Conversation history:

User: Let's kick off Project Harbor-17. The target launch date is 2026-04-07.
Assistant: Understood — Project Harbor-17 is scheduled to launch on 2026-04-07.
User: Phase-one budget is approved at $278,000.
Assistant: Recorded: the phase-one budget is $278,000.
User: We'll source the pressure valve from Beaumont Systems, based in Toronto.
Assistant: Noted — Beaumont Systems (Toronto) will supply the pressure valve.
User: The team will have 53 people.
Assistant: Okay, a team of 53.
User: Correction: push the launch to 2026-06-20.
Assistant: Updated — the launch date is now 2026-06-20.
User: Also revise the phase-one budget to $299,000.
Assistant: Done — phase-one budget is now $299,000.

Answer: 2026-06-20

[User] Let's kick off Project Harbor-17. The target launch date is 2026-04-07.

[Assistant] Understood — Project Harbor-17 is scheduled to launch on 2026-04-07.

[User] Phase-one budget is approved at $278,000.

[Assistant] Recorded: the phase-one budget is $278,000.

[User] We'll source the pressure valve from Beaumont Systems, based in Toronto.

[Assistant] Noted — Beaumont Systems (Toronto) will supply the pressure valve.

[User] The team will have 53 people.

[Assistant] Okay, a team of 53.

[User] Correction: push the launch to 2026-06-20.

[Assistant] Updated — the launch date is now 2026-06-20.

[User] Also revise the phase-one budget to $299,000.

[Assistant] Done — phase-one budget is now $299,000.


Conversation history:

User: Let's kick off Project Anchor-13. The target launch date is 2026-02-13.
Assistant: Understood — Project Anchor-13 is scheduled to launch on 2026-02-13.
User: Phase-one budget is approved at $312,000.
Assistant: Recorded: the phase-one budget is $312,000.
User: We'll source the glass substrate from Whitfield Industrial, based in Nairobi.
Assistant: Noted — Whitfield Industrial (Nairobi) will supply the glass substrate.
User: The team will have 34 people.
Assistant: Okay, a team of 34.
User: Correction: push the launch to 2026-06-06.
Assistant: Updated — the launch date is now 2026-06-06.
User: Also revise the phase-one budget to $168,000.
Assistant: Done — phase-one budget is now $168,000.

Answer: 2026-06-06

The messages above are an earlier conversation. Using only what was said in it (and applying any corrections made later in the conversation), answer this question. What is the current launch date? Answer in YYYY-MM-DD form.
Return a JSON object of the form {"answer": <value>}. Return only the JSON object, with no other text, no explanation, and no code fences.

[User] Let's kick off Project Anchor-13. The target launch date is 2026-02-13.

[Assistant] Understood — Project Anchor-13 is scheduled to launch on 2026-02-13.

[User] Phase-one budget is approved at $312,000.

[Assistant] Recorded: the phase-one budget is $312,000.

[User] We'll source the glass substrate from Whitfield Industrial, based in Nairobi.

[Assistant] Noted — Whitfield Industrial (Nairobi) will supply the glass substrate.

[User] The team will have 34 people.

[Assistant] Okay, a team of 34.

[User] Correction: push the launch to 2026-06-06.

[Assistant] Updated — the launch date is now 2026-06-06.

[User] Also revise the phase-one budget to $168,000.

[Assistant] Done — phase-one budget is now $168,000.


Conversation history:

User: Let's kick off Project Falcon-2. The target launch date is 2026-06-20.
Assistant: Understood — Project Falcon-2 is scheduled to launch on 2026-06-20.
User: Phase-one budget is approved at $113,000.
Assistant: Recorded: the phase-one budget is $113,000.
User: We'll source the titanium bracket from Marchetti Systems, based in Singapore.
Assistant: Noted — Marchetti Systems (Singapore) will supply the titanium bracket.
User: The team will have 56 people.
Assistant: Okay, a team of 56.
User: Correction: push the launch to 2026-10-01.
Assistant: Updated — the launch date is now 2026-10-01.
User: Also revise the phase-one budget to $222,000.
Assistant: Done — phase-one budget is now $222,000.

Answer: 2026-10-01

[User] Let's kick off Project Falcon-2. The target launch date is 2026-06-20.

[Assistant] Understood — Project Falcon-2 is scheduled to launch on 2026-06-20.

[User] Phase-one budget is approved at $113,000.

