void CUsbDkRedirectorStrategy::IsoRWCompletion(WDFREQUEST Request, WDFIOTARGET, PWDF_REQUEST_COMPLETION_PARAMS CompletionParams, WDFCONTEXT)
{
CRedirectorRequest WdfRequest(Request);
auto Context = WdfRequest.Context();
CPreAllocatedWdfMemoryBufferT<URB> urb(CompletionParams->Parameters.Usb.Completion->Parameters.PipeUrb.Buffer);
CPreAllocatedWdfMemoryBufferT<USB_DK_ISO_TRANSFER_RESULT> IsoPacketResult(Context->LockedIsochronousResultsArray);
ASSERT(urb->UrbIsochronousTransfer.NumberOfPackets == IsoPacketResult.ArraySize());
*Context->BytesTransferred = 0;
for (ULONG i = 0; i < urb->UrbIsochronousTransfer.NumberOfPackets; i++)
{
IsoPacketResult[i].actualLength = urb->UrbIsochronousTransfer.IsoPacket[i].Length;
IsoPacketResult[i].transferResult = urb->UrbIsochronousTransfer.IsoPacket[i].Status;
*Context->BytesTransferred += IsoPacketResult[i].actualLength;
}
auto status = CompletionParams->IoStatus.Status;
if (!NT_SUCCESS(status))
{
TraceEvents(TRACE_LEVEL_ERROR, TRACE_REDIRECTOR, "%!FUNC! Request completion error %!STATUS!", status);
}
else if (!USBD_SUCCESS(urb->UrbHeader.Status))
{
TraceEvents(TRACE_LEVEL_ERROR, TRACE_REDIRECTOR, "%!FUNC! USB request completion error %lu", urb->UrbHeader.Status);
status = STATUS_INVALID_DEVICE_REQUEST;
}
WdfRequest.SetOutputDataLen(sizeof(*Context->BytesTransferred));
WdfRequest.SetStatus(status);
}
int main(int argc, char** argv){
int opt;
char* config;
/* char buf[8]; */
/* int sfd[3]; */
int port;
if(argc < 2){
perror("Argument missing");
exit(EXIT_FAILURE);
}
while( (opt = getopt(argc, argv, "f:p:") ) != -1){
switch(opt){
case 'p':
port = atoi(optarg);
break;
case 'f':
config = optarg;
break;
default:
exit(EXIT_FAILURE);
}
}
init(config, "127.0.0.1", port);
join();
/* message_t msg; */
/* msg.type = 'M'; */
/* msg.content = NULL; */
char msg[] = "test";
urb((void*)msg, sizeof(msg));
return EXIT_SUCCESS;
}
void MeshGeometry::createCubeFaces(FaceGeometry& topFace, FaceGeometry& frontFace, FaceGeometry& leftFace,
FaceGeometry& backFace, FaceGeometry& rightFace, FaceGeometry& bottomFace,
tgt::vec3 coordLlf, tgt::vec3 coordUrb, tgt::vec3 texLlf,
tgt::vec3 texUrb, tgt::vec3 colorLlf, tgt::vec3 colorUrb, float alpha)
{
// expecting coordLlf < coordUrb
if (coordLlf.x > coordUrb.x) {
std::swap(coordLlf.x, coordUrb.x);
std::swap(texLlf.x, texUrb.x);
std::swap(colorLlf.x, colorUrb.x);
}
if (coordLlf.y > coordUrb.y) {
std::swap(coordLlf.y, coordUrb.y);
std::swap(texLlf.y, texUrb.y);
std::swap(colorLlf.y, colorUrb.y);
}
if (coordLlf.z > coordUrb.z) {
std::swap(coordLlf.z, coordUrb.z);
std::swap(texLlf.z, texUrb.z);
std::swap(colorLlf.z, colorUrb.z);
}
VertexGeometry llf(vec3(coordLlf.x, coordLlf.y, coordLlf.z), vec3(texLlf.x, texLlf.y, texLlf.z), vec4(colorLlf.x, colorLlf.y, colorLlf.z, alpha));
VertexGeometry lrf(vec3(coordUrb.x, coordLlf.y, coordLlf.z), vec3(texUrb.x, texLlf.y, texLlf.z), vec4(colorUrb.x, colorLlf.y, colorLlf.z, alpha));
VertexGeometry lrb(vec3(coordUrb.x, coordLlf.y, coordUrb.z), vec3(texUrb.x, texLlf.y, texUrb.z), vec4(colorUrb.x, colorLlf.y, colorUrb.z, alpha));
VertexGeometry llb(vec3(coordLlf.x, coordLlf.y, coordUrb.z), vec3(texLlf.x, texLlf.y, texUrb.z), vec4(colorLlf.x, colorLlf.y, colorUrb.z, alpha));
VertexGeometry ulb(vec3(coordLlf.x, coordUrb.y, coordUrb.z), vec3(texLlf.x, texUrb.y, texUrb.z), vec4(colorLlf.x, colorUrb.y, colorUrb.z, alpha));
VertexGeometry ulf(vec3(coordLlf.x, coordUrb.y, coordLlf.z), vec3(texLlf.x, texUrb.y, texLlf.z), vec4(colorLlf.x, colorUrb.y, colorLlf.z, alpha));
VertexGeometry urf(vec3(coordUrb.x, coordUrb.y, coordLlf.z), vec3(texUrb.x, texUrb.y, texLlf.z), vec4(colorUrb.x, colorUrb.y, colorLlf.z, alpha));
VertexGeometry urb(vec3(coordUrb.x, coordUrb.y, coordUrb.z), vec3(texUrb.x, texUrb.y, texUrb.z), vec4(colorUrb.x, colorUrb.y, colorUrb.z, alpha));
topFace.addVertex(urb);
topFace.addVertex(urf);
topFace.addVertex(ulf);
topFace.addVertex(ulb);
frontFace.addVertex(llf);
frontFace.addVertex(ulf);
frontFace.addVertex(urf);
frontFace.addVertex(lrf);
leftFace.addVertex(llf);
leftFace.addVertex(llb);
leftFace.addVertex(ulb);
leftFace.addVertex(ulf);
backFace.addVertex(urb);
backFace.addVertex(ulb);
backFace.addVertex(llb);
backFace.addVertex(lrb);
rightFace.addVertex(urb);
rightFace.addVertex(lrb);
rightFace.addVertex(lrf);
rightFace.addVertex(urf);
bottomFace.addVertex(llf);
bottomFace.addVertex(lrf);
bottomFace.addVertex(lrb);
bottomFace.addVertex(llb);
}
