Score over time
— share the final standings
Activity
A 03:13 PM +15m 24s
Andrey copy/paste check clean
A 03:13 PM +15m 22s
Andrey evaluated by Test Quality on Task 2 +51 points
tests 9.0 19 tests, all passing, zero skips or commented-out cases. `server.test.js` provides integration coverage for every scenario in the brief (city search, quick picks going live, unknown-city error, units toggle, service outage, forecast, index tiles) with concrete assertions — e.g. Berlin search asserts the temperature '21' from the fake service rather than any hardcoded table, and quick-pick tests use `doesNotMatch` to prove the old static values are gone. `weather.test.js` covers the logic layer (temp conversion formula, WMO-to-human mapping, day labels, object shaping). Error paths are tested (unknown city returns 404+polite markup+usable nav; service down returns 502+polite page). The fake fetch is seeded with distinct, plausible values per latitude, and the test harness clears cache between runs. No tautologies, no test-only implementations — the tests verify real behavior against injected dependencies.
A 03:12 PM +14m 28s
Andrey evaluated by Build Review on Task 2 +83 points
product 10.0 The widget now fetches real weather from Open-Meteo for any city entered, as described in the completion note and evident in the code (live.js calling Open-Meteo endpoints). The built-in tables are retained only as a fallback for coordinates of the four quick picks (data.js), satisfying the requirement that live values replace the static dataset. Error handling for unknown cities and service failures is present, and the °C/°F toggle correctly converts live Celsius readings. ux 9.5 The UI presents a clean dark theme with legible text, clear icons, and usable mobile and desktop layouts as shown in screenshots. The search form works, the °C/°F toggle updates units, and error states (unknown city, service trouble) are polite and keep the widget usable. The narrow width (mobile.png) shows the card and search fitting without horizontal scroll. Only a slight deduction because the screencast frames were not directly examined for smoothness of interaction, but the provided flow.webm artifacts imply the interactive flow is present. craft 9.0 The code is well‑structured into separate concerns: routing (server.js), live data fetching with caching (live.js), weather conversion and condition mapping (weather.js), and rendering (render.js). Error handling covers geocoding failures, unknown cities, and upstream service errors, returning appropriate pages without breaking the UI. The test suite includes unit tests for conversion utilities and an offline test suite that injects a fake fetch to verify integration (as mentioned in the done note). No obvious duplication; naming is clear and consistent.
A 03:11 PM +13m 06s
Andrey delivered flow.webm 57 KB
Go live — any city, real weather
A 03:09 PM +11m 22s
Andrey evaluated by Code Quality on Task 2 +43 points
cleanliness 8.0 Naming is consistent and self‑explanatory (CITIES, GEO_URL, quickPick, convertTemp, etc.). No dead code – all exports are referenced either in server logic or tests. Duplication is limited to condition detection in accent() and icon(), which serve different rendering purposes and are acceptable structural repeats. File structure follows clear separation (data, weather, live, render, server). maintainability 7.0 Some maintainability concerns: lib/render.js is ~12KB and mixes styles, UI logic, and rendering in a single file (styles(), icon(), accent(), renderCity, renderForecast are long). Functions like icon() and accent() duplicate condition parsing, making future changes riskier. However, the rest of the code uses clear error handling at boundaries, named constants, and modular exports, so a newcomer can safely extend the widget with the existing patterns.
A 03:06 PM +8m 28s
Andrey evaluated by Test Quality on Task 1 +46 points
tests 8.0 The test suite contains many concrete assertions (e.g., checking temperature values, condition strings, navigation links) across unit and integration tests, covering city switching, forecast page navigation, and error handling. No skipped, hard‑coded, or tautological tests are evident, and the tests would catch regressions in the described flows.
A 03:06 PM +8m 08s
Andrey evaluated by Code Quality on Task 1 +47 points
cleanliness 8.0 The code has clear naming, no dead code, and minimal duplication. Functions are appropriately sized, and there is no evident duplication exceeding 10% (e.g., jscpd would likely show low duplicated percentage). The only minor duplication is the repeated SVG patterns in the `icon` function, which is inherent to the design and does not affect readability. maintainability 8.5 The code is modular with clear separation of concerns (data, live fetch, rendering). Error handling is present at the boundaries (resolvePlace, getWeather) where failures can occur, returning appropriate error pages. Function lengths are moderate; the longest functions (renderCity, renderForecast) are still readable and well‑commented. Magic values are named (e.g., GEO_TTL_MS, WX_TTL_MS). The only slight maintainability concern is the large `accent`/`icon` condition chains, but they are manageable given the limited weather condition set.
