public bool InitDataChecks <T>(string tagFactors, string tagFactor, string strTag, typeTimeFrequency typeTimeFrequency, IDataChecks dataChecks)
{
if (tagFactors + "" == "")
{
return(false);
}
//DataCaches_Manage
IData_Factors infoFactors = this._GetFactors(tagFactors);
if (infoFactors == null)
{
return(false);
}
IDataCaches_Manage dataCaches_Manage = this.GetDataCaches_Manage(infoFactors);
if (dataCaches_Manage == null)
{
return(false);
}
if (tagFactor + "" == "")
{
return(dataCaches_Manage.InitDataChecks(dataChecks));
}
//DataCaches
IData_Factor infoFactor = infoFactors.GetData_Factor(tagFactor);
if (infoFactor == null)
{
return(false);
}
IDataCaches dataCaches = this.GetDataCaches(infoFactors, infoFactor);
if (dataCaches == null)
{
return(false);
}
IDataCache dataCache = dataCaches.GetDataCache <T>(strTag, typeTimeFrequency);
if (dataCache == null)
{
return(dataCaches.InitDataChecks(dataChecks));
}
else
{
return(dataCache.InitDataChecks(dataChecks));
}
}
//缓存数据检查对象初始事件
public virtual void EventHandler_DataCacheChecksInitial(object sender, DataCache_Event e)
{
//提取数据缓存对象、及检查对象集
IDataCache poDataCache = e.DataCache;
if (poDataCache != null)
{
IDataChecks poDataChecks_Cache = poDataCache.DataChecks;
if (poDataChecks_Cache == null)
{
poDataChecks_Cache = new DataChecks_Quote(poDataCache.ID, poDataCache, null, _msger);
}
//初始检查集
bool bResult = poDataCache.InitDataChecks(poDataChecks_Cache);
bResult = bResult && this.InitDataCheck(poDataChecks_Cache, poDataCache.DataCache_Set.Time_Frequency);
}
}
//初始规则信息集合-指定时间级别-弃用
private bool InitDataChecks_Check(IDataCaches dataCaches, typeTimeFrequency timeFrequency)
{
//数据缓存集检查
if (dataCaches == null)
{
return(false);
}
//提取数据缓存对象、及检查对象集
IDataCache <Data_Quote> poDataCache = dataCaches.GetDataCache <Data_Quote>("", timeFrequency);
IDataChecks poDataChecks_Cache = new DataChecks_Quote(poDataCache.ID, poDataCache, null, _msger);
//初始检查集
bool bResult = poDataCache.InitDataChecks(poDataChecks_Cache);
bResult = bResult && this.InitDataCheck(poDataChecks_Cache, timeFrequency);
return(bResult);
}
static void Main(string[] args)
{
Console.WriteLine("Hello World!");
//测试因子及设置
Console.WriteLine("测试因子及设置:");
DateTime dtBase = DateTime.Now;
IData_Factor poFactor = new Data_Factor("Factor_001", "Sdssf", "测试因子", "测试标准");
IDataCache_Set poDataCache_Set = new DataCache_Set("", dtBase, typeTimeFrequency.None, 0, poFactor);
//测试 DataCache
Console.WriteLine("测试 DataCache:");
DataCache <int> dataCache0 = new DataCache <int>("int002", typeTimeFrequency.Hour, 12, poDataCache_Set);
dataCache0.Init(dtBase);
dataCache0.SetData(dtBase, 10);
dataCache0.SetData(dtBase.AddHours(1), 10);
DataCache <Data_Iot <string> > dataCache2 = new DataCache <Data_Iot <string> >("Data_Iot001", typeTimeFrequency.Minute_1, 60, poDataCache_Set);
dataCache2.Init(dtBase);
dataCache2.SetData(dtBase, new Data_Iot <string>(dtBase, "10"));
dataCache2.SetData(dtBase.AddMinutes(1), new Data_Iot <string>(dtBase.AddMinutes(1), "11"));
dataCache2.SetData(dtBase.AddMinutes(5), new Data_Iot <string>(dtBase.AddMinutes(5), "15"));
//测试 IDataCaches
Console.WriteLine("测试 DataCaches:");
IDataCaches dataCaches = new DataCaches(poFactor, poDataCache_Set);
dataCaches.InitDataCache <int>("int002", typeTimeFrequency.Day, 6);
