nuthatch/test/Integration.hs

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module Main (main) where
import Control.Concurrent.Async (concurrently, mapConcurrently)
import Control.Exception (SomeException, try)
import Control.Monad (unless)
import Crypto.Hash (Digest, SHA256, hashlazy)
import qualified Data.ByteArray as BA
import qualified Data.ByteString.Base16 as B16
import qualified Data.ByteString.Lazy as BL
import Data.List (sort)
import Data.Text (Text)
import qualified Data.Text.Encoding as TE
import Database.PostgreSQL.Simple (Only (..))
import Nuthatch.Config
( Config (..)
, loadConfig
, revealSecret
, secret
)
import Nuthatch.Db
( Db
, configurePoolLimit
, ensurePersonalPool
, migrate
, withDb
, withTransaction
)
import qualified Nuthatch.Db as Db
import Nuthatch.Protocol
import Nuthatch.S3
import Nuthatch.Types
main :: IO ()
main = do
config <- loadConfig
withDb config $ \database -> do
migrate database "sql" config
migrate database "sql" config
verifySchema database
verifyAdmission database config
store <- newS3 config
verifyStorage config store
putStrLn "Storage foundation integration gate passed"
verifySchema :: Db -> IO ()
verifySchema database = do
tables <- Db.query_ database
"SELECT table_name FROM information_schema.tables \
\WHERE table_schema = 'public' \
\AND table_name IN ('pools','mutations','key_locks','objects_meta','schema_migrations') \
\ORDER BY table_name"
:: IO [Only Text]
assertEqual "authoritative schema tables"
["key_locks", "mutations", "objects_meta", "pools", "schema_migrations"]
(map fromOnly tables)
constraints <- Db.query_ database
"SELECT count(*) FROM pg_constraint \
\WHERE conname = 'pools_live_bytes_within_limit' \
\AND conrelid = 'pools'::regclass"
:: IO [Only Int]
assertEqual "pool limit constraint" [Only 1] constraints
migrations <- Db.query_ database
"SELECT filename FROM schema_migrations ORDER BY filename"
:: IO [Only Text]
assertEqual "migration history"
["001_initial_schema.sql"]
(map fromOnly migrations)
verifyAdmission :: Db -> Config -> IO ()
verifyAdmission database config = do
resetAuthority database 100
replayOutcomes <- mapConcurrently
(const (admit database "same-operation" "same-key" 10))
[1 .. 8 :: Int]
assertEqual "one first request" 1 (countPrepared replayOutcomes)
assertEqual "stable concurrent replay" 7 (countReplay replayOutcomes)
assertAuthority database 1 10
resetAuthority database 100
conflictOutcomes <- mapConcurrently
(\size -> admit database "conflicting-operation" "conflicting-key" size)
[10, 11]
assertEqual "one conflicting first request" 1 (countPrepared conflictOutcomes)
assertEqual "conflicting reuse" 1 (countConflict conflictOutcomes)
assertAuthority database 1 (mrGrowth (preparedRecord conflictOutcomes))
resetAuthority database 100
keyOutcomes <- mapConcurrently
(\operation -> admit database operation "locked-key" 10)
["key-operation-a", "key-operation-b"]
assertEqual "one same-key authority" 1 (countPrepared keyOutcomes)
assertEqual "one same-key rejection" 1 (countRejected keyOutcomes)
assertAuthority database 1 10
resetAuthority database 10
quotaOutcomes <- mapConcurrently
(\(operation, key) -> admit database operation key 8)
[("quota-operation-a", "quota-key-a"), ("quota-operation-b", "quota-key-b")]
assertEqual "one quota reservation" 1 (countPrepared quotaOutcomes)
assertEqual "one quota rejection" 1 (countRejected quotaOutcomes)
assertAuthority database 1 8
lower <- try (configurePoolLimit database sharedPool 7)
:: IO (Either SomeException ())
assert "unsafe pool limit reduction rejected" (isLeft lower)
configurePoolLimit database sharedPool 20
pool <- Db.query database
"SELECT limit_bytes, used_bytes, reserved_bytes FROM pools WHERE pool_id = ?"
