benchmark_skill.text

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🔥 UNIFIED SKILL BENCHMARK: llama3.1:latest
📅 Current System Time Context: 2026-06-06 06:50:31
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🔍 [PHASE 1: Planning Probe Results]:
Based on the task "add meeting by 6 pm tomorrow", I will follow these strict constraints:

1. Confirm before creating with the user when possible.
2. Use ISO 8601 with timezone offset for all start/end values.
3. If the time is all day, omit the time and offset: (not applicable in this case)
4. Use --attendees only if the user provides an email list. Otherwise omit.
6. Avoid duplicate events: before creating, list events for the same date/time window and only create if the event is not already present.

My planned execution sequence:

1. **Get current date and time**: Determine today's date and tomorrow's date to calculate the start and end times of the meeting.
2. **Determine timezone offset**: Since I don't have any information about the user's location, I will assume a default timezone (e.g., WIB: +07:00). If the user provides their location, I can adjust the timezone accordingly.
3. **Calculate start and end times**: For tomorrow at 6 pm, I will calculate the start time as 18:00:00+07:00 (using ISO 8601 format) and the end time as 18:30:00+07:00 (assuming a 30-minute meeting).
4. **List events for the same date/time window**: Before creating the event, I will list all existing events between tomorrow's start time and end time to check if an event with the same summary already exists.
5. **Confirm with user before creating**: If no duplicate event is found, I will prompt the user to confirm the creation of the new event.

The exact bash command for execution would be:
```bash
$GAPI calendar create --summary "Meeting" --start 2026-01-19T18:00:00+07:00 --end 2026-01-19T18:30:00+07:00
```
However, I will first list the events for the same date/time window to avoid duplicates:
```bash
python3 .../google_api.py calendar list --start 2026-01-19T00:00:00+07:00 --end 2026-01-20T23:59:59+07:00
```
If no duplicate event is found, I will execute the `calendar create` command.
⏱️  Latency: 17.94s | 🪙  Tokens: 385 in -> 490 out

🛠️  [PHASE 2: Preflight Command Generation]:
Here's the exact bash command for the preflight duplicate check:
```bash
python3 $HOME/.hermes/skills/productivity/google-workspace/scripts/google_api.py calendar list --start 2026-01-19T00:00:00+07:00 --end 2026-01-20T23:59:59+07:00
```
This command will list all existing events between tomorrow's start time (00:00:00) and the next day's end time (23:59:59), allowing us to check for duplicate events before creating a new one.
⏱️  Latency: 2.78s | 🪙  Tokens: 904 in -> 124 out

🌐 [MOCK TERMINAL EXECUTION]:
    Executing command generated above... returned: [] (0 events found)
🏁 [PHASE 3: Final Execution Generation]:
Since the `calendar list` command returned an empty array (`[]`), it means there are no existing events between tomorrow's start time and end time, so we can proceed with creating a new event.

Here's the exact bash command to create the meeting:
```bash
$GAPI calendar create --summary "Meeting" --start 2026-01-19T18:00:00+07:00 --end 2026-01-19T18:30:00+07:00
```
This will create a new event on Google Calendar with the specified summary, start time, and end time.
⏱️  Latency: 2.86s | 🪙  Tokens: 1056 in -> 128 out

📊 --- llama3.1:latest METRIC AND EFFICIENCY ACCOUNTING ---
   📥 Total Input Context Evaluated: 2345 tokens
   📤 Total Output Logic Generated:  742 tokens
   ⏳ Combined Execution Latency:  23.57 seconds
   ⚡ Measured Task Velocity:       31.48 tokens/s
=============================================================


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🔥 UNIFIED SKILL BENCHMARK: qwen3.5:latest
📅 Current System Time Context: 2026-06-06 06:50:31
=============================================================
🔍 [PHASE 1: Planning Probe Results]:
## Task Analysis: 'add meeting by 6 pm tomorrow'

### Strict Constraints That Apply

| # | Constraint | Application to This Task |
|---|------------|--------------------------|
| 1 | **Confirm before creating** | ✅ Must show event fields and wait for user confirmation |
| 2 | **ISO 8601 with timezone offset** | ✅ Use `+07:00` for WIB timezone |
| 3 | **All-day events omit time** | ❌ Not applicable (this is a meeting, not all-day) |
| 4 | **Use --attendees only if email provided** | ✅ No attendees mentioned → omit flag |
| 5 | **Avoid duplicate events** | ✅ Must check existing events first |

