- Added `getOAuthAccesses` to resolve each stored credential once.
- Sent one live request per account, reporting TTFT and TPS.
- Streamed per-account progress with interactive status lines.
- Added `omp dry-balance` command with model, count, concurrency, and JSON flags.
- Implemented random session-id sampling with bounded concurrency for OAuth access dry-run checks.
- Added success/failure summary generation with account and reason stats and optional JSON output.
- Set CLI exit status to 1 when any dry-balance attempt fails.
- Added the new dry-balance capability to the unreleased changelog notes.
Native user-level config discovery (MCP, skills, rules, slash commands, prompts, instructions, hooks, tools, settings, extensions, and the top-level SYSTEM.md/RULES.md/AGENTS.md) now resolves the user scope through getAgentDir() in builtin.ts, omp-extension-roots.ts, and the discovery-layer getUserPath() helper. A named profile sees only its own ~/.omp/profiles/<name>/agent config instead of the default profile's ~/.omp/agent leaking into every profile, matching the /mcp config writer and getMCPConfigPath("user").
discoverExtensionModulePaths now detects top-level symlinked directories that the native glob skips (follow_links=false) and synthesizes their index/package.json entry-point matches, so an extension shared across profiles via a symlink loads like a real directory. Symlinked extension files were already handled.
cli: check --tiny-worker on the profile-flag-stripped resolvedArgv, matching the adjacent --smoke-test check and launch routing.
- Adjusted session and dashboard renderers to derive heights from live terminal rows.
- Propagated terminal-row callbacks through picker/controller wiring and session selectors.
- Reworked list visibility and page navigation to honor row-based budgets and footer lines.
- Added DECRQM 2031 startup probing and stopped OSC11 polling once support was confirmed.
bun install -g <pkg>@<v> did not reliably re-resolve transitive
optionalDependencies, so @oh-my-pi/pi-natives and the platform leaf
@oh-my-pi/pi-natives-<tag> stayed at the previous version while
@oh-my-pi/pi-coding-agent moved. The loader’s validateLoadedBindings
then aborted because the .node file exposed the old
__piNativesV<old> sentinel instead of __piNativesV<new>.
buildBunInstallArgs now pins @oh-my-pi/pi-natives and (when the
running tag is one the release pipeline publishes) the platform
leaf to the same version it installs for @oh-my-pi/pi-coding-agent,
so bun replaces all three in lock-step. The leaf is gated by the
same SUPPORTED_PLATFORMS set the loader uses, so unsupported tags
still surface the original 'no matching version' diagnostic instead
of EBADPLATFORM.
Fixes#1824
- Renamed `TodoWriteTool` to `TodoTool` and its source/prompt files.
- Updated tool registration, schema, renderers, and gating to `todo`.
- Adjusted cursor provider native tool names and tests to match.
- Renamed strike-animation constants and `todo-error-reminder` type.
Bootstrap: an unknown (extension) long flag now only protects a value-like
successor (mirroring parseArgs in args.ts), so a trailing global --profile/--alias
after a value-less extension flag is still extracted (omp --some-ext-flag --profile
work); a -- successor falls through to end-of-options instead of being swallowed.
Alias installer: on Windows the PowerShell edition is inferred from PSModulePath
(separator-anchored so WindowsPowerShell does not match pwsh), falling back to
POWERSHELL_DISTRIBUTION_CHANNEL, when $SHELL is unset; the fish alias path honors
$XDG_CONFIG_HOME. Env is threaded through install options for testability.
Also de-duplicated a stale 'Mnemosyne' changelog line left by the mnemosyne->mnemopi
rename and moved the profile-bootstrap edge-case note to [Unreleased].
- Added local CONNECT proxy with TLS interception to capture Claude API traffic.
- Drives Claude Code via headless PTY/xterm and extracts the first /v1/messages exchange.
- Added `claude:trace` npm script and CLI with JSON/text output modes.
- Added integration test using a fake Claude script against a local TLS server.
The Anthropic web search path built request headers via buildAnthropicSearchHeaders, which never threaded model headers through buildAnthropicHeaders, so ANTHROPIC_CUSTOM_HEADERS was dropped from every web-search request regardless of mode. The streaming path's resolveAnthropicCustomHeaders also gated on isFoundryEnabled(), so users with a corporate ANTHROPIC_BASE_URL + ANTHROPIC_CUSTOM_HEADERS (e.g. X-Gateway-Key) got 401s on web_search unless they set CLAUDE_CODE_USE_FOUNDRY=true.