(Only (unPoolId sharedPool))
:: IO [(Integer, Integer, Integer)]
assertEqual "safe pool limit reconfiguration" [(20, 0, 8)] pool
let personalUser = UserId "personal-limit-user"
personal = personalPool personalUser
ensurePersonalPool database
config { cfgPersonalQuotaBytes = 30 }
personalUser
ensurePersonalPool database
config { cfgPersonalQuotaBytes = 40 }
personalUser
_ <- Db.execute database
"UPDATE pools SET reserved_bytes = 35 WHERE pool_id = ?"
(Only (unPoolId personal))
personalLower <- try
(ensurePersonalPool database
config { cfgPersonalQuotaBytes = 34 }
personalUser)
:: IO (Either SomeException ())
assert "unsafe personal limit reduction rejected" (isLeft personalLower)
personalPoolRow <- Db.query database
"SELECT limit_bytes, used_bytes, reserved_bytes FROM pools WHERE pool_id = ?"
(Only (unPoolId personal))
:: IO [(Integer, Integer, Integer)]
assertEqual "personal limit reconfiguration" [(40, 0, 35)] personalPoolRow
resetAuthority database 100
(racingAdmission, racingLimit) <- concurrently
(admit database "limit-race-operation" "limit-race-key" 80)
(try (configurePoolLimit database sharedPool 50)
:: IO (Either SomeException ()))
racingPool <- Db.query database
"SELECT limit_bytes, used_bytes, reserved_bytes FROM pools WHERE pool_id = ?"
(Only (unPoolId sharedPool))
:: IO [(Integer, Integer, Integer)]
case (racingAdmission, racingLimit, racingPool) of
(AdmitPrepared _, Left _, [(100, 0, 80)]) ->
assertAuthority database 1 80
(AdmitRejected _ _, Right (), [(50, 0, 0)]) ->
assertAuthority database 0 0
other -> fail ("unsafe admission/limit race result: " <> show other)
resetAuthority database 100
observationOutcome <- admit database
"observation-operation"
"observation-key"
10
let observationRecord = preparedRecord [observationOutcome]
thirdState =
ObjectPresent 10
(Just (ContentSha256
"bbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbbb"))
settled <- withTransaction database $ \connection -> do
applying <- markApplying connection observationRecord
2026-07-18 22:49:19 +09:00
pending <- markExternalPending connection observationRecord 600 90
externalSettled <- markExternalSettled connection observationRecord
pure (applying && pending && externalSettled)
assert "observation fixture reached applying/settled" settled
unavailable <- withTransaction database $ \connection ->
finalizeFromObservation connection observationRecord
(ObjectUnavailable "timeout")
ambiguous <- withTransaction database $ \connection ->
finalizeFromObservation connection observationRecord thirdState
assertEqual "unavailable observation remains non-terminal" Nothing unavailable
assertEqual "third-state observation remains non-terminal" Nothing ambiguous
assertAuthority database 1 10
durableState <- Db.query database
"SELECT state, external_state FROM mutations \
\WHERE user_id = ? AND kind = ? AND operation_id = ?"
( "integration-user" :: Text
, "put" :: Text
, "observation-operation" :: Text
)
:: IO [(Text, Text)]
assertEqual "ambiguous observation retains mutation authority"
[("applying", "settled")]
durableState
verifyIdempotencyExpiry database
verifyIdempotencyExpiry :: Db -> IO ()
verifyIdempotencyExpiry database = do
resetAuthority database 100
first <- admitWithWindow database "expiring-operation" "expiring-key" 10 1
let rec = preparedRecord [first]
finalized <- withTransaction database $ \connection -> do
applying <- markApplying connection rec
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pending <- markExternalPending connection rec 600 90
settled <- markExternalSettled connection rec
succeeded <- finalizeSuccess connection rec 10 (Just fixedIdentity)
pure (applying && pending && settled && succeeded)
assert "terminal expiry fixture finalized" finalized
_ <- Db.execute database
"UPDATE mutations SET updated_at = now() - interval '5 seconds' \
\WHERE user_id = ? AND kind = ? AND operation_id = ?"
