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How to use updateExecution method in redwood
Best JavaScript code snippet using redwood
anchor_token_helper.ts
Source:anchor_token_helper.ts 
1import {2 BlockTxBroadcastResult,3 Coin,4 Coins,5 Dec,6 Int,7 isTxError,8 LCDClient,9 Msg,10 MsgExecuteContract,11 MsgInstantiateContract,12 MsgStoreCode,13 Fee,14 Wallet,15} from "@terra-money/terra.js";16import * as fs from "fs";17import { execute, instantiate, send_transaction } from "./flow/execution";18import { anchor } from "../ops/ops";19type PollStatus = "in_progress" | "passed" | "rejected" | "expired";20export type VoteOption = "yes" | "no";21export interface ExecuteMsg {22 contract: string;23 msg: string;24}25type Mint = {26 minter: string;27 cap?: number;28};29const contracts = [30 "gov",31 "faucet",32 "collector",33 "community",34 "staking",35 "token",36 "airdrop",37];38export default class AnchorToken {39 public contractInfo: {40 [contractName: string]: { codeId: number; contractAddress: string };41 };42 constructor() {43 this.contractInfo = {};44 }45 public async storeCodes(46 sender: Wallet,47 location: string,48 fee?: Fee49 ): Promise<void> {50 return contracts.reduce(51 (t, c) =>52 t.then(async () => {53 const bytecode = fs.readFileSync(`${location}/anchor_${c}.wasm`);54 const storeCode = new MsgStoreCode(55 sender.key.accAddress,56 bytecode.toString("base64")57 );58 const result = await send_transaction(sender, [storeCode], fee);59 if (isTxError(result)) {60 throw new Error(`Couldn't upload ${c}: ${result.raw_log}`);61 }62 const codeId = +result.logs[0].eventsByType.store_code.code_id[0];63 this.contractInfo[c] = {64 codeId,65 contractAddress: "",66 };67 }),68 Promise.resolve()69 );70 }71 public async gov_instantiate(72 sender: Wallet,73 params: {74 anchor_token?: string;75 quorum?: string;76 threshold?: string;77 voting_period?: number;78 timelock_period?: number;79 expiration_period?: number;80 proposal_deposit?: string;81 snapshot_period?: string;82 },83 fee?: Fee84 ): Promise<void> {85 let contract = this.contractInfo["gov"].codeId;86 let token = this.contractInfo["token"].contractAddress;87 const init = await instantiate(88 sender,89 contract,90 {91 anchor_token: token,92 owner: sender.key.accAddress,93 quorum: params.quorum || "0.1",94 threshold: params.threshold || "0.5",95 voting_period: params.voting_period || 10,96 timelock_period: params.timelock_period || 10,97 expiration_period: params.expiration_period || 10,98 proposal_deposit: params.proposal_deposit || "1000000",99 snapshot_period: params.snapshot_period || 5,100 },101 undefined,102 fee103 );104 if (isTxError(init)) {105 throw new Error(`Couldn't run: ${init.raw_log}`);106 }107 if (isTxError(init)) {108 throw new Error(109 `Couldn't upload ${this.contractInfo["gov"].codeId}: ${init.raw_log}`110 );111 }112 const govAddr =113 init.logs[0].eventsByType.instantiate_contract.contract_address[0];114 this.contractInfo["gov"].contractAddress = govAddr;115 console.log(116 `gov: { codeId: ${this.contractInfo.gov.codeId}, contractAddress: "${this.contractInfo.gov.contractAddress}"},`117 );118 }119 public async staking_instantiation(120 sender: Wallet,121 params: {122 anchor_token?: string;123 staking_token?: string;124 distribution_schedule?: [number, number, string][];125 },126 fee?: Fee127 ): Promise<void> {128 let contract = this.contractInfo["staking"].codeId;129 let token = this.contractInfo["token"].contractAddress;130 const init = await instantiate(131 sender,132 contract,133 {134 anchor_token: params.anchor_token || token,135 staking_token: params.staking_token,136 distribution_schedule: params.distribution_schedule || [137 [2690000, 3190000, "100000000000"],138 ],139 },140 undefined,141 