In the Agent Log view, tool call sections are collapsible but Result sections are always expanded. This makes logs hard to scan. Result sections should be collapsible like tool calls, and should start collapsed by default. User can expand to see full output when needed.
I'll help you implement collapsible Result sections in the Agent Log view. Let me start by understanding the codebase structure.
AGENTS.md1: # Omni 2: 3: The Omni project is to leverage automation and asymmetries to create wealth. 4: 5: ## Critical Rules for AI Agents 6: 7: **CRITICAL**: This project uses `jr task` for ALL issue tracking. You MUST follow these rules: 8: 9: - ✅ Use `jr task` for ALL task/TODO tracking (`jr task create ... --json`) 10: - ✅ Link discovered work with `--discovered-from=<parent-id>` 11: - ✅ File bugs IMMEDIATELY when you discover unexpected behavior 12: - ✅ Add facts to the knowledge base when you learn something useful (`jr facts add ...`) 13: - ✅ Run `jr task ready --json` before asking "what should I work on?" 14: - ✅ Store AI planning docs in `_/llm` directory (NEVER in repo root) 15: - ❌ Do NOT use `todo_write` tool 16: - ❌ Do NOT create markdown TODO lists or task checklists 17: - ❌ Do NOT put TODO/FIXME comments in code 18: 19: ## Cheat Sheet 20: 21: **Standard workflow:** 22: ```bash 23: # 1. Find ready work 24: jr task ready --json 25: 26: # 2. Claim a task 27: jr task update <id> in-progress --json 28: 29: # 3. During work: create discovered issues 30: jr task create "Fix type error found" --discovered-from=<current-id> --json 31: 32: # 4. Complete the task 33: jr task update <id> done --json 34: ``` 35: 36: **Bug Discovery:** 37: ```bash 38: # Create a task immediately 39: jr task create "Command X fails when Y" --discovered-from=<current-task-id> --json 40: ``` 41: 42: ## Directory Structure 43: 44: - **`_/`** (cabdir) - All ephemeral/generated files. This directory is gitignored. 45: - `_/llm/` - AI planning docs and agent logs 46: - `_/tmp/` - Temporary files, test databases, scratch data 47: - Never create dotfile directories (like `.tasks/`) in the repo root 48: 49: ## Common Commands 50: 51: **Build:** 52: ```bash 53: bild Omni/Jr.hs # Build a Haskell namespace 54: bild Biz/Cloud/Api.py # Build a Python namespace 55: ``` 56: 57: **Lint and Format:** 58: ```bash 59: lint Omni/Cli.hs # Lint a file (DO NOT use hlint directly) 60: lint --fix **/*.py # Lint and auto-fix Python files 61: ``` 62: 63: **Type Check:** 64: ```bash 65: typecheck.sh Omni/Bild/Example.py # Run mypy on Python files 66: ``` 67: 68: **Test:** 69: ```bash 70: bild --test Omni/Jr.hs # Build and run tests for a namespace 71: ``` 72: 73: **Run:** 74: ```bash 75: Omni/Ide/run.sh Omni/Jr.hs # Build (if needed) and run 76: ``` 77: 78: ## Documentation 79: 80: - **Project Context**: [README.md](README.md) - Goals, source layout, and coding conventions. 81: - **Task Manager**: [`Omni/Task/README.md`](Omni/Task/README.md) - Detailed usage, dependency management, and agent best practices. 82: - **Build Tool (Bild)**: [`Omni/Bild/README.md`](Omni/Bild/README.md) - How to use `bild` and manage dependencies. 83: - **Development Tools**: [`Omni/Ide/README.md`](Omni/Ide/README.md) - `run.sh`, `lint`, `repl.sh`, git workflow.
Agent Log./Omni/Jr/Web.hs:2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
./Omni/Jr/Web.hs:2585: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
Omni/Jr/Web.hs @2400-26502400: (boldText, rest2)
2401: | Text.null rest2 ->
2402: [PlainText before | not (Text.null before)] ++ [PlainText ("**" <> afterBold)]
2403: | otherwise ->
2404: [PlainText before | not (Text.null before)]
2405: ++ [BoldText boldText]
2406: ++ parseBold (Text.drop 2 rest2)
2407:
2408: renderInlineParts :: (Monad m) => [InlinePart] -> Lucid.HtmlT m ()
2409: renderInlineParts = traverse_ renderInlinePart
2410:
2411: renderInlinePart :: (Monad m) => InlinePart -> Lucid.HtmlT m ()
2412: renderInlinePart part = case part of
2413: PlainText txt -> Lucid.toHtml txt
2414: InlineCode txt -> Lucid.code_ [Lucid.class_ "md-inline-code"] (Lucid.toHtml txt)
2415: BoldText txt -> Lucid.strong_ (Lucid.toHtml txt)
2416:
2417: renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
2418: renderAgentLogSection tid events status now = do
2419: let shouldShow = not (null events) || status == TaskCore.InProgress
2420: when shouldShow <| do
2421: let isInProgress = status == TaskCore.InProgress
2422: pollAttrs =
2423: if isInProgress
2424: then
2425: [ Lucid.makeAttribute "hx-get" ("/partials/task/" <> tid <> "/events"),
2426: Lucid.makeAttribute "hx-trigger" "every 3s",
2427: Lucid.makeAttribute "hx-swap" "innerHTML",
2428: Lucid.makeAttribute "hx-on::before-request" "var log = this.querySelector('.agent-log'); if(log) this.dataset.scroll = log.scrollTop",
2429: Lucid.makeAttribute "hx-on::after-swap" "var log = this.querySelector('.agent-log'); if(log && this.dataset.scroll) log.scrollTop = this.dataset.scroll"
2430: ]
2431: else []
2432: Lucid.div_ ([Lucid.class_ "agent-log-section", Lucid.id_ "agent-log-container"] <> pollAttrs) <| do
2433: Lucid.h3_ <| do
2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2435: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2436: if null events
2437: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2438: else do
2439: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2440: traverse_ (renderAgentEvent now) events
2441: agentLogScrollScript
2442:
2443: renderAgentEvent :: (Monad m) => UTCTime -> TaskCore.StoredEvent -> Lucid.HtmlT m ()
2444: renderAgentEvent now event =
2445: let eventType = TaskCore.storedEventType event
2446: content = TaskCore.storedEventContent event
2447: timestamp = TaskCore.storedEventTimestamp event
2448: eventId = TaskCore.storedEventId event
2449: in Lucid.div_
2450: [ Lucid.class_ ("agent-event agent-event-" <> eventType),
2451: Lucid.makeAttribute "data-event-id" (tshow eventId)
2452: ]
2453: <| do
2454: case eventType of
2455: "Assistant" -> renderAssistantEvent content timestamp now
2456: "ToolCall" -> renderToolCallEvent content timestamp now
2457: "ToolResult" -> renderToolResultEvent content timestamp now
2458: "Cost" -> renderCostEvent content
2459: "Error" -> renderErrorEvent content timestamp now
2460: "Complete" -> renderCompleteEvent timestamp now
2461: _ -> Lucid.div_ [Lucid.class_ "event-unknown"] (Lucid.toHtml content)
2462:
2463: renderAssistantEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2464: renderAssistantEvent content timestamp now =
2465: Lucid.div_ [Lucid.class_ "event-assistant"] <| do
2466: Lucid.div_ [Lucid.class_ "event-header"] <| do
2467: Lucid.span_ [Lucid.class_ "event-icon"] "💬"
2468: Lucid.span_ [Lucid.class_ "event-label"] "Assistant"
2469: renderRelativeTimestamp now timestamp
2470: Lucid.div_ [Lucid.class_ "event-content event-bubble"] <| do
2471: let truncated = Text.take 2000 content
2472: isTruncated = Text.length content > 2000
2473: renderTextWithNewlines truncated
2474: when isTruncated <| Lucid.span_ [Lucid.class_ "event-truncated"] "..."
2475:
2476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2477: renderToolCallEvent content timestamp now =
2478: let (toolName, args) = parseToolCallContent content
2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do
2480: Lucid.summary_ <| do
2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧"
2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName)
2483: renderRelativeTimestamp now timestamp
2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do
2485: renderCollapsibleOutput args
2486:
2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2488: renderToolResultEvent content timestamp now =
2489: let lineCount = length (Text.lines content)
2490: isLong = lineCount > 20
2491: in Lucid.div_ [Lucid.class_ "event-tool-result"] <| do
2492: Lucid.div_ [Lucid.class_ "event-header result-header"] <| do
2493: Lucid.span_ [Lucid.class_ "event-icon"] "📋"
2494: Lucid.span_ [Lucid.class_ "event-label"] "Result"
2495: when (lineCount > 1)
2496: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines"))
2497: renderRelativeTimestamp now timestamp
2498: if isLong
2499: then
2500: Lucid.details_ [Lucid.class_ "result-collapsible"] <| do
2501: Lucid.summary_ "Show output"
2502: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2503: else Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2504:
2505: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
2506: renderCostEvent content =
2507: Lucid.div_ [Lucid.class_ "event-cost"] <| do
2508: Lucid.span_ [Lucid.class_ "event-icon"] "💰"
2509: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content)
2510:
2511: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2512: renderErrorEvent content timestamp now =
2513: Lucid.div_ [Lucid.class_ "event-error"] <| do
2514: Lucid.div_ [Lucid.class_ "event-header"] <| do
2515: Lucid.span_ [Lucid.class_ "event-icon"] "❌"
2516: Lucid.span_ [Lucid.class_ "event-label"] "Error"
2517: renderRelativeTimestamp now timestamp
2518: Lucid.div_ [Lucid.class_ "event-content error-message"] (Lucid.toHtml content)
2519:
2520: renderCompleteEvent :: (Monad m) => UTCTime -> UTCTime -> Lucid.HtmlT m ()
2521: renderCompleteEvent timestamp now =
2522: Lucid.div_ [Lucid.class_ "event-complete"] <| do
2523: Lucid.span_ [Lucid.class_ "event-icon"] "✅"
2524: Lucid.span_ [Lucid.class_ "event-label"] "Session completed"
2525: renderRelativeTimestamp now timestamp
2526:
2527: parseToolCallContent :: Text -> (Text, Text)
2528: parseToolCallContent content =
2529: case Text.breakOn ":" content of
2530: (name, rest)
2531: | Text.null rest -> (content, "")
2532: | otherwise -> (Text.strip name, Text.strip (Text.drop 1 rest))
2533:
2534: renderCollapsibleOutput :: (Monad m) => Text -> Lucid.HtmlT m ()
2535: renderCollapsibleOutput content =
2536: let lineCount = length (Text.lines content)
2537: in if lineCount > 20
2538: then
2539: Lucid.details_ [Lucid.class_ "output-collapsible"] <| do
2540: Lucid.summary_ (Lucid.toHtml (tshow lineCount <> " lines"))
2541: Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2542: else Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2543:
2544: -- | Render text with literal \n replaced by <br> tags
2545: renderTextWithNewlines :: (Monad m) => Text -> Lucid.HtmlT m ()
2546: renderTextWithNewlines txt =
2547: let parts = Text.splitOn "\\n" txt
2548: renderPart idx part = do
2549: Lucid.toHtml part
2550: when (idx < length parts - 1) <| Lucid.br_ []
2551: in traverse_ (uncurry renderPart) (zip [0 ..] parts)
2552:
2553: -- | Decode JSON tool result and render in a user-friendly way
2554: renderDecodedToolResult :: (Monad m) => Text -> Lucid.HtmlT m ()
2555: renderDecodedToolResult content =
2556: case Aeson.decode (LBS.fromStrict (str content)) of
2557: Just (Aeson.Object obj) ->
2558: case KeyMap.lookup "output" obj of
2559: Just (Aeson.String output) -> Lucid.toHtml output
2560: _ -> Lucid.toHtml content -- Fallback to raw if no output field
2561: _ -> Lucid.toHtml content -- Fallback to raw if not JSON
2562:
2563: agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
2564: agentLogScrollScript =
2565: Lucid.script_
2566: [ Lucid.type_ "text/javascript"
2567: ]
2568: ( Text.unlines
2569: [ "(function() {",
2570: " var log = document.querySelector('.agent-log');",
2571: " if (log) {",
2572: " var isNearBottom = log.scrollHeight - log.scrollTop - log.clientHeight < 100;",
2573: " if (isNearBottom) {",
2574: " log.scrollTop = log.scrollHeight;",
2575: " }",
2576: " }",
2577: "})();"
2578: ]
2579: )
2580:
2581: instance Lucid.ToHtml AgentEventsPartial where
2582: toHtmlRaw = Lucid.toHtml
2583: toHtml (AgentEventsPartial events isInProgress now) = do
2584: Lucid.h3_ <| do
2585: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2586: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2587: if null events
2588: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2589: else do
2590: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2591: traverse_ (renderAgentEvent now) events
2592: agentLogScrollScript
2593:
2594: -- | Stream agent events as SSE
2595: streamAgentEvents :: Text -> Text -> IO (SourceIO ByteString)
2596: streamAgentEvents tid sid = do
2597: -- Get existing events first
2598: existingEvents <- TaskCore.getEventsForSession sid
2599: let lastId = if null existingEvents then 0 else maximum (map TaskCore.storedEventId existingEvents)
2600:
2601: -- Convert existing events to SSE format
2602: let existingSSE = map eventToSSE existingEvents
2603:
2604: -- Create a streaming source that sends existing events, then polls for new ones
2605: pure <| Source.fromStepT <| streamEventsStep tid sid lastId existingSSE True
2606:
2607: -- | Step function for streaming events
2608: streamEventsStep :: Text -> Text -> Int -> [ByteString] -> Bool -> Source.StepT IO ByteString
2609: streamEventsStep tid sid lastId buffer sendExisting = case (sendExisting, buffer) of
2610: -- Send buffered existing events first
2611: (True, b : bs) -> Source.Yield b (streamEventsStep tid sid lastId bs True)
2612: (True, []) -> streamEventsStep tid sid lastId [] False
2613: -- Poll for new events
2614: (False, _) ->
2615: Source.Effect <| do
2616: -- Check if task is still in progress
2617: tasks <- TaskCore.loadTasks
2618: let isComplete = case TaskCore.findTask tid tasks of
2619: Nothing -> True
2620: Just task -> TaskCore.taskStatus task /= TaskCore.InProgress
2621:
2622: if isComplete
2623: then do
2624: -- Send complete event and stop
2625: let completeSSE = formatSSE "complete" "{}"
2626: pure <| Source.Yield completeSSE Source.Stop
2627: else do
2628: -- Poll for new events
2629: Concurrent.threadDelay 500000 -- 500ms
2630: newEvents <- TaskCore.getEventsSince sid lastId
2631: if null newEvents
2632: then pure <| streamEventsStep tid sid lastId [] False
2633: else do
2634: let newLastId = maximum (map TaskCore.storedEventId newEvents)
2635: let newSSE = map eventToSSE newEvents
2636: case newSSE of
2637: (e : es) -> pure <| Source.Yield e (streamEventsStep tid sid newLastId es False)
2638: [] -> pure <| streamEventsStep tid sid newLastId [] False
2639:
2640: -- | Convert a StoredEvent to SSE format
2641: eventToSSE :: TaskCore.StoredEvent -> ByteString
2642: eventToSSE event =
2643: let eventType = Text.toLower (TaskCore.storedEventType event)
2644: content = TaskCore.storedEventContent event
2645: jsonData = case eventType of
2646: "assistant" -> Aeson.object ["content" Aeson..= content]
2647: "toolcall" ->
2648: let (tool, args) = parseToolCallContent content
2649: in Aeson.object ["tool" Aeson..= tool, "args" Aeson..= Aeson.object ["data" Aeson..= args]]
2650: "toolresult" ->
Now I can see the relevant code! Looking at the renderToolResultEvent function (lines 2487-2503), I can see that:
1. Tool call sections use details_ elements and are collapsible (line 2479)
2. Result sections conditionally use details_ only when content is long (>20 lines) (lines 2498-2503)
3. The task asks to make Result sections collapsible like tool calls and collapsed by default
Let me check the complete structure and understand the current behavior:
