Overlays ignored the blocked option, so an extension question shown as an
overlay (for example pi-ask-user's default mode) left pi reported as working.
Each opted-in overlay now registers its own program status source from when
it is shown until done(), also while hidden with setHidden().
closes#11816
pi auth login <provider> logs in from the shell without starting a
session, like pi mcp login. Account sign-in is the default and takes
the provider's browser method; when the provider has another method,
it prints a hint to rerun with --no-browser. --no-browser skips the
browser method and uses the other one, such as device code, asking
only when there are several. --api-key saves an API key instead and
cannot be combined with --no-browser. After logging in, it fetches the
provider's model catalog, and for Radius it points the Radius MCP
server in the global mcp.json at the login without asking.
pi auth logout <provider> removes the stored credentials like /logout
and succeeds when nothing is stored. For MCP servers that use provider
credentials, pi mcp login and logout now refer to these commands
instead of /login and /logout.
/login shares the check for the Radius MCP server entry and the web
URL helpers with the new command.
Back-to-back cache warms update a single 'Cache warmed: $<total>' line with the cumulative cost instead of adding one line per warm. Each warm is still persisted as its own usage entry.
Problem: `pi.registerMarkdownTransformer()` only runs on user, assistant
and thinking Markdown. Pi renders other Markdown that extensions cannot
reach: custom messages, skill blocks, branch and compaction summaries,
and the changelog notices (What's New, `/changelog`, Extension Updates,
the Update Available note). For example, a transformer cannot rewrite
text in an extension's changelog shown under "Extension Updates",
because that call site passes no transform.
Running every transformer everywhere would break existing ones. The
documented example only skips thinking blocks and replaces `-->` with
`→`; on a changelog it would turn `<!-- note -->` into `<!-- note →`.
Solution: an optional `{ messageTypes }` lists the surfaces a
transformer runs on. Without options it runs on the same three types as
before.
| `messageType` | Surfaces |
|---|---|
| `user`, `assistant`, `assistant-thinking` | transcript messages
(default) |
| `custom` (new) | custom messages without a message renderer; expanded
skill blocks |
| `summary` (new) | expanded branch and compaction summaries |
| `changelog` (new) | What's New, `/changelog`, Extension Updates, the
Update Available note |
```typescript
pi.registerMarkdownTransformer((markdown) => markdown.replaceAll("⚠️", "⚠"), {
messageTypes: ["changelog"],
});
```
Details:
- Filtering happens in one place,
`ExtensionRunner.getMarkdownTransformers()`: each transformer is wrapped
so Markdown of unlisted types passes through unchanged. Components still
take a plain list of transformers.
- Skill blocks and summaries pass only their content to transformers; pi
adds its bold header after the transform.
- Custom, skill and summary messages now get `messageId` and `timestamp`
when loaded from the session. Changelog notices have no session entry,
so both are `undefined`.
- The built-in Mermaid transformer renders in user and assistant text
and now also in summaries, which are model-written like assistant text.
It still skips thinking, custom messages and changelogs.
- `/hotkeys` does not run transformers.
- New exports: `MarkdownMessageType`, `MarkdownTransformerOptions`,
`MarkdownTransformerRegistration`.
Tests: runner type filtering (default vs. opted in), custom message,
skill and summary components (type, header excluded, `messageId`),
Mermaid on the new types, and startup notices running `changelog`
transformers on What's New and Extension Updates while default
transformers are skipped.
Related: #11710 (HTML comments in Extension Updates). #11755 already
fixed it in the renderer; this PR lets extensions transform those
notices in general.
Fixes#11703.
**Problem:** `getNewEntries()` parsed the saved version with
`split(".")`. `0.1.5-20261020.7` became `["0", "1", "5-20261020", "7"]`,
`Number("5-20261020")` is `NaN`, and `|| 0` turned it into `0.1.0`. The
`[0.1.1]` to `[0.1.5]` notes counted as new, were shown, and the same
prerelease string was saved again, so they repeated on every fresh
launch.
