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Automation.js
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'use strict';
import MetadataType from './MetadataType.js';
import { Util } from '../util/util.js';
import File from '../util/file.js';
import Definitions from '../MetadataTypeDefinitions.js';
import cache from '../util/cache.js';
import pLimit from 'p-limit';
/**
* @typedef {import('../../types/mcdev.d.js').BuObject} BuObject
* @typedef {import('../../types/mcdev.d.js').CodeExtract} CodeExtract
* @typedef {import('../../types/mcdev.d.js').CodeExtractItem} CodeExtractItem
* @typedef {import('../../types/mcdev.d.js').MetadataTypeItem} MetadataTypeItem
* @typedef {import('../../types/mcdev.d.js').MetadataTypeItemDiff} MetadataTypeItemDiff
* @typedef {import('../../types/mcdev.d.js').MetadataTypeItemObj} MetadataTypeItemObj
* @typedef {import('../../types/mcdev.d.js').MetadataTypeMap} MetadataTypeMap
* @typedef {import('../../types/mcdev.d.js').MetadataTypeMapObj} MetadataTypeMapObj
* @typedef {import('../../types/mcdev.d.js').SDKError} SDKError
* @typedef {import('../../types/mcdev.d.js').SoapRequestParams} SoapRequestParams
* @typedef {import('../../types/mcdev.d.js').TemplateMap} TemplateMap
*/
/**
* @typedef {import('../../types/mcdev.d.js').AutomationItem} AutomationItem
* @typedef {import('../../types/mcdev.d.js').AutomationItemObj} AutomationItemObj
* @typedef {import('../../types/mcdev.d.js').AutomationMap} AutomationMap
* @typedef {import('../../types/mcdev.d.js').AutomationMapObj} AutomationMapObj
* @typedef {import('../../types/mcdev.d.js').AutomationSchedule} AutomationSchedule
* @typedef {import('../../types/mcdev.d.js').AutomationScheduleSoap} AutomationScheduleSoap
*/
/**
* Automation MetadataType
*
* @augments MetadataType
*/
class Automation extends MetadataType {
static notificationUpdates = {};
static createdKeyMap;
static _skipNotificationRetrieve = false;
/** @type {AutomationMap} */
static _cachedMetadataMap;
/**
* Retrieves Metadata of Automation
*
* @param {string} [retrieveDir] Directory where retrieved metadata directory will be saved
* @param {void | string[]} [_] unused parameter
* @param {void | string[]} [__] unused parameter
* @param {string} [key] customer key of single item to retrieve
* @returns {Promise.<AutomationMapObj>} Promise of metadata
*/
static async retrieve(retrieveDir, _, __, key) {
let metadataMap;
if (key && this._cachedMetadataMap?.[key]) {
metadataMap = {};
metadataMap[key] = this._cachedMetadataMap[key];
delete this._cachedMetadataMap;
} else if (!key && this._cachedMetadataMap) {
metadataMap = this._cachedMetadataMap;
delete this._cachedMetadataMap;
} else {
/** @type {SoapRequestParams} */
let requestParams = null;
const objectIds = [];
if (key?.startsWith('id:')) {
objectIds.push(key.slice(3));
} else if (key) {
requestParams = {
filter: {
leftOperand: 'CustomerKey',
operator: 'equals',
rightOperand: key,
},
};
}
const results = await this.client.soap.retrieveBulk(
'Program',
['ObjectID'],
requestParams
);
if (results?.Results?.length) {
objectIds.push(...results.Results.map((item) => item.ObjectID));
}
// the API seems to handle 50 concurrent requests nicely
const response = objectIds.length
? await this.retrieveRESTcollection(
objectIds.map((objectID) => ({
id: objectID,
uri: '/automation/v1/automations/' + objectID,
})),
50,
!key
)
: null;
metadataMap = response?.metadata || {};
}
if (!this._skipNotificationRetrieve && Object.keys(metadataMap).length) {
// attach notification information to each automation that has any
await this.#getAutomationNotificationsREST(metadataMap);
}
// * retrieveDir can be empty when we use it in the context of postDeployTasks
if (retrieveDir) {