Omni/Jr/Web.hs @2476-25052476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2477: renderToolCallEvent content timestamp now = 2478: let (toolName, args) = parseToolCallContent content 2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do 2480: Lucid.summary_ <| do 2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧" 2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName) 2483: renderRelativeTimestamp now timestamp 2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do 2485: renderCollapsibleOutput args 2486: 2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2488: renderToolResultEvent content timestamp now = 2489: let lineCount = length (Text.lines content) 2490: isLong = lineCount > 20 2491: in Lucid.div_ [Lucid.class_ "event-tool-result"] <| do 2492: Lucid.div_ [Lucid.class_ "event-header result-header"] <| do 2493: Lucid.span_ [Lucid.class_ "event-icon"] "📋" 2494: Lucid.span_ [Lucid.class_ "event-label"] "Result" 2495: when (lineCount > 1) 2496: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines")) 2497: renderRelativeTimestamp now timestamp 2498: if isLong 2499: then 2500: Lucid.details_ [Lucid.class_ "result-collapsible"] <| do 2501: Lucid.summary_ "Show output" 2502: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content) 2503: else Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content) 2504: 2505: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
Perfect! Now I understand the structure. The current implementation:
details_ element)The task requires making Result sections: 1. Always collapsible (like tool calls) 2. Collapsed by default
I need to refactor renderToolResultEvent to:
1. Always wrap in details_ element
2. Move the header content into the summary_ element
3. Keep the line count display
Let me implement this change:
Omni/Jr/Web.hsGreat! Now let me verify the change looks correct:
Omni/Jr/Web.hs @2476-25052476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2477: renderToolCallEvent content timestamp now = 2478: let (toolName, args) = parseToolCallContent content 2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do 2480: Lucid.summary_ <| do 2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧" 2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName) 2483: renderRelativeTimestamp now timestamp 2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do 2485: renderCollapsibleOutput args 2486: 2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2488: renderToolResultEvent content timestamp now = 2489: let lineCount = length (Text.lines content) 2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do 2491: Lucid.summary_ <| do 2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋" 2493: Lucid.span_ [Lucid.class_ "event-label"] "Result" 2494: when (lineCount > 1) 2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines")) 2496: renderRelativeTimestamp now timestamp 2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content) 2498: 2499: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m () 2500: renderCostEvent content = 2501: Lucid.div_ [Lucid.class_ "event-cost"] <| do 2502: Lucid.span_ [Lucid.class_ "event-icon"] "💰" 2503: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content) 2504: 2505: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
Perfect! The change looks good. Now the structure is consistent between tool calls and results:
details_ element (which makes them collapsible)summary_ elementdetails element is collapsed by default unless it has the open attribute)Now let's run the tests to make sure everything works:
bild --test Omni/Jr.hs7[10000;10000H [1A[1G[2K[.] Omni/Jr.hs [1A[1G[2K[0m[+] Omni/Jr.hs[0m[1B[1A[1G[2K[0m[~] Omni/Jr.hs[0m[1B[1A[1G[2K[~] Omni/Jr.hs: warning: you did not specify '--add-root'; the result might ...[1B[1A[1G[2K[~] Omni/Jr.hs: /nix/store/0fpmvmnqs6kxy1h18y40gc9ykw1hy4a0-jr.drv...[1B[1A[1G[2K[~] Omni/Jr.hs: these 11 derivations will be built:...[1B[1A[1G[2K[~] Omni/Jr.hs: /nix/store/vl0yshi0vyfagcnjy39v5kl5wx5h6lxk-hs-mod-Omni_Ta...[1B[1A[1G[2K[~] Omni/Jr.hs: /nix/store/y1x9bp76s0k2pwp53phpjscq9kkfhl8g-hs-mod-Omni_Ta...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/bb81kjraxz4bm86rk42mkxjrnf83jwg7-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/vl0yshi0vyfagcnjy39v5kl5wx5h6lxk-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/s3mi55qlgmbriycw46h4sxggjlc9d33y-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/24hi35vcqvql1cknq05cl7f3n79xgqgj-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/iz51qznp44sj9jgdp9vslvhwj2dd57hl-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/dyc1fgl6y36z4scwkmw5pgnk4qrnfhy0-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/nb78njbb0vdxc4hz1v37523d84nkij6c-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/k7gjp81fc2ngmms245lg8djanw4brjbn-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/y1x9bp76s0k2pwp53phpjscq9kkfhl8g-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/qpin8bl739skrvbg6fl51iy07ak8ya7s-hs-mod...[1B[1A[1G[2K[~] Omni/Jr.hs: building '/nix/store/0fpmvmnqs6kxy1h18y40gc9ykw1hy4a0-jr.drv...[1B[1A[1G[2K[~] Omni/Jr.hs: Running phase: unpackPhase...[1B[1A[1G[2K[~] Omni/Jr.hs: unpacking source archive /nix/store/ff9a73jqkchq1nmbnw1pzb6r...[1B[1A[1G[2K[~] Omni/Jr.hs: source root is source...[1B[1A[1G[2K[~] Omni/Jr.hs: Running phase: patchPhase...[1B[1A[1G[2K[~] Omni/Jr.hs: Running phase: updateAutotoolsGnuConfigScriptsPhase...[1B[1A[1G[2K[~] Omni/Jr.hs: Running phase: buildPhase...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 1 of 18] Compiling Alpha ( Alpha.hs, Alpha.o, A...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 2 of 18] Compiling Omni.Agent.Core ( Omni/Agent/Core.hs, ...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 3 of 18] Compiling Omni.Agent.Log ( Omni/Agent/Log.hs, O...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 4 of 18] Compiling Omni.Jr.Web.Style ( Omni/Jr/Web/Style.h...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 5 of 18] Compiling Omni.Namespace ( Omni/Namespace.hs, O...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 6 of 18] Compiling Omni.Task.Core ( Omni/Task/Core.hs, O...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 7 of 18] Compiling Omni.Fact ( Omni/Fact.hs, Omni/F...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 8 of 18] Compiling Omni.Jr.Web ( Omni/Jr/Web.hs, Omni...[1B[1A[1G[2K[~] Omni/Jr.hs: [ 9 of 18] Compiling Omni.Test ( Omni/Test.hs, Omni/T...[1B[1A[1G[2K[~] Omni/Jr.hs: [10 of 18] Compiling Omni.Task.RaceTest ( Omni/Task/RaceTest...[1B[1A[1G[2K[~] Omni/Jr.hs: [11 of 18] Compiling Omni.Task.MigrationTest ( Omni/Task/Mig...[1B[1A[1G[2K[~] Omni/Jr.hs: [12 of 18] Compiling Omni.Cli ( Omni/Cli.hs, Omni/Cl...[1B[1A[1G[2K[~] Omni/Jr.hs: [13 of 18] Compiling Omni.Task ( Omni/Task.hs, Omni/T...[1B[1A[1G[2K[~] Omni/Jr.hs: [14 of 18] Compiling Omni.Agent.Engine ( Omni/Agent/Engine.h...[1B[1A[1G[2K[~] Omni/Jr.hs: [15 of 18] Compiling Omni.Agent.Tools ( Omni/Agent/Tools.hs,...[1B[1A[1G[2K[~] Omni/Jr.hs: [16 of 18] Compiling Omni.Agent.Worker ( Omni/Agent/Worker.h...[1B[1A[1G[2K[~] Omni/Jr.hs: [17 of 18] Compiling Omni.Jr ( Omni/Jr.hs, Omni/Jr....[1B[1A[1G[2K[~] Omni/Jr.hs: [18 of 18] Linking jr...[1B[1A[1G[2K[~] Omni/Jr.hs: buildPhase completed in 1 minutes 10 seconds...[1B[1A[1G[2K[~] Omni/Jr.hs: Running phase: installPhase...[1B[1A[1G[2K[~] Omni/Jr.hs: Running phase: fixupPhase...[1B[1A[1G[2K[~] Omni/Jr.hs: shrinking RPATHs of ELF executables and libraries in /nix/st...[1B[1A[1G[2K[~] Omni/Jr.hs: shrinking /nix/store/1zhnjwjxgysqlg4dx118f91p5k9031wy-jr/bin...[1B[1A[1G[2K[~] Omni/Jr.hs: checking for references to /build/ in /nix/store/1zhnjwjxgys...[1B[1A[1G[2K[~] Omni/Jr.hs: /home/ben/omni/_/nix/jr...[1B[1A[1G[2K[~] Omni/Jr.hs: Omni.Jr...[1B[1A[1G[2K[~] Omni/Jr.hs: can run tests: ...[1B[1A[1G[2K[~] Omni/Jr.hs: OK can parse task command: OK can parse task ...[1B[1A[1G[2K[~] Omni/Jr.hs: can parse work command: OK can parse work co...[1B[1A[1G[2K[~] Omni/Jr.hs: OK can parse facts list with --project: OK can parse facts...[1B[1A[1G[2K[~] Omni/Jr.hs: OK can parse facts add command: OK can parse facts...[1B[1A[1G[2K[~] Omni/Jr.hs: OK can parse facts delete command: OKAll 12 tests pass...[1B[1A[1G[2K[0m[38;5;2m[✓] Omni/Jr.hs[0m[1B[1A[1G[2K[0m[38;5;2m[✓] Omni/Jr.hs[0m[1B
Excellent! The tests pass! Let me verify that the change is complete by reviewing what was accomplished:
Omni/Jr/Web.hs @2487-24972487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2488: renderToolResultEvent content timestamp now = 2489: let lineCount = length (Text.lines content) 2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do 2491: Lucid.summary_ <| do 2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋" 2493: Lucid.span_ [Lucid.class_ "event-label"] "Result" 2494: when (lineCount > 1) 2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines")) 2496: renderRelativeTimestamp now timestamp 2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
{"contents":["read_file",5],"tag":"GuardrailDuplicateToolCalls"}I'll start by reading AGENTS.md to understand the codebase conventions, then locate and update the Agent Log view code.
AGENTS.md1: # Omni 2: 3: The Omni project is to leverage automation and asymmetries to create wealth. 4: 5: ## Critical Rules for AI Agents 6: 7: **CRITICAL**: This project uses `jr task` for ALL issue tracking. You MUST follow these rules: 8: 9: - ✅ Use `jr task` for ALL task/TODO tracking (`jr task create ... --json`) 10: - ✅ Link discovered work with `--discovered-from=<parent-id>` 11: - ✅ File bugs IMMEDIATELY when you discover unexpected behavior 12: - ✅ Add facts to the knowledge base when you learn something useful (`jr facts add ...`) 13: - ✅ Run `jr task ready --json` before asking "what should I work on?" 14: - ✅ Store AI planning docs in `_/llm` directory (NEVER in repo root) 15: - ❌ Do NOT use `todo_write` tool 16: - ❌ Do NOT create markdown TODO lists or task checklists 17: - ❌ Do NOT put TODO/FIXME comments in code 18: 19: ## Cheat Sheet 20: 21: **Standard workflow:** 22: ```bash 23: # 1. Find ready work 24: jr task ready --json 25: 26: # 2. Claim a task 27: jr task update <id> in-progress --json 28: 29: # 3. During work: create discovered issues 30: jr task create "Fix type error found" --discovered-from=<current-id> --json 31: 32: # 4. Complete the task 33: jr task update <id> done --json 34: ``` 35: 36: **Bug Discovery:** 37: ```bash 38: # Create a task immediately 39: jr task create "Command X fails when Y" --discovered-from=<current-task-id> --json 40: ``` 41: 42: ## Directory Structure 43: 44: - **`_/`** (cabdir) - All ephemeral/generated files. This directory is gitignored. 45: - `_/llm/` - AI planning docs and agent logs 46: - `_/tmp/` - Temporary files, test databases, scratch data 47: - Never create dotfile directories (like `.tasks/`) in the repo root 48: 49: ## Common Commands 50: 51: **Build:** 52: ```bash 53: bild Omni/Jr.hs # Build a Haskell namespace 54: bild Biz/Cloud/Api.py # Build a Python namespace 55: ``` 56: 57: **Lint and Format:** 58: ```bash 59: lint Omni/Cli.hs # Lint a file (DO NOT use hlint directly) 60: lint --fix **/*.py # Lint and auto-fix Python files 61: ``` 62: 63: **Type Check:** 64: ```bash 65: typecheck.sh Omni/Bild/Example.py # Run mypy on Python files 66: ``` 67: 68: **Test:** 69: ```bash 70: bild --test Omni/Jr.hs # Build and run tests for a namespace 71: ``` 72: 73: **Run:** 74: ```bash 75: Omni/Ide/run.sh Omni/Jr.hs # Build (if needed) and run 76: ``` 77: 78: ## Documentation 79: 80: - **Project Context**: [README.md](README.md) - Goals, source layout, and coding conventions. 81: - **Task Manager**: [`Omni/Task/README.md`](Omni/Task/README.md) - Detailed usage, dependency management, and agent best practices. 82: - **Build Tool (Bild)**: [`Omni/Bild/README.md`](Omni/Bild/README.md) - How to use `bild` and manage dependencies. 83: - **Development Tools**: [`Omni/Ide/README.md`](Omni/Ide/README.md) - `run.sh`, `lint`, `repl.sh`, git workflow.
Now let me search for the Agent Log view code in the Omni/Jr.hs namespace:
Agent Log|AgentLog in Omni/JrOmni/Jr/Web/Style.hs:42: agentLogStyles
Omni/Jr/Web/Style.hs:1424:agentLogStyles :: Css
Omni/Jr/Web/Style.hs:1425:agentLogStyles = do
Omni/Jr/Web.hs:1609: renderAgentLogSection (TaskCore.taskId task) agentEvents (TaskCore.taskStatus task) now
Omni/Jr/Web.hs:2417:renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
Omni/Jr/Web.hs:2418:renderAgentLogSection tid events status now = do
Omni/Jr/Web.hs:2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
Omni/Jr/Web.hs:2441: agentLogScrollScript
Omni/Jr/Web.hs:2557:agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
Omni/Jr/Web.hs:2558:agentLogScrollScript =
Omni/Jr/Web.hs:2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
Omni/Jr/Web.hs:2586: agentLogScrollScript
Now let me look at the renderAgentLogSection function to understand the structure:
Omni/Jr/Web.hs @2417-25602417: renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
2418: renderAgentLogSection tid events status now = do
2419: let shouldShow = not (null events) || status == TaskCore.InProgress
2420: when shouldShow <| do
2421: let isInProgress = status == TaskCore.InProgress
2422: pollAttrs =
2423: if isInProgress
2424: then
2425: [ Lucid.makeAttribute "hx-get" ("/partials/task/" <> tid <> "/events"),
2426: Lucid.makeAttribute "hx-trigger" "every 3s",
2427: Lucid.makeAttribute "hx-swap" "innerHTML",
2428: Lucid.makeAttribute "hx-on::before-request" "var log = this.querySelector('.agent-log'); if(log) this.dataset.scroll = log.scrollTop",
2429: Lucid.makeAttribute "hx-on::after-swap" "var log = this.querySelector('.agent-log'); if(log && this.dataset.scroll) log.scrollTop = this.dataset.scroll"
2430: ]
2431: else []
2432: Lucid.div_ ([Lucid.class_ "agent-log-section", Lucid.id_ "agent-log-container"] <> pollAttrs) <| do
2433: Lucid.h3_ <| do
2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2435: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2436: if null events
2437: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2438: else do
2439: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2440: traverse_ (renderAgentEvent now) events
2441: agentLogScrollScript
2442:
2443: renderAgentEvent :: (Monad m) => UTCTime -> TaskCore.StoredEvent -> Lucid.HtmlT m ()
2444: renderAgentEvent now event =
2445: let eventType = TaskCore.storedEventType event
2446: content = TaskCore.storedEventContent event
2447: timestamp = TaskCore.storedEventTimestamp event
2448: eventId = TaskCore.storedEventId event
2449: in Lucid.div_
2450: [ Lucid.class_ ("agent-event agent-event-" <> eventType),
2451: Lucid.makeAttribute "data-event-id" (tshow eventId)
2452: ]
2453: <| do
2454: case eventType of
2455: "Assistant" -> renderAssistantEvent content timestamp now
2456: "ToolCall" -> renderToolCallEvent content timestamp now
2457: "ToolResult" -> renderToolResultEvent content timestamp now
2458: "Cost" -> renderCostEvent content
2459: "Error" -> renderErrorEvent content timestamp now
2460: "Complete" -> renderCompleteEvent timestamp now
2461: _ -> Lucid.div_ [Lucid.class_ "event-unknown"] (Lucid.toHtml content)
2462:
2463: renderAssistantEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2464: renderAssistantEvent content timestamp now =
2465: Lucid.div_ [Lucid.class_ "event-assistant"] <| do
2466: Lucid.div_ [Lucid.class_ "event-header"] <| do
2467: Lucid.span_ [Lucid.class_ "event-icon"] "💬"
2468: Lucid.span_ [Lucid.class_ "event-label"] "Assistant"
2469: renderRelativeTimestamp now timestamp
2470: Lucid.div_ [Lucid.class_ "event-content event-bubble"] <| do
2471: let truncated = Text.take 2000 content
2472: isTruncated = Text.length content > 2000
2473: renderTextWithNewlines truncated
2474: when isTruncated <| Lucid.span_ [Lucid.class_ "event-truncated"] "..."
