private static async Task <string> RequestAsync(HttpRequestMessage request, RequestVersion requestVersion)
{
var shortUrl = request.RequestUri.OriginalString; //get FULL url
request.RequestUri = new Uri(GetFullUrl(shortUrl, requestVersion));
logger.InfoStartRequest(request); //logging
request.Headers.Add("User-Agent", AppName + " %40" + DevName); //%40 - @
if (IsAuthorized)
{
if (AutoRefreshToken && IsTokenExpired)
{
await RefreshTokenAsync().ConfigureAwait(false);
}
request.Headers.Add("Authorization", "Bearer " + OAuth2Token.AccessToken);
}
HttpResponseMessage response;
using (client = new HttpClient())
{
response = await client.SendAsync(request).ConfigureAwait(false);
}
if (response.IsSuccessStatusCode)
{
logger.InfoDoneRequest(request); //logging
return(await response.Content.ReadAsStringAsync().ConfigureAwait(false));
}
logger.WarnNotOkResponse(request, response); //logging
return(null);
}
private async Task AddSensorAsync(RequestVersion version)
{
var builder = new StringBuilder();
builder.Append("https://prtg.example.com/addsensor5.htm?name_=XML+Custom+EXE%2FScript+Sensor&priority_=3&inherittriggers_=1&intervalgroup=1&interval_=60%7C60+seconds");
builder.Append("&errorintervalsdown_=1&tags_=xmlexesensor&exefile_=test.ps1%7Ctest.ps1%7C%7C&exeparams_=&environment_=0");
builder.Append("&usewindowsauthentication_=0&mutexname_=&timeout_=60&writeresult_=0&sensortype=exexml&id=1001&");
var auth = version == RequestVersion.v18_1 ? "tmpid=2" : "username=username&passhash=12345678";
builder.Append(auth);
var urls = new List <string>
{
////We don't request status since we already injected our version
UnitRequest.BeginAddSensorQuery(1001, "exexml"),
builder.ToString()
};
if (version == RequestVersion.v18_1)
{
urls.Add(UnitRequest.AddSensorProgress(1001, 2, true));
}
var parameters = new ExeXmlSensorParameters("test.ps1");
await ExecuteAsync(
async c => await c.AddSensorAsync(1001, parameters, false),
urls.ToArray(),
version : version
);
}
internal static PrtgClient Initialize_Client(IWebResponse response, RequestVersion version)
{
var client = Initialize_Client(response);
SetVersion(client, version);
return(client);
}
internal VersionClient GetVersionClient(RequestVersion version)
{
switch (version)
{
case RequestVersion.v18_1:
return(new VersionClient18_1(this));
case RequestVersion.v17_4:
return(new VersionClient17_4(this));
default:
return(new VersionClient(version, this));
}
}
internal VersionClient GetVersionClient()
{
RequestVersion max = RequestVersion.v14_4;
foreach (var pair in VersionMap.Map)
{
if (Version >= pair.Value)
{
max = pair.Key;
}
}
return(GetVersionClient(max));
}
internal static async Task <T> PutAsync <T>(string url, string args = null, RequestVersion requestVersion = RequestVersion.API_V1)
{
var httpRequestMessage = new HttpRequestMessage(HttpMethod.Put, url);
if (args != null)
{
httpRequestMessage.Content = new StringContent(args, Encoding.UTF8, "application/json");
}
//httpRequestMessage.Headers.Add("Content-Type", "application/json"); (need?)
var response = await RequestAsync(httpRequestMessage, requestVersion).ConfigureAwait(false);
return(HandleResponse <T>(response, "PutAsync", url, args));
}
private async Task AddSensorWithExcessiveItemsAsync(RequestVersion version)
{
var servicesClient = Initialize_Client(new WmiServiceTargetResponse());
var services = await servicesClient.Targets.GetWmiServicesAsync(1001);
Assert.IsTrue(services.Count > 30);
var client = GetAddExcessiveSensorClient(services, version);
var parameters = new WmiServiceSensorParameters(services);
await client.Item1.AddSensorAsync(1001, parameters, false);
client.Item2.AssertFinished();
}
private static string GetFullUrl(string shortUrl, RequestVersion requestVersion)
{
switch (requestVersion)
{
case RequestVersion.API_V1:
return(API_DOMAIN + shortUrl);
case RequestVersion.API_V2:
return(API_DOMAIN + "/v2" + shortUrl);
case RequestVersion.SITE:
return(SITE_DOMAIN + shortUrl);
default:
return(null);
}
}
public void ParseFirstLine()
{
if (this.FirstHeader.Length == 0)
{
throw new HttpHeaderException("HTTP Header is empty");
}
String lHeaderLine = this.FirstHeader;
var lRequestHeaderValues = lHeaderLine.Split(" ");
if (lRequestHeaderValues.Count < 3)
{
throw new HttpHeaderException("Invalid HTTP Header Line \"" + lHeaderLine + "\"");
}
if (lHeaderLine.StartsWith("HTTP/"))
{
// HTTP Response
try
{
//this.HttpCode = (HttpStatusCode)Enum.Parse(typeof(HttpStatusCode), lRequestHeaderValues[1], true);
this.HttpCode = (HttpStatusCode)Convert.ToInt32(lRequestHeaderValues[1]);
}
catch (ArgumentException)
{
this.HttpCode = HttpStatusCode.OK;
}
}
else
{
// HTTP Request
this.RequestType = lRequestHeaderValues[0];
this.RequestPath = lRequestHeaderValues[1];
this.RequestVersion = lRequestHeaderValues[2];
if (this.RequestVersion.StartsWith("HTTP/"))
{
this.RequestVersion = RequestVersion.Substring(5);
}
}
}
private static void SetVersion(PrtgClient client, RequestVersion version)
{
var f = client.GetInternalFieldInfo("version");
f.SetValue(client, new Version(version.ToString().TrimStart('v').Replace('_', '.')));
}
internal VersionClient(RequestVersion version, PrtgClient client)
{
Version = version;
this.client = client;
}
/// <summary>
/// Initializes a new instance of the <see cref="VersionAttribute"/> class.