this.retrieveDir = retrieveDir;
metadataMap = await this.saveResults(metadataMap, retrieveDir, null, null);
Util.logger.info(
`Downloaded: ${this.definition.type} (${Object.keys(metadataMap).length})` +
Util.getKeysString(key)
);
await this.runDocumentOnRetrieve(key, metadataMap);
}
return { metadata: metadataMap, type: this.definition.type };
}
/**
* helper for {@link this.retrieveRESTcollection}
*
* @param {SDKError} ex exception
* @param {string} id id or key of item
* @returns {Promise.<any>} can return retry-result
*/
static async handleRESTErrors(ex, id) {
try {
if (ex.message == 'socket hang up') {
// one more retry; it's a rare case but retrying again should solve the issue gracefully
return await this.client.rest.get('/automation/v1/automations/' + id);
}
} catch {
// no extra action needed, handled below
}
// if we do get here, we should log the error and continue instead of failing to download all automations
Util.logger.error(` ☇ skipping Automation ${id}: ${ex.message} ${ex.code}`);
return null;
}
/**
* helper for {@link Automation.retrieve} to get Automation Notifications
*
* @param {MetadataTypeMap} metadataMap keyField => metadata map
* @returns {Promise.<object>} Promise of automation legacy api response
*/
static async #getAutomationNotificationsREST(metadataMap) {
Util.logger.info(Util.getGrayMsg(` Retrieving Automation Notification information...`));
// get list of keys that we retrieved so far
const foundKeys = Object.keys(metadataMap);
// get encodedAutomationID to retrieve notification information
const iteratorBackup = this.definition.bodyIteratorField;
this.definition.bodyIteratorField = 'entry';
const automationLegacyMapObj = await super.retrieveREST(
undefined,
`/legacy/v1/beta/bulk/automations/automation/definition/`
);
this.definition.bodyIteratorField = iteratorBackup;
const automationLegacyMap = Object.keys(automationLegacyMapObj.metadata)
.filter((key) => foundKeys.includes(key))
// ! using the `id` field to retrieve notifications does not work. instead one needs to use the URL in the `notifications` field
.map((key) => ({
id: automationLegacyMapObj.metadata[key].id,
key,
}));
// get notifications for each automation
const rateLimit = pLimit(5);
let found = 0;
let skipped = 0;
const promiseMap = await Promise.all(
automationLegacyMap.map((automationLegacy) =>
rateLimit(async () => {
// this is a file so extended is at another endpoint
try {
const notificationsResult = await this.client.rest.get(
'/legacy/v1/beta/automations/notifications/' + automationLegacy.id
);
if (Array.isArray(notificationsResult?.workers)) {
metadataMap[automationLegacy.key].notifications =
notificationsResult.workers.map((n) => ({
email: n.definition.split(',').map((item) => item.trim()),
message: n.body,
type: n.notificationType,
}));
found++;
} else {
if (
!notificationsResult ||
typeof notificationsResult !== 'object' ||
Object.keys(notificationsResult).length !== 1 ||
!notificationsResult?.programId
) {
throw new TypeError(JSON.stringify(notificationsResult));
}
// * if there are no automation notifications, the API returns a single object with the programId
}
} catch (ex) {
Util.logger.debug(
` ☇ issue retrieving Notifications for automation ${automationLegacy.key}: ${ex.message} ${ex.code}`
);
skipped++;
}
})
)
);
Util.logger.info(
Util.getGrayMsg(` Notifications found for ${found} automation${found === 1 ? '' : 's'}`)
);
Util.logger.debug(
`Notifications not found for ${skipped} automation${skipped === 1 ? '' : 's'}`
);
return promiseMap;
}
/**
* Retrieves Metadata of Automation
*
* @returns {Promise.<AutomationMapObj>} Promise of metadata
*/
static async retrieveChangelog() {
const results = await this.client.soap.retrieveBulk('Program', ['ObjectID']);
