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// © 2016 and later: Unicode, Inc. and others. // License & terms of use: http://www.unicode.org/copyright.html /* ******************************************************************************* * * Copyright (C) 2009-2016, International Business Machines * Corporation and others. All Rights Reserved. * ******************************************************************************* * file name: localpointer.h * encoding: UTF-8 * tab size: 8 (not used) * indentation:4 * * created on: 2009nov13 * created by: Markus W. Scherer */ #ifndef __LOCALPOINTER_H__ #define __LOCALPOINTER_H__ /** * \file * \brief C++ API: "Smart pointers" for use with and in ICU4C C++ code. * * These classes are inspired by * - std::auto_ptr * - boost::scoped_ptr & boost::scoped_array * - Taligent Safe Pointers (TOnlyPointerTo) * * but none of those provide for all of the goals for ICU smart pointers: * - Smart pointer owns the object and releases it when it goes out of scope. * - No transfer of ownership via copy/assignment to reduce misuse. Simpler & more robust. * - ICU-compatible: No exceptions. * - Need to be able to orphan/release the pointer and its ownership. * - Need variants for normal C++ object pointers, C++ arrays, and ICU C service objects. * * For details see https://icu.unicode.org/design/cpp/scoped_ptr */ #include "unicode/utypes.h" #if U_SHOW_CPLUSPLUS_API #include U_NAMESPACE_BEGIN /** * "Smart pointer" base class; do not use directly: use LocalPointer etc. * * Base class for smart pointer classes that do not throw exceptions. * * Do not use this base class directly, since it does not delete its pointer. * A subclass must implement methods that delete the pointer: * Destructor and adoptInstead(). * * There is no operator T *() provided because the programmer must decide * whether to use getAlias() (without transfer of ownership) or orphan() * (with transfer of ownership and NULLing of the pointer). * * @see LocalPointer * @see LocalArray * @see U_DEFINE_LOCAL_OPEN_POINTER * @stable ICU 4.4 */ template class LocalPointerBase { public: // No heap allocation. Use only on the stack. static void* U_EXPORT2 operator new(size_t) = delete; static void* U_EXPORT2 operator new[](size_t) = delete; static void* U_EXPORT2 operator new(size_t, void*) = delete; /** * Constructor takes ownership. * @param p simple pointer to an object that is adopted * @stable ICU 4.4 */ explicit LocalPointerBase(T *p=nullptr) : ptr(p) {} /** * Destructor deletes the object it owns. * Subclass must override: Base class does nothing. * @stable ICU 4.4 */ ~LocalPointerBase() { /* delete ptr; */ } /** * nullptr check. * @return true if ==nullptr * @stable ICU 4.4 */ UBool isNull() const { return ptr==nullptr; } /** * nullptr check. * @return true if !=nullptr * @stable ICU 4.4 */ UBool isValid() const { return ptr!=nullptr; } /** * Comparison with a simple pointer, so that existing code * with ==nullptr need not be changed. * @param other simple pointer for comparison * @return true if this pointer value equals other * @stable ICU 4.4 */ bool operator==(const T *other) const { return ptr==other; } /** * Comparison with a simple pointer, so that existing code * with !=nullptr need not be changed. * @param other simple pointer for comparison * @return true if this pointer value differs from other * @stable ICU 4.4 */ bool operator!=(const T *other) const { return ptr!=other; } /** * Access without ownership change. * @return the pointer value * @stable ICU 4.4 */ T *getAlias() const { return ptr; } /** * Access without ownership change. * @return the pointer value as a reference * @stable ICU 4.4 */ T &operator*() const { return *ptr; } /** * Access without ownership change. * @return the pointer value * @stable ICU 4.4 */ T *operator->() const { return ptr; } /** * Gives up ownership; the internal pointer becomes nullptr. * @return the pointer value; * caller becomes responsible for deleting the object * @stable ICU 4.4 */ T *orphan() { T *p=ptr; ptr=nullptr; return p; } /** * Deletes the object it owns, * and adopts (takes ownership of) the one passed in. * Subclass must override: Base class does not delete the object. * @param p simple pointer to an object that is adopted * @stable ICU 4.4 */ void adoptInstead(T *p) { // delete ptr; ptr=p; } protected: /** * Actual pointer. * @internal */ T *ptr; private: // No comparison operators with other LocalPointerBases. bool operator==(const LocalPointerBase &other) = delete; bool operator!