( "integration-user" :: Text
, "put" :: Text
, "expiring-operation" :: Text
)
outcomes <- mapConcurrently
(\size ->
admitWithWindow database "expiring-operation" "expiring-key" size 1)
[11, 12]
assertEqual "one first request after terminal expiry" 1 (countPrepared outcomes)
assertEqual "atomic conflicting reuse after terminal expiry" 1
(countConflict outcomes)
assertAuthority database 1 (mrGrowth (preparedRecord outcomes))
resetAuthority database 100
active <- admitWithWindow database "active-operation" "active-key" 10 1
_ <- Db.execute database
"UPDATE mutations SET updated_at = now() - interval '5 seconds' \
\WHERE user_id = ? AND kind = ? AND operation_id = ?"
( "integration-user" :: Text
, "put" :: Text
, "active-operation" :: Text
)
replay <- admitWithWindow database "active-operation" "active-key" 10 1
blocked <- admitWithWindow database "other-operation" "active-key" 10 1
assertEqual "aged active identity remains replayable" 1
(countReplay [active, replay])
assertEqual "aged active key remains locked" 1 (countRejected [blocked])
assertAuthority database 1 10
verifyStorage :: Config -> S3 -> IO ()
verifyStorage config store = do
let fallbackKey = ObjectKey "shared/fallback.bin"
fallbackBody = BL.replicate (5 * 1024 * 1024) 0
fallbackIdentity =
ContentSha256
"c036cbb7553a909f8b8877d4461924307f27ecb66cff928eeeafd569c3887e29"
expectRight "put object without identity metadata"
=<< putObject store fallbackKey
(toInteger (BL.length fallbackBody))
Nothing
fallbackBody
fallbackHead <- expectRight "observe object without identity metadata"
=<< observeObjectFully store fallbackKey
assertEqual "streaming digest fallback size"
(toInteger (BL.length fallbackBody))
(oiSize fallbackHead)
assertEqual "streaming digest fallback identity"
(Just fallbackIdentity)
(oiSha256 fallbackHead)
expectRight "delete fallback object" =<< deleteObject store fallbackKey
let unicodeKey = ObjectKey "shared/문서/βeta.txt"
firstBody = "same-size-a"
secondBody = "same-size-b"
firstIdentity = contentIdentity firstBody
secondIdentity = contentIdentity secondBody
expectRight "put Unicode key"
=<< putObject store unicodeKey (toInteger (BL.length firstBody))
(Just firstIdentity) firstBody
fetched <- expectRight "get Unicode key" =<< getObjectBytes store unicodeKey
assertEqual "Unicode key round trip" firstBody fetched
firstHead <- expectJust "head Unicode key" =<< headObject store unicodeKey
assertEqual "head size" (toInteger (BL.length firstBody)) (oiSize firstHead)
assertEqual "head metadata" (Just firstIdentity) (oiSha256 firstHead)
expectRight "overwrite same-size content"
=<< putObject store unicodeKey (toInteger (BL.length secondBody))
(Just secondIdentity) secondBody
secondHead <- expectJust "head overwritten key" =<< headObject store unicodeKey
assert "same-size content identity differs"
(oiSha256 firstHead /= oiSha256 secondHead)
let paged =
[ (ObjectKey "shared/page/α", "a")
, (ObjectKey "shared/page/β", "b")
, (ObjectKey "shared/page/γ", "c")
]
mapM_
(\(key, body) ->
expectRight "put paged key"
=<< putObject store key (toInteger (BL.length body))
(Just (contentIdentity body)) body)
paged
keys <- collectPages store "shared/page/" Nothing []
assertEqual "paginated Unicode list"
(sort [unObjectKey key | (key, _) <- paged])
(sort keys)
missing <- getObjectBytes store (ObjectKey "shared/missing")
assertEqual "typed not-found error" (Left S3NotFound) missing
deniedStore <- newS3 config
{ cfgS3SecretKey =
secret (revealSecret (cfgS3SecretKey config) <> "-invalid")
}
denied <- listObjects deniedStore "" Nothing Nothing 1
case denied of
Left (S3ServiceError code) ->