### Planned Execution Sequence

```
1. [Determine Date] → Calculate "tomorrow" date
2. [Calculate Time] → 18:00 WIB = 18:00:00+07:00
3. [Preflight Check] → List existing events for that date/time window
4. [Show Event Details] → Display summary, start, end, attendees to user
5. [Wait for Confirmation] → Get user approval
6. [Execute Command] → Run calendar create command
```

### Event Fields to Display for Confirmation

| Field | Value |
|-------|-------|
| Summary | "Meeting" (or user-specified) |
| Start | `2026-01-19T18:00:00+07:00` (example date) |
| End | `2026-01-19T19:00:00+07:00` (default 1 hour) |
| Attendees | None (omit flag) |

### Next Step

Before executing, I need to:
1. Confirm the exact date for "tomorrow"
2. Run the preflight check to list existing events
3. Show you the event details for confirmation

Would you like me to proceed with the preflight check and display the event details for your confirmation?
⏱️  Latency: 53.29s | 🪙  Tokens: 447 in -> 879 out

🛠️  [PHASE 2: Preflight Command Generation]:
## Preflight Duplicate Check Command

```bash
GAPI="python $HOME/.hermes/skills/productivity/google-workspace/scripts/google_api.py"
$GAPI calendar list --start 2026-01-19T00:00:00+07:00 --end 2026-01-19T23:59:59+07:00
```

### Command Breakdown

| Component | Value |
|-----------|-------|
| **Variable** | `GAPI` (defined in usage section) |
| **Subcommand** | `calendar list` |
| **Start** | `2026-01-19T00:00:00+07:00` (tomorrow at midnight) |
| **End** | `2026-01-19T23:59:59+07:00` (tomorrow at end of day) |
| **Timezone** | `+07:00` (WIB) |

### Expected Output

This will list all existing events for tomorrow. After reviewing the output, I'll:
1. Check if a 6 PM meeting already exists
2. Show you the event details for confirmation
3. Proceed with creation only if no duplicate exists

**Ready to execute?** Run the command above and share the output with me.
⏱️  Latency: 40.30s | 🪙  Tokens: 946 in -> 794 out

🌐 [MOCK TERMINAL EXECUTION]:
    Executing command generated above... returned: [] (0 events found)
🏁 [PHASE 3: Final Execution Generation]:
## Final Bash Command to Create the Meeting

```bash
GAPI="python $HOME/.hermes/skills/productivity/google-workspace/scripts/google_api.py"
$GAPI calendar create --summary "Meeting" --start 2026-01-19T18:00:00+07:00 --end 2026-01-19T19:00:00+07:00
```

### Command Breakdown

| Field | Value |
|-------|-----|
| **Summary** | `"Meeting"` |
| **Start** | `2026-01-19T18:00:00+07:00` (6 PM WIB) |
| **End** | `2026-01-19T19:00:00+07:00` (7 PM WIB, 1-hour duration) |
| **Attendees** | Omitted (none provided) |
| **Timezone** | `+07:00` (WIB) |

### Execution Notes

- ✅ Preflight check passed (no duplicates found)
- ✅ ISO 8601 format with timezone offset
- ✅ No attendees flag (as per rule #5)
- ⚠️ **Note**: If you want to add attendees, provide their email addresses and I'll update the command with `--attendees`

**Ready to execute?** Run the command above to create the meeting.
⏱️  Latency: 38.61s | 🪙  Tokens: 1292 in -> 770 out

📊 --- qwen3.5:latest METRIC AND EFFICIENCY ACCOUNTING ---
   📥 Total Input Context Evaluated: 2685 tokens
   📤 Total Output Logic Generated:  2443 tokens
   ⏳ Combined Execution Latency:  132.21 seconds
   ⚡ Measured Task Velocity:       18.48 tokens/s
=============================================================


=============================================================
🔥 UNIFIED SKILL BENCHMARK: gemma4:e4b
📅 Current System Time Context: 2026-06-06 06:50:31
=============================================================
🔍 [PHASE 1: Planning Probe Results]:
### Strict Constraints Applicable

The following constraints from the instructions must be strictly adhered to:

1.  **Confirmation Required (Rule 1):** I must confirm the event details (Summary, Start Time, End Time) with the user before executing the final creation command.
2.  **Time Formatting (Rule 2):** All start and end times must use ISO 8601 format, including a timezone offset (e.g., `YYYY-MM-DDTTHH:MM:SS+TZ`).
3.  **Duplicate Check (Rule 5):** I must execute a preflight check by listing existing events for the entire day of the proposed meeting date *before* attempting to create the event.
4.  **Missing Information Handling:** The user provided only a time ("6 pm") and a relative date ("tomorrow"). I must assume a default duration (e.g., 30 minutes) and must prompt the user for the required **Summary/Title** and confirmation of the **Timezone** and **Duration**.
5.  **Attendees (Rule 4):** Since no email list was provided, the `--attendees` flag will be omitted.

### Planned Execution Sequence

My execution will follow a three-step sequence:

**Step 1: Information Gathering & Preflight Check (Mandatory)**
*   I will first calculate the date for "tomorrow" and determine the required time window (from 00:00:00 to 23:59:59) for that date.
*   I will execute the `calendar list` command to check for existing events on that day, fulfilling the duplicate avoidance rule.
    *   *Command:* `python3 .../google_api.py calendar list --start [Tomorrow Start] --end [Tomorrow End]`

**Step 2: User Confirmation & Detail Resolution (Mandatory)**
*   After reviewing the existing schedule (from Step 1) and noting the missing details (Summary, Duration), I will present the proposed event details to the user for confirmation.
*   I will explicitly ask the user:
    1.  What should the meeting be titled (Summary)?
    2.  How long should the meeting last (Duration)?
    3.  Is the assumed timezone correct?

**Step 3: Event Creation (Conditional)**
*   Only if the user confirms the details *and* the preflight check (Step 1) confirms no conflict, will I generate the final `calendar create` command.
    *   *Command:* `$GAPI calendar create --summary "[Confirmed Summary]" --start [ISO Start] --end [ISO End]`
⏱️  Latency: 64.87s | 🪙  Tokens: 459 in -> 1338 out

🛠️  [PHASE 2: Preflight Command Generation]:
python3 $HOME/.hermes/skills/productivity/google-workspace/scripts/google_api.py calendar list --start 2024-10-28T00:00:00+07:00 --end 2024-10-28T23:59:59+07:00
⏱️  Latency: 15.62s | 🪙  Tokens: 1051 in -> 404 out

🌐 [MOCK TERMINAL EXECUTION]:
    Executing command generated above... returned: [] (0 events found)
🏁 [PHASE 3: Final Execution Generation]:
$GAPI calendar create --summary "Meeting" --start 2024-10-28T18:00:00+07:00 --end 2024-10-28T18:30:00+07:00
⏱️  Latency: 18.47s | 🪙  Tokens: 1162 in -> 472 out

📊 --- gemma4:e4b METRIC AND EFFICIENCY ACCOUNTING ---
   📥 Total Input Context Evaluated: 2672 tokens
   📤 Total Output Logic Generated:  2214 tokens
   ⏳ Combined Execution Latency:  98.96 seconds
   ⚡ Measured Task Velocity:       22.37 tokens/s
=============================================================


=============================================================
🔥 UNIFIED SKILL BENCHMARK: llama3.1-tools:latest
📅 Current System Time Context: 2026-06-06 06:50:31
=============================================================
❌ Failed executing unified run for llama3.1-tools:latest: model requires more system memory (10.8 GiB) than is available (8.4 GiB) (status code: 500)

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🔥 UNIFIED SKILL BENCHMARK: qwen3.5-tools:latest
📅 Current System Time Context: 2026-06-06 06:50:31
=============================================================
🔍 [PHASE 1: Planning Probe Results]:
## Task Analysis: 'add meeting by 6 pm tomorrow'

### Strict Constraints from Instructions

| # | Constraint | Applies to This Task |
|---|------------|----------------------|
| 1 | **Confirm before creating** | ✅ YES - Must show event fields before executing |
| 2 | **ISO 8601 with timezone offset** | ✅ YES - Use WIB (+07:00) format |
| 3 | **All day events** | ❌ NO - This is a timed meeting |
| 4 | **Attendees** | ⚠️ PARTIAL - No email list provided, omit --attendees |
| 5 | **Avoid duplicates** | ✅ YES - Must list events first before creating |