fee142 );143 if (isTxError(init)) {144 throw new Error(`Couldn't run: ${init.raw_log}`);145 }146 if (isTxError(init)) {147 throw new Error(148 `Couldn't upload ${this.contractInfo["staking"].codeId}: ${init.raw_log}`149 );150 }151 const stakingAddr =152 init.logs[0].eventsByType.instantiate_contract.contract_address[0];153 this.contractInfo["staking"].contractAddress = stakingAddr;154 console.log(155 `staking: { codeId: ${this.contractInfo.staking.codeId}, contractAddress: "${this.contractInfo.staking.contractAddress}"},`156 );157 }158 public async community_instantiation(159 sender: Wallet,160 params: {161 gov_contract?: string;162 anchor_token?: string;163 spend_limit?: string;164 },165 fee?: Fee166 ): Promise<void> {167 let contract = this.contractInfo["community"].codeId;168 let gov = this.contractInfo["gov"].contractAddress;169 let token = this.contractInfo["token"].contractAddress;170 const init = await instantiate(171 sender,172 contract,173 {174 gov_contract: gov || params.gov_contract,175 anchor_token: token,176 spend_limit: params.spend_limit || "100000000000",177 },178 undefined,179 fee180 );181 if (isTxError(init)) {182 throw new Error(`Couldn't run: ${init.raw_log}`);183 }184 if (isTxError(init)) {185 throw new Error(186 `Couldn't upload ${this.contractInfo["community"].codeId}: ${init.raw_log}`187 );188 }189 const comunityAddr =190 init.logs[0].eventsByType.instantiate_contract.contract_address[0];191 this.contractInfo["community"].contractAddress = comunityAddr;192 console.log(193 `community: { codeId: ${this.contractInfo.community.codeId}, contractAddress: "${this.contractInfo.community.contractAddress}"},`194 );195 }196 public async collector_instantiation(197 sender: Wallet,198 params: {199 gov_contract?: string;200 terraswap_factory?: string;201 anchor_token?: string;202 faucet_contract?: string;203 reward_factor?: string;204 },205 fee?: Fee206 ): Promise<void> {207 let contract = this.contractInfo["collector"].codeId;208 let gov = this.contractInfo["gov"].contractAddress;209 let token = this.contractInfo["token"].contractAddress;210 let faucet = this.contractInfo["token"].contractAddress;211 const init = await instantiate(212 sender,213 contract,214 {215 gov_contract: gov,216 terraswap_factory: params.terraswap_factory,217 anchor_token: token,218 faucet_contract: faucet,219 reward_factor: params.reward_factor || "0.5",220 },221 undefined,222 fee223 );224 if (isTxError(init)) {225 throw new Error(`Couldn't run: ${init.raw_log}`);226 }227 if (isTxError(init)) {228 throw new Error(229 `Couldn't upload ${this.contractInfo["collector"].codeId}: ${init.raw_log}`230 );231 }232 const collectorAddr =233 init.logs[0].eventsByType.instantiate_contract.contract_address[0];234 this.contractInfo["collector"].contractAddress = collectorAddr;235 console.log(236 `collector: { codeId: ${this.contractInfo.collector.codeId}, contractAddress: "${this.contractInfo.collector.contractAddress}"},`237 );238 }239 public async faucet_instantiation(240 sender: Wallet,241 params: {242 gov_contract?: string;243 anchor_token?: string;244 whitelist?: string[];245 spend_limit?: string;246 },247 fee?: Fee248 ): Promise<void> {249 let contract = this.contractInfo["faucet"].codeId;250 let gov = this.contractInfo["gov"].contractAddress;251 let token = this.contractInfo["token"].contractAddress;252 const init = await instantiate(253 sender,254 contract,255 {256 gov_contract: gov,257 anchor_token: token,258 whitelist: params.whitelist,259 spend_limit: params.spend_limit || "100000000000",260 },261 undefined,262 fee263 );264 if (isTxError(init)) {265 throw new Error(`Couldn't run: ${init.raw_log}`);266 }267 if (isTxError(init)) {268 throw new Error(269 `Couldn't upload ${this.contractInfo["faucet"].codeId}: ${init.raw_log}`270 );271 }272 const faucetAddr =273 init.logs[0].eventsByType.instantiate_contract.contract_address[0];274 this.contractInfo["faucet"].contractAddress = faucetAddr;275 console.log(276 `faucet: { codeId: ${this.contractInfo.faucet.codeId}, contractAddress: "${this.contractInfo.faucet.contractAddress}"},`277 );278 }279 public async airdrop_instantiation(280 sender: Wallet,281 params: {282 owner?: string;283 anchor_token?: string;284 },285 fee?: Fee286 ): Promise<void> {287 let contract = this.contractInfo["airdrop"].codeId;288 const init = await instantiate(289 sender,290 contract,291 {292 owner: params.owner || sender.key.accAddress,293 anchor_token:294 params.anchor_token || this.contractInfo.token.contractAddress,295 },296 undefined,297 fee298 );299 if (isTxError(init)) {300 throw new Error(`Couldn't run: ${init.raw_log}`);301 }302 if (isTxError(init)) {303 throw new Error(304 `Couldn't upload ${this.contractInfo["airdrop"].codeId}: ${init.raw_log}`305 );306 }307 const airdropAddr =308 init.logs[0].eventsByType.instantiate_contract.contract_address[0];309 this.contractInfo["airdrop"].contractAddress = airdropAddr;310 console.log(311 `airdrop: { codeId: ${this.contractInfo.airdrop.codeId}, contractAddress: "${this.contractInfo.airdrop.contractAddress}"},`312 );313 }314 public async instantiate_token(315 sender: Wallet,316 params: {317 name?: string;318 symbol?: string;319 decimals?: number;320 initial_balances?: object;321 mint?: Mint;322 },323 fee?: Fee324 ): Promise<void> {325 const init = await instantiate(326 sender,327 this.contractInfo.token.codeId,328 {329 name: params.name || "Test Token",330 symbol: params.symbol || "TTN",331 decimals: params.decimals || 6,332 initial_balances: params.initial_balances || [333 {334 address: sender.key.accAddress,335 amount: "1000000000000",336 },337 ],338 mint: undefined,339 init_hook: undefined,340 },341 undefined,342 fee343 );344 if (isTxError(init)) {345 throw new Error(`Couldn't instantiate: ${init.raw_log}`);346 }347 const contractAddress =348 init.logs[0].eventsByType.instantiate_contract.contract_address[0];349 this.contractInfo.token.contractAddress = contractAddress;350 console.log(351 `anchor_token: { codeId: ${this.contractInfo.token.codeId}, contractAddress: "${this.contractInfo.token.contractAddress}"},`352 );353 }354 public async collector_sweep(355 sender: Wallet,356 params: {357 denom: string;358 }359 ): Promise<void> {360 let contract = this.contractInfo["collector"].contractAddress;361 const updateExecution = await execute(sender, contract, {362 sweep: {363 denom: params.denom,364 },365 });366 if (isTxError(updateExecution)) {367 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);368 }369 }370 public async collector_update_config(371 sender: Wallet,372 params: {373 reward_weight?: string;374 }375 ): Promise<void> {376 let contract = this.contractInfo["collector"].contractAddress;377 const updateExecution = await execute(sender, contract, {378 update_config: {379 denom: params.reward_weight,380 },381 });382 if (isTxError(updateExecution)) {383 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);384 }385 }386 public async community_spend(387 sender: Wallet,388 params: {389 recipient: string;390 amount: string;391 }392 ): Promise<void> {393 let contract = this.contractInfo["community"].contractAddress;394 const updateExecution = await execute(sender, contract, {395 spend: {396 recipient: params.recipient,397 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),398 },399 });400 if (isTxError(updateExecution)) {401 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);402 }403 }404 public async community_update_config(405 sender: Wallet,406 