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The structured fields now reconcile at save (the previous commits), so the immediate-push setters are the duplicate path that made the package feel like it had two save models. I retired them. pearl-set-priority is deleted outright — priority is edited org-natively through the heading cookie. pearl-set-state, pearl-set-assignee, and pearl-set-labels become pearl-edit-state / -assignee / -labels: the same completing-read picker, but it writes the buffer representation (keyword/name/id, the assignee drawer, the labels drawer plus the live LINEAR-LABEL-IDS set) and marks the field dirty instead of pushing. The change goes out at the next pearl-save-issue / pearl-save-all. pearl-compose-current-description is renamed pearl-edit-description (its compose-and-push behavior is unchanged — v2 doesn't touch the compose buffers).
The transient, the C-; L e keymap, the affordance preamble, and the README follow the new names, and the priority slots are dropped (no command — it's the org cookie). Deleting the setters left pearl--push-issue-field and pearl--priority-choices with no callers, so both are gone, along with the killed-buffer test that only exercised the removed helper. I filed a follow-up: the atomic savers' async commit callbacks need the same killed-buffer guard that helper carried.
The setter command tests are rewritten to assert the buffer-write-and-no-push contract. The reconcile-and-push path they used to cover is exercised in test-pearl-save.
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A batch of small, independent fixes a code-review pass turned up, each its own :bug:quick:solo: todo. They share no code path beyond pearl.el, so the body lists them.
Single-issue refresh false-stash: pearl-refresh-current-issue decided whether to stash "local edits" by hashing org->md against LINEAR-DESC-SHA256, the lossy markdown round-trip. A clean issue whose description has lossy markdown (a # heading, single-asterisk italics) looked dirty and got stashed before every refresh. It now uses pearl--subtree-dirty-p, the Org-hash-first check the merge refresh already uses.
Comment outcome parent id: pearl--save-comment-field read :issue-id from the comment heading, which carries LINEAR-COMMENT-ID, not LINEAR-ID, so comment outcomes got :issue-id nil against the contract. A new pearl--issue-id-at-point climbs to the enclosing issue.
save-all viewer-unavailable count: when the viewer lookup failed, save-all passed a nil viewer id and the prompt counted every dirty comment as read-only, disagreeing with the actual skipped/viewer-unavailable outcome. The counts and prompt now carry an explicit viewer-unavailable tally.
Request-counter leak: pearl--graphql-request-async incremented pearl--active-requests before pearl--headers, which signals when the key is unset, so neither callback ran to decrement it. I build the headers before the increment.
Issue commands from comment subtrees: save-issue, refresh, compose-description, open-issue, and the field setters read LINEAR-ID from the nearest heading, so running them from inside a comment hit the comment heading and rejected with "Not on a Linear issue heading". A new pearl--goto-issue-heading-or-error climbs to the issue heading; the commands use it.
Project selector on no projects: pearl-select-project ran (string= selected "None") even when a team had no projects and selected was nil. I guard the nil case. (The reported wrong-type crash doesn't reproduce here, since string= treats nil as the symbol "nil", but the guard makes the optional-no-projects path explicit.)
Query filter validation: pearl-run-saved-query, pearl-list-issues-filtered, and pearl-list-issues compiled their authoring plist without calling pearl--validate-issue-filter, so an unknown key in a saved query was silently ignored. They now validate at the command boundary, so typos surface as a clear user-error.
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