const details = [];
for (const item of results.Results
? await Promise.all(
results.Results.map((a) =>
this.client.soap.retrieveBulk(
'Automation',
[
'ProgramID',
'Name',
'CustomerKey',
'CategoryID',
'LastSaveDate',
'LastSavedBy',
'CreatedBy',
'CreatedDate',
],
{
filter: {
leftOperand: 'ProgramID',
operator: 'equals',
rightOperand: a.ObjectID,
},
}
)
)
)
: []) {
details.push(...item.Results);
}
details.map((item) => {
item.key = item.CustomerKey;
});
const parsed = this.parseResponseBody({ items: details });
return { metadata: parsed, type: this.definition.type };
}
/**
* Retrieves automation metadata for caching
*
* @returns {Promise.<AutomationMapObj>} Promise of metadata
*/
static async retrieveForCache() {
let results = {};
if (this._cachedMetadataMap) {
results.Results = Object.values(this._cachedMetadataMap);
delete this._cachedMetadataMap;
} else {
// get automations for cache
results = await this.client.soap.retrieveBulk('Program', [
'ObjectID',
'CustomerKey',
'Name',
]);
}
/** @type {AutomationMap} */
const resultsConverted = {};
if (Array.isArray(results?.Results)) {
// get encodedAutomationID to retrieve notification information
const keyBackup = this.definition.keyField;
const iteratorBackup = this.definition.bodyIteratorField;
this.definition.keyField = 'key';
this.definition.bodyIteratorField = 'entry';
const automationsLegacy = await super.retrieveREST(
undefined,
`/legacy/v1/beta/bulk/automations/automation/definition/`
);
this.definition.keyField = keyBackup;
this.definition.bodyIteratorField = iteratorBackup;
// merge encodedAutomationID into results
for (const m of results.Results) {
const key = m.CustomerKey || m.key;
resultsConverted[key] = {
id: m.ObjectID || m.id,
key: key,
name: m.Name || m.name,
programId: automationsLegacy.metadata[key]?.id,
status: automationsLegacy.metadata[key]?.status,
};
}
}
return { metadata: resultsConverted, type: this.definition.type };
}
/**
* Retrieve a specific Automation Definition by Name
*
* @param {string} templateDir Directory where retrieved metadata directory will be saved
* @param {string} name name of the metadata file
* @param {TemplateMap} templateVariables variables to be replaced in the metadata
* @returns {Promise.<AutomationItemObj>} Promise of metadata
*/
static async retrieveAsTemplate(templateDir, name, templateVariables) {
const results = await this.client.soap.retrieve('Program', ['ObjectID', 'Name'], {
filter: {
leftOperand: 'Name',
operator: 'equals',
rightOperand: name,
},
});
if (Array.isArray(results?.Results)) {
// eq-operator returns a similar, not exact match and hence might return more than 1 entry
const metadata = results.Results.find((item) => item.Name === name);
if (!metadata) {
Util.logger.error(`${this.definition.type} '${name}' not found on server.`);
return;
}
let details = await this.client.rest.get(
'/automation/v1/automations/' + metadata.ObjectID
);
const metadataMap = this.parseResponseBody({ items: [details] });
if (Object.keys(metadataMap).length) {
// attach notification information to each automation that has any
await this.#getAutomationNotificationsREST(metadataMap);
details = Object.values(metadataMap)[0];
}
let val = null;
let originalKey;
// if parsing fails, we should just save what we get
try {
const parsedDetails = this.postRetrieveTasks(details);
originalKey = parsedDetails[this.definition.keyField];
if (parsedDetails !== null) {
val = JSON.parse(
Util.replaceByObject(JSON.stringify(parsedDetails), templateVariables)
);
}
} catch {
val = structuredClone(details);
}
if (val === null) {
throw new Error(
`Automations '${name}' was skipped and hence cannot be used for templating.`
);
}
