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用vs做网站教程,seo平台有哪些,收费的网站怎么做的,用dw做音乐网站系统的代码初级代码游戏的专栏介绍与文章目录-CSDN博客 我的github：codetoys，所有代码都将会位于ctfc库中。已经放入库中我会指出在库中的位置。 这些代码大部分以Linux为目标但部分代码是纯C的，可以在任何平台上使用。 为了提高并发性，把…

初级代码游戏的专栏介绍与文章目录-CSDN博客

我的github：codetoys，所有代码都将会位于ctfc库中。已经放入库中我会指出在库中的位置。

这些代码大部分以Linux为目标但部分代码是纯C++的，可以在任何平台上使用。

        为了提高并发性，把每个结构改成十个同样的结构是一个可行的办法。

目录

一、set-list的分块版本

二、更基础的set的分块版本

        当然从技术角度，我们程序员一般不应该谈论“十个”，程序员眼里应该只有“一和多”。

        不过由于写成固定个数比较简单而且已经达到较好性能，所以就沿用下来。

一、set-list的分块版本

        这是基于上一篇介绍的set-list结构

	//分为N个子树的SET，非标准接口template <typename T_DATA, int PI_N, typename T_DATA_LIST, int PI_N2 >class T_SHM_LIST_SET_GROUP : public CShmActiveObjects{private:vector<IListSet<T_DATA, T_DATA_LIST > *> vISet;T_SHM_LIST_SET<T_DATA,PI_N  ,T_DATA_LIST,PI_N2,1> m_shmset;T_SHM_LIST_SET<T_DATA,PI_N+1,T_DATA_LIST,PI_N2+1,2> m_shmset1;T_SHM_LIST_SET<T_DATA,PI_N+2,T_DATA_LIST,PI_N2+2,3> m_shmset2;T_SHM_LIST_SET<T_DATA,PI_N+3,T_DATA_LIST,PI_N2+3,4> m_shmset3;T_SHM_LIST_SET<T_DATA,PI_N+4,T_DATA_LIST,PI_N2+4,5> m_shmset4;T_SHM_LIST_SET<T_DATA,PI_N+5,T_DATA_LIST,PI_N2+5,6> m_shmset5;T_SHM_LIST_SET<T_DATA,PI_N+6,T_DATA_LIST,PI_N2+6,7> m_shmset6;T_SHM_LIST_SET<T_DATA,PI_N+7,T_DATA_LIST,PI_N2+7,8> m_shmset7;T_SHM_LIST_SET<T_DATA,PI_N+8,T_DATA_LIST,PI_N2+8,9> m_shmset8;T_SHM_LIST_SET<T_DATA,PI_N+9,T_DATA_LIST,PI_N2+9,10> m_shmset9;enum {N_SUBTREE=10};long KeyHashToIndex(long kh)const{//thelog<<kh<<" "<<kh%N_SUBTREE<<endi;if(kh>=0)return kh%N_SUBTREE;else return (-kh)%N_SUBTREE;;}IListSet<T_DATA, T_DATA_LIST > * GetISet(long n)const{//thelog<<"GetISet "<<n<<endi;return vISet[n];}public:struct iterator{long set_index;T_SHM_SIZE handle;iterator():set_index(-1),handle(-1){}bool operator == (iterator const & tmp)const{return set_index==tmp.set_index && handle==tmp.handle;}bool operator != (iterator const & tmp)const{return !(*this==tmp);}};typedef iterator const_iterator;struct sub_iterator{long set_index;T_SHM_SIZE handle;sub_iterator():set_index(-1),handle(-1){}bool operator == (iterator const & tmp)const{return set_index==tmp.set_index && handle==tmp.handle;}bool operator != (iterator const & tmp)const{return !(*this==tmp);}};typedef sub_iterator const_sub_iterator;private:iterator _find(T_DATA const & value)const{iterator it;it.set_index=KeyHashToIndex(value.keyhash());it.handle=GetISet(it.set_index)->isetFind(value);if(it.handle<0)new(&it) iterator;return it;}pair<iterator, bool> _insert(T_DATA const & value){pair<iterator, bool> ret;pair<long,bool> tmp;ret.first.set_index=KeyHashToIndex(value.keyhash());tmp=GetISet(ret.first.set_index)->isetInsert(value);ret.first.handle=tmp.first;ret.second=tmp.second;if(ret.first.handle<0)new(&ret.first) iterator;return ret;}bool _get(T_DATA & value)const{iterator it=_find(value);if(it!=end()){value=GetByHandle(it);		return true;}else{return false;}}bool _getSub(iterator const & it,T_DATA_LIST & sub)const{if (it != end()){IListSet<T_DATA, T_DATA_LIST > * pSet = GetISet(it.set_index);T_DATA_LIST * p= pSet->ilistsetSubGet(it.handle,sub);if(NULL==p){return false;}else{sub=*p;return true;}}else{return false;}}bool _getSubAll(iterator const & it,vector<T_DATA_LIST > & vsub)const{if (it != end()){IListSet<T_DATA, T_DATA_LIST > * pSet = GetISet(it.set_index);return pSet->ilistsetSubGetAll(it.handle,vsub);}else{return false;}}bool _getSubSetAll(iterator const & it,set<T_DATA_LIST > & ssub)const{if (it != end()){IListSet<T_DATA, T_DATA_LIST > * pSet = GetISet(it.set_index);return pSet->ilistsetSubGetSetAll(it.handle,ssub);}else{return false;}}bool _update(T_DATA const & value){iterator it=_find(value);if(it!