2475:
2476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2477: renderToolCallEvent content timestamp now =
2478: let (toolName, args) = parseToolCallContent content
2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do
2480: Lucid.summary_ <| do
2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧"
2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName)
2483: renderRelativeTimestamp now timestamp
2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do
2485: renderCollapsibleOutput args
2486:
2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2488: renderToolResultEvent content timestamp now =
2489: let lineCount = length (Text.lines content)
2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
2491: Lucid.summary_ <| do
2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋"
2493: Lucid.span_ [Lucid.class_ "event-label"] "Result"
2494: when (lineCount > 1)
2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines"))
2496: renderRelativeTimestamp now timestamp
2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2498:
2499: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
2500: renderCostEvent content =
2501: Lucid.div_ [Lucid.class_ "event-cost"] <| do
2502: Lucid.span_ [Lucid.class_ "event-icon"] "💰"
2503: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content)
2504:
2505: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2506: renderErrorEvent content timestamp now =
2507: Lucid.div_ [Lucid.class_ "event-error"] <| do
2508: Lucid.div_ [Lucid.class_ "event-header"] <| do
2509: Lucid.span_ [Lucid.class_ "event-icon"] "❌"
2510: Lucid.span_ [Lucid.class_ "event-label"] "Error"
2511: renderRelativeTimestamp now timestamp
2512: Lucid.div_ [Lucid.class_ "event-content error-message"] (Lucid.toHtml content)
2513:
2514: renderCompleteEvent :: (Monad m) => UTCTime -> UTCTime -> Lucid.HtmlT m ()
2515: renderCompleteEvent timestamp now =
2516: Lucid.div_ [Lucid.class_ "event-complete"] <| do
2517: Lucid.span_ [Lucid.class_ "event-icon"] "✅"
2518: Lucid.span_ [Lucid.class_ "event-label"] "Session completed"
2519: renderRelativeTimestamp now timestamp
2520:
2521: parseToolCallContent :: Text -> (Text, Text)
2522: parseToolCallContent content =
2523: case Text.breakOn ":" content of
2524: (name, rest)
2525: | Text.null rest -> (content, "")
2526: | otherwise -> (Text.strip name, Text.strip (Text.drop 1 rest))
2527:
2528: renderCollapsibleOutput :: (Monad m) => Text -> Lucid.HtmlT m ()
2529: renderCollapsibleOutput content =
2530: let lineCount = length (Text.lines content)
2531: in if lineCount > 20
2532: then
2533: Lucid.details_ [Lucid.class_ "output-collapsible"] <| do
2534: Lucid.summary_ (Lucid.toHtml (tshow lineCount <> " lines"))
2535: Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2536: else Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2537:
2538: -- | Render text with literal \n replaced by <br> tags
2539: renderTextWithNewlines :: (Monad m) => Text -> Lucid.HtmlT m ()
2540: renderTextWithNewlines txt =
2541: let parts = Text.splitOn "\\n" txt
2542: renderPart idx part = do
2543: Lucid.toHtml part
2544: when (idx < length parts - 1) <| Lucid.br_ []
2545: in traverse_ (uncurry renderPart) (zip [0 ..] parts)
2546:
2547: -- | Decode JSON tool result and render in a user-friendly way
2548: renderDecodedToolResult :: (Monad m) => Text -> Lucid.HtmlT m ()
2549: renderDecodedToolResult content =
2550: case Aeson.decode (LBS.fromStrict (str content)) of
2551: Just (Aeson.Object obj) ->
2552: case KeyMap.lookup "output" obj of
2553: Just (Aeson.String output) -> Lucid.toHtml output
2554: _ -> Lucid.toHtml content -- Fallback to raw if no output field
2555: _ -> Lucid.toHtml content -- Fallback to raw if not JSON
2556:
2557: agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
2558: agentLogScrollScript =
2559: Lucid.script_
2560: [ Lucid.type_ "text/javascript"
Perfect! I can see the issue. Looking at the code:
1. renderToolCallEvent (lines 2476-2485) uses <details> element which makes it collapsible
2. renderToolResultEvent (lines 2487-2497) also uses <details> element, which should make it collapsible
However, the issue mentions that Result sections are always expanded. Looking at line 2490, I see that the <details> element doesn't have the open attribute, which means it should start collapsed by default. Let me check if there's any CSS or JavaScript that might be forcing it open:
event-tool-result|tool-result in Omni/Jr/Web/Style.hsOmni/Jr/Web/Style.hs @1500-15501500: borderRadius (px 4) (px 4) (px 4) (px 4)
1501: overflowX auto
1502: whiteSpace preWrap
1503: maxHeight (px 300)
1504: margin (px 0) (px 0) (px 0) (px 0)
1505: ".event-tool-result" ? do
1506: borderLeft (px 3) solid "#10b981"
1507: paddingLeft (px 8)
1508: ".result-header" ? do
1509: fontSize (px 12)
1510: ".line-count" ? do
1511: fontSize (px 11)
1512: color "#6b7280"
1513: backgroundColor "#f3f4f6"
1514: padding (px 1) (px 6) (px 1) (px 6)
1515: borderRadius (px 10) (px 10) (px 10) (px 10)
1516: ".result-collapsible" |> "summary" ? do
1517: cursor pointer
1518: fontSize (px 12)
1519: color "#0066cc"
1520: marginBottom (px 4)
1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
1522: ".tool-output" ? do
1523: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1524: fontSize (px 11)
1525: backgroundColor "#1e1e1e"
1526: color "#d4d4d4"
1527: padding (px 8) (px 10) (px 8) (px 10)
1528: borderRadius (px 4) (px 4) (px 4) (px 4)
1529: overflowX auto
1530: whiteSpace preWrap
1531: maxHeight (px 300)
1532: margin (px 0) (px 0) (px 0) (px 0)
1533: ".event-cost" ? do
1534: display flex
1535: alignItems center
1536: Stylesheet.key "gap" ("6px" :: Text)
1537: fontSize (px 11)
1538: color "#6b7280"
1539: padding (px 4) (px 0) (px 4) (px 0)
1540: ".cost-text" ? do
1541: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1542: ".event-error" ? do
1543: borderLeft (px 3) solid "#ef4444"
1544: paddingLeft (px 8)
1545: backgroundColor "#fef2f2"
1546: padding (px 8) (px 8) (px 8) (px 12)
1547: borderRadius (px 4) (px 4) (px 4) (px 4)
1548: ".event-error" |> ".event-label" ? color "#dc2626"
1549: ".error-message" ? do
1550: color "#dc2626"
Let me search for where the open attribute might be used:
details.*open|Lucid\.open_ in Omni/JrWait, let me re-read the code more carefully. Looking at line 2490 in renderToolResultEvent:
in Lucid.details_ [Lucid.class_ \"event-tool-result\"] <| do
The <details> element is already there! So it should be collapsible. But let me check if there might be a CSS rule that's forcing it to be visible. Let me search for any CSS on details elements:
details in Omni/Jr/Web/Style.hs33: executionDetailsStyles 934:executionDetailsStyles :: Css 935:executionDetailsStyles = do 942: ".execution-details" ? do 1223: ".retry-banner-details" ? do 1873: ".retry-banner-details" ? color "#d1d5db"
Let me look for CSS that might target the details HTML element directly:
\"details\"|\\bdetails\\b.*\\? in Omni/Jr/Web/Style.hs{"contents":["search_codebase",5],"tag":"GuardrailDuplicateToolCalls"}I'll start by reading the AGENTS.md file to understand the codebase conventions, then locate and modify the Agent Log view code to make Result sections collapsible and collapsed by default.
AGENTS.md1: # Omni 2: 3: The Omni project is to leverage automation and asymmetries to create wealth. 4: 5: ## Critical Rules for AI Agents 6: 7: **CRITICAL**: This project uses `jr task` for ALL issue tracking. You MUST follow these rules: 8: 9: - ✅ Use `jr task` for ALL task/TODO tracking (`jr task create ... --json`) 10: - ✅ Link discovered work with `--discovered-from=<parent-id>` 11: - ✅ File bugs IMMEDIATELY when you discover unexpected behavior 12: - ✅ Add facts to the knowledge base when you learn something useful (`jr facts add ...`) 13: - ✅ Run `jr task ready --json` before asking "what should I work on?" 14: - ✅ Store AI planning docs in `_/llm` directory (NEVER in repo root) 15: - ❌ Do NOT use `todo_write` tool 16: - ❌ Do NOT create markdown TODO lists or task checklists 17: - ❌ Do NOT put TODO/FIXME comments in code 18: 19: ## Cheat Sheet 20: 21: **Standard workflow:** 22: ```bash 23: # 1. Find ready work 24: jr task ready --json 25: 26: # 2. Claim a task 27: jr task update <id> in-progress --json 28: 29: # 3. During work: create discovered issues 30: jr task create "Fix type error found" --discovered-from=<current-id> --json 31: 32: # 4. Complete the task 33: jr task update <id> done --json 34: ``` 35: 36: **Bug Discovery:** 37: ```bash 38: # Create a task immediately 39: jr task create "Command X fails when Y" --discovered-from=<current-task-id> --json 40: ``` 41: 42: ## Directory Structure 43: 44: - **`_/`** (cabdir) - All ephemeral/generated files. This directory is gitignored. 45: - `_/llm/` - AI planning docs and agent logs 46: - `_/tmp/` - Temporary files, test databases, scratch data 47: - Never create dotfile directories (like `.tasks/`) in the repo root 48: 49: ## Common Commands 50: 51: **Build:** 52: ```bash 53: bild Omni/Jr.hs # Build a Haskell namespace 54: bild Biz/Cloud/Api.py # Build a Python namespace 55: ``` 56: 57: **Lint and Format:** 58: ```bash 59: lint Omni/Cli.hs # Lint a file (DO NOT use hlint directly) 60: lint --fix **/*.py # Lint and auto-fix Python files 61: ``` 62: 63: **Type Check:** 64: ```bash 65: typecheck.sh Omni/Bild/Example.py # Run mypy on Python files 66: ``` 67: 68: **Test:** 69: ```bash 70: bild --test Omni/Jr.hs # Build and run tests for a namespace 71: ``` 72: 73: **Run:** 74: ```bash 75: Omni/Ide/run.sh Omni/Jr.hs # Build (if needed) and run 76: ``` 77: 78: ## Documentation 79: 80: - **Project Context**: [README.md](README.md) - Goals, source layout, and coding conventions. 81: - **Task Manager**: [`Omni/Task/README.md`](Omni/Task/README.md) - Detailed usage, dependency management, and agent best practices. 82: - **Build Tool (Bild)**: [`Omni/Bild/README.md`](Omni/Bild/README.md) - How to use `bild` and manage dependencies. 83: - **Development Tools**: [`Omni/Ide/README.md`](Omni/Ide/README.md) - `run.sh`, `lint`, `repl.sh`, git workflow.
Agent Log./Omni/Jr/Web.hs:2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
./Omni/Jr/Web.hs:2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
Now let me look at the Web.hs file to understand how the Agent Log view is implemented:
Omni/Jr/Web.hs @2400-26502400: (boldText, rest2)
2401: | Text.null rest2 ->
2402: [PlainText before | not (Text.null before)] ++ [PlainText ("**" <> afterBold)]
2403: | otherwise ->
2404: [PlainText before | not (Text.null before)]
2405: ++ [BoldText boldText]
2406: ++ parseBold (Text.drop 2 rest2)
2407:
2408: renderInlineParts :: (Monad m) => [InlinePart] -> Lucid.HtmlT m ()
2409: renderInlineParts = traverse_ renderInlinePart
2410:
2411: renderInlinePart :: (Monad m) => InlinePart -> Lucid.HtmlT m ()
2412: renderInlinePart part = case part of
2413: PlainText txt -> Lucid.toHtml txt
2414: InlineCode txt -> Lucid.code_ [Lucid.class_ "md-inline-code"] (Lucid.toHtml txt)
2415: BoldText txt -> Lucid.strong_ (Lucid.toHtml txt)
2416:
2417: renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
2418: renderAgentLogSection tid events status now = do
2419: let shouldShow = not (null events) || status == TaskCore.InProgress
2420: when shouldShow <| do
2421: let isInProgress = status == TaskCore.InProgress
2422: pollAttrs =
2423: if isInProgress
2424: then
2425: [ Lucid.makeAttribute "hx-get" ("/partials/task/" <> tid <> "/events"),
2426: Lucid.makeAttribute "hx-trigger" "every 3s",
2427: Lucid.makeAttribute "hx-swap" "innerHTML",
2428: Lucid.makeAttribute "hx-on::before-request" "var log = this.querySelector('.agent-log'); if(log) this.dataset.scroll = log.scrollTop",
2429: Lucid.makeAttribute "hx-on::after-swap" "var log = this.querySelector('.agent-log'); if(log && this.dataset.scroll) log.scrollTop = this.dataset.scroll"
2430: ]
2431: else []
2432: Lucid.div_ ([Lucid.class_ "agent-log-section", Lucid.id_ "agent-log-container"] <> pollAttrs) <| do
2433: Lucid.h3_ <| do
2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2435: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2436: if null events
2437: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2438: else do
2439: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2440: traverse_ (renderAgentEvent now) events
2441: agentLogScrollScript
2442:
2443: renderAgentEvent :: (Monad m) => UTCTime -> TaskCore.StoredEvent -> Lucid.HtmlT m ()
2444: renderAgentEvent now event =
2445: let eventType = TaskCore.storedEventType event
2446: content = TaskCore.storedEventContent event
2447: timestamp = TaskCore.storedEventTimestamp event
2448: eventId = TaskCore.storedEventId event
2449: in Lucid.div_
2450: [ Lucid.class_ ("agent-event agent-event-" <> eventType),
2451: Lucid.makeAttribute "data-event-id" (tshow eventId)
2452: ]
2453: <| do
2454: case eventType of
2455: "Assistant" -> renderAssistantEvent content timestamp now
2456: "ToolCall" -> renderToolCallEvent content timestamp now
2457: "ToolResult" -> renderToolResultEvent content timestamp now
2458: "Cost" -> renderCostEvent content
2459: "Error" -> renderErrorEvent content timestamp now
2460: "Complete" -> renderCompleteEvent timestamp now
2461: _ -> Lucid.div_ [Lucid.class_ "event-unknown"] (Lucid.toHtml content)
2462:
2463: renderAssistantEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2464: renderAssistantEvent content timestamp now =
2465: Lucid.div_ [Lucid.class_ "event-assistant"] <| do
2466: Lucid.div_ [Lucid.class_ "event-header"] <| do
2467: Lucid.span_ [Lucid.class_ "event-icon"] "💬"
2468: Lucid.span_ [Lucid.class_ "event-label"] "Assistant"
2469: renderRelativeTimestamp now timestamp
2470: Lucid.div_ [Lucid.class_ "event-content event-bubble"] <| do
2471: let truncated = Text.take 2000 content
2472: isTruncated = Text.length content > 2000
2473: renderTextWithNewlines truncated
2474: when isTruncated <| Lucid.span_ [Lucid.class_ "event-truncated"] "..."
2475:
2476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2477: renderToolCallEvent content timestamp now =
2478: let (toolName, args) = parseToolCallContent content
2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do
2480: Lucid.summary_ <| do
2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧"
2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName)
2483: renderRelativeTimestamp now timestamp
2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do
2485: renderCollapsibleOutput args
2486:
2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2488: renderToolResultEvent content timestamp now =
2489: let lineCount = length (Text.lines content)
2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
2491: Lucid.summary_ <| do
2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋"
2493: Lucid.span_ [Lucid.class_ "event-label"] "Result"
2494: when (lineCount > 1)
2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines"))
2496: renderRelativeTimestamp now timestamp
2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2498:
2499: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
2500: renderCostEvent content =
2501: Lucid.div_ [Lucid.class_ "event-cost"] <| do
2502: Lucid.span_ [Lucid.class_ "event-icon"] "💰"
2503: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content)
2504:
2505: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2506: renderErrorEvent content timestamp now =
2507: Lucid.div_ [Lucid.class_ "event-error"] <| do
2508: Lucid.div_ [Lucid.class_ "event-header"] <| do
2509: Lucid.span_ [Lucid.class_ "event-icon"] "❌"
2510: Lucid.span_ [Lucid.class_ "event-label"] "Error"
2511: renderRelativeTimestamp now timestamp
2512: Lucid.div_ [Lucid.class_ "event-content error-message"] (Lucid.toHtml content)
2513:
2514: renderCompleteEvent :: (Monad m) => UTCTime -> UTCTime -> Lucid.HtmlT m ()
2515: renderCompleteEvent timestamp now =
2516: Lucid.div_ [Lucid.class_ "event-complete"] <| do
2517: Lucid.span_ [Lucid.class_ "event-icon"] "✅"
2518: Lucid.span_ [Lucid.class_ "event-label"] "Session completed"
2519: renderRelativeTimestamp now timestamp
2520:
2521: parseToolCallContent :: Text -> (Text, Text)
2522: parseToolCallContent content =
2523: case Text.breakOn ":" content of
2524: (name, rest)
2525: | Text.null rest -> (content, "")
2526: | otherwise -> (Text.strip name, Text.strip (Text.drop 1 rest))
2527:
2528: renderCollapsibleOutput :: (Monad m) => Text -> Lucid.HtmlT m ()
2529: renderCollapsibleOutput content =
2530: let lineCount = length (Text.lines content)
2531: in if lineCount > 20
2532: then
2533: Lucid.details_ [Lucid.class_ "output-collapsible"] <| do
2534: Lucid.summary_ (Lucid.toHtml (tshow lineCount <> " lines"))
2535: Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2536: else Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2537:
2538: -- | Render text with literal \n replaced by <br> tags
2539: renderTextWithNewlines :: (Monad m) => Text -> Lucid.HtmlT m ()
2540: renderTextWithNewlines txt =
2541: let parts = Text.splitOn "\\n" txt
2542: renderPart idx part = do
2543: Lucid.toHtml part
2544: when (idx < length parts - 1) <| Lucid.br_ []
2545: in traverse_ (uncurry renderPart) (zip [0 ..] parts)
2546:
2547: -- | Decode JSON tool result and render in a user-friendly way
2548: renderDecodedToolResult :: (Monad m) => Text -> Lucid.HtmlT m ()
2549: renderDecodedToolResult content =
2550: case Aeson.decode (LBS.fromStrict (str content)) of
2551: Just (Aeson.Object obj) ->
2552: case KeyMap.lookup "output" obj of
2553: Just (Aeson.String output) -> Lucid.toHtml output
2554: _ -> Lucid.toHtml content -- Fallback to raw if no output field
2555: _ -> Lucid.toHtml content -- Fallback to raw if not JSON
2556:
2557: agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
2558: agentLogScrollScript =
2559: Lucid.script_
2560: [ Lucid.type_ "text/javascript"
2561: ]
2562: ( Text.unlines
2563: [ "(function() {",
2564: " var log = document.querySelector('.agent-log');",
2565: " if (log) {",
2566: " var isNearBottom = log.scrollHeight - log.scrollTop - log.clientHeight < 100;",
2567: " if (isNearBottom) {",
2568: " log.scrollTop = log.scrollHeight;",
2569: " }",
2570: " }",
2571: "})();"
2572: ]
2573: )
2574:
2575: instance Lucid.ToHtml AgentEventsPartial where
2576: toHtmlRaw = Lucid.toHtml
2577: toHtml (AgentEventsPartial events isInProgress now) = do
2578: Lucid.h3_ <| do
2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2580: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2581: if null events
2582: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2583: else do
2584: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2585: traverse_ (renderAgentEvent now) events
2586: agentLogScrollScript
2587:
2588: -- | Stream agent events as SSE
2589: streamAgentEvents :: Text -> Text -> IO (SourceIO ByteString)
2590: streamAgentEvents tid sid = do
2591: -- Get existing events first
2592: existingEvents <- TaskCore.getEventsForSession sid
2593: let lastId = if null existingEvents then 0 else maximum (map TaskCore.storedEventId existingEvents)
2594:
2595: -- Convert existing events to SSE format
2596: let existingSSE = map eventToSSE existingEvents
2597:
2598: -- Create a streaming source that sends existing events, then polls for new ones
2599: pure <| Source.fromStepT <| streamEventsStep tid sid lastId existingSSE True
2600:
2601: -- | Step function for streaming events
2602: streamEventsStep :: Text -> Text -> Int -> [ByteString] -> Bool -> Source.StepT IO ByteString
2603: streamEventsStep tid sid lastId buffer sendExisting = case (sendExisting, buffer) of
2604: -- Send buffered existing events first
2605: (True, b : bs) -> Source.Yield b (streamEventsStep tid sid lastId bs True)
2606: (True, []) -> streamEventsStep tid sid lastId [] False
2607: -- Poll for new events
2608: (False, _) ->
2609: Source.Effect <| do
2610: -- Check if task is still in progress
2611: tasks <- TaskCore.loadTasks
2612: let isComplete = case TaskCore.findTask tid tasks of
2613: Nothing -> True
2614: Just task -> TaskCore.taskStatus task /= TaskCore.InProgress
2615:
2616: if isComplete
2617: then do
2618: -- Send complete event and stop
2619: let completeSSE = formatSSE "complete" "{}"
2620: pure <| Source.Yield completeSSE Source.Stop
2621: else do
2622: -- Poll for new events
2623: Concurrent.threadDelay 500000 -- 500ms
2624: newEvents <- TaskCore.getEventsSince sid lastId
2625: if null newEvents
2626: then pure <| streamEventsStep tid sid lastId [] False
2627: else do
2628: let newLastId = maximum (map TaskCore.storedEventId newEvents)
2629: let newSSE = map eventToSSE newEvents
2630: case newSSE of
2631: (e : es) -> pure <| Source.Yield e (streamEventsStep tid sid newLastId es False)
2632: [] -> pure <| streamEventsStep tid sid newLastId [] False
2633:
2634: -- | Convert a StoredEvent to SSE format
2635: eventToSSE :: TaskCore.StoredEvent -> ByteString
2636: eventToSSE event =
2637: let eventType = Text.toLower (TaskCore.storedEventType event)
2638: content = TaskCore.storedEventContent event
2639: jsonData = case eventType of
2640: "assistant" -> Aeson.object ["content" Aeson..= content]
2641: "toolcall" ->
2642: let (tool, args) = parseToolCallContent content
2643: in Aeson.object ["tool" Aeson..= tool, "args" Aeson..= Aeson.object ["data" Aeson..= args]]
2644: "toolresult" ->
2645: Aeson.object ["tool" Aeson..= ("unknown" :: Text), "success" Aeson..= True, "output" Aeson..= content]
2646: "cost" -> Aeson.object ["cost" Aeson..= content]
2647: "error" -> Aeson.object ["error" Aeson..= content]
2648: "complete" -> Aeson.object []
2649: _ -> Aeson.object ["content" Aeson..= content]
2650: in formatSSE eventType (str (Aeson.encode jsonData))
Perfect! I can see the issue. Looking at the code:
1. ToolCall events (lines 2476-2485): Use Lucid.details_ which creates a collapsible section (no open attribute, so starts collapsed)
2. ToolResult events (lines 2487-2497): Use Lucid.details_ but I need to check if it has an open attribute
Looking at line 2490, the renderToolResultEvent function uses Lucid.details_ with just [Lucid.class_ "event-tool-result"]. According to HTML standards, a <details> element without the open attribute should start collapsed. However, the task says "Result sections are always expanded", which suggests there might be CSS or the behavior isn't as expected.
