forked from OSchip/llvm-project
0f622bd281
LIBCXX_ENABLE_ASSERTIONS does not have any relationship to the `assert` macro -- it only controls assertions that are internal to the library. Playing around with `NDEBUG` only muddies the picture further than it already is. Also, remove a failing assertion in the benchmarks. That assertion had never been exercised because we defined `NDEBUG` manually, and it was failing since we introduced the ability to generate a benchmark vector with the Quicksort adversary ordering (which is obviously not sorted). This was split off of https://llvm.org/D121123. Differential Revision: https://reviews.llvm.org/D121244 |
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.. | ||
CMakeLists.txt | ||
CartesianBenchmarks.h | ||
ContainerBenchmarks.h | ||
GenerateInput.h | ||
Utilities.h | ||
VariantBenchmarks.h | ||
algorithms.bench.cpp | ||
algorithms.partition_point.bench.cpp | ||
allocation.bench.cpp | ||
deque.bench.cpp | ||
filesystem.bench.cpp | ||
format.bench.cpp | ||
format_to.bench.cpp | ||
format_to_n.bench.cpp | ||
formatted_size.bench.cpp | ||
formatter_float.bench.cpp | ||
function.bench.cpp | ||
lit.cfg.py | ||
lit.site.cfg.py.in | ||
map.bench.cpp | ||
ordered_set.bench.cpp | ||
std_format_spec_string_unicode.bench.cpp | ||
string.bench.cpp | ||
stringstream.bench.cpp | ||
to_chars.bench.cpp | ||
unordered_set_operations.bench.cpp | ||
util_smartptr.bench.cpp | ||
variant_visit_1.bench.cpp | ||
variant_visit_2.bench.cpp | ||
variant_visit_3.bench.cpp | ||
vector_operations.bench.cpp |