=(const LocalPointerBase &other) = delete; // No ownership sharing: No copy constructor, no assignment operator. LocalPointerBase(const LocalPointerBase &other) = delete; void operator=(const LocalPointerBase &other) = delete; }; /** * "Smart pointer" class, deletes objects via the standard C++ delete operator. * For most methods see the LocalPointerBase base class. * * Usage example: * \code * LocalPointer s(new UnicodeString((UChar32)0x50005)); * int32_t length=s->length(); // 2 * char16_t lead=s->charAt(0); // 0xd900 * if(some condition) { return; } // no need to explicitly delete the pointer * s.adoptInstead(new UnicodeString((char16_t)0xfffc)); * length=s->length(); // 1 * // no need to explicitly delete the pointer * \endcode * * @see LocalPointerBase * @stable ICU 4.4 */ template class LocalPointer : public LocalPointerBase { public: using LocalPointerBase::operator*; using LocalPointerBase::operator->; /** * Constructor takes ownership. * @param p simple pointer to an object that is adopted * @stable ICU 4.4 */ explicit LocalPointer(T *p=nullptr) : LocalPointerBase(p) {} /** * Constructor takes ownership and reports an error if nullptr. * * This constructor is intended to be used with other-class constructors * that may report a failure UErrorCode, * so that callers need to check only for U_FAILURE(errorCode) * and not also separately for isNull(). * * @param p simple pointer to an object that is adopted * @param errorCode in/out UErrorCode, set to U_MEMORY_ALLOCATION_ERROR * if p==nullptr and no other failure code had been set * @stable ICU 55 */ LocalPointer(T *p, UErrorCode &errorCode) : LocalPointerBase(p) { if(p==nullptr && U_SUCCESS(errorCode)) { errorCode=U_MEMORY_ALLOCATION_ERROR; } } /** * Move constructor, leaves src with isNull(). * @param src source smart pointer * @stable ICU 56 */ LocalPointer(LocalPointer &&src) noexcept : LocalPointerBase(src.ptr) { src.ptr=nullptr; } /** * Constructs a LocalPointer from a C++11 std::unique_ptr. * The LocalPointer steals the object owned by the std::unique_ptr. * * This constructor works via move semantics. If your std::unique_ptr is * in a local variable, you must use std::move. * * @param p The std::unique_ptr from which the pointer will be stolen. * @stable ICU 64 */ explicit LocalPointer(std::unique_ptr &&p) : LocalPointerBase(p.release()) {} /** * Destructor deletes the object it owns. * @stable ICU 4.4 */ ~LocalPointer() { delete LocalPointerBase::ptr; } /** * Move assignment operator, leaves src with isNull(). * The behavior is undefined if *this and src are the same object. * @param src source smart pointer * @return *this * @stable ICU 56 */ LocalPointer &operator=(LocalPointer &&src) noexcept { delete LocalPointerBase::ptr; LocalPointerBase::ptr=src.ptr; src.ptr=nullptr; return *this; } /** * Move-assign from an std::unique_ptr to this LocalPointer. * Steals the pointer from the std::unique_ptr. * * @param p The std::unique_ptr from which the pointer will be stolen. * @return *this * @stable ICU 64 */ LocalPointer &operator=(std::unique_ptr &&p) noexcept { adoptInstead(p.release()); return *this; } /** * Swap pointers. * @param other other smart pointer * @stable ICU 56 */ void swap(LocalPointer &other) noexcept { T *temp=LocalPointerBase::ptr; LocalPointerBase::ptr=other.ptr; other.ptr=temp; } /** * Non-member LocalPointer swap function. * @param p1 will get p2's pointer * @param p2 will get p1's pointer * @stable ICU 56 */ friend inline void swap(LocalPointer &p1, LocalPointer &p2) noexcept { p1.swap(p2); } /** * Deletes the object it owns, * and adopts (takes ownership of) the one passed in. * @param p simple pointer to an object that is adopted * @stable ICU 4.4 */ void adoptInstead(T *p) { delete LocalPointerBase::ptr; LocalPointerBase::ptr=p; } /** * Deletes the object it owns, * and adopts (takes ownership of) the one passed in. * * If U_FAILURE(errorCode), then the current object is retained and the new one deleted. * * If