Let me search for any CSS that might be forcing these open:
event-tool-result./Omni/Jr/Web/Style.hs:1505: ".event-tool-result" ? do ./Omni/Jr/Web.hs:2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
event-tool-result|details.*openLet me check the Style.hs file to see if there's any CSS forcing the details open:
Omni/Jr/Web/Style.hs @1500-15501500: borderRadius (px 4) (px 4) (px 4) (px 4)
1501: overflowX auto
1502: whiteSpace preWrap
1503: maxHeight (px 300)
1504: margin (px 0) (px 0) (px 0) (px 0)
1505: ".event-tool-result" ? do
1506: borderLeft (px 3) solid "#10b981"
1507: paddingLeft (px 8)
1508: ".result-header" ? do
1509: fontSize (px 12)
1510: ".line-count" ? do
1511: fontSize (px 11)
1512: color "#6b7280"
1513: backgroundColor "#f3f4f6"
1514: padding (px 1) (px 6) (px 1) (px 6)
1515: borderRadius (px 10) (px 10) (px 10) (px 10)
1516: ".result-collapsible" |> "summary" ? do
1517: cursor pointer
1518: fontSize (px 12)
1519: color "#0066cc"
1520: marginBottom (px 4)
1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
1522: ".tool-output" ? do
1523: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1524: fontSize (px 11)
1525: backgroundColor "#1e1e1e"
1526: color "#d4d4d4"
1527: padding (px 8) (px 10) (px 8) (px 10)
1528: borderRadius (px 4) (px 4) (px 4) (px 4)
1529: overflowX auto
1530: whiteSpace preWrap
1531: maxHeight (px 300)
1532: margin (px 0) (px 0) (px 0) (px 0)
1533: ".event-cost" ? do
1534: display flex
1535: alignItems center
1536: Stylesheet.key "gap" ("6px" :: Text)
1537: fontSize (px 11)
1538: color "#6b7280"
1539: padding (px 4) (px 0) (px 4) (px 0)
1540: ".cost-text" ? do
1541: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1542: ".event-error" ? do
1543: borderLeft (px 3) solid "#ef4444"
1544: paddingLeft (px 8)
1545: backgroundColor "#fef2f2"
1546: padding (px 8) (px 8) (px 8) (px 12)
1547: borderRadius (px 4) (px 4) (px 4) (px 4)
1548: ".event-error" |> ".event-label" ? color "#dc2626"
1549: ".error-message" ? do
1550: color "#dc2626"
Let me check if there's any general CSS or attribute setting for the details element. Let me look more broadly at the rendering code again to see if there's an open attribute being added:
details.*open|open.*detailsLet me look closer at the actual rendering - let me check if there's an open attribute on the ToolResult details element. Let me read the entire renderToolResultEvent function again more carefully:
Omni/Jr/Web.hs @2487-24982487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2488: renderToolResultEvent content timestamp now = 2489: let lineCount = length (Text.lines content) 2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do 2491: Lucid.summary_ <| do 2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋" 2493: Lucid.span_ [Lucid.class_ "event-label"] "Result" 2494: when (lineCount > 1) 2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines")) 2496: renderRelativeTimestamp now timestamp 2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content) 2498:
Wait, I just realized the issue! Looking at the current code:
Lucid.details_ creates a <details> element<summary> and the result contentThe problem is likely that without an explicit open attribute being set to false/true, the browser default behavior might vary, OR there might be JavaScript opening them.
But wait - re-reading the task description: "tool call sections are collapsible but Result sections are always expanded".
Looking at the ToolCall rendering (2479): Lucid.details_ [Lucid.class_ "event-tool-call"]
And ToolResult rendering (2490): Lucid.details_ [Lucid.class_ "event-tool-result"]
Both use details_ without an open attribute, so they should both start collapsed. But the task says Results are "always expanded". Let me check if maybe there's JavaScript or perhaps the structure is different. Let me look for any JavaScript in the file:
\.details|details\[|summary in Omni/Jr/Web/Style.hs308: <> ".task-summary"
498: ".summary-section" ? do
813: (".edit-description" |> "summary") ? do
818: (".edit-description" |> "summary") # hover ? textDecoration underline
1076: (".activity-metadata" |> "summary") ? do
1133: ".commit-summary" ? do
1475: ".event-tool-call" |> "summary" ? do
1481: ".event-tool-call" |> "summary" # before ? do
1486: ".event-tool-call[open]" |> "summary" # before ? do
1516: ".result-collapsible" |> "summary" ? do
1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
1561: ".output-collapsible" |> "summary" ? do
1566: ".output-collapsible" |> "summary" # hover ? textDecoration underline
1643: <> ".task-summary"
1750: ".stats-section" <> ".summary-section" ? do
1774: (".activity-metadata" |> "summary") ? color "#9ca3af"
1798: ".commit-summary" ? color "#d1d5db"
1805: (".edit-description" |> "summary") ? color "#60a5fa"
{"contents":["search_codebase",5],"tag":"GuardrailDuplicateToolCalls"}I'll start by reading the AGENTS.md file to understand the codebase conventions, then locate and examine the Agent Log code to make Result sections collapsible.
AGENTS.md1: # Omni 2: 3: The Omni project is to leverage automation and asymmetries to create wealth. 4: 5: ## Critical Rules for AI Agents 6: 7: **CRITICAL**: This project uses `jr task` for ALL issue tracking. You MUST follow these rules: 8: 9: - ✅ Use `jr task` for ALL task/TODO tracking (`jr task create ... --json`) 10: - ✅ Link discovered work with `--discovered-from=<parent-id>` 11: - ✅ File bugs IMMEDIATELY when you discover unexpected behavior 12: - ✅ Add facts to the knowledge base when you learn something useful (`jr facts add ...`) 13: - ✅ Run `jr task ready --json` before asking "what should I work on?" 14: - ✅ Store AI planning docs in `_/llm` directory (NEVER in repo root) 15: - ❌ Do NOT use `todo_write` tool 16: - ❌ Do NOT create markdown TODO lists or task checklists 17: - ❌ Do NOT put TODO/FIXME comments in code 18: 19: ## Cheat Sheet 20: 21: **Standard workflow:** 22: ```bash 23: # 1. Find ready work 24: jr task ready --json 25: 26: # 2. Claim a task 27: jr task update <id> in-progress --json 28: 29: # 3. During work: create discovered issues 30: jr task create "Fix type error found" --discovered-from=<current-id> --json 31: 32: # 4. Complete the task 33: jr task update <id> done --json 34: ``` 35: 36: **Bug Discovery:** 37: ```bash 38: # Create a task immediately 39: jr task create "Command X fails when Y" --discovered-from=<current-task-id> --json 40: ``` 41: 42: ## Directory Structure 43: 44: - **`_/`** (cabdir) - All ephemeral/generated files. This directory is gitignored. 45: - `_/llm/` - AI planning docs and agent logs 46: - `_/tmp/` - Temporary files, test databases, scratch data 47: - Never create dotfile directories (like `.tasks/`) in the repo root 48: 49: ## Common Commands 50: 51: **Build:** 52: ```bash 53: bild Omni/Jr.hs # Build a Haskell namespace 54: bild Biz/Cloud/Api.py # Build a Python namespace 55: ``` 56: 57: **Lint and Format:** 58: ```bash 59: lint Omni/Cli.hs # Lint a file (DO NOT use hlint directly) 60: lint --fix **/*.py # Lint and auto-fix Python files 61: ``` 62: 63: **Type Check:** 64: ```bash 65: typecheck.sh Omni/Bild/Example.py # Run mypy on Python files 66: ``` 67: 68: **Test:** 69: ```bash 70: bild --test Omni/Jr.hs # Build and run tests for a namespace 71: ``` 72: 73: **Run:** 74: ```bash 75: Omni/Ide/run.sh Omni/Jr.hs # Build (if needed) and run 76: ``` 77: 78: ## Documentation 79: 80: - **Project Context**: [README.md](README.md) - Goals, source layout, and coding conventions. 81: - **Task Manager**: [`Omni/Task/README.md`](Omni/Task/README.md) - Detailed usage, dependency management, and agent best practices. 82: - **Build Tool (Bild)**: [`Omni/Bild/README.md`](Omni/Bild/README.md) - How to use `bild` and manage dependencies. 83: - **Development Tools**: [`Omni/Ide/README.md`](Omni/Ide/README.md) - `run.sh`, `lint`, `repl.sh`, git workflow.
Agent Log|AgentLog./Omni/Jr/Web/Style.hs:42: agentLogStyles
./Omni/Jr/Web/Style.hs:1424:agentLogStyles :: Css
./Omni/Jr/Web/Style.hs:1425:agentLogStyles = do
./Omni/Agent/Worker.hs:17:import qualified Omni.Agent.Log as AgentLog
./Omni/Agent/Worker.hs:32: AgentLog.init (Core.workerName worker)
./Omni/Agent/Worker.hs:33: AgentLog.log ("[worker] Starting for " <> Core.workerName worker)
./Omni/Agent/Worker.hs:44: else AgentLog.log msg
./Omni/Agent/Worker.hs:80: unless (Core.workerQuiet worker) <| AgentLog.updateActivity ("Task " <> tid <> " not found.")
./Omni/Agent/Worker.hs:83: unless (Core.workerQuiet worker) <| AgentLog.updateActivity "No work found."
./Omni/Agent/Worker.hs:95: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Just tid})
./Omni/Agent/Worker.hs:164: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Nothing})
./Omni/Agent/Worker.hs:170: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Nothing})
./Omni/Agent/Worker.hs:278: sayLog msg = if quiet then putText msg else AgentLog.log msg
./Omni/Jr/Web.hs:1609: renderAgentLogSection (TaskCore.taskId task) agentEvents (TaskCore.taskStatus task) now
./Omni/Jr/Web.hs:2417:renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
./Omni/Jr/Web.hs:2418:renderAgentLogSection tid events status now = do
./Omni/Jr/Web.hs:2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
./Omni/Jr/Web.hs:2441: agentLogScrollScript
./Omni/Jr/Web.hs:2557:agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
./Omni/Jr/Web.hs:2558:agentLogScrollScript =
./Omni/Jr/Web.hs:2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
./Omni/Jr/Web.hs:2586: agentLogScrollScript
Now let me look at the Agent Log rendering code to understand how tool calls and results are currently displayed:
Omni/Jr/Web.hs @2417-26002417: renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
2418: renderAgentLogSection tid events status now = do
2419: let shouldShow = not (null events) || status == TaskCore.InProgress
2420: when shouldShow <| do
2421: let isInProgress = status == TaskCore.InProgress
2422: pollAttrs =
2423: if isInProgress
2424: then
2425: [ Lucid.makeAttribute "hx-get" ("/partials/task/" <> tid <> "/events"),
2426: Lucid.makeAttribute "hx-trigger" "every 3s",
2427: Lucid.makeAttribute "hx-swap" "innerHTML",
2428: Lucid.makeAttribute "hx-on::before-request" "var log = this.querySelector('.agent-log'); if(log) this.dataset.scroll = log.scrollTop",
2429: Lucid.makeAttribute "hx-on::after-swap" "var log = this.querySelector('.agent-log'); if(log && this.dataset.scroll) log.scrollTop = this.dataset.scroll"
2430: ]
2431: else []
2432: Lucid.div_ ([Lucid.class_ "agent-log-section", Lucid.id_ "agent-log-container"] <> pollAttrs) <| do
2433: Lucid.h3_ <| do
2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2435: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2436: if null events
2437: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2438: else do
2439: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2440: traverse_ (renderAgentEvent now) events
2441: agentLogScrollScript
2442:
2443: renderAgentEvent :: (Monad m) => UTCTime -> TaskCore.StoredEvent -> Lucid.HtmlT m ()
2444: renderAgentEvent now event =
2445: let eventType = TaskCore.storedEventType event
2446: content = TaskCore.storedEventContent event
2447: timestamp = TaskCore.storedEventTimestamp event
2448: eventId = TaskCore.storedEventId event
2449: in Lucid.div_
2450: [ Lucid.class_ ("agent-event agent-event-" <> eventType),
2451: Lucid.makeAttribute "data-event-id" (tshow eventId)
2452: ]
2453: <| do
2454: case eventType of
2455: "Assistant" -> renderAssistantEvent content timestamp now
2456: "ToolCall" -> renderToolCallEvent content timestamp now
2457: "ToolResult" -> renderToolResultEvent content timestamp now
2458: "Cost" -> renderCostEvent content
2459: "Error" -> renderErrorEvent content timestamp now
2460: "Complete" -> renderCompleteEvent timestamp now
2461: _ -> Lucid.div_ [Lucid.class_ "event-unknown"] (Lucid.toHtml content)
2462:
2463: renderAssistantEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2464: renderAssistantEvent content timestamp now =
2465: Lucid.div_ [Lucid.class_ "event-assistant"] <| do
2466: Lucid.div_ [Lucid.class_ "event-header"] <| do
2467: Lucid.span_ [Lucid.class_ "event-icon"] "💬"
2468: Lucid.span_ [Lucid.class_ "event-label"] "Assistant"
2469: renderRelativeTimestamp now timestamp
2470: Lucid.div_ [Lucid.class_ "event-content event-bubble"] <| do
2471: let truncated = Text.take 2000 content
2472: isTruncated = Text.length content > 2000
2473: renderTextWithNewlines truncated
2474: when isTruncated <| Lucid.span_ [Lucid.class_ "event-truncated"] "..."