[Assistant] Recorded: the phase-one budget is $113,000.

[User] We'll source the titanium bracket from Marchetti Systems, based in Singapore.

[Assistant] Noted — Marchetti Systems (Singapore) will supply the titanium bracket.

[User] The team will have 56 people.

[Assistant] Okay, a team of 56.

[User] Correction: push the launch to 2026-10-01.

[Assistant] Updated — the launch date is now 2026-10-01.

[User] Also revise the phase-one budget to $222,000.

[Assistant] Done — phase-one budget is now $222,000.


Conversation history:

User: Let's kick off Project Harbor-9. The target launch date is 2026-07-13.
Assistant: Understood — Project Harbor-9 is scheduled to launch on 2026-07-13.
User: Phase-one budget is approved at $180,000.
Assistant: Recorded: the phase-one budget is $180,000.
User: We'll source the laser diode from Devereux Systems, based in Zurich.
Assistant: Noted — Devereux Systems (Zurich) will supply the laser diode.
User: The team will have 25 people.
Assistant: Okay, a team of 25.
User: Correction: push the launch to 2026-09-24.
Assistant: Updated — the launch date is now 2026-09-24.
User: Also revise the phase-one budget to $350,000.
Assistant: Done — phase-one budget is now $350,000.
User: The lead time quoted by Devereux Systems is 25 days.
Assistant: Recorded — 25 days lead time from Devereux Systems.
User: Please loop in the Information Technology team for review.
Assistant: Will do — I've added the Information Technology team.
User: Please loop in the Security team for review.
Assistant: Will do — I've added the Security team.

Answer: 14000

The messages above are an earlier conversation. Using only what was said in it (and applying any corrections made later in the conversation), answer this question. Divide the current phase-one budget by the agreed team size and round down to a whole number. Give that integer. Use a plain number with no currency symbol or thousands separators.
Return a JSON object of the form {"answer": <value>}. Return only the JSON object, with no other text, no explanation, and no code fences.

[User] Let's kick off Project Harbor-9. The target launch date is 2026-07-13.

[Assistant] Understood — Project Harbor-9 is scheduled to launch on 2026-07-13.

[User] Phase-one budget is approved at $180,000.

[Assistant] Recorded: the phase-one budget is $180,000.

[User] We'll source the laser diode from Devereux Systems, based in Zurich.

[Assistant] Noted — Devereux Systems (Zurich) will supply the laser diode.

[User] The team will have 25 people.

[Assistant] Okay, a team of 25.

[User] Correction: push the launch to 2026-09-24.

[Assistant] Updated — the launch date is now 2026-09-24.

[User] Also revise the phase-one budget to $350,000.

[Assistant] Done — phase-one budget is now $350,000.

[User] The lead time quoted by Devereux Systems is 25 days.

[Assistant] Recorded — 25 days lead time from Devereux Systems.

[User] Please loop in the Information Technology team for review.

[Assistant] Will do — I've added the Information Technology team.

[User] Please loop in the Security team for review.

[Assistant] Will do — I've added the Security team.


Conversation history:

User: Let's kick off Project Willow-9. The target launch date is 2026-05-28.
Assistant: Understood — Project Willow-9 is scheduled to launch on 2026-05-28.
User: Phase-one budget is approved at $188,000.
Assistant: Recorded: the phase-one budget is $188,000.
User: We'll source the hydraulic pump from Zielinski Group, based in Chicago.
Assistant: Noted — Zielinski Group (Chicago) will supply the hydraulic pump.
User: The team will have 46 people.
Assistant: Okay, a team of 46.
User: Correction: push the launch to 2026-09-04.
Assistant: Updated — the launch date is now 2026-09-04.
User: Also revise the phase-one budget to $69,000.
Assistant: Done — phase-one budget is now $69,000.
User: The lead time quoted by Zielinski Group is 83 days.
Assistant: Recorded — 83 days lead time from Zielinski Group.
User: Please loop in the Compliance team for review.
Assistant: Will do — I've added the Compliance team.
User: Please loop in the Security team for review.
Assistant: Will do — I've added the Security team.

Answer: 1500

[User] Let's kick off Project Willow-9. The target launch date is 2026-05-28.

[Assistant] Understood — Project Willow-9 is scheduled to launch on 2026-05-28.

[User] Phase-one budget is approved at $188,000.

[Assistant] Recorded: the phase-one budget is $188,000.

