klz-cables.com/.pnpm-store/v10/files/be/f25389e22eb47e8743eb5840785c00e01f001241c7e61fa5ad06b6f987d53b9a7c198db345716c89b9869d48478bdae2c56371e8adfe6bfc59510c9c219541

import { Cron } from 'croner';
import { jobStatsGlobalSlug } from '../../config/global.js';
import { defaultAfterSchedule } from './defaultAfterSchedule.js';
import { defaultBeforeSchedule } from './defaultBeforeSchedule.js';
import { getQueuesWithSchedules } from './getQueuesWithSchedules.js';
/**
 * On vercel, we cannot auto-schedule jobs using a Cron - instead, we'll use this same endpoint that can
 * also be called from Vercel Cron for auto-running jobs.
 *
 * The benefit of doing it like this instead of a separate endpoint is that we can run jobs immediately
 * after they are scheduled
 */ export async function handleSchedules({ allQueues = false, queue: _queue, req }) {
    const queue = _queue ?? 'default';
    const jobsConfig = req.payload.config.jobs;
    const queuesWithSchedules = getQueuesWithSchedules({
        jobsConfig
    });
    if (Object.keys(queuesWithSchedules).length === 0) {
        // No schedules defined => return early, before fetching jobsStatsGlobal, as the global may not even exist
        return {
            errored: [],
            queued: [],
            skipped: []
        };
    }
    const stats = await req.payload.db.findGlobal({
        slug: jobStatsGlobalSlug,
        req
    });
    /**
   * Almost last step! Tasks and Workflows added here just need to be constraint-checked (e.g max. 1 running task etc.),
   * before we can queue them
   */ const queueables = [];
    // Need to know when that particular job was last scheduled in that particular queue
    for (const [queueName, { schedules }] of Object.entries(queuesWithSchedules)){
        if (!allQueues && queueName !== queue) {
            continue;
        }
        for (const schedulable of schedules){
            const queuable = checkQueueableTimeConstraints({
                queue: queueName,
                scheduleConfig: schedulable.scheduleConfig,
                stats,
                taskConfig: schedulable.taskConfig,
                workflowConfig: schedulable.workflowConfig
            });
            if (queuable) {
                queueables.push(queuable);
            }
        }
    }
    const queued = [];
    const skipped = [];
    const errored = [];
    /**
   * Now queue, but check for constraints (= beforeSchedule) first.
   * Default constraint (= defaultBeforeSchedule): max. 1 running / scheduled task or workflow per queue
   */ for (const queueable of queueables){
        const { status } = await scheduleQueueable({
            queueable,
            req,
            stats
        });
        switch(status){
            case 'error':
                errored.push(queueable);
                break;
            case 'skipped':
                skipped.push(queueable);
                break;
            case 'success':
                queued.push(queueable);
                break;
        }
    }
    return {
        errored,
        queued,
        skipped
    };
}
export function checkQueueableTimeConstraints({ queue, scheduleConfig, stats, taskConfig, workflowConfig }) {
    const queueScheduleStats = stats?.stats?.scheduledRuns?.queues?.[queue];
    const lastScheduledRun = taskConfig ? queueScheduleStats?.tasks?.[taskConfig.slug]?.lastScheduledRun : queueScheduleStats?.workflows?.[workflowConfig?.slug ?? '']?.lastScheduledRun;
    const nextRun = new Cron(scheduleConfig.cron).nextRun(lastScheduledRun ?? undefined);
    if (!nextRun) {
        return false;
    }
    return {
        scheduleConfig,
        taskConfig,
        waitUntil: nextRun,
        workflowConfig
    };
}
export async function scheduleQueueable({ queueable, req, stats }) {
    if (!queueable.taskConfig && !queueable.workflowConfig) {
        return {
            status: 'error'
        };
    }
    const beforeScheduleFn = queueable.scheduleConfig.hooks?.beforeSchedule;
    const afterScheduleFN = queueable.scheduleConfig.hooks?.afterSchedule;
    try {
        const beforeScheduleResult = await (beforeScheduleFn ?? defaultBeforeSchedule)({
            // @ts-expect-error we know defaultBeforeSchedule will never call itself => pass null
            defaultBeforeSchedule: beforeScheduleFn ? defaultBeforeSchedule : null,
            jobStats: stats,
            queueable,
            req
        });
        if (!beforeScheduleResult.shouldSchedule) {
            await (afterScheduleFN ?? defaultAfterSchedule)({
                // @ts-expect-error we know defaultAfterchedule will never call itself => pass null
                defaultAfterSchedule: afterScheduleFN ? defaultAfterSchedule : null,
                jobStats: stats,
                queueable,
                req,
                status: 'skipped'
            });
            return {
                status: 'skipped'
            };
        }
        const job = await req.payload.jobs.queue({
            input: beforeScheduleResult.input ?? {},
            meta: {
                scheduled: true
            },
            queue: queueable.scheduleConfig.queue,
            req,
            task: queueable?.taskConfig?.slug,
            waitUntil: beforeScheduleResult.waitUntil,
            workflow: queueable.workflowConfig?.slug
        });
        await (afterScheduleFN ?? defaultAfterSchedule)({
            // @ts-expect-error we know defaultAfterchedule will never call itself => pass null
            defaultAfterSchedule: afterScheduleFN ? defaultAfterSchedule : null,
            job,
            jobStats: stats,
            queueable,
            req,
            status: 'success'
        });
        return {
            status: 'success'
        };
    } catch (error) {
        await (afterScheduleFN ?? defaultAfterSchedule)({
            // @ts-expect-error we know defaultAfterchedule will never call itself => pass null
            defaultAfterSchedule: afterScheduleFN ? defaultAfterSchedule : null,
            error: error,
            jobStats: stats,
            queueable,
            req,
            status: 'error'
        });
        return {
            status: 'error'
        };
    }
}

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