/// </summary>
/// <param name="version">The PRTG version this attribute pertains to.</param>
internal VersionAttribute(string version)
{
Version = version.ToEnum <RequestVersion>();
}
internal static async Task <T> DeleteAsync <T>(string url, RequestVersion requestVersion = RequestVersion.API_V1)
{
var response = await RequestAsync(new HttpRequestMessage(HttpMethod.Delete, url), requestVersion).ConfigureAwait(false);
return(HandleResponse <T>(response, "DeleteAsync", url));
}
private Tuple <PrtgClient, AddressValidatorResponse> GetAddExcessiveSensorClient(List <WmiServiceTarget> services, RequestVersion version)
{
var formats = services.Select(s => "service__check=" + WebUtility.UrlEncode(((ISerializable)s).GetSerializedFormat())).ToList();
var urls = new List <string>();
//We don't request status since we already injected our version
urls.Add(UnitRequest.BeginAddSensorQuery(1001, "wmiservice"));
for (int i = 0; i < formats.Count; i += 30)
{
var thisRequest = formats.Skip(i).Take(30);
var str = string.Join("&", thisRequest);
var auth = version == RequestVersion.v18_1 ? "tmpid=2" : "username=username&passhash=12345678";
var url = $"https://prtg.example.com/addsensor5.htm?name_=Service&priority_=3&inherittriggers_=1&intervalgroup=1&interval_=60%7C60+seconds&errorintervalsdown_=1&tags_=wmiservicesensor+servicesensor&restart_=0&monitorchange_=1&monitorextended_=0&service_=1&sensortype=wmiservice&{str}&id=1001&{auth}";
urls.Add(url);
if (i == 0 && version == RequestVersion.v18_1)
{
urls.Add(UnitRequest.AddSensorProgress(1001, 2, true));
}
}
#pragma warning disable 618
var response = new AddressValidatorResponse(urls.ToArray(), true);
var client = Initialize_Client(response, version);
#pragma warning restore 618
return(Tuple.Create(client, response));
}
internal VersionClient17_4(RequestVersion version, PrtgClient client) : base(version, client)
{
}
private void SetChannelProperty(Tuple <ChannelProperty, object, int?[][]> config, RequestVersion version, string[] addresses)
{
var property = config.Item1;
var val = config.Item2;
var matrix = config.Item3;
var channels = matrix.Select(CreateChannel).ToList();
var client = Initialize_Client(new AddressValidatorResponse(addresses.Select(a => $"https://prtg.example.com/editsettings?{a}&username=username&passhash=12345678").ToArray(), true));
SetVersion(client, version);
client.GetVersionClient(new object[] { property }).SetChannelProperty(channels.Select(c => c.SensorId).ToArray(), 2, channels, new [] { new ChannelParameter(property, val) });
}
/// <summary>
/// Initializes a new instance of the <see cref="VersionAttribute"/> class.