**Fix:** read only the leading `major.minor.patch` of the saved version,
the same way changelog headings are parsed. `0.1.5-20261020.7` and
`0.1.5+build.3` now count as `0.1.5`.
If the saved version has no `major.minor.patch` (for example `latest`),
nothing is shown and the installed version is saved in its place, like
on a fresh install. Before, it was read as `0.0.0` and the whole
changelog was shown. Saving the installed version matters because
callers only save when there are new entries, so an unreadable value
would otherwise silence the changelog for good.
Alternatives considered (noted in a code comment):
- plain string comparison: orders `0.10.0` before `0.9.0`
- `localeCompare` with `numeric: true`: works only because `0.1.5-x`
happens to sort after `0.1.5`, and depends on locale collation
- strict semver: orders `0.1.5-x` before `0.1.5`, so the `[0.1.5]` notes
would still repeat forever
Tests added in `test/changelog.test.ts` and
`test/interactive-mode-extension-changelog.test.ts`. `npm run check`
passes.
Fixes#11592.
## Problem
WSL starts Windows programs in the current directory, translated to
`\\wsl.localhost\<distro>\<cwd>`. When that path exceeds MAX_PATH, every
Windows program fails to start with `Invalid argument`. pi inherits its
cwd when spawning `powershell.exe`, so in a deep directory:
- clipboard image paste returns `null` (the PowerShell backend fails,
stderr is discarded)
- copy via `powershell.exe` (WSL without WSLg) fails
- opening the browser for sign-in fails (`xdg-open` on WSL runs
`explorer.exe`)
Reproduced on WSL (FedoraLinux-44): `powershell.exe` and `cmd.exe` work
from a 225-char cwd and fail from 230. With an image on the Windows
clipboard, `readClipboardImage()` returns the PNG from `/tmp` and `null`
from a 245-char cwd; with this change it returns the PNG from both.
`LongPathsEnabled=1` does not help.
## Changes
- `runClipboardCommand` and `openBrowser` run from `/` on POSIX. These
tools never use the cwd (temp files are passed by absolute path), and
`/` is always the shortest UNC path. `tmpdir()` was not used because
`$TMPDIR` can itself be deep.
- The external editor keeps pi's cwd on purpose, so project-relative
paths and integrated terminals keep working. A Windows editor such as
`code` can still fail from a deep WSL directory, as with git's
`core.editor`. A comment documents this.
- External editor failures were silent: the UI redrew over the error
immediately. pi now shows `Failed to launch external editor: <cmd>`,
`External editor exited with code N; prompt unchanged`, or the signal
name. This shows in the status line for the main editor and inline in
the extension editor dialog.
## Testing
- New tests: clipboard commands run from `/` (POSIX); an editor that
cannot be launched is reported (POSIX); the existing failure test checks
the message.
- Verified on WSL by running the real modules: clipboard image paste
from a deep cwd, and editor success, exit code 1, launch failure, and
SIGTERM.
- On Windows, the 3 existing `external-editor.test.ts` tests already
fail on `main`: the editor command is split on spaces, so `C:\Program
Files\nodejs\node.exe` breaks. Not addressed here.
This PR is AI-generated.
Fixes#10488
## Problem
On Windows, `c:\Users\me` and `C:\Users\me` are the same directory, but
pi compared paths as exact strings (`===`, `startsWith`, map and set
keys). `realpathSync` keeps the input casing, so canonicalizing does not
help.
The reported case, with cwd `c:\Users\me\project` and home
`C:\Users\me`:
1. Ancestor discovery finds `c:\Users\me\.agents\skills`. The exclusion
of the user dir `C:\Users\me\.agents\skills` does not match, so global
skills load as project skills.
2. The same dir loads again as user skills. Dedup does not match either,
so every skill is reported as a name collision.
3. `hasTrustRequiringProjectResources` treats `~/.agents/skills` as a
project resource that requires trust.
The same pattern affected other places:
- Saved trust decisions in `trust.json` were not found when cwd casing
differed, so pi asked for trust again.
