mirror of
https://github.com/simplex-chat/simplexmq.git
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6a9075141f
* xftp server: use recipient ID in control port to delete and block files * cap smp proxy agent version at 10 * version * fix prometheus * fix * remove old version support * log connection parameter on error * tests * log sent command tag * log error and client version * cap proxy version for previous destination server * comment, test * remove logging tag * remove logs * version * SMP version 14 * version * remove comments * version
420 lines
19 KiB
Haskell
420 lines
19 KiB
Haskell
{-# LANGUAGE DataKinds #-}
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{-# LANGUAGE DuplicateRecordFields #-}
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{-# LANGUAGE GADTs #-}
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{-# LANGUAGE LambdaCase #-}
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{-# LANGUAGE NamedFieldPuns #-}
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{-# LANGUAGE OverloadedStrings #-}
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{-# LANGUAGE TupleSections #-}
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{-# LANGUAGE TypeApplications #-}
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module CoreTests.BatchingTests (batchingTests) where
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import Control.Concurrent.STM
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import Control.Monad
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import Crypto.Random (ChaChaDRG)
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import qualified Data.ByteString as B
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import Data.ByteString.Char8 (ByteString)
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import qualified Data.List.NonEmpty as L
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import Data.Time.Clock.System (SystemTime, getSystemTime)
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import qualified Data.X509 as X
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import qualified Data.X509.CertificateStore as XS
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import qualified Data.X509.File as XF
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import Simplex.Messaging.Client
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import qualified Simplex.Messaging.Crypto as C
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import Simplex.Messaging.Encoding
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import Simplex.Messaging.Protocol
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import Simplex.Messaging.Transport
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import Test.Hspec
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batchingTests :: Spec
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batchingTests = do
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describe "batchTransmissions" $ do
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describe "SMP v6 (previous)" $ do
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it "should batch with 106 subscriptions per batch" testBatchSubscriptionsV6
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it "should break on message that does not fit" testBatchWithMessageV6
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it "should break on large message" testBatchWithLargeMessageV6
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describe "SMP current" $ do
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it "should batch with 136 subscriptions per batch" testBatchSubscriptions
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it "should break on message that does not fit" testBatchWithMessage
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it "should break on large message" testBatchWithLargeMessage
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describe "batchTransmissions'" $ do
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describe "SMP v6 (previous)" $ do
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it "should batch with 106 subscriptions per batch" testClientBatchSubscriptionsV6
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it "should break on message that does not fit" testClientBatchWithMessageV6
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it "should break on large message" testClientBatchWithLargeMessageV6
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describe "SMP current" $ do
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it "should batch with 136 subscriptions per batch" testClientBatchSubscriptions
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it "should batch with 255 ENDs per batch" testClientBatchENDs
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it "should batch with 80 NMSGs per batch" testClientBatchNMSGs
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it "should break on message that does not fit" testClientBatchWithMessage
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it "should break on large message" testClientBatchWithLargeMessage
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testBatchSubscriptionsV6 :: IO ()
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testBatchSubscriptionsV6 = do
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sessId <- atomically . C.randomBytes 32 =<< C.newRandom
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subs <- replicateM 250 $ randomSUBv6 sessId
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let batches1 = batchTransmissions False smpBlockSize $ L.fromList subs
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all lenOk1 batches1 `shouldBe` True
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length batches1 `shouldBe` 250
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let batches = batchTransmissions True smpBlockSize $ L.fromList subs
