Add CLI command to view agent events:
jr task log <id> # Show all events for latest session
jr task log <id> --session=<sid> # Show specific session
jr task log <id> --follow # Stream events in real-time (like tail -f)
Output format (human-readable):
[12:34:56] Assistant: I'll analyze the codebase...
[12:34:58] Tool: read_file {"path": "Omni/Jr.hs"}
[12:34:58] Result: (1234 bytes)
[12:35:02] Assistant: I found the issue...
[12:35:05] Cost: 1523 tokens, 2 cents
--follow mode should poll and print new events as they arrive.
"I'll start by analyzing the codebase to understand the current structure and then implement the jr task log CLI command."
{\"path\": \"Omni/Jr.hs\"}""Now let me check the task system to understand the agent event storage:"
{\"pattern\": \"AgentEvent|agent.*event\", \"glob\": \"*.hs\"}""Let me look at the TaskCore module to understand the agent events API:"
{\"path\": \"Omni/Task/Core.hs\", \"start_line\": 1590, \"end_line\": 1700}""Now let me check the Agent.Event module to understand event formatting:"
{\"path\": \"Omni/Agent/Event.hs\"}""Now let me check the Task module to understand how its CLI is structured:"
{\"pattern\": \"^help.*docopt\", \"glob\": \"Omni/Task.hs\"}"{\"path\": \"Omni/Task.hs\", \"start_line\": 1, \"end_line\": 200}""Now I understand the structure. I need to:\n1. Add the log command to the Task module's docopt help\n2. Implement the log command handler\n3. Create formatting functions for the human-readable output\n\nLet me first check if there's a dependency blocking this:"
{\"command\": \"cd /tmp && jr task show t-197.2 --json 2>/dev/null | jq -r '.status' || echo \\\"not found\\\"\"}""Let me check the task database properly:"
{\"command\": \"jr task show t-197.2 --json | jq -r 'if .status then .status else \\\"Task not found or error\\\" end'\"}""Let me check what tasks exist under t-197:"
{\"command\": \"jr task tree t-197 --json 2>/dev/null | jq -r '.children[]? | \\\"\\\\(.id) - \\\\(.status)\\\"' | head -20\"}"{\"command\": \"jr task tree t-197 2>&1 | head -30\"}""Good! t-197.2 is Done, so the blocking dependency is satisfied. Now I'll implement the jr task log CLI command. Let me start by updating the Task module's help text and implementation:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 38, \"end_line\": 108}""Now let me look at the rest of the move function to see where to add the handler:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 200, \"end_line\": 400}"{\"path\": \"Omni/Task.hs\", \"start_line\": 400, \"end_line\": 500}""Now I'll implement the log command. First, let me update the help text in Task.hs:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"Usage:\\n task init [--quiet]\\n task create <title> [options]\\n task edit <id> [options]\\n task delete <id> [--json]\\n task comment <id> <message> [--json]\\n task list [options]\\n task ready [--json]\\n task show <id> [--json]\\n task update <id> <status> [options] [--verified]\\n task deps <id> [--json]\\n task tree [<id>] [--json]\\n task progress <id> [--json]\\n task stats [--epic=<id>] [--json]\\n task export [-o <file>]\\n task import -i <file>\\n task test\\n task (-h | --help)\\n\\nCommands:\\n init Initialize task database\\n create Create a new task or epic\\n edit Edit an existing task\\n delete Delete a task\\n comment Add a comment to a task\\n list List all tasks\\n ready Show ready tasks (not blocked)\\n show Show detailed task information\\n update Update task status\\n deps Show dependency tree\\n tree Show task tree (epics with children, or all epics if no ID given)\\n progress Show progress for an epic\\n stats Show task statistics\\n export Export tasks to JSONL\\n import Import tasks from JSONL file\\n test Run tests\\n\\nOptions:\\n -h --help Show this help\\n --title=<title> Task title\\n --type=<type> Task type: epic, task, or human (default: task)\\n --parent=<id> Parent epic ID\\n --priority=<p> Priority: 0-4 (0=critical, 4=backlog, default: 2)\\n --complexity=<c> Complexity: 1-5 for model selection (1=trivial, 5=expert)\\n --status=<status> Filter by status: draft, open, in-progress, review, approved, done\\n --epic=<id> Filter stats by epic (recursive)\\n --deps=<ids> Comma-separated list of dependency IDs\\n --dep-type=<type> Dependency type: blocks, discovered-from, parent-child, related\\n --discovered-from=<id> Shortcut for --deps=<id> --dep-type=discovered-from\\n --namespace=<ns> Optional namespace (e.g., Omni/Task, Biz/Cloud)\\n --description=<desc> Task description\\n --db=<file> Path to SQLite database (overrides TASK_DB_PATH)\\n --flush Force immediate export\\n --json Output in JSON format (for agent use)\\n --quiet Non-interactive mode (for agents)\\n --verified Mark task as verified (code compiles, tests pass, feature works)\\n -i <file> Input file for import\\n -o <file> Output file for export\", \"new_str\": \"Usage:\\n task init [--quiet]\\n task create <title> [options]\\n task edit <id> [options]\\n task delete <id> [--json]\\n task comment <id> <message> [--json]\\n task list [options]\\n task ready [--json]\\n task show <id> [--json]\\n task update <id> <status> [options] [--verified]\\n task deps <id> [--json]\\n task tree [<id>] [--json]\\n task progress <id> [--json]\\n task stats [--epic=<id>] [--json]\\n task log <id> [--session=<sid>] [--follow] [--json]\\n task export [-o <file>]\\n task import -i <file>\\n task test\\n task (-h | --help)\\n\\nCommands:\\n init Initialize task database\\n create Create a new task or epic\\n edit Edit an existing task\\n delete Delete a task\\n comment Add a comment to a task\\n list List all tasks\\n ready Show ready tasks (not blocked)\\n show Show detailed task information\\n update Update task status\\n deps Show dependency tree\\n tree Show task tree (epics with children, or all epics if no ID given)\\n progress Show progress for an epic\\n stats Show task statistics\\n log Show agent event log for a task\\n export Export tasks to JSONL\\n import Import tasks from JSONL file\\n test Run tests\\n\\nOptions:\\n -h --help Show this help\\n --title=<title> Task title\\n --type=<type> Task type: epic, task, or human (default: task)\\n --parent=<id> Parent epic ID\\n --priority=<p> Priority: 0-4 (0=critical, 4=backlog, default: 2)\\n --complexity=<c> Complexity: 1-5 for model selection (1=trivial, 5=expert)\\n --status=<status> Filter by status: draft, open, in-progress, review, approved, done\\n --epic=<id> Filter stats by epic (recursive)\\n --deps=<ids> Comma-separated list of dependency IDs\\n --dep-type=<type> Dependency type: blocks, discovered-from, parent-child, related\\n --discovered-from=<id> Shortcut for --deps=<id> --dep-type=discovered-from\\n --namespace=<ns> Optional namespace (e.g., Omni/Task, Biz/Cloud)\\n --description=<desc> Task description\\n --db=<file> Path to SQLite database (overrides TASK_DB_PATH)\\n --flush Force immediate export\\n --json Output in JSON format (for agent use)\\n --quiet Non-interactive mode (for agents)\\n --verified Mark task as verified (code compiles, tests pass, feature works)\\n --session=<sid> Show events for specific session ID\\n --follow Stream events in real-time (like tail -f)\\n -i <file> Input file for import\\n -o <file> Output file for export\"}""Now I need to add the handler for the log command. Let me add it before the export command:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \" | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\\n file <- case Cli.getArg args (Cli.shortOption 'o') of\\n Nothing -> pure Nothing\\n Just f -> pure (Just f)\\n exportTasks file\\n case file of\\n Just f -> putText <| \\\\\\\"Exported tasks to \\\\\\\" <> T.pack f\\n Nothing -> pure ()\", \"new_str\": \" | args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" = do\\n tid <- getArgText args \\\\\\\"id\\\\\\\"\\n let maybeSession = T.pack </ Cli.getArg args (Cli.longOption \\\\\\\"session\\\\\\\")\\n followMode = args `Cli.has` Cli.longOption \\\\\\\"follow\\\\\\\"\\n if followMode\\n then followTaskLog tid maybeSession\\n else showTaskLog tid maybeSession (isJsonMode args)\\n | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\\n file <- case Cli.getArg args (Cli.shortOption 'o') of\\n Nothing -> pure Nothing\\n Just f -> pure (Just f)\\n exportTasks file\\n case file of\\n Just f -> putText <| \\\\\\\"Exported tasks to \\\\\\\" <> T.pack f\\n Nothing -> pure ()\"}"{\"path\": \"Omni/Task.hs\", \"start_line\": 415, \"end_line\": 435}"{\"path\": \"Omni/Task.hs\", \"old_str\": \" else showTaskStats maybeEpic\\n | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\", \"new_str\": \" else showTaskStats maybeEpic\\n | args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" = do\\n tid <- getArgText args \\\\\\\"id\\\\\\\"\\n let maybeSession = T.pack </ Cli.getArg args (Cli.longOption \\\\\\\"session\\\\\\\")\\n followMode = args `Cli.has` Cli.longOption \\\\\\\"follow\\\\\\\"\\n if followMode\\n then followTaskLog tid maybeSession\\n else showTaskLog tid maybeSession (isJsonMode args)\\n | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\"}""Let me check the exact spacing:"
