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How to use converter method in yandex-tank
Best Python code snippet using yandex-tank
BancorConverter.js
Source:BancorConverter.js 
1/* global artifacts, contract, before, it, assert */2/* eslint-disable prefer-reflect */3const BancorConverter = artifacts.require('BancorConverter.sol');4const SmartToken = artifacts.require('SmartToken.sol');5const BancorFormula = artifacts.require('BancorFormula.sol');6const BancorGasPriceLimit = artifacts.require('BancorGasPriceLimit.sol');7const BancorQuickConverter = artifacts.require('BancorQuickConverter.sol');8const BancorConverterExtensions = artifacts.require('BancorConverterExtensions.sol');9const TestERC20Token = artifacts.require('TestERC20Token.sol');10const utils = require('./helpers/Utils');11const weight10Percent = 100000;12const gasPrice = 22000000000;13const gasPriceBad = 22000000001;14let token;15let tokenAddress;16let converterExtensionsAddress;17let connectorToken;18let connectorToken2;19let connectorTokenAddress;20let connectorTokenAddress2 = '0x32f0f93396f0865d7ce412695beb3c3ad9ccca75';21// used by purchase/sale tests22async function initConverter(accounts, activate) {23 token = await SmartToken.new('Token1', 'TKN1', 2);24 tokenAddress = token.address;25 connectorToken = await TestERC20Token.new('ERC Token 1', 'ERC1', 100000);26 connectorTokenAddress = connectorToken.address;27 connectorToken2 = await TestERC20Token.new('ERC Token 2', 'ERC2', 200000);28 connectorTokenAddress2 = connectorToken2.address;29 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, connectorTokenAddress, 250000);30 let converterAddress = converter.address;31 await converter.addConnector(connectorTokenAddress2, 150000, false);32 await token.issue(accounts[0], 20000);33 await connectorToken.transfer(converterAddress, 5000);34 await connectorToken2.transfer(converterAddress, 8000);35 if (activate) {36 await token.transferOwnership(converterAddress);37 await converter.acceptTokenOwnership();38 }39 return converter;40}41function verifyConnector(connector, isSet, isEnabled, weight, isVirtualBalanceEnabled, virtualBalance) {42 assert.equal(connector[0], virtualBalance);43 assert.equal(connector[1], weight);44 assert.equal(connector[2], isVirtualBalanceEnabled);45 assert.equal(connector[3], isEnabled);46 assert.equal(connector[4], isSet);47}48function getConversionAmount(transaction, logIndex = 0) {49 return transaction.logs[logIndex].args._return.toNumber();50}51contract('BancorConverter', (accounts) => {52 before(async () => {53 let token = await SmartToken.new('Token1', 'TKN1', 2);54 let formula = await BancorFormula.new();55 let gasPriceLimit = await BancorGasPriceLimit.new(gasPrice);56 let quickConverter = await BancorQuickConverter.new();57 let converterExtensions = await BancorConverterExtensions.new(formula.address, gasPriceLimit.address, quickConverter.address);58 let connectorToken = await TestERC20Token.new('ERC Token 1', 'ERC1', 100000);59 tokenAddress = token.address;60 converterExtensionsAddress = converterExtensions.address;61 connectorTokenAddress = connectorToken.address;62 });63 it('verifies the converter data after construction', async () => {64 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);65 let token = await converter.token.call();66 assert.equal(token, tokenAddress);67 let extensions = await converter.extensions.call();68 assert.equal(extensions, converterExtensionsAddress);69 let maxConversionFee = await converter.maxConversionFee.call();70 assert.equal(maxConversionFee, 0);71 let conversionsEnabled = await converter.conversionsEnabled.call();72 assert.equal(conversionsEnabled, true);73 });74 it('should throw when attempting to construct a converter with no token', async () => {75 try {76 await BancorConverter.new('0x0', converterExtensionsAddress, 0, '0x0', 0);77 assert(false, "didn't throw");78 }79 catch (error) {80 return utils.ensureException(error);81 }82 });83 it('should throw when attempting to construct a converter with no converter extensions', async () => {84 try {85 await BancorConverter.new(tokenAddress, '0x0', 0, '0x0', 0);86 assert(false, "didn't throw");87 }88 catch (error) {89 return utils.ensureException(error);90 }91 });92 it('should throw when attempting to construct a converter with invalid max fee', async () => {93 try {94 await BancorConverter.new(tokenAddress, converterExtensionsAddress, 1000000000, '0x0', 0);95 assert(false, "didn't throw");96 }97 catch (error) {98 return utils.ensureException(error);99 }100 });101 it('verifies the first connector when provided at construction time', async () => {102 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, connectorTokenAddress, 200000);103 let connectorToken = await converter.connectorTokens.call(0);104 assert.equal(connectorToken, connectorTokenAddress);105 let connector = await converter.connectors.call(connectorToken);106 verifyConnector(connector, true, true, 200000, false, 0);107 });108 it('should throw when attempting to construct a converter with a connector with invalid weight', async () => {109 try {110 await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, connectorTokenAddress, 1000001);111 assert(false, "didn't throw");112 }113 catch (error) {114 return utils.ensureException(error);115 }116 });117 it('verifies the connector token count before / after adding a connector', async () => {118 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);119 let connectorTokenCount = await converter.connectorTokenCount.call();120 assert.equal(connectorTokenCount, 0);121 await converter.addConnector(connectorTokenAddress, weight10Percent, false);122 connectorTokenCount = await converter.connectorTokenCount.call();123 assert.equal(connectorTokenCount, 1);124 });125 it('verifies the convertible token count before / after adding a connector', async () => {126 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);127 let convertibleTokenCount = await converter.convertibleTokenCount.call();128 assert.equal(convertibleTokenCount, 1);129 await converter.addConnector(connectorTokenAddress, weight10Percent, false);130 convertibleTokenCount = await converter.convertibleTokenCount.call();131 assert.equal(convertibleTokenCount, 2);132 });133 it('verifies the convertible token addresses', async () => {134 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);135 await converter.addConnector(connectorTokenAddress, weight10Percent, false);136 let convertibleTokenAddress = await converter.convertibleToken.call(0);137 assert.equal(convertibleTokenAddress, tokenAddress);138 convertibleTokenAddress = await converter.convertibleToken.call(1);139 assert.equal(convertibleTokenAddress, connectorTokenAddress);140 });141 it('verifies the owner can update the converter extensions contract address', async () => {142 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);143 await converter.setExtensions(accounts[3]);144 let extensions = await converter.extensions.call();145 assert.notEqual(extensions, converterExtensionsAddress);146 });147 it('should throw when a non owner attempts update the converter extensions contract address', async () => {148 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);149 try {150 await converter.setExtensions(accounts[3], { from: accounts[1] });151 assert(false, "didn't throw");152 }153 catch (error) {154 return utils.ensureException(error);155 }156 });157 it('should throw when a non owner attempts update the converter extensions contract address with an invalid address', async () => {158 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);159 try {160 await converter.setExtensions('0x0', { from: accounts[1] });161 assert(false, "didn't throw");162 }163 catch (error) {164 return utils.ensureException(error);165 }166 });167 it('should throw when a non owner attempts update the converter extensions contract address with the converter address', async () => {168 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);169 try {170 await converter.setExtensions(converter.address, { from: accounts[1] });171 assert(false, "didn't throw");172 }173 catch (error) {174 return utils.ensureException(error);175 }176 });177 it('should throw when a non owner attempts update the converter extensions contract address with the same existing address', async () => {178 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);179 try {180 await converter.setExtensions(converterExtensionsAddress, { from: accounts[1] });181 assert(false, "didn't throw");182 }183 catch (error) {184 return utils.ensureException(error);185 }186 });187 it('verifies the owner can update the fee', async () => {188 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);189 await converter.setConversionFee(30000);190 