#ifndef ICU4XWordBreakIteratorUtf16_HPP #define ICU4XWordBreakIteratorUtf16_HPP #include #include #include #include #include #include #include #include "diplomat_runtime.hpp" #include "ICU4XWordBreakIteratorUtf16.h" #include "ICU4XSegmenterWordType.hpp" /** * A destruction policy for using ICU4XWordBreakIteratorUtf16 with std::unique_ptr. */ struct ICU4XWordBreakIteratorUtf16Deleter { void operator()(capi::ICU4XWordBreakIteratorUtf16* l) const noexcept { capi::ICU4XWordBreakIteratorUtf16_destroy(l); } }; /** * See the [Rust documentation for `WordBreakIterator`](https://docs.rs/icu/latest/icu/segmenter/struct.WordBreakIterator.html) for more information. */ class ICU4XWordBreakIteratorUtf16 { public: /** * Finds the next breakpoint. Returns -1 if at the end of the string or if the index is * out of range of a 32-bit signed integer. * * See the [Rust documentation for `next`](https://docs.rs/icu/latest/icu/segmenter/struct.WordBreakIterator.html#method.next) for more information. */ int32_t next(); /** * Return the status value of break boundary. * * See the [Rust documentation for `word_type`](https://docs.rs/icu/latest/icu/segmenter/struct.WordBreakIterator.html#method.word_type) for more information. */ ICU4XSegmenterWordType word_type() const; /** * Return true when break boundary is word-like such as letter/number/CJK * * See the [Rust documentation for `is_word_like`](https://docs.rs/icu/latest/icu/segmenter/struct.WordBreakIterator.html#method.is_word_like) for more information. */ bool is_word_like() const; inline const capi::ICU4XWordBreakIteratorUtf16* AsFFI() const { return this->inner.get(); } inline capi::ICU4XWordBreakIteratorUtf16* AsFFIMut() { return this->inner.get(); } inline explicit ICU4XWordBreakIteratorUtf16(capi::ICU4XWordBreakIteratorUtf16* i) : inner(i) {} ICU4XWordBreakIteratorUtf16() = default; ICU4XWordBreakIteratorUtf16(ICU4XWordBreakIteratorUtf16&&) noexcept = default; ICU4XWordBreakIteratorUtf16& operator=(ICU4XWordBreakIteratorUtf16&& other) noexcept = default; private: std::unique_ptr inner; }; inline int32_t ICU4XWordBreakIteratorUtf16::next() { return capi::ICU4XWordBreakIteratorUtf16_next(this->inner.get()); } inline ICU4XSegmenterWordType ICU4XWordBreakIteratorUtf16::word_type() const { return static_cast(capi::ICU4XWordBreakIteratorUtf16_word_type(this->inner.get())); } inline bool ICU4XWordBreakIteratorUtf16::is_word_like() const { return capi::ICU4XWordBreakIteratorUtf16_is_word_like(this->inner.get()); } #endif