CounterSample 建構函式

定義

命名空間:

System.Diagnostics

組件:

System.Diagnostics.PerformanceCounter.dll

套件:

System.Diagnostics.PerformanceCounter v8.0.0

初始化 CounterSample 結構的新執行個體。

多載

CounterSample(Int64, Int64, Int64, Int64, Int64, Int64, PerformanceCounterType)	初始化 CounterSample 結構的新執行個體 (Instance)，並將 CounterTimeStamp 屬性設定為 0 (零)。
CounterSample(Int64, Int64, Int64, Int64, Int64, Int64, PerformanceCounterType, Int64)	初始化 CounterSample 結構的新執行個體，並將 CounterTimeStamp 屬性設定為傳入的值。

CounterSample(Int64, Int64, Int64, Int64, Int64, Int64, PerformanceCounterType)

來源:

CounterSample.cs

初始化 CounterSample 結構的新執行個體 (Instance)，並將 CounterTimeStamp 屬性設定為 0 (零)。

public:
 CounterSample(long rawValue, long baseValue, long counterFrequency, long systemFrequency, long timeStamp, long timeStamp100nSec, System::Diagnostics::PerformanceCounterType counterType);

public CounterSample (long rawValue, long baseValue, long counterFrequency, long systemFrequency, long timeStamp, long timeStamp100nSec, System.Diagnostics.PerformanceCounterType counterType);

new System.Diagnostics.CounterSample : int64 * int64 * int64 * int64 * int64 * int64 * System.Diagnostics.PerformanceCounterType -> System.Diagnostics.CounterSample

Public Sub New (rawValue As Long, baseValue As Long, counterFrequency As Long, systemFrequency As Long, timeStamp As Long, timeStamp100nSec As Long, counterType As PerformanceCounterType)

參數

rawValue

Int64

與效能計數器樣本相關聯的數值。

baseValue

Int64

計數器的選擇性、未經處理的基底值，只使用於樣本是根據多個計數器時。

counterFrequency

Int64

讀取計數器的頻率。

systemFrequency

Int64

系統從計數器讀取所使用的頻率。

timeStamp

Int64

未經處理的時間戳記。

timeStamp100nSec

Int64

未經處理、高精確的時間戳記。

counterType

PerformanceCounterType

PerformanceCounterType 物件，其指出使用此樣本做為快照 (Snapshot) 的計數器之型別。

備註

使用此建構函式來取得性能計數器的初始範例。 當您第一次呼叫 NextSample 方法時，系統監視器會自動提供這些參數的值。

CounterSample(Int64, Int64, Int64, Int64, Int64, Int64, PerformanceCounterType, Int64)

來源:

CounterSample.cs

初始化 CounterSample 結構的新執行個體，並將 CounterTimeStamp 屬性設定為傳入的值。

public:
 CounterSample(long rawValue, long baseValue, long counterFrequency, long systemFrequency, long timeStamp, long timeStamp100nSec, System::Diagnostics::PerformanceCounterType counterType, long counterTimeStamp);

public CounterSample (long rawValue, long baseValue, long counterFrequency, long systemFrequency, long timeStamp, long timeStamp100nSec, System.Diagnostics.PerformanceCounterType counterType, long counterTimeStamp);

new System.Diagnostics.CounterSample : int64 * int64 * int64 * int64 * int64 * int64 * System.Diagnostics.PerformanceCounterType * int64 -> System.Diagnostics.CounterSample

Public Sub New (rawValue As Long, baseValue As Long, counterFrequency As Long, systemFrequency As Long, timeStamp As Long, timeStamp100nSec As Long, counterType As PerformanceCounterType, counterTimeStamp As Long)

