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1 week ago Coverage report for air-quality-ui
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Category | Percentage | Covered / Total |
|---|---|---|---|
| 🟢 | Statements | 94.38% (-3.88% 🔻) |
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| 🟢 | Branches | 90.91% (-6.59% 🔻) |
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| 🟢 | Functions | 90% (-3.51% 🔻) |
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| 🟢 | Lines | 93.91% (-4.17% 🔻) |
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| File | Statements | Branches | Functions | Lines |
| :---------------------------------------------------------------------------------------------------------------------------------------: | :---------------------------------------------------------------------------------------------- | :--------- | :------- | :-------- | :---- |
| 🟢 | `...` / summary-comparison-service.ts
| 100% | 88.89% | 100% | 100% |
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| File | Statements | Branches | Functions | Lines |
| :---------------------------------------------------------------------------------------------------------------------------------------: | :----------------------------------------------------------------------------------------------- | :----------------------------------------------------------- | :------------------------------------------------------------ | :---------------------------------------------------- | :----------------------------------------------------------- |
| 🟢 | `...` / forecast-time-service.ts
| 100% | 91.67% (-8.33% 🔻)
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| 🟢 | `...` / SingleCity.tsx
| 96.88% | 90.48% | 89.47% | 96.77% |
| 🔴 | `...` / GlobalSummary.tsx
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| 🟢 | `...` / GlobalSummaryTable.tsx
| 100% | 85.71% (-14.29% 🔻)
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Test suite run success
62 tests passing in 15 suites.
Report generated by 🧪jest coverage report action from 7041d3bd9b5c95053548a15530c5d0fa6379d87b
Changes
This PR updates the range of data that we use to create the summary table.
We now use a forecast base time of now - 24hours (then closest previous)
Then we display the values in the table that are have largest difference between forecast/measurement for each pollutant.
The overall AQI differences should therefore tie in with the pollutant with largest difference
We also now display data for all cities (even if no measurement data)