params: {407 spend_limit?: string;408 }409 ): Promise<void> {410 let contract = this.contractInfo["community"].contractAddress;411 const updateExecution = await execute(sender, contract, {412 update_config: {413 spend_limit: params.spend_limit,414 },415 });416 if (isTxError(updateExecution)) {417 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);418 }419 }420 public async faucet_spend(421 sender: Wallet,422 params: {423 recipient: string;424 amount: string;425 }426 ): Promise<void> {427 let contract = this.contractInfo["faucet"].contractAddress;428 const updateExecution = await execute(sender, contract, {429 spend: {430 recipient: params.recipient,431 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),432 },433 });434 if (isTxError(updateExecution)) {435 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);436 }437 }438 public async faucet_update_config(439 sender: Wallet,440 params: {441 spend_limit?: string;442 }443 ): Promise<void> {444 let contract = this.contractInfo["faucet"].contractAddress;445 const updateExecution = await execute(sender, contract, {446 update_config: {447 spend_limit: params.spend_limit,448 },449 });450 if (isTxError(updateExecution)) {451 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);452 }453 }454 public async gov_cast_vote(455 sender: Wallet,456 params: {457 poll_id: number;458 vote: VoteOption;459 amount: string;460 }461 ): Promise<void> {462 let contract = this.contractInfo["gov"].contractAddress;463 const updateExecution = await execute(sender, contract, {464 cast_vote: {465 poll_id: params.poll_id,466 vote: params.vote,467 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),468 },469 });470 if (isTxError(updateExecution)) {471 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);472 }473 }474 public async gov_create_poll(475 sender: Wallet,476 params: {477 amount: string;478 title: string;479 description: string;480 link?: string;481 execute_msg?: ExecuteMsg;482 }483 ): Promise<void> {484 let contract = this.contractInfo["token"].contractAddress;485 const updateExecution = await execute(sender, contract, {486 send: {487 contract: this.contractInfo["gov"].contractAddress,488 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),489 msg: Buffer.from(490 JSON.stringify({491 create_poll: {492 title: params.title,493 description: params.description,494 link: params.link,495 execute_msg: params.execute_msg,496 },497 })498 ).toString("base64"),499 },500 });501 if (isTxError(updateExecution)) {502 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);503 }504 }505 public async gov_stake_voting(506 sender: Wallet,507 params: {508 amount: string;509 }510 ): Promise<void> {511 let contract = this.contractInfo["token"].contractAddress;512 const updateExecution = await execute(sender, contract, {513 send: {514 contract: this.contractInfo["gov"].contractAddress,515 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),516 msg: Buffer.from(517 JSON.stringify({518 stake_voting_tokens: {},519 })520 ).toString("base64"),521 },522 });523 if (isTxError(updateExecution)) {524 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);525 }526 }527 public async gov_end_poll(528 sender: Wallet,529 params: {530 poll_id: number;531 }532 ): Promise<void> {533 let contract = this.contractInfo["gov"].contractAddress;534 const updateExecution = await execute(sender, contract, {535 end_poll: {536 poll_id: params.poll_id,537 },538 });539 if (isTxError(updateExecution)) {540 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);541 }542 }543 public async gov_execute_poll(544 sender: Wallet,545 params: {546 poll_id: number;547 }548 ): Promise<void> {549 let contract = this.contractInfo["gov"].contractAddress;550 const updateExecution = await execute(sender, contract, {551 execute_poll: {552 poll_id: params.poll_id,553 },554 });555 if (isTxError(updateExecution)) {556 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);557 }558 }559 public async gov_expire_poll(560 sender: Wallet,561 params: {562 poll_id: number;563 }564 ): Promise<void> {565 let contract = this.contractInfo["gov"].contractAddress;566 const updateExecution = await execute(sender, contract, {567 expire_poll: {568 poll_id: params.poll_id,569 },570 });571 if (isTxError(updateExecution)) {572 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);573 }574 }575 public async gov_snapshot_poll(576 sender: Wallet,577 params: {578 poll_id: number;579 }580 ): Promise<void> {581 let contract = this.contractInfo["gov"].contractAddress;582 const updateExecution = await execute(sender, contract, {583 snapshot_poll: {584 poll_id: params.poll_id,585 },586 });587 if (isTxError(updateExecution)) {588 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);589 }590 }591 public async gov_withdraw_voting(592 sender: Wallet,593 params: {594 amount: string;595 }596 ): Promise<void> {597 let contract = this.contractInfo["gov"].contractAddress;598 const updateExecution = await execute(sender, contract, {599 withdraw_voting_tokens: {600 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),601 },602 });603 if (isTxError(updateExecution)) {604 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);605 }606 }607 public async gov_update_config(608 sender: Wallet,609 params: {610 owner?: string;611 quorum?: string;612 threshold?: string;613 voting_period?: number;614 timelock_period?: number;615 expiration_period?: number;616 proposal_deposit?: string;617 snapshot_period?: string;618 }619 ): Promise<void> {620 let contract = this.contractInfo["gov"].contractAddress;621 const updateExecution = await execute(sender, contract, {622 update_config: {623 owner: params.owner,624 quorum: params.quorum,625 threshold: params.threshold,626 voting_period: params.voting_period,627 timelock_period: params.timelock_period,628 expiration_period: params.expiration_period,629 proposal_deposit: params.proposal_deposit,630 snapshot_period: params.snapshot_period,631 },632 });633 if (isTxError(updateExecution)) {634 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);635 }636 }637 public async staking_bond(638 sender: Wallet,639 params: {640 amount: string;641 }642 ): Promise<void> {643 let contract = this.contractInfo["token"].contractAddress;644 const updateExecution = await execute(sender, contract, {645 send: {646 contract: this.contractInfo["staking"].contractAddress,647 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),648 msg: Buffer.from(649 JSON.stringify({650 bond: {},651 })652 ).toString("base64"),653 },654 });655 if (isTxError(updateExecution)) {656 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);657 }658 }659 public async staking_deposit(660 sender: Wallet,661 params: {662 amount: string;663 }664 ): Promise<void> {665 let contract = this.contractInfo["token"].contractAddress;666 const updateExecution = await execute(sender, contract, {667 send: {668 contract: this.contractInfo["staking"].contractAddress,669 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),670 msg: Buffer.from(671 JSON.stringify({672 deposit_reward: {},673 })674 ).toString("base64"),675 },676 });677 if (isTxError(updateExecution)) {678 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);679 }680 }681 public async staking_unbond(682 sender: Wallet,683 params: {684 amount: string;685 }686 ): Promise<void> {687 let contract = this.contractInfo["staking"].contractAddress;688 const updateExecution = await execute(sender, contract, {689 unbond: {690 amount: new Int(new