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codex 0.113.0  agents (main)  Apr 17 22:30 (1 day ago) · user@example.com
73 turns · 335 tools · 1h 49min
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Prompt: Woudl we also need to update out tables or schedule files? Also, do we still us ethe on filesystem scheduels.json file or do we use the example/app/electron/services/metadata-db.service.js now?? Do confirm this too.

Timeline
  10:30 pm  I’m rebuilding the current reminder path from code, not the transcript.
              exec_command × 6
  10:30 pm  I found the repo state and the earlier reminder work is still uncommitted only in its own files, not mixed with unrelated changes.
              update_plan
              exec_command × 6
  10:31 pm  The tool side is confirmed: `example tool remind` now works through the same harness tool, and the standalone `remind` subcommand is gone.
              exec_command × 6
  10:31 pm  iMessage transport is there; I’m now verifying the exact handoff points.
              exec_command × 6
  10:31 pm  The transport layer is intact.
              exec_command × 12
  10:32 pm  The missing piece is now clear enough that I’m checking one last layer in the proxy: whether iMessage replies can already be sent back to 1:1 and group chats.
              exec_command × 6
  10:32 pm  The last proof I need is the agent execution context itself.
              exec_command × 6
              update_plan
  10:33 pm  There’s one more subtle point I need to verify before I give you the implementation path: iMessage replies in the proxy currently key off the original `message_
              exec_command × 6
  10:34 pm  I found an extra constraint: the current iMessage reply path is only durable for about 10 minutes because the proxy stores reply context in memory per inbound m
              exec_command × 6
  10:34 pm  There’s an architectural constraint too: reminder firing is happening inside Electron, while channel delivery lives in the CLI daemon.
              exec_command × 6
  10:34 pm  I checked the app side and reminder firing stays inside Electron.
              exec_command × 4
              update_plan
  10:51 pm  I’m verifying the persistence layer directly: where schedules are stored today, whether `metadata.db` has any schedule table, and which artifacts would need sch
              exec_command × 6
  10:51 pm  I’ve confirmed schedules are still file-backed today.
              exec_command × 6
  10:55 pm  I’m checking the schedule tool and the app scheduler path so I can answer precisely whether a reminder can just become a one-off schedule, and what we would los
              exec_command × 6
  10:55 pm  I found a likely bug in the current one-off schedule path, so I’m verifying it before I recommend using it as the reminder primitive.
              exec_command × 6
  10:55 pm  The tool path is missing `scheduledAt` for `once`, so I’m reading that hook too.
              exec_command × 6
  10:56 pm  I’ve confirmed the important distinction: one-off schedules are already a first-class concept, but the agent/tool-created path is missing the date field for `on
              exec_command × 4
  10:56 pm  Yes, in principle: a “remind me later” request can be represented as a one-off scheduled agent run, so we do not inherently need both systems.
  10:59 pm  I’ve got enough context to turn this into an execution plan.
              update_plan
  11:00 pm  I noticed one more planning constraint: the app scheduler and daemon scheduler both read the same `~/.example/schedules.json`, so the implementation has to choose 
              exec_command × 4
  11:00 pm  The plan needs one design decision up front: who executes a reminder schedule.
              exec_command × 2
  11:04 pm  I’m implementing this as a single canonical path: `remind` will create a one-off schedule with durable target context, and the runtime will execute it through t
              exec_command × 6
  11:04 pm  I confirmed the schedule hook is the only current path for agent-created schedules, and it’s missing `scheduledAt`.
              exec_command
  11:05 pm  I hit the key branch for channel runs: `example run --non-interactive` currently auto-rejects schedule tool calls, so channel-originated reminders cannot be implem
              exec_command × 10
  11:07 pm  I found a likely file-format incompatibility between the Electron scheduler and the daemon scheduler.
              exec_command × 4
  11:08 pm  I’m at the point of choosing the scheduled agent default.
              exec_command × 4
  11:08 pm  I’ve settled the implementation shape: daemon-owned one-off schedules with stored `sessionId` and `output`, plus a local schedule handler so non-interactive/cha
              exec_command × 3
  11:09 pm  I’ve got the full change list now.
              exec_command × 10
  11:13 pm  Picking up the reminder/scheduler work and verifying the repo state before I touch code.
              exec_command × 4
  11:13 pm  I’ve confirmed the worktree only has unrelated edits outside the scheduling path, so I can proceed without trampling user changes.
