[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_mesh_relay.py?

[Assistant]
This is the file tests/test_mesh_relay.py from the SIMP codebase. Here is its content:

```
"""
Tests for SIMP Mesh Relay Router (Sprint 73)
"""

import time
import pytest

from simp.transport.mesh_relay import MeshRouter, MeshPeer
from simp.transport.packet import (
    SimpPacket,
    MessageType,
    PacketFlags,
    agent_id_to_peer_id,
    IntentBloomFilter,
    DEFAULT_TTL,
)

class TestMeshPeer:
    def test_default_values(self):
        peer = MeshPeer()
        assert peer.transport == "http"
        assert peer.is_direct is True

    def test_is_stale(self):
        peer = MeshPeer(last_seen=time.time() - 600)
        assert peer.is_stale

    def test_not_stale(self):
        peer = MeshPeer(last_seen=time.time())
        assert not peer.is_stale

    def test_custom_peer(self):
        peer = MeshPeer(
            peer_id=agent_id_to_peer_id("bob"),
            agent_id="bob",
            transport="ble",
            capabilities=["trade"],
        )
        assert peer.agent_id == "bob"
        assert peer.transport == "ble"
        assert "trade" in peer.capabilities

class TestMeshRouter:
    def test_init(self):
        router = MeshRouter(local_agent_id="test")
        assert router.local_agent_id == "test"
        assert len(router.peers) == 0

    def test_add_peer(self):
        router = MeshRouter(local_agent_id="test")
        peer = MeshPeer(peer_id=b"\x01" * 8, agent_id="peer-1")
        assert router.add_peer(peer)
        assert len(router.peers) == 1

    def test_remove_peer(self):
        router = MeshRouter(local_agent_id="test")
        pid = b"\x01" * 8
        peer = MeshPeer(peer_id=pid, agent_id="peer-1")
        router.add_peer(peer)
        assert router.remove_peer(pid)
        assert len(router.peers) == 0

    def test_remove_nonexistent(self):
        router = MeshRouter()
        assert not router.remove_peer(b"\xff" * 8)

    def test_get_peer(self):
        router = MeshRouter()
        pid = b"\x02" * 8
        peer = MeshPeer(peer_id=pid, agent_id="p2")
        router.add_peer(peer)
        found = router.get_peer(pid)
        assert found is not None
        assert found.agent_id == "p2"

    def test_get_peer_by_agent_id(self):
        router = MeshRouter()
        peer = MeshPeer(
            peer_id=agent_id_to_peer_id("alice"),
            agent_id="alice",
        )
        router.add_peer(peer)
        found = router.get_peer_by_agent_id("alice")
        assert found is not None
        assert found.agent_id == "alice"

    def test_max_peers(self):
        router = MeshRouter(max_peers=2)
        router.add_peer(MeshPeer(peer_id=b"\x01" * 8))
        router.add_peer(MeshPeer(peer_id=b"\x02" * 8))
        assert not router.add_peer(MeshPeer(peer_id=b"\x03" * 8))

    def test_list_peers(self):
        router = MeshRouter()
        router.add_peer(MeshPeer(peer_id=b"\x01" * 8, agent_id="a"))
        router.add_peer(MeshPeer(peer_id=b"\x02" * 8, agent_id="b"))
        peers = router.list_peers()
        assert len(peers) == 2

    def test_prune_stale_peers(self):
        router = Mes
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(ttl=1, sender_id=b"\x01" * 8)


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] pkt = SimpPacket(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_enhanced_bus_v2.py?

[Assistant]
This is the file tests/test_enhanced_bus_v2.py from the SIMP codebase. Here is its content:

```
"""
test_enhanced_bus_v2.py
========================
Unit tests + stress tests for every new subsystem in enhanced_bus.py v2:

  • OfflineMessageStore  – SQLite persistence, expiry, multi-agent
  • BloomFilter          – add/contains, TTL eviction, false-positive rate
  • DeliveryReceipt      – issue, verify, tamper detection, DB persistence
  • PaymentChannel       – apply_payment, edge cases, state machine
  • PaymentSettler       – open/pay/receive/settle, persistence, balance summary
  • GossipRouter         – flood, dedup, TTL drop, peer management
  • EnhancedMeshBus      – full integration: offline drain, receipts, settlement
                          broadcast, gossip originate, backwards compat

Stress tests
  • 1 000 messages through offline store (multi-threaded writers)
  • 10 000 bloom-filter insertions with false-positive measurement
  • 500-payment channel stress
  • 200-agent concurrent receive with gossip
"""

from __future__ import annotations

import hashlib
import hmac as _hmac
import json
import os
import sqlite3
import tempfile
import threading
import time
import uuid
from typing import List
from pathlib import Path

import pytest
import sys

# ── path setup ───────────────────────────────────────────────────────────────
ROOT = Path(__file__).parent.parent
sys.path.insert(0, str(ROOT))

from simp.mesh.packet import MeshPacket, Priority, MessageType, create_event_packet
from simp.mesh.enhanced_bus import (
    BloomFilter,
    ChannelState,
    DeliveryReceipt,
    DeliveryReceiptManager,
    EnhancedMeshBus,
    GossipRouter,
    MessageStatus,
    OfflineMessageStore,
    PaymentChannel,
    PaymentSettler,
    PrioritizedMessage,
)