=end()){GetByHandle(it)=value;return true;}else{pair<iterator, bool> tmp=_insert(value);return tmp.first!=end();}}bool _updateSub(iterator const & it,T_DATA_LIST const & sub){if (it != end()){IListSet<T_DATA, T_DATA_LIST > * pSet = GetISet(it.set_index);T_DATA_LIST * p= pSet->ilistsetSubGet(it.handle,sub);if(NULL==p){pSet->ilistsetSubAdd(it.handle,sub);return true;}else{*p=sub;return true;}}else{return false;}}bool _addSub(iterator const & it,T_DATA_LIST const & sub){if (it != end()){IListSet<T_DATA, T_DATA_LIST > * pSet = GetISet(it.set_index);T_DATA_LIST * p= pSet->ilistsetSubGet(it.handle,sub);if(NULL==p){pSet->ilistsetSubAdd(it.handle,sub);return true;}else{*p=*p+sub;return true;}}else{return false;}}//bool _erase(T_DATA const & value)//{//	iterator it=_find(value);//	if(it!=end())//	{//		GetISet(it.set_index)->isetErase(it.handle);//		return true;//	}//	else//	{//		return false;//	}//}bool _lsgClear(typename IListSet<T_DATA, T_DATA_LIST >::IlsgClear * fun){typename vector<IListSet<T_DATA, T_DATA_LIST > *>::iterator it;long count_main = 0;long count_second = 0;thelog << "根据规则清理......" << endi;for (it = vISet.begin(); it != vISet.end(); ++it){if (!(*it)->ilistsetClear(fun, count_main, count_second))return false;}thelog << "清理完成 清理主数据 " << count_main << " 个 子数据 " << count_second << " 个" << endi;return true;}//从给定位置开始清理一段数据template<typename T_FUN_B1>bool _Clear(T_FUN_B1 fun,iterator itBegin){iterator it,old_it;long count=0;thelog<<"根据规则清理......"<<endi;it=itBegin;while(it!=end()){old_it=it;MoveNext(&it);if(fun(GetByHandle(old_it))){GetISet(old_it.set_index)->isetErase(old_it.handle);++count;}else{break; //第一个不符合的跳出}if(0==count%100000)thelog<<"已清理记录:"<<count<<"条"<<endi;}thelog<<"清理完成，清理["<<count<<"]个。"<<endi;return true;}bool _ForEach(typename IListSet<T_DATA,T_DATA_LIST >::IListSetForEach * fun){typename vector<IListSet<T_DATA, T_DATA_LIST > *>::iterator it;for(it=vISet.begin();it!=vISet.end();++it){if(!(*it)->ilistsetForEach(fun))return false;}return true;}bool _ForEachSub(iterator const & it,typename IListSet<T_DATA,T_DATA_LIST >::IListSetForEachSub * fun){if (it != end()){IListSet<T_DATA, T_DATA_LIST > * pSet = GetISet(it.set_index);return pSet->ilistsetForEachSub(it.handle,fun);}else{return false;}}bool _ForEachShuffle(long iSet, long handle, typename IListSet<T_DATA,T_DATA_LIST >::IListSetForEachShuffle * fun){typename vector<IListSet<T_DATA, T_DATA_LIST > *>::iterator it;if (iSet >= 0 && static_cast<size_t>(iSet) < vISet.size()){thelog << "续传模式 " << iSet << " " << handle << endi;it = vISet.begin() + iSet;}else{thelog << "全量模式 " << iSet << " " << handle << endi;it = vISet.begin();}for(;it!=vISet.end();++it){fun->iSet = it - vISet.begin();//设置iSetif (iSet == fun->iSet){if (!(*it)->ilistsetForEachShuffle(handle, fun))return false;}else{if (!