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This implementation is designed to avoid needing to copy to an intermediate buffer and then read from it again, which is an expensive Read-after-Write hazard.

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Include targets that are already included in ABSL_INTERNAL_DLL_FILES.

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... even if ABSL_BUILD_TEST_HELPERS is not specified.

When not using ABSL_BUILD_DLL, tests builds even if ABSL_BUILD_TEST_HELPERS is not specified. Make this work for ABSL_BUILD_DLL, by ensuring that (BUILD_TESTING AND ABSL_BUILD_TESTING) triggers abseil_test_dll build.

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Clang 19 seems to see the old usage of
absl::string_internal::HasAbslStringify in GoogleTest 1.14.0 and
incorrectly resolves absl::HasAbslStringify sometimes. This issue is
fixed when a version of GoogleTest that removes
absl::string_internal::HasAbslStringify is used.

This workaround is ugly but will be removed after the next GoogleTest
release.

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std::is_signed can't be specialized, so this actually lets through non-unsigned types where the types are not language primitives (i.e. it lets absl::int128 through). However, std::numeric_limits can be specialized, and is indeed specialized, so we can use that instead.
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`absl::StrCat` always returns a `std::string`. Specifying it using a trailing return type does not help.
Tests are documentation, and they should be consistent with [the google style guide](https://google.github.io/styleguide/cppguide.html#trailing_return).

For example, this is different than `-> absl::string_view` and returning string literals, where it is actually a load-bearing change.

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This will enable diagnoses similar to those enabled by ABSL_ATTRIBUTE_LIFETIME_BOUND.

See the following links for details:
https://reviews.llvm.org/D64448
https://lists.llvm.org/pipermail/cfe-dev/2018-November/060355.html

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the open source release. This was only used in tests that never ran
as part in the open source release.

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`absl::int128` and `absl::uint128` are not `std::is_integral`. There is an internal `IsIntegral` type trait we could use, but it actually makes more sense to remove the `static_assert` altogether. Any compile-time validation should be done in `absl::Uniform` itself, and duplicating that logic here just increases the chance of divergence.

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