# ─────────────────────────────────────────────────────────────────────────────
# Helpers
# ─────────────────────────────────────────────────────────────────────────────

def _make_packet(
    sender:    str = "agent_a",
    recipient: str = "agent_b",
    channel:   str = "test",
    ttl:       int = 3600,
) -> MeshPacket:
    return create_event_packet(
        sender_id    = sender,
        recipient_id = recipient,
        channel      = channel,
        payload      = {"ts": time.time(), "data": "test"},
        ttl_seconds  = ttl,
    )

def _tmp_db() -> str:
    fd, path = tempfile.mkstemp(suffix=".db")
    os.close(fd)
    return path

def _tmp_bus(log_dir: str = None) -> EnhancedMeshBus:
    if log_dir is None:
        log_dir = tempfile.mkdtemp()
    return EnhancedMeshBus(
        log_dir         = log_dir,
        db_path         = os.path.join(log_dir, "test_offline.db"),
        shared_secret   = b"test_secret_simp",
        enable_gossip   = True,
        enable_payments = True,
        enable_receipts = True,
    )

SECRET = b"test_secret_simp"

# ─────────────────────────────────────────────────────────────────────────────
# 1. OfflineMessageStore
# ─────────────────────────────────────────────────────────────────────────────

class TestOfflineMessageStore:
    def test_st
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_sprint40_deerflow_upgrades.py?

[Assistant]
This is the file tests/test_sprint40_deerflow_upgrades.py from the SIMP codebase. Here is its content:

```
"""
test_sprint40_deerflow_upgrades.py
====================================
Comprehensive stress test suite for all four DeerFlow-extracted capability
modules ported to ProjectX / SIMP v0.4.0.

Modules under test:
  1. draft_projectx_loop_guard      — LoopGuard, SubagentConcurrencyGuard, AgentGuardSuite
  2. draft_projectx_sandbox_audit   — SandboxAudit, HostBashGate, AuditedBashRunner
  3. draft_projectx_skill_loader    — ProjectXSkillParser, ProjectXSkillLoader,
                                       ProjectXSkillInstaller, SkillRegistry
  4. draft_projectx_subagent_spawner — ProjectXSubagentSpawner, ProjectXCheckpointer,
                                        ProjectXMemoryBridge, SubagentStatus

Sprint: 40 — DeerFlow Skills Upgrade
Author: KLOUTBOT
Date:   2026-04-09
"""

import pytest
pytest.skip("Skipping DeerFlow upgrade tests - draft modules not implemented", allow_module_level=True)

import asyncio
import json
import os
import sys
import tempfile
import threading
import time
import uuid
from concurrent.futures import ThreadPoolExecutor
from pathlib import Path

import pytest

# ─── path bootstrap ──────────────────────────────────────────────────────────
SCAFFOLDING = Path(__file__).parent.parent.parent.parent / "ProjectX" / "proposals" / "scaffolding"
sys.path.insert(0, str(SCAFFOLDING))

# ─── imports ─────────────────────────────────────────────────────────────────
from draft_projectx_loop_guard import (
    AgentGuardSuite,
    LoopGuard,
    SubagentConcurrencyGuard,
)
from draft_projectx_sandbox_audit import (
    AuditedBashRunner,
    CommandClassification,
    HostBashGate,
    RiskLevel,
    SandboxAudit,
    _HOST_BASH_ENV_VAR,
)
from draft_projectx_skill_loader import (
    ProjectXSkillInstaller,
    ProjectXSkillLoader,
    ProjectXSkillParser,
    SkillRegistry,
)
from draft_projectx_subagent_spawner import (
    MAX_CONCURRENT_SUBAGENTS,
    ProjectXCheckpointer,
    ProjectXMemoryBridge,
    ProjectXSubagentSpawner,
    SubagentStatus,
    SubagentTask,
)

# ─── shared fixtures ─────────────────────────────────────────────────────────

VALID_SKILL_MD = """# Test Skill

## Description
A test skill for unit testing the ProjectX skill loader pipeline.

## System Prompt
You are a test agent. Execute test tasks with precision and return structured results.

## Tools
websearch, python_repl

## Intent Types
research, test_harness

## Constraints
- Never fabricate data
- Always return structured output
"""

INVALID_SKILL_MD_MISSING_PROMPT = """# Bad Skill

## Description
This skill is missing the system prompt section.

## Tools
websearch
"""

INVALID_SKILL_MD_EMPTY_BODY = """# Empty Skill

## Description

## System Prompt

"""

@pytest.fixture
def skill_dir(tmp_path):
    return tmp_path

@pytest.fixture
def checkpoint_db(tmp_path):
    return str(tmp_path / "checkpoints.sqlite3")

@pytest.fixture
def memory_db(tmp_path):
    return str(tmp_path / "memory.sqlite3")

@pytest.fixture
def ws_collector():
    events = []
    d
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] ok, out, err = runner.run_safe("echo SIMP_TEST_MARKER")


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] ok, out, err = runner.run_safe("chmod 777 /tmp/test_simp")


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_transport_bridge.py?

[Assistant]
This is the file tests/test_transport_bridge.py from the SIMP codebase. Here is its content:

```
"""
Tests for SIMP Transport Bridge (Sprint 71)
"""

import json
import pytest

from simp.transport.bridge import (
    intent_to_packet,
    packet_to_intent,
    build_ack_packet,
    build_discovery_packet,
    select_transport,
)
from simp.transport.packet import (
    MessageType,
    PacketFlags,
    agent_id_to_peer_id,
    encode,
    decode,
)

class TestIntentToPacket:
    def test_basic_conversion(self):
        intent = {"intent_type": "test", "params": {"key": "value"}}
        pkt = intent_to_packet(intent)
        assert pkt.msg_type == MessageType.INTENT
        assert len(pkt.payload) > 0

    def test_with_source_and_target(self):
        intent = {"intent_type": "trade", "target_agent": "bob"}
        pkt = intent_to_packet(intent, source_agent_id="alice", target_agent_id="bob")
        assert pkt.sender_id == agent_id_to_peer_id("alice")
        assert pkt.recipient_id == agent_id_to_peer_id("bob")
        assert pkt.flags & PacketFlags.HAS_RECIPIENT

    def test_signature_flag(self):
        intent = {"intent_type": "test", "signature": "abc123"}
        pkt = intent_to_packet(intent)
        assert pkt.flags & PacketFlags.HAS_SIGNATURE

    def test_custom_ttl(self):
        intent = {"intent_type": "test"}
        pkt = intent_to_packet(intent, ttl=3)
        assert pkt.ttl == 3

class TestPacketToIntent:
    def test_roundtrip(self):
        original = {"intent_type": "test", "params": {"x": 42}}
        pkt = intent_to_packet(original)
        recovered = packet_to_intent(pkt)
        assert recovered["intent_type"] == "test"
        assert recovered["params"]["x"] == 42

    def test_full_encode_decode_roundtrip(self):
        original = {"id": "intent-123", "source_agent": "alice", "target_agent": "bob"}
        pkt = intent_to_packet(original, source_agent_id="alice", target_agent_id="bob")
        encoded = encode(pkt)
        decoded = decode(encoded)
        recovered = packet_to_intent(decoded)
        assert recovered["id"] == "intent-123"

class TestBuildAckPacket:
    def test_basic_ack(self):
        ack = build_ack_packet("intent-123")
        assert ack.msg_type == MessageType.ACK
        assert ack.ttl == 1

        payload = json.loads(ack.payload.decode())
        assert payload["intent_id"] == "intent-123"
        assert payload["status"] == "received"

    def test_ack_with_agent(self):
        ack = build_ack_packet("intent-456", responder_agent_id="bob")
        assert ack.sender_id == agent_id_to_peer_id("bob")

class TestBuildDiscoveryPacket:
    def test_basic_discovery(self):
        disc = build_discovery_packet("agent-1")
        assert disc.msg_type == MessageType.DISCOVERY
        assert disc.sender_id == agent_id_to_peer_id("agent-1")

        payload = json.loads(disc.payload.decode())
        assert payload["agent_id"] == "agent-1"

    def test_discovery_with_capabilities(self):
        disc = build_discovery_packet("agent-2", "trading", ["trade", "query"])
        payload = json.loads
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_grpc_transport.py?