(*it)->ilistsetForEachShuffle(-1, fun))return false;}}return true;}public:virtual char const * GetName()const{return m_shmset.GetName();}virtual bool ReportData()const{//m_shmset.Report();//m_shmset1.Report();//m_shmset2.Report();//m_shmset3.Report();//m_shmset4.Report();//m_shmset5.Report();//m_shmset6.Report();//m_shmset7.Report();//m_shmset8.Report();//m_shmset9.Report();CHtmlDoc::CHtmlTable2 table;ReportHtmlTable(table, false, 0, 20);thelog << endl << table.MakeTextTable() << endi;return true;}virtual bool ExportTextToDir(char const * dir_name)const{string file = dir_name;if (file.size()>0 && file[file.size() - 1] != '/')file += "/";file += this->GetName();file += ".txt";ofstream f;f.open(file.c_str());if (!f.good()){thelog << "打开文件失败 " << file << ende;return false;}string str;long count = 0;thelog << "开始导出..." << endi;for (const_iterator it = begin(); it != end(); MoveNext(&it)){vector<T_DATA_LIST > subs;getSubAll(it, subs);if (0 == subs.size()){}else{for (typename vector<T_DATA_LIST >::iterator sub_it = subs.begin(); sub_it != subs.end(); ++sub_it){++count;GetByHandle(it).toString(str);str += " ";f.write(str.c_str(), str.size());(*sub_it).toString(str);str += "\n";f.write(str.c_str(), str.size());if (0 == count % 100000)thelog << "导出 " << count << " 条" << endi;}}}thelog << "导出完成，共 " << count << " 条" << endi;f.close();return true;}T_SHM_LIST_SET_GROUP(char const * name,char const * name2,int version):m_shmset(name,name2,version),m_shmset1(name,name2,version),m_shmset2(name,name2,version),m_shmset3(name,name2,version),m_shmset4(name,name2,version),m_shmset5(name,name2,version),m_shmset6(name,name2,version),m_shmset7(name,name2,version),m_shmset8(name,name2,version),m_shmset9(name,name2,version){vISet.reserve(N_SUBTREE);vISet.push_back(&m_shmset);vISet.push_back(&m_shmset1);vISet.push_back(&m_shmset2);vISet.push_back(&m_shmset3);vISet.push_back(&m_shmset4);vISet.push_back(&m_shmset5);vISet.push_back(&m_shmset6);vISet.push_back(&m_shmset7);vISet.push_back(&m_shmset8);vISet.push_back(&m_shmset9);if(vISet.size()!=N_SUBTREE)throw "内存不足";if(!AddTable(&m_shmset))throw "内存不足";if(!AddTable(&m_shmset1))throw "内存不足";if(!AddTable(&m_shmset2))throw "内存不足";if(!AddTable(&m_shmset3))throw "内存不足";if(!AddTable(&m_shmset4))throw "内存不足";if(!AddTable(&m_shmset5))throw "内存不足";if(!AddTable(&m_shmset6))throw "内存不足";if(!AddTable(&m_shmset7))throw "内存不足";if(!AddTable(&m_shmset8))throw "内存不足";if(!AddTable(&m_shmset9))throw "内存不足";}//根据配置的大小创建共享内存，仅供管理员使用bool adminRatableCreateShm(){return CreateShm();}bool adminCreateShm(){return CreateShm();}//清理全部数据bool Destroy(){return clear();}//连接和断开，管理员和一般使用者使用bool init(bool isReadOnly){if(!Attach(isReadOnly)){thelog<<"连接到共享内存失败"<<ende;return false;}return true;}bool uninit(){return Detach();}//遍历iterator begin()const{iterator it;it.set_index=0;it.handle=GetISet(it.set_index)->isetBegin();if(it.handle<0)MoveNext(&it);return it;}iterator end()const{iterator it;new(&it) iterator;return it;}T_DATA & GetByHandle(iterator const & it)const{return *GetISet(it.set_index)->isetGet(it.handle);}iterator & MoveNext(iterator * p)const{while(p->set_index<N_SUBTREE){			