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{ CustomError } from '../../../../../lib/errors';\nimport { args } from '../../../../args';\nimport { getErrorStringCode } from './error-utils';\nimport { IaCErrorCodes, IaCTestFlags, TerraformPlanScanMode } from './types';\nimport { Options, TestOptions } from '../../../../../lib/types';\n\nconst keys: (keyof IaCTestFlags)[] = [\n  'org',\n  'debug',\n  'insecure',\n  'detectionDepth',\n  'severityThreshold',\n  'rules',\n  'json',\n  'sarif',\n  'json-file-output',\n  'sarif-file-output',\n  'v',\n  'version',\n  'h',\n  'help',\n  'q',\n  'quiet',\n  'scan',\n  'report',\n  // Tags and attributes\n  'tags',\n  'project-tags',\n  'project-environment',\n  'project-lifecycle',\n  'project-business-criticality',\n  'target-reference',\n  'var-file',\n  // PolicyOptions\n  'ignore-policy',\n  'policy-path',\n  // Report options\n  'remote-repo-url',\n  'target-name',\n];\nconst allowed = new Set<string>(keys);\n\nfunction camelcaseToDash(key: string) {\n  return key.replace(/[A-Z]/g, (m) => '-' + m.toLowerCase());\n}\n\nfunction getFlagName(key: string) {\n  const dashes = key.length === 1 ? '-' : '--';\n  const flag = camelcaseToDash(key);\n  return `${dashes}${flag}`;\n}\n\nexport class FlagError extends CustomError {\n  constructor(key: string) {\n    const flag = getFlagName(key);\n    const msg = `Unsupported flag \"${flag}\" provided. Run snyk iac test --help for supported flags`;\n    super(msg);\n    this.code = IaCErrorCodes.FlagError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage = msg;\n  }\n}\n\nexport class FeatureFlagError extends CustomError {\n  constructor(key: string, featureFlag: string, hasSnykPreview?: boolean) {\n    const flag = getFlagName(key);\n    let msg;\n    if (hasSnykPreview) {\n      msg = `Flag \"${flag}\" is only supported if feature flag '${featureFlag}' is enabled. The feature flag can be enabled via Snyk Preview if you are on the Enterprise Plan`;\n    } else {\n      msg = `Flag \"${flag}\" is only supported if feature flag \"${featureFlag}\" is enabled. To enable it, please contact Snyk support.`;\n    }\n    super(msg);\n    this.code = IaCErrorCodes.FeatureFlagError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage = msg;\n  }\n}\n\nexport class FlagValueError extends CustomError {\n  constructor(key: string, value: string) {\n    const flag = getFlagName(key);\n    const msg = `Unsupported value \"${value}\" provided to flag \"${flag}\".\\nSupported values are: ${SUPPORTED_TF_PLAN_SCAN_MODES.join(\n      ', ',\n    )}`;\n    super(msg);\n    this.code = IaCErrorCodes.FlagValueError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage = msg;\n  }\n}\n\nexport class UnsupportedEntitlementFlagError extends CustomError {\n  constructor(key: string, entitlementName: string) {\n    const flag = getFlagName(key);\n    super(\n      `Unsupported flag: ${flag} - Missing the ${entitlementName} entitlement`,\n    );\n    this.code = IaCErrorCodes.UnsupportedEntitlementFlagError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage = `Flag \"${flag}\" is currently not supported for this org. To enable it, please contact snyk support.`;\n  }\n}\n\nexport class UnsupportedEntitlementCommandError extends CustomError {\n  constructor(key: string, entitlementName: string) {\n    super(\n      `Unsupported command: ${key} - Missing the ${entitlementName} entitlement`,\n    );\n    this.code = IaCErrorCodes.UnsupportedEntitlementFlagError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage = `Command \"${key}\" is currently not supported for this org. To enable it, please contact snyk support.`;\n  }\n}\n\n/**\n * Validates the command line flags passed to the snyk iac test\n * command. The current argument parsing is very permissive and\n * allows unknown flags to be provided without validation.\n *\n * For snyk iac we need to explicitly validate the flags to avoid\n * misconfigurations and typos. For example, if the --experimental\n * flag were to be misspelled we would end up sending the client\n * data to our backend rather than running it locally as intended.\n * @param argv command line args passed to the process\n */\nexport function assertIaCOptionsFlags(argv: string[]): void {\n  // We process the process.argv so we don't get default values.\n  const parsed = args(argv);\n  for (const key of Object.keys(parsed.options)) {\n    // The _ property is a special case that contains non\n    // flag strings passed to the command line (usually files)\n    // and `iac` is the command provided.\n    if (key !== '_' && key !== 'iac' && !allowed.has(key)) {\n      throw new FlagError(key);\n    }\n  }\n\n  if (parsed.options.scan) {\n    assertTerraformPlanModes(parsed.options.scan as string);\n  }\n}\n\nconst SUPPORTED_TF_PLAN_SCAN_MODES = [\n  TerraformPlanScanMode.DeltaScan,\n  TerraformPlanScanMode.FullScan,\n];\n\nfunction assertTerraformPlanModes(scanModeArgValue: string) {\n  if (\n    !SUPPORTED_TF_PLAN_SCAN_MODES.includes(\n      scanModeArgValue as TerraformPlanScanMode,\n    )\n  ) {\n    throw new FlagValueError('scan', scanModeArgValue);\n  }\n}\n\nexport function isIacShareResultsOptions(\n  options: Options & TestOptions,\n): boolean | undefined {\n  return options.iac && options.report;\n}\nexport class InvalidArgumentError extends CustomError {\n  constructor(key: string) {\n    const flag = getFlagName(key);\n    const msg = `Invalid argument provided to flag \"${flag}\". Value must be a string`;\n    super(msg);\n    this.code = IaCErrorCodes.InvalidArgumentError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage = msg;\n  }\n}\n","import { IaCErrorCodes } from './types';\n\nexport function getErrorStringCode(code: number): string {\n  const errorName = IaCErrorCodes[code];\n  if (!errorName) {\n    return 'INVALID_IAC_ERROR';\n  }\n  let result = errorName.replace(/([A-Z])/g, '_$1');\n  if (result.charAt(0) === '_') {\n    result = result.substring(1);\n  }\n  return result.toUpperCase();\n}\n","import { IaCErrorCodes, IacOrgSettings } from '../types';\nimport { Payload } from '../../../../../../lib/snyk-test/types';\nimport config from '../../../../../../lib/config';\nimport { isCI } from '../../../../../../lib/is-ci';\nimport { getAuthHeader } from '../../../../../../lib/api-token';\nimport { makeRequest } from '../../../../../../lib/request';\nimport { CustomError } from '../../../../../../lib/errors';\nimport { getErrorStringCode } from '../error-utils';\n\nexport function getIacOrgSettings(\n  publicOrgId?: string,\n): Promise<IacOrgSettings> {\n  const payload: Payload = {\n    method: 'get',\n    url: config.API + '/iac-org-settings',\n    json: true,\n    qs: { org: publicOrgId },\n    headers: {\n      'x-is-ci': isCI(),\n      authorization: getAuthHeader(),\n    },\n  };\n\n  return new Promise((resolve, reject) => {\n    makeRequest(payload, (error, res) => {\n      if (error) {\n        return reject(error);\n      }\n      if (res.statusCode < 200 || res.statusCode > 299) {\n        return reject(new FailedToGetIacOrgSettingsError());\n      }\n      resolve(res.body);\n    });\n  });\n}\n\nexport class FailedToGetIacOrgSettingsError extends CustomError {\n  constructor(message?: string) {\n    super(message || 'Failed to fetch IaC organization settings');\n    this.code = IaCErrorCodes.FailedToGetIacOrgSettingsError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage =\n      'We failed to fetch your organization settings, including custom severity overrides for infrastructure-as-code policies. Please run the command again with the `-d` flag and contact support@snyk.io with the contents of the output.';\n  }\n}\n","import { CustomError } from './custom-error';\nimport { DescribeExclusiveArgs } from '../iac/drift';\n\nexport class DescribeExclusiveArgumentError extends CustomError {\n  constructor() {\n    super(\n      'Please use only one of these arguments: ' +\n        DescribeExclusiveArgs.join(', '),\n    );\n  }\n}\n","import { CustomError } from './custom-error';\nimport chalk from 'chalk';\n\nexport class DescribeRequiredArgumentError extends CustomError {\n  constructor() {\n    super(\n      chalk.red(\n        'Describe command require one of these arguments:\\n' +\n          '    --only-unmanaged: Report resources not under Terraform control\\n' +\n          '    --only-managed: Report resources from Terraform states that changed (may take a while)\\n' +\n          '    --all: Scan for managed and unmanaged resources (may take a while)',\n      ),\n    );\n  }\n}\n","export default `data:image/svg+xml;base64,<svg xmlns="http://www.w3.org/2000/svg" xmlns:xlink="http://www.w3.org/1999/xlink" version="1.1" width="1560pt" height="2448pt" viewBox="0 0 1560 2448"><g enable-background="new"><g><g id="Layer-1" data-name="AAPL:Style"><g id="Layer-2" data-name="AAPL:StyleContent"><mask id="ma0"><g transform="matrix(1,0,0,.99999997,0,-4)"><use xlink:href="#im1" x="0" y="0" width="1560" height="2456"/></g></mask><symbol id="im1" viewBox="0 0 1560 2456"><image width="1560" height="2456" 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'../errors/describe-required-argument-error';\nimport snykLogoSVG from './assets/snyk-logo';\nimport snykFaviconBase64 from './assets/snyk-favicon';\nimport { getHumanReadableAnalysis } from './drift/output';\nimport { runDriftCTL } from './drift/driftctl';\n\nexport const DescribeExclusiveArgs = [\n  'all',\n  'only-managed',\n  'drift',\n  'only-unmanaged',\n];\n\nexport const DescribeRequiredArgs = [\n  'all',\n  'only-managed',\n  'drift',\n  'only-unmanaged',\n];\n\nexport const validateArgs = (options: DriftCTLOptions): void => {\n  if (options.kind === 'describe') {\n    return validateDescribeArgs(options as DescribeOptions);\n  }\n};\n\nconst validateDescribeArgs = (options: DescribeOptions): void => {\n  // Check that there is no more than one of the exclusive arguments\n  let count = 0;\n  for (const describeExclusiveArg of DescribeExclusiveArgs) {\n    if (options[describeExclusiveArg]) {\n      count++;\n    }\n  }\n  if (count > 1) {\n    throw new DescribeExclusiveArgumentError();\n  }\n\n  // Check we have one of the required arguments\n  count = 0;\n  for (const describeRequiredArgs of DescribeRequiredArgs) {\n    if (options[describeRequiredArgs]) {\n      count++;\n    }\n  }\n  if (count === 0) {\n    throw new DescribeRequiredArgumentError();\n  }\n};\n\nexport const parseDriftAnalysisResults = (input: string): DriftAnalysis => {\n  return JSON.parse(input) as DriftAnalysis;\n};\n\nexport function driftignoreFromPolicy(policy: Policy | undefined): string[] {\n  const excludeSection = 'iac-drift';\n  if (!policy || !policy.exclude || !(excludeSection in policy.exclude)) {\n    return [];\n  }\n  return policy.exclude[excludeSection];\n}\n\nexport const updateExcludeInPolicy = (\n  policy: Policy,\n  analysis: DriftAnalysis,\n  options: GenDriftIgnoreOptions,\n): void => {\n  const excludedResources = driftignoreFromPolicy(policy);\n  const addResource = (res) => excludedResources.push(`${res.type}.