Good job on commenting your code!
Test | Status | Code Input and Output |
---|---|---|
1 | Pass |
% Banning these to discourage hard-coded answers and silly 'scoring cheats'. Sorry if it disrupts some legitimate usage.
% Please don't try any other hacks or workarounds.
assessFunctionAbsence({'str2num','str2double','regexp', 'regexpi'}, 'FileName','negativeRabbits.m');
FR = fileread('negativeRabbits.m');
msg = 'Don''t hard-code your ''solution''.';
assert( ~any( cellfun( @(z) contains(FR, z) , {'54800875592', '716768017756', '9845401187926'} ) ) , msg )
|
2 | Pass |
% I don't think it's very good style to be using "ans".
RE = regexp(fileread('negativeRabbits.m'), '\w+', 'match');
tabooWords = {'ans'};
testResult = cellfun( @(z) ismember(z, tabooWords), RE );
msg = ['Please do not include the following banned strings in your code!' char([10 13]) ...
strjoin(RE(testResult)) char([10 13])];
assert(~any( cellfun( @(z) ismember(z, tabooWords), RE ) ), msg)
|
3 | Pass |
% This is important.
assert( isequal( class(negativeRabbits(0)) , 'int64' ) , 'Wrong data type.')
|
4 | Pass |
% Test Suite shall ensure it only ever checks n < 3.
assert( isequal(negativeRabbits(+2), 1) , 'Failed at n =+2.' )
assert( isequal(negativeRabbits(+1), 1) , 'Failed at n =+1.' )
assert( isequal(negativeRabbits( 0), 0) , 'Failed at n = 0.' )
assert( isequal(negativeRabbits(-1), 1) , 'Failed at n =-1.' )
|
5 | Pass |
for n = 0 : -1 : -10
assert( isequal(negativeRabbits(n)+negativeRabbits(n+1), negativeRabbits(n+2)) , ['Failed at n =' num2str(n) '.'])
end;
|
6 | Pass |
for n = -10 : -1 : -20
assert( isequal(negativeRabbits(n)+negativeRabbits(n+1), negativeRabbits(n+2)) , ['Failed at n =' num2str(n) '.'])
end;
|
7 | Pass |
for n = -20 : -1 : -40
assert( isequal(negativeRabbits(n)+negativeRabbits(n+1), negativeRabbits(n+2)) , ['Failed at n =' num2str(n) '.'])
end;
|
8 | Pass |
for n = -40 : -1 : -77
assert( isequal(negativeRabbits(n)+negativeRabbits(n+1), negativeRabbits(n+2)) , ['Failed at n =' num2str(n) '.'])
end;
|
9 | Pass |
% This is difficult, but feasible within the parameters of the problem.
for n = -77 : -1 : -92
assert( isequal(negativeRabbits(n)+negativeRabbits(n+1), negativeRabbits(n+2)) , ['Failed at n =' num2str(n) '.'])
end;
|
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