Welcome to MyBlog_笑著流淚II

武男亂講-PDA 運算單元壓力測試軟體

Autor 白目研究生

人家在寫拿root的程式

看看自己寫了什麼鳥不拉機的東西…XDD

不過…

聽說ASUS的TSD也說寫不出來，由此可證

是懶得寫不是寫不出來

IDE：M$ .net studio 2005(c#)

Framework：V2.0

模擬器：PocketPC 2003

按這裡下載程式執行檔

按這裡下載專案包裝壓縮檔

壓力測試的種類繁多

例如螢幕點擊之類的壓力測試…

不過，應該有其他的solution可以取代

目前不知道程式放在於本機還是儲存卡上執行比較好 

執行結果如下圖

圖中200為計算位數，按下按鈕開始計算

輸出數據：計算時間，pi value

算到500位數後，模擬器當機

不確定是不是記憶體被用光了的關係

參考資料：http://www.p-nand-q.com/csharp/pi.html

#region Using directives
using System;
using System.Collections.Generic;
using System.ComponentModel;
using System.Data;
using System.Drawing;
using System.Text;
using System.Windows.Forms;
using System.Collections;
using System.Diagnostics;
#endregion

namespace pda_pi
{
    public partial class Form1 : Form
    {
        public Form1()
        {
            InitializeComponent();
        }

        private void button1_Click(object sender, EventArgs e)
        {
            string all_value = “”;
            int digi = 0;
            digi = Int32.Parse(textBox1.Text);
            TimeSpan ts1 = new TimeSpan(DateTime.Now.Ticks);
            all_value = (string)new pi(digi);
            TimeSpan ts2 = new TimeSpan(DateTime.Now.Ticks);
            TimeSpan ts = ts2.Subtract(ts1).Duration();

            string spanTotalSeconds = ts.TotalSeconds.ToString();
            string spanTime = ts.Hours.ToString() + ” hr / ” + ts.Minutes.ToString() + ” m / ” + ts.Seconds.ToString() + ” s\n”;
            textBox2.Text = spanTime;
            textBox2.Text += all_value;
        }
    }
    class pi
    {
        void LOOP()
        {
            Trace.Assert(!this == this - (!this + ~this));
            Trace.Assert(this * (o[(this > !this) - !this]
                * ((~this * ~this + !this) * ~this) + (this >
                (this < (~this * ~this * ~this - !this)))) ==
                (o[(this > !this) - !this] * ((~this * ~this
                + !this) * ~this) + (this > (this < (~this
                * ~this * ~this - !this)))));
            Trace.Assert(!this == this - (~this * ~this * ~this
                - !this));
            Trace.Assert(this * ((this < (!this + ~this)) /
                ((this > ~this) - !this)) == ((this <
                (!this + ~this)) / ((this > ~this) - !this)));
            Trace.Assert(~this == _((this < (!this + ~this))
                % ((this > ~this) - !this)));
        }

