Related to: https://github.com/fleetdm/fleet/issues/49212 Changes: - Updated the custom hook to create `sails.androidProxyApiRequestCount`, and to log and reset the value every minute - Updated android proxy endpoints to increment `sails.androidProxyApiRequestCount` every time a request to the Android management API is sent <!-- This is an auto-generated comment: release notes by coderabbit.ai --> ## Summary by CodeRabbit * **Monitoring** * Added comprehensive tracking for Android Management API requests across enrollment, enterprise, device, application, policy, and command operations. * Added periodic request-count logging and automatic resets when Android Enterprise credentials are configured. * Improved reporting alignment with minute-based API limits while keeping logs quiet during periods without requests. <!-- end of auto-generated comment: release notes by coderabbit.ai -->
202 lines
9.0 KiB
JavaScript
Vendored
202 lines
9.0 KiB
JavaScript
Vendored
module.exports = {
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friendlyName: 'Issue command on android device',
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description: 'Issues an AMAPI command (e.g. LOCK, RESET_PASSWORD, WIPE) to a device of an Android enterprise.',
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inputs: {
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androidEnterpriseId: {
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type: 'string',
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required: true,
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},
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deviceId: {
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type: 'string',
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required: true,
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},
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// Captured from the `:deviceId::issueCommand` route. Validated here so requests targeting any
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// other colon-suffixed action (e.g. `/devices/<id>:somethingElse`) are rejected up front rather
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// than silently invoking issueCommand. Mirrors how `modify-enterprise-app-policy.js` captures
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// `googleAction`.
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issueCommand: {
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type: 'string',
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required: true,
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isIn: ['issueCommand'],
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},
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// AMAPI Command fields. Inputs are declared explicitly (rather than forwarding req.body) so the
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// proxy's accepted surface is visible. `type` is not constrained via isIn so the Fleet server can
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// issue any AMAPI command type without a proxy change. Adding entirely new Command FIELDS (e.g. a
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// future *Params sibling Google adds to AMAPI) does still require updating this list.
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type: {
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type: 'string',
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required: true,
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description: 'The AMAPI command type (e.g. LOCK, RESET_PASSWORD, REBOOT, RELINQUISH_OWNERSHIP, CLEAR_APP_DATA, START_LOST_MODE, STOP_LOST_MODE, ADD_ESIM, REMOVE_ESIM, REQUEST_DEVICE_INFO, WIPE).',
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},
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duration: {
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type: 'string',
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description: 'How long the command remains valid (e.g. "315360000s"). Forwarded to AMAPI verbatim.',
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},
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newPassword: {
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type: 'string',
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description: 'New device password for RESET_PASSWORD. Fleet sends an empty string to clear the passcode, so an explicitly empty value is preserved.',
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},
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resetPasswordFlags: {
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type: ['string'],
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description: 'AMAPI reset-password flags (REQUIRE_ENTRY, DO_NOT_ASK_CREDENTIALS_ON_BOOT, LOCK_NOW).',
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},
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wipeParams: {
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type: 'ref',
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description: 'AMAPI WipeParams object (may be empty {}). Required by AMAPI for WIPE commands.',
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},
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addEsimParams: {
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type: 'ref',
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description: 'AMAPI AddEsimParams object, for ADD_ESIM commands.',
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},
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removeEsimParams: {
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type: 'ref',
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description: 'AMAPI RemoveEsimParams object, for REMOVE_ESIM commands.',
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},
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clearAppsDataParams: {
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type: 'ref',
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description: 'AMAPI ClearAppsDataParams object, for CLEAR_APP_DATA commands.',
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},
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startLostModeParams: {
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type: 'ref',
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description: 'AMAPI StartLostModeParams object, for START_LOST_MODE commands.',
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},
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stopLostModeParams: {
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type: 'ref',
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description: 'AMAPI StopLostModeParams object, for STOP_LOST_MODE commands.',
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},
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requestDeviceInfoParams: {
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type: 'ref',
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description: 'AMAPI RequestDeviceInfoParams object, for REQUEST_DEVICE_INFO commands.',
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},
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},
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exits: {
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success: { description: 'The command was successfully issued to the Android device. The AMAPI Operation is returned.' },
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missingAuthHeader: { description: 'This request was missing an authorization header.', responseType: 'unauthorized'},
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unauthorized: { description: 'Invalid authentication token.', responseType: 'unauthorized'},
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notFound: { description: 'No Android enterprise found for this Fleet server.', responseType: 'notFound' },
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enterpriseNotAccessible: { description: 'Fleet is not authorized to manage this Android enterprise.', responseType: 'notFound' },
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deviceNoLongerManaged: { description: 'The specified device is no longer managed by the Android enterprise.', responseType: 'notFound' },
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deviceNotFound: {description: 'The specified device does not exist in this Android enterprise', responseType: 'notFound'},
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managementApiError: { statusCode: 503, description: 'The Android management API returned a transient 5xx error.' },
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},
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fn: async function ({
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androidEnterpriseId, deviceId, type, duration, newPassword, resetPasswordFlags,
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wipeParams, addEsimParams, removeEsimParams, clearAppsDataParams,
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startLostModeParams, stopLostModeParams, requestDeviceInfoParams,
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}) {
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// Extract fleetServerSecret from the Authorization header
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let authHeader = this.req.get('authorization');
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let fleetServerSecret;
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if (authHeader && authHeader.startsWith('Bearer')) {
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fleetServerSecret = authHeader.replace('Bearer', '').trim();
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} else {
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throw 'missingAuthHeader';
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}
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// Authenticate this request
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let thisAndroidEnterprise = await AndroidEnterprise.findOne({
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androidEnterpriseId: androidEnterpriseId
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});
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// Return a 404 response if no records are found.