${res.id}`);\n\n  if (!options['exclude-changed'] && analysis.summary.total_changed > 0) {\n    analysis.differences?.forEach((change) => addResource(change.res));\n  }\n\n  if (!options['exclude-missing'] && analysis.summary.total_missing > 0) {\n    analysis.missing?.forEach((res) => addResource(res));\n  }\n\n  if (!options['exclude-unmanaged'] && analysis.summary.total_unmanaged > 0) {\n    analysis.unmanaged?.forEach((res) => addResource(res));\n  }\n\n  if (!policy.exclude) {\n    policy.exclude = {};\n  }\n\n  policy.exclude['iac-drift'] = excludedResources;\n};\n\nexport async function processAnalysis(\n  options: DescribeOptions,\n  describe: DriftctlExecutionResult,\n): Promise<string> {\n  if (options.html || options['html-file-output']) {\n    // we use fmt for html output\n    const fmtResult = await runDriftCTL({\n      options: { ...options, kind: 'fmt' },\n      input: describe.stdout,\n    });\n    const output = processHTMLOutput(options, fmtResult.stdout);\n\n    if (options.html) {\n      // html on stdout\n      return output;\n    }\n    // should return an empty string if we use the html-file-output flag\n    return '';\n  }\n\n  if (options.json) {\n    // json on stdout\n    return describe.stdout;\n  }\n\n  const analysis = parseDriftAnalysisResults(describe.stdout);\n  return getHumanReadableAnalysis(options, analysis);\n}\n\nexport function processHTMLOutput(\n  options: DescribeOptions,\n  stdout: string,\n): string {\n  if (options.html) {\n    stdout = rebrandHTMLOutput(stdout);\n  }\n\n  if (options['html-file-output']) {\n    const data = fs.readFileSync(options['html-file-output'], {\n      encoding: 'utf8',\n    });\n    fs.writeFileSync(options['html-file-output'], rebrandHTMLOutput(data));\n  }\n\n  return stdout;\n}\n\nfunction rebrandHTMLOutput(data: string): string {\n  // Replace favicon\n  const faviconReplaceRegex = new RegExp(\n    '(<link rel=\"shortcut icon\")(.*)(\\\\/>)',\n    'g',\n  );\n  data = data.replace(\n    faviconReplaceRegex,\n    `<link rel=\"shortcut icon\" type=\"image/x-icon\" href=\"${snykFaviconBase64}\" />`,\n  );\n\n  // Replace HTML title\n  const titleReplaceRegex = new RegExp('(<title>)(.*)(<\\\\/title>)', 'g');\n  data = data.replace(\n    titleReplaceRegex,\n    `<title>Snyk IaC drift report</title>`,\n  );\n\n  // Replace header brand logo\n  const logoReplaceRegex = new RegExp(\n    '(<div id=\"brand_logo\">)((.|\\\\r|\\\\n)*?)(<\\\\/div>)',\n    'g',\n  );\n  data = data.replace(\n    logoReplaceRegex,\n    `<div id=\"brand_logo\">${snykLogoSVG}</div>`,\n  );\n\n  return data;\n}\n","import config from '../../config';\nimport { EXIT_CODES } from '../../../cli/exit-codes';\nimport envPaths from 'env-paths';\nimport {\n  DescribeOptions,\n  DriftctlExecutionResult,\n  DriftCTLOptions,\n  FmtOptions,\n} from '../types';\nimport { TimerMetricInstance } from '../../metrics';\nimport * as analytics from '../../analytics';\nimport { spinner } from '../../spinner';\nimport {\n  createIgnorePattern,\n  verifyServiceMappingExists,\n} from '../service-mappings';\nimport { validateArgs } from '../drift';\nimport * as debugLib from 'debug';\nimport { makeRequest } from '../../request';\nimport { StdioOptions } from 'child_process';\nimport * as path from 'path';\nimport * as child_process from 'child_process';\nimport * as fs from 'fs';\nimport * as os from 'os';\nimport * as crypto from 'crypto';\nimport { createDirIfNotExists, isExe } from '../file-utils';\n\nconst debug = debugLib('driftctl');\n\nconst cachePath = config.CACHE_PATH ?? envPaths('snyk').cache;\n\nexport const DCTL_EXIT_CODES = {\n  EXIT_IN_SYNC: 0,\n  EXIT_NOT_IN_SYNC: 1,\n  EXIT_ERROR: 2,\n};\n\nexport const driftctlVersion = 'v0.35.2';\n\nconst driftctlChecksums = {\n  driftctl_darwin_amd64:\n    '1e21863bb99d104da8a1e33999563cc172ca51bb5b6ac7d3a4bd9678e0285067',\n  'driftctl_windows_386.exe':\n    '20dc49a4faebfdbdf9f9198499ba2426ea6cda0666e82d81cd4e08a41516d5e0',\n  driftctl_darwin_arm64:\n    '37b7a4c72f4db62b056f1b534eb93fbb8dd32c303719ed4af87d9bd4d903fcf6',\n  driftctl_linux_arm64:\n    '3e6dabf013e097be1aac0e6e0f4ebcc3ada85a1906c6841d57fbe96c9ee9857e',\n  'driftctl_windows_arm.exe':\n    '480c330fefdc6e1d58de943817556a1cd183d32d58b6cb20c8127cd3b8753dc4',\n  driftctl_linux_amd64:\n    '80b7b99c343e1502f54321987c9f00fa3c381fbea819b1e440a0377b18706fb1',\n  'driftctl_windows_amd64.exe':\n    'bbc71047bd75e1bcd80752b7c03c27c0d8d7d93bec72a70eb8bc8220687805de',\n  'driftctl_windows_arm64.exe':\n    'be1a5564ec3351503caa16121d192ad8d8e8f287a5324939214b20177c7363e4',\n  driftctl_linux_arm:\n    'd04c911bdb86092743077bfbb025bfb8391978236bb381122594aeaa77f9a68f',\n  driftctl_linux_386:\n    'e720c2f3c25594c7b83ffb2123c461283589b6ee73b9a59c1c4f48bb2bac2775',\n};\n\nconst dctlBaseUrl = 'https://static.snyk.io/cli/driftctl/';\n\nconst driftctlPath: string = path.join(\n  cachePath,\n  'driftctl_' + driftctlVersion,\n);\n\nconst driftctlDefaultOptions = ['--no-version-check'];\n\nlet isBinaryDownloaded = false;\n\nexport const generateArgs = async (\n  options: DriftCTLOptions,\n  driftIgnore?: string[],\n): Promise<string[]> => {\n  if (options.kind === 'describe') {\n    return await generateScanFlags(options as DescribeOptions, driftIgnore);\n  }\n\n  if (options.kind === 'fmt') {\n    return generateFmtFlags(options as FmtOptions);\n  }\n\n  throw 'Unsupported command';\n};\n\nconst generateFmtFlags = (options: FmtOptions): string[] => {\n  const args: string[] = ['fmt', ...driftctlDefaultOptions];\n\n  if (options.json) {\n    args.push('--output');\n    args.push('json://stdout');\n  }\n\n  if (options.html) {\n    args.push('--output');\n    args.push('html://stdout');\n  }\n\n  if (options['html-file-output']) {\n    args.push('--output');\n    args.push('html://' + options['html-file-output']);\n  }\n\n  return args;\n};\n\nconst generateScanFlags = async (\n  options: DescribeOptions,\n  driftIgnore?: string[],\n): Promise<string[]> => {\n  const args: string[] = ['scan', ...driftctlDefaultOptions];\n\n  if (options.quiet) {\n    args.push('--quiet');\n  }\n\n  if (options.filter) {\n    