2475:
2476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2477: renderToolCallEvent content timestamp now =
2478: let (toolName, args) = parseToolCallContent content
2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do
2480: Lucid.summary_ <| do
2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧"
2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName)
2483: renderRelativeTimestamp now timestamp
2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do
2485: renderCollapsibleOutput args
2486:
2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2488: renderToolResultEvent content timestamp now =
2489: let lineCount = length (Text.lines content)
2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
2491: Lucid.summary_ <| do
2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋"
2493: Lucid.span_ [Lucid.class_ "event-label"] "Result"
2494: when (lineCount > 1)
2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines"))
2496: renderRelativeTimestamp now timestamp
2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2498:
2499: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
2500: renderCostEvent content =
2501: Lucid.div_ [Lucid.class_ "event-cost"] <| do
2502: Lucid.span_ [Lucid.class_ "event-icon"] "💰"
2503: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content)
2504:
2505: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2506: renderErrorEvent content timestamp now =
2507: Lucid.div_ [Lucid.class_ "event-error"] <| do
2508: Lucid.div_ [Lucid.class_ "event-header"] <| do
2509: Lucid.span_ [Lucid.class_ "event-icon"] "❌"
2510: Lucid.span_ [Lucid.class_ "event-label"] "Error"
2511: renderRelativeTimestamp now timestamp
2512: Lucid.div_ [Lucid.class_ "event-content error-message"] (Lucid.toHtml content)
2513:
2514: renderCompleteEvent :: (Monad m) => UTCTime -> UTCTime -> Lucid.HtmlT m ()
2515: renderCompleteEvent timestamp now =
2516: Lucid.div_ [Lucid.class_ "event-complete"] <| do
2517: Lucid.span_ [Lucid.class_ "event-icon"] "✅"
2518: Lucid.span_ [Lucid.class_ "event-label"] "Session completed"
2519: renderRelativeTimestamp now timestamp
2520:
2521: parseToolCallContent :: Text -> (Text, Text)
2522: parseToolCallContent content =
2523: case Text.breakOn ":" content of
2524: (name, rest)
2525: | Text.null rest -> (content, "")
2526: | otherwise -> (Text.strip name, Text.strip (Text.drop 1 rest))
2527:
2528: renderCollapsibleOutput :: (Monad m) => Text -> Lucid.HtmlT m ()
2529: renderCollapsibleOutput content =
2530: let lineCount = length (Text.lines content)
2531: in if lineCount > 20
2532: then
2533: Lucid.details_ [Lucid.class_ "output-collapsible"] <| do
2534: Lucid.summary_ (Lucid.toHtml (tshow lineCount <> " lines"))
2535: Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2536: else Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2537:
2538: -- | Render text with literal \n replaced by <br> tags
2539: renderTextWithNewlines :: (Monad m) => Text -> Lucid.HtmlT m ()
2540: renderTextWithNewlines txt =
2541: let parts = Text.splitOn "\\n" txt
2542: renderPart idx part = do
2543: Lucid.toHtml part
2544: when (idx < length parts - 1) <| Lucid.br_ []
2545: in traverse_ (uncurry renderPart) (zip [0 ..] parts)
2546:
2547: -- | Decode JSON tool result and render in a user-friendly way
2548: renderDecodedToolResult :: (Monad m) => Text -> Lucid.HtmlT m ()
2549: renderDecodedToolResult content =
2550: case Aeson.decode (LBS.fromStrict (str content)) of
2551: Just (Aeson.Object obj) ->
2552: case KeyMap.lookup "output" obj of
2553: Just (Aeson.String output) -> Lucid.toHtml output
2554: _ -> Lucid.toHtml content -- Fallback to raw if no output field
2555: _ -> Lucid.toHtml content -- Fallback to raw if not JSON
2556:
2557: agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
2558: agentLogScrollScript =
2559: Lucid.script_
2560: [ Lucid.type_ "text/javascript"
2561: ]
2562: ( Text.unlines
2563: [ "(function() {",
2564: " var log = document.querySelector('.agent-log');",
2565: " if (log) {",
2566: " var isNearBottom = log.scrollHeight - log.scrollTop - log.clientHeight < 100;",
2567: " if (isNearBottom) {",
2568: " log.scrollTop = log.scrollHeight;",
2569: " }",
2570: " }",
2571: "})();"
2572: ]
2573: )
2574:
2575: instance Lucid.ToHtml AgentEventsPartial where
2576: toHtmlRaw = Lucid.toHtml
2577: toHtml (AgentEventsPartial events isInProgress now) = do
2578: Lucid.h3_ <| do
2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2580: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2581: if null events
2582: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2583: else do
2584: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2585: traverse_ (renderAgentEvent now) events
2586: agentLogScrollScript
2587:
2588: -- | Stream agent events as SSE
2589: streamAgentEvents :: Text -> Text -> IO (SourceIO ByteString)
2590: streamAgentEvents tid sid = do
2591: -- Get existing events first
2592: existingEvents <- TaskCore.getEventsForSession sid
2593: let lastId = if null existingEvents then 0 else maximum (map TaskCore.storedEventId existingEvents)
2594:
2595: -- Convert existing events to SSE format
2596: let existingSSE = map eventToSSE existingEvents
2597:
2598: -- Create a streaming source that sends existing events, then polls for new ones
2599: pure <| Source.fromStepT <| streamEventsStep tid sid lastId existingSSE True
2600:
Perfect! I can see the issue. Looking at line 2487-2497, the renderToolResultEvent function uses a <details> element (which is collapsible) but doesn't have the open attribute, so it should already be collapsed by default. Let me check if there's CSS or HTML that's forcing it open:
event-tool-result|details.*open./Biz/Dragons.hs:322: "details[open]" ? do ./Omni/Jr/Web/Style.hs:1505: ".event-tool-result" ? do ./Omni/Jr/Web.hs:2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
Let me check the CSS for the event-tool-result class to see if it's forcing it to be open:
Omni/Jr/Web/Style.hs @1500-15501500: borderRadius (px 4) (px 4) (px 4) (px 4)
1501: overflowX auto
1502: whiteSpace preWrap
1503: maxHeight (px 300)
1504: margin (px 0) (px 0) (px 0) (px 0)
1505: ".event-tool-result" ? do
1506: borderLeft (px 3) solid "#10b981"
1507: paddingLeft (px 8)
1508: ".result-header" ? do
1509: fontSize (px 12)
1510: ".line-count" ? do
1511: fontSize (px 11)
1512: color "#6b7280"
1513: backgroundColor "#f3f4f6"
1514: padding (px 1) (px 6) (px 1) (px 6)
1515: borderRadius (px 10) (px 10) (px 10) (px 10)
1516: ".result-collapsible" |> "summary" ? do
1517: cursor pointer
1518: fontSize (px 12)
1519: color "#0066cc"
1520: marginBottom (px 4)
1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
1522: ".tool-output" ? do
1523: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1524: fontSize (px 11)
1525: backgroundColor "#1e1e1e"
1526: color "#d4d4d4"
1527: padding (px 8) (px 10) (px 8) (px 10)
1528: borderRadius (px 4) (px 4) (px 4) (px 4)
1529: overflowX auto
1530: whiteSpace preWrap
1531: maxHeight (px 300)
1532: margin (px 0) (px 0) (px 0) (px 0)
1533: ".event-cost" ? do
1534: display flex
1535: alignItems center
1536: Stylesheet.key "gap" ("6px" :: Text)
1537: fontSize (px 11)
1538: color "#6b7280"
1539: padding (px 4) (px 0) (px 4) (px 0)
1540: ".cost-text" ? do
1541: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1542: ".event-error" ? do
1543: borderLeft (px 3) solid "#ef4444"
1544: paddingLeft (px 8)
1545: backgroundColor "#fef2f2"
1546: padding (px 8) (px 8) (px 8) (px 12)
1547: borderRadius (px 4) (px 4) (px 4) (px 4)
1548: ".event-error" |> ".event-label" ? color "#dc2626"
1549: ".error-message" ? do
1550: color "#dc2626"
Let me check a broader range to see if there's CSS that forces details open:
details.*open|event-tool-result.*open in Omni/Jr/Web/Style.hsLet me look at the broader style context to understand how the details elements are styled:
Omni/Jr/Web/Style.hs @1424-15101424: agentLogStyles :: Css
1425: agentLogStyles = do
1426: ".agent-log-section" ? do
1427: marginTop (em 1)
1428: paddingTop (em 1)
1429: borderTop (px 1) solid "#e5e7eb"
1430: ".agent-log-live" ? do
1431: fontSize (px 10)
1432: fontWeight bold
1433: color "#10b981"
1434: backgroundColor "#d1fae5"
1435: padding (px 2) (px 6) (px 2) (px 6)
1436: borderRadius (px 10) (px 10) (px 10) (px 10)
1437: marginLeft (px 8)
1438: textTransform uppercase
1439: Stylesheet.key "animation" ("pulse 2s infinite" :: Text)
1440: ".agent-log" ? do
1441: maxHeight (px 600)
1442: overflowY auto
1443: display flex
1444: flexDirection column
1445: Stylesheet.key "gap" ("8px" :: Text)
1446: padding (px 8) (px 0) (px 8) (px 0)
1447: ".agent-event" ? do
1448: fontSize (px 13)
1449: ".event-header" ? do
1450: display flex
1451: alignItems center
1452: Stylesheet.key "gap" ("8px" :: Text)
1453: marginBottom (px 4)
1454: ".event-icon" ? do
1455: fontSize (px 14)
1456: width (px 20)
1457: textAlign center
1458: ".event-label" ? do
1459: fontWeight (weight 500)
1460: color "#374151"
1461: ".event-assistant" ? do
1462: padding (px 0) (px 0) (px 0) (px 0)
1463: ".event-bubble" ? do
1464: backgroundColor "#f3f4f6"
1465: padding (px 8) (px 12) (px 8) (px 12)
1466: borderRadius (px 8) (px 8) (px 8) (px 8)
1467: whiteSpace preWrap
1468: lineHeight (em 1.5)
1469: ".event-truncated" ? do
1470: color "#6b7280"
1471: fontStyle italic
1472: ".event-tool-call" ? do
1473: borderLeft (px 3) solid "#3b82f6"
1474: paddingLeft (px 8)
1475: ".event-tool-call" |> "summary" ? do
1476: cursor pointer
1477: listStyleType none
1478: display flex
1479: alignItems center
1480: Stylesheet.key "gap" ("8px" :: Text)
1481: ".event-tool-call" |> "summary" # before ? do
1482: content (stringContent "▶")
1483: fontSize (px 10)
1484: color "#6b7280"
1485: transition "transform" (ms 150) ease (sec 0)
1486: ".event-tool-call[open]" |> "summary" # before ? do
1487: Stylesheet.key "transform" ("rotate(90deg)" :: Text)
1488: ".tool-name" ? do
1489: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1490: color "#3b82f6"
1491: ".tool-args" ? do
1492: marginTop (px 4)
1493: paddingLeft (px 20)
1494: ".tool-output-pre" ? do
1495: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1496: fontSize (px 11)
1497: backgroundColor "#1e1e1e"
1498: color "#d4d4d4"
1499: padding (px 8) (px 10) (px 8) (px 10)
1500: borderRadius (px 4) (px 4) (px 4) (px 4)
1501: overflowX auto
1502: whiteSpace preWrap
1503: maxHeight (px 300)
1504: margin (px 0) (px 0) (px 0) (px 0)
1505: ".event-tool-result" ? do
1506: borderLeft (px 3) solid "#10b981"
1507: paddingLeft (px 8)
1508: ".result-header" ? do
1509: fontSize (px 12)
1510: ".line-count" ? do
I can see that .event-tool-call has the collapsible triangle styling (lines 1475-1487) but .event-tool-result does not. Looking at the HTML in renderToolResultEvent, it already uses a <details> element, but it needs:
1. A summary element that looks like the tool-call summary
2. CSS styling similar to .event-tool-call for the triangle and cursor
Let me check if there's more CSS I need to see:
Omni/Jr/Web/Style.hs @1505-15601505: ".event-tool-result" ? do
1506: borderLeft (px 3) solid "#10b981"
1507: paddingLeft (px 8)
1508: ".result-header" ? do
1509: fontSize (px 12)
1510: ".line-count" ? do
1511: fontSize (px 11)
1512: color "#6b7280"
1513: backgroundColor "#f3f4f6"
1514: padding (px 1) (px 6) (px 1) (px 6)
1515: borderRadius (px 10) (px 10) (px 10) (px 10)
1516: ".result-collapsible" |> "summary" ? do
1517: cursor pointer
1518: fontSize (px 12)
1519: color "#0066cc"
1520: marginBottom (px 4)
1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
1522: ".tool-output" ? do
1523: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1524: fontSize (px 11)
1525: backgroundColor "#1e1e1e"
1526: color "#d4d4d4"
1527: padding (px 8) (px 10) (px 8) (px 10)
1528: borderRadius (px 4) (px 4) (px 4) (px 4)
1529: overflowX auto
1530: whiteSpace preWrap
1531: maxHeight (px 300)
1532: margin (px 0) (px 0) (px 0) (px 0)
1533: ".event-cost" ? do
1534: display flex
1535: alignItems center
1536: Stylesheet.key "gap" ("6px" :: Text)
1537: fontSize (px 11)
1538: color "#6b7280"
1539: padding (px 4) (px 0) (px 4) (px 0)
1540: ".cost-text" ? do
1541: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1542: ".event-error" ? do
1543: borderLeft (px 3) solid "#ef4444"
1544: paddingLeft (px 8)
1545: backgroundColor "#fef2f2"
1546: padding (px 8) (px 8) (px 8) (px 12)
1547: borderRadius (px 4) (px 4) (px 4) (px 4)
1548: ".event-error" |> ".event-label" ? color "#dc2626"
1549: ".error-message" ? do
1550: color "#dc2626"
1551: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1552: fontSize (px 12)
1553: whiteSpace preWrap
1554: ".event-complete" ? do
1555: display flex
1556: alignItems center
1557: Stylesheet.key "gap" ("8px" :: Text)
1558: color "#10b981"
1559: fontWeight (weight 500)
1560: padding (px 8) (px 0) (px 8) (px 0)
{"contents":["read_file",5],"tag":"GuardrailDuplicateToolCalls"}I'll help you implement this task. Let me start by reading the AGENTS.md file and then exploring the codebase to understand how the Agent Log view works.
AGENTS.md1: # Omni 2: 3: The Omni project is to leverage automation and asymmetries to create wealth. 4: 5: ## Critical Rules for AI Agents 6: 7: **CRITICAL**: This project uses `jr task` for ALL issue tracking. You MUST follow these rules: 8: 9: - ✅ Use `jr task` for ALL task/TODO tracking (`jr task create ... --json`) 10: - ✅ Link discovered work with `--discovered-from=<parent-id>` 11: - ✅ File bugs IMMEDIATELY when you discover unexpected behavior 12: - ✅ Add facts to the knowledge base when you learn something useful (`jr facts add ...`) 13: - ✅ Run `jr task ready --json` before asking "what should I work on?" 14: - ✅ Store AI planning docs in `_/llm` directory (NEVER in repo root) 15: - ❌ Do NOT use `todo_write` tool 16: - ❌ Do NOT create markdown TODO lists or task checklists 17: - ❌ Do NOT put TODO/FIXME comments in code 18: 19: ## Cheat Sheet 20: 21: **Standard workflow:** 22: ```bash 23: # 1. Find ready work 24: jr task ready --json 25: 26: # 2. Claim a task 27: jr task update <id> in-progress --json 28: 29: # 3. During work: create discovered issues 30: jr task create "Fix type error found" --discovered-from=<current-id> --json 31: 32: # 4. Complete the task 33: jr task update <id> done --json 34: ``` 35: 36: **Bug Discovery:** 37: ```bash 38: # Create a task immediately 39: jr task create "Command X fails when Y" --discovered-from=<current-task-id> --json 40: ``` 41: 42: ## Directory Structure 43: 44: - **`_/`** (cabdir) - All ephemeral/generated files. This directory is gitignored. 45: - `_/llm/` - AI planning docs and agent logs 46: - `_/tmp/` - Temporary files, test databases, scratch data 47: - Never create dotfile directories (like `.tasks/`) in the repo root 48: 49: ## Common Commands 50: 51: **Build:** 52: ```bash 53: bild Omni/Jr.hs # Build a Haskell namespace 54: bild Biz/Cloud/Api.py # Build a Python namespace 55: ``` 56: 57: **Lint and Format:** 58: ```bash 59: lint Omni/Cli.hs # Lint a file (DO NOT use hlint directly) 60: lint --fix **/*.py # Lint and auto-fix Python files 61: ``` 62: 63: **Type Check:** 64: ```bash 65: typecheck.sh Omni/Bild/Example.py # Run mypy on Python files 66: ``` 67: 68: **Test:** 69: ```bash 70: bild --test Omni/Jr.hs # Build and run tests for a namespace 71: ``` 72: 73: **Run:** 74: ```bash 75: Omni/Ide/run.sh Omni/Jr.hs # Build (if needed) and run 76: ``` 77: 78: ## Documentation 79: 80: - **Project Context**: [README.md](README.md) - Goals, source layout, and coding conventions. 81: - **Task Manager**: [`Omni/Task/README.md`](Omni/Task/README.md) - Detailed usage, dependency management, and agent best practices. 82: - **Build Tool (Bild)**: [`Omni/Bild/README.md`](Omni/Bild/README.md) - How to use `bild` and manage dependencies. 83: - **Development Tools**: [`Omni/Ide/README.md`](Omni/Ide/README.md) - `run.sh`, `lint`, `repl.sh`, git workflow.
Agent Log|AgentLog./Omni/Jr/Web.hs:1609: renderAgentLogSection (TaskCore.taskId task) agentEvents (TaskCore.taskStatus task) now
./Omni/Jr/Web.hs:2417:renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
./Omni/Jr/Web.hs:2418:renderAgentLogSection tid events status now = do
./Omni/Jr/Web.hs:2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
./Omni/Jr/Web.hs:2441: agentLogScrollScript
./Omni/Jr/Web.hs:2557:agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
./Omni/Jr/Web.hs:2558:agentLogScrollScript =
./Omni/Jr/Web.hs:2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
./Omni/Jr/Web.hs:2586: agentLogScrollScript
./Omni/Jr/Web/Style.hs:42: agentLogStyles
./Omni/Jr/Web/Style.hs:1424:agentLogStyles :: Css
./Omni/Jr/Web/Style.hs:1425:agentLogStyles = do
./Omni/Agent/Worker.hs:17:import qualified Omni.Agent.Log as AgentLog
./Omni/Agent/Worker.hs:32: AgentLog.init (Core.workerName worker)
./Omni/Agent/Worker.hs:33: AgentLog.log ("[worker] Starting for " <> Core.workerName worker)
./Omni/Agent/Worker.hs:44: else AgentLog.log msg
./Omni/Agent/Worker.hs:80: unless (Core.workerQuiet worker) <| AgentLog.updateActivity ("Task " <> tid <> " not found.")