[User] We'll source the hydraulic pump from Zielinski Group, based in Chicago.

[Assistant] Noted — Zielinski Group (Chicago) will supply the hydraulic pump.

[User] The team will have 46 people.

[Assistant] Okay, a team of 46.

[User] Correction: push the launch to 2026-09-04.

[Assistant] Updated — the launch date is now 2026-09-04.

[User] Also revise the phase-one budget to $69,000.

[Assistant] Done — phase-one budget is now $69,000.

[User] The lead time quoted by Zielinski Group is 83 days.

[Assistant] Recorded — 83 days lead time from Zielinski Group.

[User] Please loop in the Compliance team for review.

[Assistant] Will do — I've added the Compliance team.

[User] Please loop in the Security team for review.

[Assistant] Will do — I've added the Security team.


Conversation history:

User: Let's kick off Project Falcon-17. The target launch date is 2026-05-25.
Assistant: Understood — Project Falcon-17 is scheduled to launch on 2026-05-25.
User: Phase-one budget is approved at $274,000.
Assistant: Recorded: the phase-one budget is $274,000.
User: We'll source the servo motor from Kowalski Works, based in Lima.
Assistant: Noted — Kowalski Works (Lima) will supply the servo motor.
User: The team will have 44 people.
Assistant: Okay, a team of 44.
User: Correction: push the launch to 2026-07-28.
Assistant: Updated — the launch date is now 2026-07-28.
User: Also revise the phase-one budget to $327,000.
Assistant: Done — phase-one budget is now $327,000.
User: The lead time quoted by Kowalski Works is 31 days.
Assistant: Recorded — 31 days lead time from Kowalski Works.
User: Please loop in the Finance team for review.
Assistant: Will do — I've added the Finance team.
User: Please loop in the Operations team for review.
Assistant: Will do — I've added the Operations team.

Answer: 7431

[User] Let's kick off Project Falcon-17. The target launch date is 2026-05-25.

[Assistant] Understood — Project Falcon-17 is scheduled to launch on 2026-05-25.

[User] Phase-one budget is approved at $274,000.

[Assistant] Recorded: the phase-one budget is $274,000.

[User] We'll source the servo motor from Kowalski Works, based in Lima.

[Assistant] Noted — Kowalski Works (Lima) will supply the servo motor.

[User] The team will have 44 people.

[Assistant] Okay, a team of 44.

[User] Correction: push the launch to 2026-07-28.

[Assistant] Updated — the launch date is now 2026-07-28.

[User] Also revise the phase-one budget to $327,000.

[Assistant] Done — phase-one budget is now $327,000.

[User] The lead time quoted by Kowalski Works is 31 days.

[Assistant] Recorded — 31 days lead time from Kowalski Works.

[User] Please loop in the Finance team for review.

[Assistant] Will do — I've added the Finance team.

[User] Please loop in the Operations team for review.

[Assistant] Will do — I've added the Operations team.


Conversation history:

User: Let's kick off Project Quartz-14. The target launch date is 2026-06-19.
Assistant: Understood — Project Quartz-14 is scheduled to launch on 2026-06-19.
User: Phase-one budget is approved at $376,000.
Assistant: Recorded: the phase-one budget is $376,000.
User: We'll source the ceramic bearing from Fairbanks Dynamics, based in Toronto.
Assistant: Noted — Fairbanks Dynamics (Toronto) will supply the ceramic bearing.
User: The team will have 21 people.
Assistant: Okay, a team of 21.
User: Correction: push the launch to 2026-08-21.
Assistant: Updated — the launch date is now 2026-08-21.
User: Also revise the phase-one budget to $155,000.
Assistant: Done — phase-one budget is now $155,000.
User: The lead time quoted by Fairbanks Dynamics is 44 days.
Assistant: Recorded — 44 days lead time from Fairbanks Dynamics.
User: Please loop in the Strategic Planning team for review.
Assistant: Will do — I've added the Strategic Planning team.
User: Please loop in the Data Analytics team for review.
Assistant: Will do — I've added the Data Analytics team.

Answer: 7380

[User] Let's kick off Project Quartz-14. The target launch date is 2026-06-19.

[Assistant] Understood — Project Quartz-14 is scheduled to launch on 2026-06-19.

[User] Phase-one budget is approved at $376,000.

[Assistant] Recorded: the phase-one budget is $376,000.

