protected override IWebResponse GetResponse(string address, Content content)
{
switch (requestNum)
{
case 1: //Get a group
Assert.AreEqual(UnitRequest.Groups("count=1", UrlFlag.Columns), address);
return(new GroupResponse(new GroupItem()));
case 2: //Are there any other groups called "Windows Infrastructure"?
Assert.AreEqual(UnitRequest.Groups("count=*&filter_name=Windows+Infrastructure", UrlFlag.Columns), address);
return(new GroupResponse(new GroupItem()));
case 3: //Get all sensors under the group "Windows Infrastructure"
Assert.AreEqual(UnitRequest.Sensors("count=*&filter_name=@sub(ping)&filter_group=Windows+Infrastructure", UrlFlag.Columns), address);
return(new SensorResponse(new SensorItem(name: "First"), new SensorItem(name: "Ping")));
case 4: //Get the child groups of "Windows Infrastructure"
Assert.AreEqual(UnitRequest.Groups("count=*&filter_parentid=2211", UrlFlag.Columns), address);
return(new GroupResponse(new GroupItem(name: "Child Group")));
case 5: //Are there any other groups called "Child Group"?
Assert.AreEqual(UnitRequest.Groups("count=*&filter_name=Child+Group", UrlFlag.Columns), address);
return(new GroupResponse(new GroupItem(name: "Child Group")));
case 6: //Get all sensors under the group "Child Group"
Assert.AreEqual(UnitRequest.Sensors("count=*&filter_name=@sub(ping)&filter_group=Child+Group", UrlFlag.Columns), address);
return(new SensorResponse(new SensorItem(name: "Second"), new SensorItem(name: "Ping"), new SensorItem(name: "Ping")));
default:
throw UnknownRequest(address);
}
}
protected override IWebResponse GetResponse(string address)
{
switch (requestNum)
{
case 1:
Assert.AreEqual(UnitRequest.Groups("count=1", UrlFlag.Columns), address);
return(new BasicResponse(standardResponse.GetResponseText(ref address)));
case 2:
Assert.AreEqual(UnitRequest.Groups("filter_objid=9999"), address);
return(new GroupResponse(new GroupItem(objid: "2000", groupnum: "0", groupnumRaw: "0", devicenum: "1", devicenumRaw: "1")));
//Tree
case 3:
Assert.AreEqual(UnitRequest.Devices("filter_parentid=2000"), address);
return(new DeviceResponse(new DeviceItem(objid: "3001"), new DeviceItem(objid: "3002")));
case 4:
Assert.AreEqual(UnitRequest.Sensors("filter_parentid=3001"), address);
return(new SensorResponse(new SensorItem(objid: "4001")));
case 5:
Assert.AreEqual(UnitRequest.Sensors("filter_parentid=3002"), address);
return(new SensorResponse(new SensorItem(objid: "4002")));
default:
throw UnknownRequest(address);
}
}
public async Task SetTriggerProperty_ChannelAsync()
{
var triggerItem = NotificationTriggerItem.ThresholdTrigger(channel: "Backup State", parentId: "4000");
var channelItem = new ChannelItem(name: "Backup State");
var response = new NotificationTriggerResponse(new[] { triggerItem }, new[] { channelItem });
var client = Initialize_Client(response);
var trigger = client.GetNotificationTriggers(4000).First(t => t.Type == TriggerType.Threshold);
await ExecuteAsync(
async c =>
{
var channel = await c.GetChannelAsync(4000, 1);
await c.SetTriggerPropertyAsync(trigger, TriggerProperty.Channel, channel);
},
new[]
{
UnitRequest.Channels(4000),
UnitRequest.ChannelProperties(4000, 1),
UnitRequest.Sensors("filter_objid=4000"),
UnitRequest.Channels(4000),
UnitRequest.ChannelProperties(4000, 1),
UnitRequest.EditSettings("id=4000&subid=7&channel_7=1")