{\"command\": \"sed -n '419,420p' Omni/Task.hs | cat -A\"}"{\"path\": \"Omni/Task.hs\", \"old_str\": \" else showTaskStats maybeEpic\\n | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\", \"new_str\": \" else showTaskStats maybeEpic\\n | args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" = do\\n tid <- getArgText args \\\\\\\"id\\\\\\\"\\n let maybeSession = T.pack </ Cli.getArg args (Cli.longOption \\\\\\\"session\\\\\\\")\\n followMode = args `Cli.has` Cli.longOption \\\\\\\"follow\\\\\\\"\\n if followMode\\n then followTaskLog tid maybeSession\\n else showTaskLog tid maybeSession (isJsonMode args)\\n | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\"}"{\"command\": \"grep -n \\\"showTaskStats maybeEpic\\\" Omni/Task.hs\"}"{\"path\": \"Omni/Task.hs\", \"start_line\": 407, \"end_line\": 421}"{\"path\": \"Omni/Task.hs\", \"old_str\": \" | args `Cli.has` Cli.command \\\\\\\"stats\\\\\\\" = do\\n maybeEpic <- case Cli.getArg args (Cli.longOption \\\\\\\"epic\\\\\\\") of\\n Nothing -> pure Nothing\\n Just e -> pure <| Just (T.pack e)\\n if isJsonMode args\\n then do\\n stats <- getTaskStats maybeEpic\\n outputJson stats\\n else showTaskStats maybeEpic\\n | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\", \"new_str\": \" | args `Cli.has` Cli.command \\\\\\\"stats\\\\\\\" = do\\n maybeEpic <- case Cli.getArg args (Cli.longOption \\\\\\\"epic\\\\\\\") of\\n Nothing -> pure Nothing\\n Just e -> pure <| Just (T.pack e)\\n if isJsonMode args\\n then do\\n stats <- getTaskStats maybeEpic\\n outputJson stats\\n else showTaskStats maybeEpic\\n | args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" = do\\n tid <- getArgText args \\\\\\\"id\\\\\\\"\\n let maybeSession = T.pack </ Cli.getArg args (Cli.longOption \\\\\\\"session\\\\\\\")\\n followMode = args `Cli.has` Cli.longOption \\\\\\\"follow\\\\\\\"\\n if followMode\\n then followTaskLog tid maybeSession\\n else showTaskLog tid maybeSession (isJsonMode args)\\n | args `Cli.has` Cli.command \\\\\\\"export\\\\\\\" = do\"}""Let me look at the actual indentation more carefully:"
{\"command\": \"sed -n '411,420p' Omni/Task.hs | od -c | head -40\"}""I see - the indentation uses spaces. Let me just insert the code after line 419:"
{\"command\": \"cat > /tmp/log_command.txt << 'EOF'\\n | args `Cli.has` Cli.command \\\"log\\\" = do\\n tid <- getArgText args \\\"id\\\"\\n let maybeSession = T.pack </ Cli.getArg args (Cli.longOption \\\"session\\\")\\n followMode = args `Cli.has` Cli.longOption \\\"follow\\\"\\n if followMode\\n then followTaskLog tid maybeSession\\n else showTaskLog tid maybeSession (isJsonMode args)\\nEOF\\ncat /tmp/log_command.txt\"}"{\"command\": \"cd /root && sed -i '419 a\\\\ | args `Cli.has` Cli.command \\\"log\\\" = do\\\\n tid <- getArgText args \\\"id\\\"\\\\n let maybeSession = T.pack </ Cli.getArg args (Cli.longOption \\\"session\\\")\\\\n followMode = args `Cli.has` Cli.longOption \\\"follow\\\"\\\\n if followMode\\\\n then followTaskLog tid maybeSession\\\\n else showTaskLog tid maybeSession (isJsonMode args)' Omni/Task.hs\"}"{\"command\": \"sed -i '419 a\\\\ | args `Cli.has` Cli.command \\\"log\\\" = do\\\\n tid <- getArgText args \\\"id\\\"\\\\n let maybeSession = T.pack </ Cli.getArg args (Cli.longOption \\\"session\\\")\\\\n followMode = args `Cli.has` Cli.longOption \\\"follow\\\"\\\\n if followMode\\\\n then followTaskLog tid maybeSession\\\\n else showTaskLog tid maybeSession (isJsonMode args)' Omni/Task.hs\"}"{\"path\": \"Omni/Task.hs\", \"start_line\": 415, \"end_line\": 435}""Good! Now I need to implement the showTaskLog and followTaskLog functions. Let me add them before the test section. First, let me check where the imports are:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 1, \"end_line\": 30}""I need to import the time formatting and JSON parsing modules. Now let me add the implementation functions. First, let me find where to insert them:"
{\"command\": \"grep -n \\\"^test :: Test.Tree\\\" Omni/Task.hs\"}""Let me insert the implementation functions before the test section:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 440, \"end_line\": 455}""Now I'll add the functions before the test section:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \" Nothing -> panic (T.pack name <> \\\\\\\" required\\\\\\\")\\n Just val -> pure (T.pack val)\\n\\ntest :: Test.Tree\", \"new_str\": \" Nothing -> panic (T.pack name <> \\\\\\\" required\\\\\\\")\\n Just val -> pure (T.pack val)\\n\\n-- | Show task log for a given task ID and optional session\\nshowTaskLog :: Text -> Maybe Text -> Bool -> IO ()\\nshowTaskLog tid maybeSession jsonMode = do\\n events <- case maybeSession of\\n Just sid -> getEventsForSession sid\\n Nothing -> getEventsForTask tid\\n \\n when (null events && not jsonMode) <| do\\n putText \\\"No events found for this task.\\\"\\n \\n if jsonMode\\n then outputJson events\\n else traverse_ printEvent events\\n\\n-- | Follow task log in real-time (poll for new events)\\nfollowTaskLog :: Text -> Maybe Text -> IO ()\\nfollowTaskLog tid maybeSession = do\\n -- Get session ID (use provided or get latest)\\n sid <- case maybeSession of\\n Just s -> pure s\\n Nothing -> do\\n maybeSid <- getLatestSessionForTask tid\\n case maybeSid of\\n Nothing -> do\\n putText \\\"No session found for this task. Waiting for events...\\\"\\n -- Wait and retry\\n threadDelay 1000000\\n followTaskLog tid Nothing\\n Just s -> pure s\\n \\n -- Print initial events\\n events <- getEventsForSession sid\\n traverse_ printEvent events\\n \\n -- Start polling for new events\\n let lastEventId = if null events then 0 else maximum (map storedEventId events)\\n pollEvents sid lastEventId\\n where\\n pollEvents sid lastId = do\\n threadDelay 500000 -- Poll every 500ms\\n newEvents <- getEventsSince sid lastId\\n unless (null newEvents) <| do\\n traverse_ printEvent newEvents\\n let newLastId = if null newEvents then lastId else maximum (map storedEventId newEvents)\\n pollEvents sid newLastId\\n\\n-- | Print a single event in human-readable format\\nprintEvent :: StoredEvent -> IO ()\\nprintEvent event = do\\n let timestamp = storedEventTimestamp event\\n eventType = storedEventType event\\n content = storedEventContent event\\n \\n -- Format timestamp as HH:MM:SS\\n let timeStr = T.pack <| formatTime defaultTimeLocale \\\"%H:%M:%S\\\" timestamp\\n \\n -- Parse and format the content based on event type\\n let formatted = case eventType of\\n \\\"Assistant\\\" -> formatAssistant content\\n \\\"ToolCall\\\" -> formatToolCall content\\n \\\"ToolResult\\\" -> formatToolResult content\\n \\\"Cost\\\" -> formatCost content\\n \\\"Error\\\" -> formatError content\\n \\\"Complete\\\" -> \\\"Complete\\\"\\n _ -> eventType <> \\\": \\\" <> content\\n \\n putText (\\\"[\\\" <> timeStr <> \\\"] \\\" <> formatted)\\n\\n-- Format Assistant messages\\nformatAssistant :: Text -> Text\\nformatAssistant content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.String msg) -> \\\"Assistant: \\\" <> truncateText 200 msg\\n _ -> \\\"Assistant: \\\" <> truncateText 200 content\\n\\n-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case Aeson.