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if (!thisAndroidEnterprise) {
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throw 'notFound';
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}
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// Return an unauthorized response if the provided secret does not match.
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if (thisAndroidEnterprise.fleetServerSecret !== fleetServerSecret) {
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throw 'unauthorized';
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}
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// Build the AMAPI Command body from declared inputs (not req.body) so the proxy's accepted surface
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// stays explicit. Use `!== undefined` rather than truthy checks because Fleet relies on forwarding
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// an empty newPassword ("") to clear the device passcode and an empty wipeParams ({}) for WIPE.
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let commandBody = { type: type };
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if (duration !== undefined) {
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commandBody.duration = duration;
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}
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if (newPassword !== undefined) {
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commandBody.newPassword = newPassword;
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}
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if (resetPasswordFlags !== undefined) {
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commandBody.resetPasswordFlags = resetPasswordFlags;
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}
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if (wipeParams !== undefined) {
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commandBody.wipeParams = wipeParams;
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}
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if (addEsimParams !== undefined) {
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commandBody.addEsimParams = addEsimParams;
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}
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if (removeEsimParams !== undefined) {
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commandBody.removeEsimParams = removeEsimParams;
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}
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if (clearAppsDataParams !== undefined) {
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commandBody.clearAppsDataParams = clearAppsDataParams;
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}
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if (startLostModeParams !== undefined) {
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commandBody.startLostModeParams = startLostModeParams;
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}
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if (stopLostModeParams !== undefined) {
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commandBody.stopLostModeParams = stopLostModeParams;
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}
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if (requestDeviceInfoParams !== undefined) {
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commandBody.requestDeviceInfoParams = requestDeviceInfoParams;
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}
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// Get the shared Google API auth client with the getAndroidManagementAuthorizationClient helper.
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// Note: we are doing this outside of the sails.helpers.flow.build() so any errors related to the website's credentials returned by the helper are not intercepted.
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let androidManagementAuthClient = await sails.helpers.androidProxy.getAndroidManagementAuthorizationClient();
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// Issue the command to the device for this Android enterprise.
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// Note: We're using sails.helpers.flow.build here to handle any errors that occur using google's node library.
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let issueCommandResponse = await sails.helpers.flow.build(async () => {
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let { google } = require('googleapis');
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let androidManagementConnection = google.androidmanagement({version: 'v1', auth: androidManagementAuthClient});
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// [?]: https://googleapis.dev/nodejs/googleapis/latest/androidmanagement/classes/Resource$Enterprises$Devices.html#issueCommand
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sails.androidProxyApiRequestCount++;// Count this Android Management API request toward the per-minute total logged in api/hooks/custom/index.js.
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let response = await androidManagementConnection.enterprises.devices.issueCommand({
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name: `enterprises/${androidEnterpriseId}/devices/${deviceId}`,
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requestBody: commandBody,
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});
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return response.data;
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}).intercept({status: 429}, (err)=>{
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// If the Android management API returns a 429 response, log an additional warning that will trigger a help-p1 alert.
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sails.log.warn(`p1: Android management API rate limit exceeded!`);
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return new Error(`When attempting to issue a command to a device for an Android enterprise (${androidEnterpriseId}), an error occurred. Error: ${err}`);
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}).intercept({status: 403}, ()=>{
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// If the Android management API returns a 403 response, return a enterpriseNotAccessible (notFound) response to the Fleet server.
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return {'enterpriseNotAccessible': 'Fleet is not authorized to manage this Android enterprise.'};
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}).intercept({status: 404}, ()=>{
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// If the Android management API returns a 404 response, return a deviceNotFound (notFound) response to the Fleet server.
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return 'deviceNotFound';
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}).intercept((err)=>{
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let errorString = err.toString();
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if (errorString.includes('Device is no longer being managed')) {
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return {'deviceNoLongerManaged': 'The device is no longer managed by the Android enterprise.'};
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}
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if([502, 503, 504].includes(err.status)) {
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return {'managementApiError': `The Android management API returned a transient 5xx error: ${err}`};
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}
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return new Error(`When attempting to issue a command to a device for an Android enterprise (${androidEnterpriseId}), an error occurred. Error: ${require('util').inspect(err)}`);
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});
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// Return the AMAPI Operation back to the Fleet server.
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return issueCommandResponse;
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}
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};
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