[User] We'll source the ceramic bearing from Fairbanks Dynamics, based in Toronto.

[Assistant] Noted — Fairbanks Dynamics (Toronto) will supply the ceramic bearing.

[User] The team will have 21 people.

[Assistant] Okay, a team of 21.

[User] Correction: push the launch to 2026-08-21.

[Assistant] Updated — the launch date is now 2026-08-21.

[User] Also revise the phase-one budget to $155,000.

[Assistant] Done — phase-one budget is now $155,000.

[User] The lead time quoted by Fairbanks Dynamics is 44 days.

[Assistant] Recorded — 44 days lead time from Fairbanks Dynamics.

[User] Please loop in the Strategic Planning team for review.

[Assistant] Will do — I've added the Strategic Planning team.

[User] Please loop in the Data Analytics team for review.

[Assistant] Will do — I've added the Data Analytics team.


Conversation history:

User: Let's kick off Project Compass-5. The target launch date is 2026-02-15.
Assistant: Understood — Project Compass-5 is scheduled to launch on 2026-02-15.
User: Phase-one budget is approved at $292,000.
Assistant: Recorded: the phase-one budget is $292,000.
User: We'll source the steel fastener from Ashworth Dynamics, based in Amsterdam.
Assistant: Noted — Ashworth Dynamics (Amsterdam) will supply the steel fastener.
User: The team will have 24 people.
Assistant: Okay, a team of 24.
User: Correction: push the launch to 2026-05-15.
Assistant: Updated — the launch date is now 2026-05-15.
User: Also revise the phase-one budget to $127,000.
Assistant: Done — phase-one budget is now $127,000.
User: The lead time quoted by Ashworth Dynamics is 27 days.
Assistant: Recorded — 27 days lead time from Ashworth Dynamics.
User: Please loop in the Marketing team for review.
Assistant: Will do — I've added the Marketing team.
User: Please loop in the Compliance team for review.
Assistant: Will do — I've added the Compliance team.

Answer: 5291

[User] Let's kick off Project Compass-5. The target launch date is 2026-02-15.

[Assistant] Understood — Project Compass-5 is scheduled to launch on 2026-02-15.

[User] Phase-one budget is approved at $292,000.

[Assistant] Recorded: the phase-one budget is $292,000.

[User] We'll source the steel fastener from Ashworth Dynamics, based in Amsterdam.

[Assistant] Noted — Ashworth Dynamics (Amsterdam) will supply the steel fastener.

[User] The team will have 24 people.

[Assistant] Okay, a team of 24.

[User] Correction: push the launch to 2026-05-15.

[Assistant] Updated — the launch date is now 2026-05-15.

[User] Also revise the phase-one budget to $127,000.

[Assistant] Done — phase-one budget is now $127,000.

[User] The lead time quoted by Ashworth Dynamics is 27 days.

[Assistant] Recorded — 27 days lead time from Ashworth Dynamics.

[User] Please loop in the Marketing team for review.

[Assistant] Will do — I've added the Marketing team.

[User] Please loop in the Compliance team for review.

[Assistant] Will do — I've added the Compliance team.


Conversation history:

User: Let's kick off Project Anchor-10. The target launch date is 2026-02-01.
Assistant: Understood — Project Anchor-10 is scheduled to launch on 2026-02-01.
User: Phase-one budget is approved at $179,000.
Assistant: Recorded: the phase-one budget is $179,000.
User: We'll source the laser diode from Okafor Materials, based in Shanghai.
Assistant: Noted — Okafor Materials (Shanghai) will supply the laser diode.
User: The team will have 56 people.
Assistant: Okay, a team of 56.
User: Correction: push the launch to 2026-04-12.
Assistant: Updated — the launch date is now 2026-04-12.
User: Also revise the phase-one budget to $79,000.
Assistant: Done — phase-one budget is now $79,000.
User: The lead time quoted by Okafor Materials is 61 days.
Assistant: Recorded — 61 days lead time from Okafor Materials.
User: Please loop in the Strategic Planning team for review.
Assistant: Will do — I've added the Strategic Planning team.
User: Please loop in the Operations team for review.
Assistant: Will do — I've added the Operations team.

Answer: 1410

[User] Let's kick off Project Anchor-10. The target launch date is 2026-02-01.

[Assistant] Understood — Project Anchor-10 is scheduled to launch on 2026-02-01.