Dec(params.amount).mul(1000000)).toString(),691 },692 });693 if (isTxError(updateExecution)) {694 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);695 }696 }697 public async staking_withdraw(sender: Wallet, params: {}): Promise<void> {698 let contract = this.contractInfo["staking"].contractAddress;699 const updateExecution = await execute(sender, contract, { withdraw: {} });700 if (isTxError(updateExecution)) {701 throw new Error(`Couldn't run: ${updateExecution.raw_log}`);702 }703 }704 public async transfer_cw20_token(705 sender: Wallet,706 rcv: string,707 amount: number708 ): Promise<void> {709 const contract = this.contractInfo.token.contractAddress;710 const transferExecuttion = await execute(sender, contract, {711 transfer: {712 recipient: rcv,713 amount: `${amount}`,714 },715 });716 if (isTxError(transferExecuttion)) {717 throw new Error(`Couldn't run: ${transferExecuttion.raw_log}`);718 }719 }720 public async get_anc_balance(sender: Wallet, address: string): Promise<any> {721 let response = await sender.lcd.wasm.contractQuery(722 this.contractInfo["token"].contractAddress,723 {724 balance: {725 address: address,726 },727 }728 );729 return response;730 }731 public async get_gov_state(sender: Wallet): Promise<any> {732 let response = await sender.lcd.wasm.contractQuery(733 this.contractInfo["gov"].contractAddress,734 {735 state: {},736 }737 );738 return response;739 }740 public async get_gov_staker(sender: Wallet, address: string): Promise<any> {741 let response = await sender.lcd.wasm.contractQuery(742 this.contractInfo["gov"].contractAddress,743 {744 staker: {745 address: address,746 },747 }748 );749 return response;750 }751 public async get_gov_polls(752 sender: Wallet,753 filter: PollStatus,754 startAfter?: number,755 limit?: number756 ): Promise<any> {757 let response = await sender.lcd.wasm.contractQuery(758 this.contractInfo["gov"].contractAddress,759 {760 polls: {761 filter: filter,762 start_after: startAfter,763 limit: limit,764 order_by: "asc",765 },766 }767 );768 return response;769 }770 public async get_staking_state(771 sender: Wallet,772 blockHeight: number773 ): Promise<any> {774 let response = await sender.lcd.wasm.contractQuery(775 this.contractInfo["staking"].contractAddress,776 {777 state: {778 block_height: blockHeight,779 },780 }781 );782 return response;783 }784 public async get_staking_staker_info(785 sender: Wallet,786 blockHeight: number,787 staker: string788 ): Promise<any> {789 let response = await sender.lcd.wasm.contractQuery(790 this.contractInfo["staking"].contractAddress,791 {792 staker_info: {793 staker: staker,794 block_height: blockHeight,795 },796 }797 );798 return response;799 }...
index.js
Source:index.js
...21// ----------------------------------------------------------------------------22// Example code23// ----------------------------------------------------------------------------24const pipelineExecution = [0, 0, 0, 0];25function updateExecution(filterIdx) {26 pipelineExecution[filterIdx]++;27 pipelineExecution.forEach((value, index) => {28 const el = document.querySelector(`.filter${index}`);29 if (el) {30 el.innerHTML = `Execution #${value}`;31 }32 });33}34const coneSource = vtkConeSource.newInstance({ height: 1.0 });35const filterA = vtkCalculator.newInstance();36const filterB = vtkCalculator.newInstance();37const filterC = vtkCalculator.newInstance();38filterA.setFormula({39 getArrays: (inputDataSets) => ({40 input: [],41 output: [42 {43 location: FieldDataTypes.CELL,44 name: 'a',45 dataType: 'Float32Array',46 attribute: AttributeTypes.SCALARS,47 },48 ],49 }),50 evaluate: (arraysIn, arraysOut) => {51 updateExecution(0);52 const [scalars] = arraysOut.map((d) => d.getData());53 for (let i = 0; i < scalars.length; i++) {54 scalars[i] = Math.random();55 }56 },57});58filterB.setFormula({59 getArrays: (inputDataSets) => ({60 input: [],61 output: [62 {63 location: FieldDataTypes.CELL,64 name: 'b',65 dataType: 'Float32Array',66 attribute: AttributeTypes.SCALARS,67 },68 ],69 }),70 evaluate: (arraysIn, arraysOut) => {71 updateExecution(1);72 const [scalars] = arraysOut.map((d) => d.getData());73 for (let i = 0; i < scalars.length; i++) {74 scalars[i] = Math.random();75 }76 },77});78const randFilter = macro.newInstance((publicAPI, model) => {79 macro.obj(publicAPI, model); // make it an object80 macro.algo(publicAPI, model, 1, 1); // mixin algorithm code 1 in, 1 out81 publicAPI.requestData = (inData, outData) => {82 // implement requestData83 updateExecution(2);84 const newArray = new Float32Array(85 inData[0].getPoints().getNumberOfPoints()86 );87 for (let i = 0; i < newArray.length; i++) {88 newArray[i] = i % 2 ? 1 : 0;89 }90 const da = vtkDataArray.newInstance({ name: 'spike', values: newArray });91 const newDataSet = vtk({ vtkClass: inData[0].getClassName() });92 newDataSet.shallowCopy(inData[0]);93 newDataSet.getPointData().setScalars(da);94 outData[0] = newDataSet;95 };96})();97filterC.setFormula({98 getArrays: (inputDataSets) => ({99 input: [],100 output: [101 {102 location: FieldDataTypes.CELL,103 name: 'c',104 dataType: 'Float32Array',105 attribute: AttributeTypes.SCALARS,106 },107 ],108 }),109 evaluate: (arraysIn, arraysOut) => {110 updateExecution(3);111 const [scalars] = arraysOut.map((d) => d.getData());112 for (let i = 0; i < scalars.length; i++) {113 scalars[i] = Math.random();114 }115 },116});117filterA.setInputConnection(coneSource.getOutputPort());118filterB.setInputConnection(filterA.getOutputPort());119randFilter.setInputConnection(filterB.getOutputPort());120filterC.setInputConnection(randFilter.getOutputPort());121const mapper = vtkMapper.newInstance();122mapper.setInputConnection(filterC.getOutputPort());123const actor = vtkActor.newInstance();124actor.setMapper(mapper);125renderer.addActor(actor);126renderer.resetCamera();127renderWindow.render();128// -----------------------------------------------------------129// UI control handling130// -----------------------------------------------------------131fullScreenRenderer.addController(controlPanel);132const representationSelector = document.querySelector('.representations');133const resolutionChange = document.querySelector('.resolution');134representationSelector.addEventListener('change', (e) => {135 const newRepValue = Number(e.target.value);136 actor.getProperty().setRepresentation(newRepValue);137 renderWindow.render();138});139resolutionChange.addEventListener('input', (e) => {140 const resolution = Number(e.target.value);141 coneSource.setResolution(resolution);142 renderWindow.render();143});144const buttons = document.querySelectorAll('button');145for (let i = 0; i < buttons.length; i++) {146 buttons[i].addEventListener('click', (e) => {147 const idx = Number(e.target.name);148 if (!Number.isNaN(idx)) {149 const filter = global.filters[idx];150 filter.modified();151 renderWindow.render();152 } else {153 // Reset154 pipelineExecution.forEach((v, index) => {155 pipelineExecution[index] = 0;156 });157 updateExecution(-1);158 }159 });160}161// Update UI162updateExecution(-1);163// -----------------------------------------------------------164// Make some variables global so that you can inspect and165// modify objects in your browser's developer console:166// -----------------------------------------------------------167global.source = coneSource;168global.filters = [filterA, filterB, randFilter, filterC];169global.mapper = mapper;170global.actor = actor;171global.renderer = renderer;...
