first commit

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2019-08-19 19:19:58 +08:00
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commit 2b71bf8135
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#ifndef HGL_THREAD_ATOMIC_GNU_INCLUDE
#define HGL_THREAD_ATOMIC_GNU_INCLUDE
namespace hgl
{
template<typename T> class atom
{
volatile T value;
public:
atom(){value=0;}
atom(const volatile T new_value){operator=(new_value);}
inline T operator ->(){return value;}
inline T operator *= (const volatile T v) {return operator=(value *=v);}
inline T operator /= (const volatile T v) {return operator=(value /=v);}
inline T operator %= (const volatile T v) {return operator=(value %=v);}
inline T operator >>= (const volatile T v) {return operator=(value>>=v);}
inline T operator <<= (const volatile T v) {return operator=(value<<=v);}
inline T operator ! ()const {return !value;}
inline T operator ~ ()const {return ~value;}
inline operator T () {return value;}
inline operator const T ()const {return value;}
inline bool operator ! () {return !value;}
inline bool operator == (const volatile T v)const {return value==v;}
inline bool operator != (const volatile T v)const {return value!=v;}
inline T operator = (const volatile T new_value) {__sync_lock_test_and_set(&value,new_value); return value;}
inline T operator += (const volatile T add_value) {return __sync_add_and_fetch(&value,add_value);}
inline T operator -= (const volatile T sub_value) {return __sync_sub_and_fetch(&value,sub_value);}
inline T operator &= (const volatile T v) {return __sync_and_and_fetch(&value,v);}
inline T operator |= (const volatile T v) {return __sync_or_and_fetch (&value,v);}
inline T operator ^= (const volatile T v) {return __sync_xor_and_fetch(&value,v);}
inline T operator ++ () {return __sync_add_and_fetch(&value,1);} //前置++
inline T operator ++ (int) {return __sync_fetch_and_add(&value,1);} //后置++
inline T operator -- () {return __sync_sub_and_fetch(&value,1);}
inline T operator -- (int) {return __sync_fetch_and_sub(&value,1);}
};//template<typename T> class atom
}//namespace hgl
#endif//HGL_THREAD_ATOMIC_GNU_INCLUDE

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#ifndef HGL_THREAD_ATOMIC_OSX_INCLUDE
#define HGL_THREAD_ATOMIC_OSX_INCLUDE
#include<libkern/OSAtomic.h>
namespace hgl
{
typedef int aint;
typedef volatile aint avint;
typedef const avint cavint;
template<typename T> class atom ///原子数据
{
avint value;
public:
atom(){value=0;}
atom(cavint new_value){operator=(new_value);}
inline aint operator *= (cavint v) {return operator=(value *=v);}
inline aint operator /= (cavint v) {return operator=(value /=v);}
inline aint operator %= (cavint v) {return operator=(value %=v);}
inline aint operator >>= (cavint v) {return operator=(value>>=v);}
inline aint operator <<= (cavint v) {return operator=(value<<=v);}
inline aint operator ! ()const {return !value;}
inline aint operator ~ ()const {return ~value;}
inline operator const aint ()const {return value;}
inline bool operator ! () {return !value;}
inline bool operator == (cavint v)const {return value==v;}
inline bool operator != (cavint v)const {return value!=v;}
inline aint operator = (cavint new_value) {value=new_value;return value;}
inline aint operator ++ () {return OSAtomicIncrement32(&value);}
inline aint operator -- () {return OSAtomicDecrement32(&value);}
inline aint operator += (cavint add_value) {return;}
inline aint operator -= (cavint sub_value) {return;}
inline aint operator &= (cavint v) {return operator=(value &=v);}
inline aint operator |= (cavint v) {return operator=(value |=v);}
inline aint operator ^= (cavint v) {return operator=(value ^=v);}
inline aint operator ++ (int) {aint ret=value;operator++();return ret;}//后置++
inline aint operator -- (int) {volatile T ret=value;operator--();return ret;}//后置--
};//class atom
}//namespace hgl
#endif//HGL_THREAD_ATOMIC_OSX_INCLUDE