let conversionFee = await converter.conversionFee.call();191 assert.equal(conversionFee, 30000);192 });193 it('should throw when attempting to update the fee to an invalid value', async () => {194 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);195 try {196 await converter.setConversionFee(200001);197 assert(false, "didn't throw");198 }199 catch (error) {200 return utils.ensureException(error);201 }202 });203 it('should throw when a non owner attempts to update the fee', async () => {204 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);205 try {206 await converter.setConversionFee(30000, { from: accounts[1] });207 assert(false, "didn't throw");208 }209 catch (error) {210 return utils.ensureException(error);211 }212 });213 it('verifies that getConversionFeeAmount returns the correct amount', async () => {214 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);215 await converter.setConversionFee(10000);216 let conversionFeeAmount = await converter.getConversionFeeAmount.call(500000);217 assert.equal(conversionFeeAmount, 5000);218 });219 it('verifies that an event is fired when the owner update the fee', async () => {220 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);221 let watcher = converter.ConversionFeeUpdate();222 await converter.setConversionFee(30000);223 let events = await watcher.get();224 assert.equal(events[0].args._prevFee.valueOf(), 0);225 assert.equal(events[0].args._newFee.valueOf(), 30000);226 });227 it('verifies that an event is fired when the owner update the fee multiple times', async () => {228 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);229 let watcher = converter.ConversionFeeUpdate();230 let events;231 for (let i = 1; i <= 10; ++i) {232 await converter.setConversionFee(10000 * i);233 events = await watcher.get();234 assert.equal(events[0].args._prevFee.valueOf(), 10000 * (i - 1));235 assert.equal(events[0].args._newFee.valueOf(), 10000 * i);236 }237 });238 it('should not fire an event when attempting to update the fee to an invalid value', async () => {239 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);240 let watcher = converter.ConversionFeeUpdate();241 try {242 await converter.setConversionFee(200001);243 assert(false, "didn't throw");244 }245 catch (error) {246 let events = await watcher.get();247 assert.equal(events.length, 0);248 return utils.ensureException(error);249 }250 });251 it('should not fire an event when a non owner attempts to update the fee', async () => {252 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 200000, '0x0', 0);253 let watcher = converter.ConversionFeeUpdate();254 try {255 await converter.setConversionFee(30000, { from: accounts[1] });256 assert(false, "didn't throw");257 }258 catch (error) {259 let events = await watcher.get();260 assert.equal(events.length, 0);261 return utils.ensureException(error);262 }263 });264 it('verifies that 2 connectors are added correctly', async () => {265 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);266 await converter.addConnector(connectorTokenAddress, weight10Percent, false);267 let connector = await converter.connectors.call(connectorTokenAddress);268 verifyConnector(connector, true, true, weight10Percent, false, 0);269 await converter.addConnector(connectorTokenAddress2, 200000, false);270 connector = await converter.connectors.call(connectorTokenAddress2);271 verifyConnector(connector, true, true, 200000, false, 0);272 });273 it('should throw when a non owner attempts to add a connector', async () => {274 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);275 try {276 await converter.addConnector(connectorTokenAddress, weight10Percent, false, { from: accounts[1] });277 assert(false, "didn't throw");278 }279 catch (error) {280 return utils.ensureException(error);281 }282 });283 it('should throw when attempting to add a connector when the converter is active', async () => {284 let token = await SmartToken.new('Token1', 'TKN1', 2);285 let converter = await BancorConverter.new(token.address, converterExtensionsAddress, 0, '0x0', 0);286 token.transferOwnership(converter.address);287 converter.acceptTokenOwnership();288 try {289 await converter.addConnector(connectorTokenAddress, weight10Percent, false);290 assert(false, "didn't throw");291 }292 catch (error) {293 return utils.ensureException(error);294 }295 });296 it('should throw when attempting to add a connector with invalid address', async () => {297 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);298 try {299 await converter.addConnector('0x0', weight10Percent, false);300 assert(false, "didn't throw");301 }302 catch (error) {303 return utils.ensureException(error);304 }305 });306 it('should throw when attempting to add a connector with weight = 0', async () => {307 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);308 try {309 await converter.addConnector(connectorTokenAddress, 0, false);310 assert(false, "didn't throw");311 }312 catch (error) {313 return utils.ensureException(error);314 }315 });316 it('should throw when attempting to add a connector with weight greater than 100%', async () => {317 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);318 try {319 await converter.addConnector(connectorTokenAddress, 1000001, false);320 assert(false, "didn't throw");321 }322 catch (error) {323 return utils.ensureException(error);324 }325 });326 it('should throw when attempting to add the token as a connector', async () => {327 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);328 try {329 await converter.addConnector(tokenAddress, weight10Percent, false);330 assert(false, "didn't throw");331 }332 catch (error) {333 return utils.ensureException(error);334 }335 });336 it('should throw when attempting to add the converter as a connector', async () => {337 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);338 try {339 await converter.addConnector(converter.address, weight10Percent, false);340 assert(false, "didn't throw");341 }342 catch (error) {343 return utils.ensureException(error);344 }345 });346 it('should throw when attempting to add a connector that already exists', async () => {347 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);348 await converter.addConnector(connectorTokenAddress, weight10Percent, false);349 try {350 await converter.addConnector(connectorTokenAddress, 200000, false);351 assert(false, "didn't throw");352 }353 catch (error) {354 return utils.ensureException(error);355 }356 });357 it('should throw when attempting to add multiple connectors with total weight greater than 100%', async () => {358 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);359 await converter.addConnector(connectorTokenAddress, 500000, false);360 try {361 await converter.addConnector(connectorTokenAddress2, 500001, false);362 assert(false, "didn't throw");363 }364 catch (error) {365 return utils.ensureException(error);366 }367 });368 it('verifies that the owner can update a connector', async () => {369 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);370 await converter.addConnector(connectorTokenAddress, weight10Percent, false);371 let connector = await converter.connectors.call(connectorTokenAddress);372 verifyConnector(connector, true, true, weight10Percent, false, 0);373 await converter.updateConnector(connectorTokenAddress, 200000, true, 50);374 connector = await converter.connectors.call(connectorTokenAddress);375 verifyConnector(connector, true, true, 200000, true, 50);376 });377 it('should throw when a non owner attempts to update a connector', async () => {378 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);379 await converter.addConnector(connectorTokenAddress, weight10Percent, false);380 try {381 await converter.updateConnector(connectorTokenAddress, 200000, false, 0, { from: accounts[1] });382 assert(false, "didn't throw");383 }384 catch (error) {385 return utils.ensureException(error);386 }387 });388 it('should throw when attempting to update a connector that does not exist', async () => {389 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);390 await converter.addConnector(connectorTokenAddress, weight10Percent, false);391 try {392 await converter.updateConnector(connectorTokenAddress2, 200000, false, 0);393 assert(false, "didn't throw");394 }395 catch (error) {396 return utils.ensureException(error);397 }398 });399 it('should throw when attempting to update a connector with weight = 0', async () => {400 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);401 await converter.addConnector(connectorTokenAddress, weight10Percent, false);402 try {403 await converter.updateConnector(connectorTokenAddress, 0, false, 0);404 assert(false, "didn't throw");405 }406 catch (error) {407 return