PR #138 introduced support for Clang builds, however they do currently only work when targeting x64 architectures, as x86 builds produce codegen errors. If support for std::generator (see #119) is improved, many of them should go away. Furthermore, occasions where types are wrongly deduced are mostly caused by implicit conversions to size_t. To fix this, we should use the uz literal, after it becomes available. Until the above changes can be implemented and thus allow for a re-evaluation of this issue, x86 clang support remains blocked.
Describe your problem
PR #138 introduced support for Clang builds, however they do currently only work when targeting x64 architectures, as x86 builds produce codegen errors. If support for
std::generator(see #119) is improved, many of them should go away. Furthermore, occasions where types are wrongly deduced are mostly caused by implicit conversions tosize_t. To fix this, we should use theuzliteral, after it becomes available. Until the above changes can be implemented and thus allow for a re-evaluation of this issue, x86 clang support remains blocked.