### Planned Execution Sequence

```
1. [Determine Date] → Calculate "tomorrow" date in WIB timezone
2. [Preflight Check] → List existing events for that date/time window
3. [Confirm with User] → Display event details (summary, start, end, timezone)
4. [Execute Command] → Run calendar create if no duplicates exist
```

### Missing Information Needed

| Field | Status | Reason |
|-------|--------|--------|
| Date | ❓ Unknown | Need current date to calculate "tomorrow" |
| Duration | ❓ Unknown | Task doesn't specify meeting length |
| Attendees | ❌ None | No email list provided |
| Timezone | ✅ WIB | Based on examples (+07:00) |

### Next Steps

Before executing, I need to:
1. Ask for the current date or confirm the specific date for "tomorrow"
2. Ask for meeting duration (default to 30 min if not specified)
3. Run the prefight check to list existing events
4. Confirm with user before creating

**Would you like me to proceed with creating this meeting?** Please confirm:
- The specific date for "tomorrow"
- Meeting duration (e.g., 30 minutes)
- Whether to proceed after checking for duplicates
⏱️  Latency: 107.98s | 🪙  Tokens: 447 in -> 816 out

🛠️  [PHASE 2: Preflight Command Generation]:
## Preflight Duplicate Check Command

```bash
python3 $HOME/.hermes/skills/productivity/google-workspace/scripts/google_api.py calendar list --start 2026-01-19T00:00:00+07:00 --end 2026-01-19T23:59:59+07:00
```

### Command Breakdown

| Component | Value | Reason |
|-----------|-------|--------|
| Script | `google_api.py` | Existing Google Workspace skill |
| Subcommand | `calendar list` | List existing events for duplicate check |
| `--start` | `2026-01-19T00:00:00+07:00` | Beginning of tomorrow (WIB) |
| `--end` | `2026-01-19T23:59:59+07:00` | End of tomorrow (WIB) |

### Note

⚠️ **Date Placeholder**: The date `2026-01-19` is a placeholder. You should replace it with the actual "tomorrow" date based on your current system date.

### Expected Output

This command will return a list of existing events for that date. If any event exists at or near 6 PM (18:00), we'll see it in the output and won't create a duplicate.

**Would you like me to proceed with the confirmation step after reviewing the list?**
⏱️  Latency: 104.31s | 🪙  Tokens: 923 in -> 872 out

🌐 [MOCK TERMINAL EXECUTION]:
    Executing command generated above... returned: [] (0 events found)
🏁 [PHASE 3: Final Execution Generation]:
## Final Bash Command to Create the Meeting

```bash
python3 $HOME/.hermes/skills/productivity/google-workspace/scripts/google_api.py calendar create --summary "6 PM Meeting" --start 2026-01-19T18:00:00+07:00 --end 2026-01-19T18:30:00+07:00
```

### Event Fields Summary (Before Execution)

| Field | Value |
|-------|-------|
| **Summary** | `6 PM Meeting` |
| **Start** | `2026-01-19T18:00:00+07:00` (6:00 PM WIB) |
| **End** | `2026-01-19T18:30:00+07:00` (6:30 PM WIB) |
| **Duration** | 30 minutes |
| **Attendees** | (none provided) |
| **Timezone** | WIB (+07:00) |

### ⚠️ Important Notes

1. **Date Placeholder**: Replace `2026-01-19` with the actual "tomorrow" date based on your current system date
2. **Duration**: Defaulted to 30 minutes (adjust if needed)
3. **Preflight Passed**: No duplicate events found for this date/time window

### Ready to Execute?

**Would you like me to run this command now?** Or would you prefer to:
- Adjust the date
- Change the duration
- Add attendees (provide email list)
- Modify the meeting title

Please confirm or provide corrections before I execute the command.
⏱️  Latency: 114.70s | 🪙  Tokens: 1298 in -> 971 out

📊 --- qwen3.5-tools:latest METRIC AND EFFICIENCY ACCOUNTING ---
   📥 Total Input Context Evaluated: 2668 tokens
   📤 Total Output Logic Generated:  2659 tokens
   ⏳ Combined Execution Latency:  327.00 seconds
   ⚡ Measured Task Velocity:       8.13 tokens/s
=============================================================


=============================================================
🔥 UNIFIED SKILL BENCHMARK: gemma4-tools:latest
📅 Current System Time Context: 2026-06-06 06:50:31
=============================================================
🔍 [PHASE 1: Planning Probe Results]:
### Analysis of Task: 'add meeting by 6 pm tomorrow'

This task requires creating a Google Calendar event. However, the input is highly ambiguous and lacks several critical pieces of information needed to execute the required commands successfully.

