Sockets - Cyndi #29
Sockets - Cyndi #29
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very clean looking! I think you missed the case for nil and empty array though. |
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I'm Eric. I'll be your volunteer code reviewer. I've been a software developer for about a zillion years. I'll be applying most of the same professional standards to your code as I do in the day job. Some of my comments may seem pedantic, persnickety, or irrelevant to the kinds of exercises you're doing in class, but once you start your internship, you'll get the same kind of feedback I'm giving you here.
Good code for your first assignment.
| @@ -0,0 +1,8 @@ | |||
| def array_equals(arr_integers_1, array_integers_2) | |||
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Parameter names are inconsistent: arr_1 and array_2.
Parameter names are also unnecessarily verbose. array1 and array2 (as in the problem statement) would be fine.
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| def array_equals(arr_integers_1, array_integers_2) | |||
| arr_integers_1.length.times do |index| | |||
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Need to handle the cases of array1 == nil, array2 == nil, array1.length != array2.length. This statement DOES cover zero-length arrays.
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| def array_equals(arr_integers_1, array_integers_2) | |||
| arr_integers_1.length.times do |index| | |||
| return false if arr_integers_1[index] - array_integers_2[index] != 0 | |||
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a != b is much clearer than a - b != 0, even if mathematically equivalent.
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