protected SensorBase(string path, string productKey, IValuesQueue queue, string description)
{
_queue = queue;
Path = path;
ProductKey = productKey;
Description = description;
}
public BarSensor(string path, string productKey, IValuesQueue queue, SensorType type, int barTimerPeriod, int smallTimerPeriod,
string description = "", int precision = 2)
: base(path, productKey, queue, barTimerPeriod, smallTimerPeriod, description, precision)
{
_valuesList = new List <T>();
_type = type;
}
public BarSensorInt(string path, string productKey, IValuesQueue queue,
int collectPeriod = 300000,
int smallPeriod = 15000) : base(path, productKey, queue, collectPeriod,
smallPeriod, "", 2)
{
_valuesList = new List <int>();
}
protected CustomFuncSensorBase(string path, string productKey, IValuesQueue queue, string description, TimeSpan timerSpan, SensorType type)
: base(path, productKey, queue, description)
{
Type = type;
RestartTimerInternal(timerSpan);
TimerSpan = timerSpan;
}
public NoParamsFuncSensor(string path, string productKey, IValuesQueue queue, string description, TimeSpan timerSpan, SensorType type, Func <T> funcToInvoke,
bool isLogging) : base(path, productKey, queue, description, timerSpan, type)
{
_funcToInvoke = funcToInvoke;
if (isLogging)
{
_logger = Logger.Create(nameof(NoParamsFuncSensor <T>));
}
}
public DefaultValueSensor(string path, string productKey, IValuesQueue queue, SensorType type, T defaultValue, string description = "")
: base(path, productKey, queue, description)
{
lock (_syncRoot)
{
_currentValue = defaultValue;
}
_type = type;
}
/// <summary>
/// </summary>
/// <param name="path"></param>
/// <param name="productKey"></param>
/// <param name="collectPeriod">One bar contains data for the given period. 5000 is 5 seconds.</param>
/// <param name="smallPeriod">The sensor sends intermediate bar data every smallPeriod time.</param>
protected BarSensorBase(string path, string productKey,
IValuesQueue queue, int barTimerPeriod, int smallTimerPeriod, string description, int precision)
: base(path, productKey, queue, description)
{
_syncObject = new object();
_barTimerPeriod = barTimerPeriod;
_smallTimerPeriod = smallTimerPeriod;
FillPrecision(precision);
StartTimer(_barTimerPeriod, _smallTimerPeriod);
}
protected DefaultValueSensorBase(string path, string productKey, IValuesQueue queue, T defaultValue)
{
Path = path;
ProductKey = productKey;
_syncRoot = new object();
lock (_syncRoot)
{
_currentValue = defaultValue;
}
}
public OneParamFuncSensor(string path, string productKey, IValuesQueue queue, string description, TimeSpan timerSpan, SensorType type,
Func <List <U>, T> funcToInvoke, bool isLogging) : base(path, productKey, queue, description, timerSpan, type)
{
_funcToInvoke = funcToInvoke;
_paramsList = new List <U>();
_lockObj = new object();
if (isLogging)
{
_logger = Logger.Create(nameof(OneParamFuncSensor <T, U>));
}
}
public BarSensorDouble(string path, string productKey, IValuesQueue queue,
int collectPeriod = 300000,
int smallPeriod = 15000, int precision = 2) : base(path, productKey, queue, collectPeriod,
smallPeriod, "", 2)
{
_valuesList = new List <double>();
if (precision < 1 || precision > 10)
{
_precision = 2;
}
else
{
_precision = precision;
}
}
public WindowsUpdateFuncSensor(string nodeName, string productKey, IValuesQueue queue,
string description, TimeSpan timerSpan, SensorType type, bool isLogging, TimeSpan updateInterval)
: base($"{nodeName ?? TextConstants.PerformanceNodeName}/{TextConstants.WindowsUpdateNodeName}", productKey, queue, description, timerSpan, type)