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length batches `shouldBe` 3
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[TBTransmissions s1 n1 _, TBTransmissions s2 n2 _, TBTransmissions s3 n3 _] <- pure batches
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(n1, n2, n3) `shouldBe` (38, 106, 106)
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all lenOk [s1, s2, s3] `shouldBe` True
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testBatchSubscriptions :: IO ()
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testBatchSubscriptions = do
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sessId <- atomically . C.randomBytes 32 =<< C.newRandom
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subs <- replicateM 300 $ randomSUB sessId
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let batches1 = batchTransmissions False smpBlockSize $ L.fromList subs
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all lenOk1 batches1 `shouldBe` True
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length batches1 `shouldBe` 300
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let batches = batchTransmissions True smpBlockSize $ L.fromList subs
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length batches `shouldBe` 3
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[TBTransmissions s1 n1 _, TBTransmissions s2 n2 _, TBTransmissions s3 n3 _] <- pure batches
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(n1, n2, n3) `shouldBe` (28, 136, 136)
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all lenOk [s1, s2, s3] `shouldBe` True
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testBatchWithMessageV6 :: IO ()
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testBatchWithMessageV6 = do
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sessId <- atomically . C.randomBytes 32 =<< C.newRandom
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subs1 <- replicateM 60 $ randomSUBv6 sessId
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send <- randomSENDv6 sessId 8000
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subs2 <- replicateM 40 $ randomSUBv6 sessId
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` True
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length batches1 `shouldBe` 101
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let batches = batchTransmissions True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 2
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[TBTransmissions s1 n1 _, TBTransmissions s2 n2 _] <- pure batches
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(n1, n2) `shouldBe` (47, 54)
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all lenOk [s1, s2] `shouldBe` True
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testBatchWithMessage :: IO ()
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testBatchWithMessage = do
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sessId <- atomically . C.randomBytes 32 =<< C.newRandom
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subs1 <- replicateM 60 $ randomSUB sessId
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send <- randomSEND sessId 8000
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subs2 <- replicateM 40 $ randomSUB sessId
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` True
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length batches1 `shouldBe` 101
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let batches = batchTransmissions True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 2
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[TBTransmissions s1 n1 _, TBTransmissions s2 n2 _] <- pure batches
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(n1, n2) `shouldBe` (32, 69)
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all lenOk [s1, s2] `shouldBe` True
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testBatchWithLargeMessageV6 :: IO ()
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testBatchWithLargeMessageV6 = do
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sessId <- atomically . C.randomBytes 32 =<< C.newRandom
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subs1 <- replicateM 50 $ randomSUBv6 sessId
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send <- randomSENDv6 sessId 17000
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subs2 <- replicateM 150 $ randomSUBv6 sessId
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` False
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length batches1 `shouldBe` 201
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let batches1' = take 50 batches1 <> drop 51 batches1
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all lenOk1 batches1' `shouldBe` True
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length batches1' `shouldBe` 200
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let batches = batchTransmissions True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 4
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[TBTransmissions s1 n1 _, TBError TELargeMsg _, TBTransmissions s2 n2 _, TBTransmissions s3 n3 _] <- pure batches
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(n1, n2, n3) `shouldBe` (50, 44, 106)
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all lenOk [s1, s2, s3] `shouldBe` True
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testBatchWithLargeMessage :: IO ()
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testBatchWithLargeMessage = do
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sessId <- atomically . C.randomBytes 32 =<< C.newRandom
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subs1 <- replicateM 60 $ randomSUB sessId
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send <- randomSEND sessId 17000
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subs2 <- replicateM 150 $ randomSUB sessId
