mirror of
https://github.com/cerc-io/watcher-ts
synced 2025-01-22 19:19:05 +00:00
Add an option to run compare CLI in batched intervals (#202)
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prathamesh0
GitHub
parent
5ffe13b723
commit
45111e68ac
@ -45,6 +45,16 @@ export const main = async (): Promise<void> => {
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demandOption: true,
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describe: 'End block number'
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},
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batchSize: {
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type: 'number',
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default: 1,
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describe: 'No. of blocks to be compared in an interval (default 1)'
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},
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interval: {
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type: 'number',
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default: 1,
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describe: 'Block interval (default 1)'
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},
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rawJson: {
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alias: 'j',
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type: 'boolean',
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@ -63,7 +73,7 @@ export const main = async (): Promise<void> => {
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}
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}).argv;
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const { startBlock, endBlock, rawJson, queryDir, fetchIds, configFile, timeDiff } = argv;
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const { startBlock, endBlock, batchSize, interval, rawJson, queryDir, fetchIds, configFile, timeDiff } = argv;
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const config: Config = await getConfig(configFile);
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const snakeNamingStrategy = new SnakeNamingStrategy();
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const clients = await getClients(config, timeDiff, queryDir);
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@ -93,132 +103,135 @@ export const main = async (): Promise<void> => {
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});
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}
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for (let blockNumber = startBlock; blockNumber <= endBlock; blockNumber++) {
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const block = { number: blockNumber };
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const updatedEntityIds: { [entityName: string]: string[] } = {};
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const updatedEntities: Set<string> = new Set();
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let ipldStateByBlock = {};
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assert(db);
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console.time(`time:compare-block-${blockNumber}`);
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if (fetchIds) {
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// Fetch entity ids updated at block.
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console.time(`time:fetch-updated-ids-${blockNumber}`);
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for (const entityName of Object.values(queryNames)) {
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updatedEntityIds[entityName] = await db.getEntityIdsAtBlockNumber(
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blockNumber,
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snakeNamingStrategy.tableName(entityName, '')
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);
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}
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console.timeEnd(`time:fetch-updated-ids-${blockNumber}`);
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} else {
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for (const entityName of Object.values(queryNames)) {
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const isUpdated = await db.isEntityUpdatedAtBlockNumber(
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blockNumber,
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snakeNamingStrategy.tableName(entityName, '')
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);
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if (isUpdated) {
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updatedEntities.add(entityName);
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}
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}
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}
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if (config.watcher.verifyState) {
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for (let bathchStart = startBlock; bathchStart <= endBlock; bathchStart += interval) {
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const batchEnd = bathchStart + batchSize;
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for (let blockNumber = bathchStart; blockNumber < batchEnd && blockNumber <= endBlock; blockNumber++) {
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const block = { number: blockNumber };
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const updatedEntityIds: { [entityName: string]: string[] } = {};
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const updatedEntities: Set<string> = new Set();
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let ipldStateByBlock = {};
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assert(db);
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const [block] = await db.getBlocksAtHeight(blockNumber, false);
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assert(subgraphGQLClient);
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const contractIPLDsByBlock = await getIPLDsByBlock(subgraphGQLClient, subgraphContracts, block.blockHash);
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console.time(`time:compare-block-${blockNumber}`);
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// Check meta data for each IPLD block found
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contractIPLDsByBlock.flat().forEach(contractIPLD => {
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const ipldMetaDataDiff = checkIPLDMetaData(contractIPLD, contractLatestStateCIDMap, rawJson);
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if (ipldMetaDataDiff) {
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log('Results mismatch for IPLD meta data:', ipldMetaDataDiff);
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diffFound = true;
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if (fetchIds) {
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// Fetch entity ids updated at block.
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console.time(`time:fetch-updated-ids-${blockNumber}`);
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for (const entityName of Object.values(queryNames)) {
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updatedEntityIds[entityName] = await db.getEntityIdsAtBlockNumber(
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blockNumber,
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snakeNamingStrategy.tableName(entityName, '')
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);
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}
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});
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console.timeEnd(`time:fetch-updated-ids-${blockNumber}`);
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} else {
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for (const entityName of Object.values(queryNames)) {
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const isUpdated = await db.isEntityUpdatedAtBlockNumber(
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blockNumber,
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snakeNamingStrategy.tableName(entityName, '')
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);
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ipldStateByBlock = combineIPLDState(contractIPLDsByBlock.flat());
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}
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await blockDelay;
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for (const [queryName, entityName] of Object.entries(queryNames)) {
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try {
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log(`At block ${blockNumber} for query ${queryName}:`);
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let resultDiff = '';
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if (fetchIds) {
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const queryLimit = config.queries.queryLimits[queryName];
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if (queryLimit) {
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// Take only last `queryLimit` entity ids to compare in GQL.