assert "typed provider rejection" (code >= 400 && code < 500)
other -> fail ("expected typed provider rejection, got " <> show other)
expectRight "delete Unicode key" =<< deleteObject store unicodeKey
absent <- headObject store unicodeKey
assertEqual "deleted key absent" (Right Nothing) absent
collectPages :: S3 -> Text -> Maybe Text -> [Text] -> IO [Text]
collectPages store prefix marker accumulated = do
page <- expectRight "list page" =<< listObjects store prefix Nothing marker 1
let accumulated' = accumulated <> map fst (lpObjects page)
if lpIsTruncated page
then case lpContinuationToken page of
Nothing -> fail "truncated list omitted continuation marker"
Just next -> collectPages store prefix (Just next) accumulated'
else pure accumulated'
admit :: Db -> Text -> Text -> Integer -> IO AdmitOutcome
admit database operation key size =
admitWithWindow database operation key size 3600
admitWithWindow :: Db -> Text -> Text -> Integer -> Integer -> IO AdmitOutcome
admitWithWindow database operation key size window =
withTransaction database $ \connection ->
admitMutation
connection
(UserId "integration-user")
Put
(OperationId operation)
sharedPool
(ObjectKey ("shared/" <> key))
(RelativePath key)
size
(Just fixedIdentity)
1000
window
resetAuthority :: Db -> Integer -> IO ()
resetAuthority database limitBytes = do
_ <- Db.execute_ database
"TRUNCATE key_locks, mutations, objects_meta, pools CASCADE"
configurePoolLimit database sharedPool limitBytes
assertAuthority :: Db -> Int -> Integer -> IO ()
assertAuthority database expectedLocks expectedReserved = do
locks <- Db.query_ database "SELECT count(*) FROM key_locks"
:: IO [Only Int]
reservations <- Db.query database
"SELECT reserved_bytes FROM pools WHERE pool_id = ?"
(Only (unPoolId sharedPool))
:: IO [Only Integer]
assertEqual "active key locks" [Only expectedLocks] locks
assertEqual "reserved bytes" [Only expectedReserved] reservations
countPrepared :: [AdmitOutcome] -> Int
countPrepared outcomes = length [() | AdmitPrepared _ <- outcomes]
countReplay :: [AdmitOutcome] -> Int
countReplay outcomes = length [() | AdmitReplay MutationPending _ <- outcomes]
countConflict :: [AdmitOutcome] -> Int
countConflict outcomes = length [() | AdmitConflict <- outcomes]
countRejected :: [AdmitOutcome] -> Int
countRejected outcomes = length [() | AdmitRejected _ _ <- outcomes]
preparedRecord :: [AdmitOutcome] -> MutationRecord
preparedRecord outcomes =
case [record | AdmitPrepared record <- outcomes] of
[record] -> record
_ -> error "expected exactly one prepared record"
fixedIdentity :: ContentSha256
fixedIdentity =
ContentSha256 "aaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaaa"
contentIdentity :: BL.ByteString -> ContentSha256
contentIdentity =
ContentSha256
. TE.decodeUtf8
. B16.encode
. BA.convert
. (hashlazy :: BL.ByteString -> Digest SHA256)
expectRight :: String -> Either S3Error value -> IO value
expectRight label result =
case result of
Left err -> fail (label <> ": " <> show err)
Right value -> pure value
expectJust :: String -> Either S3Error (Maybe value) -> IO value
expectJust label result = do
value <- expectRight label result
case value of
Nothing -> fail (label <> ": object absent")
Just present -> pure present
assert :: String -> Bool -> IO ()
assert label condition =
unless condition (fail label)
assertEqual :: (Eq value, Show value) => String -> value -> value -> IO ()
assertEqual label expected actual =
unless (expected == actual) $
fail (label <> ": expected " <> show expected <> ", got " <> show actual)
isLeft :: Either left right -> Bool
isLeft (Left _) = True
isLeft (Right _) = False