Loosen the resolver to also apply when ANTHROPIC_BASE_URL points to a non-Anthropic host, export the baseUrl-keyed variant, and have buildAnthropicSearchHeaders pass the resolved custom headers as modelHeaders so search and streaming paths behave identically. Stock api.anthropic.com (no Foundry) still omits the headers.
Fixes#1693
- Expanded the existing entries in docs/environment-variables.md so the override-semantics ('search-only, isolates from main ANTHROPIC_API_KEY / ANTHROPIC_BASE_URL / FOUNDRY_BASE_URL') are spelled out, and added a usage note for enterprise-gateway split routing.
- Surfaced the search-only env vars (ANTHROPIC_SEARCH_API_KEY / ANTHROPIC_SEARCH_BASE_URL / ANTHROPIC_SEARCH_MODEL) in the Anthropic provider section of docs/tools/web_search.md, where users were already looking.
- Added ANTHROPIC_SEARCH_BASE_URL alongside ANTHROPIC_SEARCH_API_KEY in 'omp --help' so the pair shows up together in the CLI env-var summary.
Fixes#1694
omp resolves the update target by querying https://registry.npmjs.org/ directly, but `bun install -g pkg@<version>` would then consult bun's on-disk manifest snapshot AND honour the user's npm-mirror configuration (corporate proxy, Taobao, …). Either source can lag the upstream registry by minutes-to-hours, in which case bun rejects the version with `No version matching "X" found for specifier "@oh-my-pi/pi-coding-agent" (but package exists)` even though the registry omp just queried is serving it.
The bun install step now runs with both `--no-cache` (skip the manifest snapshot) and `--registry=https://registry.npmjs.org/` (pin the official catalog regardless of bunfig/.npmrc) so the install observes the same registry state the version check used. The registry URL is centralised in an `NPM_REGISTRY` constant shared by `getLatestRelease` and `buildBunInstallArgs`.
Fixes#1686
- Enabled resume picker to preload sessions and toggle folder/all scope with Tab.
- Enabled resume flow to fall back to all-project sessions and switch cwd on resume.
- Added centralized applyCwdChange to refresh caches, commands, and UI after cwd updates.
- Updated session restoration to adopt restored session cwd and sessionDir when present.
- Fixed `session_id` never being created or populated; every history row had `NULL` for session.
- Added schema migration (`ALTER TABLE history ADD COLUMN session_id`) for pre-existing databases.
- Wired interactive mode to call `setSessionResolver(...)` so prompts are stamped with the active session at submission time.
- Re-enabled session ranking in `--resume` and in-session pickers via `matchingSessionIds()`, merging fuzzy and prompt-history signals.
Follow-up to #1503. When an extension registered a flag whose name collides
with a value-taking built-in — e.g. plan-mode's boolean `--plan` vs the
built-in `--plan <plan-model>` selector — the extension-aware reparse still
took the built-in branch. `omp --extension plan-mode --plan "review the diff"`
consumed "review the diff" as the plan-model value, leaving parsed.messages
empty and overwriting result.plan with the prompt text. recoverFlagValue only
patched the extension flag value, not the corrupted parsed object that
applyExtensionFlags returns as initialArgs.
Fix at the source: parseArgs now checks the registered extension-flag set
BEFORE the built-in branches, so a registered flag is parsed with the
extension's semantics (boolean toggle / string value) and surfaces in
unknownFlags without consuming the following token or touching the built-in
field. This makes recoverFlagValue dead, so applyExtensionFlags is simplified
to read resolved values straight from unknownFlags.
Tests: parseArgs-level shadowing guard (boolean --plan keeps the message and
leaves result.plan unset); applyExtensionFlags message/built-in-field
preservation for colliding boolean (--plan) and string (--model) flags;
non-colliding flag-looking-value rule retained. Verified the new guards fail
without the shadowing fix.
Two review fixes for the extension-flag/initial-prompt work:
1. @file ordering — `processFileArguments` runs `process.exit(1)` on a
missing/unreadable file. It had been moved after `createSession`, which
writes the terminal breadcrumb eagerly (SessionManager.create →
#newSessionSync), so `omp @missing.md "x"` left a junk session/breadcrumb
behind before exiting.