args.push('--filter');\n    args.push(options.filter);\n  }\n\n  args.push('--output');\n  args.push('json://stdout');\n\n  if (options['fetch-tfstate-headers']) {\n    args.push('--headers');\n    args.push(options['fetch-tfstate-headers']);\n  }\n\n  if (options['tfc-token']) {\n    args.push('--tfc-token');\n    args.push(options['tfc-token']);\n  }\n\n  if (options['tfc-endpoint']) {\n    args.push('--tfc-endpoint');\n    args.push(options['tfc-endpoint']);\n  }\n\n  if (options['tf-provider-version']) {\n    args.push('--tf-provider-version');\n    args.push(options['tf-provider-version']);\n  }\n\n  if (options.strict) {\n    args.push('--strict');\n  }\n\n  if (options.deep || options.all) {\n    args.push('--deep');\n  }\n\n  if (options['only-managed'] || options.drift) {\n    args.push('--only-managed');\n  }\n\n  if (options['only-unmanaged']) {\n    args.push('--only-unmanaged');\n  }\n\n  if (options.driftignore) {\n    args.push('--driftignore');\n    args.push(options.driftignore);\n  }\n\n  if (options['tf-lockfile']) {\n    args.push('--tf-lockfile');\n    args.push(options['tf-lockfile']);\n  }\n\n  if (driftIgnore && driftIgnore.length > 0) {\n    args.push('--ignore');\n    args.push(driftIgnore.join(','));\n  }\n\n  let configDir = cachePath;\n  await createDirIfNotExists(cachePath);\n  if (options['config-dir']) {\n    configDir = options['config-dir'];\n  }\n  args.push('--config-dir');\n  args.push(configDir);\n\n  if (options.from) {\n    const froms = options.from.split(',');\n    for (const f of froms) {\n      args.push('--from');\n      args.push(f);\n    }\n  }\n\n  let to = 'aws+tf';\n  if (options.to) {\n    to = options.to;\n  }\n  args.push('--to');\n  args.push(to);\n\n  if (options.service) {\n    const services = options.service.split(',');\n    verifyServiceMappingExists(services);\n    args.push('--ignore');\n    args.push(createIgnorePattern(services));\n  }\n\n  debug(args);\n\n  return args;\n};\n\nexport function translateExitCode(exitCode: number | null): number {\n  switch (exitCode) {\n    case DCTL_EXIT_CODES.EXIT_IN_SYNC:\n      return 0;\n    case DCTL_EXIT_CODES.EXIT_NOT_IN_SYNC:\n      return EXIT_CODES.VULNS_FOUND;\n    case DCTL_EXIT_CODES.EXIT_ERROR:\n      return EXIT_CODES.ERROR;\n    default:\n      debug('driftctl returned %d', exitCode);\n      return EXIT_CODES.ERROR;\n  }\n}\n\nexport const runDriftCTL = async ({\n  options,\n  driftIgnore,\n  input,\n  stdio,\n}: {\n  options: DriftCTLOptions;\n  driftIgnore?: string[];\n  input?: string;\n  stdio?: StdioOptions;\n}): Promise<DriftctlExecutionResult> => {\n  const path = await findOrDownload();\n  await validateArgs(options);\n  const args = await generateArgs(options, driftIgnore);\n\n  if (!stdio) {\n    stdio = ['pipe', 'pipe', 'inherit'];\n  }\n\n  debug('running driftctl %s ', args.join(' '));\n\n  const p = child_process.spawn(path, args, {\n    stdio,\n    env: { ...process.env, DCTL_IS_SNYK: 'true' },\n  });\n\n  let stdout = '';\n  return new Promise<DriftctlExecutionResult>((resolve, reject) => {\n    if (input) {\n      p.stdin?.write(input);\n      p.stdin?.end();\n    }\n    p.on('error', (error) => {\n      reject(error);\n    });\n\n    p.stdout?.on('data', (data) => {\n      stdout += data;\n    });\n\n    p.on('exit', (code) => {\n      resolve({ code: translateExitCode(code), stdout });\n    });\n  });\n};\n\nasync function findOrDownload(): Promise<string> {\n  let dctl = await findDriftCtl();\n  if (isBinaryDownloaded) {\n    return dctl;\n  }\n  let downloadDuration = 0;\n  let binaryExist = true;\n  if (dctl === '') {\n    binaryExist = false;\n    try {\n      await createDirIfNotExists(cachePath);\n      dctl = driftctlPath;\n\n      const duration = new TimerMetricInstance('driftctl_download');\n      duration.start();\n      await download(driftctlUrl(), dctl);\n      duration.stop();\n\n      downloadDuration = Math.round((duration.getValue() as number) / 1000);\n    } catch (err) {\n      return Promise.reject(err);\n    }\n  }\n  analytics.add('iac-drift-binary-already-exist', binaryExist);\n  analytics.add('iac-drift-binary-download-duration-seconds', downloadDuration);\n  isBinaryDownloaded = true;\n  return dctl;\n}\n\nasync function findDriftCtl(): Promise<string> {\n  // lookup in custom path contained in env var DRIFTCTL_PATH\n  let dctlPath = config.DRIFTCTL_PATH;\n  if (dctlPath != null) {\n    const exists = await isExe(dctlPath);\n    if (exists) {\n      debug('Found driftctl in $DRIFTCTL_PATH: %s', dctlPath);\n      return dctlPath;\n    }\n  }\n\n  // lookup in app cache\n  dctlPath = driftctlPath;\n  const exists = await isExe(dctlPath);\n  if (exists) {\n    debug('Found driftctl in cache: %s', dctlPath);\n    return dctlPath;\n  }\n  debug('driftctl not found');\n  return '';\n}\n\nasync function download(url, destination: string): Promise<boolean> {\n  debug('downloading driftctl into %s', destination);\n\n  const payload = {\n    method: 'GET',\n    url: url,\n    output: destination,\n    follow: 3,\n  };\n\n  await spinner('Downloading...');\n  return new Promise<boolean>((resolve, reject) => {\n    makeRequest(payload, function(err, res, body) {\n      try {\n        if (err) {\n          reject(\n            new Error('Could not download driftctl from ' + url + ': ' + err),\n          );\n          return;\n        }\n        if (res.statusCode !