// remove all fields not listed in Definition for templating
this.keepTemplateFields(val);
await File.writeJSONToFile(
[templateDir, this.definition.type].join('/'),
originalKey + '.' + this.definition.type + '-meta',
val
);
Util.logger.info(`- templated ${this.definition.type}: ${name}`);
return { metadata: val, type: this.definition.type };
} else if (results) {
Util.logger.error(`${this.definition.type} '${name}' not found on server.`);
Util.logger.info(`Downloaded: automation (0)`);
return { metadata: {}, type: this.definition.type };
} else {
throw new Error(JSON.stringify(results));
}
}
/**
* helper for {@link Automation.postRetrieveTasks} and {@link Automation.execute}
*
* @param {AutomationItem} metadata a single automation
* @returns {boolean} true if the automation schedule is valid
*/
static #isValidSchedule(metadata) {
if (metadata.type === 'scheduled' && metadata.schedule?.startDate) {
try {
if (this.definition.timeZoneMapping[metadata.schedule.timezoneName]) {
// if we found the id in our list, remove the redundant data
delete metadata.schedule.timezoneId;
}
} catch {
Util.logger.debug(
`- Schedule name '${metadata.schedule.timezoneName}' not found in definition.timeZoneMapping`
);
}
return true;
} else {
return false;
}
}
/**
* manages post retrieve steps
*
* @param {AutomationItem} metadata a single automation
* @returns {AutomationItem | void} parsed item
*/
static postRetrieveTasks(metadata) {
// folder
this.setFolderPath(metadata);
// automations are often skipped due to lack of support.
try {
if (metadata.type === 'scheduled' && metadata.schedule?.startDate) {
// Starting Source == 'Schedule'
if (!this.#isValidSchedule(metadata)) {
return;
}
// type 'Running' is temporary status only, overwrite with Scheduled for storage.
if (metadata.type === 'scheduled' && metadata.status === 'Running') {
metadata.status = 'Scheduled';
}
} else if (metadata.type === 'triggered' && metadata.fileTrigger) {
// Starting Source == 'File Drop'
// Do nothing for now
}
if (metadata.steps) {
let i = 0;
for (const step of metadata.steps) {
i++;
const stepNumber = step.stepNumber || step.step || i;
delete step.stepNumber;
delete step.step;
for (const activity of step.activities) {
try {
// get metadata type of activity
activity.r__type = Util.inverseGet(
this.definition.activityTypeMapping,
activity.objectTypeId
);
delete activity.objectTypeId;
} catch {
Util.logger.warn(
` - Unknown activity type '${activity.objectTypeId}'` +
` in step ${stepNumber}.${activity.displayOrder}` +
` of Automation '${metadata.name}'`
);
continue;
}
// if no activityObjectId then either serialized activity
// (config in Automation ) or unconfigured so no further action to be taken
if (
activity.activityObjectId === '00000000-0000-0000-0000-000000000000' ||
activity.activityObjectId == null
) {
Util.logger.debug(
` - skipping ${
metadata[this.definition.keyField]
} activity ${stepNumber}.${
activity.displayOrder
} due to missing activityObjectId: ${JSON.stringify(activity)}`
);
// empty if block
continue;
} else if (!this.definition.dependencies.includes(activity.r__type)) {
Util.logger.debug(
` - skipping ${
metadata[this.definition.keyField]
} activity ${stepNumber}.${
activity.displayOrder
} because the type ${
activity.r__type
} is not set up as a dependency for ${this.definition.type}`
);
continue;
}
// / if managed by cache we can update references to support deployment
if (
Definitions[activity.r__type]?.['idField'] &&
cache.getCache()[activity.r__type]
) {
try {
activity.r__key = cache.searchForField(
activity.r__type,
activity.activityObjectId,
Definitions[activity.r__type].idField,
Definitions[activity.r__type].keyField
);
delete activity.name;
} catch (ex) {