utils.ensureException(error);408 }409 });410 it('should throw when attempting to update a connector with weight greater than 100%', async () => {411 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);412 await converter.addConnector(connectorTokenAddress, weight10Percent, false);413 try {414 await converter.updateConnector(connectorTokenAddress, 1000001, false, 0);415 assert(false, "didn't throw");416 }417 catch (error) {418 return utils.ensureException(error);419 }420 });421 it('should throw when attempting to update a connector that will result in total weight greater than 100%', async () => {422 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);423 await converter.addConnector(connectorTokenAddress, 500000, false);424 await converter.addConnector(connectorTokenAddress2, 400000, false);425 try {426 await converter.updateConnector(connectorTokenAddress2, 500001, false, 0);427 assert(false, "didn't throw");428 }429 catch (error) {430 return utils.ensureException(error);431 }432 });433 it('verifies that the manager can disable / re-enable conversions', async () => {434 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);435 await converter.transferManagement(accounts[4]);436 await converter.acceptManagement({ from: accounts[4] });437 let conversionsEnabled = await converter.conversionsEnabled.call();438 assert.equal(conversionsEnabled, true);439 await converter.disableConversions(true, { from: accounts[4] });440 conversionsEnabled = await converter.conversionsEnabled.call();441 assert.equal(conversionsEnabled, false);442 await converter.disableConversions(false, { from: accounts[4] });443 conversionsEnabled = await converter.conversionsEnabled.call();444 assert.equal(conversionsEnabled, true);445 });446 it('should throw when a non owner attempts to disable conversions', async () => {447 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);448 try {449 await converter.disableConversions(true, { from: accounts[1] });450 assert(false, "didn't throw");451 }452 catch (error) {453 return utils.ensureException(error);454 }455 });456 it('verifies that the owner can disable / re-enable connector purchases', async () => {457 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);458 await converter.addConnector(connectorTokenAddress, weight10Percent, false);459 let connector = await converter.connectors.call(connectorTokenAddress);460 verifyConnector(connector, true, true, weight10Percent, false, 0);461 await converter.disableConnectorPurchases(connectorTokenAddress, true);462 connector = await converter.connectors.call(connectorTokenAddress);463 verifyConnector(connector, true, false, weight10Percent, false, 0);464 await converter.disableConnectorPurchases(connectorTokenAddress, false);465 connector = await converter.connectors.call(connectorTokenAddress);466 verifyConnector(connector, true, true, weight10Percent, false, 0);467 });468 it('should throw when a non owner attempts to disable connector purchases', async () => {469 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);470 await converter.addConnector(connectorTokenAddress, weight10Percent, false);471 try {472 await converter.disableConnectorPurchases(connectorTokenAddress, true, { from: accounts[1] });473 assert(false, "didn't throw");474 }475 catch (error) {476 return utils.ensureException(error);477 }478 });479 it('should throw when attempting to disable connector purchases for a connector that does not exist', async () => {480 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);481 await converter.addConnector(connectorTokenAddress, weight10Percent, false);482 try {483 await converter.disableConnectorPurchases(connectorTokenAddress2, true);484 assert(false, "didn't throw");485 }486 catch (error) {487 return utils.ensureException(error);488 }489 });490 it('verifies that the correct connector balance is returned regardless of whether virtual balance is set or not', async () => {491 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);492 let connectorToken = await TestERC20Token.new('ERC Token 1', 'ERC1', 100000);493 await converter.addConnector(connectorToken.address, weight10Percent, false);494 let connectorBalance;495 connectorBalance = await converter.getConnectorBalance.call(connectorToken.address);496 assert.equal(connectorBalance, 0);497 await connectorToken.transfer(converter.address, 1000);498 connectorBalance = await converter.getConnectorBalance.call(connectorToken.address);499 assert.equal(connectorBalance, 1000);500 await converter.updateConnector(connectorToken.address, 200000, true, 5000);501 connectorBalance = await converter.getConnectorBalance.call(connectorToken.address);502 assert.equal(connectorBalance, 5000);503 await converter.updateConnector(connectorToken.address, 200000, false, 5000);504 connectorBalance = await converter.getConnectorBalance.call(connectorToken.address);505 assert.equal(connectorBalance, 1000);506 });507 it('should throw when attempting to retrieve the balance for a connector that does not exist', async () => {508 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);509 await converter.addConnector(connectorTokenAddress, weight10Percent, false);510 try {511 await converter.getConnectorBalance.call(connectorTokenAddress2);512 assert(false, "didn't throw");513 }514 catch (error) {515 return utils.ensureException(error);516 }517 });518 it('verifies that the owner can withdraw from the connector', async () => {519 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);520 let connectorToken = await TestERC20Token.new('ERC Token 1', 'ERC1', 100000);521 await converter.addConnector(connectorToken.address, weight10Percent, false);522 await connectorToken.transfer(converter.address, 1000);523 let converterBalance = await connectorToken.balanceOf(converter.address);524 assert.equal(converterBalance, 1000);525 await converter.withdrawTokens(connectorToken.address, accounts[2], 50);526 converterBalance = await connectorToken.balanceOf(converter.address);527 assert.equal(converterBalance, 950);528 let account2Balance = await connectorToken.balanceOf(accounts[2]);529 assert.equal(account2Balance, 50);530 });531 it('should throw when a non owner attempts to withdraw from the connector', async () => {532 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);533 let connectorToken = await TestERC20Token.new('ERC Token 1', 'ERC1', 100000);534 await converter.addConnector(connectorToken.address, weight10Percent, false);535 await connectorToken.transfer(converter.address, 1000);536 try {537 await converter.withdrawTokens(connectorToken.address, accounts[3], 50, { from: accounts[1] });538 assert(false, "didn't throw");539 }540 catch (error) {541 return utils.ensureException(error);542 }543 });544 it('should throw when attempting to withdraw from a connector to an invalid address', async () => {545 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);546 let connectorToken = await TestERC20Token.new('ERC Token 1', 'ERC1', 100000);547 await converter.addConnector(connectorToken.address, weight10Percent, false);548 await connectorToken.transfer(converter.address, 1000);549 try {550 await converter.withdrawTokens(connectorToken.address, '0x0', 50);551 assert(false, "didn't throw");552 }553 catch (error) {554 return utils.ensureException(error);555 }556 });557 it('should throw when attempting to withdraw from a connector to the converter address', async () => {558 let converter = await BancorConverter.new(tokenAddress, converterExtensionsAddress, 0, '0x0', 0);559 let connectorToken = await TestERC20Token.new('ERC Token 1', 'ERC1', 100000);560 await converter.addConnector(connectorToken.address, weight10Percent, false);561 await connectorToken.transfer(converter.address, 1000);562 try {563 await converter.withdrawTokens(connectorToken.address, converter.address, 50);564 assert(false, "didn't throw");565 }566 catch (error) {567 return utils.ensureException(error);568 }569 });570 it('verifies that getReturn returns a valid amount', async () => {571 let converter = await initConverter(accounts, true);572 let returnAmount = await converter.getReturn.call(connectorTokenAddress, tokenAddress, 500);573 assert.isNumber(returnAmount.toNumber());574 assert.notEqual(returnAmount.toNumber(), 0);575 });576 it('verifies that getReturn returns the same amount as getPurchaseReturn when converting from a connector to the token', async () => {577 let converter = await initConverter(accounts, true);578 let returnAmount = await converter.getReturn.call(connectorTokenAddress, tokenAddress, 500);579 let purchaseReturnAmount = await converter.getPurchaseReturn.call(connectorTokenAddress, 500);580 assert.equal(returnAmount.toNumber(), purchaseReturnAmount.toNumber());581 });582 it('verifies that