Using AI Code Generation
1const { createGraphQLHandler, makeMergedSchema, makeServices } = require('@redwoodjs/api')2const schemas = require('src/graphql/**/*.{js,ts}')3const services = makeServices({ services: require('src/services/**/*.{js,ts}') })4const db = require('src/lib/db')5const handler = createGraphQLHandler({6 schema: makeMergedSchema({7 }),8 context: () => {9 return {10 currentUser: {},11 }12 },13})14module.exports.handler = async (event, context) => {15 const body = JSON.parse(event.body)16 const { id, status, result } = body17 const input = { id, status, result }18 const data = await handler(event, context)19 console.log('data', data)20 return {21 body: JSON.stringify({ data: data }),22 }23}
Using AI Code Generation
1var redwood = require('redwood-client');2var client = new redwood.Client();3client.updateExecution('myExecutionId', 'myStatus', 'myMessage', 'myData', function(err, res) {4 if (err) {5 console.log('Error: ' + err);6 }7 console.log(res);8});9This project is licensed under the MIT License - see the [LICENSE](LICENSE) file for details
Using AI Code Generation
1var redwood = require('./redwood-client');2var config = require('./config');3var executionId = "executionId";4var executionStatus = "executionStatus";5var executionResult = "executionResult";6var updateExecution = function(executionId, executionStatus, executionResult) {7 var redwoodUrl = config.redwoodUrl;8 var redwoodUser = config.redwoodUser;9 var redwoodPassword = config.redwoodPassword;10 var redwoodProjectName = config.redwoodProjectName;11 var redwoodProjectVersion = config.redwoodProjectVersion;12 var redwoodExecutionName = config.redwoodExecutionName;13 var redwoodExecutionVersion = config.redwoodExecutionVersion;14 var redwoodClient = new redwood.RedwoodClient(redwoodUrl, redwoodUser, redwoodPassword);15 var redwoodExecution = new redwood.RedwoodExecution(redwoodClient, redwoodProjectName, redwoodProjectVersion, redwoodExecutionName, redwoodExecutionVersion);16 redwoodExecution.updateExecution(executionId, executionStatus, executionResult, function(err, data) {17 if (err) {18 console.log(err);19 } else {20 console.log(data);21 }22 });23}24updateExecution(executionId, executionStatus, executionResult);
Using AI Code Generation
1var Redwood = require('redwood');2var redwood = new Redwood();3var data = {4 "execution": {5 }6};7redwood.updateExecution(data, function (err, res) {8 if (err) {9 console.log(err);10 } else {11 console.log(res);12 }13});14var Redwood = require('redwood');15var redwood = new Redwood();16var data = {17 "execution": {18 }19};20redwood.getExecution(data, function (err, res) {21 if (err) {22 console.log(err);23 } else {24 console.log(res);25 }26});27var Redwood = require('redwood');28var redwood = new Redwood();29var data = {30 "execution": {31 }32};33redwood.deleteExecution(data, function (err, res) {34 if (err) {35 console.log(err);36 } else {37 console.log(res);38 }39});40var Redwood = require('redwood');41var redwood = new Redwood();42var data = {43 "test_run": {
Using AI Code Generation
1const { redwood } = require('@redwoodjs/api')2const { db } = require('@redwoodjs/db')3const updateExecution = async (id, input) => {4 return await db.execution.update({ where: { id }, data: input })5}6const handler = async (event, context) => {7 const input = {8 }9 const result = await updateExecution(executionId, input)10 return {11 body: JSON.stringify({ data: result }),12 }13}14module.exports = { handler }
Using AI Code Generation
1const RedwoodHQ = require('redwoodhq');2const redwood = new RedwoodHQ();3redwood.updateExecution('<project-id>', '<execution-id>', '<test-id>', '<status>', '<comment>', '<execution-name>', '<execution-description>', '<execution-start-date>', '<execution-end-date>', '<execution-status>', '<execution-comment>')4.then((res) => {5 console.log(res);6})7.catch((err) => {8 console.log(err);9});10const RedwoodHQ = require('redwoodhq');11const redwood = new RedwoodHQ();12redwood.updateTest('<project-id>', '<test-id>', '<test-name>', '<test-description>', '<test-type>', '<test-status>', '<test-comment>')13.then((res) => {14 console.log(res);15})16.catch((err) => {17 console.log(err);18});19const RedwoodHQ = require('redwoodhq');20const redwood = new RedwoodHQ();
Using AI Code Generation
1var redwood = require('redwoodhq');2var executionId = '5c4d4e4f-4f4c-4e4c-4d4c-4e4c4d4e4f4c';3var status = 'failed';4var comment = 'execution failed due to some error';5client.updateExecution(executionId, status, comment).then((result) => {6 console.log(result);7}).catch((error) => {8 console.log(error);9});
Automation Testing Tutorials
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LambdaTest Learning Hubs:
- JUnit Tutorial
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- Cypress Tutorial
- PyTest Tutorial
YouTube
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