2 Commits

Author	SHA1	Message	Date
Pascal THUET	ce01877610	fix: register enabled extensions for agent on integration use/upgrade (#2949) ... * fix: register enabled extensions for agent on integration install/upgrade install and upgrade only set up the integration's own core commands; only switch re-registered the enabled extensions' commands for the target agent. A second integration added via install (or refreshed via upgrade) was therefore silently missing the extension commands the existing agents already had (e.g. the bundled agent-context extension). Extract switch's registration into a shared _register_extensions_for_agent helper and call it from install and upgrade too, so every installed agent ends up with every enabled extension's commands — full parity with switch. Closes #2886 * test: pin skills-mode secondary-agent registration; document #2948 limitation Extension skill rendering is scoped to the active agent (init-options track a single ai / ai_skills pair), so a skills-mode agent registered while not active (e.g. Copilot --skills installed as a secondary integration) gets command files rather than skills. install/upgrade match extension add here; only switch renders skills, because it activates the target first. Add a regression test pinning this behavior and document the limitation on the shared helper. Per-agent skills parity is tracked separately in #2948. * fix: don't re-render the active agent's skills when registering a non-active agent register_enabled_extensions_for_agent runs an active-agent-scoped skills pass (_register_extension_skills resolves the skills dir from init-options["ai"], ignoring the passed agent). Routing install/upgrade of a secondary integration through it re-rendered the *active* skills-mode agent's extension skills as a side effect — resurrecting skill files the user had deliberately deleted. Gate the skills pass on the target being the active agent; switch is unaffected because it activates the target first. Also harden the skills-mode install test (assert a core skill so --skills is load-bearing, drop a vacuous registered_skills assertion) and add a regression test. Surfaced by review of the PR; skills parity for non-active agents stays tracked in #2948. * refactor: share the extension-op scaffold and run (un)registration post-commit Review cleanups, no behavior change on the success path: - Extract the best-effort ExtensionManager scaffold (lazy import, instantiate, except -> _print_cli_warning) into _best_effort_extension_op. Both _register_extensions_for_agent and a new _unregister_extensions_for_agent delegate to it, removing the duplicate block left inline in switch. - Invoke the best-effort extension registration AFTER the install/switch/upgrade try/except has committed, so a failure in it can never trigger the rollback (install and switch teardown on except). * docs: clarify extension registration parity scope * fix(integrations): defer extension registration until use * fix(tests): remove redundant shutil import * fix(integrations): backfill extensions for installed switch targets	2026-06-22 17:48:55 -05:00
darion-yaphet	826e193cee	refactor: move extension command handlers to extensions/_commands.py (PR-7/8) (#3014) ... * refactor: move extension command handlers to extensions/_commands.py (PR-7/8) Convert the flat extensions.py module into an extensions/ package and extract all extension_app and catalog_app command handlers plus their private helpers (_resolve_installed_extension, _resolve_catalog_extension, _print_extension_info) out of __init__.py into the new extensions/_commands.py, mirroring the domain-dir layout used for presets/_commands.py (PR-6) and integrations/_commands.py (PR-5). - extensions.py -> extensions/__init__.py (pure rename, 99%); intra-module relative imports bumped from `.x` to `..x` since they reference root siblings. - Root helpers (_require_specify_project, _locate_bundled_extension, load_init_options, _display_project_path) are reached through thin shims that re-fetch from the parent package at call time, so test monkeypatching of specify_cli.<helper> keeps working unchanged. - __init__.py drops ~1444 lines (3511 -> 2067); CLI surface preserved via register(app). No behavior change. Full suite failure set is identical before/after (82 pre-existing env failures, 0 new). * fix(extensions): preserve per-command path in update backup for skills agents Skills agents (extension == "/SKILL.md") name every command file SKILL.md, each in its own per-command subdir (e.g. speckit-plan/SKILL.md). The update backup keyed the backup path on cmd_file.name alone, so all of an agent's skill files collided onto a single backup path — each shutil.copy2 overwrote the previous one, and rollback restored one skill's content over all the others, corrupting or losing the rest. Mirror the real on-disk layout by using cmd_file.relative_to(commands_dir), keeping each backup path unique. This also makes backed_up_command_files values unique so restore copies the correct content back to each command. Add a regression test asserting two distinct skill files survive a backup -> failed-update -> rollback cycle with their own content. * style(extensions): use yaml.safe_dump when writing catalog config The catalog add/remove handlers wrote the integration catalog config with yaml.dump. Switch to yaml.safe_dump to align with the SafeDumper used by the presets commands and to refuse emitting !!python/object tags if a non-basic value ever reaches the config dict. Output is unchanged for the current basic-type payload (str/int/bool/dict/ list) — this is a defensive/consistency change, not a behavioral fix. * fix(extensions): correct _print_cli_warning import path in skill registration register_enabled_extensions_for_agent imported _print_cli_warning from `.` (the extensions package), but the helper lives in the parent specify_cli package. The wrong level raised ImportError inside the error handlers, aborting extension/skill registration on the first failure instead of warning and continuing. Use `..` to match the other parent-package imports. * fix(extensions): escape untrusted values in Rich markup output User-provided arguments and extension/catalog metadata (names, descriptions, versions, IDs, paths) were interpolated into Rich markup strings without escaping. Values containing markup sequences (e.g. [red]...) would be parsed as markup, allowing output injection that could corrupt or mislead CLI messages. Wrap all such interpolations with rich.markup.escape across the extension/catalog command handlers: list, search, info (_print_extension_info), add (including --dev paths), remove, enable, disable, set-priority, update, and the ambiguous-match resolvers (error strings and Table rows). Reuse the already-computed safe_extension where available. Escaping is a no-op for benign strings, so normal output is unchanged. * Prevent Rich markup injection in extension CLI output User-controlled catalog URLs and extension IDs are rendered through Rich-enabled console paths, so every remaining output-only interpolation now escapes markup while leaving stored values and filesystem behavior unchanged. Regression tests cover catalog add, install hints, remove hints, and state command messages with bracketed markup-like values. * Prevent markup injection from exception text Rich markup remains enabled for styled CLI messages, so exception text and config path labels must be escaped before rendering. YAML parser errors, URL validation failures, download errors, and extension validation errors can include user-controlled catalog or manifest values. Constraint: Preserve existing exception handling and user-facing error paths Rejected: Disable Rich markup for these messages | existing output intentionally uses markup for labels and styling Confidence: high Scope-risk: narrow Directive: Escape user-controlled exception text before interpolating into Rich-rendered strings Tested: .venv/bin/python -m pytest tests/test_extensions.py -q Co-authored-by: OmX <omx@oh-my-codex.dev> * Prevent path and manifest review regressions Catalog path labels are rendered through Rich markup and downloaded update manifests are trusted long enough to validate extension IDs. Escape displayed project paths before rendering, and reject non-mapping extension.yml payloads before ID validation so bad archives fail with a clear rollback reason. --------- Co-authored-by: OmX <omx@oh-my-codex.dev>	2026-06-22 13:40:57 -05:00