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https://github.com/cerc-io/watcher-ts
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Get fixed size array of type address (#53)
* Add test for fixed array of address type. * Add tests for verifying proof data. Co-authored-by: nikugogoi <95nikass@gmail.com>
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nikugogoi
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df025433ec
commit
5316b19fbf
@@ -269,45 +269,78 @@ describe('Get value from storage', () => {
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});
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});
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// Test for array variables which are 32 bytes or less and packed into a single slot.
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it('get value for fixed size arrays using single slot', async () => {
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const TestFixedArrays = await ethers.getContractFactory('TestFixedArrays');
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const testFixedArrays = await TestFixedArrays.deploy();
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await testFixedArrays.deployed();
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const storageLayout = await getStorageLayout('TestFixedArrays');
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describe('fixed size arrays', () => {
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let testFixedArrays: Contract, storageLayout: StorageLayout;
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let expectedValue: Array<number|boolean> = [true, false];
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before(async () => {
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const TestFixedArrays = await ethers.getContractFactory('TestFixedArrays');
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testFixedArrays = await TestFixedArrays.deploy();
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await testFixedArrays.deployed();
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storageLayout = await getStorageLayout('TestFixedArrays');
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});
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await testFixedArrays.setBoolArray(expectedValue);
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let blockHash = await getBlockHash();
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let { value } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'boolArray');
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expect(value).to.eql(expectedValue);
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// Test for array variables which are 32 bytes or less and packed into a single slot.
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it('get value for fixed size arrays using single slot', async () => {
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let expectedValue: Array<number|boolean> = [true, false];
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expectedValue = [1, 2, 3, 4, 5];
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await testFixedArrays.setUint16Array(expectedValue);
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blockHash = await getBlockHash();
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({ value } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'uint16Array'));
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expect(value).to.eql(expectedValue.map(el => BigInt(el)));
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});
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await testFixedArrays.setBoolArray(expectedValue);
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let blockHash = await getBlockHash();
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let { value, proof } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'boolArray');
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expect(value).to.eql(expectedValue);
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let proofData = JSON.parse(proof.data);
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expect(proofData.length).to.equal(expectedValue.length);
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// Test for array variables which are more than 32 bytes and use multiple slots.
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it('get value for fixed size arrays using multiple slots', async () => {
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const TestFixedArrays = await ethers.getContractFactory('TestFixedArrays');
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const testFixedArrays = await TestFixedArrays.deploy();
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await testFixedArrays.deployed();
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const storageLayout = await getStorageLayout('TestFixedArrays');
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expectedValue = [1, 2, 3, 4, 5];
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await testFixedArrays.setUint16Array(expectedValue);
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blockHash = await getBlockHash();
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({ value, proof } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'uint16Array'));
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expect(value).to.eql(expectedValue.map(el => BigInt(el)));
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proofData = JSON.parse(proof.data);
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expect(proofData.length).to.equal(expectedValue.length);
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});
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const expectedValue = [1, 2, 3, 4, 5];
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// Test for array variables which are more than 32 bytes and use multiple slots.
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it('get value for fixed size arrays using multiple slots', async () => {
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const expectedValue = [1, 2, 3, 4, 5];
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await testFixedArrays.setInt128Array(expectedValue);
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let blockHash = await getBlockHash();
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let { value } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'int128Array');
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expect(value).to.eql(expectedValue.map(el => BigInt(el)));
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await testFixedArrays.setInt128Array(expectedValue);
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let blockHash = await getBlockHash();
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let { value, proof } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'int128Array');
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expect(value).to.eql(expectedValue.map(el => BigInt(el)));
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let proofData = JSON.parse(proof.data);
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expect(proofData.length).to.equal(expectedValue.length);
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await testFixedArrays.setUintArray(expectedValue);
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blockHash = await getBlockHash();
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({ value } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'uintArray'));
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expect(value).to.eql(expectedValue.map(el => BigInt(el)));
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await testFixedArrays.setUintArray(expectedValue);
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blockHash = await getBlockHash();
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({ value, proof } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'uintArray'));
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expect(value).to.eql(expectedValue.map(el => BigInt(el)));
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proofData = JSON.parse(proof.data);
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expect(proofData.length).to.equal(expectedValue.length);
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});
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it('get value for fixed size arrays of address type', async () => {
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const signers = await ethers.getSigners();
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const expectedValue = signers.map(signer => signer.address.toLowerCase())
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.slice(0, 4);
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await testFixedArrays.setAddressArray(expectedValue);
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const blockHash = await getBlockHash();
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const { value, proof } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'addressArray');
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expect(value).to.eql(expectedValue);
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const proofData = JSON.parse(proof.data);
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expect(proofData.length).to.equal(expectedValue.length);
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});
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it.skip('get value for fixed size arrays of fixed size bytes type', async () => {
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const expectedValue = Array.from({ length: 5 }, () => ethers.utils.hexlify(ethers.utils.randomBytes(10)));
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await testFixedArrays.setBytesArray(expectedValue);
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const blockHash = await getBlockHash();
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const { value, proof } = await getStorageValue(storageLayout, getStorageAt, blockHash, testFixedArrays.address, 'bytesArray');
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expect(value).to.eql(expectedValue);
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const proofData = JSON.parse(proof.data);
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expect(proofData.length).to.equal(expectedValue.length);
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});
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});
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describe('basic mapping type', () => {
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@@ -111,7 +111,12 @@ const getDecodedValue = async (getStorageAt: GetStorageAt, blockHash: string, ad
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if (isArray && base) {
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const resultArray = [];
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const proofs = [];
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const { numberOfBytes: baseNumberOfBytes } = types[base];
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let { numberOfBytes: baseNumberOfBytes, label: baseTypeLabel } = types[base];
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// Address type elements use an entire single slot i.e. 32 bytes.
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if (baseTypeLabel === 'address' || baseTypeLabel.includes('contract')) {
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baseNumberOfBytes = '32';
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}
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// TODO: Get values in single call and parse according to type.
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// Loop over elements of array and get value.
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@@ -120,6 +125,8 @@ const getDecodedValue = async (getStorageAt: GetStorageAt, blockHash: string, ad
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const slotOffset = i % 32;
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({ value, proof } = await getDecodedValue(getStorageAt, blockHash, address, types, { slot: arraySlot, offset: slotOffset, type: base }, []));
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resultArray.push(value);
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// Each element in array gets its own proof even if it is packed.
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proofs.push(JSON.parse(proof.data));
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}
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