}
);
}
protected void ExecuteUnsupportedInternal <TSource, TResult>(
Func <PrtgClient, IQueryable <TSource> > query,
Func <IQueryable <TSource>, IQueryable <TResult> > illegalAction,
string message,
Func <IQueryable <TSource>, IEnumerable <TResult> > legalAction,
string legalUrl,
Action <List <TResult> > legalValidator
)
{
AssertEx.Throws <NotSupportedException>(
() => ExecuteClient(c => illegalAction(query(c)), new string[] { }, s => s.ToList()),
message
);
var flags = UnitRequest.DefaultObjectFlags & ~UrlFlag.Count;
if (!legalUrl.Contains("count"))
{
legalUrl = "count=500" + (string.IsNullOrEmpty(legalUrl) ? legalUrl : $"&{legalUrl}");
}
var urls = new[]
{
typeof(TSource) == typeof(Log) ? UnitRequest.Logs(legalUrl, flags) : UnitRequest.Sensors(legalUrl, flags)
};
ExecuteClient(c => legalAction(query(c)), urls, s => legalValidator(s.ToList()));
}
protected void ExecuteUnsupportedNow <TResult>(
Func <IQueryable <Sensor>, TResult> illegalAction,
string message,
Func <IQueryable <Sensor>, TResult> legalAction,
string legalUrl,
Action <TResult> legalValidator
)
{
AssertEx.Throws <NotSupportedException>(
() => ExecuteClient(c => illegalAction(c.QuerySensors(true)), new string[] { }, null),
message
);
var flags = UnitRequest.DefaultObjectFlags & ~UrlFlag.Count;
if (!legalUrl.Contains("count"))
{
legalUrl = "count=500" + (string.IsNullOrEmpty(legalUrl) ? legalUrl : $"&{legalUrl}");
}
var urls = new[]
{
UnitRequest.Sensors(legalUrl, flags)
};
ExecuteClient(c => legalAction(c.QuerySensors(true)), urls, legalValidator);
}
public void Query_Where_Intermediate_NewSensor_ToWhere()
{
ExecuteClient(c => c.QuerySensors().Where(s => new Sensor
{
Message = s.Name
}.Message == "test").Where(s => s.Id == 4000), new[] { UnitRequest.Sensors("count=500&filter_name=test&filter_objid=4000", UrlFlag.Columns) }, s => s.ToList());
}
public void Query_Where_Sensors_MatchAnyDevices()
{
var urls = new List <string>
{
UnitRequest.Sensors("count=500", UrlFlag.Columns)
};
var filters = new[]
{
"filter_objid=3000",
"filter_objid=3001",
"filter_objid=3002"
};
urls.AddRange(filters.SelectMany(f => new[]
{
UnitRequest.Devices($"count=500&{f}", UrlFlag.Columns)
}
));
var client = GetClient(urls.ToArray());
var sensors = client.Item1.QuerySensors().Where(s => client.Item1.QueryDevices().Any(d => d.Id == s.Id - 1000)).ToList();
Assert.AreEqual(3, sensors.Count);
client.Item2.AssertFinished();
}
private void StreamSerial(SensorParameters parameters, string[] address, bool requestCount = false, int?count = null)
{
var url = new List <string>();
if (requestCount)
{
url.Add(UnitRequest.SensorCount);
}
url.AddRange(address.Select(a => UnitRequest.Sensors(a, UrlFlag.Columns)));
Dictionary <Content, int> countOverride = null;
if (count != null)
{
countOverride = new Dictionary <Content, int>();
countOverride[Content.Sensors] = count.Value;
}
Execute(
c => c.StreamSensors(parameters, true).ToList(),
url.ToArray(),
countOverride
);
}
protected override IWebResponse GetResponse(string address, Content content)
{
switch (requestNum)
{
case 1: //Get a group
Assert.AreEqual(UnitRequest.Groups("count=1", UrlFlag.Columns), address);
return(new GroupResponse(new GroupItem(objid: "2000")));
case 2: //Are there any other groups called "Windows Infrastructure"?