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` False
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length batches1 `shouldBe` 211
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let batches1' = take 60 batches1 <> drop 61 batches1
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all lenOk1 batches1' `shouldBe` True
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length batches1' `shouldBe` 210
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let batches = batchTransmissions True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 4
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[TBTransmissions s1 n1 _, TBError TELargeMsg _, TBTransmissions s2 n2 _, TBTransmissions s3 n3 _] <- pure batches
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(n1, n2, n3) `shouldBe` (60, 14, 136)
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all lenOk [s1, s2, s3] `shouldBe` True
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testClientBatchSubscriptionsV6 :: IO ()
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testClientBatchSubscriptionsV6 = do
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client <- testClientStubV6
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subs <- replicateM 250 $ randomSUBCmdV6 client
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let batches1 = batchTransmissions' False smpBlockSize $ L.fromList subs
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all lenOk1 batches1 `shouldBe` True
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let batches = batchTransmissions' True smpBlockSize $ L.fromList subs
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length batches `shouldBe` 3
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[TBTransmissions s1 n1 rs1, TBTransmissions s2 n2 rs2, TBTransmissions s3 n3 rs3] <- pure batches
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(n1, n2, n3) `shouldBe` (38, 106, 106)
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(length rs1, length rs2, length rs3) `shouldBe` (38, 106, 106)
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all lenOk [s1, s2, s3] `shouldBe` True
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testClientBatchSubscriptions :: IO ()
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testClientBatchSubscriptions = do
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client <- testClientStub
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subs <- replicateM 300 $ randomSUBCmd client
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let batches1 = batchTransmissions' False smpBlockSize $ L.fromList subs
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all lenOk1 batches1 `shouldBe` True
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let batches = batchTransmissions' True smpBlockSize $ L.fromList subs
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length batches `shouldBe` 3
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[TBTransmissions s1 n1 rs1, TBTransmissions s2 n2 rs2, TBTransmissions s3 n3 rs3] <- pure batches
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(n1, n2, n3) `shouldBe` (28, 136, 136)
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(length rs1, length rs2, length rs3) `shouldBe` (28, 136, 136)
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all lenOk [s1, s2, s3] `shouldBe` True
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testClientBatchENDs :: IO ()
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testClientBatchENDs = do
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client <- testClientStub
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ends <- replicateM 300 randomENDCmd
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let ends' = map (\t -> Right (Nothing, encodeTransmission (thParams client) t)) ends
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batches1 = batchTransmissions False smpBlockSize $ L.fromList ends'
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all lenOk1 batches1 `shouldBe` True
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let batches = batchTransmissions True smpBlockSize $ L.fromList ends'
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length batches `shouldBe` 2
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[TBTransmissions s1 n1 rs1, TBTransmissions s2 n2 rs2] <- pure batches
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(n1, n2) `shouldBe` (45, 255)
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(length rs1, length rs2) `shouldBe` (45, 255)
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all lenOk [s1, s2] `shouldBe` True
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testClientBatchNMSGs :: IO ()
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testClientBatchNMSGs = do
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client <- testClientStub
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ts <- getSystemTime
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ntfs <- replicateM 200 $ randomNMSGCmd ts
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let ntfs' = map (\t -> Right (Nothing, encodeTransmission (thParams client) t)) ntfs
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batches1 = batchTransmissions False smpBlockSize $ L.fromList ntfs'
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all lenOk1 batches1 `shouldBe` True
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let batches = batchTransmissions True smpBlockSize $ L.fromList ntfs'
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length batches `shouldBe` 3
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[TBTransmissions s1 n1 rs1, TBTransmissions s2 n2 rs2, TBTransmissions s3 n3 rs3] <- pure batches
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(n1, n2, n3) `shouldBe` (40, 80, 80)