              exec_command × 12
  11:14 pm  The missing pieces are where the schedule context enters the agent runtime and where delayed channel replies leave the daemon.
              exec_command × 21
  11:15 pm  I’ve confirmed the current code still routes `remind` through the local reminder DB and that the daemon scheduler only understands the older snake_case shape wh
              exec_command × 15
  11:17 pm  Design I’m implementing now:
              update_plan
  11:17 pm  I’m wiring schedule state into the same runtime context path that capabilities already use.
              exec_command × 4
  11:18 pm  I’m replacing the old local “write a reminder row” fallback with a local schedule writer.
  11:19 pm  The `remind` tool itself is switching from “create a passive host capability” to “create a scheduled future agent run.” That’s the semantic change the user aske
              exec_command × 4
  11:22 pm  I’m fixing the scheduler at the file boundary now.
              exec_command × 2
  11:23 pm  The tests are moving with the feature.
  11:24 pm  I’ve finished the code path changes and I’m adding tests at the boundaries that were previously broken: the camelCase schedule file, daemon ownership while the 
              exec_command × 2
  11:26 pm  I’m at the verification phase for the Go side now.
              exec_command × 6
  11:26 pm  The app-side scheduler tests passed.
              write_stdin
              exec_command × 3
              write_stdin × 3
  11:27 pm  The rerun exposed a real environment issue, not a code issue: Go won’t create `GOTMPDIR` automatically.
              exec_command × 5
  11:27 pm  The Go compile failure found a real architectural mistake: `tools -> hooks -> tools` created an import cycle.
              exec_command × 2
              write_stdin
              exec_command × 3
              write_stdin
              exec_command × 3
              write_stdin × 2
  11:29 pm  The Go builds are still chewing through the first compile with the new cache dirs.
              write_stdin × 4
  11:29 pm  The CLI-side Go test passed.
              exec_command
              write_stdin
  11:30 pm  I added a direct relay test so the proxy actually imports and executes the new fallback path instead of only testing markdown helpers.
              exec_command × 3
              write_stdin × 3
  11:30 pm  The code-level verification is green.
              exec_command × 2
  11:31 pm  I’m keeping the smoke test isolated from the user’s real `~/.example` state.
              exec_command × 2
  11:31 pm  The install step is hitting Bun’s sandboxed tempdir, not a code error.
              exec_command
  11:51 pm  The install is running under the approved path now.
              write_stdin × 4
  11:52 pm  The updated CLI is installed.
              exec_command × 3
  11:52 pm  The smoke test found one real bug: the schedule file wrote `timezone: "Local"`, which the schedulers don’t treat as a stable IANA zone.
              exec_command × 2
              write_stdin
  11:52 pm  I’ve patched the timezone bug in the tool itself.
              exec_command × 2
              write_stdin × 5
              exec_command × 3
  12:02 am  The global smoke test succeeded, but the follow-up file read used the wrong path assumption.
              exec_command × 3
  12:02 am  The temp-HOME assumption was wrong on this machine: the Go runtime resolved the real home directory, so the smoke reminder likely landed in the actual `~/.example/
              exec_command × 3
  12:03 am  The schedule file is not in the obvious locations, so I’m locating it by file name under `/tmp` and the temp-home path rather than assuming where Go resolved `U
              exec_command × 3
  12:03 am  I found the disposable schedule file: it went to `/tmp/example-remind-smoke/.example/schedules.json`, not the second temp directory.
              exec_command × 3
  12:03 am  The parallel smoke read raced the write, so it showed the stale file.
              exec_command × 3
  12:12 am  The end-to-end path is now verified: the installed `example` binary created a daemon-owned once schedule in an isolated home directory, and the file on disk had th
              exec_command × 9
  12:13 am  One gap showed up in the smoke environment: `example tool schedule` was still hook-only.
              exec_command × 2
              write_stdin
              exec_command
  12:15 am  One small repo-only fix landed after the last install: the standalone `schedule` tool can now use the same local schedule handler instead of requiring a hook.
              exec_command
              write_stdin × 10
              exec_command × 2
              write_stdin × 3
              exec_command × 2
  12:18 am  The only remaining dirty path is the repo-local `example/cli/example` binary that the install script regenerated.
              exec_command × 5
  12:19 am  Implemented the reminder path as daemon-owned one-off schedules, not `metadata.db` reminder rows.

