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import { log } from "@proto-kit/common"; | ||
import { log, TypedClass } from "@proto-kit/common"; | ||
import { VanillaProtocolModules } from "@proto-kit/library"; | ||
import { Runtime } from "@proto-kit/module"; | ||
import { Protocol } from "@proto-kit/protocol"; | ||
import { MandatoryProtocolModulesRecord, Protocol } from "@proto-kit/protocol"; | ||
import { AppChain } from "@proto-kit/sdk"; | ||
import { Bool, PrivateKey, UInt64 } from "o1js"; | ||
import "reflect-metadata"; | ||
import { container } from "tsyringe"; | ||
|
||
import { PrivateMempool, Sequencer } from "../../src"; | ||
import { | ||
InMemoryDatabase, | ||
PrivateMempool, | ||
Sequencer, | ||
SequencerModule, | ||
StorageDependencyFactory, | ||
} from "../../src"; | ||
import { | ||
DefaultTestingSequencerModules, | ||
testingSequencerFromModules, | ||
} from "../TestingSequencer"; | ||
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import { Balance } from "./mocks/Balance"; | ||
import { ProtocolStateTestHook } from "./mocks/ProtocolStateTestHook"; | ||
import { createTransaction } from "./utils"; | ||
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describe("Mempool test", () => { | ||
let runtime: Runtime<{ | ||
Balance: typeof Balance; | ||
}>; | ||
let sequencer: Sequencer<DefaultTestingSequencerModules>; | ||
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// let protocol: Protocol<VanillaProtocolModulesRecord>; | ||
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// eslint-disable-next-line @typescript-eslint/no-unused-vars | ||
let appChain: AppChain<any, any, any, any>; | ||
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let mempool: PrivateMempool; | ||
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beforeEach(async () => { | ||
// container.reset(); | ||
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log.setLevel(log.levels.INFO); | ||
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const runtimeClass = Runtime.from({ | ||
modules: { | ||
Balance, | ||
}, | ||
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config: { | ||
Balance: {}, | ||
describe.each([["InMemory", InMemoryDatabase]])( | ||
"Mempool test", | ||
( | ||
testName, | ||
Database: TypedClass<SequencerModule & StorageDependencyFactory> | ||
) => { | ||
let appChain: AppChain< | ||
{ Balance: typeof Balance }, | ||
MandatoryProtocolModulesRecord, | ||
DefaultTestingSequencerModules & { | ||
Database: typeof Database; | ||
}, | ||
{} | ||
>; | ||
let sequencer: Sequencer< | ||
DefaultTestingSequencerModules & { Database: typeof Database } | ||
>; | ||
let runtime: Runtime<{ Balance: typeof Balance }>; | ||
let mempool: PrivateMempool; | ||
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beforeEach(async () => { | ||
log.setLevel(log.levels.INFO); | ||
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const runtimeClass = Runtime.from({ | ||
modules: { | ||
Balance, | ||
}, | ||
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config: { | ||
Balance: {}, | ||
}, | ||
}); | ||
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const sequencerClass = testingSequencerFromModules({}); | ||
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const protocolClass = Protocol.from({ | ||
modules: VanillaProtocolModules.mandatoryModules({}), | ||
}); | ||
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appChain = AppChain.from({ | ||
Sequencer: sequencerClass, | ||
Runtime: runtimeClass, | ||
Protocol: protocolClass, | ||
modules: {}, | ||
}); | ||
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appChain.configure({ | ||
Runtime: { | ||
Balance: {}, | ||
}, | ||
Sequencer: { | ||
Database: {}, | ||
BlockTrigger: {}, | ||
Mempool: {}, | ||
BatchProducerModule: {}, | ||
BlockProducerModule: {}, | ||
LocalTaskWorkerModule: {}, | ||
BaseLayer: {}, | ||
TaskQueue: {}, | ||
}, | ||
Protocol: { | ||
AccountState: {}, | ||
BlockProver: {}, | ||
StateTransitionProver: {}, | ||
BlockHeight: {}, | ||
LastStateRoot: {}, | ||
}, | ||
}); | ||
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// Start AppChain | ||
await appChain.start(container.createChildContainer()); | ||
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runtime = appChain.runtime; | ||
sequencer = appChain.sequencer; | ||
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mempool = sequencer.resolve("Mempool"); | ||
}); | ||
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const sequencerClass = testingSequencerFromModules({}); | ||
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const protocolClass = Protocol.from({ | ||
modules: VanillaProtocolModules.mandatoryModules({ | ||
ProtocolStateTestHook, | ||
}), | ||
// modules: VanillaProtocolModules.with({}), | ||
}); | ||
|
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const app = AppChain.from({ | ||
Runtime: runtimeClass, | ||
Sequencer: sequencerClass, | ||
Protocol: protocolClass, | ||
modules: {}, | ||
it("transactions are returned in right order", async () => { | ||
expect.assertions(13); | ||
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log.setLevel("TRACE"); | ||
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const user1PrivateKey = PrivateKey.fromBase58( | ||
"EKECjie2xJey56tTqwZbMh7NuQffpA4G9LkZkCBBm3nmwYkAzBUz" | ||
); | ||
const user1PublicKey = user1PrivateKey.toPublicKey(); | ||
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const user2PrivateKey = PrivateKey.fromBase58( | ||
"EKEiWucbahaja6beCxVY72ayknTWWwT6WQHHun9bZdkcdboAA8yS" | ||
); | ||
const user2PublicKey = user2PrivateKey.toPublicKey(); | ||
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const user3PrivateKey = PrivateKey.fromBase58( | ||