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(length rs1, length rs2, length rs3) `shouldBe` (40, 80, 80)
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all lenOk [s1, s2, s3] `shouldBe` True
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testClientBatchWithMessageV6 :: IO ()
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testClientBatchWithMessageV6 = do
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client <- testClientStubV6
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subs1 <- replicateM 60 $ randomSUBCmdV6 client
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send <- randomSENDCmdV6 client 8000
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subs2 <- replicateM 40 $ randomSUBCmdV6 client
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions' False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` True
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length batches1 `shouldBe` 101
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let batches = batchTransmissions' True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 2
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[TBTransmissions s1 n1 rs1, TBTransmissions s2 n2 rs2] <- pure batches
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(n1, n2) `shouldBe` (47, 54)
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(length rs1, length rs2) `shouldBe` (47, 54)
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all lenOk [s1, s2] `shouldBe` True
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testClientBatchWithMessage :: IO ()
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testClientBatchWithMessage = do
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client <- testClientStub
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subs1 <- replicateM 60 $ randomSUBCmd client
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send <- randomSENDCmd client 8000
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subs2 <- replicateM 40 $ randomSUBCmd client
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions' False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` True
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length batches1 `shouldBe` 101
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let batches = batchTransmissions' True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 2
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[TBTransmissions s1 n1 rs1, TBTransmissions s2 n2 rs2] <- pure batches
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(n1, n2) `shouldBe` (32, 69)
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(length rs1, length rs2) `shouldBe` (32, 69)
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all lenOk [s1, s2] `shouldBe` True
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testClientBatchWithLargeMessageV6 :: IO ()
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testClientBatchWithLargeMessageV6 = do
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client <- testClientStubV6
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subs1 <- replicateM 50 $ randomSUBCmdV6 client
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send <- randomSENDCmdV6 client 17000
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subs2 <- replicateM 150 $ randomSUBCmdV6 client
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions' False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` False
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length batches1 `shouldBe` 201
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let batches1' = take 50 batches1 <> drop 51 batches1
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all lenOk1 batches1' `shouldBe` True
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length batches1' `shouldBe` 200
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--
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let batches = batchTransmissions' True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 4
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[TBTransmissions s1 n1 rs1, TBError TELargeMsg _, TBTransmissions s2 n2 rs2, TBTransmissions s3 n3 rs3] <- pure batches
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(n1, n2, n3) `shouldBe` (50, 44, 106)
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(length rs1, length rs2, length rs3) `shouldBe` (50, 44, 106)
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all lenOk [s1, s2, s3] `shouldBe` True
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--
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let cmds' = [send] <> subs1 <> subs2
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let batches' = batchTransmissions' True smpBlockSize $ L.fromList cmds'
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length batches' `shouldBe` 3
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[TBError TELargeMsg _, TBTransmissions s1' n1' rs1', TBTransmissions s2' n2' rs2'] <- pure batches'
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(n1', n2') `shouldBe` (94, 106)
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(length rs1', length rs2') `shouldBe` (94, 106)
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all lenOk [s1', s2'] `shouldBe` True
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testClientBatchWithLargeMessage :: IO ()
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testClientBatchWithLargeMessage = do
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client <- testClientStub
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subs1 <- replicateM 60 $ randomSUBCmd client
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send <- randomSENDCmd client 17000
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subs2 <- replicateM 150 $ randomSUBCmd client
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let cmds = subs1 <> [send] <> subs2