./Omni/Agent/Worker.hs:83: unless (Core.workerQuiet worker) <| AgentLog.updateActivity "No work found."
./Omni/Agent/Worker.hs:95: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Just tid})
./Omni/Agent/Worker.hs:164: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Nothing})
./Omni/Agent/Worker.hs:170: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Nothing})
./Omni/Agent/Worker.hs:278: sayLog msg = if quiet then putText msg else AgentLog.log msg
Let me look at the Web.hs file to understand how the Agent Log is rendered:
Omni/Jr/Web.hs @2417-26002417: renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
2418: renderAgentLogSection tid events status now = do
2419: let shouldShow = not (null events) || status == TaskCore.InProgress
2420: when shouldShow <| do
2421: let isInProgress = status == TaskCore.InProgress
2422: pollAttrs =
2423: if isInProgress
2424: then
2425: [ Lucid.makeAttribute "hx-get" ("/partials/task/" <> tid <> "/events"),
2426: Lucid.makeAttribute "hx-trigger" "every 3s",
2427: Lucid.makeAttribute "hx-swap" "innerHTML",
2428: Lucid.makeAttribute "hx-on::before-request" "var log = this.querySelector('.agent-log'); if(log) this.dataset.scroll = log.scrollTop",
2429: Lucid.makeAttribute "hx-on::after-swap" "var log = this.querySelector('.agent-log'); if(log && this.dataset.scroll) log.scrollTop = this.dataset.scroll"
2430: ]
2431: else []
2432: Lucid.div_ ([Lucid.class_ "agent-log-section", Lucid.id_ "agent-log-container"] <> pollAttrs) <| do
2433: Lucid.h3_ <| do
2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2435: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2436: if null events
2437: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2438: else do
2439: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2440: traverse_ (renderAgentEvent now) events
2441: agentLogScrollScript
2442:
2443: renderAgentEvent :: (Monad m) => UTCTime -> TaskCore.StoredEvent -> Lucid.HtmlT m ()
2444: renderAgentEvent now event =
2445: let eventType = TaskCore.storedEventType event
2446: content = TaskCore.storedEventContent event
2447: timestamp = TaskCore.storedEventTimestamp event
2448: eventId = TaskCore.storedEventId event
2449: in Lucid.div_
2450: [ Lucid.class_ ("agent-event agent-event-" <> eventType),
2451: Lucid.makeAttribute "data-event-id" (tshow eventId)
2452: ]
2453: <| do
2454: case eventType of
2455: "Assistant" -> renderAssistantEvent content timestamp now
2456: "ToolCall" -> renderToolCallEvent content timestamp now
2457: "ToolResult" -> renderToolResultEvent content timestamp now
2458: "Cost" -> renderCostEvent content
2459: "Error" -> renderErrorEvent content timestamp now
2460: "Complete" -> renderCompleteEvent timestamp now
2461: _ -> Lucid.div_ [Lucid.class_ "event-unknown"] (Lucid.toHtml content)
2462:
2463: renderAssistantEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2464: renderAssistantEvent content timestamp now =
2465: Lucid.div_ [Lucid.class_ "event-assistant"] <| do
2466: Lucid.div_ [Lucid.class_ "event-header"] <| do
2467: Lucid.span_ [Lucid.class_ "event-icon"] "💬"
2468: Lucid.span_ [Lucid.class_ "event-label"] "Assistant"
2469: renderRelativeTimestamp now timestamp
2470: Lucid.div_ [Lucid.class_ "event-content event-bubble"] <| do
2471: let truncated = Text.take 2000 content
2472: isTruncated = Text.length content > 2000
2473: renderTextWithNewlines truncated
2474: when isTruncated <| Lucid.span_ [Lucid.class_ "event-truncated"] "..."
2475:
2476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2477: renderToolCallEvent content timestamp now =
2478: let (toolName, args) = parseToolCallContent content
2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do
2480: Lucid.summary_ <| do
2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧"
2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName)
2483: renderRelativeTimestamp now timestamp
2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do
2485: renderCollapsibleOutput args
2486:
2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2488: renderToolResultEvent content timestamp now =
2489: let lineCount = length (Text.lines content)
2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
2491: Lucid.summary_ <| do
2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋"
2493: Lucid.span_ [Lucid.class_ "event-label"] "Result"
2494: when (lineCount > 1)
2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines"))
2496: renderRelativeTimestamp now timestamp
2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2498:
2499: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
2500: renderCostEvent content =
2501: Lucid.div_ [Lucid.class_ "event-cost"] <| do
2502: Lucid.span_ [Lucid.class_ "event-icon"] "💰"
2503: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content)
2504:
2505: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2506: renderErrorEvent content timestamp now =
2507: Lucid.div_ [Lucid.class_ "event-error"] <| do
2508: Lucid.div_ [Lucid.class_ "event-header"] <| do
2509: Lucid.span_ [Lucid.class_ "event-icon"] "❌"
2510: Lucid.span_ [Lucid.class_ "event-label"] "Error"
2511: renderRelativeTimestamp now timestamp
2512: Lucid.div_ [Lucid.class_ "event-content error-message"] (Lucid.toHtml content)
2513:
2514: renderCompleteEvent :: (Monad m) => UTCTime -> UTCTime -> Lucid.HtmlT m ()
2515: renderCompleteEvent timestamp now =
2516: Lucid.div_ [Lucid.class_ "event-complete"] <| do
2517: Lucid.span_ [Lucid.class_ "event-icon"] "✅"
2518: Lucid.span_ [Lucid.class_ "event-label"] "Session completed"
2519: renderRelativeTimestamp now timestamp
2520:
2521: parseToolCallContent :: Text -> (Text, Text)
2522: parseToolCallContent content =
2523: case Text.breakOn ":" content of
2524: (name, rest)
2525: | Text.null rest -> (content, "")
2526: | otherwise -> (Text.strip name, Text.strip (Text.drop 1 rest))
2527:
2528: renderCollapsibleOutput :: (Monad m) => Text -> Lucid.HtmlT m ()
2529: renderCollapsibleOutput content =
2530: let lineCount = length (Text.lines content)
2531: in if lineCount > 20
2532: then
2533: Lucid.details_ [Lucid.class_ "output-collapsible"] <| do
2534: Lucid.summary_ (Lucid.toHtml (tshow lineCount <> " lines"))
2535: Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2536: else Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2537:
2538: -- | Render text with literal \n replaced by <br> tags
2539: renderTextWithNewlines :: (Monad m) => Text -> Lucid.HtmlT m ()
2540: renderTextWithNewlines txt =
2541: let parts = Text.splitOn "\\n" txt
2542: renderPart idx part = do
2543: Lucid.toHtml part
2544: when (idx < length parts - 1) <| Lucid.br_ []
2545: in traverse_ (uncurry renderPart) (zip [0 ..] parts)
2546:
2547: -- | Decode JSON tool result and render in a user-friendly way
2548: renderDecodedToolResult :: (Monad m) => Text -> Lucid.HtmlT m ()
2549: renderDecodedToolResult content =
2550: case Aeson.decode (LBS.fromStrict (str content)) of
2551: Just (Aeson.Object obj) ->
2552: case KeyMap.lookup "output" obj of
2553: Just (Aeson.String output) -> Lucid.toHtml output
2554: _ -> Lucid.toHtml content -- Fallback to raw if no output field
2555: _ -> Lucid.toHtml content -- Fallback to raw if not JSON
2556:
2557: agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
2558: agentLogScrollScript =
2559: Lucid.script_
2560: [ Lucid.type_ "text/javascript"
2561: ]
2562: ( Text.unlines
2563: [ "(function() {",
2564: " var log = document.querySelector('.agent-log');",
2565: " if (log) {",
2566: " var isNearBottom = log.scrollHeight - log.scrollTop - log.clientHeight < 100;",
2567: " if (isNearBottom) {",
2568: " log.scrollTop = log.scrollHeight;",
2569: " }",
2570: " }",
2571: "})();"
2572: ]
2573: )
2574:
2575: instance Lucid.ToHtml AgentEventsPartial where
2576: toHtmlRaw = Lucid.toHtml
2577: toHtml (AgentEventsPartial events isInProgress now) = do
2578: Lucid.h3_ <| do
2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2580: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2581: if null events
2582: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2583: else do
2584: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2585: traverse_ (renderAgentEvent now) events
2586: agentLogScrollScript
2587:
2588: -- | Stream agent events as SSE
2589: streamAgentEvents :: Text -> Text -> IO (SourceIO ByteString)
2590: streamAgentEvents tid sid = do
2591: -- Get existing events first
2592: existingEvents <- TaskCore.getEventsForSession sid
2593: let lastId = if null existingEvents then 0 else maximum (map TaskCore.storedEventId existingEvents)
2594:
2595: -- Convert existing events to SSE format
2596: let existingSSE = map eventToSSE existingEvents
2597:
2598: -- Create a streaming source that sends existing events, then polls for new ones
2599: pure <| Source.fromStepT <| streamEventsStep tid sid lastId existingSSE True
2600:
Now I can see the issue. The renderToolResultEvent function at line 2487-2497 uses <details> element which is collapsible, but notice it doesn't have the open attribute that would make it start expanded. However, looking at line 2490, it seems the current implementation already uses <details> without an open attribute, which should make it collapsed by default.
Let me check the actual behavior more carefully and see if there's something else making results appear expanded:
event-tool-result|renderToolResultEvent./Omni/Jr/Web/Style.hs:1505: ".event-tool-result" ? do ./Omni/Jr/Web.hs:2457: "ToolResult" -> renderToolResultEvent content timestamp now ./Omni/Jr/Web.hs:2487:renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () ./Omni/Jr/Web.hs:2488:renderToolResultEvent content timestamp now = ./Omni/Jr/Web.hs:2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
Let me look at the CSS styles to see if there's something forcing the details element to be open:
Omni/Jr/Web/Style.hs @1505-15301505: ".event-tool-result" ? do 1506: borderLeft (px 3) solid "#10b981" 1507: paddingLeft (px 8) 1508: ".result-header" ? do 1509: fontSize (px 12) 1510: ".line-count" ? do 1511: fontSize (px 11) 1512: color "#6b7280" 1513: backgroundColor "#f3f4f6" 1514: padding (px 1) (px 6) (px 1) (px 6) 1515: borderRadius (px 10) (px 10) (px 10) (px 10) 1516: ".result-collapsible" |> "summary" ? do 1517: cursor pointer 1518: fontSize (px 12) 1519: color "#0066cc" 1520: marginBottom (px 4) 1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline 1522: ".tool-output" ? do 1523: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace] 1524: fontSize (px 11) 1525: backgroundColor "#1e1e1e" 1526: color "#d4d4d4" 1527: padding (px 8) (px 10) (px 8) (px 10) 1528: borderRadius (px 4) (px 4) (px 4) (px 4) 1529: overflowX auto 1530: whiteSpace preWrap
Let me check if there's an open attribute being added to the details element somewhere. Let me search for where the open attribute might be used:
Lucid\.open_|makeAttribute.*openLet me look at the actual rendering code more carefully. I'll check line 2490 again:
Omni/Jr/Web.hs @2487-24982487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2488: renderToolResultEvent content timestamp now = 2489: let lineCount = length (Text.lines content) 2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do 2491: Lucid.summary_ <| do 2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋" 2493: Lucid.span_ [Lucid.class_ "event-label"] "Result" 2494: when (lineCount > 1) 2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines")) 2496: renderRelativeTimestamp now timestamp 2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content) 2498:
I see! Looking at this code, the renderToolResultEvent function already uses a <details> element (line 2490), which should make it collapsible. However, I suspect that by default HTML <details> elements might be rendering as open in some browsers, or there's something else going on.
Let me check if there's any CSS or JavaScript that might be opening these by default:
details.*open|open.*detailsLet me check the CSS for event-tool-result and related styles more thoroughly:
Omni/Jr/Web/Style.hs @1424-15501424: agentLogStyles :: Css
1425: agentLogStyles = do
1426: ".agent-log-section" ? do
1427: marginTop (em 1)
1428: paddingTop (em 1)
1429: borderTop (px 1) solid "#e5e7eb"
1430: ".agent-log-live" ? do
1431: fontSize (px 10)
1432: fontWeight bold
1433: color "#10b981"
1434: backgroundColor "#d1fae5"
1435: padding (px 2) (px 6) (px 2) (px 6)
1436: borderRadius (px 10) (px 10) (px 10) (px 10)
1437: marginLeft (px 8)
1438: textTransform uppercase
1439: Stylesheet.key "animation" ("pulse 2s infinite" :: Text)
1440: ".agent-log" ? do
1441: maxHeight (px 600)
1442: overflowY auto
1443: display flex
1444: flexDirection column
1445: Stylesheet.key "gap" ("8px" :: Text)
1446: padding (px 8) (px 0) (px 8) (px 0)
1447: ".agent-event" ? do
1448: fontSize (px 13)
1449: ".event-header" ? do
1450: display flex
1451: alignItems center
1452: Stylesheet.key "gap" ("8px" :: Text)
1453: marginBottom (px 4)
1454: ".event-icon" ? do
1455: fontSize (px 14)
1456: width (px 20)
1457: textAlign center
1458: ".event-label" ? do
1459: fontWeight (weight 500)
1460: color "#374151"
1461: ".event-assistant" ? do
1462: padding (px 0) (px 0) (px 0) (px 0)
1463: ".event-bubble" ? do
1464: backgroundColor "#f3f4f6"
1465: padding (px 8) (px 12) (px 8) (px 12)
1466: borderRadius (px 8) (px 8) (px 8) (px 8)
1467: whiteSpace preWrap
1468: lineHeight (em 1.5)
1469: ".event-truncated" ? do
1470: color "#6b7280"
1471: fontStyle italic
1472: ".event-tool-call" ? do
1473: borderLeft (px 3) solid "#3b82f6"
1474: paddingLeft (px 8)
1475: ".event-tool-call" |> "summary" ? do
1476: cursor pointer
1477: listStyleType none
1478: display flex
1479: alignItems center
1480: Stylesheet.key "gap" ("8px" :: Text)
1481: ".event-tool-call" |> "summary" # before ? do
1482: content (stringContent "▶")
1483: fontSize (px 10)
1484: color "#6b7280"
1485: transition "transform" (ms 150) ease (sec 0)
1486: ".event-tool-call[open]" |> "summary" # before ? do
1487: Stylesheet.key "transform" ("rotate(90deg)" :: Text)
1488: ".tool-name" ? do
1489: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1490: color "#3b82f6"
1491: ".tool-args" ? do
1492: marginTop (px 4)
1493: paddingLeft (px 20)
1494: ".tool-output-pre" ? do
1495: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1496: fontSize (px 11)
1497: backgroundColor "#1e1e1e"
1498: color "#d4d4d4"
1499: padding (px 8) (px 10) (px 8) (px 10)
1500: borderRadius (px 4) (px 4) (px 4) (px 4)
1501: overflowX auto
1502: whiteSpace preWrap
1503: maxHeight (px 300)
1504: margin (px 0) (px 0) (px 0) (px 0)
1505: ".event-tool-result" ? do
1506: borderLeft (px 3) solid "#10b981"
1507: paddingLeft (px 8)
1508: ".result-header" ? do
1509: fontSize (px 12)
1510: ".line-count" ? do
1511: fontSize (px 11)
1512: color "#6b7280"
1513: backgroundColor "#f3f4f6"
1514: padding (px 1) (px 6) (px 1) (px 6)
1515: borderRadius (px 10) (px 10) (px 10) (px 10)
1516: ".result-collapsible" |> "summary" ? do
1517: cursor pointer
1518: fontSize (px 12)
1519: color "#0066cc"
1520: marginBottom (px 4)
1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
1522: ".tool-output" ? do
1523: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1524: fontSize (px 11)
1525: backgroundColor "#1e1e1e"
1526: color "#d4d4d4"
1527: padding (px 8) (px 10) (px 8) (px 10)
1528: borderRadius (px 4) (px 4) (px 4) (px 4)
1529: overflowX auto
1530: whiteSpace preWrap
1531: maxHeight (px 300)
1532: margin (px 0) (px 0) (px 0) (px 0)
1533: ".event-cost" ? do
1534: display flex
1535: alignItems center
1536: Stylesheet.key "gap" ("6px" :: Text)
1537: fontSize (px 11)
1538: color "#6b7280"
1539: padding (px 4) (px 0) (px 4) (px 0)
1540: ".cost-text" ? do
1541: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1542: ".event-error" ? do
1543: borderLeft (px 3) solid "#ef4444"
1544: paddingLeft (px 8)
1545: backgroundColor "#fef2f2"
1546: padding (px 8) (px 8) (px 8) (px 12)
1547: borderRadius (px 4) (px 4) (px 4) (px 4)
1548: ".event-error" |> ".event-label" ? color "#dc2626"
1549: ".error-message" ? do
1550: color "#dc2626"
{"contents":["read_file",5],"tag":"GuardrailDuplicateToolCalls"}I'll start by reading the AGENTS.md file and then examine the Agent Log implementation to understand how to make Result sections collapsible.