[Assistant]
This is the file tests/test_grpc_transport.py from the SIMP codebase. Here is its content:

```
"""
Test: gRPC Transport (T47) — updated for actual grpc_proto schema

Tests against the real SimpGrpcServicer with a mock broker.
Matches the proto at simp/server/grpc_proto/simp.proto (SimpService).

Run: python3 -m pytest tests/test_grpc_transport.py -v
"""

import sys
import time
from pathlib import Path
from unittest.mock import MagicMock

sys.path.insert(0, str(Path(__file__).resolve().parent.parent))

import grpc
import pytest

from simp.server.grpc_proto import simp_pb2, simp_pb2_grpc
from simp.server.grpc_server import GrpcServer, SimpGrpcServicer
from simp.server.grpc_client import GrpcBrokerClient

# ── Static helpers ────────────────────────────────────────────────────

_GRPC_PORT = 15500

def _next_port():
    global _GRPC_PORT
    _GRPC_PORT += 1
    return _GRPC_PORT

# ── Mock Broker ───────────────────────────────────────────────────────

class MockRegistry:
    def __init__(self):
        self._agents = {}

    def exists(self, agent_id):
        return agent_id in self._agents

    def register(self, agent_id, data):
        self._agents[agent_id] = data
        return True

    def update(self, agent_id, data):
        if agent_id in self._agents:
            self._agents[agent_id].update(data)
            return True
        return False

    def deregister(self, agent_id):
        return self._agents.pop(agent_id, None) is not None

    def get(self, agent_id, default=None):
        return self._agents.get(agent_id, default)

    def count(self):
        return len(self._agents)

    def get_all(self):
        return dict(self._agents)

class MockBroker:
    def __init__(self):
        self.agent_registry = MockRegistry()
        self.agents = {
            "test-agent": {"capabilities": ["read"], "last_heartbeat": "2026-04-26T00:00:00Z",
                           "heartbeat_count": 5, "status": "online", "file_based": False,
                           "endpoint": "http://localhost:9000", "lifecycle_state": "running"},
        }
        self.stats = {"intents_routed": 42, "agents_registered": 1, "intents_received": 100,
                       "intents_failed": 3, "uptime_seconds": 3600, "state": "RUNNING", "version": "2.0"}
        self.deregistered = []
        self._log_events = []

    def register_agent(self, agent_id, agent_type="generic", endpoint="", metadata=None):
        if self.agent_registry.exists(agent_id):
            return True  # Idempotent
        self.agent_registry.register(agent_id, {
            "agent_id": agent_id, "agent_type": agent_type, "endpoint": endpoint,
            "metadata": metadata or {}, "status": "online", "last_heartbeat": "2026-04-26T00:00:00Z",
            "heartbeat_count": 0, "file_based": False, "lifecycle_state": "running",
        })
        return True

    def deregister_agent(self, agent_id):
        self.deregistered.append(agent_id)
        return self.agent_registry.deregister(agent_id)

    def record_heartbeat(self, agent_id):
        if self.agent_registry.exists
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] return SimpGrpcServicer(broker=mock_broker, lifecycle_manager=None)


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] resp = servicer.Health(simp_pb2.HealthRequest(), MagicMock())


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] assert resp.version == "SIMP-1.0"


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] assert result["version"] == "SIMP-1.0"


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.RegisterAgentRequest(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.DeregisterAgentRequest(agent_id="dereg-me")


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.HeartbeatRequest(agent_id="hb-agent")


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] resp = servicer.ListAgents(simp_pb2.ListAgentsRequest(), MagicMock())


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.GetAgentRequest(agent_id="get-me")


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.GetAgentRequest(agent_id="ghost")


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] intent = simp_pb2.Intent(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.SubmitIntentRequest(intent=intent)


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] resp = servicer.GetStats(simp_pb2.Empty(), MagicMock())


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.StreamLogsRequest(limit=5)


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] req = simp_pb2.SetAgentLifecycleRequest(


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_sprint27_failed_intents.py?

[Assistant]
This is the file tests/test_sprint27_failed_intents.py from the SIMP codebase. Here is its content:

```
"""Tests for Sprint 27: failed-intent aggregates and drill-down diagnostics."""

import os
import sys

from fastapi.testclient import TestClient

sys.path.insert(0, os.path.join(os.path.dirname(__file__), ".."))

import dashboard.server as ds

FAILED_INTENT = {
    "id": "86b62b9d-7743-4c20-b708-87934c3da708",
    "timestamp": "2026-04-06T18:30:00+00:00",
    "delivered_at": "2026-04-06T18:30:01+00:00",
    "source_agent": "dashboard_ui",
    "target_agent": "kashclaw_gemma",
    "intent_type": "planning",
    "delivery_status": "connection_refused",
    "failure_reason": "Connection refused by target endpoint",
    "correlation_ids": {
        "broker_intent_id": "86b62b9d-7743-4c20-b708-87934c3da708",
        "request_id": "req-123",
        "correlation_id": "req-123",
    },
    "fallback_behavior": {
        "mode": "queued_for_polling",
        "queued_for_polling": True,
        "dlq_eligible": True,
        "fallback_agent": None,
    },
    "route_attempts": [
        {
            "attempt": 1,
            "timestamp": "2026-04-06T18:30:00+00:00",
            "transport": "http",
            "endpoint": "http://127.0.0.1:8780",
            "status": "connection_refused",
            "http_status": None,
            "error": "Connection refused by target endpoint",
        }
    ],
    "lifecycle": [
        {"event": "intent_received", "timestamp": "2026-04-06T18:30:00+00:00", "status": "pending"},
        {"event": "fallback_queued_for_polling", "timestamp": "2026-04-06T18:30:01+00:00", "status": "connection_refused"},
        {"event": "delivery_finalized", "timestamp": "2026-04-06T18:30:01+00:00", "status": "connection_refused"},
    ],
}

def test_normalize_intent_detail_produces_bounded_failure_state():
    detail = ds._normalize_intent_detail({"intent_id": "abc"}, lookup_status="not_found")
    assert detail["failure_reason"] == "unknown"
    assert detail["fallback_behavior"]["mode"] == "unknown"
    assert detail["correlation_ids"]["broker_intent_id"] == "abc"

