DSH Plugin market updates: auto, manual, skip and rollback

A DSH Plugin market update prompt reports availability, not suitability. The same badge that saves you from a security bug can also push a core workflow onto an untested release. The useful decision is not whether updates exist but which plugins should update themselves and which should wait for you.

What a DSH plugin market update prompt really says

An update prompt proves that a newer version exists and nothing more.

The signal can arrive on a market entry, as a badge in the installed list or from comparing CLI output with the latest release. Each source reports the same gap, but with a different amount of detail and a different chance of being stale. None of them knows which features you actually use or what a failed update would cost you. Reading the prompt as an instruction is how an unrelated change interrupts a working day.

A badge does not separate a security fix from a cosmetic edit, so the first step is always to open the notes. An update with no notes deserves medium risk by default, because you cannot tell what moved. The version number itself is a poor proxy for urgency, since a large jump can be documentation-only and a patch can fix a crash. What matters is whether the change touches something your work depends on.

Confirm the versions from the market and the CLI before acting, because a stale badge can report a gap that no longer exists. That one comparison prevents updating in response to a cache rather than a release. It also tells you whether the prompt is worth opening the notes for at all.

Classifying a DeepSeek Harness plugin update

Urgency comes from the change, not from the version number.

The practical classes are security or crash fixes, features or performance work, and documentation or cosmetic edits. The class determines whether the update interrupts work, waits for a window or gets skipped. That label matters because it decides how much attention the release deserves before you read further.

Two details can raise the class even when the headline looks minor. A configuration format change means the update needs rollback time, because reverting may require restoring old settings. A new native dependency can change platform support, so a plugin that worked on one machine may stop loading on another. Checking whether the update touches features you actually use is more useful than reading the changelog length.

Write down what problem the update solves before installing it. If you cannot name the problem in one sentence, the update can wait. That note also becomes the evidence you need if the new version turns out to be worse.

Auto-update for low-risk DSH plugins

Automatic updates suit plugins whose failure would cost you minutes, not a workday.

Themes, status animations and display-only DSH plugins are the natural candidates, because a bad release rarely blocks real work. Automation removes the repeated decision and keeps those plugins close to current. The test is not whether the plugin is simple, but whether you would notice and recover from a failure immediately.

The cost of automatic updates is attribution. When something breaks, you often cannot tell which version introduced the problem, especially if several updates landed together. Recording version changes restores some observability, whether the update was automatic or manual. A short log of what moved is usually enough to attribute a failure later.

Splitting by profile keeps the policy honest. Experimental profiles can update automatically, while the daily work profile stays manual. A plugin that is display-only in one profile may be essential in another, so the profile boundary matters as much as the plugin name.

Pinned versions and manual confirmation for DSH plugins

Plugins that touch files, commands, network or your daily workflow should wait for a human.

Manual confirmation is not a refusal to update; it is a commitment to read the notes and test before the change reaches your work. Plugins that write files, execute commands or call external services deserve a trial in an isolated profile first. Their failures are expensive enough that the extra minutes are part of the update, not a delay to it. Core plugins usually belong in this group even when their release notes look routine.

When a version causes a regression, pinning turns a passive upgrade into a deliberate choice. Record the bad version, the symptom and the release at which you will re-evaluate. A pin without a review point becomes permanent neglect, and the compatibility gap grows with every Harness upgrade. Pinning is a temporary state with a reason attached.

Rollback depends less on the command than on preparation. Back up plugin configuration and profile files before upgrading, and confirm that the old version still resolves. Reinstall the previous release over the broken one, then restore any settings the new version rewrote. If the old package no longer resolves, rollback is impossible and the only path is forward.

Matching a DSH plugin update policy to your work

The right policy is a property of the plugin's role in your work, not of the market's default.

Auxiliary plugins can update automatically, while anything that touches files, commands or network stays manual. Work profiles should be more conservative than experimental ones, because their failures have a larger cost. The policy also changes over time: a plugin that was decorative can become central after you build a workflow around it. Reviewing the split after each major Harness upgrade keeps the labels honest.

1. Classify each plugin by what it can break, not by how new it is.
2. Let display-only DSH plugins update automatically.
3. Keep file, command and network plugins on manual confirmation.
4. Pin any version that caused a regression and note the review point.
5. Back up configuration before touching a core DeepSeek Harness plugin.

A written policy is more useful than a feeling about updates. When a prompt arrives, the decision should already be made, and the only remaining work should be checking the notes. A policy that lives only in your head gets renegotiated every time a badge appears.

Sources: DSH Plugin Hub entry, DeepSeek Harness quickstart, npm @deepseek-ai/dsh.