getReturn returns the same amount as getSaleReturn when converting from the token to a connector', async () => {583 let converter = await initConverter(accounts, true);584 let returnAmount = await converter.getReturn.call(tokenAddress, connectorTokenAddress, 500);585 let saleReturnAmount = await converter.getSaleReturn.call(connectorTokenAddress, 500);586 assert.isNumber(returnAmount.toNumber());587 assert.notEqual(returnAmount.toNumber(), 0);588 assert.equal(returnAmount.toNumber(), saleReturnAmount.toNumber());589 });590 it('verifies that getReturn returns the same amount as buy -> sell when converting from connector 1 to connector 2', async () => {591 let converter = await initConverter(accounts, true);592 let returnAmount = await converter.getReturn.call(connectorTokenAddress, connectorTokenAddress2, 500);593 await connectorToken.approve(converter.address, 500);594 let purchaseRes = await converter.buy(connectorTokenAddress, 500, 1);595 let purchaseAmount = getConversionAmount(purchaseRes);596 let saleRes = await converter.sell(connectorTokenAddress2, purchaseAmount, 1);597 let saleAmount = getConversionAmount(saleRes);598 assert.equal(returnAmount, saleAmount);599 });600 it('should throw when attempting to get the return with an invalid from token adress', async () => {601 let converter = await initConverter(accounts, true);602 try {603 await converter.getReturn.call('0x0', connectorTokenAddress2, 500);604 assert(false, "didn't throw");605 }606 catch (error) {607 return utils.ensureException(error);608 }609 });610 it('should throw when attempting to get the return with an invalid to token address', async () => {611 let converter = await initConverter(accounts, true);612 try {613 await converter.getReturn.call(connectorTokenAddress, '0x0', 500);614 assert(false, "didn't throw");615 }616 catch (error) {617 return utils.ensureException(error);618 }619 });620 it('should throw when attempting to get the return with identical from/to addresses', async () => {621 let converter = await initConverter(accounts, true);622 try {623 await converter.getReturn.call(connectorTokenAddress, connectorTokenAddress, 500);624 assert(false, "didn't throw");625 }626 catch (error) {627 return utils.ensureException(error);628 }629 });630 it('should throw when attempting to get the purchase return while the converter is not active', async () => {631 let converter = await initConverter(accounts, false);632 try {633 await converter.getPurchaseReturn.call(connectorTokenAddress, 500);634 assert(false, "didn't throw");635 }636 catch (error) {637 return utils.ensureException(error);638 }639 });640 it('should throw when attempting to get the purchase return with a non connector address', async () => {641 let converter = await initConverter(accounts, true);642 try {643 await converter.getPurchaseReturn.call(tokenAddress, 500);644 assert(false, "didn't throw");645 }646 catch (error) {647 return utils.ensureException(error);648 }649 });650 it('should throw when attempting to get the purchase return while purchasing with the connector is disabled', async () => {651 let converter = await initConverter(accounts, true);652 await converter.disableConnectorPurchases(connectorTokenAddress, true);653 try {654 await converter.getPurchaseReturn.call(connectorTokenAddress, 500);655 assert(false, "didn't throw");656 }657 catch (error) {658 return utils.ensureException(error);659 }660 });661 it('should throw when attempting to get the sale return while the converter is not active', async () => {662 let converter = await initConverter(accounts, false);663 try {664 await converter.getSaleReturn.call(connectorTokenAddress, 500);665 assert(false, "didn't throw");666 }667 catch (error) {668 return utils.ensureException(error);669 }670 });671 it('should throw when attempting to get the sale return with a non connector address', async () => {672 let converter = await initConverter(accounts, true);673 try {674 await converter.getSaleReturn.call(tokenAddress, 500);675 assert(false, "didn't throw");676 }677 catch (error) {678 return utils.ensureException(error);679 }680 });681 it('verifies that convert returns a valid amount', async () => {682 let converter = await initConverter(accounts, true);683 await connectorToken.approve(converter.address, 500);684 let res = await converter.convert(connectorTokenAddress, tokenAddress, 500, 1);685 let conversionAmount = getConversionAmount(res);686 assert.isNumber(conversionAmount);687 assert.notEqual(conversionAmount, 0);688 });689 it('verifies that convert returns the same amount as buy when converting from a connector to the token', async () => {690 let converter = await initConverter(accounts, true);691 await connectorToken.approve(converter.address, 500);692 let conversionRes = await converter.convert(connectorTokenAddress, tokenAddress, 500, 1);693 let conversionAmount = getConversionAmount(conversionRes);694 assert.isNumber(conversionAmount);695 assert.notEqual(conversionAmount, 0);696 converter = await initConverter(accounts, true);697 await connectorToken.approve(converter.address, 500);698 let purchaseRes = await converter.buy(connectorTokenAddress, 500, 1);699 let purchaseAmount = getConversionAmount(purchaseRes);700 assert.equal(conversionAmount, purchaseAmount);701 });702 it('verifies that convert returns the same amount as sell when converting from the token to a connector', async () => {703 let converter = await initConverter(accounts, true);704 let conversionRes = await converter.convert(tokenAddress, connectorTokenAddress, 500, 1);705 let conversionAmount = getConversionAmount(conversionRes);706 assert.isNumber(conversionAmount);707 assert.notEqual(conversionAmount, 0);708 converter = await initConverter(accounts, true);709 let saleRes = await converter.sell(connectorTokenAddress, 500, 1);710 let saleAmount = getConversionAmount(saleRes);711 assert.equal(conversionAmount, saleAmount);712 });713 it('verifies that convert returns the same amount as buy -> sell when converting from connector 1 to connector 2', async () => {714 let converter = await initConverter(accounts, true);715 await connectorToken.approve(converter.address, 500);716 let conversionRes = await converter.convert(connectorTokenAddress, connectorTokenAddress2, 500, 1);717 let conversionAmount = getConversionAmount(conversionRes, 1);718 assert.isNumber(conversionAmount);719 assert.notEqual(conversionAmount, 0);720 converter = await initConverter(accounts, true);721 await connectorToken.approve(converter.address, 500);722 let purchaseRes = await converter.buy(connectorTokenAddress, 500, 1);723 let purchaseAmount = getConversionAmount(purchaseRes);724 let saleRes = await converter.sell(connectorTokenAddress2, purchaseAmount, 1);725 let saleAmount = getConversionAmount(saleRes);726 assert.equal(conversionAmount, saleAmount);727 });728 it('verifies that selling right after buying does not result in an amount greater than the original purchase amount', async () => {729 let converter = await initConverter(accounts, true);730 await connectorToken.approve(converter.address, 500);731 let purchaseRes = await converter.buy(connectorTokenAddress, 500, 1);732 let purchaseAmount = getConversionAmount(purchaseRes);733 let saleRes = await converter.sell(connectorTokenAddress, purchaseAmount, 1);734 let saleAmount = getConversionAmount(saleRes);735 assert(saleAmount <= 500);736 });737 it('verifies that buying right after selling does not result in an amount greater than the original sale amount', async () => {738 let converter = await initConverter(accounts, true);739 let saleRes = await converter.sell(connectorTokenAddress, 500, 1);740 let saleAmount = getConversionAmount(saleRes);741 await connectorToken.approve(converter.address, 500);742 let purchaseRes = await converter.buy(connectorTokenAddress, saleAmount, 1);743 let purchaseAmount = getConversionAmount(purchaseRes);744 assert(purchaseAmount <= 500);745 });746 it('should throw when attempting to convert with an invalid from token adress', async () => {747 let converter = await initConverter(accounts, true);748 await connectorToken.approve(converter.address, 500);749 try {750 await converter.convert('0x0', connectorTokenAddress2, 500, 1);751 assert(false, "didn't throw");752 }753 catch (error) {754 return utils.ensureException(error);755 }756 });757 it('should throw when attempting to convert with an invalid to token address', async () => {758 let converter = await initConverter(accounts, true);759 await connectorToken.approve(converter.address, 500);760 try {761 await converter.convert(connectorTokenAddress, '0x0', 500, 1);762 assert(false, "didn't throw");763 }764 catch (error) {765 return utils.ensureException(error);766 }767 });768 it('should throw when