參數

rawValue

Int64

與效能計數器樣本相關聯的數值。

baseValue

Int64

計數器的選擇性、未經處理的基底值，只使用於樣本是根據多個計數器時。

counterFrequency

Int64

讀取計數器的頻率。

systemFrequency

Int64

系統從計數器讀取所使用的頻率。

timeStamp

Int64

未經處理的時間戳記。

timeStamp100nSec

Int64

未經處理、高精確的時間戳記。

counterType

PerformanceCounterType

PerformanceCounterType 物件，其指出使用此樣本做為快照 (Snapshot) 的計數器之型別。

counterTimeStamp

Int64

取得樣本的時間。

範例

下列範例示範如何初始化新的 CounterSample 結構，並傳入 、baseValue、counterFrequency、、systemFrequency、timeStamp、 timeStamp100nSeccounterType和 counterTimeStamp 參數的值rawValue。 建立 CounterSample 結構之後，此範例會在控制台視窗中顯示 的屬性值 CounterSample 。

PerformanceCounter^ myPerformanceCounter1 = gcnew PerformanceCounter(
   "Processor","% Processor Time","0" );
CounterSample myCounterSample1( 10L, 20L, 30L, 40L, 50L, 60L,
  PerformanceCounterType::AverageCount64 );
Console::WriteLine( "CounterTimeStamp = {0}", myCounterSample1.CounterTimeStamp );

Console::WriteLine( "BaseValue = {0}", myCounterSample1.BaseValue );
Console::WriteLine( "RawValue = {0}", myCounterSample1.RawValue );
Console::WriteLine( "CounterFrequency = {0}", myCounterSample1.CounterFrequency );
Console::WriteLine( "SystemFrequency = {0}", myCounterSample1.SystemFrequency );
Console::WriteLine( "TimeStamp = {0}", myCounterSample1.TimeStamp );
Console::WriteLine( "TimeStamp100nSec = {0}", myCounterSample1.TimeStamp100nSec );
Console::WriteLine( "CounterType = {0}", myCounterSample1.CounterType );
// Hold the results of sample.
myCounterSample1 = myPerformanceCounter1->NextSample();
Console::WriteLine( "BaseValue = {0}", myCounterSample1.BaseValue );
Console::WriteLine( "RawValue = {0}", myCounterSample1.RawValue );
Console::WriteLine( "CounterFrequency = {0}", myCounterSample1.CounterFrequency );
Console::WriteLine( "SystemFrequency = {0}", myCounterSample1.SystemFrequency );
Console::WriteLine( "TimeStamp = {0}", myCounterSample1.TimeStamp );
Console::WriteLine( "TimeStamp100nSec = {0}", myCounterSample1.TimeStamp100nSec );
Console::WriteLine( "CounterType = {0}", myCounterSample1.CounterType );

PerformanceCounter myPerformanceCounter1 = new PerformanceCounter
   ("Processor","% Processor Time", "0");
CounterSample myCounterSample1 = new CounterSample(10L, 20L, 30L, 40L, 50L, 60L,
                     PerformanceCounterType.AverageCount64);
Console.WriteLine("CounterTimeStamp = "+myCounterSample1.CounterTimeStamp);

Console.WriteLine("BaseValue = "+myCounterSample1.BaseValue);
Console.WriteLine("RawValue = "+myCounterSample1.RawValue);
Console.WriteLine("CounterFrequency = "+myCounterSample1.CounterFrequency);
Console.WriteLine("SystemFrequency = "+myCounterSample1.SystemFrequency);
Console.WriteLine("TimeStamp = "+myCounterSample1.TimeStamp);
Console.WriteLine("TimeStamp100nSec = "+myCounterSample1.TimeStamp100nSec);
Console.WriteLine("CounterType = "+myCounterSample1.CounterType);
// Hold the results of sample.
myCounterSample1 = myPerformanceCounter1.NextSample();
Console.WriteLine("BaseValue = "+myCounterSample1.BaseValue);
Console.WriteLine("RawValue = "+myCounterSample1.RawValue);
Console.WriteLine("CounterFrequency = "+myCounterSample1.CounterFrequency);
Console.WriteLine("SystemFrequency = "+myCounterSample1.SystemFrequency);
Console.WriteLine("TimeStamp = "+myCounterSample1.TimeStamp);
Console.WriteLine("TimeStamp100nSec = "+myCounterSample1.TimeStamp100nSec);
Console.WriteLine("CounterType = "+myCounterSample1.CounterType);

