CounterSample Konstruktor

Definisi

Ruang nama:

System.Diagnostics

Rakitan:

System.Diagnostics.PerformanceCounter.dll

Paket:

System.Diagnostics.PerformanceCounter v8.0.0

Menginisialisasi instans CounterSample baru struktur.

Overload

CounterSample(Int64, Int64, Int64, Int64, Int64, Int64, PerformanceCounterType)	Menginisialisasi instans CounterSample baru struktur dan mengatur CounterTimeStamp properti ke 0 (nol).
CounterSample(Int64, Int64, Int64, Int64, Int64, Int64, PerformanceCounterType, Int64)	Menginisialisasi instans CounterSample baru struktur dan mengatur CounterTimeStamp properti ke nilai yang diteruskan.

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

Sumber:

CounterSample.cs

Menginisialisasi instans CounterSample baru struktur dan mengatur CounterTimeStamp properti ke 0 (nol).

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)

Parameter

rawValue

Int64

Nilai numerik yang terkait dengan sampel penghitung kinerja.

baseValue

Int64

Nilai mentah dasar opsional untuk penghitung, untuk digunakan hanya jika sampel didasarkan pada beberapa penghitung.

counterFrequency

Int64

Frekuensi pembacaan penghitung.

systemFrequency

Int64

Frekuensi yang dibaca sistem dari penghitung.

timeStamp

Int64

Stempel waktu mentah.

timeStamp100nSec

Int64

Stempel waktu mentah dengan keakuratan tinggi.

counterType

PerformanceCounterType

Objek PerformanceCounterType yang menunjukkan jenis penghitung yang sampel ini adalah rekam jepret.

Keterangan

Gunakan konstruktor ini untuk mengambil sampel awal penghitung kinerja. Monitor Sistem menyediakan nilai untuk parameter ini secara otomatis saat Anda memanggil NextSample metode untuk pertama kalinya.

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

Sumber:

CounterSample.cs

Menginisialisasi instans CounterSample baru struktur dan mengatur CounterTimeStamp properti ke nilai yang diteruskan.

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)

Parameter

rawValue

Int64

Nilai numerik yang terkait dengan sampel penghitung kinerja.

baseValue

Int64

Nilai mentah dasar opsional untuk penghitung, untuk digunakan hanya jika sampel didasarkan pada beberapa penghitung.

counterFrequency

Int64

Frekuensi pembacaan penghitung.

systemFrequency

Int64

Frekuensi yang dibaca sistem dari penghitung.

timeStamp

Int64

Stempel waktu mentah.

timeStamp100nSec

Int64

Stempel waktu mentah dengan keakuratan tinggi.

counterType

PerformanceCounterType

Objek PerformanceCounterType yang menunjukkan jenis penghitung yang sampel ini adalah rekam jepret.

counterTimeStamp

Int64

Waktu pengambilan sampel.

Contoh

Contoh berikut menunjukkan cara menginisialisasi struktur baruCounterSample, meneruskan nilai untuk rawValueparameter , , baseValue, systemFrequencytimeStampcounterFrequency, timeStamp100nSec, counterType, dan .counterTimeStamp Setelah membuat CounterSample struktur, contoh menampilkan nilai properti untuk CounterSample di jendela konsol.

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)

Keterangan

Gunakan konstruktor ini untuk mengambil sampel setelah Anda mengambil sampel awal penghitung kinerja. Monitor Sistem menyediakan nilai untuk parameter ini secara otomatis saat Anda memanggil NextSample metode .