public Payloads(int capacity, uint maxPayloadSize)
{
m_PayloadSize = maxPayloadSize;
m_Handles = new UnsafeAtomicFreeList(capacity, Allocator.Persistent);
m_PayloadArray = new UnsafeBaselibNetworkArray(capacity * (int)maxPayloadSize);
m_EndpointArray = new UnsafeBaselibNetworkArray(capacity * (int)Binding.Baselib_RegisteredNetwork_Endpoint_MaxSize);
}
public unsafe void Initialize(params INetworkParameter[] param)
{
//if (!Binding.Baselib_RegisteredNetwork_SupportsNetwork())
// throw new Exception("Baselib does not support networking");
m_Baselib = new NativeArray <BaselibData>(1, Allocator.Persistent);
var baselib = default(BaselibData);
rxQueueSize = k_defaultRxQueueSize;
txQueueSize = k_defaultTxQueueSize;
maximumPayloadSize = NetworkParameterConstants.MTU;
for (int i = 0; i < param.Length; ++i)
{
if (param[i] is BaselibNetworkParameter)
{
var config = (BaselibNetworkParameter)param[i];
rxQueueSize = config.receiveQueueCapacity;
txQueueSize = config.sendQueueCapacity;
maximumPayloadSize = config.maximumPayloadSize;
}
}
m_PayloadsTx = new Payloads(txQueueSize, maximumPayloadSize);
m_PayloadsRx = new Payloads(rxQueueSize, maximumPayloadSize);
m_LocalAndTempEndpoint = new UnsafeBaselibNetworkArray(2 * (int)Binding.Baselib_RegisteredNetwork_Endpoint_MaxSize);
baselib.m_PayloadsTx = m_PayloadsTx;
m_Baselib[0] = baselib;
// Emulate current interface behavior
NetworkInterfaceEndPoint ep = CreateInterfaceEndPoint(NetworkEndPoint.AnyIpv4);
if (Bind(ep) != 0)
{
throw new Exception("Could not bind socket");
}
}