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case Aeson.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> T.pack (show val)\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\\n\\n-- Format ToolResult events \\nformatToolResult :: Text -> Text\\nformatToolResult content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case Aeson.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n success = case Aeson.lookup \\\"success\\\" obj of\\n Just (Aeson.Bool True) -> \\\"ok\\\"\\n Just (Aeson.Bool False) -> \\\"failed\\\"\\n _ -> \\\"?\\\"\\n output = case Aeson.lookup \\\"output\\\" obj of\\n Just (Aeson.String s) -> \\\" (\\\" <> tshow (T.length s) <> \\\" bytes)\\\"\\n _ -> \\\"\\\"\\n in \\\"Result: \\\" <> toolName <> \\\" (\\\" <> success <> \\\")\\\" <> output\\n _ -> \\\"Result: \\\" <> truncateText 100 content\\n\\n-- Format Cost events\\nformatCost :: Text -> Text\\nformatCost content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let tokens = case Aeson.lookup \\\"tokens\\\" obj of\\n Just (Aeson.Number n) -> tshow (round n :: Int)\\n _ -> \\\"?\\\"\\n cents = case Aeson.lookup \\\"cents\\\" obj of\\n Just (Aeson.Number n) -> tshow (round n :: Int)\\n _ -> \\\"?\\\"\\n in \\\"Cost: \\\" <> tokens <> \\\" tokens, \\\" <> cents <> \\\" cents\\\"\\n _ -> \\\"Cost: \\\" <> content\\n\\n-- Format Error events\\nformatError :: Text -> Text\\nformatError content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.String msg) -> \\\"Error: \\\" <> msg\\n _ -> \\\"Error: \\\" <> content\\n\\n-- Truncate text to a maximum length\\ntruncateText :: Int -> Text -> Text\\ntruncateText maxLen txt =\\n if T.length txt > maxLen\\n then T.take maxLen txt <> \\\"...\\\"\\n else txt\\n\\ntest :: Test.Tree\"}""Let me use a different approach - write to the file directly:"
{\"command\": \"cat > /tmp/log_functions.hs << 'EOFHS'\\n-- | Show task log for a given task ID and optional session\\nshowTaskLog :: Text -> Maybe Text -> Bool -> IO ()\\nshowTaskLog tid maybeSession jsonMode = do\\n events <- case maybeSession of\\n Just sid -> getEventsForSession sid\\n Nothing -> getEventsForTask tid\\n \\n when (null events && not jsonMode) <| do\\n putText \\\"No events found for this task.\\\"\\n \\n if jsonMode\\n then outputJson events\\n else traverse_ printEvent events\\n\\n-- | Follow task log in real-time (poll for new events)\\nfollowTaskLog :: Text -> Maybe Text -> IO ()\\nfollowTaskLog tid maybeSession = do\\n -- Get session ID (use provided or get latest)\\n sid <- case maybeSession of\\n Just s -> pure s\\n Nothing -> do\\n maybeSid <- getLatestSessionForTask tid\\n case maybeSid of\\n Nothing -> do\\n putText \\\"No session found for this task. Waiting for events...\\\"\\n -- Wait and retry\\n threadDelay 1000000\\n followTaskLog tid Nothing\\n Just s -> pure s\\n \\n -- Print initial events\\n events <- getEventsForSession sid\\n traverse_ printEvent events\\n \\n -- Start polling for new events\\n let lastEventId = if null events then 0 else maximum (map storedEventId events)\\n pollEvents sid lastEventId\\n where\\n pollEvents sid lastId = do\\n threadDelay 500000 -- Poll every 500ms\\n newEvents <- getEventsSince sid lastId\\n unless (null newEvents) <| do\\n traverse_ printEvent newEvents\\n let newLastId = if null newEvents then lastId else maximum (map storedEventId newEvents)\\n pollEvents sid newLastId\\n\\n-- | Print a single event in human-readable format\\nprintEvent :: StoredEvent -> IO ()\\nprintEvent event = do\\n let timestamp = storedEventTimestamp event\\n eventType = storedEventType event\\n content = storedEventContent event\\n \\n -- Format timestamp as HH:MM:SS\\n let timeStr = T.pack <| formatTime defaultTimeLocale \\\"%H:%M:%S\\\" timestamp\\n \\n -- Parse and format the content based on event type\\n let formatted = case eventType of\\n \\\"Assistant\\\" -> formatAssistant content\\n \\\"ToolCall\\\" -> formatToolCall content\\n \\\"ToolResult\\\" -> formatToolResult content\\n \\\"Cost\\\" -> formatCost content\\n \\\"Error\\\" -> formatError content\\n \\\"Complete\\\" -> \\\"Complete\\\"\\n _ -> eventType <> \\\": \\\" <> content\\n \\n putText (\\\"[\\\" <> timeStr <> \\\"] \\\" <> formatted)\\n\\n-- Format Assistant messages\\nformatAssistant :: Text -> Text\\nformatAssistant content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.String msg) -> \\\"Assistant: \\\" <> truncateText 200 msg\\n _ -> \\\"Assistant: \\\" <> truncateText 200 content\\n\\n-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case Aeson.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case Aeson.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> T.pack (show val)\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\\n\\n-- Format ToolResult events \\nformatToolResult :: Text -> Text\\nformatToolResult content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case Aeson.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n success = case Aeson.lookup \\\"success\\\" obj of\\n Just (Aeson.Bool True) -> \\\"ok\\\"\\n Just (Aeson.Bool False) -> \\\"failed\\\"\\n _ -> \\\"?\\\"\\n output = case Aeson.lookup \\\"output\\\" obj of\\n Just (Aeson.String s) -> \\\" (\\\" <> tshow (T.length s) <> \\\" bytes)\\\"\\n _ -> \\\"\\\"\\n in \\\"Result: \\\" <> toolName <> \\\" (\\\" <> success <> \\\")\\\" <> output\\n _ -> \\\"Result: \\\" <> truncateText 100 content\\n\\n-- Format Cost events\\nformatCost :: Text -> Text\\nformatCost content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let tokens = case Aeson.lookup \\\"tokens\\\" obj of\\n Just (Aeson.Number n) -> tshow (round n :: Int)\\n _ -> \\\"?\\\"\\n cents = case Aeson.lookup \\\"cents\\\" obj of\\n Just (Aeson.Number n) -> tshow (round n :: Int)\\n _ -> \\\"?\\\"\\n in \\\"Cost: \\\" <> tokens <> \\\" tokens, \\\" <> cents <> \\\" cents\\\"\\n _ -> \\\"Cost: \\\" <> content\\n\\n-- Format Error events\\nformatError :: Text -> Text\\nformatError content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.String msg) -> \\\"Error: \\\" <> msg\\n _ -> \\\"Error: \\\" <> content\\n\\n-- Truncate text to a maximum length\\ntruncateText :: Int -> Text -> Text\\ntruncateText maxLen txt =\\n if T.length txt > maxLen\\n then T.take maxLen txt <> \\\"...\\\"\\n else txt\\n\\nEOFHS\\ncat /tmp/log_functions.hs\"}""Now let me insert this into the file:"
{\"command\": \"awk '/^test :: Test.Tree/ {\\n while (getline line < \\\"/tmp/log_functions.hs\\\") {\\n print line\\n }\\n close(\\\"/tmp/log_functions.hs\\\")\\n}\\n{print}' Omni/Task.hs > /tmp/Task.hs.new && mv /tmp/Task.hs.new Omni/Task.hs\"}""Now I need to add the required imports:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"import Alpha\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.ByteString.Lazy.Char8 as BLC\\nimport qualified Data.Text as T\\nimport qualified Omni.Cli as Cli\\nimport qualified Omni.Namespace as Namespace\\nimport Omni.Task.Core\\nimport qualified Omni.Task.MigrationTest as MigrationTest\\nimport qualified Omni.Task.RaceTest as RaceTest\\nimport qualified Omni.Test as Test\\nimport qualified System.Console.Docopt as Docopt\\nimport System.Directory (createDirectoryIfMissing, doesFileExist, removeFile)\\nimport System.Environment (setEnv)\\nimport qualified Test.Tasty as Tasty\\nimport Web.HttpApiData (parseQueryParam)\\nimport Prelude (read)\", \"new_str\": \"import Alpha\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.ByteString.Lazy.Char8 as BLC\\nimport qualified Data.Text as T\\nimport Data.Time (defaultTimeLocale, formatTime)\\nimport qualified Omni.Cli as Cli\\nimport qualified Omni.Namespace as Namespace\\nimport Omni.Task.Core\\nimport qualified Omni.Task.MigrationTest as MigrationTest\\nimport qualified Omni.Task.RaceTest as RaceTest\\nimport qualified Omni.Test as Test\\nimport qualified System.Console.Docopt as Docopt\\nimport System.Directory (createDirectoryIfMissing, doesFileExist, removeFile)\\nimport System.Environment (setEnv)\\nimport qualified Test.Tasty as Tasty\\nimport Web.HttpApiData (parseQueryParam)\\nimport Prelude (read)\"}""Now let me test if it compiles:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | head -100\"}""I see compilation errors. The issue is with Aeson.lookup which doesn't exist. I need to use the correct Aeson functions. Let me check what's available and fix the code:"