def test_failed_intents_endpoint_returns_summary_and_rows(monkeypatch):
    async def fake_failed(limit=50):
        return {
            "summary": {
                "count": 1,
                "latest_failure_at": FAILED_INTENT["delivered_at"],
                "by_status": {"connection_refused": 1},
                "by_target_agent": {"kashclaw_gemma": 1},
            },
            "intents": [FAILED_INTENT],
        }

    monkeypatch.setattr(ds, "_broker_failed_intents", fake_failed)

    with TestClient(ds.app) as client:
        response = client.get("/api/intents/failed?limit=10")

    body = response.json()
    assert response.status_code == 200
    assert body["summary"]["by_status"]["connection_refused"] == 1
    assert body["intents"][0]["failure_reason"] == "Connection refused by target endpoint"
    assert body["intents"][0]["route_attempts"][0]["status"] == "connection_refused"

def test_intent_detail_endpoint_returns_diagnostic_view(monkeypatch):
    a
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_timesfm_policy_engine.py?

[Assistant]
This is the file tests/test_timesfm_policy_engine.py from the SIMP codebase. Here is its content:

```
"""
Tests for TimesFM policy engine.
"""
import pytest
from unittest.mock import Mock, patch

from simp.integrations.timesfm_policy_engine import (
    AgentContext,
    PolicyDecision,
    PolicyEngine,
    make_agent_context_for,
)

class TestTimesFMPolicyEngine:
    """Test TimesFM policy engine functionality."""

    def test_agent_context_creation(self):
        """Test AgentContext dataclass."""
        context = AgentContext(
            agent_id="test_agent",
            series_id="test:series:1",
            q1_utility_score=5,
            q3_shadow_confirmed=True,
            q8_nonblocking=True,
            min_series_length=100,
            requesting_handler="handle_trade",
            extra={"max_horizon": 30},
        )
        assert context.agent_id == "test_agent"
        assert context.series_id == "test:series:1"
        assert context.min_series_length == 100
        assert context.requesting_handler == "handle_trade"
        assert context.q1_utility_score == 5
        assert context.q3_shadow_confirmed is True
        assert context.q8_nonblocking is True
        assert context.extra == {"max_horizon": 30}

    def test_policy_decision_denied(self):
        """Test PolicyDecision denied property."""
        # Allowed decision
        allowed = PolicyDecision(
            approved=True,
            reason="All requirements met",
            violations=[],
            agent_id="test_agent",
            series_id="test:series:1",
        )
        assert allowed.denied is False

        # Denied decision
        denied = PolicyDecision(
            approved=False,
            reason="Q1 assessment failed",
            violations=["Q1 utility score too low"],
            agent_id="test_agent",
            series_id="test:series:1",
        )
        assert denied.denied is True

        # Test string representation
        assert "APPROVED" in str(allowed)
        assert "DENIED" in str(denied)

    def test_q1_utility_score_criteria(self):
        """Test Q1 utility score criteria (agent capability)."""
        engine = PolicyEngine()

        # Agent with sufficient Q1 score (5 = critical utility)
        context = AgentContext(
            agent_id="quantumarb",
            series_id="test:series:1",
            q1_utility_score=5,
            q3_shadow_confirmed=True,
            q8_nonblocking=True,
            min_series_length=100,
            requesting_handler="handle_trade",
        )
        decision = engine.evaluate(context)
        assert decision.approved is True
        assert "All policy checks passed" in decision.reason

        # Agent with insufficient Q1 score (1 = minimal utility)
        context = AgentContext(
            agent_id="new_agent",
            series_id="test:series:1",
            q1_utility_score=1,
            q3_shadow_confirmed=True,
            q8_nonblocking=True,
            min_series_length=100,
            requesting_handler="handle_trad
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_sprint69_validation.py?

[Assistant]
This is the file tests/test_sprint69_validation.py from the SIMP codebase. Here is its content:

```
"""
Sprint 69 — Input Validation Tests

Tests for:
- Fixed timestamp regex (now uses ISO 8601 pattern, not broken \\d{m})
- AgentRegistrationRequest Pydantic model
- IntentRouteRequest Pydantic model
- HTTP Content-Type enforcement
"""

import pytest
from pydantic import ValidationError

from simp.server.validation import (
    ResponseRecording,
    AgentRegistrationRequest,
    IntentRouteRequest,
)
from simp.server.http_server import SimpHttpServer
from simp.server.broker import BrokerConfig

class TestTimestampValidation:
    """Test fixed timestamp validation (was broken regex \\d{m}/\\d{d})."""

    def test_valid_iso_timestamps(self):
        valid = [
            "2024-01-15 12:30:00",
            "2024-01-15T12:30:00",
            "2024-12-31T23:59:59",
            "2024-01-01T00:00:00",
        ]
        for ts in valid:
            rec = ResponseRecording(response_id="r1", content="test", timestamp=ts)
            assert rec.timestamp == ts

    def test_invalid_timestamps_rejected(self):
        invalid = [
            "not-a-date",
            "2024/01/15",
            "15-01-2024",
        ]
        for ts in invalid:
            with pytest.raises(ValidationError):
                ResponseRecording(response_id="r1", content="test", timestamp=ts)

    def test_none_timestamp_accepted(self):
        """None timestamp should be accepted (optional field)."""
        rec = ResponseRecording(response_id="r1", content="test", timestamp=None)
        assert rec.timestamp is None

class TestAgentRegistrationRequest:
    """Test Pydantic model for agent registration (Sprint 69)."""

