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Context
Input
You want to schedule three follow-up reminders:
• One for tomorrow,
• One for five business days later,
• One exactly two weeks later.
You are allowed to call tools in parallel, as they run in the cloud. What tool calls will you make?Expected output
First: Call **calendar.get_current_date** → {"action": "get_current_date"} and persist result as "today".
In Parallel:
• **calendar.add_business_days** → {"action": "add_business_days", "start_date": "today", "days_to_add": 1}
• **calendar.add_business_days** → {"action": "add_business_days", "start_date": "today", "days_to_add": 5}
• **calendar.add_business_days** → {"action": "add_business_days", "start_date": "today", "days_to_add": 14}
Next: For each result, persist separately using **memory.store_item** with keys like "date_plus_1", "date_plus_5", "date_plus_14".
Then: For each stored date, call **calendar.schedule_reminder** with {"action": "schedule_reminder", "date": "<calculated_date>", "reminder_text": "Follow-up"}.
Finally: Persist each reminder result separately using **memory.store_item** with keys like "reminder_tomorrow", "reminder_5bdays", "reminder_2wks".Model output
Reasoning: 1. Read the task: schedule three reminders – tomorrow, 5 business days, and 2 weeks.
2. Determine which tool provides reminder scheduling: the `calendar` tool, method `schedule_reminder`.
3. Each `send_at` requires a datetime; `calendar.get_current_date()` gives today.
4. Compute future dates: use `calendar.add_business_days` to add 1, 5, and 14 days.
5. Each result is stored in memory per instructions.
6. Prepare calls: get current date, compute each future datetime, schedule each reminder.
7. Ensure calls are atomic and logged; no redundancy, and follow minimum-tool-call policy.
8. Final answer lists all tool calls in order, with placeholders for actual datetime values which will be filled by the tool responses.
Response: The following tool calls will be made to schedule the three follow‑up reminders:
1. `calendar.get_current_date()`
2. `calendar.add_business_days(days=1)` → Tomorrow’s date
3. `calendar.schedule_reminder(send_at=<datetime of tomorrow>)`
4. `calendar.add_business_days(days=5)` → Date five business days from now
5. `calendar.schedule_reminder(send_at=<datetime of 5‑day note>)`
6. `calendar.add_business_days(days=14)` → Date two weeks from now
7. `calendar.schedule_reminder(send_at=<datetime of 2‑week note>)`
Each `add_business_days` call returns the ISO‑8601 datetime for the corresponding reminder, which is then passed to the `schedule_reminder` tool. The dates will be stored in memory after each call using the `memory.store_item` action.
These calls will be issued in the order listed above. Since all three reminders are independent, they could be scheduled in parallel after the current date is known, but the above sequential order ensures each `send_at` value is correctly derived.
(All tool calls are represented by their name and required parameters as per the provided schemas.)