1*bb611c8fSApple OSS Distributions // 2*bb611c8fSApple OSS Distributions // Tests for 3*bb611c8fSApple OSS Distributions // aggregate-initialization of `bounded_array` 4*bb611c8fSApple OSS Distributions // 5*bb611c8fSApple OSS Distributions 6*bb611c8fSApple OSS Distributions #include <libkern/c++/bounded_array.h> 7*bb611c8fSApple OSS Distributions #include <darwintest.h> 8*bb611c8fSApple OSS Distributions #include <darwintest_utils.h> 9*bb611c8fSApple OSS Distributions #include "test_policy.h" 10*bb611c8fSApple OSS Distributions 11*bb611c8fSApple OSS Distributions struct T { 12*bb611c8fSApple OSS Distributions T() : i(4) 13*bb611c8fSApple OSS Distributions { 14*bb611c8fSApple OSS Distributions } 15*bb611c8fSApple OSS Distributions T(int k) : i(k) 16*bb611c8fSApple OSS Distributions { 17*bb611c8fSApple OSS Distributions } 18*bb611c8fSApple OSS Distributions int i; 19*bb611c8fSApple OSS Distributions friend bool 20*bb611c8fSApple OSS Distributions operator==(T const& a, T const& b) 21*bb611c8fSApple OSS Distributions { 22*bb611c8fSApple OSS Distributions return a.i == b.i; 23*bb611c8fSApple OSS Distributions } 24*bb611c8fSApple OSS Distributions }; 25*bb611c8fSApple OSS Distributions 26*bb611c8fSApple OSS Distributions template <typename T> 27*bb611c8fSApple OSS Distributions static void 28*bb611c8fSApple OSS Distributions tests() 29*bb611c8fSApple OSS Distributions { 30*bb611c8fSApple OSS Distributions { 31*bb611c8fSApple OSS Distributions test_bounded_array<T, 5> array = {T(1), T(2), T(3), T(4), T(5)}; 32*bb611c8fSApple OSS Distributions CHECK(array.size() == 5); 33*bb611c8fSApple OSS Distributions CHECK(array[0] == T(1)); 34*bb611c8fSApple OSS Distributions CHECK(array[1] == T(2)); 35*bb611c8fSApple OSS Distributions CHECK(array[2] == T(3)); 36*bb611c8fSApple OSS Distributions CHECK(array[3] == T(4)); 37*bb611c8fSApple OSS Distributions CHECK(array[4] == T(5)); 38*bb611c8fSApple OSS Distributions } 39*bb611c8fSApple OSS Distributions 40*bb611c8fSApple OSS Distributions { 41*bb611c8fSApple OSS Distributions test_bounded_array<T, 5> array{T(1), T(2), T(3), T(4), T(5)}; 42*bb611c8fSApple OSS Distributions CHECK(array.size() == 5); 43*bb611c8fSApple OSS Distributions CHECK(array[0] == T(1)); 44*bb611c8fSApple OSS Distributions CHECK(array[1] == T(2)); 45*bb611c8fSApple OSS Distributions CHECK(array[2] == T(3)); 46*bb611c8fSApple OSS Distributions CHECK(array[3] == T(4)); 47*bb611c8fSApple OSS Distributions CHECK(array[4] == T(5)); 48*bb611c8fSApple OSS Distributions } 49*bb611c8fSApple OSS Distributions 50*bb611c8fSApple OSS Distributions // Check with a 0-sized array 51*bb611c8fSApple OSS Distributions { 52*bb611c8fSApple OSS Distributions test_bounded_array<T, 0> array = {}; 53*bb611c8fSApple OSS Distributions CHECK(array.size() == 0); 54*bb611c8fSApple OSS Distributions } 55*bb611c8fSApple OSS Distributions } 56*bb611c8fSApple OSS Distributions 57*bb611c8fSApple OSS Distributions T_DECL(ctor_aggregate_init, "bounded_array.ctor.aggregate_init") { 58*bb611c8fSApple OSS Distributions tests<T>(); 59*bb611c8fSApple OSS Distributions } 60