//thelog<<"当前位置："<<p->set_index<<" "<<p->handle<<endi;//先++if(p->handle>=0){GetISet(p->set_index)->isetMoveNext(p->handle);//thelog<<"++后位置："<<p->set_index<<" "<<p->handle<<endi;}//到了endif(p->handle<0){//thelog<<"子树结尾，指向下一个子树数begin"<<endi;++(p->set_index);//thelog<<"新子树位置："<<p->set_index<<" "<<p->handle<<endi;if(p->set_index<N_SUBTREE){p->handle=GetISet(p->set_index)->isetBegin();//thelog<<"新子树begin位置："<<p->set_index<<" "<<p->handle<<endi;if(p->handle>=0){break;}}else{//thelog<<"到达所有的结尾"<<endi;}}else{break;}}//仍然是endif(p->handle<0)new(p) iterator;return *p;}//报告内容，调试用string & Report(string & str)const{string tmp;str="";char buf[2048];sprintf(buf,"\n总容量 %ld 总大小 %ld (%ld%%)",capacity(),size(),size()*100/(0==capacity()?1:capacity()));str+=buf;iterator it;long count;for (it = begin(), count = 0; it != end(); MoveNext(&it), ++count){if(count>100){str+="\n......";break;}sprintf(buf, "\n%ld ", it.set_index);str += buf;str += GetByHandle(it).toString(tmp);}return str;}//输出数据到表格，formEnd倒序，start_pos起始位置，倒序时最后一个为0，返回输出的行数long ReportHtmlTable(CHtmlDoc::CHtmlTable2 & table,bool fromEnd,long start_pos,long max_count)const{table.Clear();table.AddCol("PART",CHtmlDoc::CHtmlDoc_DATACLASS_RIGHT);table.AddCol("i",CHtmlDoc::CHtmlDoc_DATACLASS_RIGHT);T_DATA::AddTableColumns(table);T_DATA_LIST::AddTableColumns(table);const_iterator it;long i;long count=0;if(fromEnd){table.AddLine();table.AddData("不支持倒序显示");return 0;}for (i = 0, it = begin(); it != end() && count < max_count; ++i, MoveNext(&it)){if(i<start_pos)continue;if(count>=max_count)break;vector<T_DATA_LIST > subs;getSubAll(it,subs);if(0==subs.size()){++count;table.AddLine();table.AddData(it.set_index);table.AddData(i);GetByHandle(it).AddTableData(table);}else{for (typename vector<T_DATA_LIST >::iterator sub_it = subs.begin(); sub_it != subs.end(); ++sub_it){++count;table.AddLine();table.AddData(it.set_index);table.AddData(i);GetByHandle(it).AddTableData(table);sub_it->AddTableData(table);}}}return count;}//直接存取bool get(T_DATA * value)const{return get(*value);}bool get(T_DATA & value)const{return _get(value);}bool getSub(iterator const & it,T_DATA_LIST & sub)const{return _getSub(it,sub);}bool getSubAll(iterator const & it,vector<T_DATA_LIST > & vsub)const{return _getSubAll(it,vsub);}bool getSubSetAll(iterator const & it,set<T_DATA_LIST > & ssub)const{return _getSubSetAll(it,ssub);}//直接查找iterator find(T_DATA const & value) const{return _find(value);}bool update(T_DATA const & value){return _update(value);}bool updateSub(iterator const & it,T_DATA_LIST const & sub){return _updateSub(it,sub);}bool addSub(iterator const & it,T_DATA_LIST const & sub){return _addSub(it,sub);}//bool erase(T_DATA const & value)//{//	return _erase(value);//}pair<iterator, bool> insert(T_DATA const & value){return _insert(value);}bool lsgClear(typename IListSet<T_DATA, T_DATA_LIST >::IlsgClear * fun){return _lsgClear(fun);}template<typename T_FUN_B1>bool Clear(T_FUN_B1 fun,iterator itBegin){return _Clear(fun,itBegin);}bool ForEach(typename IListSet<T_DATA,T_DATA_LIST >::IListSetForEach * fun){return _ForEach(fun);}bool ForEachSub(iterator const & it,typename IListSet<T_DATA,T_DATA_LIST >::IListSetForEachSub * fun){return _ForEachSub(it,fun);}typedef typename IListSet<T_DATA,T_DATA_LIST >::IListSetForEachShuffle T_FOR_EACH_SHUFFLE;bool ForEachShuffle(long iSet, long handle, T_FOR_EACH_SHUFFLE * fun){return _ForEachShuffle(iSet, handle, fun);}//编译测试void test(){m_shmset.test();}};