dataCaches.InitDataCache <Data_Iot <string> >("Data_Iot002", typeTimeFrequency.Hour, 24);
IDataCache <Data_Iot <string> > poDataCache2 = dataCaches.GetDataCache <Data_Iot <string> >("Data_Iot001", typeTimeFrequency.Minute_1);
//测试 IDataCaches_Manage
Console.WriteLine("测试 IDataCaches_Manage:");
IData_Factors poFactors = new Data_Factors("Factors_001", "Sdssf", "测试因子", "测试标准");
IDataCaches_Manage dataCaches_Manage = new DataCaches_Manage(poFactors, poDataCache_Set);
dataCaches_Manage.InitDataCache <int>(poFactor, "manage001", typeTimeFrequency.Day, 7);
dataCaches_Manage.SetData <int>(poFactor, "manage001", dtBase, 11, typeTimeFrequency.Day);
int data = dataCaches_Manage.GetData <int>(poFactor, "manage001", dtBase, typeTimeFrequency.Day);
//测试 DataCaches_Manager
Console.WriteLine("测试 DataCaches_Manager:");
DataCaches_Manager dataCaches_Manager = new DataCaches_Manager();
dataCaches_Manager.Init(dtBase);
dataCaches_Manager.InitDataCache <int>(poFactors, poFactor, "manage001", typeTimeFrequency.Day, 3);
IData_Factors poFactors2 = new Data_Factors("Factors_002", "Nosdfsf", "测试因子2", "测试标准2");
IData_Factor poFactor2 = new Data_Factor("Factor_002", "Sdssf02", "测试因子", "测试标准");
IData_Factor poFactor3 = new Data_Factor("Factor_003", "Sdssf03", "测试因子", "测试标准");
dataCaches_Manager.InitDataCache <Data_Iot <int> >(poFactors2, poFactor2, "manage002", typeTimeFrequency.Hour, 12);
dataCaches_Manager.InitDataCache <Data_Iot <int> >(poFactors2, poFactor2, "manage002", typeTimeFrequency.Minute_1, 5);
//测试 DataCheck_Test --缓存数据对象
IDataCheck_Msger poMsger = new DataCheck_Msger_Test(false, 0);
IDataCaches poDataCaches = dataCaches_Manager.GetDataCaches(poFactors2, poFactor2);
IDataCache <Data_Iot <int> > poDataCache = poDataCaches.GetDataCache <Data_Iot <int> >("manage002", typeTimeFrequency.Hour);
IDataChecks poDataChecks = new DataChecks_Test(poDataCache.ID, poDataCache, null, poMsger);
poDataCache.InitDataChecks(poDataChecks);
IDataCheck <Data_Iot <int> > poDataCheck = new DataCheck_Test <Data_Iot <int> >(poDataCache.ID, poDataCache);
poDataChecks.InitDataCheck <Data_Iot <int> >(poDataCheck.Tag, poDataCheck, true);
dataCaches_Manager.SetData <Data_Iot <int> >(poFactors2, poFactor2, "manage002", dtBase.AddHours(1), new Data_Iot <int>(dtBase, 11), typeTimeFrequency.Hour);
//测试 DataCheck_Test --缓存数据集对象
IDataChecks poDataChecks2 = new DataChecks_Test(poDataCaches.ID + "_2", poDataCaches);
IDataCheck <Data_Iot <int> > poDataCheck2 = new DataCheck_Tests <Data_Iot <int> >(poDataCache.ID + "_2", poDataCache);
poDataCaches.InitDataChecks(poDataChecks2);
poDataCaches.InitDataCheck <Data_Iot <int> >(poDataCheck2.Tag, poDataCheck2);
poDataChecks.InitDataChecks(poDataChecks2); //设置因子的上级联动IDataChecks
dataCaches_Manager.SetData <Data_Iot <int> >(poFactors2, poFactor2, "manage002", dtBase.AddHours(1), new Data_Iot <int>(dtBase, 9), typeTimeFrequency.Hour);
//测试 DataCheck_Test --缓存数据集管理对象
IDataChecks poDataChecks3 = new DataChecks_Test(poDataCaches.ID + "_3", poDataCaches);
IDataCheck <Data_Iot <int> > poDataCheck3 = new DataCheck_TestM <Data_Iot <int> >(poDataCache.ID + "_3", poDataCache);
IDataCaches_Manage poDataCaches_Manage = dataCaches_Manager.GetDataCaches_Manage(poFactors2);