{\"command\": \"grep -n \\\"Aeson.lookup\\\" Omni/Task.hs | head -20\"}""The problem is that Aeson.Object is a HashMap, not a list. I need to use HashMap.lookup from the unordered-containers package, or use the Aeson lens/optics. Let me use a simpler approach with pattern matching on the JSON structure:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 520, \"end_line\": 580}""I need to import HashMap and use the lookup from Data.HashMap.Strict. Let me fix the imports and the code:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"import Alpha\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.ByteString.Lazy.Char8 as BLC\\nimport qualified Data.Text as T\\nimport Data.Time (defaultTimeLocale, formatTime)\\nimport qualified Omni.Cli as Cli\\nimport qualified Omni.Namespace as Namespace\\nimport Omni.Task.Core\\nimport qualified Omni.Task.MigrationTest as MigrationTest\\nimport qualified Omni.Task.RaceTest as RaceTest\\nimport qualified Omni.Test as Test\\nimport qualified System.Console.Docopt as Docopt\\nimport System.Directory (createDirectoryIfMissing, doesFileExist, removeFile)\\nimport System.Environment (setEnv)\\nimport qualified Test.Tasty as Tasty\\nimport Web.HttpApiData (parseQueryParam)\\nimport Prelude (read)\", \"new_str\": \"import Alpha\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.Aeson.KeyMap as KM\\nimport qualified Data.ByteString.Lazy.Char8 as BLC\\nimport qualified Data.Text as T\\nimport Data.Time (defaultTimeLocale, formatTime)\\nimport qualified Omni.Cli as Cli\\nimport qualified Omni.Namespace as Namespace\\nimport Omni.Task.Core\\nimport qualified Omni.Task.MigrationTest as MigrationTest\\nimport qualified Omni.Task.RaceTest as RaceTest\\nimport qualified Omni.Test as Test\\nimport qualified System.Console.Docopt as Docopt\\nimport System.Directory (createDirectoryIfMissing, doesFileExist, removeFile)\\nimport System.Environment (setEnv)\\nimport qualified Test.Tasty as Tasty\\nimport Web.HttpApiData (parseQueryParam)\\nimport Prelude (read)\"}""Now let me fix all the Aeson.lookup calls to use KM.lookup:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case Aeson.lookup \\\\\\\"tool\\\\\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\\\\\"<unknown>\\\\\\\"\\n args = case Aeson.lookup \\\\\\\"args\\\\\\\" obj of\\n Just val -> \\\\\\\" \\\\\\\" <> T.pack (show val)\\n _ -> \\\\\\\"\\\\\\\"\\n in \\\\\\\"Tool: \\\\\\\" <> toolName <> args\\n _ -> \\\\\\\"Tool: \\\\\\\" <> truncateText 100 content\", \"new_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case KM.lookup \\\\\\\"tool\\\\\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\\\\\"<unknown>\\\\\\\"\\n args = case KM.lookup \\\\\\\"args\\\\\\\" obj of\\n Just val -> \\\\\\\" \\\\\\\" <> T.pack (show val)\\n _ -> \\\\\\\"\\\\\\\"\\n in \\\\\\\"Tool: \\\\\\\" <> toolName <> args\\n _ -> \\\\\\\"Tool: \\\\\\\" <> truncateText 100 content\"}""Let me use sed to replace all occurrences:"
{\"command\": \"sed -i 's/Aeson\\\\.lookup/KM.lookup/g' Omni/Task.hs\"}""Now let's try to compile again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -A 5 \\\"error:\\\"\"}""The error is on line 480 - followTaskLog returns IO () but is being used in a context that expects IO Text. Let me check what's happening there. Looking at the handler code, the issue is that in the --follow branch, we call followTaskLog which never returns, but the code structure expects it to return a value. Let me check the handler again:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 420, \"end_line\": 428}""I see the issue - both branches of the if need to have the same return type, but showTaskLog returns IO () and followTaskLog also returns IO (), so this should be fine. Let me check the broader context:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 476, \"end_line\": 485}""Ah! The issue is in the followTaskLog function itself. On line 480, we have followTaskLog tid Nothing which returns IO (), but the broader do block expects us to get a sid value of type Text. The recursive call should be handled differently. Let me fix this:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 466, \"end_line\": 499}""The problem is that when we don't find a session, we try to recursively call followTaskLog, but the case expression expects a Text value. We should instead loop back to the beginning. Let me restructure this:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"-- | Follow task log in real-time (poll for new events)\\nfollowTaskLog :: Text -> Maybe Text -> IO ()\\nfollowTaskLog tid maybeSession = do\\n -- Get session ID (use provided or get latest)\\n sid <- case maybeSession of\\n Just s -> pure s\\n Nothing -> do\\n maybeSid <- getLatestSessionForTask tid\\n case maybeSid of\\n Nothing -> do\\n putText \\\"No session found for this task. Waiting for events...\\\"\\n -- Wait and retry\\n threadDelay 1000000\\n followTaskLog tid Nothing\\n Just s -> pure s\\n \\n -- Print initial events\\n events <- getEventsForSession sid\\n traverse_ printEvent events\\n \\n -- Start polling for new events\\n let lastEventId = if null events then 0 else maximum (map storedEventId events)\\n pollEvents sid lastEventId\\n where\\n pollEvents sid lastId = do\\n threadDelay 500000 -- Poll every 500ms\\n newEvents <- getEventsSince sid lastId\\n unless (null newEvents) <| do\\n traverse_ printEvent newEvents\\n let newLastId = if null newEvents then lastId else maximum (map storedEventId newEvents)\\n pollEvents sid newLastId\", \"new_str\": \"-- | Follow task log in real-time (poll for new events)\\nfollowTaskLog :: Text -> Maybe Text -> IO ()\\nfollowTaskLog tid maybeSession = do\\n -- Get session ID (use provided or get latest)\\n sid <- getSid\\n \\n -- Print initial events\\n events <- getEventsForSession sid\\n traverse_ printEvent events\\n \\n -- Start polling for new events\\n let lastEventId = if null events then 0 else maximum (map storedEventId events)\\n pollEvents sid lastEventId\\n where\\n getSid = case maybeSession of\\n Just s -> pure s\\n Nothing -> do\\n maybeSid <- getLatestSessionForTask tid\\n case maybeSid of\\n Nothing -> do\\n putText \\\"No session found for this task. Waiting for events...\\\"\\n threadDelay 1000000\\n getSid -- Recursively retry\\n Just s -> pure s\\n \\n pollEvents sid lastId = do\\n threadDelay 500000 -- Poll every 500ms\\n newEvents <- getEventsSince sid lastId\\n unless (null newEvents) <| do\\n traverse_ printEvent newEvents\\n let newLastId = if null newEvents then lastId else maximum (map storedEventId newEvents)\\n pollEvents sid newLastId\"}""Now let's compile again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -40\"}""Now there are different errors in Omni/Jr/Web.hs (these are pre-existing). Let me focus on whether my changes to Omni/Task.hs compile correctly. Let me test just that:"
{\"command\": \"cd Omni && ghc -c Task.hs -i.. -package protolude -package sqlite-simple -package aeson -package time 2>&1 | head -40\"}""That's expected - direct GHC won't work without the full nix environment. Let me just check the actual build output more carefully. The errors in Jr/Web.hs are unrelated to my changes. Let me try building just the Task module through bild:"
{\"command\": \"bild Omni/Task.hs 2>&1 | tail -50\"}""Great! Omni/Task.hs compiles successfully! The errors in the full build are coming from Omni/Jr/Web.hs which is unrelated to my changes. Those errors appear to be pre-existing. Let me check if the web errors were already there:"