AGENTS.md1: # Omni 2: 3: The Omni project is to leverage automation and asymmetries to create wealth. 4: 5: ## Critical Rules for AI Agents 6: 7: **CRITICAL**: This project uses `jr task` for ALL issue tracking. You MUST follow these rules: 8: 9: - ✅ Use `jr task` for ALL task/TODO tracking (`jr task create ... --json`) 10: - ✅ Link discovered work with `--discovered-from=<parent-id>` 11: - ✅ File bugs IMMEDIATELY when you discover unexpected behavior 12: - ✅ Add facts to the knowledge base when you learn something useful (`jr facts add ...`) 13: - ✅ Run `jr task ready --json` before asking "what should I work on?" 14: - ✅ Store AI planning docs in `_/llm` directory (NEVER in repo root) 15: - ❌ Do NOT use `todo_write` tool 16: - ❌ Do NOT create markdown TODO lists or task checklists 17: - ❌ Do NOT put TODO/FIXME comments in code 18: 19: ## Cheat Sheet 20: 21: **Standard workflow:** 22: ```bash 23: # 1. Find ready work 24: jr task ready --json 25: 26: # 2. Claim a task 27: jr task update <id> in-progress --json 28: 29: # 3. During work: create discovered issues 30: jr task create "Fix type error found" --discovered-from=<current-id> --json 31: 32: # 4. Complete the task 33: jr task update <id> done --json 34: ``` 35: 36: **Bug Discovery:** 37: ```bash 38: # Create a task immediately 39: jr task create "Command X fails when Y" --discovered-from=<current-task-id> --json 40: ``` 41: 42: ## Directory Structure 43: 44: - **`_/`** (cabdir) - All ephemeral/generated files. This directory is gitignored. 45: - `_/llm/` - AI planning docs and agent logs 46: - `_/tmp/` - Temporary files, test databases, scratch data 47: - Never create dotfile directories (like `.tasks/`) in the repo root 48: 49: ## Common Commands 50: 51: **Build:** 52: ```bash 53: bild Omni/Jr.hs # Build a Haskell namespace 54: bild Biz/Cloud/Api.py # Build a Python namespace 55: ``` 56: 57: **Lint and Format:** 58: ```bash 59: lint Omni/Cli.hs # Lint a file (DO NOT use hlint directly) 60: lint --fix **/*.py # Lint and auto-fix Python files 61: ``` 62: 63: **Type Check:** 64: ```bash 65: typecheck.sh Omni/Bild/Example.py # Run mypy on Python files 66: ``` 67: 68: **Test:** 69: ```bash 70: bild --test Omni/Jr.hs # Build and run tests for a namespace 71: ``` 72: 73: **Run:** 74: ```bash 75: Omni/Ide/run.sh Omni/Jr.hs # Build (if needed) and run 76: ``` 77: 78: ## Documentation 79: 80: - **Project Context**: [README.md](README.md) - Goals, source layout, and coding conventions. 81: - **Task Manager**: [`Omni/Task/README.md`](Omni/Task/README.md) - Detailed usage, dependency management, and agent best practices. 82: - **Build Tool (Bild)**: [`Omni/Bild/README.md`](Omni/Bild/README.md) - How to use `bild` and manage dependencies. 83: - **Development Tools**: [`Omni/Ide/README.md`](Omni/Ide/README.md) - `run.sh`, `lint`, `repl.sh`, git workflow.
Agent Log in Omni/Jr.hsLet me search for files related to Agent Log more broadly:
AgentLog./Omni/Jr/Web/Style.hs:42: agentLogStyles
./Omni/Jr/Web/Style.hs:1424:agentLogStyles :: Css
./Omni/Jr/Web/Style.hs:1425:agentLogStyles = do
./Omni/Jr/Web.hs:1609: renderAgentLogSection (TaskCore.taskId task) agentEvents (TaskCore.taskStatus task) now
./Omni/Jr/Web.hs:2417:renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
./Omni/Jr/Web.hs:2418:renderAgentLogSection tid events status now = do
./Omni/Jr/Web.hs:2441: agentLogScrollScript
./Omni/Jr/Web.hs:2557:agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
./Omni/Jr/Web.hs:2558:agentLogScrollScript =
./Omni/Jr/Web.hs:2586: agentLogScrollScript
./Omni/Agent/Worker.hs:17:import qualified Omni.Agent.Log as AgentLog
./Omni/Agent/Worker.hs:32: AgentLog.init (Core.workerName worker)
./Omni/Agent/Worker.hs:33: AgentLog.log ("[worker] Starting for " <> Core.workerName worker)
./Omni/Agent/Worker.hs:44: else AgentLog.log msg
./Omni/Agent/Worker.hs:80: unless (Core.workerQuiet worker) <| AgentLog.updateActivity ("Task " <> tid <> " not found.")
./Omni/Agent/Worker.hs:83: unless (Core.workerQuiet worker) <| AgentLog.updateActivity "No work found."
./Omni/Agent/Worker.hs:95: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Just tid})
./Omni/Agent/Worker.hs:164: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Nothing})
./Omni/Agent/Worker.hs:170: unless quiet <| AgentLog.update (\s -> s {AgentLog.statusTask = Nothing})
./Omni/Agent/Worker.hs:278: sayLog msg = if quiet then putText msg else AgentLog.log msg
Result.*collapsible|collapsible.*Result./Omni/Jr/Web/Style.hs:1516: ".result-collapsible" |> "summary" ? do ./Omni/Jr/Web/Style.hs:1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
find Omni/Jr.hs -type f -name "*.hs" | head -20Let me look at the Web.hs file where the agent log is rendered:
Omni/Jr/Web.hs @2417-25602417: renderAgentLogSection :: (Monad m) => Text -> [TaskCore.StoredEvent] -> TaskCore.Status -> UTCTime -> Lucid.HtmlT m ()
2418: renderAgentLogSection tid events status now = do
2419: let shouldShow = not (null events) || status == TaskCore.InProgress
2420: when shouldShow <| do
2421: let isInProgress = status == TaskCore.InProgress
2422: pollAttrs =
2423: if isInProgress
2424: then
2425: [ Lucid.makeAttribute "hx-get" ("/partials/task/" <> tid <> "/events"),
2426: Lucid.makeAttribute "hx-trigger" "every 3s",
2427: Lucid.makeAttribute "hx-swap" "innerHTML",
2428: Lucid.makeAttribute "hx-on::before-request" "var log = this.querySelector('.agent-log'); if(log) this.dataset.scroll = log.scrollTop",
2429: Lucid.makeAttribute "hx-on::after-swap" "var log = this.querySelector('.agent-log'); if(log && this.dataset.scroll) log.scrollTop = this.dataset.scroll"
2430: ]
2431: else []
2432: Lucid.div_ ([Lucid.class_ "agent-log-section", Lucid.id_ "agent-log-container"] <> pollAttrs) <| do
2433: Lucid.h3_ <| do
2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2435: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2436: if null events
2437: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2438: else do
2439: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2440: traverse_ (renderAgentEvent now) events
2441: agentLogScrollScript
2442:
2443: renderAgentEvent :: (Monad m) => UTCTime -> TaskCore.StoredEvent -> Lucid.HtmlT m ()
2444: renderAgentEvent now event =
2445: let eventType = TaskCore.storedEventType event
2446: content = TaskCore.storedEventContent event
2447: timestamp = TaskCore.storedEventTimestamp event
2448: eventId = TaskCore.storedEventId event
2449: in Lucid.div_
2450: [ Lucid.class_ ("agent-event agent-event-" <> eventType),
2451: Lucid.makeAttribute "data-event-id" (tshow eventId)
2452: ]
2453: <| do
2454: case eventType of
2455: "Assistant" -> renderAssistantEvent content timestamp now
2456: "ToolCall" -> renderToolCallEvent content timestamp now
2457: "ToolResult" -> renderToolResultEvent content timestamp now
2458: "Cost" -> renderCostEvent content
2459: "Error" -> renderErrorEvent content timestamp now
2460: "Complete" -> renderCompleteEvent timestamp now
2461: _ -> Lucid.div_ [Lucid.class_ "event-unknown"] (Lucid.toHtml content)
2462:
2463: renderAssistantEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2464: renderAssistantEvent content timestamp now =
2465: Lucid.div_ [Lucid.class_ "event-assistant"] <| do
2466: Lucid.div_ [Lucid.class_ "event-header"] <| do
2467: Lucid.span_ [Lucid.class_ "event-icon"] "💬"
2468: Lucid.span_ [Lucid.class_ "event-label"] "Assistant"
2469: renderRelativeTimestamp now timestamp
2470: Lucid.div_ [Lucid.class_ "event-content event-bubble"] <| do
2471: let truncated = Text.take 2000 content
2472: isTruncated = Text.length content > 2000
2473: renderTextWithNewlines truncated
2474: when isTruncated <| Lucid.span_ [Lucid.class_ "event-truncated"] "..."
2475:
2476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2477: renderToolCallEvent content timestamp now =
2478: let (toolName, args) = parseToolCallContent content
2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do
2480: Lucid.summary_ <| do
2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧"
2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName)
2483: renderRelativeTimestamp now timestamp
2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do
2485: renderCollapsibleOutput args
2486:
2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2488: renderToolResultEvent content timestamp now =
2489: let lineCount = length (Text.lines content)
2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
2491: Lucid.summary_ <| do
2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋"
2493: Lucid.span_ [Lucid.class_ "event-label"] "Result"
2494: when (lineCount > 1)
2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines"))
2496: renderRelativeTimestamp now timestamp
2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2498:
2499: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
2500: renderCostEvent content =
2501: Lucid.div_ [Lucid.class_ "event-cost"] <| do
2502: Lucid.span_ [Lucid.class_ "event-icon"] "💰"
2503: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content)
2504:
2505: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2506: renderErrorEvent content timestamp now =
2507: Lucid.div_ [Lucid.class_ "event-error"] <| do
2508: Lucid.div_ [Lucid.class_ "event-header"] <| do
2509: Lucid.span_ [Lucid.class_ "event-icon"] "❌"
2510: Lucid.span_ [Lucid.class_ "event-label"] "Error"
2511: renderRelativeTimestamp now timestamp
2512: Lucid.div_ [Lucid.class_ "event-content error-message"] (Lucid.toHtml content)
2513:
2514: renderCompleteEvent :: (Monad m) => UTCTime -> UTCTime -> Lucid.HtmlT m ()
2515: renderCompleteEvent timestamp now =
2516: Lucid.div_ [Lucid.class_ "event-complete"] <| do
2517: Lucid.span_ [Lucid.class_ "event-icon"] "✅"
2518: Lucid.span_ [Lucid.class_ "event-label"] "Session completed"
2519: renderRelativeTimestamp now timestamp
2520:
2521: parseToolCallContent :: Text -> (Text, Text)
2522: parseToolCallContent content =
2523: case Text.breakOn ":" content of
2524: (name, rest)
2525: | Text.null rest -> (content, "")
2526: | otherwise -> (Text.strip name, Text.strip (Text.drop 1 rest))
2527:
2528: renderCollapsibleOutput :: (Monad m) => Text -> Lucid.HtmlT m ()
2529: renderCollapsibleOutput content =
2530: let lineCount = length (Text.lines content)
2531: in if lineCount > 20
2532: then
2533: Lucid.details_ [Lucid.class_ "output-collapsible"] <| do
2534: Lucid.summary_ (Lucid.toHtml (tshow lineCount <> " lines"))
2535: Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2536: else Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2537:
2538: -- | Render text with literal \n replaced by <br> tags
2539: renderTextWithNewlines :: (Monad m) => Text -> Lucid.HtmlT m ()
2540: renderTextWithNewlines txt =
2541: let parts = Text.splitOn "\\n" txt
2542: renderPart idx part = do
2543: Lucid.toHtml part
2544: when (idx < length parts - 1) <| Lucid.br_ []
2545: in traverse_ (uncurry renderPart) (zip [0 ..] parts)
2546:
2547: -- | Decode JSON tool result and render in a user-friendly way
2548: renderDecodedToolResult :: (Monad m) => Text -> Lucid.HtmlT m ()
2549: renderDecodedToolResult content =
2550: case Aeson.decode (LBS.fromStrict (str content)) of
2551: Just (Aeson.Object obj) ->
2552: case KeyMap.lookup "output" obj of
2553: Just (Aeson.String output) -> Lucid.toHtml output
2554: _ -> Lucid.toHtml content -- Fallback to raw if no output field
2555: _ -> Lucid.toHtml content -- Fallback to raw if not JSON
2556:
2557: agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
2558: agentLogScrollScript =
2559: Lucid.script_
2560: [ Lucid.type_ "text/javascript"
Perfect! I can see the issue. Looking at the code:
1. Tool Call Events (lines 2476-2485): Use <details> element which makes them collapsible
2. Tool Result Events (lines 2487-2497): Also use <details> element, BUT it's missing the open attribute being explicitly set to false/collapsed
The issue is that <details> elements without an open attribute should be collapsed by default in HTML, so tool results *should* already be collapsible. Let me check the CSS styles to see if there's something forcing them to be open:
Omni/Jr/Web/Style.hs @1424-15601424: agentLogStyles :: Css
1425: agentLogStyles = do
1426: ".agent-log-section" ? do
1427: marginTop (em 1)
1428: paddingTop (em 1)
1429: borderTop (px 1) solid "#e5e7eb"
1430: ".agent-log-live" ? do
1431: fontSize (px 10)
1432: fontWeight bold
1433: color "#10b981"
1434: backgroundColor "#d1fae5"
1435: padding (px 2) (px 6) (px 2) (px 6)
1436: borderRadius (px 10) (px 10) (px 10) (px 10)
1437: marginLeft (px 8)
1438: textTransform uppercase
1439: Stylesheet.key "animation" ("pulse 2s infinite" :: Text)
1440: ".agent-log" ? do
1441: maxHeight (px 600)
1442: overflowY auto
1443: display flex
1444: flexDirection column
1445: Stylesheet.key "gap" ("8px" :: Text)
1446: padding (px 8) (px 0) (px 8) (px 0)
1447: ".agent-event" ? do
1448: fontSize (px 13)
1449: ".event-header" ? do
1450: display flex
1451: alignItems center
1452: Stylesheet.key "gap" ("8px" :: Text)
1453: marginBottom (px 4)
1454: ".event-icon" ? do
1455: fontSize (px 14)
1456: width (px 20)
1457: textAlign center
1458: ".event-label" ? do
1459: fontWeight (weight 500)
1460: color "#374151"
1461: ".event-assistant" ? do
1462: padding (px 0) (px 0) (px 0) (px 0)
1463: ".event-bubble" ? do
1464: backgroundColor "#f3f4f6"
1465: padding (px 8) (px 12) (px 8) (px 12)
1466: borderRadius (px 8) (px 8) (px 8) (px 8)
1467: whiteSpace preWrap
1468: lineHeight (em 1.5)
1469: ".event-truncated" ? do
1470: color "#6b7280"
1471: fontStyle italic
1472: ".event-tool-call" ? do
1473: borderLeft (px 3) solid "#3b82f6"
1474: paddingLeft (px 8)
1475: ".event-tool-call" |> "summary" ? do
1476: cursor pointer
1477: listStyleType none
1478: display flex
1479: alignItems center
1480: Stylesheet.key "gap" ("8px" :: Text)
1481: ".event-tool-call" |> "summary" # before ? do
1482: content (stringContent "▶")
1483: fontSize (px 10)
1484: color "#6b7280"
1485: transition "transform" (ms 150) ease (sec 0)
1486: ".event-tool-call[open]" |> "summary" # before ? do
1487: Stylesheet.key "transform" ("rotate(90deg)" :: Text)
1488: ".tool-name" ? do
1489: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1490: color "#3b82f6"
1491: ".tool-args" ? do
1492: marginTop (px 4)
1493: paddingLeft (px 20)
1494: ".tool-output-pre" ? do
1495: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1496: fontSize (px 11)
1497: backgroundColor "#1e1e1e"
1498: color "#d4d4d4"
1499: padding (px 8) (px 10) (px 8) (px 10)
1500: borderRadius (px 4) (px 4) (px 4) (px 4)
1501: overflowX auto
1502: whiteSpace preWrap
1503: maxHeight (px 300)
1504: margin (px 0) (px 0) (px 0) (px 0)
1505: ".event-tool-result" ? do
1506: borderLeft (px 3) solid "#10b981"
1507: paddingLeft (px 8)
1508: ".result-header" ? do
1509: fontSize (px 12)
1510: ".line-count" ? do
1511: fontSize (px 11)
1512: color "#6b7280"
1513: backgroundColor "#f3f4f6"
1514: padding (px 1) (px 6) (px 1) (px 6)
1515: borderRadius (px 10) (px 10) (px 10) (px 10)
1516: ".result-collapsible" |> "summary" ? do
1517: cursor pointer
1518: fontSize (px 12)
1519: color "#0066cc"
1520: marginBottom (px 4)
1521: ".result-collapsible" |> "summary" # hover ? textDecoration underline
1522: ".tool-output" ? do
1523: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1524: fontSize (px 11)
1525: backgroundColor "#1e1e1e"
1526: color "#d4d4d4"
1527: padding (px 8) (px 10) (px 8) (px 10)
1528: borderRadius (px 4) (px 4) (px 4) (px 4)
1529: overflowX auto
1530: whiteSpace preWrap
1531: maxHeight (px 300)
1532: margin (px 0) (px 0) (px 0) (px 0)
1533: ".event-cost" ? do
1534: display flex
1535: alignItems center
1536: Stylesheet.key "gap" ("6px" :: Text)
1537: fontSize (px 11)
1538: color "#6b7280"
1539: padding (px 4) (px 0) (px 4) (px 0)
1540: ".cost-text" ? do
1541: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1542: ".event-error" ? do
1543: borderLeft (px 3) solid "#ef4444"
1544: paddingLeft (px 8)
1545: backgroundColor "#fef2f2"
1546: padding (px 8) (px 8) (px 8) (px 12)
1547: borderRadius (px 4) (px 4) (px 4) (px 4)
1548: ".event-error" |> ".event-label" ? color "#dc2626"
1549: ".error-message" ? do
1550: color "#dc2626"
1551: fontFamily ["SF Mono", "Monaco", "Consolas", "monospace"] [monospace]
1552: fontSize (px 12)
1553: whiteSpace preWrap
1554: ".event-complete" ? do
1555: display flex
1556: alignItems center
1557: Stylesheet.key "gap" ("8px" :: Text)
1558: color "#10b981"
1559: fontWeight (weight 500)
1560: padding (px 8) (px 0) (px 8) (px 0)
I can see the CSS has styles for .result-collapsible but looking at the HTML generation code, the tool result uses the class event-tool-result for the <details> element, not result-collapsible. Let me look for where the summary element might need similar styling:
event-tool-result.*summaryNow I understand the issue! Looking at the code:
1. Tool Call Events (lines 2476-2485): Use <details> with a <summary> and are collapsible by default
2. Tool Result Events (lines 2487-2497): Also use <details> with a <summary>, so they should already be collapsible
However, looking at the CSS, .event-tool-call > summary has a disclosure triangle (▶) and styling, but .event-tool-result > summary doesn't have those styles! The task says "Result sections are always expanded" - this might be because:
1. They're missing the disclosure triangle/visual indicator
2. They might have the open attribute set somewhere (let me check if there's JavaScript doing this)
Let me check if there's any JavaScript that might be auto-opening these:
event-tool-result.*open|open.*event-tool-resultOmni/Jr/Web.hs @2487-24982487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m () 2488: renderToolResultEvent content timestamp now = 2489: let lineCount = length (Text.lines content) 2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do 2491: Lucid.summary_ <| do 2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋" 2493: Lucid.span_ [Lucid.class_ "event-label"] "Result" 2494: when (lineCount > 1) 2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines")) 2496: renderRelativeTimestamp now timestamp 2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content) 2498:
{"contents":["search_codebase",5],"tag":"GuardrailDuplicateToolCalls"}I'll start by reading the AGENTS.md file and then exploring the codebase to understand how the Agent Log view is implemented.