[User] Phase-one budget is approved at $179,000.

[Assistant] Recorded: the phase-one budget is $179,000.

[User] We'll source the laser diode from Okafor Materials, based in Shanghai.

[Assistant] Noted — Okafor Materials (Shanghai) will supply the laser diode.

[User] The team will have 56 people.

[Assistant] Okay, a team of 56.

[User] Correction: push the launch to 2026-04-12.

[Assistant] Updated — the launch date is now 2026-04-12.

[User] Also revise the phase-one budget to $79,000.

[Assistant] Done — phase-one budget is now $79,000.

[User] The lead time quoted by Okafor Materials is 61 days.

[Assistant] Recorded — 61 days lead time from Okafor Materials.

[User] Please loop in the Strategic Planning team for review.

[Assistant] Will do — I've added the Strategic Planning team.

[User] Please loop in the Operations team for review.

[Assistant] Will do — I've added the Operations team.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "database.engine"
- "limits.burst"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


delete a polymer gasket

search a ceramic bearing

search a titanium bracket

The provided document is a JSON list of tool (function-calling) definitions. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "delete_gasket.operationId"
- "search_bracket.timeout.default"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


import os
import json
from dataclasses import dataclass

MAX_RETRIES = 3
DEFAULT_TIMEOUT = 30.0
API_VERSION = "v2.9.11-rc.9"
CACHE_PREFIX = "po-66shc5:"

def resolve_0(host: str, port: int = 8080, verbose: bool = False) -> Response:
    """resolve_0 against host."""
    return _do_resolve_0(host, port)

def encode_1(host: str, port: int = 9090, verbose: bool = False) -> bool:
    """encode_1 against host."""
    return _do_encode_1(host, port)

def flush_2(host: str, port: int = 8443, verbose: bool = False) -> Response:
    """flush_2 against host."""
    return _do_flush_2(host, port)

def retry_3(host: str, port: int = 8443, verbose: bool = False) -> list[str]:
    """retry_3 against host."""
    return _do_retry_3(host, port)

The provided document is a Python source module. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "flush_2.port_default"
- "resolve_0.return"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "database.engine"
- "server.max_connections"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "limits.rpm"
- "logging.retention_days"
- "server.max_connections"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


list a steel fastener

create a servo motor

update a steel fastener

The provided document is a JSON list of tool (function-calling) definitions. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "create_motor.operationId"
- "list_fastener.limit.default"
- "list_fastener.operationId"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


import os
import json
from dataclasses import dataclass

MAX_RETRIES = 100
DEFAULT_TIMEOUT = 2.0
API_VERSION = "v6.24.19-rc.4"
CACHE_PREFIX = "po-qi84nb:"

def flush_0(host: str, port: int = 9090, verbose: bool = False) -> Response:
    """flush_0 against host."""
    return _do_flush_0(host, port)

def validate_1(host: str, port: int = 8443, verbose: bool = False) -> bool:
    """validate_1 against host."""
    return _do_validate_1(host, port)

def retry_2(host: str, port: int = 8080, verbose: bool = False) -> bool:
    """retry_2 against host."""
    return _do_retry_2(host, port)

def connect_3(host: str, port: int = 9090, verbose: bool = False) -> bool:
    """connect_3 against host."""
    return _do_connect_3(host, port)

The provided document is a Python source module. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "DEFAULT_TIMEOUT"
- "validate_1.port_default"
- "validate_1.return"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "limits.burst"
- "server.host"
- "server.max_connections"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


get a pressure valve

create a membrane filter

sync a lithium cell

The provided document is a JSON list of tool (function-calling) definitions. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "create_filter.limit.default"
- "create_filter.operationId"
- "get_valve.operationId"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "database.engine"
- "logging.level"
- "server.host"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


create a glass substrate

update a lithium cell

update a membrane filter

The provided document is a JSON list of tool (function-calling) definitions. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "create_substrate.limit.default"
- "update_cell.limit.default"
- "update_filter.limit.default"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


import os
import json
from dataclasses import dataclass

MAX_RETRIES = 500
DEFAULT_TIMEOUT = 5.0
API_VERSION = "v24.2.18-rc.7"
CACHE_PREFIX = "po-vggy2w:"

def retry_0(host: str, port: int = 8443, verbose: bool = False) -> dict:
    """retry_0 against host."""
    return _do_retry_0(host, port)

def fetch_1(host: str, port: int = 8443, verbose: bool = False) -> list[str]:
    """fetch_1 against host."""
    return _do_fetch_1(host, port)

def fetch_2(host: str, port: int = 9090, verbose: bool = False) -> int:
    """fetch_2 against host."""
    return _do_fetch_2(host, port)

def encode_3(host: str, port: int = 8080, verbose: bool = False) -> list[str]:
    """encode_3 against host."""
    return _do_encode_3(host, port)