Dim myPerformanceCounter1 As New PerformanceCounter("Processor", _
                                            "% Processor Time", "0")
Dim myCounterSample1 As New CounterSample(10&, 20&, 30&, 40&, 50&, 60&, _
                               PerformanceCounterType.AverageCount64)
Console.WriteLine("CounterTimeStamp = " & myCounterSample1.CounterTimeStamp)

Console.WriteLine("BaseValue = " & myCounterSample1.BaseValue)
Console.WriteLine("RawValue = " & myCounterSample1.RawValue)
Console.WriteLine("CounterFrequency = " & myCounterSample1.CounterFrequency)
Console.WriteLine("SystemFrequency = " & myCounterSample1.SystemFrequency)
Console.WriteLine("TimeStamp = " & myCounterSample1.TimeStamp)
Console.WriteLine("TimeStamp100nSec = " & myCounterSample1.TimeStamp100nSec)
Console.WriteLine("CounterType = " & myCounterSample1.CounterType.ToString)
' Hold the results of sample.
myCounterSample1 = myPerformanceCounter1.NextSample()

Console.WriteLine("BaseValue = " & myCounterSample1.BaseValue)
Console.WriteLine("RawValue = " & myCounterSample1.RawValue)
Console.WriteLine("CounterFrequency = " & myCounterSample1.CounterFrequency)
Console.WriteLine("SystemFrequency = " & myCounterSample1.SystemFrequency)
Console.WriteLine("TimeStamp = " & myCounterSample1.TimeStamp)
Console.WriteLine("TimeStamp100nSec = " & myCounterSample1.TimeStamp100nSec)
Console.WriteLine("CounterType = " & myCounterSample1.CounterType.ToString)

PerformanceCounter^ myPerformanceCounter2 =
   gcnew PerformanceCounter( "Processor","% Processor Time","0" );
CounterSample myCounterSample2( 10L, 20L, 30L, 40L, 50L, 60L,
  PerformanceCounterType::AverageCount64,300);
Console::WriteLine( "CounterTimeStamp = {0}", myCounterSample2.CounterTimeStamp );
Console::WriteLine( "BaseValue = {0}", myCounterSample2.BaseValue );
Console::WriteLine( "RawValue = {0}", myCounterSample2.RawValue );
Console::WriteLine( "CounterFrequency = {0}", myCounterSample2.CounterFrequency );
Console::WriteLine( "SystemFrequency = {0}", myCounterSample2.SystemFrequency );
Console::WriteLine( "TimeStamp = {0}", myCounterSample2.TimeStamp );
Console::WriteLine( "TimeStamp100nSec = {0}", myCounterSample2.TimeStamp100nSec );
Console::WriteLine( "CounterType = {0}", myCounterSample2.CounterType );
Console::WriteLine( "CounterTimeStamp = {0}", myCounterSample2.CounterTimeStamp );
// Hold the results of sample.
myCounterSample2 = myPerformanceCounter2->NextSample();
Console::WriteLine( "BaseValue = {0}", myCounterSample2.BaseValue );
Console::WriteLine( "RawValue = {0}", myCounterSample2.RawValue );
Console::WriteLine( "CounterFrequency = {0}", myCounterSample2.CounterFrequency );
Console::WriteLine( "SystemFrequency = {0}", myCounterSample2.SystemFrequency );
Console::WriteLine( "TimeStamp = {0}", myCounterSample2.TimeStamp );
Console::WriteLine( "TimeStamp100nSec = {0}", myCounterSample2.TimeStamp100nSec );
Console::WriteLine( "CounterType = {0}", myCounterSample2.CounterType );
Console::WriteLine( "CounterTimeStamp = {0}", myCounterSample2.CounterTimeStamp );