Assert.AreEqual(UnitRequest.Groups("count=*&filter_name=Windows+Infrastructure", UrlFlag.Columns), address);
return(new GroupResponse(new GroupItem(objid: "2000"), new GroupItem(objid: "2050")));
case 3: //Get all devices under the group "Windows Infrastructure" that we're piping from
Assert.AreEqual(UnitRequest.Devices("count=*&filter_parentid=2000", UrlFlag.Columns), address);
return(new DeviceResponse(new DeviceItem(name: "Device1", objid: "3000"), new DeviceItem(name: "Device2", objid: "3001")));
case 4: //Get all sensors from the child devices
Assert.AreEqual(UnitRequest.Sensors("count=*&filter_name=@sub(ping)&filter_parentid=3000&filter_parentid=3001", UrlFlag.Columns), address);
return(new SensorResponse(new SensorItem(name: "Ping", objid: "4000"), new SensorItem(name: "Pong2", objid: "4001")));
case 5: //Get all child groups under "Windows Infrastructure
Assert.AreEqual(UnitRequest.Groups("count=*&filter_parentid=2000", UrlFlag.Columns), address);
return(new GroupResponse(new GroupItem(name: "Child Group", objid: "2001", totalsens: "0")));
default:
throw UnknownRequest(address);
}
}
public void Query_Where_Intermediate_NewSensor_Select_FromSource()
{
ExecuteClient(c => c.QuerySensors().Where(s => new Sensor
{
Message = s.Name
}.Message == "test").Select(s => s.Name), new[] { UnitRequest.Sensors("columns=name&count=500&filter_name=test", null) }, s => s.ToList());
}
protected override IWebResponse GetResponse(string address)
{
switch (requestNum)
{
case 1:
Assert.AreEqual(address, UnitRequest.Objects("filter_objid=1001"));
return(new ProbeResponse(new ProbeItem(objid: "1001", name: "Local Probe")));
case 2:
Assert.AreEqual(address, UnitRequest.Probes("filter_objid=1001&filter_parentid=0"));
return(new ProbeResponse(new ProbeItem(objid: "1001", name: "Local Probe")));
//Probe -> Devices
case 3:
Assert.AreEqual(address, UnitRequest.Devices("filter_parentid=1001"));
return(new DeviceResponse(
new DeviceItem(objid: "3001", name: "dc-1", position: "10", positionRaw: "10"),
new DeviceItem(objid: "3002", name: "dc-2", position: "20", positionRaw: "20")
));
//Probe -> Groups
case 4:
Assert.AreEqual(address, UnitRequest.Groups("filter_parentid=1001"));
return(new GroupResponse(new GroupItem(objid: "2001", name: "Servers", position: "30", positionRaw: "30")));
//Probe -> Triggers
case 5:
Assert.AreEqual(address, UnitRequest.Triggers(1001));
return(new NotificationTriggerResponse(
NotificationTriggerItem.StateTrigger(onNotificationAction: "300|Trigger1", parentId: "1001"),
NotificationTriggerItem.StateTrigger(onNotificationAction: "301|Trigger2", parentId: "1001"),
NotificationTriggerItem.StateTrigger(onNotificationAction: "302|Trigger3", parentId: "1001")
));
//Probe -> Devices -> Sensors
case 6:
Assert.AreEqual(address, UnitRequest.Sensors("filter_parentid=3001"));
return(new SensorResponse(
new SensorItem(name: "Sensor2", objid: "4002", position: "20", positionRaw: "20"),
new SensorItem(name: "Sensor1", objid: "4001", position: "10", positionRaw: "10")
));
case 7:
Assert.AreEqual(address, UnitRequest.Sensors("filter_parentid=3002"));
return(new SensorResponse());
//Probe -> Groups -> Devices
case 8:
Assert.AreEqual(address, UnitRequest.Devices("filter_parentid=2001"));
return(new DeviceResponse());
//Probe -> Groups -> Groups
case 9:
Assert.AreEqual(address, UnitRequest.Groups("filter_parentid=2001"));
return(new GroupResponse());
default:
throw UnknownRequest(address);
}
}
public void Tree_Lazy_Child_ResolvesOnlyOnce()
{
var client = BaseTest.Initialize_Client(new TreeRequestResponse(TreeRequestScenario.MultiLevelContainer));
var validator = new EventValidator(client, new[]
{
//Get Object
UnitRequest.Objects("filter_objid=1001"),
//Get Probe
UnitRequest.Probes("filter_objid=1001&filter_parentid=0"),
//Probe -> Devices/Groups
UnitRequest.Devices("filter_parentid=1001"),