The provided document is a Python source module. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "MAX_RETRIES"
- "fetch_1.port_default"
- "fetch_1.return"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "auth.api_key"
- "cache.backend"
- "database.dsn"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


get a cooling manifold

search a signal relay

delete a titanium bracket

The provided document is a JSON list of tool (function-calling) definitions. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "delete_bracket.operationId"
- "search_relay.operationId"
- "search_relay.timeout.default"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


import os
import json
from dataclasses import dataclass

MAX_RETRIES = 3
DEFAULT_TIMEOUT = 2.0
API_VERSION = "v19.17.10-rc.3"
CACHE_PREFIX = "po-x7kjgw:"

def validate_0(host: str, port: int = 8443, verbose: bool = False) -> dict:
    """validate_0 against host."""
    return _do_validate_0(host, port)

def validate_1(host: str, port: int = 9090, verbose: bool = False) -> Connection:
    """validate_1 against host."""
    return _do_validate_1(host, port)

def validate_2(host: str, port: int = 9090, verbose: bool = False) -> Response:
    """validate_2 against host."""
    return _do_validate_2(host, port)

def connect_3(host: str, port: int = 8080, verbose: bool = False) -> bool:
    """connect_3 against host."""
    return _do_connect_3(host, port)

The provided document is a Python source module. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "connect_3.return"
- "validate_1.return"
- "validate_2.return"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "services.svc-po-938h46.database.pool.max"
- "services.svc-po-d1if8y.database.pool.max"
- "services.svc-po-d1if8y.logging.level"
- "services.svc-po-e2p8dk.database.engine"
- "services.svc-po-e2p8dk.database.pool.max"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


list a hydraulic pump

list a cooling manifold

update a cooling manifold

delete a ceramic bearing

create a copper coil

get a steel fastener

sync a titanium bracket

delete a polymer gasket

update a glass substrate

The provided document is a JSON list of tool (function-calling) definitions. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "create_coil.timeout.default"
- "delete_gasket.operationId"
- "sync_bracket.operationId"
- "update_manifold.limit.default"
- "update_substrate.limit.default"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


import os
import json
from dataclasses import dataclass

MAX_RETRIES = 100
DEFAULT_TIMEOUT = 30.0
API_VERSION = "v22.14.8-rc.3"
CACHE_PREFIX = "po-pqg1t3:"
POOL_SIZE = 100
BATCH_LIMIT = 8
BACKOFF_BASE = 30.0
PAGE_SIZE = 100

def connect_0(host: str, port: int = 9090, verbose: bool = False) -> list[str]:
    """connect_0 against host."""
    return _do_connect_0(host, port)

def resolve_1(host: str, port: int = 8443, verbose: bool = False) -> Response:
    """resolve_1 against host."""
    return _do_resolve_1(host, port)

def connect_2(host: str, port: int = 8443, verbose: bool = False) -> Connection:
    """connect_2 against host."""
    return _do_connect_2(host, port)

def flush_3(host: str, port: int = 8443, verbose: bool = False) -> Connection:
    """flush_3 against host."""
    return _do_flush_3(host, port)

def encode_4(host: str, port: int = 8443, verbose: bool = False) -> int:
    """encode_4 against host."""
    return _do_encode_4(host, port)

def validate_5(host: str, port: int = 8080, verbose: bool = False) -> dict:
    """validate_5 against host."""
    return _do_validate_5(host, port)

def retry_6(host: str, port: int = 8080, verbose: bool = False) -> dict:
    """retry_6 against host."""
    return _do_retry_6(host, port)

def fetch_7(host: str, port: int = 8443, verbose: bool = False) -> Response:
    """fetch_7 against host."""
    return _do_fetch_7(host, port)