// getFromCache throws error where the dependent metadata is not found
Util.logger.warn(
` - Missing ${activity.r__type} activity '${activity.name}'` +
` in step ${stepNumber}.${activity.displayOrder}` +
` of Automation '${metadata.name}' (${ex.message})`
);
}
} else {
Util.logger.warn(
` - Missing ${activity.r__type} activity '${activity.name}'` +
` in step ${stepNumber}.${activity.displayOrder}` +
` of Automation '${metadata.name}' (Not Found in Cache)`
);
}
}
}
}
return structuredClone(metadata);
} catch (ex) {
Util.logger.warn(
` - ${this.definition.typeName} '${metadata[this.definition.nameField]}': ${
ex.message
}`
);
return null;
}
}
/**
* a function to start query execution via API
*
* @param {string[]} keyArr customerkey of the metadata
* @returns {Promise.<string[]>} Returns list of keys that were executed
*/
static async execute(keyArr) {
/** @type {AutomationMap} */
const metadataMap = {};
for (const key of keyArr) {
if (Util.OPTIONS.schedule) {
// schedule
const results = await this.retrieve(undefined, undefined, undefined, key);
if (Object.keys(results.metadata).length) {
for (const resultKey of Object.keys(results.metadata)) {
if (this.#isValidSchedule(results.metadata[resultKey])) {
metadataMap[resultKey] = results.metadata[resultKey];
} else {
Util.logger.error(
` - skipping ${this.definition.type} ${results.metadata[resultKey].name}: no valid schedule settings found.`
);
}
}
}
} else {
// runOnce
const objectId = await this.#getObjectIdForSingleRetrieve(key);
/** @type {AutomationItem} */
metadataMap[key] = { key, id: objectId };
}
}
if (!Object.keys(metadataMap).length) {
Util.logger.error(`No ${this.definition.type} to execute`);
return;
}
Util.logger.info(
`Starting automations ${
Util.OPTIONS.schedule
? 'according to schedule'
: 'to run once (use --schedule or --execute=schedule to schedule instead)'
}: ${Object.keys(metadataMap).length}`
);
const promiseResults = [];
for (const key of Object.keys(metadataMap)) {
if (Util.OPTIONS.schedule && metadataMap[key].status === 'Scheduled') {
// schedule
Util.logger.info(
` - skipping ${this.definition.type} ${metadataMap[key].name}: already scheduled.`
);
} else {
// schedule + runOnce
promiseResults.push(this.#executeItem(metadataMap, key));
}
}
const results = await Promise.all(promiseResults);
const executedKeyArr = results
.filter(Boolean)
.filter((r) => r.response.OverallStatus === 'OK')
.map((r) => r.key);
Util.logger.info(`Executed ${executedKeyArr.length} of ${keyArr.length} items`);
return executedKeyArr;
}
/**
* helper for {@link Automation.execute}
*
* @param {AutomationMap} metadataMap map of metadata
* @param {string} key key of the metadata
* @returns {Promise.<{key:string, response:object}>} metadata key and API response
*/
static async #executeItem(metadataMap, key) {
if (Util.OPTIONS.schedule) {
this.#preDeploySchedule(metadataMap[key]);
metadataMap[key].status = 'Scheduled';
return this.#scheduleAutomation(metadataMap, metadataMap, key);
} else {
return this.#runOnce(metadataMap[key]);
}
}
/**
* helper for {@link Automation.execute}
*
* @param {AutomationItem} metadataEntry metadata object
* @returns {Promise.<{key:string, response:object}>} metadata key and API response
*/
static async #runOnce(metadataEntry) {
return super.executeSOAP(metadataEntry);
}
/**
* Standardizes a check for multiple messages but adds query specific filters to error texts
*
* @param {object} ex response payload from REST API
* @returns {string[]} formatted Error Message
*/
static getErrorsREST(ex) {
const errors = super.getErrorsREST(ex);
if (errors?.length > 0) {
return errors.map((msg) =>
msg
.split('403 Forbidden')
.join('403 Forbidden: Please check if the automation is currently running.')