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batches1 = batchTransmissions' False smpBlockSize $ L.fromList cmds
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all lenOk1 batches1 `shouldBe` False
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length batches1 `shouldBe` 211
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let batches1' = take 60 batches1 <> drop 61 batches1
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all lenOk1 batches1' `shouldBe` True
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length batches1' `shouldBe` 210
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--
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let batches = batchTransmissions' True smpBlockSize $ L.fromList cmds
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length batches `shouldBe` 4
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[TBTransmissions s1 n1 rs1, TBError TELargeMsg _, TBTransmissions s2 n2 rs2, TBTransmissions s3 n3 rs3] <- pure batches
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(n1, n2, n3) `shouldBe` (60, 14, 136)
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(length rs1, length rs2, length rs3) `shouldBe` (60, 14, 136)
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all lenOk [s1, s2, s3] `shouldBe` True
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--
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let cmds' = [send] <> subs1 <> subs2
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let batches' = batchTransmissions' True smpBlockSize $ L.fromList cmds'
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length batches' `shouldBe` 3
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[TBError TELargeMsg _, TBTransmissions s1' n1' rs1', TBTransmissions s2' n2' rs2'] <- pure batches'
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(n1', n2') `shouldBe` (74, 136)
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(length rs1', length rs2') `shouldBe` (74, 136)
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all lenOk [s1', s2'] `shouldBe` True
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testClientStubV6 :: IO (ProtocolClient SMPVersion ErrorType BrokerMsg)
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testClientStubV6 = do
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g <- C.newRandom
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sessId <- atomically $ C.randomBytes 32 g
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smpClientStub g sessId minServerSMPRelayVersion Nothing
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testClientStub :: IO (ProtocolClient SMPVersion ErrorType BrokerMsg)
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testClientStub = do
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g <- C.newRandom
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sessId <- atomically $ C.randomBytes 32 g
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(rKey, _) <- atomically $ C.generateAuthKeyPair C.SX25519 g
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thAuth_ <- testTHandleAuth currentClientSMPRelayVersion g rKey
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smpClientStub g sessId currentClientSMPRelayVersion thAuth_
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randomSUBv6 :: ByteString -> IO (Either TransportError (Maybe TransmissionAuth, ByteString))
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randomSUBv6 = randomSUB_ C.SEd25519 minServerSMPRelayVersion
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randomSUB :: ByteString -> IO (Either TransportError (Maybe TransmissionAuth, ByteString))
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randomSUB = randomSUB_ C.SEd25519 currentClientSMPRelayVersion
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randomSUB_ :: (C.AlgorithmI a, C.AuthAlgorithm a) => C.SAlgorithm a -> VersionSMP -> ByteString -> IO (Either TransportError (Maybe TransmissionAuth, ByteString))
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randomSUB_ a v sessId = do
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g <- C.newRandom
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rId <- atomically $ C.randomBytes 24 g
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nonce@(C.CbNonce corrId) <- atomically $ C.randomCbNonce g
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(rKey, rpKey) <- atomically $ C.generateAuthKeyPair a g
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thAuth_ <- testTHandleAuth v g rKey
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let thParams = testTHandleParams v sessId
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TransmissionForAuth {tForAuth, tToSend} = encodeTransmissionForAuth thParams (CorrId corrId, EntityId rId, Cmd SRecipient SUB)
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pure $ (,tToSend) <$> authTransmission thAuth_ (Just rpKey) nonce tForAuth
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randomSUBCmdV6 :: ProtocolClient SMPVersion ErrorType BrokerMsg -> IO (PCTransmission ErrorType BrokerMsg)
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randomSUBCmdV6 = randomSUBCmd_ C.SEd25519
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randomSUBCmd :: ProtocolClient SMPVersion ErrorType BrokerMsg -> IO (PCTransmission ErrorType BrokerMsg)
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randomSUBCmd = randomSUBCmd_ C.SEd25519 -- same as v6
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randomSUBCmd_ :: (C.AlgorithmI a, C.AuthAlgorithm a) => C.SAlgorithm a -> ProtocolClient SMPVersion ErrorType BrokerMsg -> IO (PCTransmission ErrorType BrokerMsg)
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randomSUBCmd_ a c = do
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g <- C.newRandom
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rId <- atomically $ C.randomBytes 24 g