== 200) {\n          reject(\n            new Error(\n              'Could not download driftctl from ' + url + ': ' + res.statusCode,\n            ),\n          );\n          return;\n        }\n\n        validateChecksum(body);\n\n        fs.writeFileSync(destination, body);\n        debug('File saved: ' + destination);\n\n        fs.chmodSync(destination, 0o744);\n        resolve(true);\n      } finally {\n        spinner.clearAll();\n      }\n    });\n  });\n}\n\nfunction validateChecksum(body: string) {\n  // only validate if we downloaded the official driftctl binary\n  if (config.DRIFTCTL_URL || config.DRIFTCTL_PATH) {\n    return;\n  }\n\n  const computedHash = crypto\n    .createHash('sha256')\n    .update(body)\n    .digest('hex');\n  const givenHash = driftctlChecksums[driftctlFileName()];\n\n  if (computedHash != givenHash) {\n    throw new Error('Downloaded file has inconsistent checksum...');\n  }\n}\n\nfunction driftctlFileName(): string {\n  let platform = 'linux';\n  switch (os.platform()) {\n    case 'darwin':\n      platform = 'darwin';\n      break;\n    case 'win32':\n      platform = 'windows';\n      break;\n  }\n\n  let arch = 'amd64';\n  switch (os.arch()) {\n    case 'ia32':\n    case 'x32':\n      arch = '386';\n      break;\n    case 'arm':\n      arch = 'arm';\n      break;\n    case 'arm64':\n      arch = 'arm64';\n      break;\n  }\n\n  let ext = '';\n  switch (os.platform()) {\n    case 'win32':\n      ext = '.exe';\n      break;\n  }\n\n  return `driftctl_${platform}_${arch}${ext}`;\n}\n\nfunction driftctlUrl(): string {\n  if (config.DRIFTCTL_URL) {\n    return config.DRIFTCTL_URL;\n  }\n\n  return `${dctlBaseUrl}/${driftctlVersion}/${driftctlFileName()}`;\n}\n","import {\n  DescribeOptions,\n  DiffByType,\n  DriftAnalysis,\n  DriftAnalysisDifference,\n  DriftChange,\n  DriftResource,\n  MissingByType,\n  UnmanagedByType,\n} from '../types';\nimport { findServiceMappingForType } from '../service-mappings';\nimport chalk from 'chalk';\nimport { leftPad } from 'snyk-cpp-plugin/dist/display/common';\nimport {\n  create as createDiffPatch,\n  console as consoleFormatter,\n} from 'jsondiffpatch';\n\nexport function getHumanReadableAnalysis(\n  option: DescribeOptions,\n  analysis: DriftAnalysis,\n): string {\n  let output = getHumanReadableHeader();\n\n  if (!option['only-unmanaged']) {\n    output += getHumanReadableManaged(analysis);\n  }\n  if (!option['only-managed'] && !option.drift) {\n    output += getHumanReadableUnmanaged(analysis);\n  }\n  output += getHumanReadableSummary(analysis);\n\n  return output;\n}\n\nfunction changeAsString(obj: unknown): string {\n  if (typeof obj === 'string') {\n    return obj;\n  }\n  return JSON.stringify(obj);\n}\n\nfunction isJsonDiff(driftChange: DriftChange): boolean {\n  if (!(typeof driftChange.from === 'string')) {\n    return false;\n  }\n\n  try {\n    JSON.parse(driftChange.from);\n  } catch (e) {\n    return false;\n  }\n\n  return true;\n}\n\nfunction getNonJsonDiff(driftChange: DriftChange): string {\n  let output = '';\n  switch (driftChange.type) {\n    case 'create':\n      output += chalk.green('+') + ' ' + driftChange.path.join('.') + ': ';\n      output +=\n        chalk.bold(changeAsString(driftChange.from)) +\n        ' => ' +\n        chalk.green(changeAsString(driftChange.to));\n      break;\n    case 'update':\n      output += chalk.yellow('~') + ' ' + driftChange.path.join('.') + ': ';\n      output +=\n        chalk.bold(changeAsString(driftChange.from)) +\n        ' => ' +\n        chalk.yellow(changeAsString(driftChange.to));\n      break;\n    case 'delete':\n      output += chalk.red('-') + ' ' + driftChange.path.join('.') + ': ';\n      output += chalk.red(changeAsString(driftChange.from));\n      break;\n    default:\n      output += driftChange.path.join('.') + ': ';\n      output +=\n        chalk.bold(changeAsString(driftChange.from)) +\n        ' => ' +\n        chalk.bold(changeAsString(driftChange.to));\n      break;\n  }\n  output += '\\n';\n  return output;\n}\n\nfunction getJsonDiff(driftChange: DriftChange): string {\n  let output = '';\n\n  let from = null;\n  if (driftChange.from) {\n    from = JSON.parse(driftChange.from as string);\n  }\n\n  let to = null;\n  if (driftChange.to) {\n    to = JSON.parse(driftChange.to as string);\n  }\n\n  let diffStr = '';\n  const diffPatch = createDiffPatch().diff(from, to);\n  if (diffPatch) {\n    diffStr = consoleFormatter.format(diffPatch, from);\n  }\n\n  switch (driftChange.type) {\n    case 'create':\n      output += chalk.green('+') + ' ' + driftChange.path.join('.') + ':\\n';\n      break;\n    case 'update':\n      output += chalk.yellow('~') + ' ' + driftChange.path.join('.') + ':\\n';\n      break;\n    case 'delete':\n      output += chalk.red('-') + ' ' + driftChange.path.join('.') + ':\\n';\n      break;\n    default:\n      output += driftChange.path.join('.') + ':\\n';\n      break;\n  }\n\n  for (const elem of diffStr.split('\\n')) {\n    output += addLine(leftPad(elem, 4));\n  }\n\n  return output;\n}\n\nfunction getHumanReadableDrift(analysis: DriftAnalysis): string {\n  let output = '';\n  if (!analysis.differences || analysis.differences.length <= 0) {\n    return '';\n  }\n  const diffByStates = new Map<string, DiffByType>();\n\n  for (const difference of analysis.differences) {\n    let statefile = 'Generated';\n    if (difference.res.source) {\n      statefile = difference.res.source.source;\n    }\n\n    if (!diffByStates.has(statefile)) {\n      diffByStates.set(statefile, {\n        diffByType: new Map<string, DriftAnalysisDifference[]>(),\n        count: 0,\n      });\n    }\n    const hrDiffs = mustGet(diffByStates, statefile);\n    const type = difference.res.type;\n    if (!hrDiffs.diffByType.has(type)) {\n      hrDiffs.diffByType.set(type, []);\n    }\n    hrDiffs.diffByType.get(type)?.push(difference);\n    hrDiffs.count++;\n  }\n\n  output += addLine(\n    chalk.bold('Changed resources: ' + analysis.differences.length),\n  );\n  output += '\\n';\n  for (const state of [...diffByStates.keys()].sort()) {\n    