attempting to convert with identical from/to addresses', async () => {769 let converter = await initConverter(accounts, true);770 await connectorToken.approve(converter.address, 500);771 try {772 await converter.convert(connectorTokenAddress, connectorTokenAddress, 500, 0);773 assert(false, "didn't throw");774 }775 catch (error) {776 return utils.ensureException(error);777 }778 });779 it('should throw when attempting to convert with 0 minimum requested amount', async () => {780 let converter = await initConverter(accounts, true);781 await connectorToken.approve(converter.address, 500);782 try {783 await converter.convert(connectorTokenAddress, connectorTokenAddress2, 500, 2000);784 assert(false, "didn't throw");785 }786 catch (error) {787 return utils.ensureException(error);788 }789 });790 it('should throw when attempting to convert when the return is smaller than the minimum requested amount', async () => {791 let converter = await initConverter(accounts, true);792 await connectorToken.approve(converter.address, 500);793 try {794 await converter.convert(connectorTokenAddress, connectorTokenAddress2, 500, 2000);795 assert(false, "didn't throw");796 }797 catch (error) {798 return utils.ensureException(error);799 }800 });801 it('verifies balances after buy', async () => {802 let converter = await initConverter(accounts, true);803 let tokenPrevBalance = await token.balanceOf.call(accounts[0]);804 let connectorTokenPrevBalance = await connectorToken.balanceOf.call(accounts[0]);805 await connectorToken.approve(converter.address, 500);806 let purchaseRes = await converter.buy(connectorTokenAddress, 500, 1);807 let purchaseAmount = getConversionAmount(purchaseRes);808 let connectorTokenNewBalance = await connectorToken.balanceOf.call(accounts[0]);809 assert.equal(connectorTokenNewBalance.toNumber(), connectorTokenPrevBalance.minus(500).toNumber());810 let tokenNewBalance = await token.balanceOf.call(accounts[0]);811 assert.equal(tokenNewBalance.toNumber(), tokenPrevBalance.plus(purchaseAmount).toNumber());812 });813 it('should throw when attempting to buy while the converter is not active', async () => {814 let converter = await initConverter(accounts, false);815 await connectorToken.approve(converter.address, 500);816 try {817 await converter.buy(connectorTokenAddress, 500, 1);818 assert(false, "didn't throw");819 }820 catch (error) {821 return utils.ensureException(error);822 }823 });824 it('should throw when attempting to buy with a non connector address', async () => {825 let converter = await initConverter(accounts, true);826 await connectorToken.approve(converter.address, 500);827 try {828 await converter.buy(tokenAddress, 500, 1);829 assert(false, "didn't throw");830 }831 catch (error) {832 return utils.ensureException(error);833 }834 });835 it('should throw when attempting to buy while the purchase yields 0 return', async () => {836 let converter = await initConverter(accounts, true);837 await connectorToken.approve(converter.address, 500);838 try {839 await converter.buy(connectorTokenAddress, 0, 1);840 assert(false, "didn't throw");841 }842 catch (error) {843 return utils.ensureException(error);844 }845 });846 it('should throw when attempting to buy while conversions are disabled', async () => {847 let converter = await initConverter(accounts, true);848 await converter.disableConversions(true);849 await connectorToken.approve(converter.address, 500);850 try {851 await converter.buy(connectorTokenAddress, 500, 1);852 assert(false, "didn't throw");853 }854 catch (error) {855 return utils.ensureException(error);856 }857 });858 it('should throw when attempting to buy with gas price higher than the universal limit', async () => {859 let converter = await initConverter(accounts, true);860 await connectorToken.approve(converter.address, 500);861 try {862 await converter.buy(connectorTokenAddress, 500, 1, { gasPrice: gasPriceBad });863 assert(false, "didn't throw");864 }865 catch (error) {866 return utils.ensureException(error);867 }868 });869 it('should throw when attempting to buy with 0 minimum requested amount', async () => {870 let converter = await initConverter(accounts, true);871 await connectorToken.approve(converter.address, 500);872 try {873 await converter.buy(connectorTokenAddress, 500, 0);874 assert(false, "didn't throw");875 }876 catch (error) {877 return utils.ensureException(error);878 }879 });880 it('should throw when attempting to buy when the return is smaller than the minimum requested amount', async () => {881 let converter = await initConverter(accounts, true);882 await connectorToken.approve(converter.address, 500);883 try {884 await converter.buy(connectorTokenAddress, 500, 2000);885 assert(false, "didn't throw");886 }887 catch (error) {888 return utils.ensureException(error);889 }890 });891 it('should throw when attempting to buy while the connector purchases are disabled', async () => {892 let converter = await initConverter(accounts, true);893 await connectorToken.approve(converter.address, 500);894 await converter.disableConnectorPurchases(connectorTokenAddress, true);895 try {896 await converter.buy(connectorTokenAddress, 500, 1);897 assert(false, "didn't throw");898 }899 catch (error) {900 return utils.ensureException(error);901 }902 });903 it('should throw when attempting to buy without first approving the converter to transfer from the buyer account in the connector contract', async () => {904 let converter = await initConverter(accounts, true);905 try {906 await converter.buy(connectorTokenAddress, 500, 1);907 assert(false, "didn't throw");908 }909 catch (error) {910 return utils.ensureException(error);911 }912 });913 it('verifies balances after sell', async () => {914 let converter = await initConverter(accounts, true);915 let tokenPrevBalance = await token.balanceOf.call(accounts[0]);916 let connectorTokenPrevBalance = await connectorToken.balanceOf.call(accounts[0]);917 let saleRes = await converter.sell(connectorTokenAddress, 500, 1);918 let saleAmount = getConversionAmount(saleRes);919 let connectorTokenNewBalance = await connectorToken.balanceOf.call(accounts[0]);920 assert.equal(connectorTokenNewBalance.toNumber(), connectorTokenPrevBalance.plus(saleAmount).toNumber());921 let tokenNewBalance = await token.balanceOf.call(accounts[0]);922 assert.equal(tokenNewBalance.toNumber(), tokenPrevBalance.minus(500).toNumber());923 });924 it('should throw when attempting to sell while the converter is not active', async () => {925 let converter = await initConverter(accounts, false);926 try {927 await converter.sell(connectorTokenAddress, 500, 1);928 assert(false, "didn't throw");929 }930 catch (error) {931 return utils.ensureException(error);932 }933 });934 it('should throw when attempting to sell with a non connector address', async () => {935 let converter = await initConverter(accounts, true);936 try {937 await converter.sell(tokenAddress, 500, 1);938 assert(false, "didn't throw");939 }940 catch (error) {941 return utils.ensureException(error);942 }943 });944 it('should throw when attempting to sell while the sale yields 0 return', async () => {945 let converter = await initConverter(accounts, true);946 try {947 await converter.sell(connectorTokenAddress, 0, 1);948 assert(false, "didn't throw");949 }950 catch (error) {951 return utils.ensureException(error);952 }953 });954 it('should throw when attempting to sell while conversions are disabled', async () => {955 let converter = await initConverter(accounts, true);956 await converter.disableConversions(true);957 try {958 await converter.sell(connectorTokenAddress, 500, 1);959 assert(false, "didn't throw");960 }961 catch (error) {962 return utils.ensureException(error);963 }964 });965 it('should throw when attempting to sell with 0 minimum requested amount', async () => {966 let converter = await initConverter(accounts, true);967 try {968 await converter.sell(connectorTokenAddress, 500, 0);969 assert(false, "didn't throw");970 }971 catch (error) {972 return utils.ensureException(error);973 }974 });975 it('should throw when attempting to sell when the return is smaller than the minimum requested amount', async () => {976 let converter = await initConverter(accounts, true);977 try {978 await converter.sell(connectorTokenAddress, 500, 2000);979 assert(false, "didn't throw");980 }981 catch (error) {982 return utils.ensureException(error);983 }984 });985 it('should throw when attempting to sell with amount greater then the seller balance', async () => {986 let converter = await initConverter(accounts, true);987 try {988 await converter.sell(connectorTokenAddress, 30000, 1);989 assert(false, "didn't throw");990 }991 catch (error) {992 return utils.ensureException(error);993 }994 });...