UnitRequest.Groups("filter_parentid=1001"),
//Probe -> Device -> Sensors
UnitRequest.Sensors("filter_parentid=3001")
});
validator.MoveNext(2);
var tree = client.GetTreeLazy(1001);
validator.MoveNext(2);
var child = tree.Children[0];
var childAgain = tree.Children[0];
validator.MoveNext();
var grandChild = child.Children[0];
var grandChildAgain = child.Children[0];
}
private Tuple <PrtgClient, AddressValidatorResponse> GetUntilMatchedClient(int pageSize = 500)
{
var items = new List <BaseItem>();
items.AddRange(GetPage("Yes", pageSize));
items.AddRange(GetPage("YeNo", pageSize));
items.AddRange(GetPage("YeNo", pageSize));
items.AddRange(GetPage("Yes", pageSize));
items.AddRange(GetPage("YeNo", pageSize));
items.AddRange(GetPage("Yes", pageSize));
var urls = new object[]
{
UnitRequest.Sensors($"count={pageSize}&filter_name=@sub(Ye)", UrlFlag.Columns), //Yes
UnitRequest.Sensors($"count={pageSize}&filter_name=@sub(Ye)&start={pageSize * 1}", UrlFlag.Columns), //YeNo
UnitRequest.Sensors($"count={pageSize}&filter_name=@sub(Ye)&start={pageSize * 2}", UrlFlag.Columns), //YeNo
UnitRequest.Sensors($"count={pageSize}&filter_name=@sub(Ye)&start={pageSize * 3}", UrlFlag.Columns) //Yes
};
#pragma warning disable 618
var response = new AddressValidatorResponse(urls)
{
ItemOverride = new Dictionary <Content, BaseItem[]>
{
[Content.Sensors] = items.ToArray()
}
};
#pragma warning restore 618
var client = Initialize_Client(response);
return(Tuple.Create(client, response));
}
public void Query_Select_NewSensor_Where_FromNothing()
{
ExecuteClient(c => c.QuerySensors().Select(s => new Sensor
{
Id = s.ParentId,
Message = "hello"
}.Message).Where(v => v == "test"), new[] { UnitRequest.Sensors("count=500", UrlFlag.Columns) }, s => s.ToList());
}
public void Query_Where_Operators_Fake_EndsWith_Take()
{
ExecuteClient(
c => c.QuerySensors(s => s.Name.EndsWith("0")).Take(2),
new[] { UnitRequest.Sensors("count=500&filter_name=@sub(0)", UrlFlag.Columns) },
s => Assert.AreEqual(1, s.Count())
);
}
public void Query_Select_NewSensor_Where_FromOperation()
{
ExecuteClient(c => c.QuerySensors().Select(s => new Sensor
{
Id = s.ParentId,
Message = s.Name + s.Type
}.Message).Where(v => v == "test"), new[] { UnitRequest.Sensors("columns=name,type&count=500", null) }, s => s.ToList());
}
public void Query_Where_SplitRequests_OmitsId_WithSingleRequest()
{
ExecuteClient(
c => c.QuerySensors(s => s.Name == "Ping").Select(s => s.Name),
new[] { UnitRequest.Sensors("columns=name&count=500&filter_name=Ping", null) },
s => s.ToList()
);
}
public void Query_Select_NewSensor_WhereInternalProperty_FromSource()
{
ExecuteClient(c => c.QuerySensors().Select(s => new Sensor
{
Id = s.ParentId,
Message = s.Name
}.Message).Where(v => v == "test"), new[] { UnitRequest.Sensors("columns=name&count=500&filter_name=test", null) }, s => s.ToList());
}
public void Query_Where_AsEnumerable_EnumerableMethod_AsQueryable()
{
ExecuteClient(
c => c.QuerySensors().Where(s => s.Id == 4000).AsEnumerable().Where(s => s.Name == "Volume IO _Total0").AsQueryable(),
new[] { UnitRequest.Sensors("count=500&filter_objid=4000", UrlFlag.Columns) },
s => Assert.AreEqual(1, s.Count())
);
}
protected void ExecuteQuery(Func <IQueryable <Sensor>, IQueryable <Sensor> > func, string[] filters,
Action <List <Sensor> > validator)
{
Func <string, string> getDelim = f => f != string.Empty ? "&" : "";
var urls = filters.Select(f => UnitRequest.Sensors($"count=500{getDelim(f)}{f}", UrlFlag.Columns)).ToArray();
Execute(func, urls, validator);
}
public void AddNotificationTrigger_TriggerChannel_StandardTriggerChannel_OnSensor()
{
var urls = new[]
{
UnitRequest.TriggerTypes(1001), //Validate Supported Triggers
UnitRequest.Sensors("filter_objid=1001") //Validate TriggerChannel target compatibility
};