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(_, rpKey) <- atomically $ C.generateAuthKeyPair a g
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mkTransmission c (Just rpKey, EntityId rId, Cmd SRecipient SUB)
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randomENDCmd :: IO (Transmission BrokerMsg)
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randomENDCmd = do
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g <- C.newRandom
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rId <- atomically $ C.randomBytes 24 g
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pure (CorrId "", EntityId rId, END)
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randomNMSGCmd :: SystemTime -> IO (Transmission BrokerMsg)
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randomNMSGCmd ts = do
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g <- C.newRandom
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nId <- atomically $ C.randomBytes 24 g
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msgId <- atomically $ C.randomBytes 24 g
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(k, pk) <- atomically $ C.generateKeyPair g
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nonce <- atomically $ C.randomCbNonce g
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let msgMeta = NMsgMeta {msgId, msgTs = ts}
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Right encNMsgMeta <- pure $ C.cbEncrypt (C.dh' k pk) nonce (smpEncode msgMeta) 128
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pure (CorrId "", EntityId nId, NMSG nonce encNMsgMeta)
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randomSENDv6 :: ByteString -> Int -> IO (Either TransportError (Maybe TransmissionAuth, ByteString))
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randomSENDv6 = randomSEND_ C.SEd25519 minServerSMPRelayVersion
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randomSEND :: ByteString -> Int -> IO (Either TransportError (Maybe TransmissionAuth, ByteString))
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randomSEND = randomSEND_ C.SX25519 currentClientSMPRelayVersion
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randomSEND_ :: (C.AlgorithmI a, C.AuthAlgorithm a) => C.SAlgorithm a -> VersionSMP -> ByteString -> Int -> IO (Either TransportError (Maybe TransmissionAuth, ByteString))
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randomSEND_ a v sessId len = do
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g <- C.newRandom
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sId <- atomically $ C.randomBytes 24 g
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nonce@(C.CbNonce corrId) <- atomically $ C.randomCbNonce g
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(sKey, spKey) <- atomically $ C.generateAuthKeyPair a g
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thAuth_ <- testTHandleAuth v g sKey
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msg <- atomically $ C.randomBytes len g
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let thParams = testTHandleParams v sessId
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TransmissionForAuth {tForAuth, tToSend} = encodeTransmissionForAuth thParams (CorrId corrId, EntityId sId, Cmd SSender $ SEND noMsgFlags msg)
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pure $ (,tToSend) <$> authTransmission thAuth_ (Just spKey) nonce tForAuth
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testTHandleParams :: VersionSMP -> ByteString -> THandleParams SMPVersion 'TClient
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testTHandleParams v sessionId =
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THandleParams
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{ sessionId,
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blockSize = smpBlockSize,
|
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thVersion = v,
|
|
thServerVRange = supportedServerSMPRelayVRange,
|
|
thAuth = Nothing,
|
|
implySessId = v >= authCmdsSMPVersion,
|
|
encryptBlock = Nothing,
|
|
batch = True
|
|
}
|
|
|
|
testTHandleAuth :: VersionSMP -> TVar ChaChaDRG -> C.APublicAuthKey -> IO (Maybe (THandleAuth 'TClient))
|
|
testTHandleAuth v g (C.APublicAuthKey a serverPeerPubKey) = case a of
|
|
C.SX25519 | v >= authCmdsSMPVersion -> do
|
|
ca <- head <$> XS.readCertificates "tests/fixtures/ca.crt"
|
|
serverCert <- head <$> XS.readCertificates "tests/fixtures/server.crt"
|
|
serverKey <- head <$> XF.readKeyFile "tests/fixtures/server.key"
|
|
signKey <- either error pure $ C.x509ToPrivate (serverKey, []) >>= C.privKey @C.APrivateSignKey
|
|
(serverAuthPub, _) <- atomically $ C.generateKeyPair @'C.X25519 g
|
|
let serverCertKey = (X.CertificateChain [serverCert, ca], C.signX509 signKey $ C.toPubKey C.publicToX509 serverAuthPub)
|
|
pure $ Just THAuthClient {serverPeerPubKey, serverCertKey, sessSecret = Nothing}
|
|
_ -> pure Nothing
|
|
|
|
randomSENDCmdV6 :: ProtocolClient SMPVersion ErrorType BrokerMsg -> Int -> IO (PCTransmission ErrorType BrokerMsg)
|
|
randomSENDCmdV6 = randomSENDCmd_ C.SEd25519
|
|
|
|
randomSENDCmd :: ProtocolClient SMPVersion ErrorType BrokerMsg -> Int -> IO (PCTransmission ErrorType BrokerMsg)
|
|
randomSENDCmd = randomSENDCmd_ C.SX25519
|
|
|
|
randomSENDCmd_ :: (C.AlgorithmI a, C.AuthAlgorithm a) => C.SAlgorithm a -> ProtocolClient SMPVersion ErrorType BrokerMsg -> Int -> IO (PCTransmission ErrorType BrokerMsg)
|
|
randomSENDCmd_ a c len = do
|
|
g <- C.newRandom
|
|
sId <- atomically $ C.randomBytes 24 g
|
|
(_, rpKey) <- atomically $ C.generateAuthKeyPair a g
|
|
msg <- atomically $ C.randomBytes len g
|
|
mkTransmission c (Just rpKey, EntityId sId, Cmd SSender $ SEND noMsgFlags msg)
|
|
|
|
lenOk :: ByteString -> Bool
|
|
lenOk s = 0 < B.length s && B.length s <= smpBlockSize - 2
|
|
|
|
lenOk1 :: TransportBatch r -> Bool
|
|
lenOk1 = \case
|
|
TBTransmission s _ -> lenOk s
|
|
_ -> False
|