poDataCaches_Manage.InitDataChecks(poDataChecks3);
poDataChecks3.InitDataCheck(poDataCheck3.Tag, poDataCheck3);
poDataChecks2.InitDataChecks(poDataChecks3); //设置因子集的上级联动IDataChecks
dataCaches_Manager.SetData <Data_Iot <int> >(poFactors2, poFactor2, "manage002", dtBase.AddHours(1), new Data_Iot <int>(dtBase, 5), typeTimeFrequency.Hour);
Data_Iot <int> pp = dataCaches_Manager.GetData <Data_Iot <int> >(poFactors2, poFactor2, "manage002", dtBase.AddHours(1), typeTimeFrequency.Hour);
//压力测试 数据初始建议用 InitDatas 避免历史数据判断
Console.WriteLine("测试 Stress testing!\n");
Console.WriteLine("测试 初始：");
DataCaches_Manager manager = new DataCaches_Manager();
manager.Init(dtBase);
DateTime dtStart0 = DateTime.Now;
int factorsNums = 2000;
int factorNums = 10;
int factorTagNums = 5;
int cachesNums = 10;
int nsum0 = 0;
for (int i = 0; i < factorsNums; i++)
{
IData_Factors pFactors = new Data_Factors("TestFactors_" + i.ToString(), "Factors_" + i.ToString(), i.ToString(), i.ToString());
for (int j = 0; j < factorNums; j++)
{
IData_Factor pFactor = new Data_Factor("TestFactor_" + j.ToString(), "Factor_" + j.ToString(), j.ToString(), j.ToString());
for (int k = 0; k < factorTagNums; k++)
{
manager.InitDataCache <Data_Iot <int> >(pFactors, pFactor, k.ToString(), typeTimeFrequency.Minute_1, cachesNums);
for (int kk = 0; kk < cachesNums; kk++)
{
Data_Iot <int> pData = new Data_Iot <int>(dtBase.AddMinutes(-kk), -kk);
manager.SetData <Data_Iot <int> >(pFactors, pFactor, k.ToString(), pData.Time, pData, typeTimeFrequency.Minute_1);
nsum0++;
}
}
}
}
DateTime dtEnd0 = DateTime.Now;
Console.WriteLine(string.Format("测试 初始耗时： {0} s. {1}个, 频率 {2} 万/s", (dtEnd0 - dtStart0).TotalSeconds, nsum0, nsum0 / 10000 / (dtEnd0 - dtStart0).TotalSeconds));
Console.WriteLine("测试 赋值：");
DateTime dtStart1 = DateTime.Now;
int nsum = 0, nStep = 1, nStpes = 10;
for (int step = 0; step < nStpes; step++)
{
for (int i = 0; i < factorsNums; i++)
{
for (int j = 0; j < factorNums; j++)
{
for (int k = 0; k < factorTagNums; k++)
{
for (int kk = 0; kk < cachesNums; kk++)
{
Data_Iot <int> pData = new Data_Iot <int>(dtBase.AddMinutes(nStep), nStep);
manager.SetData <Data_Iot <int> >("TestFactors_" + i.ToString(), "TestFactor_" + j.ToString(), k.ToString(), pData.Time, pData, typeTimeFrequency.Minute_1);
nsum++;
}
}
}
}
}
nStep++;
DateTime dtEnd1 = DateTime.Now;
Console.WriteLine(string.Format("测试 赋值耗时： {0} s. {1}个, 频率 {2} 万/s", (dtEnd1 - dtStart1).TotalSeconds, nsum, nsum / 10000 / (dtEnd1 - dtStart1).TotalSeconds));
Console.WriteLine("测试 ended!");
//DatasCache_Manage_Iot<float> manager = new DatasCache_Manage_Iot<float>(DateTime.Now, (float)-1001.0001);
//for (int i = 0; i < 10000; i++)
//{
// manager.Init(i.ToString(), (float)-1001.0001);
//}
//// 模拟值（载入旧的）
//IDataCache_Manage<float> datas = manager.GetData("1");
//IDatas_Iot<float> data = datas.GetDatas(typeTimeFrequency.Hour);
//DateTime dt = data.DataSet_TypeTime.Time_Start;
//for (int i = 0; i < data.DataSet_TypeTime.Sum_Step + 2; i++)
//{
// data.SetData(dt.AddHours(i), i);
//}
//Dictionary<int, IotDatas_Manage> datas = new Dictionary<int, IotDatas_Manage>();
//for (int i = 0; i < 1; i++)
//{
// IotDatas_Manage manage = new IotDatas_Manage();
// manage.Init();
// datas.Add(i, manage);
//}
}
