void Create()
{
//set identifier for graph
SetIdentifier("apu_fast9_color_graph");
//add kernels
AddKernel("rgb_to_grayscale_0", "apu_rgb_to_grayscale");
AddKernel("gauss_3x3_0", "apu_gauss_3x3");
AddKernel("fast9_0", "apu_fast9");
AddKernel("nms_0", "apu_nms");
AddKernel("dilate_diamond_0", "apu_dilate_diamond");
AddKernel("dilate_diamond_1", "apu_dilate_diamond");
AddKernel("saturate_nonzero_0", "apu_saturate_nonzero");
AddKernel("mark_color_channel_0", "apu_mark_color_channel");
//add graph ports
AddInputPort("INPUT");
AddInputPort("THRESHOLD");
AddInputPort("MARK_COLOR_CHANNEL");
AddOutputPort("OUTPUT");
//specify connections
Connect(GraphPort("INPUT"), KernelPort("rgb_to_grayscale_0", "INPUT_0"));
Connect(KernelPort("rgb_to_grayscale_0", "OUTPUT_0"), KernelPort("gauss_3x3_0", "INPUT_0"));
Connect(KernelPort("gauss_3x3_0", "OUTPUT_0"), KernelPort("fast9_0", "INPUT_0"));
Connect(GraphPort("THRESHOLD"), KernelPort("fast9_0", "INPUT_1"));
Connect(KernelPort("fast9_0", "OUTPUT_0"), KernelPort("nms_0", "INPUT_0"));
Connect(KernelPort("nms_0", "OUTPUT_0"), KernelPort("dilate_diamond_0", "INPUT_0"));
Connect(KernelPort("dilate_diamond_0", "OUTPUT_0"), KernelPort("dilate_diamond_1", "INPUT_0"));
Connect(KernelPort("dilate_diamond_1", "OUTPUT_0"), KernelPort("saturate_nonzero_0", "INPUT_0"));
Connect(KernelPort("saturate_nonzero_0", "OUTPUT_0"), KernelPort("mark_color_channel_0", "INPUT_MARKER"));
Connect(GraphPort("MARK_COLOR_CHANNEL"), KernelPort("mark_color_channel_0", "INPUT_CHANNEL_INDEX"));
Connect(GraphPort("INPUT"), KernelPort("mark_color_channel_0", "INPUT_IMAGE"));
Connect(KernelPort("mark_color_channel_0", "OUTPUT"), GraphPort("OUTPUT"));
}
status_t
BKey::SetTo(BKeyPurpose purpose, const char* identifier,
const char* secondaryIdentifier, const uint8* data, size_t length)
{
fCreationTime = 0;
SetPurpose(purpose);
SetIdentifier(identifier);
SetSecondaryIdentifier(secondaryIdentifier);
return SetData(data, length);
}
//----------------------------------------------------------------//
int MOAIPathDictionary::GetIdentifier(const char path[])
{
size_t pathLength;
unsigned int pathHash = GetHash(path, &pathLength);
int id = FindIdentifierRelative(pathHash, path);
if (id < 0)
{
std::string absPathStr = ZLFileSys::GetAbsoluteFilePath(path);
size_t absPathLength;
unsigned int absPathHash = GetHash(absPathStr.c_str(), &absPathLength);
id = FindIdentifierAbsolute(absPathHash, absPathStr.c_str());
if (id < 0)
{
id = MakeIdentifier(absPathStr.c_str(), absPathLength);
SetIdentifier(absPathHash, -1, id);
}
int idRel = MakeIdentifier(path, pathLength);
SetIdentifier(pathHash, idRel, id);
}
return id;
}
void Create()
{
//set identifier for graph
SetIdentifier("and_08u_graph");
//add kernels
AddKernel("_and_08u", AND_08u_KN);
//add graph ports
AddInputPort(GR_IN_0);
AddInputPort(GR_IN_1);
AddOutputPort(GR_OUT_0);
//specify connections
Connect(GraphPort(GR_IN_0), KernelPort("_and_08u", GR_IN_0));
Connect(GraphPort(GR_IN_1), KernelPort("_and_08u", GR_IN_1));
Connect(KernelPort("_and_08u", OUTPUT_0), GraphPort(GR_OUT_0));
}
void HPingHeader::FormatSend(TUint aId, TUint aSeqNum)
//
// Format an ICMP packet to send
//
{
TUint type;
TUint code;
TChecksum sum;
// Configure version
if(iIPVersion == KAfInet)
{
type = KIPv4PingTypeEchoRequest;
code = KIPv4PingCodeEcho;
}
else
{
type = KIPv6PingTypeEchoRequest;
code = KIPv6PingCodeEcho;
}
// Fill header
SetType(static_cast<TUint8>(type));
SetCode(static_cast<TUint8>(code));
SetIdentifier(static_cast<TUint16>(aId));
SetSequence(static_cast<TUint16>(aSeqNum));
// Compute checksum
SetChecksum(0);
sum.Add(reinterpret_cast<TUint16*>(this), HeaderLength());
SetChecksum(sum.Sum());
// Fill buffer
iData->Des().Copy((TUint8*)this, HeaderLength());
}