- With a custom session dir, `--continue`, resume by id, and the session
list hid sessions recorded with different cwd casing.
- Git worktree `AGENTS.md` shadowing failed when cwd casing differed
from git's paths.
- Local package matching (`pi remove c:\pkg` vs configured `C:\pkg`) and
package identity across global and project settings.
- Extension preload matching, skill scope classification, resource
source info, the config and session selector keys, and the session
import self-check.
Separately, home-to-`~` shortening used an unanchored `startsWith(home)`
in four places, so `/home/me2/x` was shown as `~2/x`.
## Fix
New helpers in `utils/paths.ts`, all based on one comparison key:
- `getPathComparisonKey(path)`: the resolved path, lowercased on
Windows. It does not touch the filesystem.
- `pathsEqual(a, b)`
- `isPathWithin(parent, child)`: true for equal paths or paths inside
`parent`, matching whole path segments.
- `shortenHomePath(path, home?)`: replaces a leading home dir with `~`.
The helpers pick `path.win32` or `path.posix` from `process.platform` at
call time, so tests can exercise real Windows paths (drive letters,
UNC).
`getResourcePathKey(path)` in `source-info.ts` is the dedup key for
resources. Synthetic identifiers (`builtin:<name>`, `<inline:...>`) stay
unchanged, because they are not filesystem paths and their lookup is
case-sensitive. File paths go through realpath plus the comparison key.
The helpers are used only for comparison; stored and displayed paths are
unchanged. Trust store lookups and `set` match keys case-insensitively
on Windows.
Unchanged on purpose:
- The package install-root guards (`resolveManagedPath`,
`pruneEmptyGitParents`, the `node_modules` dependency check) keep exact
string checks. Both sides come from the same root string, and exact is
the stricter option.
- Checks based on `path.relative()` (`getCwdRelativePath`, the changelog
containment check) were already correct: Node's `path.win32.relative`
ignores case.
NTFS can enable per-directory case sensitivity, but it is rarely used
outside WSL interop, so it is ignored (see the comment on
`getPathComparisonKey`).
## Tests
- `test/paths.test.ts`: Windows drive-letter, UNC and root cases, POSIX
case sensitivity, segment-boundary containment, and home shortening,
including root and UNC homes.
- `test/source-info.test.ts`: file paths fold case on Windows; builtin
and inline identifiers keep their case.
- `test/trust-manager.test.ts`: the `.agents/skills` exclusion with a
lowercase `HOME`, plus saved trust decisions matched and replaced across
casing (simulated win32).
An end-to-end test of the reported loader scenario is not feasible on
Linux: the loader resolves paths with POSIX `node:path`, and the
filesystem is case-sensitive.
`npm run check` passes. The coding-agent suite passes, except for 13
failures that also occur without this change: clipboard tool detection
in this environment, and one test that needs built `dist/` output.
At startup, interactive mode printed every skill diagnostic under the
heading `[Skill conflicts]`. Most of these are validation warnings for
skills that still load, for example `description exceeds 1024 characters
(1508)` or name-format warnings. The heading made them look like name
collisions.
This change renames the heading to `[Skill warnings]`. Validation and
loading behavior are unchanged. The prompt and theme headings are left
as they are.
**Testing**
- Updated the assertion in
`packages/coding-agent/test/interactive-mode-status.test.ts` ("still
shows diagnostics on quiet startup when requested") to expect `[Skill
warnings]`. It fails against the old heading and passes with the change.
All 37 tests in that file pass.
- `npm run check` reports six type errors in `packages/ai` tests about
model IDs. Unchanged `origin/main` reports the same six errors, so they
are unrelated to this change. It reports nothing in `coding-agent`.
Fixes#11521
Requested by @davidbrai
Co-authored-by: triagent <triagent@localhost>
Addresses #5958.
Adds `changelogPath` to `PiManifest`. Safe package-relative changelog
resolution, with `CHANGELOG.md` fallback, and carries it through
`PathMetadata`/`SourceInfo`.
Added extension changelog handling like Pi’s own changelog.