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const idsLength = updatedEntityIds[entityName].length;
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updatedEntityIds[entityName].splice(0, idsLength - queryLimit);
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}
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for (const id of updatedEntityIds[entityName]) {
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const { diff, result1: result } = await compareQuery(
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clients,
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queryName,
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{ block, id },
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rawJson,
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timeDiff
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);
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if (config.watcher.verifyState) {
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const ipldDiff = await checkGQLEntityInIPLDState(ipldStateByBlock, entityName, result[queryName], id, rawJson, config.watcher.skipFields);
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if (ipldDiff) {
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log('Results mismatch for IPLD state:', ipldDiff);
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diffFound = true;
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}
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}
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if (diff) {
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resultDiff = diff;
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}
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}
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} else {
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if (updatedEntities.has(entityName)) {
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let result;
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({ diff: resultDiff, result1: result } = await compareQuery(
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clients,
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queryName,
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{ block },
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rawJson,
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timeDiff
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));
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if (config.watcher.verifyState) {
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const ipldDiff = await checkGQLEntitiesInIPLDState(ipldStateByBlock, entityName, result[queryName], rawJson, config.watcher.skipFields);
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if (ipldDiff) {
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log('Results mismatch for IPLD state:', ipldDiff);
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diffFound = true;
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}
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}
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if (isUpdated) {
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updatedEntities.add(entityName);
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}
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}
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if (resultDiff) {
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log('Results mismatch:', resultDiff);
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diffFound = true;
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} else {
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log('Results match.');
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}
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} catch (err: any) {
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log('Error:', err.message);
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log('Error:', JSON.stringify(err, null, 2));
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}
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if (config.watcher.verifyState) {
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assert(db);
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const [block] = await db.getBlocksAtHeight(blockNumber, false);
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assert(subgraphGQLClient);
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const contractIPLDsByBlock = await getIPLDsByBlock(subgraphGQLClient, subgraphContracts, block.blockHash);
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// Check meta data for each IPLD block found
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contractIPLDsByBlock.flat().forEach(contractIPLD => {
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const ipldMetaDataDiff = checkIPLDMetaData(contractIPLD, contractLatestStateCIDMap, rawJson);
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if (ipldMetaDataDiff) {
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log('Results mismatch for IPLD meta data:', ipldMetaDataDiff);
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diffFound = true;
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}
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});
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ipldStateByBlock = combineIPLDState(contractIPLDsByBlock.flat());
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}
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await blockDelay;
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for (const [queryName, entityName] of Object.entries(queryNames)) {
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try {
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log(`At block ${blockNumber} for query ${queryName}:`);
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let resultDiff = '';
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if (fetchIds) {
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const queryLimit = config.queries.queryLimits[queryName];
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if (queryLimit) {
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// Take only last `queryLimit` entity ids to compare in GQL.
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const idsLength = updatedEntityIds[entityName].length;
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updatedEntityIds[entityName].splice(0, idsLength - queryLimit);
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}
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for (const id of updatedEntityIds[entityName]) {
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const { diff, result1: result } = await compareQuery(
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clients,
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queryName,
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{ block, id },
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rawJson,
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timeDiff
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);
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if (config.watcher.verifyState) {
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const ipldDiff = await checkGQLEntityInIPLDState(ipldStateByBlock, entityName, result[queryName], id, rawJson, config.watcher.skipFields);
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if (ipldDiff) {
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log('Results mismatch for IPLD state:', ipldDiff);
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diffFound = true;
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}
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}
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if (diff) {
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resultDiff = diff;
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}
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}
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} else {
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if (updatedEntities.has(entityName)) {
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let result;
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({ diff: resultDiff, result1: result } = await compareQuery(
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clients,
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queryName,
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{ block },
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rawJson,
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timeDiff
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));
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if (config.watcher.verifyState) {
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const ipldDiff = await checkGQLEntitiesInIPLDState(ipldStateByBlock, entityName, result[queryName], rawJson, config.watcher.skipFields);
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if (ipldDiff) {
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log('Results mismatch for IPLD state:', ipldDiff);
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diffFound = true;
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}
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}
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}
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}
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if (resultDiff) {
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log('Results mismatch:', resultDiff);
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diffFound = true;
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} else {
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log('Results match.');
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}
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} catch (err: any) {
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log('Error:', err.message);
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log('Error:', JSON.stringify(err, null, 2));
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}
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}
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// Set delay between requests for a block.
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blockDelay = wait(config.queries.blockDelayInMs || 0);
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console.timeEnd(`time:compare-block-${blockNumber}`);
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}
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// Set delay between requests for a block.
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blockDelay = wait(config.queries.blockDelayInMs || 0);
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console.timeEnd(`time:compare-block-${blockNumber}`);
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}
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if (diffFound) {
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