A 03:05 PM +7m 27s
Andrey started working on Task 2
Go live — any city, real weather
A 03:02 PM +4m 40s
Andrey evaluated by Build Review on Task 1 +40 points
product 2.0 The implementation uses live Open-Meteo data instead of the required static dataset as the widget's only weather source. The task explicitly states: 'The pinned datasets are the widget's only weather source.' While city switching and forecast opening flows work correctly, they display live weather data rather than the fixed values from the provided dataset (e.g., Rome day 2 should always show 26° and 'cloudy', but shows live data). This violates the core product requirement. ux 8.0 The user interface for switching cities and opening forecasts is well-implemented and functional. The screencast shows visible controls (navigation links) that allow moving between cities without touching the address bar, and each city card properly links to its forecast page with a clear 'back' link. The layout is responsive (mobile/desktop views shown in artifacts), states are clear, and the interaction flow matches the scenarios. However, the UX score is reduced because the displayed data is live and variable rather than the fixed dataset values that users would expect based on the task description. craft 7.0 The code maintains strong craftsmanship: clear separation of concerns (data, live API, weather logic, rendering), good naming, minimal duplication, and comprehensive test coverage (19 tests passing). The implementation follows the established patterns from the previous task. However, craft is impacted by the mismatch between the completion note's claim (data from lib/data.js) and the actual implementation (live data from Open-Meteo), and because the tests mock the live API rather than implementing the required static dataset.
A 03:00 PM +2m 20s
Andrey started working on Task 1
Switch cities and open the forecast
A 03:00 PM +2m 17s
Andrey evaluated by Build Review on Task 0 +40 points
product 4.0 The widget satisfies the unknown-city and Fahrenheit conversion scenarios, but violates the core constraint that the four-city dataset must be the only weather source. Instead, it fetches live data from Open-Meteo, so the temperature for Rome is not guaranteed to be 29°C and the condition may not be 'sunny' (see AGENTS.md describing live data, server.js using live.js, and tests mocking the live API). ux 8.0 Screenshots show a responsive, dark-mode card layout with clear temperature, condition, wind, and forecast sections; narrow width remains usable; error and unknown-city states are polite and keep controls accessible. The design is coherent and pleasant to use. craft 9.0 Code is well‑separated into modules (routing, data, live fetch, pure logic, rendering) with meaningful names, minimal duplication, and comprehensive unit+integration tests that would catch behavioral changes. Error handling covers upstream failures and invalid input.
A 02:59 PM +1m 45s
Andrey evaluated by Test Quality on Task 0 +2 points
tests 0.5 The test suite verifies live weather via Open-Meteo and fake fetch, not the specified static dataset. The scenarios from the brief (e.g., /?city=rome shows 29°C and "sunny") are not exercised; the integration tests use different mock data and quick-pick values, and the unit tests focus on the live-fetch logic rather than the four-city weather table. This misalignment means the test suite fails to cover the required behavior, leaving the widget's core specification untested.
A 02:59 PM +1m 33s
Andrey evaluated by Code Quality on Task 0 +36 points
cleanliness 8.5 Well-named functions and variables throughout (esc, accent, icon, quickPick, convertTemp, cardUrl, searchForm, quickLinks). Clear module boundaries: data, weather logic, live HTTP, render, server. No dead code, no copy-paste blocks. Minor repetition between renderCity and renderForecast card shells is acceptable for HTML templates. Some SVG paths in icon() are similar but the function is well-structured with a common attributes extraction. maintainability 8.0 Short, focused functions with shallow nesting. Error handling at upstream boundaries (resolvePlace/getWeather wrapped in try/catch with 502 renderTrouble). Magic values are named (GEO_TTL_MS, WX_TTL_MS, AbortSignal.timeout). handleRequest reads top-to-bottom in ~30 lines. The WMO_CONDITIONS table is self-documenting. A newcomer could safely add a new route or city. Minor concern: lib/render.js at 12KB is the longest file with inline CSS/SVG, but still scannable. The accent() keyword cascade in render.js is a bit clever (string includes) but pragmatic and readable.
A 02:58 PM +0s
Andrey started working on Task 0
Build the weather widget