public void Tree_Builds_OrdersChildPositions()
{
var tree = PrtgNode.Probe(Probe(),
PrtgNode.TriggerCollection(
PrtgNode.Trigger(Trigger("Trigger1")),
PrtgNode.Trigger(Trigger("Trigger2"))
),
PrtgNode.Group(Group("Servers", position: 3)),
PrtgNode.Device(Device("dc-1", position: 1),
PrtgNode.Sensor(Sensor("Sensor2", position: 2)),
PrtgNode.Sensor(Sensor("Sensor1", position: 1))
),
PrtgNode.Trigger(Trigger("Trigger3")),
PrtgNode.Device(Device("dc-2", position: 2))
);
TreePrettyPrintTests.Validate(tree, new[]
{
"Local Probe",
"├──dc-1",
"│ ├──Sensor1",
"│ └──Sensor2",
"├──dc-2",
"├──Servers",
"├──Trigger1",
"├──Trigger2",
"└──Trigger3"
});
}
public void Tree_PrettyPrint_SingleChildCollection()
{
var tree = PrtgNode.Probe(Probe(),
PrtgNode.TriggerCollection(PrtgNode.Trigger(Trigger()))
);
var expected = new[]
{
"Local Probe",
"└──Email to Admin"
};
Validate(tree, expected);
}
public void Tree_PrettyPrint_TwoCollectionChildren()
{
var tree = PrtgNode.Probe(Probe(),
PrtgNode.TriggerCollection(
PrtgNode.Trigger(Trigger()),
PrtgNode.Trigger(Trigger("Ticket Notification"))
)
);
var expected = new[]
{
"Local Probe",
"├──Email to Admin",
"└──Ticket Notification"
};
Validate(tree, expected);
}
public void Tree_PrettyPrint_TwoTriggers()
{
var group = Group();
var tree = PrtgNode.Group(group,
PrtgNode.Trigger(Trigger()),
PrtgNode.TriggerCollection(PrtgNode.Trigger(Trigger("Ticket Notification")))
);
var expected = new[]
{
"Servers",
"├──Email to Admin",
"└──Ticket Notification",
};
Validate(tree, expected);
}
public void Tree_PrettyPrint_TwoChildrenOneGrandChildCollection()
{
var tree = PrtgNode.Probe(Probe(),
PrtgNode.Group(Group(),
PrtgNode.TriggerCollection(PrtgNode.Trigger(Trigger()))
),
PrtgNode.Group(Group("Linux", 2002))
);
var expected = new[]
{
"Local Probe",
"├──Servers",
"│ └──Email to Admin",
"└──Linux"
};
Validate(tree, expected);
}
public void Tree_PrettyPrint_Grouping()
{
var tree = PrtgNode.Device(Device(),
PrtgNode.Sensor(Sensor(),
PrtgNode.Trigger(Trigger())
),
PrtgNode.Sensor(Sensor())
);
var grouping = tree["VMware Datastore"];
var expected = new[]
{
"VMware Datastore",
"└──Email to Admin",
"VMware Datastore"
};
Validate(grouping, expected);
}
public void Tree_Compare_TriggerValue_Different()
{
//Don't need a test for Same because having a different action on the same trigger
//is considered a rename, but a value change
var first = PrtgNode.Device(Device(),
PrtgNode.Trigger(Trigger("Original Action"))
);
var second = PrtgNode.Device(Device(),
PrtgNode.Trigger(Trigger("Renamed Trigger"))
);
ValidatePretty(first, second, new[]
{
"dc-1",
"└──<Yellow>Original Action (Renamed 'Renamed Trigger')</Yellow>"
}, new[]
{
"dc-1",
"└──<Yellow>Renamed Trigger (Renamed 'Original Action')</Yellow>"
});
}
public void Tree_Compare_SecondLastNodeRemoved_LastNodeTrigger()
{
var first = PrtgNode.Device(Device(),
PrtgNode.Trigger(Trigger("First Trigger")),
PrtgNode.Trigger(Trigger("Second Trigger", 2))
);
var second = PrtgNode.Device(Device(),
PrtgNode.Trigger(Trigger("Second Trigger", 2))
);
ValidatePretty(first, second, new[]
{
"<Yellow>dc-1</Yellow>",
"├──<Red>First Trigger</Red>",
"└──Second Trigger"
}, new[]
{
"<Yellow>dc-1</Yellow>",
"├──Second Trigger",
"└──<Green>First Trigger</Green>"
});
}
public void Tree_PrettyPrint_TwoChildren_OneHasTwoChildren_WithOneGrandChildCollectionEach()
{
var tree = PrtgNode.Group(Group("PRTG Network Monitor", 0),
PrtgNode.Probe(Probe("Probe 1"),
PrtgNode.Group(Group(),
PrtgNode.TriggerCollection(PrtgNode.Trigger(Trigger()))
),
PrtgNode.Group(Group("Linux"),
PrtgNode.TriggerCollection(PrtgNode.Trigger(Trigger("Ticket Notification")))
)
),
PrtgNode.Probe(Probe("Probe 2"))
);
var expected = new[]
{
"PRTG Network Monitor",
"├──Probe 1",
"│ ├──Servers",
"│ │ └──Email to Admin",
"│ └──Linux",
"│ └──Ticket Notification",
"└──Probe 2"
};
Validate(tree, expected);
}
/// <summary>
/// Initializes a new instance of the <see cref="NewTriggerNode"/> class.
/// </summary>
public NewTriggerNode() : base((t, c) => PrtgNode.Trigger(t), () => new GetNotificationTrigger())
{
}
