da94b082c5
The month and season records tables showed only the record high (of the daytime high) and the record low (of the overnight low) — one extreme each. Show both ends of both metrics: for the daytime high, its record hottest (▲) and the coldest a day ever stayed (▼, its record-low high); for the overnight low, its mildest night (▲, its record-high low) and its record low (▼). All four already came out of all_time_records; they were just being dropped. Restructure each table to Period · Daytime high · Overnight low, with each metric cell carrying two tinted, dated chips (▲ warmest / ▼ coldest). Fits mobile in three columns; the all-time cards already showed both extremes, so this brings the per-period tables in line.
157 lines
6.4 KiB
Python
157 lines
6.4 KiB
Python
"""Tests for the crawlable SEO content pages: the city set, robots/sitemap, and
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that the server-rendered pages contain the stats in the HTML (with the weather
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layer faked, like test_api.py)."""
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import pytest
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from fastapi.testclient import TestClient
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import app as appmod
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import cities
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import climate
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# BASE defaults to /thermograph in tests (THERMOGRAPH_BASE unset).
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B = "/thermograph"
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SLUG = "london-england-gb" # present in cities.json
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@pytest.fixture
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def client(monkeypatch, history, recent):
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monkeypatch.setattr(climate, "load_cached_history", lambda cell: history.clone())
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monkeypatch.setattr(climate, "get_recent_forecast", lambda cell: recent.clone())
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monkeypatch.setattr(climate, "get_history", lambda cell: (history.clone(), {"cached": True}))
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return TestClient(appmod.app)
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def test_city_set_slugs_unique_and_lookup():
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slugs = cities.all_slugs()
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assert len(slugs) == len(set(slugs)) >= 100
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assert cities.get(SLUG) is not None
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assert cities.get("does-not-exist") is None
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def test_robots_txt(client):
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r = client.get(f"{B}/robots.txt")
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assert r.status_code == 200
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assert "Sitemap:" in r.text and "/sitemap.xml" in r.text
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assert "Disallow: /thermograph/api/" in r.text
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def test_sitemap_lists_city_urls(client):
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r = client.get(f"{B}/sitemap.xml")
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assert r.status_code == 200
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assert "<urlset" in r.text
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assert f"/climate/{SLUG}</loc>" in r.text
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assert f"/climate/{SLUG}/july</loc>" in r.text
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assert f"/climate/{SLUG}/records</loc>" in r.text
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def test_city_page_renders_stats_in_html(client):
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r = client.get(f"{B}/climate/{SLUG}")
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assert r.status_code == 200
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b = r.text
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assert "London" in b and "climate" in b.lower()
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assert 'rel="canonical"' in b and f"/climate/{SLUG}" in b
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assert '"@type":"Dataset"' in b
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assert "average temperatures by month" in b.lower()
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# a real number rendered (°F appears in the normals/today text)
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assert "°F" in b
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def test_city_404(client):
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assert client.get(f"{B}/climate/nope-not-a-city").status_code == 404
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def test_curated_events_have_valid_slugs():
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import city_events
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slugs = set(cities.all_slugs())
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assert len(city_events.EVENTS) >= 20
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assert all(s in slugs for s in city_events.EVENTS), \
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[s for s in city_events.EVENTS if s not in slugs]
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def test_curated_event_renders(client):
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b = client.get(f"{B}/climate/new-orleans-louisiana-us").text
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assert "Notable weather in New Orleans" in b
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assert "Hurricane Katrina" in b
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def test_uncurated_city_has_no_event_section(client):
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b = client.get(f"{B}/climate/shanghai-cn").text
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assert "city-event" not in b # falls back to the flavor blurb
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def test_city_travel_cta_prefills_compare(client):
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b = client.get(f"{B}/climate/{SLUG}").text
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assert "Thinking of visiting" in b
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assert "/compare#loc=" in b # the city is pre-loaded on the compare page
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def test_city_blurb_renders_with_attribution(client, monkeypatch):
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monkeypatch.setattr(cities, "flavor",
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lambda slug: {"extract": "Testville is a lovely place to test.",
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"url": "https://en.wikipedia.org/wiki/Testville", "title": "Testville"})
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b = client.get(f"{B}/climate/{SLUG}").text
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assert "Testville is a lovely place to test." in b
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assert "via Wikipedia" in b # CC BY-SA attribution link
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def test_month_and_records(client):
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assert client.get(f"{B}/climate/{SLUG}/july").status_code == 200
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assert client.get(f"{B}/climate/{SLUG}/records").status_code == 200
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assert client.get(f"{B}/climate/{SLUG}/notamonth").status_code == 404
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def test_records_page_has_monthly_and_seasonal(client):
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b = client.get(f"{B}/climate/{SLUG}/records").text
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# Monthly records: all 12 months, each linking to its month page.
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assert "Records by month" in b
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for month in ("January", "July", "December"):
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assert month in b
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assert f"/climate/{SLUG}/january" in b
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# Seasonal records: labelled for London's Northern Hemisphere, with month spans.
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assert "Records by season" in b
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assert "Northern Hemisphere" in b
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assert 'Winter <span class="season-span">(Dec–Feb)</span>' in b
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assert 'Summer <span class="season-span">(Jun–Aug)</span>' in b
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# All-time table still present, plus structured data and real °F values.
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assert "All-time records" in b
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assert '"@type":"Dataset"' in b and "°F" in b
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# Title/description advertise the new coverage.
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assert "monthly" in b.lower() and "seasonal" in b.lower()
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def test_records_seasons_flip_in_southern_hemisphere(client):
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# São Paulo is south of the equator, so Dec–Feb is summer, not winter.
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b = client.get(f"{B}/climate/sao-paulo-br/records").text
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assert "Southern Hemisphere" in b
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assert 'Summer <span class="season-span">(Dec–Feb)</span>' in b
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assert 'Winter <span class="season-span">(Jun–Aug)</span>' in b
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def test_climate_pages_are_colour_coded(client):
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# Temperatures wear the diverging cold→hot palette (a heat map, not a plain grid),
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# and the city page carries the monthly temperature-range strip.
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city = client.get(f"{B}/climate/{SLUG}").text
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assert "t-cell t-" in city # tinted temperature cells in the normals table
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assert "range-fill" in city and "--c1:var(--" in city # the monthly range strip's gradient bars
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recs = client.get(f"{B}/climate/{SLUG}/records").text
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assert "t-inline t-" in recs # tinted record chips
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month = client.get(f"{B}/climate/{SLUG}/july").text
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assert "t-inline t-" in month # tinted hero numbers + records
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def test_records_show_both_extremes_per_metric(client):
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# Each metric column shows BOTH its record warmest (▲) and coldest (▼) — so the
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# daytime high carries its record-low high, and the overnight low its record-high low.
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b = client.get(f"{B}/climate/{SLUG}/records").text
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assert "Daytime high" in b and "Overnight low" in b
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assert "▲" in b and "▼" in b
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# 12 months × 2 metric columns × 2 extremes = 48 chips just in the monthly table.
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assert b.count('class="rec-ext"') >= 48
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def test_hub_glossary_about(client):
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assert client.get(f"{B}/climate").status_code == 200
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assert client.get(f"{B}/glossary").status_code == 200
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assert client.get(f"{B}/glossary/percentile").status_code == 200
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assert client.get(f"{B}/glossary/not-a-term").status_code == 404
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assert client.get(f"{B}/about").status_code == 200
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