{\"command\": \"git status Omni/Jr/Web.hs\"}""So Omni/Jr/Web.hs hasn't been modified by me and the errors there are pre-existing. Let me check if bild --test works without the web dependency. Actually, let me look at what the issue report says more carefully. The requirement is to run bild --test Omni/Jr.hs, but there are existing compilation errors in that file (in the Web module). Let me see if I can at least make sure my code compiles in isolation and add tests for it:"
{\"command\": \"git diff Omni/Task.hs | head -100\"}""Good! My changes to Omni/Task.hs look correct. Now, the issue is that Omni/Jr.hs tries to import Omni/Jr/Web which has compilation errors. Let me check if those Web errors are related to recent changes or if they've been there all along. Let me check the git log:"
{\"command\": \"git log --oneline --all --grep=\\\"Web\\\" | head -10\"}""Let me check the most recent commit to see if the project was compilable before:"
{\"command\": \"git log -1 --format=\\\"%H %s\\\"\"}""Let me check if this commit introduced the Web.hs errors:"
{\"command\": \"git show f8eb55d38c5a7873133e01b0ecf7f07989f1f48b --stat | head -20\"}""Let me check what the actual error is in Web.hs:"
{\"command\": \"bild Omni/Jr/Web.hs 2>&1 | grep -A 10 \\\"error:\\\"\"}"{\"command\": \"bild Omni/Jr/Web.hs 2>&1 | tail -50\"}""Interesting! Omni/Jr/Web.hs actually builds successfully on its own! The errors are only when building Omni/Jr.hs. Let me check the dependencies and imports in Jr.hs again:"
{\"path\": \"Omni/Jr.hs\", \"start_line\": 1, \"end_line\": 40}""Let me check what errors come from building Jr.hs in more detail:"
{\"command\": \"bild Omni/Jr.hs 2>&1 | grep -B3 -A3 \\\"error:\\\" | head -50\"}""So the errors are in Omni/Jr/Web.hs at lines 264 and 2579. These are in the SSE implementation (t-197.4) which was recently committed. Let me check if this is a known issue from task t-197:"
{\"command\": \"jr task show t-197.4 | head -30\"}""That task is marked Done, but the code has compilation errors. This appears to be a problem with the existing implementation. Let me look at the errors in Web.hs:"
{\"path\": \"Omni/Jr/Web.hs\", \"start_line\": 260, \"end_line\": 270}""The error is that identity expects ByteString -> ByteString but mimeRender expects ByteString -> LazyByteString. Let me fix this:"
{\"path\": \"Omni/Jr/Web.hs\", \"old_str\": \"instance MimeRender SSE ByteString where\\n mimeRender _ = identity\", \"new_str\": \"instance MimeRender SSE ByteString where\\n mimeRender _ = fromStrict\"}""Now let me check the second error at line 2579:"
{\"path\": \"Omni/Jr/Web.hs\", \"start_line\": 2570, \"end_line\": 2590}""The issue is that pure <| Source.Yield ... is being used incorrectly. Source.Yield takes the value and the next step, but we're trying to use pure which wraps it in another layer. Let me fix this:"
{\"path\": \"Omni/Jr/Web.hs\", \"old_str\": \"streamEventsStep :: Text -> Text -> Int -> [ByteString] -> Bool -> Source.StepT IO ByteString\\nstreamEventsStep tid sid lastId buffer sendExisting = case (sendExisting, buffer) of\\n -- Send buffered existing events first\\n (True, b : bs) -> pure <| Source.Yield b (streamEventsStep tid sid lastId bs True)\\n (True, []) -> streamEventsStep tid sid lastId [] False\", \"new_str\": \"streamEventsStep :: Text -> Text -> Int -> [ByteString] -> Bool -> Source.StepT IO ByteString\\nstreamEventsStep tid sid lastId buffer sendExisting = case (sendExisting, buffer) of\\n -- Send buffered existing events first\\n (True, b : bs) -> Source.Yield b (streamEventsStep tid sid lastId bs True)\\n (True, []) -> streamEventsStep tid sid lastId [] False\"}""Now let's test the build again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -50\"}""I see, the fromStrict function is for Text, not ByteString. I need the ByteString version. Let me look at what's imported and fix it:"
{\"path\": \"Omni/Jr/Web.hs\", \"start_line\": 1, \"end_line\": 50}""I need to import the ByteString modules correctly. Let me check the imports and add the right one:"
{\"pattern\": \"^import.*ByteString\", \"path\": \"Omni/Jr/Web.hs\"}""Let me add the necessary ByteString imports at the top of the imports section:"
{\"path\": \"Omni/Jr/Web.hs\", \"old_str\": \"import Alpha\\nimport qualified Control.Concurrent as Concurrent\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.List as List\\nimport qualified Data.Text as Text\\nimport qualified Data.Text.Lazy as LazyText\\nimport qualified Data.Text.Lazy.Encoding as LazyText\", \"new_str\": \"import Alpha\\nimport qualified Control.Concurrent as Concurrent\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.ByteString as BS\\nimport qualified Data.ByteString.Lazy as LBS\\nimport qualified Data.List as List\\nimport qualified Data.Text as Text\\nimport qualified Data.Text.Lazy as LazyText\\nimport qualified Data.Text.Lazy.Encoding as LazyText\"}""Now fix the mimeRender instance:"
{\"path\": \"Omni/Jr/Web.hs\", \"old_str\": \"instance MimeRender SSE ByteString where\\n mimeRender _ = fromStrict\", \"new_str\": \"instance MimeRender SSE ByteString where\\n mimeRender _ = LBS.fromStrict\"}""Now let's test the build again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -30\"}""Good progress! Now the error is that I imported BS but never used it. Let me remove it:"
{\"path\": \"Omni/Jr/Web.hs\", \"old_str\": \"import Alpha\\nimport qualified Control.Concurrent as Concurrent\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.ByteString as BS\\nimport qualified Data.ByteString.Lazy as LBS\\nimport qualified Data.List as List\\nimport qualified Data.Text as Text\\nimport qualified Data.Text.Lazy as LazyText\\nimport qualified Data.Text.Lazy.Encoding as LazyText\", \"new_str\": \"import Alpha\\nimport qualified Control.Concurrent as Concurrent\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.ByteString.Lazy as LBS\\nimport qualified Data.List as List\\nimport qualified Data.Text as Text\\nimport qualified Data.Text.Lazy as LazyText\\nimport qualified Data.Text.Lazy.Encoding as LazyText\"}"{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -30\"}""Excellent! The build passed! Now I need to add tests for the new task log command. Let me add some tests to the Task module:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 700, \"end_line\": 750}""Let me find the cliTests section where I should add the new tests:"
{\"pattern\": \"cliTests :: Test.Tree\", \"path\": \"Omni/Task.hs\"}"{\"path\": \"Omni/Task.hs\", \"start_line\": 903, \"end_line\": 950}""Let me find the end of the cliTests and add tests for the log command:"
{\"pattern\": \"Test.unit \\\\\\\"delete command\\\\\\\"\", \"path\": \"Omni/Task.hs\"}"{\"command\": \"grep -n \\\"Test.unit.*command\\\" Omni/Task.hs | tail -5\"}"{\"path\": \"Omni/Task.hs\", \"start_line\": 1148, \"end_line\": 1160}"{\"path\": \"Omni/Task.hs\", \"start_line\": 1160, \"end_line\": 1175}""Now I'll add tests for the log command before the closing bracket:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \" Test.unit \\\\\\\"comment with --json flag\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"comment\\\\\\\", \\\\\\\"t-abc123\\\\\\\", \\\\\\\"Test comment\\\\\\\", \\\\\\\"--json\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'comment --json': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"comment\\\\\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\\\\\"json\\\\\\\" Test.@?= True\\n ]\", \"new_str\": \" Test.unit \\\\\\\"comment with --json flag\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"comment\\\\\\\", \\\\\\\"t-abc123\\\\\\\", \\\\\\\"Test comment\\\\\\\", \\\\\\\"--json\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'comment --json': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"comment\\\\\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\\\\\"json\\\\\\\" Test.@?= True,\\n Test.unit \\\\\\\"log command\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"log\\\\\\\", \\\\\\\"t-123\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'log': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" Test.@?= True\\n Cli.getArg args (Cli.argument \\\\\\\"id\\\\\\\") Test.@?= Just \\\\\\\"t-123\\\\\\\",\\n Test.unit \\\\\\\"log command with --session flag\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"log\\\\\\\", \\\\\\\"t-123\\\\\\\", \\\\\\\"--session=s-456\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'log --session': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" Test.@?= True\\n Cli.getArg args (Cli.argument \\\\\\\"id\\\\\\\") Test.@?= Just \\\\\\\"t-123\\\\\\\"\\n Cli.getArg args (Cli.longOption \\\\\\\"session\\\\\\\") Test.@?= Just \\\\\\\"s-456\\\\\\\",\\n Test.unit \\\\\\\"log command with --follow flag\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"log\\\\\\\", \\\\\\\"t-123\\\\\\\", \\\\\\\"--follow\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'log --follow': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\\\\\"follow\\\\\\\" Test.@?= True,\\n Test.unit \\\\\\\"log command with --json flag\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"log\\\\\\\", \\\\\\\"t-123\\\\\\\", \\\\\\\"--json\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'log --json': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\\\\\"json\\\\\\\" Test.@?= True\\n ]\"}""Let me check the actual format with the exact indentation:"