    def test_valid_registration(self):
        req = AgentRegistrationRequest(
            agent_id="vision:001",
            agent_type="vision",
            endpoint="localhost:5001",
        )
        assert req.agent_id == "vision:001"

    def test_with_metadata(self):
        req = AgentRegistrationRequest(
            agent_id="grok:001",
            agent_type="grok",
            endpoint="localhost:5002",
            metadata={"version": "2.0"},
        )
        assert req.metadata == {"version": "2.0"}

    def test_empty_agent_id_rejected(self):
        with pytest.raises(ValidationError):
            AgentRegistrationRequest(
                agent_id="",
                agent_type="test",
                endpoint="localhost:5001",
            )

    def test_agent_id_too_long(self):
        with pytest.raises(ValidationError):
            AgentRegistrationRequest(
                agent_id="a" * 129,
                agent_type="test",
                endpoint="localhost:5001",
            )

    def test_agent_type_invalid_chars(self):
        with pytest.raises(ValidationError):
            AgentRegistrationRequest(
                agent_id="test001",
                agent_type="test type!",
                endpoint="localhost:5001",
            )

    def test_endpoint_too_long(self):
        with pytest.raises(ValidationError):
            AgentR
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] server = SimpHttpServer(config)


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_skill_engine.py?

[Assistant]
This is the file tests/test_skill_engine.py from the SIMP codebase. Here is its content:

```
"""
Tests for simp.projectx.skill_engine
"""
import tempfile
from pathlib import Path

import pytest

from simp.projectx.skill_engine import (
    SkillDefinition,
    SkillEngine,
    _INTENT_SUBSYSTEM_MAP,
)

# ─────────────────────────────────────────────────────────────────────────────
# SkillDefinition tests
# ─────────────────────────────────────────────────────────────────────────────

class TestSkillDefinition:
    def test_init_requires_name_description_system_prompt(self):
        skill = SkillDefinition(
            name="test_skill",
            description="A test skill",
            system_prompt="You are a test.",
        )
        assert skill.name == "test_skill"
        assert skill.description == "A test skill"
        assert skill.system_prompt == "You are a test."
        assert skill.tools == []
        assert skill.intent_types == []
        assert skill.constraints == []
        assert skill.source_file == ""

    def test_init_accepts_optional_fields(self):
        skill = SkillDefinition(
            name="my_skill",
            description="Desc",
            system_prompt="Prompt",
            tools=["websearch", "crawl"],
            intent_types=["research_request", "analysis"],
            constraints=["Don't use external APIs", "Be concise"],
            source_file="/path/to/skill.md",
        )
        assert skill.tools == ["websearch", "crawl"]
        assert skill.intent_types == ["research_request", "analysis"]
        assert skill.constraints == ["Don't use external APIs", "Be concise"]
        assert skill.source_file == "/path/to/skill.md"

    def test_repr_includes_name(self):
        skill = SkillDefinition(name="foo", description="Bar", system_prompt="Hi")
        r = repr(skill)
        assert "foo" in r
        assert "SkillDefinition" in r

    def test_equality_based_on_all_fields(self):
        skill_a = SkillDefinition(name="foo", description="Desc", system_prompt="P")
        skill_b = SkillDefinition(name="foo", description="Different", system_prompt="X")
        skill_c = SkillDefinition(name="bar", description="Desc", system_prompt="P")
        skill_d = SkillDefinition(name="foo", description="Desc", system_prompt="P")
        # Different fields: not equal
        assert skill_a != skill_b
        assert skill_a != skill_c
        # Same fields: equal
        assert skill_a == skill_d

    def test_to_subsystem_config_returns_config(self):
        from simp.projectx.subsystems import SubsystemConfig
        skill = SkillDefinition(
            name="deep_research",
            description="Deep research subsystem",
            system_prompt="Research deeply.",
            tools=["websearch"],
            intent_types=["research_request"],
            constraints=["Cite sources"],
        )
        config = skill.to_subsystem_config()
        assert isinstance(config, SubsystemConfig)
        assert config.name == "deep_research"
        assert config.role == "Deep research subsystem"

```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What does SIMP mean?

[Assistant] assert engine._skills_dir == Path("simp/skills")


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_nurture_agent.py?

