tr1 tests are misusing initializer_list

[AlexGuteniev]

initializer_list does not have a constructor that takes a pair of pointers - it is implementation detail.

Occurrences are in tr1 tests. Search for initializer_list and inspect each use.

initializer_list should probably be kept for cases where it is created from an array created by initializer_list, just skip proxy array. Otherwise, should use iterator range constructor:

Some of the occurrences:

STL/tests/tr1/tests/algorithm/test.cpp

Lines 36 to 39 in 1680ae7

	char arr[] = {"012"};
	STD initializer_list<char> ilist1(&arr[0], &arr[1]);
	STD initializer_list<char> ilist2(&arr[1], &arr[3]);
	STD initializer_list<char> ilist3(&arr[0], &arr[3]);

STL/tests/tr1/tests/deque/test.cpp

Lines 280 to 281 in 1680ae7

	const char* data = "abc";
	STD initializer_list<char> init(data, data + CSTD strlen(data));

STL/tests/tr1/tests/random4/test.cpp

Line 60 in 1680ae7

STD seed_seq seq2(STD initializer_list<Uint32>(&arr1[0], &arr1[5]));

STL/tests/tr1/tests/random4/test.cpp

Line 148 in 1680ae7

CHECK_INT(rng_t::initialization_multiplier, 1812433253);

STL/tests/tr1/tests/random5/test.cpp

Line 429 in 1680ae7

dist_t dist1(STD initializer_list<double>(vec.data(), vec.data() + vec.size()));

STL/tests/tr1/tests/random5/test.cpp

Line 446 in 1680ae7

CHECK(par0 == dist_t::param_type(STD initializer_list<double>(vec.data(), vec.data() + vec.size())));

STL/tests/tr1/tests/random5/test.cpp

Lines 489 to 490 in 1680ae7

	double arr[] = {1.0, 1.1, 1.2, 1.3, 1.4};
	dist_t dist3(STD initializer_list<double>(&arr[0], &arr[5]), myfn);

STL/tests/tr1/tests/random5/test.cpp

Line 505 in 1680ae7

CHECK(dist3.param() == dist_t::param_type(STD initializer_list<double>(&arr[0], &arr[5]), myfn));

STL/tests/tr1/tests/random5/test.cpp

Lines 546 to 547 in 1680ae7

	double arr[] = {1.0, 1.1, 1.2, 1.3, 1.4};
	dist_t dist3(STD initializer_list<double>(&arr[0], &arr[5]), myfn);

STL/tests/tr1/tests/random5/test.cpp

Line 560 in 1680ae7

CHECK(dist3.param() == dist_t::param_type(STD initializer_list<double>(&arr[0], &arr[5]), myfn));