C comparison of array of pointers -

I am trying to write a function to compare two arrays of pointers to see if they I would like to use functions on any array of signals, that is what the indicators indicate - I am only interested in the similarity of the indicator.

I have written it: < Code> / ** * If true, array (type PTR to PTR) is equal to * / bool ptr_array_ Eq (conduit void ** x, const void ** y, size_t n) {size_t i; For (i = 0; i & lt; n; i ++) {if (x [i]! = Y [i]) {return false; True} true; }

My unit test looks like this:

  zero testPTR_ARRAY_EQ (zero) {mode * m1, * m2, * m3, * M4, * M5, * M6; Mode * A [] = {M1, M2, M3, M4, M5}; Mode * b [] = {m1, m2, m3, m4, m5}; Mode * c [] = {m2, m3, m4, m5, m6}; Mode * d [] = {m1, m3, m4, m5, m6}; CU_ASSERT (ptr_array_eq (a, a, 4)); CU_ASSERT (ptr_array_eq (a, b, 4)); CU_ASSERT (! Ptr_array_eq (a, c, 4)); CU_ASSERT (! Ptr_array_eq (a, d, 4)); }   
 But when I compile, I get the following warnings (not errors):  
  test_utility.c: "testPTR_ARRAY_EQ?" ??: test_utility.c: 648: 5: WARNING: 1 argument of passing ??? Ptr_array_eqâ ???? Inconsistent indicator type [enabled by default] ./src/glamdring2.h:327:6: Note: Expected "Cant Align" ** But there is a type of logic type; Structure mode ** one ????   
 The compiler is complaining that the type I am using in my unit-test does not match the function prototype  
 but I'm not really interested Has the underlying type, only the pointer to it.  
 a)  
 c)  
 d) Do not allow the console to issue warnings  
 b) I agree that C does not know the underlying type and does not like the idea of ​​rewriting the function for each type of indicator. I  < const zero *  
 < / Div> 
 
 
 Required for your function (an indicator of the first element) / Code>.  
 You are trying to pass it to an array of  mode *  (an indicator of the first element).  
 This is not allowed in C, because (among other reasons) it is not even guaranteed from the C standard that  zero *  and  mode *  If there are similar shapes, language does not mistakenly treat such programs as an array, as if it is an array of others.  
 In relation to implementation-specific specifications, which they are very much in implementation, you can use  memcmp  to compare arrays.