);
}
return errors;
}
/**
* a function to start query execution via API
*
* @param {string[]} keyArr customerkey of the metadata
* @returns {Promise.<string[]>} Returns list of keys that were paused
*/
static async pause(keyArr) {
const metadataMap = {};
for (const key of keyArr) {
if (key) {
const results = await this.retrieve(undefined, undefined, undefined, key);
if (Object.keys(results.metadata).length) {
for (const key of Object.keys(results.metadata)) {
if (this.#isValidSchedule(results.metadata[key])) {
metadataMap[key] = results.metadata[key];
} else {
Util.logger.error(
` - skipping ${this.definition.type} ${results.metadata[key].name}: no valid schedule settings found.`
);
}
}
}
}
}
Util.logger.info(`Pausing automations: ${Object.keys(metadataMap).length}`);
const promiseResults = [];
for (const key of Object.keys(metadataMap)) {
if (metadataMap[key].status === 'Scheduled') {
promiseResults.push(this.#pauseItem(metadataMap[key]));
} else if (metadataMap[key].status === 'PausedSchedule') {
Util.logger.info(
` - skipping ${this.definition.type} ${metadataMap[key].name}: already paused.`
);
} else {
Util.logger.error(
` - skipping ${this.definition.type} ${
metadataMap[key].name
}: currently ${metadataMap[
key
].status.toLowerCase()}. Please try again in a few minutes.`
);
}
}
const pausedKeyArr = (await Promise.all(promiseResults))
.filter(Boolean)
.filter((r) => r.response.OverallStatus === 'OK')
.map((r) => r.key);
Util.logger.info(`Paused ${pausedKeyArr.length} of ${keyArr.length} items`);
return pausedKeyArr;
}
/**
* helper for {@link Automation.pause}
*
* @param {AutomationItem} metadata automation metadata
* @returns {Promise.<{key:string, response:object}>} metadata key and API response
*/
static async #pauseItem(metadata) {
const schedule = {};
try {
const response = await this.client.soap.schedule(
'Automation',
schedule,
{
Interaction: {
ObjectID: metadata[this.definition.idField],
},
},
'pause',
{}
);
Util.logger.info(
` - paused ${this.definition.type}: ${metadata[this.definition.keyField]} / ${
metadata[this.definition.nameField]
}`
);
return { key: metadata[this.definition.keyField], response };
} catch (ex) {
this._handleSOAPErrors(ex, 'pausing', metadata, false);
return null;
}
}
/**
* Deploys automation - the saved file is the original one due to large differences required for deployment
*
* @param {AutomationMap} metadata metadata mapped by their keyField
* @param {string} targetBU name/shorthand of target businessUnit for mapping
* @param {string} retrieveDir directory where metadata after deploy should be saved
* @returns {Promise.<AutomationMap>} Promise
*/
static async deploy(metadata, targetBU, retrieveDir) {
const upsertResults = await this.upsert(metadata, targetBU);
const savedMetadata = await this.saveResults(upsertResults, retrieveDir, null);
if (
this.properties.metaDataTypes.documentOnRetrieve.includes(this.definition.type) &&
!this.definition.documentInOneFile
) {
const count = Object.keys(savedMetadata).length;
Util.logger.debug(` - Running document for ${count} record${count === 1 ? '' : 's'}`);
await this.document(savedMetadata);
}
return upsertResults;
}
/**
* Creates a single automation
*
* @param {AutomationItem} metadata single metadata entry
* @returns {Promise} Promise
*/
static create(metadata) {
const uri = '/automation/v1/automations/';
return super.createREST(metadata, uri);
}
/**
* Updates a single automation
*
* @param {AutomationItem} metadata single metadata entry
* @param {AutomationItem} metadataBefore metadata mapped by their keyField
* @returns {Promise} Promise
*/
static update(metadata, metadataBefore) {
if (metadataBefore.status === 'Running') {
Util.logger.error(
` ☇ error updating ${this.definition.type} ${
metadata[this.definition.keyField] || metadata[this.definition.nameField]
} / ${
metadata[this.definition.nameField]
}: You cannot update an automation that's currently running. Please wait a bit and retry.`