AGENTS.md1: # Omni 2: 3: The Omni project is to leverage automation and asymmetries to create wealth. 4: 5: ## Critical Rules for AI Agents 6: 7: **CRITICAL**: This project uses `jr task` for ALL issue tracking. You MUST follow these rules: 8: 9: - ✅ Use `jr task` for ALL task/TODO tracking (`jr task create ... --json`) 10: - ✅ Link discovered work with `--discovered-from=<parent-id>` 11: - ✅ File bugs IMMEDIATELY when you discover unexpected behavior 12: - ✅ Add facts to the knowledge base when you learn something useful (`jr facts add ...`) 13: - ✅ Run `jr task ready --json` before asking "what should I work on?" 14: - ✅ Store AI planning docs in `_/llm` directory (NEVER in repo root) 15: - ❌ Do NOT use `todo_write` tool 16: - ❌ Do NOT create markdown TODO lists or task checklists 17: - ❌ Do NOT put TODO/FIXME comments in code 18: 19: ## Cheat Sheet 20: 21: **Standard workflow:** 22: ```bash 23: # 1. Find ready work 24: jr task ready --json 25: 26: # 2. Claim a task 27: jr task update <id> in-progress --json 28: 29: # 3. During work: create discovered issues 30: jr task create "Fix type error found" --discovered-from=<current-id> --json 31: 32: # 4. Complete the task 33: jr task update <id> done --json 34: ``` 35: 36: **Bug Discovery:** 37: ```bash 38: # Create a task immediately 39: jr task create "Command X fails when Y" --discovered-from=<current-task-id> --json 40: ``` 41: 42: ## Directory Structure 43: 44: - **`_/`** (cabdir) - All ephemeral/generated files. This directory is gitignored. 45: - `_/llm/` - AI planning docs and agent logs 46: - `_/tmp/` - Temporary files, test databases, scratch data 47: - Never create dotfile directories (like `.tasks/`) in the repo root 48: 49: ## Common Commands 50: 51: **Build:** 52: ```bash 53: bild Omni/Jr.hs # Build a Haskell namespace 54: bild Biz/Cloud/Api.py # Build a Python namespace 55: ``` 56: 57: **Lint and Format:** 58: ```bash 59: lint Omni/Cli.hs # Lint a file (DO NOT use hlint directly) 60: lint --fix **/*.py # Lint and auto-fix Python files 61: ``` 62: 63: **Type Check:** 64: ```bash 65: typecheck.sh Omni/Bild/Example.py # Run mypy on Python files 66: ``` 67: 68: **Test:** 69: ```bash 70: bild --test Omni/Jr.hs # Build and run tests for a namespace 71: ``` 72: 73: **Run:** 74: ```bash 75: Omni/Ide/run.sh Omni/Jr.hs # Build (if needed) and run 76: ``` 77: 78: ## Documentation 79: 80: - **Project Context**: [README.md](README.md) - Goals, source layout, and coding conventions. 81: - **Task Manager**: [`Omni/Task/README.md`](Omni/Task/README.md) - Detailed usage, dependency management, and agent best practices. 82: - **Build Tool (Bild)**: [`Omni/Bild/README.md`](Omni/Bild/README.md) - How to use `bild` and manage dependencies. 83: - **Development Tools**: [`Omni/Ide/README.md`](Omni/Ide/README.md) - `run.sh`, `lint`, `repl.sh`, git workflow.
Agent Log./AGENTS.md:45: - `_/llm/` - AI planning docs and agent logs
./Omni/Agent/DESIGN.md:13:agent log <name> [-f] # View/tail worker logs
./Omni/Agent/DESIGN.md:74:- `agent log` displays the status bar with worker progress information.
./Omni/Jr/Web.hs:2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
./Omni/Jr/Web.hs:2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
Omni/Jr/Web.hs @2430-26502430: ]
2431: else []
2432: Lucid.div_ ([Lucid.class_ "agent-log-section", Lucid.id_ "agent-log-container"] <> pollAttrs) <| do
2433: Lucid.h3_ <| do
2434: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2435: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2436: if null events
2437: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2438: else do
2439: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2440: traverse_ (renderAgentEvent now) events
2441: agentLogScrollScript
2442:
2443: renderAgentEvent :: (Monad m) => UTCTime -> TaskCore.StoredEvent -> Lucid.HtmlT m ()
2444: renderAgentEvent now event =
2445: let eventType = TaskCore.storedEventType event
2446: content = TaskCore.storedEventContent event
2447: timestamp = TaskCore.storedEventTimestamp event
2448: eventId = TaskCore.storedEventId event
2449: in Lucid.div_
2450: [ Lucid.class_ ("agent-event agent-event-" <> eventType),
2451: Lucid.makeAttribute "data-event-id" (tshow eventId)
2452: ]
2453: <| do
2454: case eventType of
2455: "Assistant" -> renderAssistantEvent content timestamp now
2456: "ToolCall" -> renderToolCallEvent content timestamp now
2457: "ToolResult" -> renderToolResultEvent content timestamp now
2458: "Cost" -> renderCostEvent content
2459: "Error" -> renderErrorEvent content timestamp now
2460: "Complete" -> renderCompleteEvent timestamp now
2461: _ -> Lucid.div_ [Lucid.class_ "event-unknown"] (Lucid.toHtml content)
2462:
2463: renderAssistantEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2464: renderAssistantEvent content timestamp now =
2465: Lucid.div_ [Lucid.class_ "event-assistant"] <| do
2466: Lucid.div_ [Lucid.class_ "event-header"] <| do
2467: Lucid.span_ [Lucid.class_ "event-icon"] "💬"
2468: Lucid.span_ [Lucid.class_ "event-label"] "Assistant"
2469: renderRelativeTimestamp now timestamp
2470: Lucid.div_ [Lucid.class_ "event-content event-bubble"] <| do
2471: let truncated = Text.take 2000 content
2472: isTruncated = Text.length content > 2000
2473: renderTextWithNewlines truncated
2474: when isTruncated <| Lucid.span_ [Lucid.class_ "event-truncated"] "..."
2475:
2476: renderToolCallEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2477: renderToolCallEvent content timestamp now =
2478: let (toolName, args) = parseToolCallContent content
2479: in Lucid.details_ [Lucid.class_ "event-tool-call"] <| do
2480: Lucid.summary_ <| do
2481: Lucid.span_ [Lucid.class_ "event-icon"] "🔧"
2482: Lucid.span_ [Lucid.class_ "event-label tool-name"] (Lucid.toHtml toolName)
2483: renderRelativeTimestamp now timestamp
2484: Lucid.div_ [Lucid.class_ "event-content tool-args"] <| do
2485: renderCollapsibleOutput args
2486:
2487: renderToolResultEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2488: renderToolResultEvent content timestamp now =
2489: let lineCount = length (Text.lines content)
2490: in Lucid.details_ [Lucid.class_ "event-tool-result"] <| do
2491: Lucid.summary_ <| do
2492: Lucid.span_ [Lucid.class_ "event-icon"] "📋"
2493: Lucid.span_ [Lucid.class_ "event-label"] "Result"
2494: when (lineCount > 1)
2495: <| Lucid.span_ [Lucid.class_ "line-count"] (Lucid.toHtml (tshow lineCount <> " lines"))
2496: renderRelativeTimestamp now timestamp
2497: Lucid.pre_ [Lucid.class_ "event-content tool-output"] (renderDecodedToolResult content)
2498:
2499: renderCostEvent :: (Monad m) => Text -> Lucid.HtmlT m ()
2500: renderCostEvent content =
2501: Lucid.div_ [Lucid.class_ "event-cost"] <| do
2502: Lucid.span_ [Lucid.class_ "event-icon"] "💰"
2503: Lucid.span_ [Lucid.class_ "cost-text"] (Lucid.toHtml content)
2504:
2505: renderErrorEvent :: (Monad m) => Text -> UTCTime -> UTCTime -> Lucid.HtmlT m ()
2506: renderErrorEvent content timestamp now =
2507: Lucid.div_ [Lucid.class_ "event-error"] <| do
2508: Lucid.div_ [Lucid.class_ "event-header"] <| do
2509: Lucid.span_ [Lucid.class_ "event-icon"] "❌"
2510: Lucid.span_ [Lucid.class_ "event-label"] "Error"
2511: renderRelativeTimestamp now timestamp
2512: Lucid.div_ [Lucid.class_ "event-content error-message"] (Lucid.toHtml content)
2513:
2514: renderCompleteEvent :: (Monad m) => UTCTime -> UTCTime -> Lucid.HtmlT m ()
2515: renderCompleteEvent timestamp now =
2516: Lucid.div_ [Lucid.class_ "event-complete"] <| do
2517: Lucid.span_ [Lucid.class_ "event-icon"] "✅"
2518: Lucid.span_ [Lucid.class_ "event-label"] "Session completed"
2519: renderRelativeTimestamp now timestamp
2520:
2521: parseToolCallContent :: Text -> (Text, Text)
2522: parseToolCallContent content =
2523: case Text.breakOn ":" content of
2524: (name, rest)
2525: | Text.null rest -> (content, "")
2526: | otherwise -> (Text.strip name, Text.strip (Text.drop 1 rest))
2527:
2528: renderCollapsibleOutput :: (Monad m) => Text -> Lucid.HtmlT m ()
2529: renderCollapsibleOutput content =
2530: let lineCount = length (Text.lines content)
2531: in if lineCount > 20
2532: then
2533: Lucid.details_ [Lucid.class_ "output-collapsible"] <| do
2534: Lucid.summary_ (Lucid.toHtml (tshow lineCount <> " lines"))
2535: Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2536: else Lucid.pre_ [Lucid.class_ "tool-output-pre"] (Lucid.toHtml content)
2537:
2538: -- | Render text with literal \n replaced by <br> tags
2539: renderTextWithNewlines :: (Monad m) => Text -> Lucid.HtmlT m ()
2540: renderTextWithNewlines txt =
2541: let parts = Text.splitOn "\\n" txt
2542: renderPart idx part = do
2543: Lucid.toHtml part
2544: when (idx < length parts - 1) <| Lucid.br_ []
2545: in traverse_ (uncurry renderPart) (zip [0 ..] parts)
2546:
2547: -- | Decode JSON tool result and render in a user-friendly way
2548: renderDecodedToolResult :: (Monad m) => Text -> Lucid.HtmlT m ()
2549: renderDecodedToolResult content =
2550: case Aeson.decode (LBS.fromStrict (str content)) of
2551: Just (Aeson.Object obj) ->
2552: case KeyMap.lookup "output" obj of
2553: Just (Aeson.String output) -> Lucid.toHtml output
2554: _ -> Lucid.toHtml content -- Fallback to raw if no output field
2555: _ -> Lucid.toHtml content -- Fallback to raw if not JSON
2556:
2557: agentLogScrollScript :: (Monad m) => Lucid.HtmlT m ()
2558: agentLogScrollScript =
2559: Lucid.script_
2560: [ Lucid.type_ "text/javascript"
2561: ]
2562: ( Text.unlines
2563: [ "(function() {",
2564: " var log = document.querySelector('.agent-log');",
2565: " if (log) {",
2566: " var isNearBottom = log.scrollHeight - log.scrollTop - log.clientHeight < 100;",
2567: " if (isNearBottom) {",
2568: " log.scrollTop = log.scrollHeight;",
2569: " }",
2570: " }",
2571: "})();"
2572: ]
2573: )
2574:
2575: instance Lucid.ToHtml AgentEventsPartial where
2576: toHtmlRaw = Lucid.toHtml
2577: toHtml (AgentEventsPartial events isInProgress now) = do
2578: Lucid.h3_ <| do
2579: Lucid.toHtml ("Agent Log (" <> tshow (length events) <> ")")
2580: when isInProgress <| Lucid.span_ [Lucid.class_ "agent-log-live"] " LIVE"
2581: if null events
2582: then Lucid.p_ [Lucid.class_ "empty-msg"] "Agent session starting..."
2583: else do
2584: Lucid.div_ [Lucid.class_ "agent-log"] <| do
2585: traverse_ (renderAgentEvent now) events
2586: agentLogScrollScript
2587:
2588: -- | Stream agent events as SSE
2589: streamAgentEvents :: Text -> Text -> IO (SourceIO ByteString)
2590: streamAgentEvents tid sid = do
2591: -- Get existing events first
2592: existingEvents <- TaskCore.getEventsForSession sid
2593: let lastId = if null existingEvents then 0 else maximum (map TaskCore.storedEventId existingEvents)
2594:
2595: -- Convert existing events to SSE format
2596: let existingSSE = map eventToSSE existingEvents
2597:
2598: -- Create a streaming source that sends existing events, then polls for new ones
2599: pure <| Source.fromStepT <| streamEventsStep tid sid lastId existingSSE True
2600:
2601: -- | Step function for streaming events
2602: streamEventsStep :: Text -> Text -> Int -> [ByteString] -> Bool -> Source.StepT IO ByteString
2603: streamEventsStep tid sid lastId buffer sendExisting = case (sendExisting, buffer) of
2604: -- Send buffered existing events first
2605: (True, b : bs) -> Source.Yield b (streamEventsStep tid sid lastId bs True)
2606: (True, []) -> streamEventsStep tid sid lastId [] False
2607: -- Poll for new events
2608: (False, _) ->
2609: Source.Effect <| do
2610: -- Check if task is still in progress
2611: tasks <- TaskCore.loadTasks
2612: let isComplete = case TaskCore.findTask tid tasks of
2613: Nothing -> True
2614: Just task -> TaskCore.taskStatus task /= TaskCore.InProgress
2615:
2616: if isComplete
2617: then do
2618: -- Send complete event and stop
2619: let completeSSE = formatSSE "complete" "{}"
2620: pure <| Source.Yield completeSSE Source.Stop
2621: else do
2622: -- Poll for new events
2623: Concurrent.threadDelay 500000 -- 500ms
2624: newEvents <- TaskCore.getEventsSince sid lastId
2625: if null newEvents
2626: then pure <| streamEventsStep tid sid lastId [] False
2627: else do
2628: let newLastId = maximum (map TaskCore.storedEventId newEvents)
2629: let newSSE = map eventToSSE newEvents
2630: case newSSE of
2631: (e : es) -> pure <| Source.Yield e (streamEventsStep tid sid newLastId es False)
2632: [] -> pure <| streamEventsStep tid sid newLastId [] False
2633:
2634: -- | Convert a StoredEvent to SSE format
2635: eventToSSE :: TaskCore.StoredEvent -> ByteString
2636: eventToSSE event =
2637: let eventType = Text.toLower (TaskCore.storedEventType event)
2638: content = TaskCore.storedEventContent event
2639: jsonData = case eventType of
2640: "assistant" -> Aeson.object ["content" Aeson..= content]
2641: "toolcall" ->
2642: let (tool, args) = parseToolCallContent content
2643: in Aeson.object ["tool" Aeson..= tool, "args" Aeson..= Aeson.object ["data" Aeson..= args]]
2644: "toolresult" ->
2645: Aeson.object ["tool" Aeson..= ("unknown" :: Text), "success" Aeson..= True, "output" Aeson..= content]
2646: "cost" -> Aeson.object ["cost" Aeson..= content]
2647: "error" -> Aeson.object ["error" Aeson..= content]
2648: "complete" -> Aeson.object []
2649: _ -> Aeson.object ["content" Aeson..= content]
2650: in formatSSE eventType (str (Aeson.encode jsonData))