二、更基础的set的分块版本

        这是set结构的分块版本：

	//分为N个子树的SET，非标准接口template<typename T_DATA,int PI_N >class T_SHM_SET_GROUP : public CShmActiveObjects{private:vector<ISet<T_DATA > *> vISet;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N  ,CDemoData,1> m_shmset;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+1,CDemoData,2> m_shmset1;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+2,CDemoData,3> m_shmset2;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+3,CDemoData,4> m_shmset3;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+4,CDemoData,5> m_shmset4;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+5,CDemoData,6> m_shmset5;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+6,CDemoData,7> m_shmset6;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+7,CDemoData,8> m_shmset7;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+8,CDemoData,9> m_shmset8;T_SHMSET_NO_MUTEX_ISET<T_DATA,PI_N+9,CDemoData,10> m_shmset9;enum {N_SUBTREE=10};long KeyHashToIndex(long kh)const{//thelog<<kh<<" "<<kh%N_SUBTREE<<endi;if(kh>=0)return kh%N_SUBTREE;else return (-kh)%N_SUBTREE;;}ISet<T_DATA > * GetISet(long n)const{//thelog<<"GetISet "<<n<<endi;return vISet[n];}public:struct iterator{long set_index;T_SHM_SIZE handle;iterator():set_index(-1),handle(-1){}bool operator == (iterator const & tmp)const{return set_index==tmp.set_index && handle==tmp.handle;}bool operator != (iterator const & tmp)const{return !(*this==tmp);}};typedef iterator const_iterator;private:iterator _find(T_DATA const & value)const{iterator it;it.set_index=KeyHashToIndex(value.keyhash());it.handle=GetISet(it.set_index)->isetFind(value);if(it.handle<0)new(&it) iterator;return it;}iterator _find_lower_bound(T_DATA const & value, bool(*less)(T_DATA const &, T_DATA const &))const{iterator it;it.set_index=KeyHashToIndex(value.keyhash());it.handle=GetISet(it.set_index)->isetFindLowerBound(value,less);if(it.handle<0)new(&it) iterator;return it;}pair<iterator, bool> _insert(T_DATA const & value){pair<iterator, bool> ret;pair<long,bool> tmp;ret.first.set_index=KeyHashToIndex(value.keyhash());tmp=GetISet(ret.first.set_index)->isetInsert(value);ret.first.handle=tmp.first;ret.second=tmp.second;if(ret.first.handle<0)new(&ret.first) iterator;return ret;}bool _get(T_DATA & value)const{iterator it=_find(value);if(it!=end()){value=GetByHandle(it);		return true;}else{return false;}}bool _update(T_DATA const & value){iterator it=_find(value);if(it!=end()){GetByHandle(it)=value;return true;}else{pair<iterator, bool> tmp=_insert(value);return tmp.first!=end();}}bool _erase(T_DATA const & value){iterator it=_find(value);if(it!=end()){GetISet(it.set_index)->isetErase(it.handle);return true;}else{return false;}}template<typename T_FUN_B1>bool _Clear(T_FUN_B1 fun){iterator it,old_it;long count_all=0;long count=0;thelog<<"根据规则清理......"<<endi;it=begin();while(it!=end()){old_it=it;MoveNext(&it);if(fun(GetByHandle(old_it))){GetISet(old_it.set_index)->isetErase(old_it.handle);++count;}++count_all;if(0==count_all%10000)thelog<<count_all<<" "<<count<<endi;}thelog<<"清理完成，清理["<<count<<"]个。"