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Update tests for Crypto contract to the latest testing framework API #2856

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merged 2 commits into from
Nov 7, 2023
Merged

Update tests for Crypto contract to the latest testing framework API #2856

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5b1e0bd
Update tests for Crypto contract to the latest testing framework API
m-Peter Oct 6, 2023
8037ea1
Run Crypto tests with Cadence Testing Framework in CI
m-Peter Oct 31, 2023
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6 changes: 6 additions & 0 deletions .github/workflows/ci.yml
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Original file line number Diff line number Diff line change
Expand Up @@ -39,12 +39,18 @@ jobs:
go-version: ${{ env.GO_VERSION }}
cache: true

- name: Install Flow CLI
run: sh -ci "$(curl -fsSL https://raw.githubusercontent.com/onflow/flow-cli/master/install.sh)" -- v1.5.0

- name: Build
run: make -j8 build

- name: Test
run: make ci

- name: Cadence Testing Framework
run: cd runtime/stdlib/contracts && flow test --cover --covercode="contracts" crypto_test.cdc

- name: Upload coverage report
uses: codecov/codecov-action@v2
with:
Expand Down
318 changes: 278 additions & 40 deletions runtime/stdlib/contracts/crypto_test.cdc
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Original file line number Diff line number Diff line change
@@ -1,19 +1,11 @@
import Test

access(all) let blockchain = Test.newEmulatorBlockchain()
access(all) let account = blockchain.createAccount()
import Crypto from "crypto.cdc"

access(all)
fun setup() {
blockchain.useConfiguration(Test.Configuration({
"Crypto": account.address
}))

let crypto = Test.readFile("crypto.cdc")
let err = blockchain.deployContract(
let err = Test.deployContract(
name: "Crypto",
code: crypto,
account: account,
path: "crypto.cdc",
arguments: []
)

Expand All @@ -22,76 +14,322 @@ fun setup() {

access(all)
fun testCryptoHash() {
let returnedValue = executeScript("./scripts/crypto_hash.cdc")
Test.assertEqual(true, returnedValue)
let hash = Crypto.hash([1, 2, 3], algorithm: HashAlgorithm.SHA3_256)
Test.assertEqual(32, hash.length)
}

access(all)
fun testCryptoHashWithTag() {
let returnedValue = executeScript("./scripts/crypto_hash_with_tag.cdc")
Test.assertEqual(true, returnedValue)
let hash = Crypto.hashWithTag(
[1, 2, 3],
tag: "v0.1.tag",
algorithm: HashAlgorithm.SHA3_256
)
Test.assertEqual(32, hash.length)
}

access(all)
fun testAddKeyToKeyList() {
let returnedValue = executeScript("./scripts/crypto_key_list_add.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKey = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)
keyList.add(
publicKey,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 1.0
)

Test.assert(keyList.get(keyIndex: 0) != nil)
}

access(all)
fun testGetKeyFromList() {
let returnedValue = executeScript("./scripts/crypto_get_key_from_list.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKey = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)
keyList.add(
publicKey,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 1.0
)

Test.assert(keyList.get(keyIndex: 0) != nil)
Test.assert(keyList.get(keyIndex: 2) == nil)
}

access(all)
fun testRevokeKeyFromList() {
let returnedValue = executeScript("./scripts/crypto_revoke_key_from_list.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKey = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)
keyList.add(
publicKey,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

keyList.revoke(keyIndex: 0)
keyList.revoke(keyIndex: 2)

Test.assert(keyList.get(keyIndex: 0)!.isRevoked)
Test.assert(keyList.get(keyIndex: 2) == nil)
}

access(all)
fun testKeyListVerify() {
let returnedValue = executeScript("./scripts/crypto_key_list_verify.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKeyA = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)

keyList.add(
publicKeyA,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

let publicKeyB = PublicKey(
publicKey:
"df9609ee588dd4a6f7789df8d56f03f545d4516f0c99b200d73b9a3afafc14de5d21a4fc7a2a2015719dc95c9e756cfa44f2a445151aaf42479e7120d83df956".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)

keyList.add(
publicKeyB,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

let signatureSet = [
Crypto.KeyListSignature(
keyIndex: 0,
signature:
"8870a8cbe6f44932ba59e0d15a706214cc4ad2538deb12c0cf718d86f32c47765462a92ce2da15d4a29eb4e2b6fa05d08c7db5d5b2a2cd8c2cb98ded73da31f6".decodeHex()
),
Crypto.KeyListSignature(
keyIndex: 1,
signature:
"bbdc5591c3f937a730d4f6c0a6fde61a0a6ceaa531ccb367c3559335ab9734f4f2b9da8adbe371f1f7da913b5a3fdd96a871e04f078928ca89a83d841c72fadf".decodeHex()
)
]

// "foo", encoded as UTF-8, in hex representation
let signedData = "666f6f".decodeHex()

let isValid = keyList.verify(
signatureSet: signatureSet,
signedData: signedData
)