The provided document is a Python source module. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "connect_2.port_default"
- "encode_4.return"
- "flush_3.port_default"
- "retry_6.port_default"
- "validate_5.port_default"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "services.svc-po-dvyu4o.limits.burst"
- "services.svc-po-shgg89.database.pool.min"
- "services.svc-po-yqmldt.name"
- "services.svc-po-za85s7.build.image"
- "services.svc-po-za85s7.logging.level"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


The provided document is a JSON configuration object. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "services.svc-po-bb3l7c.auth.api_key"
- "services.svc-po-c8buty.database.pool.min"
- "services.svc-po-lx18vl.version"
- "services.svc-po-mlseur.instance_id"
- "services.svc-po-ry6gc6.auth.api_key"
- "services.svc-po-ywvoee.instance_id"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


create a lithium cell

get a titanium bracket

list a carbon panel

get a carbon panel

list a polymer gasket

update a steel fastener

list a cooling manifold

sync a pressure valve

list a laser diode

search a titanium bracket

delete a titanium bracket

list a optical sensor

sync a lithium cell

update a glass substrate

get a polymer gasket

delete a steel fastener

update a carbon panel

search a optical sensor

The provided document is a JSON list of tool (function-calling) definitions. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "create_cell.operationId"
- "delete_fastener.limit.default"
- "get_bracket.limit.default"
- "list_panel.limit.default"
- "list_panel.operationId"
- "update_fastener.timeout.default"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.


import os
import json
from dataclasses import dataclass

MAX_RETRIES = 32
DEFAULT_TIMEOUT = 1.5
API_VERSION = "v2.11.0-rc.5"
CACHE_PREFIX = "po-3b0ldj:"
POOL_SIZE = 16
BATCH_LIMIT = 16
BACKOFF_BASE = 2.0
PAGE_SIZE = 8

def fetch_0(host: str, port: int = 8443, verbose: bool = False) -> list[str]:
    """fetch_0 against host."""
    return _do_fetch_0(host, port)

def connect_1(host: str, port: int = 8443, verbose: bool = False) -> dict:
    """connect_1 against host."""
    return _do_connect_1(host, port)

def validate_2(host: str, port: int = 9090, verbose: bool = False) -> Response:
    """validate_2 against host."""
    return _do_validate_2(host, port)

def validate_3(host: str, port: int = 8080, verbose: bool = False) -> dict:
    """validate_3 against host."""
    return _do_validate_3(host, port)

def fetch_4(host: str, port: int = 8443, verbose: bool = False) -> int:
    """fetch_4 against host."""
    return _do_fetch_4(host, port)

def retry_5(host: str, port: int = 8443, verbose: bool = False) -> int:
    """retry_5 against host."""
    return _do_retry_5(host, port)

def fetch_6(host: str, port: int = 8080, verbose: bool = False) -> list[str]:
    """fetch_6 against host."""
    return _do_fetch_6(host, port)

def resolve_7(host: str, port: int = 8080, verbose: bool = False) -> int:
    """resolve_7 against host."""
    return _do_resolve_7(host, port)

def retry_8(host: str, port: int = 8443, verbose: bool = False) -> list[str]:
    """retry_8 against host."""
    return _do_retry_8(host, port)

def validate_9(host: str, port: int = 8443, verbose: bool = False) -> Connection:
    """validate_9 against host."""
    return _do_validate_9(host, port)

def encode_10(host: str, port: int = 8443, verbose: bool = False) -> Response:
    """encode_10 against host."""
    return _do_encode_10(host, port)

def flush_11(host: str, port: int = 8080, verbose: bool = False) -> Response:
    """flush_11 against host."""
    return _do_flush_11(host, port)

def retry_12(host: str, port: int = 8443, verbose: bool = False) -> int:
    """retry_12 against host."""
    return _do_retry_12(host, port)

def retry_13(host: str, port: int = 9090, verbose: bool = False) -> Response:
    """retry_13 against host."""
    return _do_retry_13(host, port)

The provided document is a Python source module. Extract the exact value found at each location listed below, and return a single JSON object whose keys are exactly these locations:
- "CACHE_PREFIX"
- "PAGE_SIZE"
- "resolve_7.return"
- "retry_12.return"
- "retry_13.return"
- "retry_8.return"
For a JSON path such as a.b.c, give the value at that nested key. For a tool location such as name.operationId or name.param.default, give that tool's operation id or that parameter's default. For a code location such as SYMBOL or func.return, give the constant's value or the function's return annotation. Copy each value exactly as written. Return only the JSON object, with no other text, no explanation, and no code fences.