public static long Onewaychainlist_Test(int arysize, int appendtimes, int deletimes,
int inserttimes, int findtimes)
{
long t1;
var testary = AryDeal.intBuild(0, arysize);
t1 = TickCount.GetTickCount();
CSolution.Create_List(testary, testary.Length);
for (var i = 0; i < appendtimes; ++i)
{
CSolution.List_Append(i);
}
for (var i = 0; i < deletimes; ++i)
{
CSolution.List_Delete(i);
}
for (var i = 0; i < inserttimes; ++i)
{
CSolution.List_Insert(i, i);
}
for (var i = 0; i < findtimes; ++i)
{
CSolution.List_Search(i);
}
CSolution.List_Clean();
return(TickCount.GetTickCount() - t1);
}
private void label37_Click(object sender, EventArgs e)
{
Form1.Turbo();
long tt;
int[] ary = AryDeal.intBuild(0, 500);
tt = CSolution.SuperPi(ary, ary.Length);
label45.Text = tt.ToString();
}
private void label22_Click(object sender, EventArgs e)
{
Form1.Turbo();
long tt;
int a = int.Parse(textBox25.Text);
int[] ary1 = AryDeal.intBuild(1, a);
tt = TickCount.GetTickCount();
CSolution.Insert_Sort(ary1, ary1.Length);
tt = TickCount.GetTickCount() - tt;
label54.Text = tt.ToString();
}
public static void FloatMax()
{
int m = 300, n = 300, p = 300;
var ary2 = AryDeal.floatBuild(0, m * n);
var ary3 = AryDeal.floatBuild(0, n * p);
var ary4 = new double[m * p];
long t1 = 0;
for (var i = 0; i < 120; i++)
{
t1 += CSolution.Double_MatrixMulti(ary2, m, n, ary3, p, ary4);
}
ValueIn(t1);
}
private void label23_Click(object sender, EventArgs e)
{
Form1.Turbo();
long tt;
int a = int.Parse(textBox9.Text);
double[] ary1 = AryDeal.floatBuild(0, a * a);
double[] ary2 = AryDeal.floatBuild(0, a * a);
double[] ary3 = AryDeal.floatBuild(0, a * a);
for (int i = 0; i < a * a; ++i)
{
ary3[i] = 0;
}
tt = CSolution.Double_MatrixMulti(ary1, a, a, ary2, a, ary3);
label41.Text = tt.ToString();
}
private void label38_Click(object sender, EventArgs e)
{
Form1.Turbo();
long tt;
int a = int.Parse(textBox16.Text);
int[] ary1 = AryDeal.intBuild(0, a * a);
int[] ary2 = AryDeal.intBuild(0, a * a);
int[] ary3 = new int[a * a];
for (int i = 0; i < a * a; ++i)
{
ary3[i] = 0;
}
tt = CSolution.Int_MatrixMulti(ary1, a, a, ary2, a, ary3);
label47.Text = tt.ToString();
}
public static long Btree_Test()
{
long t1;
var testAry = AryDeal.intBuild(0, 30000);
t1 = TickCount.GetTickCount();
CSolution.Btree_Create(testAry, testAry.Length);
for (var i = 0; i < 30000; ++i)
{
CSolution.Btree_Insert(10000 - i);
CSolution.Btree_Find(i);
CSolution.Btree_Delete(i);
}
var rltAry = new int[CSolution.Btree_Count()];
CSolution.Btree_Print(rltAry);
CSolution.Btree_Clean();
return(TickCount.GetTickCount() - t1);
}
public static long Onewaychainlist_Test()
{
long t1;
var testary = AryDeal.intBuild(0, 10000);
t1 = TickCount.GetTickCount();
CSolution.Create_List(testary, testary.Length);
for (var i = 0; i < 10000; ++i)
{
CSolution.List_Append(i);
CSolution.List_Search(i);
CSolution.List_Delete(i);
CSolution.List_Insert(i, i);
}
var rltary = new int[CSolution.List_Count()];
CSolution.List_Print(rltary, rltary.Length);
CSolution.List_Clean();
return(TickCount.GetTickCount() - t1);
}
public static long Twowaychainlist_Test(int arySize, int headdeTimes, int headinTimes,
int appendTimes, int taildeTimes, int findTimes, int inTimes, int deTimes)
{
long ticks;
var ary1 = AryDeal.intBuild(0, arySize);
ticks = TickCount.GetTickCount();
CSolution.TwowayList_Create(ary1, ary1.Length);
for (var i = 0; i < headdeTimes; ++i)
{
CSolution.TwowayList_Headin(i);
}
for (var i = 0; i < headinTimes; ++i)
{
CSolution.TwowayList_Headde();
}
for (var i = 0; i < appendTimes; ++i)
{
CSolution.TwowayList_Append(i);
}
for (var i = 0; i < taildeTimes; ++i)
{
CSolution.TwowayList_Tailde();
}
for (var i = 0; i < findTimes; ++i)
{
CSolution.TwowayList_Search(i);
}
for (var i = 0; i < inTimes; ++i)