"EKDvi75A2GN1vBN5Tyxfzf1H7rHRvn7abKCTBzz6Vcv6LjbMWEvJ" | ||
); | ||
const user3PublicKey = user3PrivateKey.toPublicKey(); | ||
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await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user1PrivateKey, | ||
args: [user1PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 0, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user2PrivateKey, | ||
args: [user2PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 0, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user3PrivateKey, | ||
args: [user3PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 1, | ||
}) | ||
); | ||
|
||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user1PrivateKey, | ||
args: [user1PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 1, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user2PrivateKey, | ||
args: [user2PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 1, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user3PrivateKey, | ||
args: [user3PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 0, | ||
}) | ||
); | ||
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const txs = await mempool.getTxs(); | ||
expect(txs).toHaveLength(6); | ||
expect(txs[0].nonce.toBigInt()).toStrictEqual(0n); | ||
expect(txs[0].sender).toStrictEqual(user1PublicKey); | ||
expect(txs[1].nonce.toBigInt()).toStrictEqual(0n); | ||
expect(txs[1].sender).toStrictEqual(user2PublicKey); | ||
expect(txs[2].nonce.toBigInt()).toStrictEqual(1n); | ||
expect(txs[2].sender).toStrictEqual(user3PublicKey); | ||
expect(txs[3].nonce.toBigInt()).toStrictEqual(1n); | ||
expect(txs[3].sender).toStrictEqual(user1PublicKey); | ||
expect(txs[4].nonce.toBigInt()).toStrictEqual(1n); | ||
expect(txs[4].sender).toStrictEqual(user2PublicKey); | ||
expect(txs[5].nonce.toBigInt()).toStrictEqual(0n); | ||
expect(txs[5].sender).toStrictEqual(user3PublicKey); | ||
}); | ||
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app.configure({ | ||
Sequencer: { | ||
Database: {}, | ||
BlockTrigger: {}, | ||
Mempool: {}, | ||
BatchProducerModule: {}, | ||
BlockProducerModule: {}, | ||
LocalTaskWorkerModule: {}, | ||
BaseLayer: {}, | ||
TaskQueue: {}, | ||
}, | ||
Runtime: { | ||
Balance: {}, | ||
}, | ||
Protocol: { | ||
AccountState: {}, | ||
BlockProver: {}, | ||
StateTransitionProver: {}, | ||
BlockHeight: {}, | ||
LastStateRoot: {}, | ||
ProtocolStateTestHook: {}, | ||
}, | ||
}); | ||
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// Start AppChain | ||
await app.start(container.createChildContainer()); | ||
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appChain = app; | ||
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({ runtime, sequencer } = app); | ||
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mempool = sequencer.resolve("Mempool"); | ||
}); | ||
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it("transactions are returned in right order", async () => { | ||
expect.assertions(13); | ||
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log.setLevel("TRACE"); | ||
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const user1PrivateKey = PrivateKey.fromBase58( | ||
"EKECjie2xJey56tTqwZbMh7NuQffpA4G9LkZkCBBm3nmwYkAzBUz" | ||
); | ||
const user1PublicKey = user1PrivateKey.toPublicKey(); | ||
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const user2PrivateKey = PrivateKey.fromBase58( | ||
"EKEiWucbahaja6beCxVY72ayknTWWwT6WQHHun9bZdkcdboAA8yS" | ||
); | ||
const user2PublicKey = user2PrivateKey.toPublicKey(); | ||
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const user3PrivateKey = PrivateKey.fromBase58( | ||
"EKDvi75A2GN1vBN5Tyxfzf1H7rHRvn7abKCTBzz6Vcv6LjbMWEvJ" | ||
); | ||
const user3PublicKey = user3PrivateKey.toPublicKey(); | ||
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await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user1PrivateKey, | ||
args: [user1PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 0, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user2PrivateKey, | ||
args: [user2PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 0, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user3PrivateKey, | ||
args: [user3PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 1, | ||
}) | ||
); | ||
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await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user1PrivateKey, | ||
args: [user1PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 1, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user2PrivateKey, | ||
args: [user2PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 1, | ||
}) | ||
); | ||
await mempool.add( | ||
createTransaction({ | ||
runtime, | ||
method: ["Balance", "setBalanceIf"], | ||
privateKey: user3PrivateKey, | ||
args: [user3PublicKey, UInt64.from(100), Bool(true)], | ||
nonce: 0, | ||
}) | ||
); | ||
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const txs = await mempool.getTxs(); | ||
expect(txs).toHaveLength(6); | ||
expect(txs[0].nonce.toBigInt()).toStrictEqual(0n); | ||
expect(txs[0].sender).toStrictEqual(user1PublicKey); | ||
expect(txs[1].nonce.toBigInt()).toStrictEqual(0n); | ||
expect(txs[1].sender).toStrictEqual(user2PublicKey); | ||
expect(txs[2].nonce.toBigInt()).toStrictEqual(1n); | ||
expect(txs[2].sender).toStrictEqual(user3PublicKey); | ||
expect(txs[3].nonce.toBigInt()).toStrictEqual(1n); | ||
expect(txs[3].sender).toStrictEqual(user1PublicKey); | ||
expect(txs[4].nonce.toBigInt()).toStrictEqual(1n); | ||
expect(txs[4].sender).toStrictEqual(user2PublicKey); | ||
expect(txs[5].nonce.toBigInt()).toStrictEqual(0n); | ||
expect(txs[5].sender).toStrictEqual(user3PublicKey); | ||
}); | ||
}); | ||
} | ||
); |