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Matt
a9510b5ed9
- nav_tools.py: route() geocodes via Photon, routes via Valhalla, returns summary/maneuvers/polyline. reverse_geocode() for coordinate lookups. Supports auto/pedestrian/bicycle/truck modes. - nav_tools_test.py: 5 live tests against local Photon (2322) and Valhalla (8002) - aurora_nav_tool.py: Open WebUI Tool exposing get_directions to Aurora LLM Co-Authored-By: Claude Opus 4.6 <noreply@anthropic.com>
77 lines
3.2 KiB
Python
77 lines
3.2 KiB
Python
"""Tests for nav_tools — run against live Photon + Valhalla services."""
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import sys
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import json
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from nav_tools import route, reverse_geocode
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def test_route_named():
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"""route("Buhl Idaho", "Boise Idaho", "auto") returns maneuvers."""
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print("TEST 1: route('Buhl Idaho', 'Boise Idaho', 'auto')")
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r = route("Buhl Idaho", "Boise Idaho", "auto")
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assert r["summary"]["distance_miles"] > 50, f"Expected >50 mi, got {r['summary']['distance_miles']}"
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assert r["summary"]["time_minutes"] > 60, f"Expected >60 min, got {r['summary']['time_minutes']}"
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assert len(r["maneuvers"]) > 5, f"Expected >5 maneuvers, got {len(r['maneuvers'])}"
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assert r["shape"], "Missing polyline shape"
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print(f" OK — {r['summary']['distance_miles']} mi, {r['summary']['time_minutes']} min, {len(r['maneuvers'])} maneuvers")
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print(f" Origin: {r['origin']['name']}")
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print(f" Destination: {r['destination']['name']}")
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print(f" First maneuver: {r['maneuvers'][0]['instruction']}")
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def test_route_coords():
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"""route with raw lat,lon coordinates."""
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print("\nTEST 2: route('42.5991,-114.7636', '43.615,-116.2023', 'auto')")
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r = route("42.5991,-114.7636", "43.615,-116.2023", "auto")
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assert r["summary"]["distance_miles"] > 100, f"Expected >100 mi, got {r['summary']['distance_miles']}"
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assert len(r["maneuvers"]) > 3, f"Expected >3 maneuvers"
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print(f" OK — {r['summary']['distance_miles']} mi, {r['summary']['time_minutes']} min")
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def test_route_pedestrian():
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"""route with pedestrian mode."""
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print("\nTEST 3: route('Buhl Idaho', 'Boise Idaho', 'pedestrian')")
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r = route("Buhl Idaho", "Boise Idaho", "pedestrian")
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assert r["summary"]["mode"] == "pedestrian"
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assert r["summary"]["time_minutes"] > r["summary"]["distance_miles"], "Walking should take more min than miles"
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print(f" OK — {r['summary']['distance_miles']} mi, {r['summary']['time_minutes']} min (pedestrian)")
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def test_reverse_geocode():
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"""reverse_geocode near Buhl, Idaho."""
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print("\nTEST 4: reverse_geocode(42.5991, -114.7636)")
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result = reverse_geocode(42.5991, -114.7636)
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assert "Buhl" in result or "Twin Falls" in result or "Idaho" in result, f"Expected Buhl/Idaho, got: {result}"
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print(f" OK — {result}")
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def test_route_bad_origin():
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"""route with nonexistent place returns clean error."""
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print("\nTEST 5: route('nonexistent place xyz123abc', 'Boise Idaho')")
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try:
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r = route("nonexistent place xyz123abc", "Boise Idaho")
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print(f" FAIL — expected error, got result: {r['summary']}")
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return False
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except ValueError as e:
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print(f" OK — clean error: {e}")
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except RuntimeError as e:
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print(f" OK — runtime error: {e}")
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if __name__ == "__main__":
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passed = 0
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failed = 0
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tests = [test_route_named, test_route_coords, test_route_pedestrian, test_reverse_geocode, test_route_bad_origin]
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for test in tests:
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try:
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test()
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passed += 1
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except Exception as e:
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print(f" FAIL — {e}")
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failed += 1
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print(f"\n{'='*40}")
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print(f"Results: {passed} passed, {failed} failed out of {len(tests)}")
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sys.exit(1 if failed else 0)
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