EditExtractorConverters.jsx
Source:EditExtractorConverters.jsx
1/*2 * Copyright (C) 2020 Graylog, Inc.3 *4 * This program is free software: you can redistribute it and/or modify5 * it under the terms of the Server Side Public License, version 1,6 * as published by MongoDB, Inc.7 *8 * This program is distributed in the hope that it will be useful,9 * but WITHOUT ANY WARRANTY; without even the implied warranty of10 * MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the11 * Server Side Public License for more details.12 *13 * You should have received a copy of the Server Side Public License14 * along with this program. If not, see15 * <http://www.mongodb.com/licensing/server-side-public-license>.16 */17import PropTypes from 'prop-types';18import React from 'react';19import { Select } from 'components/common';20import { Row, Col, Panel, Button, Input } from 'components/bootstrap';21import {22 CSVConverterConfiguration,23 DateConverterConfiguration,24 FlexdateConverterConfiguration,25 HashConverterConfiguration,26 IpAnonymizerConverterConfiguration,27 LowercaseConverterConfiguration,28 NumericConverterConfiguration,29 SplitAndCountConverterConfiguration,30 SyslogPriFacilityConverterConfiguration,31 SyslogPriLevelConverterConfiguration,32 TokenizerConverterConfiguration,33 UppercaseConverterConfiguration,34 LookupTableConverterConfiguration,35} from 'components/extractors/converters_configuration';36import ExtractorUtils from 'util/ExtractorUtils';37class EditExtractorConverters extends React.Component {38 static propTypes = {39 extractorType: PropTypes.string.isRequired,40 converters: PropTypes.array.isRequired,41 onChange: PropTypes.func.isRequired,42 };43 constructor(props) {44 super(props);45 this.state = {46 displayedConverters: props.converters.map((converter) => converter.type),47 disabledConverters: {}, // Keep disabled converters configuration, so the user doesn't need to type it again48 selectedConverter: undefined,49 };50 }51 _onConverterSelect = (newValue) => {52 this.setState({ selectedConverter: newValue });53 };54 _onConverterAdd = () => {55 const { displayedConverters, selectedConverter } = this.state;56 const nextDisplayedConverters = displayedConverters.concat(selectedConverter);57 this.setState({ selectedConverter: undefined, displayedConverters: nextDisplayedConverters });58 };59 _onConverterChange = (converterType, converter) => {60 const { disabledConverters } = this.state;61 const { onChange } = this.props;62 if (converter) {63 const newDisabledConverters = disabledConverters;64 if ('converterType' in newDisabledConverters) {65 delete newDisabledConverters[converterType];66 this.setState({ disabledConverters: newDisabledConverters });67 }68 } else {69 const newDisabledConverters = disabledConverters;70 newDisabledConverters[converterType] = this._getConverterByType(converterType);71 this.setState({ disabledConverters: newDisabledConverters });72 }73 onChange(converterType, converter);74 };75 _getConverterOptions = () => {76 const { displayedConverters } = this.state;77 const converterOptions = [];78 Object.keys(ExtractorUtils.ConverterTypes).forEach((converterType) => {79 const type = ExtractorUtils.ConverterTypes[converterType];80 const disabled = displayedConverters.indexOf(type) !== -1;81 converterOptions.push({82 value: type,83 label: ExtractorUtils.getReadableConverterTypeName(type),84 disabled: disabled,85 });86 });87 return converterOptions;88 };89 _getConverterByType = (converterType) => {90 const { converters } = this.props;91 const currentConverter = converters.filter((converter) => converter.type === converterType)[0];92 return (currentConverter ? currentConverter.config : {});93 };94 _getConvertersConfiguration = () => {95 const { displayedConverters, disabledConverters } = this.state;96 const controls = displayedConverters.map((converterType) => {97 // Get converter configuration from disabledConverters if it was disabled98 let converterConfig = this._getConverterByType(converterType);99 if (Object.keys(converterConfig).length === 0 && ('converterType' in disabledConverters)) {100 converterConfig = disabledConverters[converterType];101 }102 switch (converterType) {103 case ExtractorUtils.ConverterTypes.NUMERIC:104 return (105 <NumericConverterConfiguration key={converterType}106 type={converterType}107 configuration={converterConfig}108 onChange={this._onConverterChange} />109 );110 case ExtractorUtils.ConverterTypes.DATE:111 return (112 <DateConverterConfiguration key={converterType}113 type={converterType}114 configuration={converterConfig}115 onChange={this._onConverterChange} />116 );117 case ExtractorUtils.ConverterTypes.HASH:118 return (119 <HashConverterConfiguration key={converterType}120 type={converterType}121 configuration={converterConfig}122 onChange={this._onConverterChange} />123 );124 case ExtractorUtils.ConverterTypes.SPLIT_AND_COUNT:125 return (126 <SplitAndCountConverterConfiguration key={converterType}127 type={converterType}128 configuration={converterConfig}129 onChange={this._onConverterChange} />130 );131 case ExtractorUtils.ConverterTypes.IP_ANONYMIZER:132 return (133 <IpAnonymizerConverterConfiguration key={converterType}134 type={converterType}135 configuration={converterConfig}136 onChange={this._onConverterChange} />137 );138 case ExtractorUtils.ConverterTypes.SYSLOG_PRI_LEVEL:139 return (140 <SyslogPriLevelConverterConfiguration key={converterType}141 type={converterType}142 configuration={converterConfig}143 onChange={this._onConverterChange} />144 );145 case ExtractorUtils.ConverterTypes.SYSLOG_PRI_FACILITY:146 return (147 <SyslogPriFacilityConverterConfiguration key={converterType}148 type={converterType}149 configuration={converterConfig}150 onChange={this._onConverterChange} />151 );152 case ExtractorUtils.ConverterTypes.TOKENIZER:153 return (154 <TokenizerConverterConfiguration key={converterType}155 type={converterType}156 configuration={converterConfig}157 onChange={this._onConverterChange} />158 );159 case ExtractorUtils.ConverterTypes.CSV:160 return (161 <CSVConverterConfiguration key={converterType}162 type={converterType}163 configuration={converterConfig}164 onChange={this._onConverterChange} />165 );166 case ExtractorUtils.ConverterTypes.LOWERCASE:167 return (168 <LowercaseConverterConfiguration key={converterType}169 type={converterType}170 configuration={converterConfig}171 onChange={this._onConverterChange} />172 );173 case ExtractorUtils.ConverterTypes.UPPERCASE:174 return (175 <UppercaseConverterConfiguration key={converterType}176 type={converterType}177 configuration={converterConfig}178 onChange={this._onConverterChange} />179 );180 case ExtractorUtils.ConverterTypes.FLEXDATE:181 return (182 <FlexdateConverterConfiguration key={converterType}183 type={converterType}184 configuration={converterConfig}185 onChange={this._onConverterChange} />186 );187 case ExtractorUtils.ConverterTypes.LOOKUP_TABLE:188 return (189 <LookupTableConverterConfiguration key={converterType}190 type={converterType}191 configuration={converterConfig}192 onChange={this._onConverterChange} />193 );194 default:195 // eslint-disable-next-line no-console196 console.warn(`Converter type ${converterType} is not supported.`);197 return <></>;198 }199 });200 return controls;201 };202 render() {203 const { extractorType } = this.props;204 const { selectedConverter } = this.state;205 if (extractorType === ExtractorUtils.ExtractorTypes.GROK206 || extractorType === ExtractorUtils.ExtractorTypes.JSON) {207 return (208 <div className="form-group">209 <div className="col-md-offset-2 col-md-10">210 <Panel bsStyle="info" style={{ marginBottom: 0 }}>211 Cannot add converters to{' '}212 <em>{ExtractorUtils.getReadableExtractorTypeName(extractorType)}</em> extractors.213 </Panel>214 </div>215 </div>216 );217 }218 return (219 <div>220 <Input id="add-converter"221 label="Add converter"222 labelClassName="col-md-2"223 wrapperClassName="col-md-10"224 help="Add converters to transform the extracted value.">225 <Row className="row-sm">226 <Col md={11}>227 <Select id="add-converter"228 placeholder="Select a converter"229 options={this._getConverterOptions()}230 value={selectedConverter}231 onChange={this._onConverterSelect} />232 </Col>233 <Col md={1} className="text-right">234 <Button bsStyle="info" onClick={this._onConverterAdd} disabled={!selectedConverter}>235 Add236 </Button>237 </Col>238 </Row>239 </Input>240 {this._getConvertersConfiguration()}241 </div>242 );243 }244}...