/// </summary>
/// <param name="version">The PRTG version this attribute pertains to.</param>
internal VersionAttribute(RequestVersion version)
{
Version = version;
}
public static ESPPacket getPacket(PacketId _id)
{
ESPPacket rc = null;
if (_id != null)
{
switch (_id)
{
//basic data
case PacketId.reqVersion:
rc = new RequestVersion(Devices.UNKNOWN, Devices.UNKNOWN);
break;
case PacketId.respVersion:
rc = new ResponseVersion(Devices.UNKNOWN);
break;
case PacketId.reqSerialNumber:
rc = new RequestSerialNumber(Devices.UNKNOWN, Devices.UNKNOWN);
break;
case PacketId.respSerialNumber:
rc = new ResponseSerialNumber(Devices.UNKNOWN);
break;
case PacketId.reqUserBytes:
rc = new RequestUserBytes(Devices.UNKNOWN);
break;
case PacketId.respUserBytes:
rc = new ResponseUserBytes(Devices.UNKNOWN);
break;
case PacketId.reqWriteUserBytes:
rc = new RequestWriteUserBytes(null, Devices.UNKNOWN);
break;
case PacketId.reqFactoryDefault:
rc = new RequestFactoryDefault(Devices.UNKNOWN, Devices.UNKNOWN);
break;
case PacketId.reqDefaultSweepDefinitions:
rc = new RequestDefaultSweepDefinitions(Devices.UNKNOWN);
break;
case PacketId.respDefaultSweepDefinition:
rc = new ResponseDefaultSweepDefinitions(Devices.UNKNOWN);
break;
//custom sweep data
case PacketId.reqWriteSweepDefinition:
rc = new RequestWriteSweepDefinition(null, Devices.UNKNOWN);
break;
case PacketId.reqAllSweepDefinitions:
rc = new RequestAllSweepDefinitions(Devices.UNKNOWN);
break;
case PacketId.respSweepDefinition:
rc = new ResponseSweepDefinitions(Devices.UNKNOWN);
break;
case PacketId.reqSetSweepsToDefault:
rc = new RequestSetSweepsToDefault(Devices.UNKNOWN);
break;
case PacketId.reqMaxSweepIndex:
rc = new RequestMaxSweepIndex(Devices.UNKNOWN);
break;
case PacketId.respMaxSweepIndex:
rc = new ResponseMaxSweepIndex(Devices.UNKNOWN);
break;
case PacketId.respSweepWriteResult:
rc = new ResponseSweepWriteResult(Devices.UNKNOWN);
break;
case PacketId.reqSweepSections:
rc = new RequestSweepSections(Devices.UNKNOWN);
break;
case PacketId.respSweepSections:
rc = new ResponseSweepSections(Devices.UNKNOWN);
break;
//informational packets
case PacketId.infDisplayData:
rc = new InfDisplayData(Devices.UNKNOWN);
break;
case PacketId.reqTurnOffMainDisplay:
rc = new RequestTurnOffMainDisplay(Devices.UNKNOWN);
break;
case PacketId.reqTurnOnMainDisplay:
rc = new RequestTurnOnMainDisplay(Devices.UNKNOWN);
break;
case PacketId.reqMuteOn:
rc = new RequestMuteOn(Devices.UNKNOWN);
break;
case PacketId.reqMuteOff:
rc = new RequestMuteOff(Devices.UNKNOWN);
break;
case PacketId.reqChangeMode:
rc = new RequestChangeMode((byte)0, Devices.UNKNOWN);
break;
case PacketId.reqStartAlertData:
rc = new RequestStartAlertData(Devices.UNKNOWN);
break;
case PacketId.reqStopAlertData:
rc = new RequestStopAlertData(Devices.UNKNOWN);
break;
case PacketId.respAlertData:
rc = new ResponseAlertData(Devices.UNKNOWN);
break;
case PacketId.respDataReceived:
rc = new ResponseDataReceived(Devices.UNKNOWN);
break;
case PacketId.reqBatteryVoltage:
rc = new RequestBatteryVoltage(Devices.UNKNOWN);
break;
case PacketId.respBatteryVoltage:
rc = new ResponseBatteryVoltage(Devices.UNKNOWN);
break;
//unspported and error
case PacketId.respUnsupportedPacket:
rc = new ResponseUnsupported(Devices.UNKNOWN);
break;
case PacketId.respRequestNotProcessed:
rc = new ResponseRequestNotProcessed(Devices.UNKNOWN);
break;
case PacketId.infV1Busy:
rc = new InfV1Busy(Devices.UNKNOWN);
break;
case PacketId.respDataError:
rc = new ResponseDataError(Devices.UNKNOWN);
break;
//Savvy
case PacketId.reqSavvyStatus:
rc = new RequestSavvyStatus(Devices.UNKNOWN, Devices.UNKNOWN);
break;
case PacketId.respSavvyStatus:
rc = new ResponseSavvyStatus(Devices.UNKNOWN);
break;
case PacketId.reqVehicleSpeed:
rc = new RequestVehicleSpeed(Devices.UNKNOWN, Devices.UNKNOWN);
break;
case PacketId.respVehicleSpeed:
rc = new ResponseVehicleSpeed(Devices.UNKNOWN);
break;
case PacketId.reqOverrideThumbwheel:
rc = new RequestOverrideThumbwheel(Devices.UNKNOWN, (byte)0, Devices.UNKNOWN);
break;
case PacketId.reqSetSavvyUnmuteEnable:
rc = new RequestSetSavvyUnmute(Devices.UNKNOWN, false, Devices.UNKNOWN);
break;
default:
rc = new UnknownPacket(Devices.UNKNOWN);
break;
}
}
return(rc);
}