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The problem description is a little misleading in stating that the input will contain positive, non-zero integers. Why include an empty array in the test suite?
Test | Status | Code Input and Output |
---|---|---|
1 | Pass |
%%
x = 1;
y_correct = {'1'};
assert(isequal(fizzbuzz(x),y_correct))
|
2 | Pass |
%%
x = 3;
y_correct = {'fizz'};
assert(isequal(fizzbuzz(x),y_correct))
|
3 | Pass |
%%
x = 5;
y_correct = {'buzz'};
assert(isequal(fizzbuzz(x),y_correct))
|
4 | Pass |
%%
x = 15;
y_correct = {'fizzbuzz'};
assert(isequal(fizzbuzz(x),y_correct))
|
5 | Pass |
%%
x = [1 3 5 15 16];
y_correct = {'1', 'fizz', 'buzz', 'fizzbuzz','16'};
assert(isequal(fizzbuzz(x),y_correct))
|
6 | Pass |
%%
x = [];
y_correct = {};
assert(isequal(fizzbuzz(x),y_correct))
|
7 | Pass |
%%
x = 1:100;
y_correct = arrayfun(@(n)num2str(n), x, 'uniform', false);
y_correct(mod(x, 3)==0) = {'fizz'};
y_correct(mod(x, 5)==0) = {'buzz'}
y_correct(mod(x, 15)==0) = {'fizzbuzz'};
assert(isequal(fizzbuzz(x),y_correct))
y_correct =
Columns 1 through 7
'1' '2' 'fizz' '4' 'buzz' 'fizz' '7'
Columns 8 through 14
'8' 'fizz' 'buzz' '11' 'fizz' '13' '14'
Columns 15 through 20
'buzz' '16' '17' 'fizz' '19' 'buzz'
Columns 21 through 26
'fizz' '22' '23' 'fizz' 'buzz' '26'
Columns 27 through 33
'fizz' '28' '29' 'buzz' '31' '32' 'fizz'
Columns 34 through 39
'34' 'buzz' 'fizz' '37' '38' 'fizz'
Columns 40 through 46
'buzz' '41' 'fizz' '43' '44' 'buzz' '46'
Columns 47 through 53
'47' 'fizz' '49' 'buzz' 'fizz' '52' '53'
Columns 54 through 59
'fizz' 'buzz' '56' 'fizz' '58' '59'
Columns 60 through 65
'buzz' '61' '62' 'fizz' '64' 'buzz'
Columns 66 through 71
'fizz' '67' '68' 'fizz' 'buzz' '71'
Columns 72 through 78
'fizz' '73' '74' 'buzz' '76' '77' 'fizz'
Columns 79 through 84
'79' 'buzz' 'fizz' '82' '83' 'fizz'
Columns 85 through 91
'buzz' '86' 'fizz' '88' '89' 'buzz' '91'
Columns 92 through 98
'92' 'fizz' '94' 'buzz' 'fizz' '97' '98'
Columns 99 through 100
'fizz' 'buzz'
|
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