yaml_schema_v1beta.py
Source:yaml_schema_v1beta.py
1# Copyright 2016 Google Inc. All Rights Reserved.2#3# Licensed under the Apache License, Version 2.0 (the "License");4# you may not use this file except in compliance with the License.5# You may obtain a copy of the License at6#7# http://www.apache.org/licenses/LICENSE-2.08#9# Unless required by applicable law or agreed to in writing, software10# distributed under the License is distributed on an "AS IS" BASIS,11# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.12# See the License for the specific language governing permissions and13# limitations under the License.14"""Definition for conversion between legacy YAML and the API JSON formats."""15from __future__ import absolute_import16from googlecloudsdk.third_party.appengine.admin.tools.conversion import converters as c17from googlecloudsdk.third_party.appengine.admin.tools.conversion import schema as s18SCHEMA = s.Message(19 api_config=s.Message(20 url=s.Value(converter=c.ToJsonString),21 login=s.Value(converter=c.EnumConverter('LOGIN')),22 secure=s.Value('security_level', converter=c.EnumConverter('SECURE')),23 auth_fail_action=s.Value(converter=c.EnumConverter('AUTH_FAIL_ACTION')),24 script=s.Value(converter=c.ToJsonString)),25 api_version=s.Value('runtime_api_version', converter=c.ToJsonString),26 auto_id_policy=s.Value('beta_settings',27 lambda val: {'auto_id_policy': val}),28 automatic_scaling=s.Message(29 converter=c.ConvertAutomaticScaling,30 cool_down_period_sec=s.Value('cool_down_period',31 converter=c.SecondsToDuration),32 cpu_utilization=s.Message(33 target_utilization=s.Value(),34 aggregation_window_length_sec=s.Value('aggregation_window_length',35 converter=c.SecondsToDuration)36 ),37 max_instances=s.Value('max_instances'),38 min_instances=s.Value('min_instances'),39 target_cpu_utilization=s.Value('target_cpu_utilization'),40 target_throughput_utilization=s.Value('target_throughput_utilization'),41 max_num_instances=s.Value('max_total_instances'),42 min_pending_latency=s.Value(converter=c.LatencyToDuration),43 min_idle_instances=s.Value(converter=44 c.StringToInt(handle_automatic=True)),45 max_idle_instances=s.Value(converter=46 c.StringToInt(handle_automatic=True)),47 max_pending_latency=s.Value(converter=c.LatencyToDuration),48 max_concurrent_requests=s.Value(converter=c.StringToInt()),49 min_num_instances=s.Value('min_total_instances'),50 target_network_sent_bytes_per_sec=s.Value(51 'target_sent_bytes_per_sec'),52 target_network_sent_packets_per_sec=s.Value(53 'target_sent_packets_per_sec'),54 target_network_received_bytes_per_sec=s.Value(55 'target_received_bytes_per_sec'),56 target_network_received_packets_per_sec=s.Value(57 'target_received_packets_per_sec'),58 target_disk_write_bytes_per_sec=s.Value(59 'target_write_bytes_per_sec'),60 target_disk_write_ops_per_sec=s.Value(61 'target_write_ops_per_sec'),62 target_disk_read_bytes_per_sec=s.Value(63 'target_read_bytes_per_sec'),64 target_disk_read_ops_per_sec=s.Value(65 'target_read_ops_per_sec'),66 target_request_count_per_sec=s.Value(),67 target_concurrent_requests=s.Value(),68 custom_metrics=s.RepeatedField(element=s.Message(69 metric_name=s.Value(converter=c.ToJsonString),70 target_type=s.Value(converter=c.ToJsonString),71 target_utilization=s.Value('target_utilization'),72 single_instance_assignment=s.Value('single_instance_assignment'),73 filter=s.Value(converter=c.ToJsonString))),74 ),75 basic_scaling=s.Message(76 idle_timeout=s.Value(converter=c.IdleTimeoutToDuration),77 max_instances=s.Value(converter=c.StringToInt())),78 beta_settings=s.Map(),79 default_expiration=s.Value(converter=c.ExpirationToDuration),80 endpoints_api_service=s.Message(81 name=s.Value(),82 rollout_strategy=s.Value(83 converter=c.ConvertEndpointsRolloutStrategyToEnum),84 config_id=s.Value(),85 trace_sampling=s.Value('disable_trace_sampling', converter=c.Not),86 ),87 env=s.Value(),88 env_variables=s.Map(),89 error_handlers=s.RepeatedField(element=s.Message(90 error_code=s.Value(converter=c.EnumConverter('ERROR_CODE')),91 file=s.Value('static_file', converter=c.ToJsonString),92 mime_type=s.Value(converter=c.ToJsonString))),93 # Restructure the handler after it's complete, since this is more94 # complicated than a simple rename.95 handlers=s.RepeatedField(element=s.Message(96 converter=c.ConvertUrlHandler,97 auth_fail_action=s.Value(converter=c.EnumConverter('AUTH_FAIL_ACTION')),98 static_dir=s.Value(converter=c.ToJsonString),99 secure=s.Value('security_level', converter=c.EnumConverter('SECURE')),100 redirect_http_response_code=s.Value(101 converter=c.EnumConverter('REDIRECT_HTTP_RESPONSE_CODE')),102 http_headers=s.Map(),103 url=s.Value('url_regex'),104 expiration=s.Value(converter=c.ExpirationToDuration),105 static_files=s.Value('path', converter=c.ToJsonString),106 script=s.Value('script_path', converter=c.ToJsonString),107 upload=s.Value('upload_path_regex', converter=c.ToJsonString),108 api_endpoint=s.Value(),109 application_readable=s.Value(),110 position=s.Value(),111 login=s.Value(converter=c.EnumConverter('LOGIN')),112 mime_type=s.Value(converter=c.ToJsonString),113 require_matching_file=s.Value())),114 health_check=s.Message(115 check_interval_sec=s.Value('check_interval',116 converter=c.SecondsToDuration),117 timeout_sec=s.Value('timeout', converter=c.SecondsToDuration),118 healthy_threshold=s.Value(),119 enable_health_check=s.Value('disable_health_check', converter=c.Not),120 unhealthy_threshold=s.Value(),121 host=s.Value(converter=c.ToJsonString),122 restart_threshold=s.Value()),123 liveness_check=s.Message(124 check_interval_sec=s.Value('check_interval',125 converter=c.SecondsToDuration),126 timeout_sec=s.Value('timeout', converter=c.SecondsToDuration),127 initial_delay_sec=s.Value('initial_delay',128 converter=c.SecondsToDuration),129 success_threshold=s.Value(),130 failure_threshold=s.Value(),131 path=s.Value(),132 host=s.Value(converter=c.ToJsonString)),133 readiness_check=s.Message(134 check_interval_sec=s.Value('check_interval',135 converter=c.SecondsToDuration),136 timeout_sec=s.Value('timeout', converter=c.SecondsToDuration),137 app_start_timeout_sec=s.Value('app_start_timeout',138 converter=c.SecondsToDuration),139 success_threshold=s.Value(),140 failure_threshold=s.Value(),141 path=s.Value(),142 host=s.Value(converter=c.ToJsonString)),143 inbound_services=s.RepeatedField(element=s.Value(144 converter=c.EnumConverter('INBOUND_SERVICE'))),145 instance_class=s.Value(converter=c.ToJsonString),146 libraries=s.RepeatedField(element=s.Message(147 version=s.Value(converter=c.ToJsonString),148 name=s.Value(converter=c.ToJsonString))),149 manual_scaling=s.Message(150 instances=s.Value(converter=c.StringToInt())),151 network=s.Message(152 instance_tag=s.Value(converter=c.ToJsonString),153 name=s.Value(converter=c.ToJsonString),154 subnetwork_name=s.Value(converter=c.ToJsonString),155 forwarded_ports=s.RepeatedField(element=s.Value(converter=156 c.ToJsonString)),157 session_affinity=s.Value()158 ),159 vpc_access_connector=s.Message(160 name=s.Value(converter=c.ToJsonString),161 ),162 zones=s.RepeatedField(element=s.Value(converter=c.ToJsonString)),163 nobuild_files=s.Value('nobuild_files_regex', converter=c.ToJsonString),164 resources=s.Message(165 memory_gb=s.Value(),166 disk_size_gb=s.Value('disk_gb'),167 cpu=s.Value(),168 volumes=s.RepeatedField(element=s.Message(169 name=s.Value(converter=c.ToJsonString),170 volume_type=s.Value(converter=c.ToJsonString),171 size_gb=s.Value()))),172 runtime=s.Value(converter=c.ToJsonString),173 runtime_channel=s.Value(converter=c.ToJsonString),174 standard_websocket=s.Value('enable_standard_websocket'),175 threadsafe=s.Value(),176 version=s.Value('id', converter=c.ToJsonString),177 vm=s.Value(),...