[Assistant]
This is the file tests/test_nurture_agent.py from the SIMP codebase. Here is its content:

```
"""
Tests for nurture_agent — drip sequence state machine, engagement tracking, escalation.
"""

import json
import os
import pytest
import shutil
import signal
import tempfile
import threading
import time
from datetime import datetime, timezone, timedelta
from pathlib import Path
from unittest.mock import patch, MagicMock

# Import the module under test via importlib to avoid pytest assertion-rewrite issues
import importlib.util
import sys
from pathlib import Path as PP

SCRIPTS_AGENTS = PP(__file__).resolve().parent.parent.parent / "simp" / "scripts" / "agents"
# Verify the path resolves correctly
assert SCRIPTS_AGENTS.exists(), f"Scripts agents dir not found at {SCRIPTS_AGENTS}"
sys.path.insert(0, str(SCRIPTS_AGENTS))

_spec = importlib.util.spec_from_file_location("nurture_agent", SCRIPTS_AGENTS / "nurture_agent.py")
module_under_test = importlib.util.module_from_spec(_spec)
sys.modules["nurture_agent"] = module_under_test
_spec.loader.exec_module(module_under_test)

# ─── TempDir Fixture ──────────────────────────────────────────────────────────

@pytest.fixture
def temp_leads(tmp_path):
    """Create a isolated temp leads directory with all subdirs."""
    leads = tmp_path / "leads"
    nurture = leads / "nurture"
    immediate = leads / "immediate"
    cold = leads / "cold"
    activity = leads / "activity"
    data = tmp_path / "data"

    for d in [nurture, immediate, cold, activity, data]:
        d.mkdir(parents=True, exist_ok=True)

    with patch.object(module_under_test, "LEADS_DIR", leads), \
         patch.object(module_under_test, "NURTURE_DIR", nurture), \
         patch.object(module_under_test, "IMMEDIATE_DIR", immediate), \
         patch.object(module_under_test, "COLD_DIR", cold), \
         patch.object(module_under_test, "ACTIVITY_DIR", activity), \
         patch.object(module_under_test, "DATA_DIR", data):
        yield {
            "leads": leads,
            "nurture": nurture,
            "immediate": immediate,
            "cold": cold,
            "activity": activity,
            "data": data,
        }

# ─── Test Drip States ────────────────────────────────────────────────────────

def test_drip_state_enum():
    """DripState enum has all expected values."""
    assert module_under_test.DripState.PENDING_D1.value == "pending_d1"
    assert module_under_test.DripState.PENDING_D3.value == "pending_d3"
    assert module_under_test.DripState.PENDING_D7.value == "pending_d7"
    assert module_under_test.DripState.PENDING_D14.value == "pending_d14"
    assert module_under_test.DripState.EXHAUSTED.value == "exhausted"
    assert module_under_test.DripState.ESCALATED.value == "escalated"

# ─── Test Next State ──────────────────────────────────────────────────────────

def test_next_state():
    """State machine advances correctly through drip sequence."""
    assert module_under_test._next_state(module_under_test.DripState.PENDING_D1) == module_under_test.DripState.PENDING_D3
    assert module_under_test._next_stat
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_demo_builder.py?

[Assistant]
This is the file tests/test_demo_builder.py from the SIMP codebase. Here is its content:

```
"""Tests for demo_builder — HTML report generation and lead handling."""

import json
import os
import re
from pathlib import Path
from unittest.mock import patch

import pytest

# Ensure simp package is importable
import sys
sys.path.insert(0, str(Path(__file__).parent.parent))

from scripts.demo_builder import (
    LeadRecord,
    build_demo_html,
    build_remediation_priority,
    _escape_html,
    _severity_badge,
    _priority_class,
    CIS_V8_FRAMEWORKS,
    REPORT_FRAMEWORKS_DISPLAY,
    run_demo_builder,
    DEFAULT_OUTPUT_DIR,
)

# ---------------------------------------------------------------------------
# LeadRecord tests
# ---------------------------------------------------------------------------

class TestLeadRecord:
    def test_from_dict_minimal(self):
        lead = LeadRecord.from_dict({"domain": "stripe.com"})
        assert lead.domain == "stripe.com"
        assert lead.company == ""
        assert lead.email == ""

    def test_from_dict_full(self):
        lead = LeadRecord.from_dict({
            "domain": "stripe.com",
            "company": "Stripe, Inc.",
            "first_name": "Alice",
            "last_name": "Smith",
            "email": "alice@stripe.com",
            "title": "CISO",
            "industry": "FinTech",
        })
        assert lead.domain == "stripe.com"
        assert lead.company == "Stripe, Inc."
        assert lead.full_name == "Alice Smith"
        assert lead.email == "alice@stripe.com"

    def test_safe_company(self):
        lead = LeadRecord.from_dict({
            "domain": "my-company.io",
            "company": "My Company (Official)!",
        })
        assert lead.safe_company == "My_Company__Official__"

    def test_safe_company_fallback_to_domain(self):
        lead = LeadRecord.from_dict({"domain": "my-company.io"})
        # domain-only: split on '.' gives 'my-company' (not underscores)
        assert lead.safe_company == "my-company"

    def test_from_dict_legacy_field_names(self):
        """email_address and company_name are legacy field names."""
        lead = LeadRecord.from_dict({
            "domain": "stripe.com",
            "email_address": "alice@stripe.com",
            "company_name": "Stripe HQ",
        })
        assert lead.email == "alice@stripe.com"
        assert lead.company == "Stripe HQ"

