private static async void ExecuteDisabledPoint(PointRuleContext disabledPointContext)
{
var highAlarmHandler =
_container.GetAllInstances(typeof (IRuleHandler<HighAlarmRuleExecutor, RuleExecutionResponse>))
.Cast<IRuleHandler<HighAlarmRuleExecutor, RuleExecutionResponse>>()
.First();
var highAlarmRuleExecutor =
(HighAlarmRuleExecutor)
_container
.GetAllInstances(typeof (IRuleExecutor))
.First(i => i.GetType() == typeof (HighAlarmRuleExecutor));
var result = highAlarmHandler.HandleAsync(highAlarmRuleExecutor, disabledPointContext);
// Returns whether the current value is greater than the threshold value
if (null != result)
{
Console.WriteLine("Disabled point\n");
}
}
private static async void ExecuteDigitalIntoAlarmRules(PointRuleContext digitalIntoAlarmContext)
{
var intoAlarmHandler =
_container
.GetAllInstances(typeof(IRuleHandler<AlarmDetectRuleExecutor, RuleExecutionResponse>))
.Cast<IRuleHandler<AlarmDetectRuleExecutor, RuleExecutionResponse>>()
.First();
var intoAlarmRuleExecutor =
(AlarmDetectRuleExecutor)
_container
.GetAllInstances(typeof(IRuleExecutor))
.First(i => i.GetType() == typeof(AlarmDetectRuleExecutor));
var result = intoAlarmHandler.HandleAsync(intoAlarmRuleExecutor, digitalIntoAlarmContext);
// Returns whether the current value is less than the previous value
Console.WriteLine("Digital into alarm (prev/cur) " +
$"[{digitalIntoAlarmContext.LastValue} - {digitalIntoAlarmContext.CurrentValue}] --> " +
$"{result.CurrentState}\n");
}
private static void Main()
{
_container = Bootstrapper.Compose();
var analogContext = new PointRuleContext
{
SourceKey = "432234145142314_8973",
IsEnabled = true,
HighAlarmEnabled = true,
LowAlarmEnabled = true,
HighWarningEnabled = true,
LowWarningEnabled = true,
CurrentValue = 105.543,
HighAlarmValue = 100.532,
HighWarningValue = 50.907,
LowWarningValue = 25.123,
LowAlarmValue = 5.234,
NotificationLevel = 1,
LastReceiveUtc = DateTime.UtcNow.AddDays(-20),
};
// Test the high alarm rule
ExecuteHighAlarmRules(analogContext);
// Test the high warning rule
ExecuteHighWarningRules(analogContext);
// Test the low warning rule
ExecuteLowWarningRules(analogContext);
// Test the low alarm rule
ExecuteLowAlarmRules(analogContext);
// Test a disabled rule
var disabledPointContext = new PointRuleContext
{
IsEnabled = false,
};
ExecuteDisabledPoint(disabledPointContext);
// Test the out of alarm rule
var outOfAlarmContext = new PointRuleContext
{
SourceKey = "432234145142314_8973",
IsEnabled = true,
NotificationLevel = 1,
CurrentValue = 0,
LastValue = 1
};
ExecuteDigitalOutOfAlarmRules(outOfAlarmContext);
// Test the into alarm rule
var intoAlarmContext = new PointRuleContext
{
SourceKey = "432234145142314_8973",
IsEnabled = true,
NotificationLevel = 1,
CurrentValue = 1,
LastValue = 0
};
ExecuteDigitalIntoAlarmRules(intoAlarmContext);
Console.ReadLine();
}
private static async void ExecuteLowWarningRules(PointRuleContext analogContext)
{
var lowWarningHandler =
_container
.GetAllInstances(typeof(IRuleHandler<LowWarningRuleExecutor, RuleExecutionResponse>))
.Cast<IRuleHandler<LowWarningRuleExecutor, RuleExecutionResponse>>()
.First();
var lowWarningRuleExecutor =
(LowWarningRuleExecutor)
_container
.GetAllInstances(typeof(IRuleExecutor))
.First(i => i.GetType() == typeof(LowWarningRuleExecutor));
var result = lowWarningHandler.HandleAsync(lowWarningRuleExecutor, analogContext);
// Returns whether the threshold value is less than the current value
Console.WriteLine("Low Warning (threshold/cur) " +
$"[{analogContext.LowWarningValue} - {analogContext.CurrentValue}] --> " +
$"{result.CurrentState}\n");
}
private static async void ExecuteHighAlarmRules(PointRuleContext analogContext)
{
var highAlarmHandler =
_container.GetAllInstances(typeof(IRuleHandler<HighAlarmRuleExecutor, RuleExecutionResponse>))
.Cast<IRuleHandler<HighAlarmRuleExecutor, RuleExecutionResponse>>()
.First();
var highAlarmRuleExecutor =
(HighAlarmRuleExecutor)
_container
.GetAllInstances(typeof(IRuleExecutor))
.First(i => i.GetType() == typeof(HighAlarmRuleExecutor));
var result = highAlarmHandler.HandleAsync(highAlarmRuleExecutor, analogContext);
// Returns whether the current value is greater than the threshold value
Console.WriteLine("High Alarm (threshold/cur) " +
$"[{analogContext.HighAlarmValue} - {analogContext.CurrentValue}] --> " +
$"{result.CurrentState}\n");
}