<<endi;return true;}//从给定位置开始清理一段数据template<typename T_FUN_B1>bool _Clear(T_FUN_B1 fun,iterator itBegin){iterator it,old_it;long count=0;thelog<<"根据规则清理......"<<endi;it=itBegin;while(it!=end()){old_it=it;MoveNext(&it);if(fun(GetByHandle(old_it))){GetISet(old_it.set_index)->isetErase(old_it.handle);++count;}else{break; //第一个不符合的跳出}if(0==count%100000)thelog<<"已清理记录:"<<count<<"条"<<endi;}thelog<<"清理完成，清理["<<count<<"]个。"<<endi;return true;}template<typename T_FUN_B1>bool _ForEach(T_FUN_B1 fun){iterator it;long count_all=0;long count=0;thelog << "开始处理。。。" << endi;for(it=begin();it!=end();MoveNext(&it)){if(fun(&GetByHandle(it))){++count;}++count_all;if(0==count_all%10000)thelog<<count_all<<" "<<count<<endi;}thelog << "处理完成，共[" << count_all << "]个，处理[" << count << "]个。" << endi;return true;}bool _ForEachShuffle(long iSet, long handle, typename ISet<T_DATA >::ISetForEach * fun){typename vector<ISet<T_DATA > *>::iterator it;if (iSet >= 0 && static_cast<size_t>(iSet) < vISet.size()){thelog << "续传模式 " << iSet << " " << handle << endi;it = vISet.begin() + iSet;}else{thelog << "全量模式 " << iSet << " " << handle << endi;it = vISet.begin();}for (; it != vISet.end(); ++it){fun->iSet = it - vISet.begin();if (iSet == fun->iSet){if (!(*it)->isetForEachShuffle(handle, fun))return false;}else{if (!(*it)->isetForEachShuffle(-1, fun))return false;}}return true;}public:virtual char const * GetName()const{return m_shmset.GetName();}virtual bool ReportData()const{CHtmlDoc::CHtmlTable2 table;ReportHtmlTable(table, false, 0, 20);thelog << endl << table.MakeTextTable() << endi;return true;}T_SHM_SET_GROUP(char const * name,int version):m_shmset(name,version),m_shmset1(name,version),m_shmset2(name,version),m_shmset3(name,version),m_shmset4(name,version),m_shmset5(name,version),m_shmset6(name,version),m_shmset7(name,version),m_shmset8(name,version),m_shmset9(name,version){vISet.reserve(N_SUBTREE);vISet.push_back(&m_shmset);vISet.push_back(&m_shmset1);vISet.push_back(&m_shmset2);vISet.push_back(&m_shmset3);vISet.push_back(&m_shmset4);vISet.push_back(&m_shmset5);vISet.push_back(&m_shmset6);vISet.push_back(&m_shmset7);vISet.push_back(&m_shmset8);vISet.push_back(&m_shmset9);if(vISet.size()!=N_SUBTREE)throw "内存不足";if(!AddTable(&m_shmset))throw "内存不足";if(!AddTable(&m_shmset1))throw "内存不足";if(!AddTable(&m_shmset2))throw "内存不足";if(!AddTable(&m_shmset3))throw "内存不足";if(!AddTable(&m_shmset4))throw "内存不足";if(!AddTable(&m_shmset5))throw "内存不足";if(!AddTable(&m_shmset6))throw "内存不足";if(!AddTable(&m_shmset7))throw "内存不足";if(!AddTable(&m_shmset8))throw "内存不足";if(!AddTable(&m_shmset9))throw "内存不足";}//根据配置的大小创建共享内存，仅供管理员使用bool adminRatableCreateShm(){return CreateShm();}bool adminCreateShm(){return CreateShm();}//清理全部数据bool Destroy(){return clear();}//连接和断开，管理员和一般使用者使用bool init(bool isReadOnly){if(!Attach(isReadOnly)){thelog<<"连接到共享内存失败"<<ende;return false;}return true;}bool uninit(){return Detach();}//遍历iterator begin()const{iterator it;it.set_index=0;it.handle=GetISet(it.set_index)->isetBegin();if(it.handle<0)MoveNext(&it);return it;}iterator end()const{iterator it;new(&it) iterator;return it;}T_DATA & GetByHandle(iterator const & it)const{return *GetISet(it.set_index)->isetGet(it.handle);}iterator & MoveNext(iterator * p)const{while(p->set_index<N_SUBTREE){			//thelog<<"当前位置："<<p->set_index<<" "<<p->handle<<endi;//先++if(p->handle>=0){GetISet(p->set_index)->isetMoveNext(p->handle);//thelog<<"++后位置："<<p->set_index<<" "<<p->handle<<endi;}//到了endif(p->handle<0){//thelog<<"子树结尾，指向下一个子树数begin"<<endi;++(p->set_index);//thelog<<"新子树位置："<<p->set_index<<" "<<p->handle<<endi;if(p->set_index<N_SUBTREE){p->handle=GetISet(p->set_index)->isetBegin();//thelog<<"新子树begin位置："<<p->set_index<<" "<<p->handle<<endi;if(p->handle>=0){break;}}else{//thelog<<"到达所有的结尾"<<endi;}}else{break;}}//仍然是endif(p->handle<0)new(p) iterator;return *p;}//报告内容，调试用string & Report(string & str)const{string tmp;str="";//str+=m_shmset.Report(tmp);//str+=m_shmset1.Report(tmp);//str+=m_shmset2.Report(tmp);//str+=m_shmset3.Report(tmp);//str+=m_shmset4.Report(tmp);//str+=m_shmset5.Report(tmp);//str+=m_shmset6.Report(tmp);//str+=m_shmset7.Report(tmp);//str+=m_shmset8.Report(tmp);//str+=m_shmset9.Report(tmp);char buf[2048];sprintf(buf,"\n总容量 %ld 总大小 %ld (%ld%%)",capacity(),size(),size()*100/(0==capacity()?1:capacity()));str+=buf;iterator it;long count;for (it = begin(), count = 0; it != end(); MoveNext(&it), ++count){if(count>100){str+="\n......";break;}sprintf(buf, "\n%ld ", it.set_index);str += buf;str += GetByHandle(it).toString(tmp);}return str;}//输出数据到表格，formEnd倒序，start_pos起始位置，倒序时最后一个为0，返回输出的行数long ReportHtmlTable(CHtmlDoc::CHtmlTable2 & table,bool fromEnd,long start_pos,long max_count)const{table.Clear();table.AddCol("PART",CHtmlDoc::CHtmlDoc_DATACLASS_RIGHT);table.AddCol("i",CHtmlDoc::CHtmlDoc_DATACLASS_RIGHT);T_DATA::AddTableColumns(table);const_iterator it;long i;long count=0;if(fromEnd){table.AddLine();table.AddData("不支持倒序显示");return 0;}for (i = 0, it = begin(); it != end() && count < max_count; ++i, MoveNext(&it)){if(i<start_pos)continue;if(count>=max_count)break;++count;table.AddLine();table.AddData(it.set_index);table.AddData(i);GetByHandle(it).AddTableData(table);}return count;}//直接存取bool get(T_DATA * value)const{return get(*value);}bool get(T_DATA & value)const{return _get(value);}//直接查找iterator find(T_DATA const & value) const{return _find(value);}iterator lower_bound(T_DATA * value, bool(*less)(T_DATA const &, T_DATA const &))const{return lower_bound(*value,less);}iterator lower_bound(T_DATA & value, bool(*less)(T_DATA const &, T_DATA const &))const{return _find_lower_bound(value,less);}bool update(T_DATA const & value){return _update(value);}bool erase(T_DATA const & value){return _erase(value);}pair<iterator, bool> insert(T_DATA const & value){return _insert(value);}template<typename T_FUN_B1>bool Clear(T_FUN_B1 fun){return _Clear(fun);}template<typename T_FUN_B1>bool Clear(T_FUN_B1 fun,iterator itBegin){return _Clear(fun,itBegin);}template<typename T_FUN_B1>bool ForEach(T_FUN_B1 fun){return _ForEach(fun);}typedef typename ISet<T_DATA >::ISetForEach T_FOR_EACH_SHUFFLE;bool ForEachShuffle(long iSet, long handle, typename ISet<T_DATA >::ISetForEach * fun){return _ForEachShuffle(iSet, handle, fun);}};

（这里是结束）


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