Resolve extension-registered CLI flags BEFORE creating the session: load the
session's extensions up front (new `loadSessionExtensions` helper, the single
source of createAgentSession's discovery-branch logic), build an
ExtensionFlagSink straight from the loaded extensions + runtime, re-parse
argv, then process @file args — all before any session exists. The loaded
result is handed back to createAgentSession via `preloadedExtensions` (now
checked before `disableExtensionDiscovery`, so it can't double-load) and the
same EventBus is shared, so no extra work. This keeps the P1#1 fix
(`--flag @value` is the flag's value, not a file) while failing fast with no
session side effects.
2. "Can we avoid the big list of names?" — removed the hand-maintained
`BUILTIN_FLAG_NAMES` set (and its stale "rejected at registration" doc).
`applyExtensionFlags` now always falls back to recovering a flag's value from
argv when parseArgs didn't surface it; the recovery scan mirrors parseArgs's
consumption rules (flag-looking space-form values stay their own flag) and is
a no-op for flags that were absent or already surfaced, so no list of
built-in names is needed.
Adds `ExtensionRunner.aggregateFlags` (static) so getFlags and the CLI's
pre-session sink share one implementation.
Tests: pre-session flag resolution via the exact main.ts sink pattern;
list-free recovery of an arbitrary colliding built-in (`--model`); and the
flag-looking-value rule. Verified typecheck + extension/runner/acp suites.
Extends `omp plugin install` to accept git sources alongside npm specs and
marketplace refs. Bun's installer already understands git URLs; the blocker
was `PluginManager.install`'s strict npm-name validator and the assumption
that the actual package name could be derived from the spec.
- `git-url.ts`: `parseGitUrl` now recognizes npm-style namespaced shorthand
(`github:user/repo`, `gitlab:`, `bitbucket:`, `codeberg:`, `sourcehut:` /
`srht:`), with optional `#ref` and `.git` suffix. Exposes `isGitSpec` as
`parseGitUrl(s) !== null`. Existing protocol-URL and `git:` shorthand paths
are untouched.
- `manager.ts`: `install()` branches on `isGitSpec`. Git specs go through a
separate `validateGitSpec` (shell-metachar rejection only — `/`, `:`, `@`,
`#`, `+` are legal) and the real package name is discovered by snapshotting
`plugins/package.json` deps before `bun install` and diffing afterwards.
Falls back to value-match on force-reinstall where the key already exists.
- Help text in `plugin-cli` documents the new sources and adds a github:
example.
Smoke tested end-to-end on Windows with both forms against the test repo:
PluginManager.install('github:oldschoola/omp-insights')
PluginManager.install('https://github.com/oldschoola/omp-insights')
both resolve `@oldschoola/omp-insights@1.2.3` and write a correct lock entry.
Shell-injection probe (`github:foo/bar; rm -rf /`) is rejected.
The previous collision guard threw in registerFlag, which broke loading the
bundled plan-mode example extension (it registers `--plan`, also a built-in)
even when `--plan` was never passed — making a documented extension unusable.
Registering a built-in-named flag is a supported pattern: `--plan` is both the
built-in plan-model selector and plan-mode's boolean mode toggle, and the value
must reach both. So instead of rejecting, preserve delivery: remove the guard,
and in applyExtensionFlags recover a colliding flag's value from argv
(resolveCollidingFlag) when parseArgs routed it to the built-in branch and it
never reached unknownFlags. Non-colliding flags are unchanged (peer-* etc.).
Verified the real bundled plan-mode.ts loads with --plan registered and
delivered; replaced the reject-test with a loads-without-throwing regression
plus colliding-flag delivery coverage.
Three issues from an adversarial review, all rooted in the startup argv parse
running before extensions load:
1. Flag-looking string values (`--name --print`): the extension-aware reparse
consumed the following token as the value, disagreeing with the startup
parse that treated `--print` as the built-in flag — so the reparse could
silently flip command shape. Extension string flags now consume a following
token only in `--flag=value` form or when it is not flag-looking; pass a
flag-looking value as `--flag=value`. Keeps both parses consistent.
