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Running on Zero
Running on Zero
| """Tests for small tools: echo, current_time, date_calc, weather metadata.""" | |
| import asyncio | |
| from sunnyware.tools.current_time import CurrentTimeTool | |
| from sunnyware.tools.date_calc import DateCalcTool | |
| from sunnyware.tools.echo import EchoTool | |
| from sunnyware.tools.weather import WeatherTool | |
| def run(tool, args): | |
| return asyncio.run(tool.run(args)) | |
| # ── echo ── | |
| def test_echo_basic(): | |
| r = run(EchoTool(), {"text": "hello"}) | |
| assert r["echoed"] == "hello" | |
| assert r["length"] == 5 | |
| def test_echo_empty(): | |
| r = run(EchoTool(), {}) | |
| assert r["echoed"] == "" | |
| # ── current_time ── | |
| def test_current_time_fields(): | |
| r = run(CurrentTimeTool(), {}) | |
| assert "utc_iso" in r | |
| assert "utc_human" in r | |
| assert "epoch_seconds" in r | |
| assert r["day_of_week"] in { | |
| "Monday", "Tuesday", "Wednesday", "Thursday", | |
| "Friday", "Saturday", "Sunday", | |
| } | |
| def test_current_time_epoch_positive(): | |
| r = run(CurrentTimeTool(), {}) | |
| assert r["epoch_seconds"] > 1_700_000_000 | |
| # ── date_calc ── | |
| def test_date_add(): | |
| r = run(DateCalcTool(), {"action": "add", "date": "2026-01-01", "days": 30}) | |
| assert r["result"] == "2026-01-31" | |
| def test_date_add_negative(): | |
| r = run(DateCalcTool(), {"action": "add", "date": "2026-01-31", "days": -30}) | |
| assert r["result"] == "2026-01-01" | |
| def test_date_diff(): | |
| r = run(DateCalcTool(), {"action": "diff", "date": "2026-01-01", "date2": "2026-01-31"}) | |
| assert r["days_between"] == 30 | |
| assert r["absolute_days"] == 30 | |
| def test_date_diff_reversed(): | |
| r = run(DateCalcTool(), {"action": "diff", "date": "2026-02-01", "date2": "2026-01-01"}) | |
| assert r["days_between"] == -31 | |
| def test_date_weekday(): | |
| r = run(DateCalcTool(), {"action": "weekday", "date": "2026-01-01"}) | |
| assert r["weekday"] == "Thursday" | |
| def test_date_invalid_format(): | |
| r = run(DateCalcTool(), {"action": "add", "date": "not-a-date", "days": 1}) | |
| assert "error" in r | |
| def test_date_unknown_action(): | |
| r = run(DateCalcTool(), {"action": "zorp", "date": "2026-01-01"}) | |
| assert "error" in r | |
| def test_date_add_out_of_range(): | |
| r = run(DateCalcTool(), {"action": "add", "date": "2026-01-01", "days": 999_999_999}) | |
| assert "error" in r | |
| def test_date_missing_args(): | |
| r = run(DateCalcTool(), {"action": "add", "date": "2026-01-01"}) | |
| # days defaults to 0 — same date | |
| assert r.get("result") == "2026-01-01" or "error" in r | |
| # ── weather (metadata only — no network) ── | |
| def test_weather_name(): | |
| assert WeatherTool.name == "weather" | |
| def test_weather_has_city_param(): | |
| assert "city" in WeatherTool.parameters | |
| def test_weather_rejects_empty_city(): | |
| r = run(WeatherTool(), {"city": ""}) | |
| assert "error" in r | |