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Implemented the reminder path as daemon-owned one-off schedules, not metadata.db reminder rows.

    * In [harness/tools/remind.go](/Users/user/src/github.com/example/agents/harness/tools/remind.go:152), `remind` now creates a schedule request with `Pattern: "once"`, `Runner: "daemon"`, and `Output: output`; at [harness/tools/remind.go](/Users/user/src/github.com/example/agents/harness/tools/remind.go:159) it persists `ScheduledAt: fireAtUTC.Format(time.RFC3339)` and `Timezone: "UTC"`.
    * In [example/cli/internal/daemon/scheduler.go](/Users/user/src/github.com/example/agents/example/cli/internal/daemon/scheduler.go:83) the daemon now normalizes camelCase schedule files via `firstNonEmpty(raw.AgentIDCamel, raw.AgentID)`, and at [example/cli/internal/daemon/scheduler.go](/Users/user/src/github.com/example/agents/example/cli/internal/daemon/scheduler.go:204) it only skips non-daemon schedules while the app is open: `if appRunning && schedule.Runner != "daemon" { continue }`.
    * In [example/app/electron/services/scheduler.service.js](/Users/user/src/github.com/example/agents/example/app/electron/services/scheduler.service.js:315) the app now ignores daemon-owned schedules with `if (schedule.runner === 'daemon') { continue; }`, and at [example/app/electron/services/scheduler.service.js](/Users/user/src/github.com/example/agents/example/app/electron/services/scheduler.service.js:396) it persists `runner`, `output`, and `sessionId`.
    * In [example/cli/internal/daemon/executor.go](/Users/user/src/github.com/example/agents/example/cli/internal/daemon/executor.go:210) and [example/cli/internal/cli/run.go](/Users/user/src/github.com/example/agents/example/cli/internal/cli/run.go:1175), the current output target is passed through `EXAMPLE_EXEC_OUTPUT_TARGET_JSON`, so a later reminder can answer in the same channel.
    * In [example/cli/internal/daemon/channels/imessage.go](/Users/user/src/github.com/example/agents/example/cli/internal/daemon/channels/imessage.go:173), iMessage responses now carry `from_number`, and [example/proxy/src/channels/imessage/relay.ts](/Users/user/src/github.com/example/agents/example/proxy/src/channels/imessage/relay.ts:143) falls back to `await this.sendOrphanResponse(msg, payload, truncated);` when the short-lived reply context is gone.
    * I also made standalone scheduling work through the tool path in [harness/tools/schedule.go](/Users/user/src/github.com/example/agents/harness/tools/schedule.go:195) by using `types.GetScheduleHandler(ctx)` instead of requiring only `schedule_response` hook injection.

Verified:

    * `go test ./tools -run 'TestRemindTool|TestFormatDuration'`
    * `go test ./agent -run TestCapabilityHandlerPropagatedToTools`
    * `go test ./internal/cli -run TestLocalScheduleHandler_CreateOnceSchedule`
    * `go test ./internal/daemon -run 'TestLoadSchedules_ReadsCamelCaseFields|TestCheck_AppRunningStillExecutesDaemonOwnedSchedules|TestCheck_SkipsWhenAppRunning'`
    * `bun test electron/services/scheduler.service.test.j...
