internal XDocument ExecuteRequest(XmlFunction function, Parameters.Parameters parameters)
{
var url = new PrtgUrl(prtgClient.Server, prtgClient.UserName, prtgClient.PassHash, function, parameters);
var response = ExecuteRequest(url);
return(XDocument.Parse(XDocumentHelpers.SanitizeXml(response)));
}
internal async Task <XDocument> ExecuteRequestAsync(XmlFunction function, Parameters.Parameters parameters)
{
var url = new PrtgUrl(prtgClient.Server, prtgClient.UserName, prtgClient.PassHash, function, parameters);
var response = await ExecuteRequestAsync(url).ConfigureAwait(false);
return(XDocument.Parse(XDocumentHelpers.SanitizeXml(response)));
}
public void PrtgClient_ParsesInvalidXml()
{
var xml = "<prtg\0>value!</prtg>";
var xDoc = XDocumentHelpers.SanitizeXml(xml);
Assert.AreEqual("value!", xDoc.Element("prtg").Value);
}
public void CreateElementTest()
{
const string Name = "name";
const string NamepaceName = "namespaceName";
XElement element = XDocumentHelpers.CreateElement("name", "namespaceName");
CheckName(element, Name, NamepaceName);
}
internal async Task <XDocument> ExecuteRequestAsync(IXmlParameters parameters, Action <string> responseValidator = null, Func <HttpResponseMessage, Task <string> > responseParser = null)
{
var url = GetPrtgUrl(parameters);
var response = await ExecuteRequestAsync(url, responseParser).ConfigureAwait(false);
responseValidator?.Invoke(response);
return(XDocumentHelpers.SanitizeXml(response));
}
internal XDocument ExecuteRequest(IXmlParameters parameters, Action <string> responseValidator = null, Func <HttpResponseMessage, string> responseParser = null)
{
var url = GetPrtgUrl(parameters);
var response = ExecuteRequest(url, responseParser);
responseValidator?.Invoke(response);
return(XDocumentHelpers.SanitizeXml(response));
}
internal async Task <XDocument> ExecuteRequestAsync(XmlFunction function, Parameters.Parameters parameters, Action <string> responseValidator = null)
{
var url = GetPrtgUrl(function, parameters);
var response = await ExecuteRequestAsync(url).ConfigureAwait(false);
responseValidator?.Invoke(response);
return(XDocumentHelpers.SanitizeXml(response));
}
internal XDocument ExecuteRequest(XmlFunction function, Parameters.Parameters parameters, Action <string> responseValidator = null)
{
var url = GetPrtgUrl(function, parameters);
var response = ExecuteRequest(url);
responseValidator?.Invoke(response);
return(XDocumentHelpers.SanitizeXml(response));
}
public void CreateElementWithContentTest()
{
const string Name = "name";
const string NamepaceName = "namespaceName";
var content = new XText("content");
XElement element = XDocumentHelpers.CreateElement("name", "namespaceName", content);
CheckName(element, Name, NamepaceName);
List <XNode> nodes = element.Nodes().ToList();
Assert.AreEqual(1, nodes.Count);
Assert.AreEqual(content, nodes.Single());
}