AssertEx.Throws <InvalidOperationException>(() => TestTriggerChannel(TriggerChannel.Total, urls, true), "Channel 'Total' is not a valid value");
}
public void AddNotificationTrigger_TriggerChannel_InvalidChannelId_OnContainer()
{
var urls = new[]
{
UnitRequest.TriggerTypes(1001), //Validate Supported Triggers
UnitRequest.Sensors("filter_objid=1001") //Validate TriggerChannel target compatibility
};
AssertEx.Throws <InvalidOperationException>(() => TestTriggerChannel(new TriggerChannel(99), urls, false), "Channel ID '99' is not a valid channel");
}
public void Query_Skip_FromWhere()
{
ExecuteClient(
c => c.QuerySensors().Where(s => s.Name.Contains("Volume")).Skip(1).ToList(),
new[] {
UnitRequest.Sensors("count=0&filter_name=@sub(Volume)", null),
UnitRequest.Sensors("count=2&filter_name=@sub(Volume)&start=1", UrlFlag.Columns)
},
s => Assert.AreEqual(2, s.Count)
);
}
public void AddNotificationTrigger_TriggerChannel_StandardTriggerChannel_OnContainer()
{
var urls = new[]
{
UnitRequest.TriggerTypes(1001), //Validate Supported Triggers
UnitRequest.Sensors("filter_objid=1001"), //Validate TriggerChannel target compatibility
UnitRequest.EditSettings("id=1001&subid=new&onnotificationid_new=-1%7CNone&class=threshold&offnotificationid_new=-1%7CNone&channel_new=-1&condition_new=0&threshold_new=0&latency_new=60&objecttype=nodetrigger") //Add Trigger
};
TestTriggerChannel(TriggerChannel.Total, urls, false);
}
public void AddNotificationTrigger_TriggerChannel_ChannelId_OnSensor()
{
var urls = new[]
{
UnitRequest.TriggerTypes(1001), //Validate Supported Triggers
UnitRequest.Sensors("filter_objid=1001"), //Validate TriggerChannel target compatibility
UnitRequest.ChannelProperties(1001, 3),
UnitRequest.EditSettings("id=1001&subid=new&onnotificationid_new=-1%7CNone&class=threshold&offnotificationid_new=-1%7CNone&channel_new=3&condition_new=0&threshold_new=0&latency_new=60&objecttype=nodetrigger") //Add Trigger
};
TestTriggerChannel(new TriggerChannel(3), urls, true);
}
protected override IWebResponse GetResponse(string address, Content content)
{
switch (requestNum)
{
case 1:
Assert.AreEqual(UnitRequest.Sensors("count=2", UrlFlag.Columns), address);
return(new SensorResponse(new SensorItem(), new SensorItem(), new SensorItem()));
default:
throw UnknownRequest(address);
}
}
public void Query_Where_SplitRequests_IncludesId_WithMultipleRequests()
{
ExecuteClient(
c => c.QuerySensors(s => s.Name == "Ping" || s.Device == "dc-1").Select(s => s.Name),
new[]
{
UnitRequest.Sensors("columns=objid,name,device&count=500&filter_name=Ping", null),
UnitRequest.Sensors("columns=objid,name,device&count=500&filter_device=dc-1", null)
},
s => s.ToList()
);
}
protected void ExecuteSkip <TResult>(Func <IQueryable <Sensor>, TResult> func, string[] url, Action <TResult> validator, UrlFlag flags = UrlFlag.Columns | UrlFlag.Count, int count = 3)
{
var list = new List <string>();
list.Add(UnitRequest.SensorCount);
list.AddRange(url.Select(f => UnitRequest.Sensors(f, flags)));
var client = GetClient(list.ToArray(), count);
var result = func(client.Item1.QuerySensors());
validator(result);
client.Item2.AssertFinished();
}
public void AddNotificationTrigger_TriggerChannel_Channel_WithStandardTriggerChannelName_OnContainer()
{
var urls = new[]
{
UnitRequest.TriggerTypes(1001), //Validate Supported Triggers
UnitRequest.Sensors("filter_objid=1001") //Validate TriggerChannel target compatibility
};
var channel = new Channel
{
Name = "Total"
};
AssertEx.Throws <InvalidOperationException>(() => TestTriggerChannel(channel, urls, false), "Channel 'Total' of type 'Channel' is not a valid channel");
}
public void Query_Skip_All_WithCount()
{
var parameters = new SensorParameters
{
Start = 3
};
ExecuteClient(
c => c.StreamSensors(parameters, true),
new[] {
UnitRequest.SensorCount,
UnitRequest.Sensors("count=0&start=3", UrlFlag.Columns)
},
s => s.ToList()
);
}