{
CSolution.TwowayList_Insert(i, i);
}
for (var i = 0; i < deTimes; ++i)
{
CSolution.TwowayList_Dele(i);
}
CSolution.TwowayList_Clean();
return(TickCount.GetTickCount() - ticks);
}
public static long Twowaychainlist_Test()
{
long t1;
var ary1 = AryDeal.intBuild(0, 20000);
t1 = TickCount.GetTickCount();
CSolution.TwowayList_Create(ary1, ary1.Length);
for (var i = 0; i < 20000; ++i)
{
CSolution.TwowayList_Headin(i);
CSolution.TwowayList_Headde();
CSolution.TwowayList_Append(i);
CSolution.TwowayList_Tailde();
CSolution.TwowayList_Search(i);
CSolution.TwowayList_Dele(i);
}
var rltary = new int[CSolution.TwowayList_Count()];
CSolution.TwowayList_Print(rltary);
CSolution.TwowayList_Clean();
return(TickCount.GetTickCount() - t1);
}
public static long Btree_Test(int arysize, int inserttimes, int findtimes, int deletimes)
{
long t1;
var testAry = AryDeal.intBuild(0, arysize);
t1 = TickCount.GetTickCount();
CSolution.Btree_Create(testAry, testAry.Length);
for (var i = 0; i < inserttimes; ++i)
{
CSolution.Btree_Insert(inserttimes - i);
}
for (var i = 0; i < findtimes; ++i)
{
CSolution.Btree_Find(i);
}
for (var i = 0; i < deletimes; ++i)
{
CSolution.Btree_Delete(i);
}
CSolution.Btree_Clean();
return(TickCount.GetTickCount() - t1);
}
/*------------------------测试----------------------- */
public void Single_ThreadTest()//单线程主函数
{
testResult = new UIdelegete(SinThreadTestResultFlash);
var freqRecord = new Queue <int>();
ThreadControl.MyProcessHigh();
long gg, t1;//时间记录
int x1;
Form1.Turbo();//提高cpu频率
//栈操作,38mb考验内存和前端总线
gg = Ctest.Stack_Test();
resultRecord.Enqueue(gg);
//树操作，117kb
gg = Ctest.Btree_Test();
resultRecord.Enqueue(gg);
//pi，39kb
var ary = new int[10000];
gg = CSolution.SuperPi(ary, 10000);
ary = null;
resultRecord.Enqueue(gg);
//随机整数
CSolution.Int_Test(1, out x1);
resultRecord.Enqueue(x1);
freqRecord.Enqueue(crtFreq);
//归并排序+二分查找，38mb
var ary1 = AryDeal.intBuild(1, 10000000);
t1 = TickCount.GetTickCount();
CSolution.Merge_Sort(ary1, ary1.Length);
for (var i = 0; i < 100000; ++i)
{
CSolution.Mid_Search(ary1, ary1.Length, i);
}
t1 = TickCount.GetTickCount() - t1;
ary1 = null;
resultRecord.Enqueue(t1);
freqRecord.Enqueue(crtFreq);
//泰勒多项式
gg = CSolution.TalorSeries_Test(100);
resultRecord.Enqueue(gg);
freqRecord.Enqueue(crtFreq);
//随机浮点
CSolution.Float_Test(3, out x1);
resultRecord.Enqueue(x1);
freqRecord.Enqueue(crtFreq);
//双向链表，78kb
gg = Ctest.Twowaychainlist_Test();
resultRecord.Enqueue(gg);
freqRecord.Enqueue(crtFreq);
//单向链表，39kb
gg = Ctest.Onewaychainlist_Test();
resultRecord.Enqueue(gg);
freqRecord.Enqueue(crtFreq);
//队列，156kb
gg = 0;
for (var i = 0; i < 101; ++i)
{
gg += Ctest.Queue_Test();
}
resultRecord.Enqueue(gg);
freqRecord.Enqueue(crtFreq);
//光照渲染器,2-3mb左右
gg = CSolution.renderTest(1);
resultRecord.Enqueue(gg);
freqRecord.Enqueue(crtFreq);
//2d图像缩放，1kb
gg = CSolution.imageDeal(1, 1);
resultRecord.Enqueue(gg);
freqRecord.Enqueue(crtFreq);
//矩阵整数,1mb
int m = 300, n = 300, p = 300;
var ary2 = AryDeal.intBuild(0, m * n);
var ary3 = AryDeal.intBuild(0, n * p);
var ary4 = new int[m * p];
gg = 0;
for (var i = 0; i < 30; i++)
{
gg += CSolution.Int_MatrixMulti(ary2, m, n, ary3, p, ary4);
}
ary2 = null;
ary3 = null;
ary4 = null;
resultRecord.Enqueue(gg);
freqRecord.Enqueue(crtFreq);
//浮点矩阵
var ary5 = AryDeal.floatBuild(0, m * n);
var ary6 = AryDeal.floatBuild(0, n * p);
var ary7 = new double[m * p];
gg = 0;
for (var i = 0; i < 30; i++)
{
gg += CSolution.Double_MatrixMulti(ary5, m, n, ary6, p, ary7);
}
resultRecord.Enqueue(gg);
ary5 = null;
ary6 = null;
ary7 = null;
freqRecord.Enqueue(crtFreq);
gg = 0;
t1 = freqRecord.Count;
for (var i = 0; i < t1; ++i)
{
gg += freqRecord.Dequeue();
}
resultRecord.Enqueue(gg / t1);
this.Invoke(testResult);
}