| Executed features | Passed | Failures | Errors | Skipped | Success rate | Time |
|---|---|---|---|---|---|---|
| 2 | 2 | 0 | 0 | 0 | 100.0% | 0.023 seconds |
Zone of work
a component test that demonstrates the use of the Zone class
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should calculate all expenses per zone for one day work
Return
(0.001 seconds)
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Given:
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surface for painting
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def totalSurface = Surface.square(squareSide) def apertures = Surface.zero() |
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And:
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formulas for calculating the cost of putty and paint
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def putty = MaterialPrice.of(8) def paint = MaterialPrice.of(7) |
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And:
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formulas for calculating the cost of the relevant work
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def puttying = WorkPrice.of(10) def painting = WorkPrice.of(15) |
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And:
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formula for total expenses includes all other formulas
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def expenses = ZonePrice.of(putty, paint, puttying, painting) |
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When:
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we create a work zone with a specific surface and with a given cost
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def zone = new Zone(expenses, totalSurface, apertures) |
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Then:
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we get a precisely calculated area of work
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zone.area() == expectedArea |
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And:
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we get a correctly and precisely calculated bill
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zone.bill() == expectedBill |
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Examples:
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should calculate all expenses per zone for multi day work
Return
(0.001 seconds)
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Given:
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surface for painting
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def totalSurface = Surface.square(squareSide) def apertures = Surface.zero() |
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And:
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formulas for calculating the cost of putty and paint
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def putty = MaterialPrice.of(8) def paint = MaterialPrice.of(7) |
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And:
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formulas for calculating the cost of the relevant work
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def puttying = WorkPrice.of(10) def painting = WorkPrice.of(15) |
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And:
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formula for total expenses includes all other formulas
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def expenses = ZonePrice.of(putty, paint, puttying, painting) |
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When:
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we create a work zone with a specific surface and with a given cost
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def zone = new Zone(expenses, totalSurface, apertures) |
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Then:
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we get a precisely calculated area of work
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zone.area() == expectedArea |
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And:
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we get a correctly and precisely calculated bill
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zone.bill() == expectedBill |
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Examples:
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