "git" ["clone", "--bare", "--verbose", "--origin", "target", "--single-branch", "--branch", targetBranch, "--", targetRepoPath, tempDir]
|
||||
runProcessE "git clone" $ proc "git" ["clone", "--bare", "--verbose", "--single-branch", "--branch", targetBranch, "--", targetRepoPath, tempDir]
|
||||
runProcessE "git remote add" $ proc "git" ["-C", tempDir, "remote", "--verbose", "add", "-t", originBranch, "real-origin", originRepoURI]
|
||||
runProcessE "git fetch" $ proc "git" ["-C", tempDir, "fetch", "real-origin", originBranch]
|
||||
runProcessE "git merge-base --is-ancestor" $ proc "git" ["-C", tempDir, "merge-base", "--is-ancestor", targetBranch, "real-origin/" ++ originBranch]
|
||||
|
|
@ -388,49 +386,12 @@ generateGitPatches targetRepoPath targetBranch originRepoURI originBranch tempDi
|
|||
]
|
||||
Right t -> return t
|
||||
|
||||
where
|
||||
|
||||
runProcessE name spec = do
|
||||
exitCode <- runProcess spec
|
||||
case exitCode of
|
||||
ExitFailure n ->
|
||||
throwE $
|
||||
T.concat
|
||||
[ "`", name, "` failed with exit code "
|
||||
, T.pack (show n)
|
||||
]
|
||||
ExitSuccess -> return ()
|
||||
|
||||
readProcessE name spec = do
|
||||
(exitCode, out) <- readProcessStdout spec
|
||||
case exitCode of
|
||||
ExitFailure n ->
|
||||
throwE $
|
||||
T.concat
|
||||
[ "`", name, "` failed with exit code "
|
||||
, T.pack (show n)
|
||||
]
|
||||
ExitSuccess -> return $ TU.decodeStrict $ BL.toStrict out
|
||||
|
||||
{-
|
||||
applyGitPatches shr rp branch patches = do
|
||||
path <- askRepoDir shr rp
|
||||
-- Since 'git am' doesn't work on a bare repo, clone target repo into the given
|
||||
-- temporary directory, apply there, and finally push
|
||||
applyGitPatches repoPath branch patches tempDir = do
|
||||
runProcessE "git clone" $ proc "git" ["clone", "--verbose", "--single-branch", "--branch", branch, "--", repoPath, tempDir]
|
||||
let input = BL.concat $ NE.toList $ NE.map (BL.fromStrict . TE.encodeUtf8) patches
|
||||
readProcessE "git checkout" $ proc "git" ["-C", path, "checkout", T.unpack branch]
|
||||
readProcessE "git am" $ setStdin (byteStringInput input) $ proc "git" ["-C", "'" ++ path ++ "'", "am"]
|
||||
where
|
||||
readProcessE name spec = do
|
||||
(exitCode, out, err) <- readProcess spec
|
||||
case exitCode of
|
||||
ExitFailure n ->
|
||||
throwE $
|
||||
T.concat
|
||||
[ "`", name, "` failed with exit code "
|
||||
, T.pack (show n)
|
||||
, "\nstdout: ", out2text out
|
||||
, "\nstderr: ", out2text err
|
||||
]
|
||||
ExitSuccess -> return ()
|
||||
where
|
||||
out2text = TU.decodeLenient . BL.toStrict
|
||||
-}
|
||||
runProcessE "git am" $ setStdin (byteStringInput input) $ proc "git" ["-C", tempDir, "am"]
|
||||
runProcessE "git config" $ proc "git" ["-C", tempDir, "config", "user.name", "vervis"]
|
||||
runProcessE "git config" $ proc "git" ["-C", tempDir, "config", "user.email", "vervis@vervis.vervis"]
|
||||
runProcessE "git push" $ proc "git" ["-C", tempDir, "push"]
|
||||
|
|
|
|||
|
|
@ -276,6 +276,8 @@ postPersonOutboxR personHash = do
|
|||
case specific of
|
||||
AP.AcceptActivity accept ->
|
||||
acceptC eperson actorDB summary audience accept
|
||||
AP.ApplyActivity apply ->
|
||||
applyC eperson actorDB mcap summary audience apply
|
||||
AP.CreateActivity (AP.Create obj mtarget) ->
|
||||
case obj of
|
||||
{-
|
||||
|
|
@ -297,8 +299,8 @@ postPersonOutboxR personHash = do
|
|||
Right (AddBundle patches) ->
|
||||
addBundleC eperson sharer summary audience patches target
|
||||
_ -> throwE "Unsupported Add 'object' type"
|
||||
ApplyActivity apply ->
|
||||
applyC eperson sharer summary audience mcap apply
|
||||
-}
|
||||
{-
|
||||
FollowActivity follow ->
|
||||
followC shr summary audience follow
|
||||
-}
|
||||
|
|
|
|||
|
|
@ -100,6 +100,7 @@ library
|
|||
Network.HTTP.Client.Conduit.ActivityPub
|
||||
Network.HTTP.Digest
|
||||
Network.SSH.Local
|
||||
System.Process.Typed.Local
|
||||
Text.Blaze.Local
|
||||
Text.Display
|
||||
Text.Email.Local
|
||||
|
|
|
|||
Loading…
Reference in a new issue