If the package exposes `pi.changelogPath` or has `CHANGELOG.md`, Pi
stores the last seen package version in settings. On each fresh
interactive launch, we compare the stored version to the installed
package version. Then parses the changelog entries in between, shows an
Extension Updates section, then marks the current version as seen. The
first time an extension is seen, its version is recorded without showing
a changelog, same as Pi's own on a fresh install. `collapseChangelog`
condenses this to one line per package.
Any update that bumps the extension's version shows this on the next
launch, e.g.:
```bash
pi update --extensions
pi update --all
pi update <extension-source>
pi update --extension <extension-source>
pi update --self --extensions
pi update pi --extensions
pi update self --extensions
```
<img width="798" height="626" alt="Screenshot 2026-08-28 at 16 34 15"
src="https://github.com/user-attachments/assets/c882f01c-94b9-4857-b9b7-243d88c0d437"
/>
In fullscreen mode, the startup `Model scope: …` notice was still in the
shell after pi exited. With `fullscreenExitOutput: "resume-hint"`, the
shell showed it above the resume command.
Cause: `InteractiveMode.init()` printed the notice with `console.log`
before the renderer started. In fullscreen mode that output goes to the
terminal's normal screen. Pi then draws on the alternate screen, and
when it exits the terminal switches back to the normal screen, where the
notice is still visible.
The change:
- Building the notice text moves into `getModelScopeNotice()`.
- Regular mode prints it with `console.log` before the TUI starts, as
before.
- Fullscreen mode adds it to the header container below the built-in
header. It uses a `ThemedText`, so the text is built after the terminal
reports its colors and follows theme changes.
Since fullscreen is the default `tuiMode`, this applies to every user
who has `enabledModels` set and quiet startup off.
Testing:
- Added
`packages/coding-agent/test/interactive-mode-model-scope.test.ts`. It
checks two things for fullscreen: the notice renders in the header and
`console.log` is not called, and nothing is added when startup details
are hidden.
- `npm run check` passes.
- Manual check in tmux with `enabledModels` set:
- fullscreen + `resume-hint`: before the change, `Model scope:
claude-sonnet-4-5, claude-opus-4-5 (Ctrl+P to cycle)` was left in the
shell after `/quit`. Now the line shows inside pi's header and the shell
is clean after exit.
- `tuiMode: "regular"`: unchanged, the line is still printed above the
header.
Fixes#11508
Requested by @badlogic
Co-authored-by: triagent <triagent@localhost>
Inline `ctx.ui.custom()` components never report pi as blocked through
OSC 7501 program status. This is on purpose, because the same API hosts
loaders. As a result, a custom dialog that waits for the user (an
approval prompt, the `question.ts` example) shows up as `working`, and
the terminal cannot tell that pi needs input.
The extension dialog stack already stores a blocked status for each
dialog and reports the visible one. This change adds an optional
`blocked` option to `ctx.ui.custom()`:
```ts
ctx.ui.custom(factory, { blocked: { kind: "question", message: "Pick a color" } });
```
The inline branch of `showExtensionCustom()` passes it to
`pushExtensionDialog()`. Components without the option behave as before.
Overlays ignore the option because they are not part of the dialog
stack. `docs/tui.md` documents the option.
Testing:
- Added a test to `test/interactive-mode-extension-dialogs.test.ts`:
- A custom component that opts in reports `blocked`.
- A plain custom component stacked on top of it clears the blocked
status.
- Closing the plain component restores the blocked status.
- Closing the opted-in component clears it.
- The test fails without the change to `interactive-mode.ts` and passes
with it.
- `npm run check`: biome and lint pass, and there are no type errors in
coding-agent. The only errors are existing type errors in
`packages/ai/test` from locally generated model data. They are not
related to this change.
Fixes#11428
Requested by @badlogic
Co-authored-by: triagent <triagent@localhost>
`ctx.ui.setEditorComponent()` always cleared the editor slot and put the
new editor there with focus. If an extension dialog
(`confirm`/`select`/`input`/`editor`, or an inline `custom()` component)
was open at that moment, the editor replaced it on screen. The dialog
was still on the dialog stack and its promise still pending, but nobody
could see or answer it. It hung until its timeout, or forever without
one.