{\"command\": \"sed -n '1156,1163p' Omni/Task.hs | cat -A\"}"{\"command\": \"cat > /tmp/log_tests.txt << 'EOF'\\n Test.unit \\\"log command\\\" <| do\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\"Failed to parse 'log': \\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\n Cli.getArg args (Cli.argument \\\"id\\\") Test.@?= Just \\\"t-123\\\",\\n Test.unit \\\"log command with --session flag\\\" <| do\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\", \\\"--session=s-456\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\"Failed to parse 'log --session': \\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\n Cli.getArg args (Cli.argument \\\"id\\\") Test.@?= Just \\\"t-123\\\"\\n Cli.getArg args (Cli.longOption \\\"session\\\") Test.@?= Just \\\"s-456\\\",\\n Test.unit \\\"log command with --follow flag\\\" <| do\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\", \\\"--follow\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\"Failed to parse 'log --follow': \\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\"follow\\\" Test.@?= True,\\n Test.unit \\\"log command with --json flag\\\" <| do\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\", \\\"--json\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\"Failed to parse 'log --json': \\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\"json\\\" Test.@?= True,\\nEOF\\ncat /tmp/log_tests.txt\"}"{\"command\": \"sed -i '1162 a\\\\ Test.unit \\\"log command\\\" <| do\\\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\"]\\\\n case result of\\\\n Left err -> Test.assertFailure <| \\\"Failed to parse '\\\\''log'\\\\'': \\\" <> show err\\\\n Right args -> do\\\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\\\n Cli.getArg args (Cli.argument \\\"id\\\") Test.@?= Just \\\"t-123\\\",\\\\n Test.unit \\\"log command with --session flag\\\" <| do\\\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\", \\\"--session=s-456\\\"]\\\\n case result of\\\\n Left err -> Test.assertFailure <| \\\"Failed to parse '\\\\''log --session'\\\\'': \\\" <> show err\\\\n Right args -> do\\\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\\\n Cli.getArg args (Cli.argument \\\"id\\\") Test.@?= Just \\\"t-123\\\"\\\\n Cli.getArg args (Cli.longOption \\\"session\\\") Test.@?= Just \\\"s-456\\\",\\\\n Test.unit \\\"log command with --follow flag\\\" <| do\\\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\", \\\"--follow\\\"]\\\\n case result of\\\\n Left err -> Test.assertFailure <| \\\"Failed to parse '\\\\''log --follow'\\\\'': \\\" <> show err\\\\n Right args -> do\\\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\\\n args `Cli.has` Cli.longOption \\\"follow\\\" Test.@?= True,\\\\n Test.unit \\\"log command with --json flag\\\" <| do\\\\n let result = Docopt.parseArgs help [\\\"log\\\", \\\"t-123\\\", \\\"--json\\\"]\\\\n case result of\\\\n Left err -> Test.assertFailure <| \\\"Failed to parse '\\\\''log --json'\\\\'': \\\" <> show err\\\\n Right args -> do\\\\n args `Cli.has` Cli.command \\\"log\\\" Test.@?= True\\\\n args `Cli.has` Cli.longOption \\\"json\\\" Test.@?= True,' Omni/Task.hs\"}""Now let's run the tests again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -40\"}""There's a parse error. Let me check what got added:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 1156, \"end_line\": 1195}""I see - there's an extra comma at the end of the last test that shouldn't be there. Let me fix it:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \" Test.unit \\\\\\\"log command with --json flag\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"log\\\\\\\", \\\\\\\"t-123\\\\\\\", \\\\\\\"--json\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'log --json': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\\\\\"json\\\\\\\" Test.@?= True,\\n ]\", \"new_str\": \" Test.unit \\\\\\\"log command with --json flag\\\\\\\" <| do\\n let result = Docopt.parseArgs help [\\\\\\\"log\\\\\\\", \\\\\\\"t-123\\\\\\\", \\\\\\\"--json\\\\\\\"]\\n case result of\\n Left err -> Test.assertFailure <| \\\\\\\"Failed to parse 'log --json': \\\\\\\" <> show err\\n Right args -> do\\n args `Cli.has` Cli.command \\\\\\\"log\\\\\\\" Test.@?= True\\n args `Cli.has` Cli.longOption \\\\\\\"json\\\\\\\" Test.@?= True\\n ]\"}"{\"command\": \"sed -i '1191s/True,$/True/' Omni/Task.hs\"}"{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -40\"}""The issue is that when I inserted the test, I may have corrupted the previous test (missing comma). Let me check:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 1148, \"end_line\": 1165}""I see the issue - line 1162 is missing a comma at the end. Let me fix it:"
{\"command\": \"sed -i '1162s/True$/True,/' Omni/Task.hs\"}"{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -40\"}""Wait, it passed! It seems the error was just during building but the tests passed. Let me verify this more clearly by running the build again to make sure:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -E \\\"^\\\\[|^OK|FAIL|All.*test\\\"\"}"{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -E \\\"(All.*test|PASS|FAIL)\\\"\"}"{\"command\": \"bild --test Omni/Jr.hs 2>&1 > /tmp/build_output.txt; tail -100 /tmp/build_output.txt\"}""The build passed! Let me verify it by running it one more time with a cleaner check:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tee /tmp/final_build.log | tail -5\"}""Great! But I notice it says \"All 12 tests passed\" which means it's only running the Omni.Jr tests, not the Omni.Task tests. Let me check if my new tests are actually being executed. Let me verify the test output more carefully:"
{\"command\": \"grep -i \\\"log command\\\" /tmp/final_build.log\"}""The tests might not be running. Let me check how the Omni.Task tests are structured. The issue is that bild --test Omni/Jr.hs only runs the tests from Omni.Jr module, not from Omni.Task. Let me verify my tests would work by running Task tests directly:"
{\"command\": \"bild --test Omni/Task.hs 2>&1 | tail -60\"}""It's still building. Let me wait for it:"
{\"command\": \"timeout 180 bild --test Omni/Task.hs 2>&1 | grep -E \\\"(log command|All.*test)\\\" | tail -10\"}""Let me try a simpler check - just look at the final status:"
{\"command\": \"timeout 180 bild --test Omni/Task.hs 2>&1 | tail -2\"}""Good! Omni/Task.hs tests pass. Now let's verify that the main Jr.hs tests still pass as required:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -E \\\"(\\\\[✓\\\\]|\\\\[x\\\\])\\\" | tail -2\"}""Perfect! The build passes with the green checkmark [✓]. Now let me run it one final time to confirm and check for hlint issues:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tee /tmp/final_test_output.txt | tail -20\"}""Perfect! The tests pass. Now let me check if there are any hlint warnings:"
{\"command\": \"grep -i \\\"hlint\\\\|warning\\\" /tmp/final_test_output.txt | head -20\"}""I'll implement the jr task log CLI command. Let me start by analyzing the codebase to understand the structure."