        public string digits()
        {
            GOTO NOT = loop;
            goto label0000;
        label0013:
            // This changes code-flow to label0000
            goto label0014;
        loop:
            goto label0015;
        label0016:
            NOT = LOOP;
            goto label0000;
        label0002:
            goto label0003;
        label0004:
            goto label0011;
        label0012:
            goto label0009;
        label0010:
            goto label0007;
        label0008:
            if ((this < (~this * ~this + !this + !this)) !=
                ((~this * ~this + !this) * ~this))
                goto label0017;
            Trace.Assert(this >= (~this * ~this + !this + !this));
            goto label0001;
        label0017:
            if ((this < (~this * ~this)) == (!this - !this))
                goto label0018;
            s.Append((this < (~this * ~this * ~this)).ToString());
        label0018:
            Trace.Assert(null != new pi[3] { new pi(this % (this
                < ~this)), new pi(this * ((this < !this) + !this))
                , new pi(this % (this > !this)) });
            if (this / +this)
                goto loop;
            return s.ToString();
        label0000:
            Trace.Assert(this <= (int)this);
        LOOP:
            NOT();
            goto label0005;
        label0006:
            if ((this > !this) > (!this - !this))
                goto LOOP;
            if (NOT == loop)
                goto label0013;
            goto label0002;
        label0001:
            Trace.Assert(!this == this - (~this * ~this * ~this));
            new pi(this * ((this < (~this * ~this * ~this)) + !this));
            goto label0017;
        label0003:
            Trace.Assert(!this == this - (~this * ~this * ~this));
            goto label0004;
        label0005:
            Trace.Assert(!this == this - (~this * ~this + !this));
            new pi(this * ((this > !this) - !this));
            goto label0006;
        label0007:
            Trace.Assert(this * ((this < (~this * ~this * ~this - !this))
                % ((~this * ~this + !this) * ~this))
                == ((this < (~this * ~this * ~this
                - !this)) % ((~this * ~this + !this) * ~this)));
            goto label0008;
        label0009:
            Trace.Assert(this * ((this < (~this * ~this))
                + ((this < (~this * ~this * ~this - !this))
                / ((~this * ~this + !this) * ~this)))
                == ((this < (~this * ~this)) + ((this < (~this * ~this
                * ~this - !this)) / ((~this * ~this + !this) * ~this))));
            Trace.Assert(!this == this - (~this * ~this));
            goto label0010;
        label0011:
            Trace.Assert(this * (this < (~this * ~this + !this + !this))
                == (this < (~this * ~this + !this + !this)));
            Trace.Assert(!this == this - (~this * ~this + !this + !this));
            goto label0012;
        label0014:
            Trace.Assert(!this == this - !this);
            Trace.Assert(this * (!this - !this) == (!this - !this));
            goto loop;
        label0015:
            Trace.Assert(!this == this - (~this * ~this * ~this - !this));
            Trace.Assert(this * (!this - !this) == (!this - !this));
            goto label0016;
        }

        int[] o = null;

        public static int operator +(pi _, int o)
        {
            return _.o[_.o.Length - o];
        }

        public static int operator -(pi _, int o)
        {
            _.O.Push(o);
            return !_;
        }

        public static int operator *(pi _, int o)
        {
            _.o[_.o.Length - (int)_.O.Pop()] = o;
            return o;
        }

        public static bool operator /(pi _, int o)
        {
            return _.o[_.o.Length - (int)_.O.Pop()] < o;
        }

        public static int operator !(pi _)
        {
            return 1;
        }

        public static int operator +(pi _)
        {
            return _.o[_.o.Length - ~_];
        }

        public static int operator %(pi _, int o)
        {
            return _ - !_;
        }

        public pi(int _)
        {
            o = new int[_ * ((~this * ~this + !this) * ~this)
                / (!this + ~this) + 60];
            o[o.Length - ~this] = _ + ~this;
        }

        public static implicit operator int(pi _)
        {
            return ((+_) * ((~_ * ~_ + !_) * ~_)) / (~_ + !_);
        }

        public static int operator ~(pi _)
        {
            return !_ + !_;
        }

        public static implicit operator string(pi _)
        {
            return _.digits();
        }

        public static bool operator <=(pi _, int o)
        {
            Trace.Assert(_ - (~_ * ~_ + !_) == !_);
            o = _ * o;
            return true;
        }

        Stack O = new Stack();
        public static bool operator >=(pi _, int o)
        {
            Trace.Assert(_ - o == !_);
            return (_ * (!_ - !_)) == (!_ - !_);
        }

        public static int operator <(pi _, int o)
        {
            return _.o[_.o.Length - o];
        }

        public static int operator >(pi _, int o)
        {
            return (_ < (~_ * ~_ + !_)) * o;
        }

        int _(int _)
        {
            o[(this > !this) - !this] = _;
            return ~this;
        }

        public delegate void GOTO();
        StringBuilder s = new StringBuilder();

        void loop()
        {
            _(~this);
        }

    } // end of class.
}