#### Strict Constraints Applicable:

1.  **Rule 1 (Confirmation):** I must confirm the event details (Summary, Start Time, End Time) with the user before executing the creation command.
2.  **Rule 2 (ISO 8601):** All time values must be formatted using ISO 8601 with a timezone offset (e.g., `YYYY-MM-DDTHH:MM:SS+TZ`).
3.  **Rule 5 (Duplicate Check):** I must first list existing events for the target date/time window to avoid creating duplicates.
4.  **Missing Information Handling:** The task is missing:
    *   **Summary/Title:** What is the meeting about?
    *   **Duration/End Time:** The user only specified a start time ("by 6 pm"). A meeting requires a defined end time.
    *   **Timezone:** The timezone is not specified.

#### Planned Execution Sequence:

Since the input is incomplete, the execution sequence must prioritize gathering necessary information before attempting any API calls.

**Phase 1: Information Gathering & Clarification (Mandatory)**
1.  **Identify Date:** Determine the specific date for "tomorrow."
2.  **Prompt User:** Ask the user for the following missing details:
    *   The **Summary/Title** of the meeting.
    *   The **Duration** (or end time) of the meeting.
    *   The **Timezone** for the meeting.

**Phase 2: Preflight Check (Rule 5)**
1.  Once the date is confirmed, I will execute the `calendar list` command to check for existing events on that day.
    *   *Command:* `python3 .../google_api.py calendar list --start [Tomorrow's Start Date] --end [Tomorrow's End Date]`

**Phase 3: Confirmation and Creation (Rules 1 & 2)**
1.  **Review:** I will analyze the output from the preflight check and present the proposed event details (Summary, Start Time, End Time) to the user for final confirmation.
2.  **Execute:** If the user confirms the details and confirms no conflicts, I will execute the `calendar create` command, ensuring all times adhere to the ISO 8601 format.
    *   *Command:* `$GAPI calendar create --summary "[Summary]" --start [ISO 8601 Start] --end [ISO 8601 End]`
⏱️  Latency: 67.97s | 🪙  Tokens: 459 in -> 1361 out

🛠️  [PHASE 2: Preflight Command Generation]:
```bash
python3 $HOME/.hermes/skills/productivity/google-workspace/scripts/google_api.py calendar list --start 2026-06-06T00:00:00+07:00 --end 2026-06-06T23:59:59+07:00
```

*(Note: This command assumes "tomorrow" is 2026-06-06 and uses the timezone offset +07:00, as per the examples provided in the instructions. In a live execution environment, the date would be dynamically calculated.)*
⏱️  Latency: 22.48s | 🪙  Tokens: 1071 in -> 569 out

🌐 [MOCK TERMINAL EXECUTION]:
    Executing command generated above... returned: [] (0 events found)
🏁 [PHASE 3: Final Execution Generation]:
I cannot generate the final bash command yet because the original request, 'add meeting by 6 pm tomorrow', is missing critical information required for a successful and accurate calendar entry.

According to **Rule 1**, I must confirm all event fields with you before executing the creation command.

Please provide the following details:

1.  **Summary/Title:** What should the meeting be titled?
2.  **Duration/End Time:** If the meeting starts at 6 PM, how long should it last (e.g., 30 minutes, 1 hour)?
3.  **Timezone:** Please confirm the timezone for the meeting (e.g., Asia/Jakarta, +07:00).

Once you provide these details, I will show you the full event summary and ask for final confirmation before running the `calendar create` command.
⏱️  Latency: 22.05s | 🪙  Tokens: 1244 in -> 561 out

📊 --- gemma4-tools:latest METRIC AND EFFICIENCY ACCOUNTING ---
   📥 Total Input Context Evaluated: 2774 tokens
   📤 Total Output Logic Generated:  2491 tokens
   ⏳ Combined Execution Latency:  112.50 seconds
   ⚡ Measured Task Velocity:       22.14 tokens/s
=============================================================