检查 Superset 的使用情况,找出适合当前工作方式但尚未使用的功能,给出建议并介绍选项;用户选定后,可协助设置定时运行、并行工作区或共享任务等功能。
- 查找尚未使用的 Superset 功能
- 设置定时运行的智能体
- 在多个工作区并行处理任务
把重复任务配置为 Superset 自动化,整理智能体指令、定时或事件触发条件及运行工作区。经明确确认后创建设置,检查已保存的条件,并查看首次运行结果以调整指令。
Turn a recurring chore into a Paradev (formerly Superset) automation. Drafts the agent prompt, confirms the schedule or event trigger and the target, creates it with the CLI, and reviews the first run together. Use when the user wants a scheduled or recurring agent, a daily or weekly job, or an agent that reacts to a Slack message, GitHub pull request, Linear issue, Sentry issue or incoming email, or says things like "every morning do X", "automate this", "set up a cron agent", "run this on a schedule", "when someone opens a PR, do X".
实测评分 未实测
查看安装方法将重复工作配置为 Superset 自动化。技能会整理任务目标、输入内容和完成条件,并据此编写智能体指令。随后选择定时计划或外部事件作为触发条件,并指定任务运行的工作区。创建后,技能会检查已保存的触发条件,并查看首次运行的日志和结果,以便调整指令。
适用于每日检查、每周报告等定期工作,也适用于有新拉取请求时自动启动的任务。可以选择每次运行都使用新的工作区,或重复使用同一工作区,以便保留状态或报告历史。
需要使用 Superset CLI。事件触发需要连接相应服务并取得服务方的识别 ID。创建前,技能会展示名称、触发条件、智能体、目标位置和将要运行的命令,并要求用户明确确认。更新触发条件会替换原有的整组条件,因此需要把要保留的条件一并提交。若要保留报告历史,请使用同一工作区或页面 ID。
本介绍由 AI(OpenAI Codex)根据公开的 SKILL.md 撰写。准确的规格请查看下方原文。
AI 根据 SKILL.md 的内容检查了需要注意的操作和使用前提。评分只依据实际运行的结果(实测对比)。
不计入评分。 由 AI(OpenAI Codex)于 2026年10月29日 评估。仅供参考,安装前请同时查看原文。
安装前可以查看交给 AI 代理的指令内容。
paradev is an alias for the superset CLI: every superset command here also runs as paradev.
Turn "I keep doing X every morning" into an automation that does X on a schedule, or "someone should look at every new PR" into one that fires on the event.
Pin down: the outcome, the cadence, the inputs it reads, and what "done" looks like. Then draft the automation prompt as instructions for an agent with zero context. If the task has rules that will evolve (triage criteria, formats), put them in a document the automation reads at runtime so they can be edited without touching the prompt.
Nobody watches a run, so a chore whose product is a digest, a report, or a scorecard needs somewhere for that product to land. End the prompt by writing the report to an .html file and publishing it, so the user opens one link instead of digging through run logs.
...write the digest to digest.html, then publish it:
superset pages publish digest.html --title "Nightly triage" --label "what changed today"
A page is identified by its workspace plus its path, so which target you picked in step 2 decides whether history accumulates. A project target creates a fresh workspace per run, which means a new page every run rather than a new version of one. For a report meant to build up history, use a workspace target, or capture the page id from the first run and have the prompt pass --page <id> from then on.
superset projects list: a project target creates a fresh workspace per run (most tasks)superset workspaces list --local: a workspace target reuses the same workspace every run (stateful tasks)A clock or an event. Ask which the chore actually wants: "every morning" is a schedule, "whenever someone does X" is an event trigger.
For an event trigger, resolve the ids first. A scope stores provider ids, never names, so a channel name or repo title written straight into a config matches nothing:
superset automations trigger-options --group slack
Groups: slack, github, linear, sentry, notion, microsoftTeams, google (Gmail labels and people). An empty result is ambiguous: the org has not connected that group, or its token was revoked, or the provider failed the lookup. Ask the user to check the connection in Settings rather than telling them it is not connected.
Then write the set to a file. Every filter is a scope: {"mode":"any"} matches everything, {"mode":"list","ids":[...]} matches those ids, {"mode":"me"} resolves to the automation owner's account at that provider.
[
{
"config": {
"kind": "slack",
"event": "reaction_added",
"channels": { "mode": "list", "ids": ["C0123456789"] },
"emoji": { "mode": "list", "ids": ["bug"] },
"actor": { "mode": "any" }
}
}
]
Show the user (use the ask_user tool if available): the name, what fires it (the RRULE, or the event and the scopes in plain words), the agent, the target, and the exact command you will run. Never create without explicit confirmation.
superset automations create \
--name "Daily issue triage" \
--rrule "FREQ=DAILY;BYHOUR=9;BYMINUTE=0" \
--timezone America/Los_Angeles \
--project <id> \
--agent claude \
--prompt-file /tmp/automation-prompt.md
For an event trigger, swap --rrule and --timezone for --triggers-file:
superset automations create \
--name "Triage bug reactions" \
--triggers-file /tmp/triggers.json \
--project <id> \
--agent claude \
--prompt-file /tmp/automation-prompt.md
(--workspace <id> instead of --project for reuse mode; --host <id> if it should run on another machine; prefer --prompt-file for multiline prompts. One automation can hold both kinds: put the schedule in the trigger set alongside the event.)
Changing triggers later replaces the whole set. superset automations update <id> --triggers-file deletes every trigger you leave out. Read the current set with superset automations get <id> and resend the entries you are keeping, each with its id, so they are updated in place rather than recreated. Recreating rolls a webhook's signing key and resets a schedule's next run.
Always confirm the trigger actually landed: run superset automations get <id> after the write and check the triggers array. Do not report a trigger as set up on the strength of the command exiting 0.
Then trigger a first run now with superset automations run <id>, review superset automations logs <id> with the user, and refine the prompt via superset automations prompt set <id> until the run output is right. An automation isn't done until one real run looked good. If the prompt publishes a page, open the published page as part of that review, not just the run log.
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检查 Superset 的使用情况,找出适合当前工作方式但尚未使用的功能,给出建议并介绍选项;用户选定后,可协助设置定时运行、并行工作区或共享任务等功能。
通过 Superset 工作区的浏览器查看网页、点击、输入并检查截图或控制台信息,可用于预览运行中的网页应用、检查界面操作和表单流程。
依据 Stripe 官方文档和 API 参数定义实现支付、订阅、发票及 Webhook 集成,涵盖产品选择、沙盒测试和事件处理,并通过 Webhook 判断支付与订阅状态。
通过 Chrome DevTools Protocol 操作正在运行的 Electron 桌面应用,复现界面问题并验证修改。按实际操作流程检查页面跳转,记录截图,并对照路由、滚动位置、焦点元素和保存状态等信息。
分析 GitHub Actions 失败日志,定位最早的有效错误,区分代码缺陷、环境问题、间歇性失败和原有故障,并对照基准分支说明失败与 PR 的关系及后续处理建议。
读取真实桌面画面,识别控件并执行点击、输入、菜单选择和窗口排列,每次操作后检查结果。可用于更改设置、操作应用,以及通过已登录的系统浏览器核验完整流程。