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#ifndef HGL_THREAD_ATOMIC_WINDOWS_INCLUDE
#define HGL_THREAD_ATOMIC_WINDOWS_INCLUDE
#include<windows.h>
namespace hgl
{
//开发日志 2013-06-19
//1.原本是一个模板但将32/64中不一样的部分各自特例化但不知为何VC2012中无法认出对应的操作符所以改成2个模板
//2.部分原子函数没有8/16位版本
//32位版
template<typename T> class atom_win32
{
volatile T value;
public:
atom_win32(){value=0;}
atom_win32(const volatile T new_value){operator=(new_value);}
T operator *= (const volatile T v) {return operator=(value *=v);}
T operator /= (const volatile T v) {return operator=(value /=v);}
T operator %= (const volatile T v) {return operator=(value %=v);}
T operator >>= (const volatile T v) {return operator=(value>>=v);}
T operator <<= (const volatile T v) {return operator=(value<<=v);}
T operator ! ()const {return !value;}
T operator ~ ()const {return ~value;}
operator T () {return value;}
operator const T ()const {return value;}
bool operator ! () {return !value;}
bool operator == (const volatile T v)const {return value==v;}
bool operator != (const volatile T v)const {return value!=v;}
T operator = (const volatile T nv) {return InterlockedExchange((unsigned long *)&value,(unsigned long)nv);}
T operator ++ () {return InterlockedIncrement((unsigned long *)&value);}
T operator -- () {return InterlockedDecrement((unsigned long *)&value);}
T operator += (const volatile T av) {return InterlockedExchangeAdd((unsigned long *)&value, av); }
T operator -= (const volatile T av) {return InterlockedExchangeAdd((unsigned long *)&value, -av); }
volatile T operator &= (const volatile T v) {return InterlockedAnd((unsigned long *)&value,v);}
volatile T operator |= (const volatile T v) {return InterlockedOr((unsigned long *)&value, v); }
volatile T operator ^= (const volatile T v) {return InterlockedXor((unsigned long *)&value, v); }
volatile T operator ++ (int) {volatile T ret=value;operator++();return ret;}//后置++
volatile T operator -- (int) {volatile T ret=value;operator--();return ret;}//后置--
};//template<typename T> class atom_win32
//64位版
template<typename T> class atom_win64
{
volatile T value;
public:
atom_win64(){value=0;}
atom_win64(const volatile T new_value){operator=(new_value);}
T operator *= (const volatile T v) {return operator=(value *=v);}
T operator /= (const volatile T v) {return operator=(value /=v);}
T operator %= (const volatile T v) {return operator=(value %=v);}
T operator >>= (const volatile T v) {return operator=(value>>=v);}
T operator <<= (const volatile T v) {return operator=(value<<=v);}
T operator ! ()const {return !value;}
T operator ~ ()const {return ~value;}
operator T () {return value;}
operator const T ()const {return value;}
bool operator ! () {return !value;}
bool operator == (const volatile T v)const {return value==v;}
bool operator != (const volatile T v)const {return value!=v;}
T operator = (const volatile T nv) {return InterlockedExchange64((LONG64 *)&value, (LONG64)nv); }
T operator ++ () {return InterlockedIncrement64((LONG64 *)&value); }
T operator -- () {return InterlockedDecrement64((LONG64 *)&value); }
T operator += (const volatile T av) {return InterlockedExchangeAdd64((LONG64 *)&value, av); }
T operator -= (const volatile T av) {return InterlockedExchangeAdd64((LONG64 *)&value, -av); }
volatile T operator &= (const volatile T v) {return InterlockedAnd64((LONG64 *)&value, v); }
volatile T operator |= (const volatile T v) {return InterlockedOr64((LONG64 *)&value, v); }
volatile T operator ^= (const volatile T v) {return InterlockedXor64((LONG64 *)&value, v); }
volatile T operator ++ (int) {volatile T ret=value;operator++();return ret;}//后置++
volatile T operator -- (int) {volatile T ret=value;operator--();return ret;}//后置--
};//template<typename T> class atom_win64
}//namespace hgl
#endif//HGL_THREAD_ATOMIC_WINDOWS_INCLUDE