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![]() `Complex.polar` accepts Complex values as arguments for the polar form as long as the value of the complex has no imaginary part (ie it is 'real'). In `f_complex_polar` this is handled by extracting the real part of the arguments. However in the case `polar` is called with only a single argument, the absolute value (abs), then the Complex is created without applying a check on the type of abs, meaning it is possible to create a Complex where the real part is itself an instance of a Complex. This change removes the short circuit for the single argument case meaning the real part extraction is performed correctly (by f_complex_polar). Also adds an example to `spec/ruby/core/complex/polar_spec.rb` to check that the real part of a complex argument is correctly extracted and used in the resulting Complex real and imaginary parts. |
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.. | ||
shared | ||
abs2_spec.rb | ||
abs_spec.rb | ||
angle_spec.rb | ||
arg_spec.rb | ||
coerce_spec.rb | ||
comparison_spec.rb | ||
conj_spec.rb | ||
conjugate_spec.rb | ||
constants_spec.rb | ||
denominator_spec.rb | ||
divide_spec.rb | ||
eql_spec.rb | ||
equal_value_spec.rb | ||
exponent_spec.rb | ||
fdiv_spec.rb | ||
finite_spec.rb | ||
hash_spec.rb | ||
imag_spec.rb | ||
imaginary_spec.rb | ||
infinite_spec.rb | ||
inspect_spec.rb | ||
integer_spec.rb | ||
magnitude_spec.rb | ||
marshal_dump_spec.rb | ||
minus_spec.rb | ||
multiply_spec.rb | ||
negative_spec.rb | ||
numerator_spec.rb | ||
phase_spec.rb | ||
plus_spec.rb | ||
polar_spec.rb | ||
positive_spec.rb | ||
quo_spec.rb | ||
rationalize_spec.rb | ||
real_spec.rb | ||
rect_spec.rb | ||
rectangular_spec.rb | ||
to_c_spec.rb | ||
to_f_spec.rb | ||
to_i_spec.rb | ||
to_r_spec.rb | ||
to_s_spec.rb | ||
uminus_spec.rb |