private static void LrpInvoke_Simple_Constructor(int offset, MemoryBuffer buffer, Channel channel)
{
var component = channel.Simple;
buffer.Reset(offset);
var result = component.Constructor();
buffer.WriteLocalPointer(result);
}
private static void LrpInvoke_Simple_Inverse(int offset, MemoryBuffer buffer, Channel channel)
{
var component = channel.Simple;
var arg0 = buffer.ReadAString();
buffer.Reset(offset);
var result = component.Inverse(arg0);
buffer.WriteAString(result);
}
private static int LrpInvoke_Simple(int offset, int methodId, MemoryBuffer buffer, Channel channel)
{
if((methodId < 0) || (methodId >= 3))
{
return MagicNumbers.LRP_INVALID_METHOD_ID;
}
gSimpleHandlers[methodId](offset, buffer, channel);
return MagicNumbers.S_OK;
}
private static void LrpInvoke_Simple_Factorial(int offset, MemoryBuffer buffer, Channel channel)
{
var component = channel.Simple;
var arg0 = buffer.ReadInt32();
var arg1 = default(int);
buffer.Reset(offset);
var result = component.Factorial(arg0, out arg1);
buffer.WriteInt32(arg1);
buffer.WriteBoolean(result);
}
private static void LrpInvoke_Extended_Do(int offset, MemoryBuffer buffer, Channel channel)
{
var component = channel.Extended;
var arg0 = buffer.ReadInType();
var arg1 = buffer.ReadInOutType();
var arg2 = default(LocalCSharp.OutType);
buffer.Reset(offset);
var result = component.Do(arg0, ref arg1, out arg2);
buffer.WriteInOutType(arg1);
buffer.WriteOutType(arg2);
buffer.WriteReturnType(result);
}
private static void LrpInvoke_Extended_MarketBuy(int offset, MemoryBuffer buffer, Channel channel)
{
var component = channel.Extended;
var arg0 = buffer.ReadAString();
var arg1 = buffer.ReadDouble();
var arg2 = buffer.ReadDouble();
var arg3 = default(double);
buffer.Reset(offset);
var result = component.MarketBuy(arg0, arg1, ref arg2, out arg3);
buffer.WriteDouble(arg2);
buffer.WriteDouble(arg3);
buffer.WriteInt32(result);
}
private static int LrpInvokeEx(int offset, int componentId, int methodId, MemoryBuffer buffer, Channel channel)
{
if((componentId < 0) || (componentId >= 2))
{
return MagicNumbers.LRP_INVALID_COMPONENT_ID;
}
int result = MagicNumbers.LRP_EXCEPTION;
try
{
try
{
result = gHandlers[componentId](offset, methodId, buffer, channel);
return result;
}
catch(System.Exception e)
{
buffer.Reset(offset);
buffer.WriteInt32(-1);
buffer.WriteAString(e.Message);
}
}
catch(System.Exception)
{
result = MagicNumbers.E_FAIL;
}
return result;
}