Now `setCustomEditorComponent` leaves the editor slot and focus alone
while a dialog is open. The new editor is still created and wired up,
and `showTopExtensionDialog` shows it when the last dialog closes.
Without an open dialog nothing changes.
Testing:
- Added a regression test to
`test/interactive-mode-extension-dialogs.test.ts`. It opens a confirm,
replaces the editor, then checks that the confirm stays visible and
answerable and that the new editor is focused afterwards. It fails
without the fix and passes with it.
- `npm run check` passes.
- Ran the reproduction from the issue in tmux (`pi -e ./a.ts -e ./b.ts`,
where a.ts opens a non-blocking `confirm` in `session_start` and b.ts
calls `setEditorComponent`).
- Before: only the editor shows, and the confirm times out.
- After: the confirm shows, and Enter gives `answer: true`.
Fixes#11431
Requested by @badlogic
Co-authored-by: triagent <triagent@localhost>
* feat(coding-agent): add messageId and timestamp to markdown transformer context
* fix(coding-agent): update compaction render test for messageMeta argument
---------
Co-authored-by: Petr Houška <houskape@gmail.com>
A second select/confirm/input/editor dialog or inline custom() component
replaced the visible one and left its promise pending forever. Dialogs in
the editor slot now form a stack: closing the visible dialog shows the
previous one again, and dialogs opened from inside a custom component work.
closes#11166
done() from ctx.ui.custom({ overlay: true }) closed the overlay with
ui.hideOverlay(), which removes the topmost overlay instead of the one
that called done(). With a shell overlay open under a dialog overlay
from another extension, the shell's exit removed the dialog: the
finished shell overlay stayed on screen ignoring input and the dialog's
promise never resolved. Hide the overlay through its own handle.
closes#10648
Report idle, working, blocked, done, and error to terminals that support
the Program Status Protocol. ProcessTerminal sends the support query with
the keyboard query and reports only after the terminal answers before DA1;
PI_PROGRAM_STATUS=1|0 overrides detection. Interactive mode reports runs,
compaction, extension dialogs, and logins. agent_settled now carries
aborted so cancelled runs report idle.
closes#10607
pi-ai's AssistantMessageEventStream sets AssistantMessage.durationMs with a
monotonic clock for every API implementation. The agent loop and the durable
tool task set ToolResultMessage.durationMs around execute(). Durable task
records carry startedAt/endedAt stamped by the Session. The coding agent's bash
renderer shows Took from the recorded duration, also after a reload.
closes#10549
Selection coordinates survived session switches and other transcript rebuilds, highlighting unrelated text in the new transcript. Reset selection and multi-click state before re-rendering session entries.
Based on #9310.
fixes#9311
Co-authored-by: xdagiz <xdagiz@protonmail.com>
When the terminal goes away, stdin reads and setRawMode fail with EIO (pi left in an orphaned background process group) or ENOTTY (revoked tty on macOS). These were uncaught, recorded in crashes.json, and prompted users to run /bug. Handle them on stdin like stdout/stderr and skip crash recording for dead terminal errors.
Resolve the QuickJS wasm path once and spawn the bundled codemode worker
from an in-memory data: URL. Show a restart hint when errors occur after
the install changed on disk.
closes#10439
Add pi.registerToolRenderer((toolName, next) => renderers), which chooses the
renderers for calls to any tool, including tools that are not registered.
Resolvers run in extension load order; next() returns what the remaining
resolvers, then the registered tool, would use. Interactive mode and HTML
export both resolve through it.
