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https://issues.apache.org/jira/browse/NUMBERS-122?page=com.atlassian.jira.plugin.system.issuetabpanels:all-tabpanel
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Heinrich Bohne updated NUMBERS-122:
-----------------------------------
    Description: 
The helper methods {{assertFraction(int, int, BigFraction)}} and 
{{assertFraction(long, long, BigFraction)}} don't check whether the numerator 
and denominator of the {{BigFraction}} are equivalent to the first two 
arguments. Rather, they check whether the numerator and denominator _truncated 
to an {{int}} or {{long}}_ are equal to the first two arguments. This is 
unsatisfactory and also probably not in the spirit of the creator of these 
methods.

Also, the method {{assertFraction(int, int, BigFraction)}} is redundant, 
because an {{int}} can be cast to a {{long}} without loss of precision, so 
{{assertFraction(long, long, BigFraction)}} is sufficient to handle both 
{{int}} and {{long}} arguments.

  was:The helper methods {{assertFraction(int, int, BigFraction)}} and 
{{assertFraction(long, long, BigFraction)}} don't check whether the numerator 
and denominator of the {{BigFraction}} are equivalent to the first two 
arguments. Rather, they check whether the numerator and denominator _truncated 
to an {{int}} or {{long}}_ are equal to the first two arguments. This is 
unsatisfactory and also probably not in the spirit of the creator of these 
methods.


> Helper assertion methods in BigFractionTest not strict enough
> -------------------------------------------------------------
>
>                 Key: NUMBERS-122
>                 URL: https://issues.apache.org/jira/browse/NUMBERS-122
>             Project: Commons Numbers
>          Issue Type: Bug
>          Components: fraction
>    Affects Versions: 1.0
>            Reporter: Heinrich Bohne
>            Priority: Minor
>
> The helper methods {{assertFraction(int, int, BigFraction)}} and 
> {{assertFraction(long, long, BigFraction)}} don't check whether the numerator 
> and denominator of the {{BigFraction}} are equivalent to the first two 
> arguments. Rather, they check whether the numerator and denominator 
> _truncated to an {{int}} or {{long}}_ are equal to the first two arguments. 
> This is unsatisfactory and also probably not in the spirit of the creator of 
> these methods.
> Also, the method {{assertFraction(int, int, BigFraction)}} is redundant, 
> because an {{int}} can be cast to a {{long}} without loss of precision, so 
> {{assertFraction(long, long, BigFraction)}} is sufficient to handle both 
> {{int}} and {{long}} arguments.



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