);
return null;
}
const uri = '/automation/v1/automations/' + metadata.id;
return super.updateREST(metadata, uri);
}
/**
* helper for {@link Automation.preDeployTasks} and {@link Automation.execute}
*
* @param {AutomationItem} metadata metadata mapped by their keyField
*/
static #preDeploySchedule(metadata) {
delete metadata.schedule.rangeTypeId;
delete metadata.schedule.pattern;
delete metadata.schedule.scheduledTime;
delete metadata.schedule.scheduledStatus;
if (this.definition.timeZoneMapping[metadata.schedule.timezoneName]) {
metadata.schedule.timezoneId =
this.definition.timeZoneMapping[metadata.schedule.timezoneName];
} else {
Util.logger.error(
`Could not find timezone ${metadata.schedule.timezoneName} in definition.timeZoneMapping`
);
}
// the upsert API needs this to be named scheduleTypeId; the retrieve API returns it as typeId
metadata.schedule.scheduleTypeId = metadata.schedule.typeId;
delete metadata.schedule.typeId;
// prep startSource
metadata.startSource = { schedule: metadata.schedule, typeId: 1 };
}
/**
* Gets executed before deploying metadata
*
* @param {AutomationItem} metadata metadata mapped by their keyField
* @returns {Promise.<AutomationItem>} Promise
*/
static async preDeployTasks(metadata) {
if (metadata.notifications) {
this.notificationUpdates[metadata.key] = metadata.notifications;
} else {
const cached = cache.getByKey(this.definition.type, metadata.key);
if (cached?.notifications) {
// if notifications existed but are no longer present in the deployment package, we need to run an empty update call to remove them
this.notificationUpdates[metadata.key] = [];
}
}
if (this.validateDeployMetadata(metadata)) {
// folder
this.setFolderId(metadata);
if (metadata.type === 'scheduled' && metadata?.schedule?.startDate) {
// Starting Source == 'Schedule'
this.#preDeploySchedule(metadata);
// * run _buildSchedule here but only to check if things look ok - do not use the returned schedule object for deploy
this._buildSchedule(metadata.schedule);
delete metadata.schedule.timezoneName;
delete metadata.startSource.schedule.timezoneName;
} else if (metadata.type === 'triggered' && metadata.fileTrigger) {
// Starting Source == 'File Drop'
// prep startSource
metadata.startSource = {
fileDrop: {
fileNamePattern: metadata.fileTrigger.fileNamingPattern,
fileNamePatternTypeId: metadata.fileTrigger.fileNamePatternTypeId,
folderLocation: metadata.fileTrigger.folderLocationText,
queueFiles: metadata.fileTrigger.queueFiles,
},
typeId: 2,
};
delete metadata.fileTrigger;
}
delete metadata.schedule;
delete metadata.type;
let i = 0;
const buName = this.buObject.credential + '/' + this.buObject.businessUnit;
if (metadata.steps) {
for (const step of metadata.steps) {
let displayOrder = 0;
for (const activity of step.activities) {
activity.displayOrder = ++displayOrder;
if (
activity.name &&
this.definition.dependencies.includes(activity.r__type)
) {
if (
activity.r__type === 'verification' &&
this.createdKeyMap?.[buName]?.verification?.[activity.name]
) {
Util.logger.info(
Util.getGrayMsg(
` - updated verification activity name from ${
activity.name
} to ${
this.createdKeyMap[buName].verification[activity.name]
}`
)
);
// map structure: cred/bu --> type --> old key --> new key
activity.name =
this.createdKeyMap[buName].verification[activity.name];
}
// automations can have empty placeholder for activities with only their type defined
activity.activityObjectId = cache.searchForField(
activity.r__type,
activity.r__key,
Definitions[activity.r__type].keyField,
Definitions[activity.r__type].idField
);
}
activity.objectTypeId =
this.definition.activityTypeMapping[activity.r__type];
delete activity.r__type;
}
step.annotation = step.name;
step.stepNumber = i;
delete step.name;
delete step.step;
i++;
}
}
return metadata;
} else {
return null;
}
}
/**
* Validates the automation to be sure it can be deployed.
