template<class T, ptr::SafeProperty property> class GradSoft::counted_mt_ptr

shared counted pointer (thread-safe);

• we use this pointer in case, when we need share one pointer between multiple owners and this pointer must be accessible from parallel threads;
• pointer is released, when last owner (counted_mt_ptr to one) is done;

Inheritance:

Public Methods

counted_mt_ptr() throw()

initialize to NULL value

counted_mt_ptr(const counted_mt_ptr& x) throw()

copy constructror

explicit counted_mt_ptr(T* pT) throw(std::bad_alloc)

explicit constructor with pointer

     * Usage:     *   counted_mt_ptr<My> my(new My());     *

~counted_mt_ptr()

destructor

counted_mt_ptr operator=(const counted_mt_ptr& x)

T* operator->() throw(NullPointerException)

return pointer to holded value Note: throw NullPointerException on NULL when safety is set to true

const T* operator->() const throw(NullPointerException)

T& operator*() throw(NullPointerException)

T* get() const throw()

T* get_() const throw()

unsafe get

void assign(T* newT) throw(std::runtime_error)

void assign_(T* newT) throw(std::bad_alloc)

unsafe assign

int getRefCount(void) const

int getRefCount_(void) const throw()

Mutex& getMutex()

bool operator==(const counted_ptr<T, property>& x) const

bool operator==(const counted_mt_ptr& x) const

bool operator==(const T* x) const

bool equal(const T* x) const

bool equal_(const T* x) const

equal without mt checking

bool isNULL() const

bool isNULL_() const

bool operator!=(const counted_mt_ptr& x) const

Documentation

shared counted pointer (thread-safe);

• we use this pointer in case, when we need share one pointer between multiple owners and this pointer must be accessible from parallel threads;
• pointer is released, when last owner (counted_mt_ptr to one) is done;

counted_mt_ptr() throw()

initialize to NULL value

counted_mt_ptr(const counted_mt_ptr& x) throw()

copy constructror

explicit counted_mt_ptr(T* pT) throw(std::bad_alloc)

explicit constructor with pointer

    * Usage:
    *   counted_mt_ptr<My> my(new My());
    *

~counted_mt_ptr()

destructor

counted_mt_ptr operator=(const counted_mt_ptr& x)

T* operator->() throw(NullPointerException)

return pointer to holded value Note: throw NullPointerException on NULL when safety is set to true

const T* operator->() const throw(NullPointerException)

T& operator*() throw(NullPointerException)

T* get() const throw()

T* get_() const throw()

unsafe get

void assign(T* newT) throw(std::runtime_error)

void assign_(T* newT) throw(std::bad_alloc)

unsafe assign

int getRefCount(void) const

int getRefCount_(void) const throw()

Mutex& getMutex()

bool operator==(const counted_ptr<T, property>& x) const

bool operator==(const counted_mt_ptr& x) const

bool operator==(const T* x) const

bool equal(const T* x) const

bool equal_(const T* x) const

equal without mt checking

bool isNULL() const

bool isNULL_() const

bool operator!=(const counted_mt_ptr& x) const

This class has no child classes.

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