import os
import pytest
from tools.registry import ToolRegistry
def build_registry():
reg = ToolRegistry()
reg.build_tools()
return reg
def test_browse_orchestrator_dryrun_exec():
reg = build_registry()
tool = reg.get_tool("browse_orchestrator")
# Call run() directly to avoid BaseTool async/transport glue
out = tool.run(query="site:docs.python.org typing generics", dry_run=True)
assert isinstance(out, dict)
assert out.get("dry_run") is True
assert isinstance(out.get("plan"), list)
def test_health_exec_returns_models_and_providers():
reg = build_registry()
tool = reg.get_tool("health")
out = tool.run(tail_lines=5)
assert isinstance(out, dict)
assert "providers_configured" in out
assert "models_available" in out
def test_conformance_descriptors_present_for_core_tools():
reg = build_registry()
for name in [
"consensus",
"orchestrate_auto",
"kimi_chat_with_tools",
"kimi_upload_and_extract",
"secaudit",
"testgen",
]:
tool = reg.get_tool(name)
desc = tool.get_descriptor()
assert isinstance(desc, dict)
# input_schema shape should be present even if tool validates args later
assert isinstance(desc.get("input_schema"), dict)
@pytest.mark.skipif(not os.getenv("KIMI_API_KEY"), reason="Requires KIMI_API_KEY to call provider")
def test_kimi_chat_with_tools_minimal_descriptor_only():
# Keep this minimal to avoid provider side-effects in CI; presence indicates conformance
reg = build_registry()
tool = reg.get_tool("kimi_chat_with_tools")
desc = tool.get_descriptor()
assert isinstance(desc, dict)