Test.assert(isValid)
}

access(all)
fun testKeyListVerifyInsufficientWeights() {
let returnedValue = executeScript("./scripts/crypto_key_list_verify_insufficient_weights.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKeyA = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)

keyList.add(
publicKeyA,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.4
)

let publicKeyB = PublicKey(
publicKey:
"df9609ee588dd4a6f7789df8d56f03f545d4516f0c99b200d73b9a3afafc14de5d21a4fc7a2a2015719dc95c9e756cfa44f2a445151aaf42479e7120d83df956".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)

keyList.add(
publicKeyB,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

let signatureSet = [
Crypto.KeyListSignature(
keyIndex: 0,
signature:
"8870a8cbe6f44932ba59e0d15a706214cc4ad2538deb12c0cf718d86f32c47765462a92ce2da15d4a29eb4e2b6fa05d08c7db5d5b2a2cd8c2cb98ded73da31f6".decodeHex()
),
Crypto.KeyListSignature(
keyIndex: 1,
signature:
"bbdc5591c3f937a730d4f6c0a6fde61a0a6ceaa531ccb367c3559335ab9734f4f2b9da8adbe371f1f7da913b5a3fdd96a871e04f078928ca89a83d841c72fadf".decodeHex()
)
]

// "foo", encoded as UTF-8, in hex representation
let signedData = "666f6f".decodeHex()

let isValid = keyList.verify(
signatureSet: signatureSet,
signedData: signedData
)

Test.assert(!isValid)
}

access(all)
fun testKeyListVerifyWithRevokedKey() {
let returnedValue = executeScript("./scripts/crypto_key_list_verify_revoked.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKey = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)
keyList.add(
publicKey,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

let signatureSet = [
Crypto.KeyListSignature(
keyIndex: 0,
signature:
"8870a8cbe6f44932ba59e0d15a706214cc4ad2538deb12c0cf718d86f32c47765462a92ce2da15d4a29eb4e2b6fa05d08c7db5d5b2a2cd8c2cb98ded73da31f6".decodeHex()
)
]

// "foo", encoded as UTF-8, in hex representation
let signedData = "666f6f".decodeHex()

keyList.revoke(keyIndex: 0)

let isValid = keyList.verify(
signatureSet: signatureSet,
signedData: signedData
)

Test.assert(!isValid)
}

access(all)
fun testKeyListVerifyWithMissingSignature() {
let returnedValue = executeScript("./scripts/crypto_key_list_verify_missing_signature.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKey = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)
keyList.add(
publicKey,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

let signatureSet = [
Crypto.KeyListSignature(
keyIndex: 1,
signature:
"8870a8cbe6f44932ba59e0d15a706214cc4ad2538deb12c0cf718d86f32c47765462a92ce2da15d4a29eb4e2b6fa05d08c7db5d5b2a2cd8c2cb98ded73da31f6".decodeHex()
)
]

// "foo", encoded as UTF-8, in hex representation
let signedData = "666f6f".decodeHex()

let isValid = keyList.verify(
signatureSet: signatureSet,
signedData: signedData
)

Test.assert(!isValid)
}

access(all)
fun testKeyListVerifyDuplicateSignature() {
let returnedValue = executeScript("./scripts/crypto_key_list_verify_duplicate_signature.cdc")
Test.assertEqual(true, returnedValue)
let keyList = Crypto.KeyList()

let publicKey = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)
keyList.add(
publicKey,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

let signatureSet = [
Crypto.KeyListSignature(
keyIndex: 0,
signature:
"8870a8cbe6f44932ba59e0d15a706214cc4ad2538deb12c0cf718d86f32c47765462a92ce2da15d4a29eb4e2b6fa05d08c7db5d5b2a2cd8c2cb98ded73da31f6".decodeHex()
),
Crypto.KeyListSignature(
keyIndex: 0,
signature:
"8870a8cbe6f44932ba59e0d15a706214cc4ad2538deb12c0cf718d86f32c47765462a92ce2da15d4a29eb4e2b6fa05d08c7db5d5b2a2cd8c2cb98ded73da31f6".decodeHex()
)
]

// "foo", encoded as UTF-8, in hex representation
let signedData = "666f6f".decodeHex()

let isValid = keyList.verify(
signatureSet: signatureSet,
signedData: signedData
)

Test.assert(!isValid)
}

access(all)
fun testKeyListVerifyInvalidSignature() {
let returnedValue = executeScript("./scripts/crypto_key_list_verify_invalid_signature.cdc")
Test.assertEqual(true, returnedValue)
}
let keyList = Crypto.KeyList()

access(self)
fun executeScript(_ scriptPath: String): Bool {
let script = Test.readFile(scriptPath)
let scriptResult = blockchain.executeScript(script, [])
let publicKey = PublicKey(
publicKey:
"db04940e18ec414664ccfd31d5d2d4ece3985acb8cb17a2025b2f1673427267968e52e2bbf3599059649d4b2cce98fdb8a3048e68abf5abe3e710129e90696ca".decodeHex(),
signatureAlgorithm: SignatureAlgorithm.ECDSA_P256
)
keyList.add(
publicKey,
hashAlgorithm: HashAlgorithm.SHA3_256,
weight: 0.5
)

let signatureSet = [
Crypto.KeyListSignature(
keyIndex: 0,
signature:
"db70a8cbe6f44932ba59e0d15a706214cc4ad2538deb12c0cf718d86f32c47765462a92ce2da15d4a29eb4e2b6fa05d08c7db5d5b2a2cd8c2cb98ded73da31f6".decodeHex()
)
]

Test.expect(scriptResult, Test.beSucceeded())
// "foo", encoded as UTF-8, in hex representation
let signedData = "666f6f".decodeHex()

let isValid = keyList.verify(
signatureSet: signatureSet,
signedData: signedData
)

return scriptResult.returnValue! as! Bool
Test.assert(!isValid)
}
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