The MCP extension uses it to render every mcp__<server>__<tool> call with the
MCP renderers, so calls in a resumed session no longer render fully expanded
before their server connects, or for good if it never does.
closes#10285
Kitty-protocol terminals only accept PNG. pi-tui now exposes
setImageTranscoder(); Image converts JPEG/GIF/WebP through it and shows
the text fallback without one. coding-agent registers a photon-based
transcoder, so images from extensions and all ToolExecutionComponent
hosts render.
closes#10292
Replaces the 3D pi logo easter egg on header logo click. Armin's bitmap is
built from one cube per pixel, using the theme accent color. Regular mode
keeps the inline Armin art.
The top-level /login menu offers Sign in with Radius with its status,
with an animated shimmer on the Radius row and a short Radius intro.
After a Radius sign-in it offers to configure the Radius MCP server in
the global mcp.json with auth.provider and reloads. Cancelling a login
returns to the menu it was started from. OAuth sign-ins without a
subscription are labeled as accounts.
Co-authored-by: niloc <5925270+colindaymond@users.noreply.github.com>
Built-in extensions (mcp, llama.cpp, codemode, tool-search) are now extension resources like files: the package manager resolves them as builtin:<name>, the extensions setting disables them with -builtin:<name> (per project too), pi config lists them, and --no-extensions turns them off unless loaded with -e builtin:<name>. They load after project trust is resolved and after file and package extensions.
Built-in extensions and tools are named builtin:<name> in errors, diagnostics, RPC source info, and bug reports.
Adds fullscreenWheelScrollLines ("auto" or 1-100). Auto keeps one line
per event in local macOS terminals and scales with wheel velocity
elsewhere, capped at six lines per event.
closes#9758
This adds codemode and MCP support to pi. Codemode (packages/codemode) runs
model-written JavaScript in a QuickJS wasm VM inside a worker. From there the
script calls pi's tools as async functions, uses a per-session store, and can
read the model catalog and run classifiers. The codemode tool in coding-agent
is compatible with Codex's exec tool, and codemode.mode works like Codex's
tool modes (on or only). Large results are written to a JSON temp file. MCP
(packages/mcp) is a standalone client for stdio and streamable HTTP servers,
with OAuth.
The core only gets general mechanisms; codemode, tool_search and MCP are
built-in extensions that use them. Other extensions can replace these
built-ins. Tools declare an exposure: direct, model-only, codemode, deferred
or hidden. prepareLoadout() lets an orchestrating tool change which tool
declarations the model sees. ctx.executeTool() runs nested calls through
validation and the tool_call/tool_result hooks. Those calls emit events with
parentToolCallId and are recorded as bounded nestedCalls on the parent
result, which compaction and HTML export use. Tools can also return
structuredContent with an outputSchema, and can report errors with isError
instead of throwing. MCP servers come from mcp.json (global, or per project
after the project is trusted) or from pi.registerMcpServer(). They are
managed with /mcp and pi mcp list|login|logout, and their runtimes load on
first use.
Closes#10040
This adds experimental support for virtual models. A virtual model is a catalog entry that an extension registers with pi.registerVirtualModel(). It does not talk to a provider itself; for every request it picks a physical model and thinking level. The motivation is to make routing policies pluggable: plan on a strong model and implement on a cheap one, pick a model with a classifier, or move to a larger window when the context grows. Today this needs model switching by hand or hacks in prepareRequest.
The selection stays virtual: model_change records it, resume restores it, and each response records the physical model and thinking level that produced it. Router state can be stored on the session branch, so it follows /tree and forks and survives compaction. Context limits, compaction and image sizing use the physical model a request was routed to. examples/extensions/jev-router.ts shows a full router that uses the Jev classifier to pick Sol or Terra for planning and hands off to Luna after the first edit. docs/virtual-models.md describes the API.
Read Finder file URLs before icon image data on macOS. Quote paths in
bash mode and reject terminal control characters before rendering.
Fixes#9999
Co-authored-by: 1dustycy <onedustycy@gmail.com>
* feat(coding-agent,tui): add system theme derived from terminal colors
The new default system theme builds pi's colors from the terminal's reported foreground, background, and ANSI palette. Tokens take their hue and relative saturation from a palette slot; lightness is placed by OKLab lightness difference and WCAG 2 contrast minimums. Terminals that report only a background get built-in hues, and terminals that report nothing get ANSI indices with faint secondary text.