U_SUCCESS(errorCode) but the input pointer is nullptr, * then U_MEMORY_ALLOCATION_ERROR is set, * the current object is deleted, and nullptr is set. * * @param p simple pointer to an object that is adopted * @param errorCode in/out UErrorCode, set to U_MEMORY_ALLOCATION_ERROR * if p==nullptr and no other failure code had been set * @stable ICU 55 */ void adoptInsteadAndCheckErrorCode(T *p, UErrorCode &errorCode) { if(U_SUCCESS(errorCode)) { delete LocalPointerBase::ptr; LocalPointerBase::ptr=p; if(p==nullptr) { errorCode=U_MEMORY_ALLOCATION_ERROR; } } else { delete p; } } /** * Conversion operator to a C++11 std::unique_ptr. * Disowns the object and gives it to the returned std::unique_ptr. * * This operator works via move semantics. If your LocalPointer is * in a local variable, you must use std::move. * * @return An std::unique_ptr owning the pointer previously owned by this * icu::LocalPointer. * @stable ICU 64 */ operator std::unique_ptr () && { return std::unique_ptr(LocalPointerBase::orphan()); } }; /** * "Smart pointer" class, deletes objects via the C++ array delete[] operator. * For most methods see the LocalPointerBase base class. * Adds operator[] for array item access. * * Usage example: * \code * LocalArray a(new UnicodeString[2]); * a[0].append((char16_t)0x61); * if(some condition) { return; } // no need to explicitly delete the array * a.adoptInstead(new UnicodeString[4]); * a[3].append((char16_t)0x62).append((char16_t)0x63).reverse(); * // no need to explicitly delete the array * \endcode * * @see LocalPointerBase * @stable ICU 4.4 */ template class LocalArray : public LocalPointerBase { public: using LocalPointerBase::operator*; using LocalPointerBase::operator->; /** * Constructor takes ownership. * @param p simple pointer to an array of T objects that is adopted * @stable ICU 4.4 */ explicit LocalArray(T *p=nullptr) : LocalPointerBase(p) {} /** * Constructor takes ownership and reports an error if nullptr. * * This constructor is intended to be used with other-class constructors * that may report a failure UErrorCode, * so that callers need to check only for U_FAILURE(errorCode) * and not also separately for isNull(). * * @param p simple pointer to an array of T objects that is adopted * @param errorCode in/out UErrorCode, set to U_MEMORY_ALLOCATION_ERROR * if p==nullptr and no other failure code had been set * @stable ICU 56 */ LocalArray(T *p, UErrorCode &errorCode) : LocalPointerBase(p) { if(p==nullptr && U_SUCCESS(errorCode)) { errorCode=U_MEMORY_ALLOCATION_ERROR; } } /** * Move constructor, leaves src with isNull(). * @param src source smart pointer * @stable ICU 56 */ LocalArray(LocalArray &&src) noexcept : LocalPointerBase(src.ptr) { src.ptr=nullptr; } /** * Constructs a LocalArray from a C++11 std::unique_ptr of an array type. * The LocalPointer steals the array owned by the std::unique_ptr. * * This constructor works via move semantics. If your std::unique_ptr is * in a local variable, you must use std::move. * * @param p The std::unique_ptr from which the array will be stolen. * @stable ICU 64 */ explicit LocalArray(std::unique_ptr &&p) : LocalPointerBase(p.release()) {} /** * Destructor deletes the array it owns. * @stable ICU 4.4 */ ~LocalArray() { delete[] LocalPointerBase::ptr; } /** * Move assignment operator, leaves src with isNull(). * The behavior is undefined if *this and src are the same object. * @param src source smart pointer * @return *this * @stable ICU 56 */ LocalArray &operator=(LocalArray &&src) noexcept { delete[] LocalPointerBase::ptr; LocalPointerBase::ptr=src.ptr; src.ptr=nullptr; return *this; } /** * Move-assign from an std::unique_ptr to this LocalPointer. * Steals the array from the std::unique_ptr. * * @param p The std::unique_ptr from which the array will be stolen. * @return *this * @stable ICU 64 */ LocalArray &operator=(std::unique_ptr &&p) noexcept { adoptInstead(p.release()); return *this; } /** * Swap pointers. * @param other other smart pointer * @stable ICU 56 */ void swap(LocalArray &other) noexcept { T *temp=LocalPointerBase::ptr; LocalPointerBase::ptr=other.ptr; other.ptr=temp; } /** * Non-member LocalArray swap function. * @param p1 will get p2's pointer * @param p2 will get p1's pointer * @stable ICU 56 */ friend inline void swap(LocalArray &p1, LocalArray &p2) noexcept { p1.swap(p2); } /** * Deletes the array it owns, * and adopts (takes ownership of) the one passed in. * @param p simple pointer to an array of T objects that is adopted * @stable ICU 4.4 */ void adoptInstead(T *p) { delete[] LocalPointerBase::ptr; LocalPointerBase::ptr=p; } /** * Deletes the array it owns, * and adopts (takes ownership of) the one passed in. * * If U_FAILURE(errorCode), then the current array is retained and the new one deleted. * * If U_SUCCESS(errorCode) but the input pointer is nullptr, * then U_MEMORY_ALLOCATION_ERROR is set, * the current array is deleted, and nullptr is set. * * @param p simple pointer to an array of T objects that is adopted * @param errorCode in/out UErrorCode, set to U_MEMORY_ALLOCATION_ERROR * if p==nullptr and no other failure code had been set * @stable ICU 56 */ void adoptInsteadAndCheckErrorCode(T *p, UErrorCode &errorCode) { if(U_SUCCESS(errorCode)) { delete[] LocalPointerBase::ptr; LocalPointerBase::ptr=p; if(p==nullptr) { errorCode=U_MEMORY_ALLOCATION_ERROR; } } else { delete[] p; } } /** * Array item access (writable). * No index bounds check. * @param i array index * @return reference to the array item * @stable ICU 4.4 */ T &operator[](ptrdiff_t i) const { return LocalPointerBase::ptr[i]; } /** * Conversion operator to a C++11 std::unique_ptr. * Disowns the object and gives it to the returned std::unique_ptr. * * This operator works via move semantics. If your LocalPointer is * in a local variable, you must use std::move. * * @return An std::unique_ptr owning the pointer previously owned by this * icu::LocalPointer. * @stable ICU 64 */ operator std::unique_ptr () && { return std::unique_ptr(LocalPointerBase::orphan()); } }; /** * \def U_DEFINE_LOCAL_OPEN_POINTER * "Smart pointer" definition macro, deletes objects via the closeFunction. * Defines a subclass of LocalPointerBase which works just * like LocalPointer except that this subclass will use the closeFunction * rather than the C++ delete operator. * * Usage example: * \code * LocalUCaseMapPointer csm(ucasemap_open(localeID, options, &errorCode)); * utf8OutLength=ucasemap_utf8ToLower(csm.getAlias(), * utf8Out, (int32_t)sizeof(utf8Out), * utf8In, utf8InLength, &errorCode); * if(U_FAILURE(errorCode)) { return; } // no need to explicitly delete the UCaseMap * \endcode * * @see LocalPointerBase * @see LocalPointer * @stable ICU 4.4 */ #define U_DEFINE_LOCAL_OPEN_POINTER(LocalPointerClassName, Type, closeFunction) \ using LocalPointerClassName = internal::LocalOpenPointer #ifndef U_IN_DOXYGEN namespace internal { /** * Implementation, do not use directly: use U_DEFINE_LOCAL_OPEN_POINTER. * * @see U_DEFINE_LOCAL_OPEN_POINTER * @internal */ template class LocalOpenPointer : public LocalPointerBase { using LocalPointerBase::ptr; public: using LocalPointerBase::operator*; using LocalPointerBase::operator->; explicit LocalOpenPointer(Type *p=nullptr) : LocalPointerBase(p) {} LocalOpenPointer(LocalOpenPointer &&src) noexcept : LocalPointerBase(src.ptr) { src.ptr=nullptr; } /* TODO: Be agnostic of the deleter function signature from the user-provided std::unique_ptr? */ explicit LocalOpenPointer(std::unique_ptr &&p) : LocalPointerBase(p.release()) {} ~LocalOpenPointer() { if (ptr != nullptr) { closeFunction(ptr); } } LocalOpenPointer &operator=(LocalOpenPointer &&src) noexcept { if (ptr != nullptr) { closeFunction(ptr); } LocalPointerBase::ptr=src.ptr; src.ptr=nullptr; return *this; } /* TODO: Be agnostic of the deleter function signature from the user-provided std::unique_ptr? */ LocalOpenPointer &operator=(std::unique_ptr &&p) { adoptInstead(p.release()); return *this; } void swap(LocalOpenPointer &other) noexcept { Type *temp=LocalPointerBase::ptr; LocalPointerBase::ptr=other.ptr; other.ptr=temp; } friend inline void swap(LocalOpenPointer &p1, LocalOpenPointer &p2) noexcept { p1.swap(p2); } void adoptInstead(Type *p) { if (ptr != nullptr) { closeFunction(ptr); } ptr=p; } operator std::unique_ptr () && { return std::unique_ptr(LocalPointerBase::orphan(), closeFunction); } }; } // namespace internal #endif U_NAMESPACE_END #endif /* U_SHOW_CPLUSPLUS_API */ #endif /* __LOCALPOINTER_H__ */