const hrDiffs = mustGet(diffByStates, state);\n    output += addLine(\n      chalk.blue(\n        'State: ' +\n          chalk.bold(state) +\n          ' [ Changed Resources: ' +\n          chalk.bold(hrDiffs.count.toString()) +\n          ' ]',\n      ),\n    );\n    output += '\\n';\n    for (const type of [...hrDiffs.diffByType.keys()].sort()) {\n      output += addLine(leftPad('Resource Type: ' + type, 2));\n      const diffs = mustGet(hrDiffs.diffByType, type);\n\n      for (const diff of diffs) {\n        output += leftPad('ID: ' + chalk.bold(diff.res.id), 4);\n        if (\n          diff.res.human_readable_attributes &&\n          diff.res.human_readable_attributes.size > 0\n        ) {\n          for (const humanReadableAttribute of [\n            ...diff.res.human_readable_attributes.keys(),\n          ].sort()) {\n            output +=\n              ' ' +\n              humanReadableAttribute +\n              ': ' +\n              diff.res.human_readable_attributes.get(humanReadableAttribute);\n          }\n        }\n        output += '\\n';\n\n        for (const driftChange of diff.changelog) {\n          output += leftPad('');\n          if (isJsonDiff(driftChange)) {\n            output += getJsonDiff(driftChange);\n          } else {\n            output += getNonJsonDiff(driftChange);\n          }\n        }\n        output += '\\n';\n      }\n    }\n  }\n  return output;\n}\n\nfunction getHumanReadableMissing(analysis: DriftAnalysis): string {\n  let output = '';\n  if (!analysis.missing || analysis.missing.length <= 0) {\n    return '';\n  }\n  const missingByStates = new Map<string, MissingByType>();\n\n  for (const missing of analysis.missing) {\n    let statefile = 'Generated';\n    if (missing.source) {\n      statefile = missing.source.source;\n    }\n\n    if (!missingByStates.has(statefile)) {\n      missingByStates.set(statefile, {\n        missingByType: new Map<string, DriftResource[]>(),\n        count: 0,\n      });\n    }\n    const hrMissing = mustGet(missingByStates, statefile);\n    const type = missing.type;\n    if (!hrMissing.missingByType.has(type)) {\n      hrMissing.missingByType.set(type, []);\n    }\n    hrMissing.missingByType.get(type)?.push(missing);\n    hrMissing.count++;\n  }\n\n  output += addLine(\n    chalk.bold('Missing resources: ' + analysis.missing.length),\n  );\n  output += '\\n';\n  for (const state of [...missingByStates.keys()].sort()) {\n    const hrMissing = mustGet(missingByStates, state);\n    output += addLine(\n      chalk.blue(\n        'State: ' +\n          chalk.bold(state) +\n          ' [ Missing Resources: ' +\n          chalk.bold(hrMissing.count.toString()) +\n          ' ]',\n      ),\n    );\n    output += '\\n';\n    for (const type of [...hrMissing.missingByType.keys()].sort()) {\n      output += addLine(leftPad('Resource Type: ' + type, 2));\n      const driftResources = mustGet(hrMissing.missingByType, type);\n      output += getHumanReadableResourceList(driftResources) + '\\n';\n    }\n  }\n  return output;\n}\n\nfunction getHumanReadableManaged(analysis: DriftAnalysis): string {\n  let output = '';\n  if (analysis.differences && analysis.differences.length > 0) {\n    output += getHumanReadableDrift(analysis);\n  }\n  if (analysis.missing && analysis.missing.length > 0) {\n    output += getHumanReadableMissing(analysis);\n  }\n  return output;\n}\n\nfunction getHumanReadableResourceList(driftResources: DriftResource[]): string {\n  let output = '';\n  for (const res of driftResources) {\n    output += leftPad('ID: ' + chalk.bold(res.id), 4);\n    if (\n      res.human_readable_attributes &&\n      res.human_readable_attributes.size > 0\n    ) {\n      for (const humanReadableAttribute of [\n        ...res.human_readable_attributes.keys(),\n      ].sort()) {\n        output +=\n          ' ' +\n          humanReadableAttribute +\n          ': ' +\n          res.human_readable_attributes.get(humanReadableAttribute);\n      }\n    }\n    output += '\\n';\n  }\n  return output;\n}\n\nfunction getHumanReadableUnmanaged(analysis: DriftAnalysis): string {\n  let output = '';\n  if (!analysis.unmanaged || analysis.unmanaged.length <= 0) {\n    return '';\n  }\n  const unmanagedByServices = new Map<string, UnmanagedByType>();\n\n  for (const unmanaged of analysis.unmanaged) {\n    const service = findServiceMappingForType(unmanaged.type);\n\n    if (!unmanagedByServices.has(service)) {\n      unmanagedByServices.set(service, {\n        unmanagedByType: new Map<string, DriftResource[]>(),\n        count: 0,\n      });\n    }\n    const hrUnmanaged = mustGet(unmanagedByServices, service);\n    const type = unmanaged.type;\n    if (!hrUnmanaged.unmanagedByType.has(type)) {\n      hrUnmanaged.unmanagedByType.set(type, []);\n    }\n    hrUnmanaged.unmanagedByType.get(type)?.push(unmanaged);\n    hrUnmanaged.count++;\n  }\n\n  output += addLine(\n    chalk.bold('Unmanaged resources: ' + analysis.unmanaged.length),\n  );\n  output += '\\n';\n  for (let service of [...unmanagedByServices.keys()].sort()) {\n    const hrUnmanaged = mustGet(unmanagedByServices, service);\n\n    if (service === '') {\n      service = 'Unidentified';\n    }\n    output += addLine(\n      chalk.blue(\n        'Service: ' +\n          chalk.bold(service) +\n          ' [ Unmanaged Resources: ' +\n          chalk.bold(hrUnmanaged.count.toString()) +\n          ' ]',\n      ),\n    );\n    output += '\\n';\n\n    for (const type of [...hrUnmanaged.unmanagedByType.keys()].sort()) {\n      output += addLine(leftPad('Resource Type: ' + type, 2));\n      const driftResources = mustGet(hrUnmanaged.unmanagedByType, type);\n      output += getHumanReadableResourceList(driftResources) + '\\n';\n    }\n  }\n  return output;\n}\n\nfunction getHumanReadableHeader(): string {\n  // TODO: driftctl to return number of states and supported resources?