The TUI queries OSC 10, 11, and 4 in one burst ended by DA1, so replies complete in one round trip, and reports replies that arrive after the timeout. Startup never waits: the system theme starts in grayscale and updates when colors arrive. Light/dark detection now uses the reported colors instead of the ?996 query; mode 2031 notifications trigger a new query.
* fix(coding-agent): wait for terminal colors before building the startup header
The header and startup notices bake theme colors into their text. When the color replies arrived after they were built, as in Windows Terminal, they stayed grayscale. Startup now waits for the first color query, which ends at the DA1 reply or after 100 ms.
* fix(coding-agent): rebuild header and notices on theme changes
The startup header, loaded resources, and chat notices baked theme colors into their text, so they kept the old colors after a theme switch or when the system theme received the terminal's colors. They now use ThemedText, which rebuilds its text from a function whenever the UI is invalidated.
* fix(tui): keep focus on components that forward mouse events to children
A component that forwards a mouse event to a child it hosts, such as SettingsList with an open submenu, left keyboard focus on the child. When the host removed the child, focus stayed on a detached component and all keys were lost. The forwarding component now keeps focus, like delegating containers do.
* feat(coding-agent): describe the system theme in the theme selector
* feat(coding-agent): list the system theme above automatic in the theme selector
* refactor(coding-agent,tui): remove leftovers of the light/dark startup detection
Theme detection only reports dark or light now; the source and confidence fields only served saving the detected theme. The first-time setup no longer shows the detected appearance. Removes the TUI's unused queryTerminalColorScheme(), queryTerminalBackgroundColor(), queryTerminalForegroundColor(), and parseOsc11BackgroundColor(); queryTerminalColors() covers them.
* feat(coding-agent): match the reviewed system and light/dark theme design
The system theme now follows the reviewed design: color families with OKHSL saturation curves, palette slots per family, contrast rules per token and panel, relaxation for mid-gray backgrounds, and the terminal foreground for body text. Each contrast level is a target-lightness curve fitted to the reviewed output. The built-in dark and light themes use the reviewed Pi dark and light colors.
* feat(coding-agent): show the pi logo in the startup header
A two-line pixel logo replaces the app name. Its first line carries the version, its second line the first line of key hints.
* feat(tui,coding-agent): support OKHSL colors in themes
parseColor() accepts okhsl(H S L), and okhslColor() and colorToOkhsl() construct and read OKHSL colors. OKHSL saturation is relative to the sRGB gamut, so every value is in gamut. Theme files accept okhsl() values; HTML exports convert them to hex. The OKHSL code moves from coding-agent into pi-tui, where colors.ts now shares its Oklab conversion instead of keeping a second copy.
* refactor(coding-agent): write the built-in themes in OKHSL
The built-in dark and light themes use okhsl() values, with variables for colors that several roles share, so they read as color families and serve as editable templates. Near-identical values collapsed into one; no color changes visibly.
* refactor(coding-agent,tui): simplify terminal color and theme code
Share the terminal color query between startup and the theme controller, merge the query's resolve/late-reply state into one callback, keep a single global for terminal colors, use oklab.ts arrays directly in colors.ts, and drop leftover helpers and exports.
* fix(coding-agent): use one terminal light/dark decision everywhere
Theme pairs, the system theme, and Theme.appearance now share getTerminalTheme(): the reported background decides, then the terminal's light/dark report, then COLORFGBG, then dark.
COLORFGBG is classified by palette index like Vim (0-6 and 8 dark) and only reads the last field, so rxvt's "default" no longer picks up the foreground index.
Simplify the tests added on this branch.
* fix(ai): use an OpenRouter model that still exists in beta test
OpenRouter removed anthropic/claude-3-haiku, which broke type checking in CI after model regeneration.
Make SessionManager projections authoritative for provider requests, add append-only context edits and actionable turn boundaries, and preserve existing queue scheduling during continuation and recovery.