yaml_schema_v1.py
Source:yaml_schema_v1.py
1# Copyright 2016 Google Inc. All Rights Reserved.2#3# Licensed under the Apache License, Version 2.0 (the "License");4# you may not use this file except in compliance with the License.5# You may obtain a copy of the License at6#7# http://www.apache.org/licenses/LICENSE-2.08#9# Unless required by applicable law or agreed to in writing, software10# distributed under the License is distributed on an "AS IS" BASIS,11# WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.12# See the License for the specific language governing permissions and13# limitations under the License.14"""Definition for conversion between legacy YAML and the API JSON formats."""15from __future__ import absolute_import16from googlecloudsdk.third_party.appengine.admin.tools.conversion import converters as c17from googlecloudsdk.third_party.appengine.admin.tools.conversion import schema as s18SCHEMA = s.Message(19 api_config=s.Message(20 url=s.Value(converter=c.ToJsonString),21 login=s.Value(converter=c.EnumConverter('LOGIN')),22 secure=s.Value('security_level', converter=c.EnumConverter('SECURE')),23 auth_fail_action=s.Value(converter=c.EnumConverter('AUTH_FAIL_ACTION')),24 script=s.Value(converter=c.ToJsonString)),25 api_version=s.Value('runtime_api_version', converter=c.ToJsonString),26 auto_id_policy=s.Value('beta_settings',27 lambda val: {'auto_id_policy': val}),28 automatic_scaling=s.Message(29 converter=c.ConvertAutomaticScaling,30 cool_down_period_sec=s.Value('cool_down_period',31 converter=c.SecondsToDuration),32 cpu_utilization=s.Message(33 target_utilization=s.Value(),34 aggregation_window_length_sec=s.Value('aggregation_window_length',35 converter=c.SecondsToDuration)36 ),37 max_instances=s.Value('max_instances'),38 min_instances=s.Value('min_instances'),39 target_cpu_utilization=s.Value('target_cpu_utilization'),40 target_throughput_utilization=s.Value('target_throughput_utilization'),41 max_num_instances=s.Value('max_total_instances'),42 min_pending_latency=s.Value(converter=c.LatencyToDuration),43 min_idle_instances=s.Value(converter=44 c.StringToInt(handle_automatic=True)),45 max_idle_instances=s.Value(converter=46 c.StringToInt(handle_automatic=True)),47 max_pending_latency=s.Value(converter=c.LatencyToDuration),48 max_concurrent_requests=s.Value(converter=c.StringToInt()),49 min_num_instances=s.Value('min_total_instances'),50 target_network_sent_bytes_per_sec=s.Value(51 'target_sent_bytes_per_second'),52 target_network_sent_packets_per_sec=s.Value(53 'target_sent_packets_per_second'),54 target_network_received_bytes_per_sec=s.Value(55 'target_received_bytes_per_second'),56 target_network_received_packets_per_sec=s.Value(57 'target_received_packets_per_second'),58 target_disk_write_bytes_per_sec=s.Value(59 'target_write_bytes_per_second'),60 target_disk_write_ops_per_sec=s.Value(61 'target_write_ops_per_second'),62 target_disk_read_bytes_per_sec=s.Value(63 'target_read_bytes_per_second'),64 target_disk_read_ops_per_sec=s.Value(65 'target_read_ops_per_second'),66 target_request_count_per_sec=s.Value(67 'target_request_count_per_second'),68 target_concurrent_requests=s.Value()),69 basic_scaling=s.Message(70 idle_timeout=s.Value(converter=c.IdleTimeoutToDuration),71 max_instances=s.Value(converter=c.StringToInt())),72 beta_settings=s.Map(),73 default_expiration=s.Value(converter=c.ExpirationToDuration),74 endpoints_api_service=s.Message(75 name=s.Value(),76 rollout_strategy=s.Value(77 converter=c.ConvertEndpointsRolloutStrategyToEnum),78 config_id=s.Value(),79 trace_sampling=s.Value('disable_trace_sampling', converter=c.Not),80 ),81 env=s.Value(),82 env_variables=s.Map(),83 error_handlers=s.RepeatedField(element=s.Message(84 error_code=s.Value(converter=c.EnumConverter('ERROR_CODE')),85 file=s.Value('static_file', converter=c.ToJsonString),86 mime_type=s.Value(converter=c.ToJsonString))),87 # Restructure the handler after it's complete, since this is more88 # complicated than a simple rename.89 handlers=s.RepeatedField(element=s.Message(90 converter=c.ConvertUrlHandler,91 auth_fail_action=s.Value(converter=c.EnumConverter('AUTH_FAIL_ACTION')),92 static_dir=s.Value(converter=c.ToJsonString),93 secure=s.Value('security_level', converter=c.EnumConverter('SECURE')),94 redirect_http_response_code=s.Value(95 converter=c.EnumConverter('REDIRECT_HTTP_RESPONSE_CODE')),96 http_headers=s.Map(),97 url=s.Value('url_regex'),98 expiration=s.Value(converter=c.ExpirationToDuration),99 static_files=s.Value('path', converter=c.ToJsonString),100 script=s.Value('script_path', converter=c.ToJsonString),101 upload=s.Value('upload_path_regex', converter=c.ToJsonString),102 api_endpoint=s.Value(),103 application_readable=s.Value(),104 position=s.Value(),105 login=s.Value(converter=c.EnumConverter('LOGIN')),106 mime_type=s.Value(converter=c.ToJsonString),107 require_matching_file=s.Value())),108 health_check=s.Message(109 check_interval_sec=s.Value('check_interval',110 converter=c.SecondsToDuration),111 timeout_sec=s.Value('timeout', converter=c.SecondsToDuration),112 healthy_threshold=s.Value(),113 enable_health_check=s.Value('disable_health_check', converter=c.Not),114 unhealthy_threshold=s.Value(),115 host=s.Value(converter=c.ToJsonString),116 restart_threshold=s.Value()),117 liveness_check=s.Message(118 check_interval_sec=s.Value('check_interval',119 converter=c.SecondsToDuration),120 timeout_sec=s.Value('timeout', converter=c.SecondsToDuration),121 initial_delay_sec=s.Value('initial_delay',122 converter=c.SecondsToDuration),123 success_threshold=s.Value(),124 failure_threshold=s.Value(),125 path=s.Value(),126 host=s.Value(converter=c.ToJsonString)),127 readiness_check=s.Message(128 check_interval_sec=s.Value('check_interval',129 converter=c.SecondsToDuration),130 timeout_sec=s.Value('timeout', converter=c.SecondsToDuration),131 app_start_timeout_sec=s.Value('app_start_timeout',132 converter=c.SecondsToDuration),133 success_threshold=s.Value(),134 failure_threshold=s.Value(),135 path=s.Value(),136 host=s.Value(converter=c.ToJsonString)),137 inbound_services=s.RepeatedField(element=s.Value(138 converter=c.EnumConverter('INBOUND_SERVICE'))),139 instance_class=s.Value(converter=c.ToJsonString),140 libraries=s.RepeatedField(element=s.Message(141 version=s.Value(converter=c.ToJsonString),142 name=s.Value(converter=c.ToJsonString))),143 manual_scaling=s.Message(144 instances=s.Value(converter=c.StringToInt())),145 network=s.Message(146 instance_tag=s.Value(converter=c.ToJsonString),147 name=s.Value(converter=c.ToJsonString),148 subnetwork_name=s.Value(converter=c.ToJsonString),149 forwarded_ports=s.RepeatedField(element=s.Value(converter=150 c.ToJsonString))),151 zones=s.RepeatedField(element=s.Value(converter=c.ToJsonString)),152 nobuild_files=s.Value('nobuild_files_regex', converter=c.ToJsonString),153 resources=s.Message(154 memory_gb=s.Value(),155 disk_size_gb=s.Value('disk_gb'),156 cpu=s.Value(),157 volumes=s.RepeatedField(element=s.Message(158 name=s.Value(converter=c.ToJsonString),159 volume_type=s.Value(converter=c.ToJsonString),160 size_gb=s.Value()))),161 runtime=s.Value(converter=c.ToJsonString),162 runtime_channel=s.Value(converter=c.ToJsonString),163 standard_websocket=s.Value('enable_standard_websocket'),164 threadsafe=s.Value(),165 version=s.Value('id', converter=c.ToJsonString),166 vm=s.Value(),...
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