* Whitelisted Activites are deployed but require configuration
*
* @param {AutomationItem} metadata single automation record
* @returns {boolean} result if automation can be deployed based on steps
*/
static validateDeployMetadata(metadata) {
let deployable = true;
const errors = [];
if (metadata.steps) {
let stepNumber = 0;
for (const step of metadata.steps) {
stepNumber++;
let displayOrder = 0;
for (const activity of step.activities) {
displayOrder++;
// check if manual deploy required. if so then log warning
if (this.definition.manualDeployTypes.includes(activity.r__type)) {
Util.logger.warn(
`- ${this.definition.type} '${metadata.name}' requires additional manual configuration: '${activity.name}' in step ${stepNumber}.${displayOrder}`
);
}
// cannot deploy because it is not supported
else if (!this.definition.dependencies.includes(activity.r__type)) {
errors.push(
` • not supported ${activity.r__type} activity '${activity.name}' in step ${stepNumber}.${displayOrder}`
);
deployable = false;
}
}
}
}
if (!deployable) {
Util.logger.error(
` ☇ skipping ${this.definition.type} ${metadata[this.definition.keyField]} / ${
metadata[this.definition.nameField]
}:`
);
for (const error of errors) {
Util.logger.error(error);
}
}
return deployable;
}
/**
* helper for {@link MetadataType.updateREST} and {@link MetadataType.updateSOAP} that removes old files after the key was changed
*
* @param {MetadataTypeItem} metadataEntry a single metadata Entry
* @returns {Promise.<void>} -
*/
static async _postChangeKeyTasks(metadataEntry) {
super._postChangeKeyTasks(metadataEntry, true);
}
/**
* Gets executed after deployment of metadata type
*
* @param {AutomationMap} metadataMap metadata mapped by their keyField
* @param {AutomationMap} originalMetadataMap metadata to be updated (contains additioanl fields)
* @returns {Promise.<void>} -
*/
static async postDeployTasks(metadataMap, originalMetadataMap) {
for (const key in metadataMap) {
const item = metadataMap[key];
const oldKey = Util.changedKeysMap?.[this.definition.type]?.[key] || key;
delete Util.changedKeysMap?.[this.definition.type]?.[key];
if (!item.type) {
// create response does not return the type attribute
const scheduleHelper = item.schedule || item.startSource.schedule;
// el.type
item.type = scheduleHelper
? 'scheduled'
: item.fileTrigger
? 'triggered'
: undefined;
// el.schedule.timezoneName
if (item.type === 'scheduled') {
// not existing for triggered automations
scheduleHelper.timezoneName ||= Util.inverseGet(
this.definition.timeZoneMapping,
scheduleHelper.timezoneId
);
}
// @ts-expect-error - string vs enum
item.status ||= Util.inverseGet(this.definition.statusMapping, item.statusId);
}
// need to put schedule on here if status is scheduled
await Automation.#scheduleAutomation(metadataMap, originalMetadataMap, key, oldKey);
// need to update notifications separately if there are any
await Automation.#updateNotificationInfoREST(metadataMap, key);
// rewrite upsert to retrieve fields
if (item.steps) {
for (const step of item.steps) {
step.name = step.annotation;
delete step.annotation;
}
}
}