{
_updateInterval = updateInterval;
ManagementObject obj = GetManagementObject();
TryGetWindowsValue(obj, TextConstants.Version, out _windowsVersion);
_windowsLastUpdate = TryGetWindowsValue(obj, TextConstants.InstallDate, out var strDate)
? ToUTC(strDate) : DateTime.MinValue;
if (isLogging)
{
_logger = Logger.Create(nameof(WindowsUpdateFuncSensor));
}
}
public BarSensor(string path, string productKey, IValuesQueue queue, SensorType type, int barTimerPeriod = 300000,
int smallTimerPeriod = 15000, int precision = 2, string description = "")
: this(path, productKey, queue, type, barTimerPeriod, smallTimerPeriod, description, precision)
{
}
protected InstantValueTypedSensorBase(string path, string productKey, IValuesQueue queue)
: base(path, productKey, queue)
{
}
public InstantValueSensorString(string path, string productKey, IValuesQueue queue)
: base(path, productKey, queue)
{
}
public InstantValueSensor(string path, string productKey, IValuesQueue queue, SensorType type, string description = "")
: base(path, productKey, queue, description)
{
_description = description;
_type = type;
}
public DefaultValueSensorDouble(string path, string productKey, IValuesQueue queue, double defaultValue) : base(path, productKey, queue, defaultValue)
{
}
public ProcessThreadCountSensor(string productKey, IValuesQueue queue, string processName)
: base($"{TextConstants.PerformanceNodeName}/{_sensorName}", "Process", "Thread Count", processName)
{
InternalBar = new BarSensor <int>($"{TextConstants.PerformanceNodeName}/{_sensorName}", productKey, queue, SensorType.IntegerBarSensor);
}
public ProcessCPUSensor(string productKey, IValuesQueue queue, string processName, string nodeName)
: base($"{nodeName ?? TextConstants.CurrentProcessNodeName}/{_sensorName}", "Process", "% Processor Time", processName, GetProcessCPUFunc())
{
InternalBar = new BarSensor <double>(Path, productKey, queue, SensorType.DoubleBarSensor);
}
protected InstantValueSensorBase(string path, string productKey, IValuesQueue queue) :
base(path, productKey, queue, "")
{
_syncObject = new object();
}
public TotalCPUSensor(string productKey, IValuesQueue queue, string nodeName)
: base($"{nodeName ?? TextConstants.PerformanceNodeName}/{_sensorName}", "Processor", "% Processor Time", "_Total", GetTotalCPUFunc())
{
InternalBar = new BarSensor <int>(Path, productKey, queue, SensorType.IntegerBarSensor);
}
public FreeMemorySensor(string productKey, IValuesQueue queue, string nodeName) :
base($"{nodeName ?? TextConstants.PerformanceNodeName}/{_sensorName}", "Memory", "Available MBytes", string.Empty, GetFreeMemoryFunc())
{
InternalBar = new BarSensor <int>(Path, productKey, queue, SensorType.IntegerBarSensor);
}
public DefaultValueSensorInt(string path, string productKey, IValuesQueue queue, int defaultValue) : base(path, productKey, queue, defaultValue)
{
}
public ProcessCPUSensor(string productKey, IValuesQueue queue, string processName)
: base($"{TextConstants.PerformanceNodeName}/{_sensorName}", "Process", "% Processor Time", processName)
{
InternalBar = new BarSensor <double>($"{TextConstants.PerformanceNodeName}/{_sensorName}", productKey, queue, SensorType.DoubleBarSensor);
}
public ProcessMemorySensor(string productKey, IValuesQueue queue, string processName, string nodeName)
: base($"{nodeName ?? TextConstants.CurrentProcessNodeName}/{_sensorName}", "Process", "Working set", processName, GetProcessMemoryFunc())
{
InternalBar = new BarSensor <int>(Path, productKey, queue, SensorType.IntegerBarSensor);
}