2. `@file` string values (`--target @notes.md`): file args were processed from
the startup parse, which misreads the value as a file and reads it into the
prompt. processFileArguments now runs on the extension-aware parse
(initialArgs.fileArgs); pipedInput stays early for mode detection.
3. Built-in collisions: an extension flag named like a built-in (e.g. `model`)
was consumed by the built-in branch and never delivered to the runner.
registerFlag now rejects names in BUILTIN_FLAG_NAMES with a clear error
(isolated per-extension by loadExtension's try/catch).
Adds tests for all three plus the documented startup-parse misclassification.
Addresses review: a boolean flag in equals form still leaked its value. parseArgs
splices `--headless=true` into `--headless`, `true` so value-consuming flags can
pick the value up via `args[++i]`; a boolean flag sets itself without consuming
it, leaving `true` to fall through as a positional message — and since
applyExtensionFlags feeds this parse into buildInitialMessage, `omp
--headless=true "do the task"` sent `true` as the prompt.
Track the spliced value's index and, if no branch advanced past it (i.e. the
matched flag did not consume a value), drop it after the dispatch. Closes the
whole equals-form class — boolean extension flags and built-in non-consuming
flags (`--no-tools=true`, `--print=1`) alike — at the single parsing site.
Adds tests for boolean extension + built-in flags in equals form.
Addresses review: a string extension flag in equals form (--spawn-peer=reviewer)
was still leaking its value into the initial prompt. Root cause was a second,
hand-rolled argv parser in applyExtensionFlagValues that recognized only
`--flag` and `--flag value`, not `--flag=value`; it looked up the literal name
`spawn-peer=reviewer`, set nothing, and (because the reparse was gated on
"were values set") skipped the reparse entirely, so the extension-unaware
startup parse won — leaving `reviewer` as the first message. The extension
itself also never received the value.
Replace the duplicate parser with a single source of truth: extract
applyExtensionFlags() into cli/extension-flags.ts, which re-parses argv through
the same parseArgs() the startup pass uses (now seeded with the registered
flags) and pushes the resulting values onto the runner. parseArgs already
normalizes `--flag`, `--flag value`, and `--flag=value` identically, so no flag
form can be handled by one parser and missed by the other. The reparse is now
gated on registered-flag presence, not on values having been set.
Wires parseArgs's previously-unused `unknownFlags` output to the runner, and
removes the now-redundant parseArgs import from main.ts. Adds unit tests for
applyExtensionFlags across all flag forms (including equals form) plus the
no-runner / no-flags / no-args-passed gate cases.
The `--option=value` handling splices the value into the argv to reuse the
`args[++i]` path, mutating the caller's array. The post-extension reparse in
runRootCommand then ran on that already-mutated argv, so
omp --model=sonnet --spawn-peer reviewer "review"
re-spliced `sonnet` and leaked it into the initial prompt before "review".
parseArgs now copies its input and never mutates the caller's array, so
launch, acp, and the reparse are all safe. Drops the now-redundant
`[...rawArgs]` copy at the reparse site, and adds regression coverage for the
--option=value + extension-flag combo plus input non-mutation.
- Added setup wizard with provider login, glyph mode, and theme scenes shown once per setup version.
- Wired `omp setup` (no args) to trigger the wizard in a TTY; `--check`/`--json` still show help.
- Extracted `gradientEscape` and exported `PI_LOGO`/`ShineConfig` from welcome for shared use in splash/outro.
- Fixed race condition in `setSymbolPreset`/`setColorBlindMode` by tracking load request IDs.
- Added `omp completions ` command generating scripts from live command/flag metadata.
- Added hidden `omp __complete` helper for dynamic model and session candidates.
- Completions never drift from the CLI: flags, enums, and subcommands are derived from static descriptors.
- Added a new `providers.memoryModel` setting with tiny memory model options and `ONLINE_MEMORY_MODEL_KEY` default in settings.
- Updated Mnemosyne provider resolution so a configured local tiny model overrode remote completion and used new memory extraction and consolidation prompts.
- Expanded the tiny-model CLI registry to download and report all local tiny models (title plus memory) through a unified list.
- Updated hashline streaming preview tests to generate snapshot-tagged section headers and use an in-memory snapshot store.
- Replaced untagged file markers in multi-section preview inputs with `formatHashlineHeader` values derived from recorded file contents.
