Files
qinglong/back/shared/runCron.ts
T
whyour e3989f86aa feat: migrate SQLite runtime and verify complete upgrade bundles
Use MikroORM's official Node SQLite dialect with bounded database isolation, preserve legacy schema and data for rollback, and require Node 22.17 or newer. Update Debian runtimes and retain ARMv6 musl compatibility without a SQLite addon.

Complete short archive writes, stop orphaned SQL workers after owner death, preserve buffered startup requests, and prestart the archived backend on every platform. Cover real package installation, migration, failure recovery, and legacy database compatibility.
2026-10-22 12:22:27 +08:00

116 lines
3.7 KiB
TypeScript

import { t } from './i18n';
import { spawn } from 'cross-spawn';
import taskLimit from './pLimit';
import Logger from '../loaders/logger';
import { ICron } from '../protos/cron';
import { CrontabModel, CrontabStatus } from '../data/cron';
import { killTask } from '../config/util';
import { RunningInstanceModel, InstanceStatus } from '../data/runningInstance';
import dayjs from 'dayjs';
import { observeChildProcess, asError } from './childProcess';
export function runCron(
cmd: string,
cron: ICron,
isCurrent: () => boolean = () => true,
): Promise<number | void> {
const execute = async () => {
try {
if (!isCurrent()) return;
// Check if the cron is already running and stop it (only if multiple instances are not allowed)
try {
const existingCron = await CrontabModel.findOne({
id: Number(cron.id),
});
// A mutation may commit while this queued run is reading the database.
if (!isCurrent() || !existingCron || existingCron.isDisabled) return;
// Default to single instance mode (0) for backward compatibility
const allowSingleInstances =
existingCron?.allow_multiple_instances === 0;
if (
allowSingleInstances &&
existingCron &&
existingCron.pid &&
(existingCron.status === CrontabStatus.running ||
existingCron.status === CrontabStatus.queued)
) {
Logger.info(
t('[schedule][停止已运行任务] 任务ID: %s, PID: %s'),
cron.id,
existingCron.pid,
);
await killTask(existingCron.pid, true);
// Mark old running instances as stopped
const stoppedAt = dayjs().unix();
await RunningInstanceModel.nativeUpdate(
{
cron_id: Number(cron.id),
status: InstanceStatus.running,
},
{ status: InstanceStatus.stopped, finished_at: stoppedAt },
);
// Update the status to idle after killing
await CrontabModel.nativeUpdate(
{ id: Number(cron.id) },
{ status: CrontabStatus.idle, pid: undefined },
);
}
} catch (error) {
Logger.error(
t('[schedule][检查已运行任务失败] 任务ID: %s, 错误: %s'),
cron.id,
error,
);
throw error;
}
// In particular, invalidation can happen while stopping a previous run.
if (!isCurrent()) return;
Logger.info(
t('[schedule][开始执行任务] 参数 %s'),
JSON.stringify({
...cron,
command: cmd,
}),
);
const cp = spawn(cmd, { shell: '/bin/bash' });
const { completed } = observeChildProcess(cp, {
onStderr: async (message) => {
Logger.info(
t('[schedule][任务标准错误] 命令: %s, 信息: %s'),
cmd,
message,
);
},
});
const result = await completed;
if (result.error) {
Logger.error(
t('[schedule][执行任务失败] 命令: %s, 错误: %s'),
cmd,
result.error.message,
);
}
Logger.info(
t('[schedule][执行任务结束] 任务ID: %s, 退出码: %j'),
cron.id,
result.code,
);
return { ...cron, command: cmd, pid: cp.pid, ...result } as any;
} catch (error) {
Logger.error(
t('[schedule][创建任务失败] 命令: %s, 错误: %s'),
cmd,
asError(error).message,
);
} finally {
taskLimit.removeQueuedCron(cron.id, execute);
}
};
return taskLimit.runWithCronLimit(cron, execute, undefined, isCurrent);
}