private JObject ParseModeScriptCallback(MethodCall call)
{
XmlRpcArray dataArr = (XmlRpcArray)call.Arguments[1];
XmlRpcString dataStr = (XmlRpcString)dataArr.Values[0];
return(JObject.Parse(dataStr.Value));
}
private void WriteArray( XmlRpcArray v )
{
WriteStartElement( "array" );
WriteStartElement( "data" );
foreach( object entry in v ) {
WriteValue( entry );
}
WriteEndElement(); // data
WriteEndElement(); // array
}
public void ToXmlRpcArray_Returns_XmlRpcArray_of_Integers_From_Int_Array()
{
int[] arr = new int[] { 1, 2, 3 };
XmlRpcArray result = XmlRpcTypes.ToXmlRpcArray(arr);
XmlRpcArray expected = new XmlRpcArray(new XmlRpcBaseType[] {
new XmlRpcInteger(1),
new XmlRpcInteger(2),
new XmlRpcInteger(3)
});
Assert.Equal(expected, result);
}
protected XmlRpcParameterArray CreateLoginParameters(Credential credential, Slurl slurl, bool getInventoryLibrary, bool godMode)
{
XmlRpcArray options = new XmlRpcArray();
options.Append(new XmlRpcString("inventory-root"));
options.Append(new XmlRpcString("inventory-skeleton"));
//options.Append(new XmlRpcString("inventory-meat"));
//options.Append(new XmlRpcString("inventory-skel-targets"));
if (getInventoryLibrary == true)
{
options.Append(new XmlRpcString("inventory-lib-root"));
options.Append(new XmlRpcString("inventory-lib-owner"));
options.Append(new XmlRpcString("inventory-skel-lib"));
//options.Append(new XmlRpcString("inventory-meat-lib"));
}
options.Append(new XmlRpcString("initial-outfit"));
options.Append(new XmlRpcString("gestures"));
options.Append(new XmlRpcString("display_names"));
options.Append(new XmlRpcString("event_categories"));
options.Append(new XmlRpcString("event_notifications"));
options.Append(new XmlRpcString("classified_categories"));
options.Append(new XmlRpcString("adult_compliant"));
options.Append(new XmlRpcString("buddy-list"));
options.Append(new XmlRpcString("newuser-config"));
options.Append(new XmlRpcString("ui-config"));
//send this info to login.cgi for stats gathering
//since viewerstats isn't reliable enough
options.Append(new XmlRpcString("advanced-mode"));
options.Append(new XmlRpcString("max-agent-groups"));
options.Append(new XmlRpcString("map-server-url"));
options.Append(new XmlRpcString("voice-config"));
options.Append(new XmlRpcString("tutorial_setting"));
options.Append(new XmlRpcString("login-flags"));
options.Append(new XmlRpcString("global-textures"));
if (godMode == true)
{
options.Append(new XmlRpcString("UseDebugMenus"));
options.Append(new XmlRpcString("god-connect"));
}
XmlRpcStruct data = new XmlRpcStruct();
data["start"] = new XmlRpcString(slurl.GetLoginString());
data["agree_to_tos"] = new XmlRpcBoolean(false);
data["read_critical"] = new XmlRpcBoolean(false);
data["last_exec_event"] = new XmlRpcInteger(LastExecEvent);
data["last_exec_duration"] = new XmlRpcInteger(LastExecDuration);
data["mac"] = new XmlRpcString(MachineId);
data["version"] = new XmlRpcString(ViewerVersion);
data["channel"] = new XmlRpcString(ViewerChannel);
data["platform"] = new XmlRpcString(Platform);
data["address_size"] = new XmlRpcInteger(ADDRESS_SIZE);
data["platform_version"] = new XmlRpcString(PlatformVersion);
data["platform_string"] = new XmlRpcString(PlatformVersionName);
data["id0"] = new XmlRpcString(SerialNumber);
data["host_id"] = new XmlRpcString(HostId);
data["extended_errors"] = new XmlRpcBoolean(true);
data["passwd"] = new XmlRpcString(credential.Secret);
data["first"] = new XmlRpcString(credential.First);
data["last"] = new XmlRpcString(credential.Last);
data["options"] = options;
XmlRpcParameterArray parameters = new XmlRpcParameterArray();
parameters.Append(data);
return(parameters);
}
/// <summary>
/// Call multiple methods without multiple round-trip times.
/// </summary>
/// <param name="multicall">MultiCall object containing the calls to perform.</param>
/// <returns>An array of results for each call.</returns>
public async Task <object[]> MultiCallAsync(MultiCall multicall)
{
List <XmlRpcBaseType> calls = new();
// build the call
foreach (var call in multicall.MethodCalls)
{
string methodName = call.MethodName;
if (methodName.EndsWith("Async"))
{
methodName = methodName.Substring(0, methodName.Length - 5);
}
XmlRpcBaseType[] args = MethodArgs(call.Arguments);
XmlRpcStruct callStruct = new(new Struct()
{
{ "methodName", new XmlRpcString(methodName) },
{ "params", new XmlRpcArray(args) }
});
calls.Add(callStruct);
}
// run the call
XmlRpcArray multicallArgs = new(calls.ToArray());
var msg = await CallAsync("system.multicall", multicallArgs);
if (msg.IsFault)
{
logger.Error("Multicall failed with reason: {message}", (XmlRpcFault)msg.ResponseData);
throw new XmlRpcFaultException((XmlRpcFault)msg.ResponseData);
}
// convert response to native values, should always be array if no error
XmlRpcArray results = (XmlRpcArray)msg.ResponseData;
object[] converted = new object[results.Values.Length];
for (int i = 0; i < converted.Length; i++)
{
if (results.Values[i] is XmlRpcStruct)
{
// if struct we have a fault instead
XmlRpcStruct faultStruct = (XmlRpcStruct)results.Values[i];
converted[i] = new XmlRpcFault(
((XmlRpcInteger)faultStruct.Fields["faultCode"]).Value,
((XmlRpcString)faultStruct.Fields["faultString"]).Value
);
}
else
{
// else normal resutl
XmlRpcArray resultArr = (XmlRpcArray)results.Values[i];
if (resultArr.Values.Length == 0)
{
converted[i] = null;
}
else
{
converted[i] = XmlRpcTypes.ToNativeValue <object>(resultArr.Values[0]);
}
}
}
return(converted);
}
private void WriteArray( XmlRpcArray v )
{
WriteStartElement( "array" );
WriteStartElement( "data" );
foreach( object entry in v ) {
WriteValue( entry );
}
WriteEndElement(); // data
WriteEndElement(); // array
}