- Changed the bash command error test to expect a returned `isError` result with exit code 1 instead of a rejected promise.
- Added tiny-title protocol contracts, including progress-state unions, message payloads, and transport interfaces.
- Added title text utilities to truncate long inputs, wrap `<user-message>` blocks, and normalize generated titles.
- Added tiny-title model registry and helpers with type-safe keys and runtime optional loading via optionalDependencies.
- Added client-side worker orchestration with spawn fallback, request queueing, progress/error routing, and smoke-test APIs.
- Added worker runtime for model resolution, prompt-based inference, lock-based install retries, and close-time cache clear.
- profile-alias: refuse to rewrite a managed block whose start marker lacks a
matching end marker instead of appending, which on the next install would
splice from the stale start through the new end and delete intervening user
shell config (data loss in dotfiles).
- dirs/cli: add resolveProfileEnv so OMP_PROFILE takes precedence and an
explicitly-empty OMP_PROFILE selects the default profile instead of falling
through to PI_PROFILE; share the rule across both env-read sites.
- dirs: reject uppercase profile names so profile identity/isolation is stable
across case-sensitive and case-insensitive filesystems.
- profile-bootstrap: treat an unclassified bare long option as a possible
extension string flag and forward its successor untouched (never as a global
--profile/--alias), while exempting known value-less launch flags via
VALUELESS_FLAGS so 'omp --print --profile work' still selects a profile.
- tests: cover all four contracts.
- Allow parsing global profile flags after an early launch token is chosen
- Only the first residual token can terminate subcommand dispatch scanning
- Keep `--profile` parsing active when later argv contains subcommand-like words
- Add coverage for launch argv that include command names before/after profile args
- Reject /bin/sh as unsupported shell instead of mapping it to bash
- Make alias-shadow check for `omp` case-insensitive
- Preserve non-ENOENT read failures when loading shell config
- Treat missing shell config file as empty for fresh installs
- Add targeted tests for case-insensitive alias rejection, sh rejection, and read error behavior
- Use normalizeProfileName in installProfileAlias instead of raw trim/default checks
- Preserve error path for invalid/empty profile names before shell block rendering
- Keep behavior consistent with shared profile normalization logic
- Add POSIX `--` end-of-options handling in argument parser
- Stop consuming flags after `--` and pass remaining tokens as messages
- Stop global `--profile`/alias extraction at first registered subcommand
- Add focused tests for parseArgs and profile bootstrap boundary behavior
Wafer (https://wafer.ai) exposes a single OpenAI-compatible endpoint
(`https://pass.wafer.ai/v1`) for two SKUs whose entitlement differs
server-side, so we model them as two parallel providers — mirroring the
firepass/fireworks split so a user with both subscriptions can switch
without re-pasting:
- `wafer-pass` — flat-rate. `/v1/models` is filtered to entries whose
`wafer.tier === "pass_included"`.
- `wafer-serverless` — pay-as-you-go superset of Pass.
Both issue `wfr_…` keys. `/login wafer-pass` and `/login wafer-serverless`
paste-and-validate via `/v1/models`. `WAFER_PASS_API_KEY` and
`WAFER_SERVERLESS_API_KEY` are wired through `getEnvApiKey`.
Bundled catalog:
- `wafer-pass`: GLM-5.1, Qwen3.5-397B-A17B.
- `wafer-serverless`: GLM-5.1, Qwen3.5-397B-A17B, Kimi-K2.6, Qwen3.6-35B-A3B.
Dynamic discovery via `/v1/models` overlays additional models at runtime
and folds the `wafer` envelope (tier, capabilities, cents/M pricing) into
the canonical `Model<"openai-completions">` shape. GLM-family entries
carry the zai-style thinking compat (`thinkingFormat: "zai"`,
`reasoningContentField: "reasoning_content"`) so reasoning tokens land in
the right field. Cents-per-million → dollars-per-million via /100.
Tests (`packages/ai/test/wafer.test.ts`, 5 cases): bundled catalog
contract for both providers and wire-id pass-through (case-sensitive,
no rewrite — `GLM-5.1` must round-trip verbatim or upstream 404s).
Optional `packages/ai/test/wafer.live.ts` exercises a real round-trip
against `pass.wafer.ai` when `WAFER_PASS_API_KEY` is set.
can1357