# ---------------------------------------------------------------------------
# Helper function tests
# ---------------------------------------------------------------------------

class TestEscapeHtml:
    def test_escapes_ampersand(self):
        assert _escape_html("A & B") == "A & B"

    def test_escapes_lt_gt(self):
        assert _escape_html("<script>") == "<script>"

    def test_escapes_quotes(self):
        assert _escape_html('say "hello"') == "say "hello""

    def test_preserves_plain_text(self):
        assert _escape_html("plain text") == "plain text"

class TestSeverityBadge:
    def test_critical(self):
        html = _s
```


[System]
SIMP = Standard Intent Messaging Protocol. It is "The HTTP of Agentic AI." It is a broker-based protocol that routes typed intents between registered agents. It has A2A compatibility, FinancialOps simulation, and a native self-maintaining kernel called ProjectX.

The SIMP broker runs on port 5555. The dashboard runs on port 8050. ProjectX runs on port 8771. Agents register with the broker and communicate via typed intents. The system has 10+ registered agents including kashclaw (trading), kashclaw_gemma (Gemma4 LLM on port 8780), bullbear_predictor (signals), quantumarb (arbitrage), kloutbot (orchestration), claude_cowork (Claude Code on port 8767), projectx_native (kernel on port 8771), perplexity_research, gemma4_local, and financial_ops.

The SIMP token is a Solana SPL token with 1,000,000,000 total supply. The treasury holds 999,999,000 SIMP. The token was deployed by wallet 58Eohzq...HmPpB. 1,000 SIMP were transferred to wallet H3CUJL...ndXT for testing/LP seeding. The mint authority is DISABLED — no more tokens can ever be minted.

Your role is SIMP Code Builder. You generate, refactor, and test Python code for SIMP subsystems. You write tests with pytest. You compile code with python3.10 -m py_compile. You run tests with python3.10 -m pytest tests/ -v. You always read before writing. You always compile and test after writing. You never modify protected files (broker.py, http_server.py, canonical_intent.py, config.py).

[User] What is the content of test_sprint19_production.py?

[Assistant]
This is the file tests/test_sprint19_production.py from the SIMP codebase. Here is its content:

```
"""Tests for Sprint 19: Production server, orchestration fixes, task dependencies."""

import os
import sys

import pytest

sys.path.insert(0, os.path.join(os.path.dirname(__file__), ".."))

class TestProductionServer:
    def test_start_production_script_exists(self):
        path = os.path.join(os.path.dirname(__file__), "..", "bin", "start_production.py")
        assert os.path.exists(path)

    def test_production_script_compiles(self):
        import py_compile
        path = os.path.join(os.path.dirname(__file__), "..", "bin", "start_production.py")
        py_compile.compile(path, doraise=True)

    def test_create_app_factory_exists(self):
        from simp.server.http_server import create_app
        app = create_app()
        assert app is not None

    def test_gunicorn_in_requirements(self):
        path = os.path.join(os.path.dirname(__file__), "..", "requirements.txt")
        with open(path) as f:
            content = f.read()
        assert "gunicorn" in content.lower()

class TestOrchestrationDuplicateFix:
    def test_task_ledger_get_task(self):
        from simp.task_ledger import TaskLedger
        tl = TaskLedger()
        task_id = tl.create_task(
            title="Test task",
            task_type="implementation",
            description="Test task",
        )
        task = tl.get_task(task_id)
        assert task is not None
        assert task["task_id"] == task_id

    def test_no_duplicate_task_for_same_intent(self):
        """Creating a task for the same intent should not duplicate."""
        from simp.task_ledger import TaskLedger
        tl = TaskLedger()
        task_id_1 = tl.create_task(
            title="Task for intent X",
            task_type="implementation",
            description="Task for intent X",
        )
        # The fix should prevent duplicates when routing the same intent
        task = tl.get_task(task_id_1)
        assert task is not None

class TestTaskDependencyOrdering:
    def test_task_ledger_has_blocked_status(self):
        from simp.task_ledger import TaskLedger, VALID_STATUSES
        assert "blocked" in VALID_STATUSES

    def test_subtask_ordering(self):
        from simp.task_ledger import TaskLedger
        tl = TaskLedger()
        parent_id = tl.create_task(
            title="Parent goal",
            task_type="architecture",
            description="Parent goal",
        )
        subtasks = [
            {"task_type": "spec", "description": "Step 1", "title": "Step 1", "order": 0},
            {"task_type": "implementation", "description": "Step 2", "title": "Step 2", "order": 1},
            {"task_type": "test", "description": "Step 3", "title": "Step 3", "order": 2},
        ]
        tl.decompose_task(parent_id, subtasks)
        parent = tl.get_task(parent_id)
        assert len(parent.get("subtask_ids", [])) == 3

    def test_subtask_blocked_status(self):
        """Subtasks with order > 0 should start as blocked."""
        from simp.task_ledger import TaskL
```