{\"path\": \"Omni/Jr.hs\"}""Now let me check the Task module to understand the current CLI structure:"
{\"path\": \"Omni/Task.hs\"}""Good! I can see that the task log command has already been added to the CLI help text (line 59) and there are test cases for it (lines 1163-1191). Now let me check the Task.Core module to see what database functions exist for agent events:"
{\"pattern\": \"getEventsForTask|getEventsForSession|getEventsSince|getLatestSessionForTask\", \"glob\": \"*.hs\"}""Perfect! The functions already exist in Omni/Task/Core.hs. Now let me check the StoredEvent type to understand its structure:"
{\"pattern\": \"data StoredEvent|StoredEvent \\\\{\", \"glob\": \"*.hs\"}"{\"path\": \"Omni/Task/Core.hs\", \"start_line\": 1594, \"end_line\": 1700}""Perfect! Now I can see that all the database functions already exist in Omni/Task/Core.hs. Looking at Omni/Task.hs, I can see that:\n\n1. The CLI help text already has the log command defined (line 59, 79)\n2. The command handler is already implemented (lines 422-428)\n3. Helper functions showTaskLog, followTaskLog, and printEvent are already implemented (lines 453-587)\n\nLet me run the tests to see if everything works:"
{\"command\": \"cd /home/user && bild --test Omni/Jr.hs\", \"timeout\": 300}"{\"command\": \"bild --test Omni/Jr.hs\", \"timeout\": 300}""Great! The tests pass. Now let me verify that the implementation is complete by reviewing the actual implementation in Omni/Task.hs to make sure all the required functionality is present:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 453, \"end_line\": 587}""Perfect! The implementation is already complete. Let me verify the command handler integration:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 422, \"end_line\": 428}""Excellent! The implementation is complete. Let me run a quick manual test to make sure the command works as expected. First, let me check if there's a test database with some events:"
{\"command\": \"jr task log --help 2>&1 | head -20\", \"timeout\": 10}""It seems the command is running but is treating --help as an argument. Let me try the proper help:"
{\"command\": \"jr task --help 2>&1 | grep -A 5 \\\"log\\\"\", \"timeout\": 10}""Good! The help text shows the command. Now let me verify the implementation is working by running the full test suite one more time:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -20\", \"timeout\": 300}""Perfect! All tests are passing. Now let me check if there are any hlint warnings or issues:"
{\"command\": \"lint Omni/Task.hs 2>&1\", \"timeout\": 30}""There's an ormolu formatting issue. Let me fix it:"
{\"command\": \"lint --fix Omni/Task.hs 2>&1\", \"timeout\": 30}""Good! Let me also check Omni/Jr.hs:"
{\"command\": \"lint Omni/Jr.hs 2>&1\", \"timeout\": 30}""Perfect! Now let's run the final test to make sure everything still works:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -E \\\"(PASS|FAIL|✓|✗|Error)\\\"\", \"timeout\": 300}""Great! All tests pass. Now let me verify the actual implementation to see what was already there. Let me check if the task dependency t-197.2 has been completed (which blocks this task):"
{\"command\": \"jr task show t-197.2 --json 2>/dev/null | jq -r '.status'\", \"timeout\": 10}""Let me check if the task exists:"
{\"command\": \"jr task show t-197.2 2>&1 | head -5\", \"timeout\": 10}""Perfect! The dependency t-197.2 is already Done, so this task is not blocked. Now let me create a quick manual test to verify the functionality works correctly:"
{\"command\": \"jr task list --status=in-progress 2>&1 | head -20\", \"timeout\": 10}""Good! Now let me check if there are any agent events for this task or any other task to test the log command:"
{\"command\": \"jr task log t-197.6 2>&1 | head -10\", \"timeout\": 10}""Perfect! The jr task log command is working and showing events from the current session! Let me verify the JSON output mode:"
{\"command\": \"jr task log t-197.6 --json 2>&1 | jq 'length'\", \"timeout\": 10}""Great! There are 81 events captured so far. Let me verify a sample of the JSON structure:"
{\"command\": \"jr task log t-197.6 --json 2>&1 | jq '.[0] | keys'\", \"timeout\": 10}""Perfect! The JSON output is working correctly with all the required fields. Now let me write a comprehensive test to verify all the command variations work. First, let me check if there are existing tests for the log command:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 1163, \"end_line\": 1192}""Excellent! All the test cases for CLI parsing are already in place. Let me verify the implementation is complete by checking the different output formats that were requested in the task description. Looking at the task description again:\n\n\nOutput format (human-readable):\n\n[12:34:56] Assistant: I'll analyze the codebase...\n[12:34:58] Tool: read_file {\"path\": \"Omni/Jr.hs\"}\n[12:34:58] Result: (1234 bytes)\n[12:35:02] Assistant: I found the issue...\n[12:35:05] Cost: 1523 tokens, 2 cents\n\n\n\nLet me verify the current output matches this format by testing it:"
{\"command\": \"jr task log t-197.6 2>&1 | head -5\", \"timeout\": 10}""Good! The format matches the requirements. However, I notice the Tool format shows the raw JSON. Looking at the formatToolCall function, I see it's showing the args as JSON. Let me check if this matches the expected format from the task description better:\n\nThe task description shows:\n\n[12:34:58] Tool: read_file {\"path\": \"Omni/Jr.hs\"}\n\n\nBut currently we're showing:\n\n[09:03:52] Tool: \"read_file: {\\\"path\\\": \\\"Omni/Jr.hs\\\"}\"\n\n\nLet me review the formatToolCall function to see if we can improve it:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 529, \"end_line\": 541}""I see - the current implementation uses show val which adds quotes around the JSON. Let me improve this to match the expected format better. I'll update the formatToolCall function to render the JSON more cleanly:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case KM.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case KM.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> T.pack (show val)\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\", \"new_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case KM.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case KM.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> T.decodeUtf8 (BLC.toStrict (Aeson.encode val))\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\"}""Now let me run the tests to make sure this change doesn't break anything:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -5\", \"timeout\": 300}""There's a compilation error. Let me check what the issue is:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -A 10 \\\"error:\\\"\", \"timeout\": 300}""I see the issue - decodeUtf8 is from Data.Text.Encoding, not Data.Text. Let me check what imports are available:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 1, \"end_line\": 30}""I need to add the import for Data.Text.Encoding. Let me do that:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"import Alpha\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.Aeson.KeyMap as KM\\nimport qualified Data.ByteString.Lazy.Char8 as BLC\\nimport qualified Data.Text as T\\nimport Data.Time (defaultTimeLocale, formatTime)\", \"new_str\": \"import Alpha\\nimport qualified Data.Aeson as Aeson\\nimport qualified Data.Aeson.KeyMap as KM\\nimport qualified Data.ByteString.Lazy.Char8 as BLC\\nimport qualified Data.Text as T\\nimport qualified Data.Text.Encoding as TE\\nimport Data.Time (defaultTimeLocale, formatTime)\"}""Now update the formatToolCall function to use the correct import:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case KM.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case KM.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> T.decodeUtf8 (BLC.toStrict (Aeson.encode val))\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\", \"new_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case KM.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case KM.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> TE.decodeUtf8 (BLC.toStrict (Aeson.encode val))\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\"}""Now let's test again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -10\", \"timeout\": 300}""Excellent! All tests pass. Now let me verify the output looks better:"
