| LOW | bridge/lib/src/lib.rs | 1 | //! The CXX code generator for constructing and compiling C++ code. | COMMENT |
| LOW | bridge/src/write.rs | 541 | out.next_section(); | COMMENT |
| LOW | bridge/src/write.rs | 561 | // | COMMENT |
| LOW | bridge/src/mod.rs | 41 | /// # | COMMENT |
| LOW | bridge/src/builtin/alignmax.h | 1 | #pragma once | COMMENT |
| LOW | include/cxx.h | 1 | #pragma once | COMMENT |
| LOW | include/cxx.h | 461 | | COMMENT |
| LOW | tests/cpp_ui_tests.rs | 21 | "include.h", | COMMENT |
| LOW | tests/cpp_compile/mod.rs | 21 | /// Path to the `.cc` file (in `temp_dir`) that is generated by the | COMMENT |
| LOW | tests/cpp_compile/mod.rs | 61 | temp_dir, | COMMENT |
| LOW | tests/cpp_compile/mod.rs | 81 | /// | COMMENT |
| LOW | tests/cpp_compile/mod.rs | 161 | /// | COMMENT |
| LOW | macro/src/expand.rs | 1681 | #cfg | COMMENT |
| LOW | book/src/concepts.md | 21 | language. | COMMENT |
| LOW | book/src/concepts.md | 41 | # unsafe extern "C++" { | COMMENT |
| LOW | book/src/tutorial.md | 301 | # fn next_chunk(buf: &mut MultiBuf) -> &[u8]; | COMMENT |
| LOW | book/src/tutorial.md | 381 | | COMMENT |
| LOW | book/src/tutorial.md | 401 | # unsafe extern "C++" { | COMMENT |
| LOW | book/src/tutorial.md | 521 | # fn next_chunk(buf: &mut MultiBuf) -> &[u8]; | COMMENT |
| LOW | syntax/mangle.rs | 1 | // Mangled symbol arrangements: | COMMENT |
| LOW | syntax/mangle.rs | 21 | // - cxxbridge1$unique_ptr$std$vector$u8$drop | COMMENT |
| LOW | syntax/mangle.rs | 41 | // pattern: {NAMESPACE...} $ {CXXBRIDGE} $ {CXXVERSION} $ {TYPE} $ operator $ {NAME} | COMMENT |
| LOW | syntax/attrs.rs | 1 | use crate::syntax::cfg::CfgExpr; | COMMENT |
| LOW | syntax/instantiate.rs | 21 | /// | COMMENT |
| LOW | src/lib.rs | 1 | //! [![github]](https://github.com/dtolnay/cxx) [![crates-io]](https://crates.io/crates/cxx) [![docs-rs]](http | COMMENT |
| LOW | src/lib.rs | 21 | //! *Compiler support: requires rustc 1.88+ and c++11 or newer*<br> | COMMENT |
| LOW | src/lib.rs | 41 | //! If everything checks out statically, then CXX uses a pair of code generators | COMMENT |
| LOW | src/lib.rs | 61 | //! string from C++, its `size()` member function calls Rust's `len()`. | COMMENT |
| LOW | src/lib.rs | 81 | //! // Any shared structs, whose fields will be visible to both languages. | COMMENT |
| LOW | src/lib.rs | 101 | //! | COMMENT |
| LOW | src/lib.rs | 121 | //! ``` | COMMENT |
| LOW | src/lib.rs | 141 | //! | COMMENT |
| LOW | src/lib.rs | 161 | //! type depending on your use case. | COMMENT |
| LOW | src/lib.rs | 181 | //! Your function implementations themselves, whether in C++ or Rust, *do not* | COMMENT |
| LOW | src/lib.rs | 201 | //! replacement for the concept of `extern "C"` signatures as we know them, | COMMENT |
| LOW | src/lib.rs | 221 | //! of your FFI that is straightforward and doing the remaining few oddball | COMMENT |
| LOW | src/lib.rs | 241 | //! ```toml | COMMENT |
| LOW | src/lib.rs | 261 | //! | COMMENT |
| LOW | src/lib.rs | 281 | //! | COMMENT |
| LOW | src/lib.rs | 301 | //! may contain internal pointers that would be screwed up by Rust's move | COMMENT |
| LOW | src/lib.rs | 321 | //! <br> | COMMENT |
| LOW | src/lib.rs | 341 | //! <tr><td><a href="struct.CxxVector.html">CxxVector<T></a></td><td>std::vector<T></td><td><sup><i>cannot b | COMMENT |
| LOW | src/cxx_string.rs | 21 | fn string_init(this: &mut MaybeUninit<CxxString>, ptr: *const u8, len: usize); | COMMENT |
| LOW | src/cxx_string.rs | 41 | /// macro, in Rust code we can never obtain a `CxxString` by value. C++'s string | COMMENT |
| LOW | src/cxx_string.rs | 61 | /// ``` | COMMENT |
| LOW | src/cxx_string.rs | 101 | /// [`let_cxx_string!`] macro. | COMMENT |
| LOW | src/cxx_string.rs | 121 | self.len() == 0 | COMMENT |
| LOW | src/cxx_string.rs | 141 | /// | COMMENT |
| LOW | src/cxx_string.rs | 161 | | COMMENT |
| LOW | src/cxx_string.rs | 181 | /// | COMMENT |
| LOW | src/cxx_string.rs | 201 | /// **The meaning of the argument is not the same as | COMMENT |
| LOW | src/shared_ptr.rs | 21 | /// **WARNING:** Unlike Rust's `Arc<T>`, a C++ shared pointer manipulates | COMMENT |
| LOW | src/shared_ptr.rs | 81 | shared_ptr.assume_init() | COMMENT |
| LOW | src/shared_ptr.rs | 101 | /// Panics if `T` is an incomplete type (including `void`) or is not | COMMENT |
| LOW | src/shared_ptr.rs | 121 | /// | COMMENT |
| LOW | src/shared_ptr.rs | 141 | /// | COMMENT |
| LOW | src/shared_ptr.rs | 161 | /// # Panics | COMMENT |
| LOW | src/shared_ptr.rs | 361 | /// | COMMENT |
| LOW | src/cxx_vector.rs | 41 | /// Constructs a new heap allocated vector, wrapped by UniquePtr. | COMMENT |
| LOW | src/cxx_vector.rs | 101 | /// This is generally not recommended, use with caution! Calling this method | COMMENT |
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