\n  let output = addLine(\n    chalk.bold('Snyk Scanning Infrastructure As Code Discrepancies...'),\n  );\n  output += '\\n';\n  output += addLine(\n    leftPad(\n      'Info:    Resources under IaC, but different to terraform states.',\n      2,\n    ),\n  );\n  output += addLine(\n    leftPad('Resolve: Reapply IaC resources or update into terraform.', 2),\n  );\n  output += '\\n';\n\n  return output;\n}\n\nfunction getHumanReadableSummary(analysis: DriftAnalysis): string {\n  let output = addLine(chalk.bold('Test Summary'));\n  output += '\\n';\n\n  // TODO: driftctl to return number of states\n  if (analysis.managed) {\n    output += addLine(\n      leftPad(\n        'Managed Resources: ' + chalk.bold(analysis.managed.length.toString()),\n        2,\n      ),\n    );\n  }\n  if (analysis.differences) {\n    output += addLine(\n      leftPad(\n        'Changed Resources: ' +\n          chalk.bold(analysis.differences.length.toString()),\n        2,\n      ),\n    );\n  }\n  if (analysis.missing) {\n    output += addLine(\n      leftPad(\n        'Missing Resources: ' + chalk.bold(analysis.missing.length.toString()),\n        2,\n      ),\n    );\n  }\n\n  if (analysis.unmanaged) {\n    output += addLine(\n      leftPad(\n        'Unmanaged Resources: ' +\n          chalk.bold(analysis.unmanaged.length.toString()),\n        2,\n      ),\n    );\n  }\n  output += '\\n';\n\n  output += addLine(\n    leftPad(\n      'IaC Coverage: ' + chalk.bold(analysis.coverage.toString() + '%'),\n      2,\n    ),\n  );\n  output += addLine(\n    leftPad(\n      'Info: To reach full coverage, remove resources or move it to Terraform.',\n      2,\n    ),\n  );\n  output += '\\n';\n\n  output += addLine(\n    leftPad('Tip: Run --help to find out about commands and flags.', 2),\n  );\n  output += addLine(\n    leftPad(\n      'Scanned with ' +\n        analysis.provider_name +\n        ' provider version ' +\n        analysis.provider_version +\n        '. Use --tf-provider-version to update.',\n      6,\n    ),\n  );\n  return output;\n}\n\nfunction addLine(line: string): string {\n  return line + '\\n';\n}\n\n// Used when we are sure the key exists because we just set it but typescript linter does not see that...\nfunction mustGet<T>(map: Map<string, T>, key: string): T {\n  const value = map.get(key);\n  if (!value) {\n    throw new Error('Key does not exists');\n  }\n  return value;\n}\n","import * as tar from 'tar';\nimport { promises as fsPromises, constants as fsConstants } from 'fs';\nimport { promisify } from 'util';\n\nexport async function isExe(path: string): Promise<boolean> {\n  try {\n    await fsPromises.access(path, fsConstants.X_OK);\n    return true;\n  } catch (err) {\n    return false;\n  }\n}\n\nexport async function isExists(path: string): Promise<boolean> {\n  try {\n    await fsPromises.stat(path);\n    return true;\n  } catch (err) {\n    return false;\n  }\n}\n\nexport async function createDirIfNotExists(path: string): Promise<void> {\n  const isDirExists = await isExists(path);\n  if (!isDirExists) {\n    fsPromises.mkdir(path, { recursive: true });\n  }\n}\n\nexport async function isFile(path: string): Promise<boolean> {\n  try {\n    return (await fsPromises.stat(path)).isFile();\n  } catch (err) {\n    return false;\n  }\n}\n\nexport async function isArchive(path: string): Promise<boolean> {\n  try {\n    const tarList = promisify(tar.list);\n    await tarList({ file: path, strict: true });\n    return true;\n  } catch (e) {\n    return false;\n  }\n}\n\nexport async function saveFile(\n  dataBuffer: Buffer,\n  savePath: string,\n): Promise<void> {\n  await fsPromises.writeFile(savePath, dataBuffer);\n  await fsPromises.chmod(savePath, 0o744);\n}\n","import { CustomError } from '../errors';\nimport { IaCErrorCodes } from '../../cli/commands/test/iac/local-execution/types';\nimport { getErrorStringCode } from '../../cli/commands/test/iac/local-execution/error-utils';\n\nexport const services2resources = new Map<string, Array<string>>([\n  // Amazon\n  [\n    'aws_s3',\n    [\n      'aws_s3_bucket',\n      'aws_s3_bucket_analytics_configuration',\n      'aws_s3_bucket_inventory',\n      'aws_s3_bucket_metric',\n      'aws_s3_bucket_notification',\n      'aws_s3_bucket_policy',\n    ],\n  ],\n  [\n    'aws_ec2',\n    [\n      'aws_instance',\n      'aws_key_pair',\n      'aws_ami',\n      'aws_ebs_snapshot',\n      'aws_ebs_volume',\n      'aws_eip',\n      'aws_eip_association',\n      'aws_volume_attachment',\n      'aws_launch_configuration',\n      'aws_launch_template',\n    ],\n  ],\n  ['aws_lambda', ['aws_lambda_function', 'aws_lambda_event_source_mapping']],\n  [\n    'aws_rds',\n    [\n      'aws_db_instance',\n      'aws_db_subnet_group',\n      'aws_rds_cluster',\n      'aws_rds_cluster_endpoint',\n      'aws_rds_cluster_instance',\n    ],\n  ],\n  ['aws_route53', ['aws_route53_record', 'aws_route53_zone']],\n  [\n    'aws_iam',\n    [\n      'aws_iam_access_key',\n      'aws_iam_policy',\n      'aws_iam_policy_attachment',\n      'aws_iam_role',\n      'aws_iam_role_policy',\n      'aws_iam_role_policy_attachment',\n      'aws_iam_user',\n      'aws_iam_user_policy',\n      'aws_iam_user_policy_attachment',\n    ],\n  ],\n  [\n    'aws_vpc',\n    [\n      'aws_security_group',\n      'aws_security_group_rule',\n      'aws_subnet',\n      'aws_default_vpc',\n      'aws_vpc',\n      'aws_default_security_group',\n      'aws_route_table',\n      'aws_default_route_table',\n      'aws_route',\n      'aws_route_table_association',\n      'aws_nat_gateway',\n      'aws_internet_gateway',\n    ],\n  ],\n  [\n    'aws_api_gateway',\n    [\n      'aws_api_gateway_resource',\n      'aws_api_gateway_rest_api',\n      'aws_api_gateway_account',\n      'aws_api_gateway_api_key',\n      'aws_api_gateway_authorizer',\n      'aws_api_gateway_base_path_mapping',\n      'aws_api_gateway_domain_name',\n      'aws_api_gateway_gateway_response',\n      'aws_api_gateway_integration',\n      'aws_api_gateway_integration_response',\n      'aws_api_gateway_method',\n      'aws_api_gateway_method_response',\n      'aws_api_gateway_method_settings',\n      'aws_api_gateway_model',\n      'aws_api_gateway_request_validator',\n      'aws_api_gateway_rest_api_policy',\n      'aws_api_gateway_stage',\n      'aws_api_gateway_vpc_link',\n    ],\n  ],\n  [\n    'aws_apigatewayv2',\n    [\n      'aws_apigatewayv2_api',\n      'aws_apigatewayv2_api_mapping',\n      'aws_apigatewayv2_authorizer',\n      'aws_apigatewayv2_deployment',\n      'aws_apigatewayv2_domain_name',\n      'aws_apigatewayv2_integration',\n      'aws_apigatewayv2_integration_response',\n      'aws_apigatewayv2_model',\n      'aws_apigatewayv2_route',\n      'aws_apigatewayv2_route_response',\n      'aws_apigatewayv2_stage',\n      'aws_apigatewayv2_vpc_link',\n    ],\n  ],\n  ['aws_sqs', ['aws_sqs_queue', 'aws_sqs_queue_policy']],\n  [\n    'aws_sns',\n    ['aws_sns_topic', 'aws_sns_topic_policy', 'aws_sns_topic_subscription'],\n  ],\n  ['aws_ecr', ['aws_ecr_repository']],\n  ['aws_cloudfront', ['aws_cloudfront_distribution']],\n  ['aws_kms', ['aws_kms_key', 'aws_kms_alias']],\n  ['aws_dynamodb', ['aws_dynamodb_table']],\n  // Azure\n  ['azure_base', ['azurerm_resource_group']],\n  ['azure_compute', ['azurerm_image', 'azurerm_ssh_public_key']],\n  ['azure_storage', ['azurerm_storage_account', 'azurerm_storage_container']],\n  [\n    'azure_network',\n    [\n      'azurerm_resource_group',\n      'azurerm_subnet',\n      'azurerm_public_ip',\n      'azurerm_firewall',\n      'azurerm_route',\n      'azurerm_route_table',\n      'azurerm_network_security_group',\n    ],\n  ],\n  ['azure_container', ['azurerm_container_registry']],\n  [\n    'azure_database',\n    ['azurerm_postgresql_server', 'azurerm_postgresql_database'],\n  ],\n  ['azure_loadbalancer', ['azurerm_lb', 'azurerm_lb_rule']],\n  [\n    'azure_private_dns',\n    [\n      'azurerm_private_dns_a_record',\n      'azurerm_private_dns_aaaa_record',\n      'azurerm_private_dns_cname_record',\n      'azurerm_private_dns_mx_record',\n      'azurerm_private_dns_ptr_record',\n      'azurerm_private_dns_srv_record',\n      'azurerm_private_dns_txt_record',\n      'azurerm_private_dns_zone',\n    ],\n  ],\n\n  // Google\n  [\n    'google_cloud_platform',\n    [\n      'google_project_iam_binding',\n      'google_project_iam_member',\n      'google_project_iam_policy',\n    ],\n  ],\n  [\n    'google_cloud_storage',\n    [\n      'google_storage_bucket',\n      'google_storage_bucket_iam_binding',\n      'google_storage_bucket_iam_member',\n      'google_storage_bucket_iam_policy',\n    ],\n  ],\n  [\n    'google_compute_engine',\n    [\n      'google_compute_address',\n      'google_compute_disk',\n      'google_compute_global_address',\n      'google_compute_firewall',\n      'google_compute_health_check',\n      'google_compute_image',\n      'google_compute_instance',\n      'google_compute_instance_group',\n      'google_compute_network',\n      'google_compute_node_group',\n      'google_compute_router',\n      'google_compute_subnetwork',\n    ],\n  ],\n  ['google_cloud_dns', ['google_dns_managed_zone']],\n  [\n    'google_cloud_bigtable',\n    ['google_bigtable_instance', 'google_bigtable_table'],\n  ],\n  [\n    'google_cloud_bigquery',\n    ['google_bigquery_table', 'google_bigquery_dataset'],\n  ],\n  ['google_cloud_functions', ['google_cloudfunctions_function']],\n  ['google_cloud_sql', ['google_sql_database_instance']],\n  ['google_cloud_run', ['google_cloud_run_service']],\n]);\n\nexport function verifyServiceMappingExists(services: string[]): void {\n  if (services.length == 0) {\n    throw new InvalidServiceError('');\n  }\n  for (const s of services) {\n    if (!services2resources.has(s)) {\n      throw new InvalidServiceError(\n        `We were unable to match service \"${s}\". Please provide a valid service name: ${existingServiceNames()}`,\n      );\n    }\n  }\n}\n\nexport function findServiceMappingForType(type: string): string {\n  for (const service of services2resources.keys()) {\n    if (services2resources.get(service)?.includes(type)) {\n      return service;\n    }\n  }\n  return '';\n}\n\nfunction existingServiceNames(): string {\n  let res = '';\n  for (const s of services2resources.keys()) {\n    res += `${s},`;\n  }\n  return res.substring(0, res.length - 1);\n}\n\nexport function createIgnorePattern(services: string[]): string {\n  return createIgnorePatternWithMap(services, services2resources);\n}\n\nexport function createIgnorePatternWithMap(\n  services: string[],\n  serviceMap: Map<string, Array<string>>,\n): string {\n  let res = '*';\n  const seenResources = new Set<string>();\n  for (const s of services) {\n    const resourcePatterns = serviceMap.get(s);\n    for (const rp of resourcePatterns || []) {\n      // A resource might belong to multiple services, skip it if already processed\n      if (seenResources.has(rp)) {\n        continue;\n      }\n      res += `,!${rp}`;\n      seenResources.add(rp);\n    }\n  }\n  return res;\n}\n\nexport class InvalidServiceError extends CustomError {\n  constructor(msg: string) {\n    super(msg);\n    this.code = IaCErrorCodes.InvalidServiceError;\n    this.strCode = getErrorStringCode(this.code);\n    this.userMessage = msg;\n  }\n}\n"],"names":[],"sourceRoot":""}