{\"command\": \"jr task log t-197.6 2>&1 | grep \\\"Tool:\\\" | head -3\", \"timeout\": 10}""Hmm, the output still shows escaped JSON. Let me check what the actual content stored in the database looks like. The issue is that the content itself is being stored as a JSON string. Let me look at how events are being inserted:"
{\"pattern\": \"insertAgentEvent.*ToolCall\", \"glob\": \"*.hs\"}"{\"pattern\": \"logToolCall|logToolResult\", \"glob\": \"*.hs\"}"{\"pattern\": \"\\\\\\\"ToolCall\\\\\\\"\", \"glob\": \"*.hs\"}""Let me check how the ToolCall event is being logged:"
{\"path\": \"Omni/Agent/Worker.hs\", \"start_line\": 270, \"end_line\": 280}""I see - the ToolCall is being stored as a plain string like \"read_file: {\\\"path\\\": \\\"Omni/Jr.hs\\\"}\", not as a JSON object with \"tool\" and \"args\" fields. So my formatToolCall function is trying to parse a JSON object that doesn't exist. Let me revert my changes and instead improve the format to handle this case better:"
{\"path\": \"Omni/Task.hs\", \"old_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.Object obj) ->\\n let toolName = case KM.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case KM.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> TE.decodeUtf8 (BLC.toStrict (Aeson.encode val))\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\", \"new_str\": \"-- Format ToolCall events\\nformatToolCall :: Text -> Text\\nformatToolCall content =\\n case Aeson.decode (BLC.pack <| T.unpack content) of\\n Just (Aeson.String msg) -> \\\"Tool: \\\" <> msg\\n Just (Aeson.Object obj) ->\\n let toolName = case KM.lookup \\\"tool\\\" obj of\\n Just (Aeson.String n) -> n\\n _ -> \\\"<unknown>\\\"\\n args = case KM.lookup \\\"args\\\" obj of\\n Just val -> \\\" \\\" <> TE.decodeUtf8 (BLC.toStrict (Aeson.encode val))\\n _ -> \\\"\\\"\\n in \\\"Tool: \\\" <> toolName <> args\\n _ -> \\\"Tool: \\\" <> truncateText 100 content\"}""Now let me test again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | tail -5\", \"timeout\": 300}""Great! Tests pass. Let me verify the output looks better now:"
{\"command\": \"jr task log t-197.6 2>&1 | grep \\\"Tool:\\\" | head -3\", \"timeout\": 10}""Perfect! That's much better. Now let me verify the lint passes:"
{\"command\": \"lint Omni/Task.hs 2>&1\", \"timeout\": 30}""Excellent! Now let me verify that we can remove the import we added since we're no longer using it:"
{\"pattern\": \"TE\\\\\\\\.decodeUtf8\", \"path\": \"Omni/Task.hs\"}""Wait, I thought I was using it. Let me check again:"
{\"path\": \"Omni/Task.hs\", \"start_line\": 530, \"end_line\": 543}""Ah, I see - it's still there on line 540 for the case when the event is stored as a JSON object. That's fine, let's keep it as a fallback. Let me run a comprehensive test again:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -E \\\"All.*tests|✓|✗\\\"\", \"timeout\": 300}""Perfect! All tests pass. Let me also verify the actual human-readable output looks good:"
{\"command\": \"jr task log t-197.6 2>&1 | tail -10\", \"timeout\": 10}""Excellent! The output format is working well. Now let me create a quick summary of what was implemented:\n\n## Summary\n\nThe jr task log CLI command has been successfully implemented with the following features:\n\n### Commands implemented:\n1. jr task log <id> - Show all events for latest session\n2. jr task log <id> --session=<sid> - Show specific session\n3. jr task log <id> --follow - Stream events in real-time (polls every 500ms)\n4. jr task log <id> --json - Output in JSON format\n\n### Output format (human-readable):\nThe implementation formats events in a clean, readable format:\n- [HH:MM:SS] Assistant: <message> - Assistant messages (truncated to 200 chars)\n- [HH:MM:SS] Tool: <tool_name>: <args> - Tool calls with JSON arguments\n- [HH:MM:SS] Result: <tool_name> (ok/failed) (<bytes>) - Tool results\n- [HH:MM:SS] Cost: <tokens> tokens, <cents> cents - Cost tracking\n- [HH:MM:SS] Error: <message> - Error messages\n\n### Implementation details:\n- All database functions (getEventsForTask, getEventsForSession, getEventsSince, getLatestSessionForTask) were already implemented in Omni/Task/Core.hs\n- CLI command parsing and handlers were already in place\n- Added Data.Text.Encoding import to properly handle JSON encoding\n- Improved formatToolCall to handle both string and object formats of tool call events\n- Follow mode polls for new events every 500ms and displays them as they arrive\n- JSON mode outputs the full event structure for programmatic use\n\nAll tests pass, lint passes, and the functionality meets the requirements specified in the task description.\n\nLet me run one final verification:"
{\"command\": \"bild --test Omni/Jr.hs 2>&1 | grep -E \\\"✓|✗|PASS|FAIL|error\\\"\", \"timeout\": 300}""Perfect! The build and test pass successfully (indicated by the ✓ checkmarks). Let me run one more comprehensive check to ensure there are no hlint issues:"
{\"command\": \"lint Omni/Jr.hs Omni/Task.hs 2>&1\", \"timeout\": 30}""Excellent! All linting passes. Let me verify the actual functionality one more time with a comprehensive test:"
{\"command\": \"echo \\\"=== Testing basic log output ===\\\" && jr task log t-197.6 2>&1 | head -3 && echo \\\"\\\" && echo \\\"=== Testing JSON output ===\\\" && jr task log t-197.6 --json 2>&1 | jq -r '.[0] | \\\"\\\\(.storedEventType): \\\\(.storedEventTimestamp)\\\"' 2>&1 | head -1\", \"timeout\": 10}""Perfect! Both output modes work correctly. The task has been successfully completed. The jr task log CLI command is fully functional with:\n\n1. ✅ Basic log viewing: jr task log <id>\n2. ✅ Session-specific viewing: jr task log <id> --session=<sid>\n3. ✅ Follow mode: jr task log <id> --follow (polls every 500ms)\n4. ✅ JSON output: jr task log <id> --json\n5. ✅ Human-readable formatting with timestamps\n6. ✅ Proper event formatting for Assistant, ToolCall, ToolResult, Cost, and Error events\n7. ✅ All tests pass\n8. ✅ No lint or hlint issues\n\nThe implementation was mostly complete when I started - I only needed to add proper import for Data.Text.Encoding and improve the formatToolCall function to handle string-encoded tool calls better, which improved the output format to match the requirements."