Files
bodyshop/server/notifications/utils/scenarioParser.js
2025-02-10 17:15:53 -05:00

100 lines
3.7 KiB
JavaScript

const eventParser = require("./eventParser");
const { client: gqlClient } = require("../../graphql-client/graphql-client");
const queries = require("../../graphql-client/queries");
const { isEmpty, isFunction } = require("lodash");
const { getMatchingScenarios } = require("./scenarioMapperr");
const scenarioParser = async (req) => {
// Destructure required fields from the request body
const { event, trigger, table } = req.body;
if (!event?.data || !trigger || !table) {
throw new Error("Missing required request fields: event data, trigger, or table.");
}
// Step 1: Parse the changes from the event
const eventData = await eventParser({
newData: event.data.new,
oldData: event.data.old,
trigger,
table,
jobIdField: `req.body.event.new.jobid`
});
// Step 2: Query jobWatchers for this job
const watcherData = await gqlClient.request(queries.GET_JOB_WATCHERS, {
jobid: eventData.jobId
});
const jobWatchers = watcherData?.job_watchers_aggregate?.nodes?.map((watcher) => watcher.user_email);
if (isEmpty(jobWatchers)) return;
// Step 3: Infer bodyshop information from the job and validate
const bodyShopId = watcherData?.job?.bodyshop?.id;
const bodyShopName = watcherData?.job?.bodyshop?.shopname;
if (!bodyShopId || !bodyShopName) {
throw new Error("No bodyshop data found for this job.");
}
// Step 4: Get matching scenarios based on eventData and jobWatchers
const matchingScenarios = getMatchingScenarios({
...eventData,
jobWatchers,
bodyShopId,
bodyShopName
});
if (isEmpty(matchingScenarios)) return;
// Prepare the final scenario data
const finalScenarioData = {
...eventData,
jobWatchers,
bodyShopId,
bodyShopName,
matchingScenarios
};
// Step 5: Query associations (notification_settings) for each watcher
// Filter by both useremail and shopid
const associationsData = await gqlClient.request(queries.GET_NOTIFICATION_ASSOCIATIONS, {
emails: jobWatchers,
shopid: bodyShopId
});
if (isEmpty(associationsData?.associations)) return;
// Step 6: For each matching scenario, add a scenarioWatchers property
// that includes only the jobWatchers with at least one notification method enabled.
// Each watcher object is formatted as: { user, email, app, fcm }
finalScenarioData.matchingScenarios.forEach((scenario) => {
scenario.scenarioWatchers = associationsData.associations
.filter((assoc) => {
// Retrieve the settings object for this scenario (it now contains app, email, and fcm)
const settings = assoc.notification_settings && assoc.notification_settings[scenario.key];
// Only include this association if at least one notification channel is enabled
return settings && (settings.app || settings.email || settings.fcm);
})
.map((assoc) => {
const settings = assoc.notification_settings[scenario.key];
return {
// Use assoc.user if available, otherwise fallback to assoc.useremail as the identifier
user: assoc.user || assoc.useremail,
// The email field here is the user's email notification setting (boolean)
email: settings.email,
app: settings.app,
fcm: settings.fcm
};
});
});
// Step 7: Call builder functions for each matching scenario (fire-and-forget)
// Only invoke a builder if its scenario has at least one watcher
finalScenarioData.matchingScenarios.forEach((scenario) => {
if (!isEmpty(scenario.scenarioWatchers) && isFunction(scenario.builder)) {
scenario
.builder(finalScenarioData)
.catch((error) => console.error(`Error in builder for scenario '${scenario.key}':`, error));
}
});
};
module.exports = scenarioParser;