PerformanceCounter myPerformanceCounter2 = new PerformanceCounter
   ("Processor","% Processor Time", "0");
CounterSample myCounterSample2 = new CounterSample(10L, 20L, 30L, 40L, 50L, 60L,
               PerformanceCounterType.AverageCount64, 300);
Console.WriteLine("CounterTimeStamp = "+myCounterSample2.CounterTimeStamp);
Console.WriteLine("BaseValue = "+myCounterSample2.BaseValue);
Console.WriteLine("RawValue = "+myCounterSample2.RawValue);
Console.WriteLine("CounterFrequency = "+myCounterSample2.CounterFrequency);
Console.WriteLine("SystemFrequency = "+myCounterSample2.SystemFrequency);
Console.WriteLine("TimeStamp = "+myCounterSample2.TimeStamp);
Console.WriteLine("TimeStamp100nSec = "+myCounterSample2.TimeStamp100nSec);
Console.WriteLine("CounterType = "+myCounterSample2.CounterType);
Console.WriteLine("CounterTimeStamp = "+myCounterSample2.CounterTimeStamp);
// Hold the results of sample.
myCounterSample2 = myPerformanceCounter2.NextSample();
Console.WriteLine("BaseValue = "+myCounterSample2.BaseValue);
Console.WriteLine("RawValue = "+myCounterSample2.RawValue);
Console.WriteLine("CounterFrequency = "+myCounterSample2.CounterFrequency);
Console.WriteLine("SystemFrequency = "+myCounterSample2.SystemFrequency);
Console.WriteLine("TimeStamp = "+myCounterSample2.TimeStamp);
Console.WriteLine("TimeStamp100nSec = "+myCounterSample2.TimeStamp100nSec);
Console.WriteLine("CounterType = "+myCounterSample2.CounterType);
Console.WriteLine("CounterTimeStamp = "+myCounterSample2.CounterTimeStamp);

Dim myPerformanceCounter2 As New PerformanceCounter("Processor", _
                                             "% Processor Time", "0")
Dim myCounterSample2 As New CounterSample(10&, 20&, 30&, 40&, 50&, 60&, _
                         PerformanceCounterType.AverageCount64, 300)
Console.WriteLine("CounterTimeStamp = " & myCounterSample2.CounterTimeStamp)
Console.WriteLine("BaseValue = " & myCounterSample2.BaseValue)
Console.WriteLine("RawValue = " & myCounterSample2.RawValue)
Console.WriteLine("CounterFrequency = " & myCounterSample2.CounterFrequency)
Console.WriteLine("SystemFrequency = " & myCounterSample2.SystemFrequency)
Console.WriteLine("TimeStamp = " & myCounterSample2.TimeStamp)
Console.WriteLine("TimeStamp100nSec = " & myCounterSample2.TimeStamp100nSec)
Console.WriteLine("CounterType = " & myCounterSample2.CounterType.ToString)
Console.WriteLine("CounterTimeStamp = " & myCounterSample2.CounterTimeStamp)

' Hold the results of sample.
myCounterSample2 = myPerformanceCounter2.NextSample()
Console.WriteLine("BaseValue = " & myCounterSample2.BaseValue)
Console.WriteLine("RawValue = " & myCounterSample2.RawValue)
Console.WriteLine("CounterFrequency = " & myCounterSample2.CounterFrequency)
Console.WriteLine("SystemFrequency = " & myCounterSample2.SystemFrequency)
Console.WriteLine("TimeStamp = " & myCounterSample2.TimeStamp)
Console.WriteLine("TimeStamp100nSec = " & myCounterSample2.TimeStamp100nSec)
Console.WriteLine("CounterType = " & myCounterSample2.CounterType.ToString)
Console.WriteLine("CounterTimeStamp = " & myCounterSample2.CounterTimeStamp)

備註

使用此建構函式，在取得性能計數器的初始範例之後，取得範例。 當您呼叫 NextSample 方法時，系統監視器會自動提供這些參數的值。