public URBLinux(GTFS fs, int remlen = 0)
{
bool flip = false;
//URB
id = GT.ReadBytes(fs, 8, flip); //ulong
event_type = GT.ReadByte(fs);
transfer_type = (TransferType)GT.ReadByte(fs);
endpoint_number = GT.ReadByte(fs);
device_address = GT.ReadByte(fs);
bus_id = GT.ReadUInt16(fs, 2, flip);
setup_flag = GT.ReadByte(fs); //char
data_flag = GT.ReadByte(fs); //char
ts_sec = GT.ReadBytes(fs, 8, flip); //long
ts_usec = GT.ReadInt32(fs, 4, flip);
status = GT.ReadInt32(fs, 4, flip);
urb_len = GT.ReadUInt32(fs, 4, flip);
data_len = GT.ReadUInt32(fs, 4, flip);
remlen -= 40;
//URB Setup
bmRequestType = GT.ReadByte(fs);
bRequest = GT.ReadByte(fs);
wValue = GT.ReadUInt16(fs, 2, flip);
wIndex = GT.ReadUInt16(fs, 2, flip);
wLength = GT.ReadUInt16(fs, 2, flip);
remlen -= 8;
interval = GT.ReadInt32(fs, 4, flip);
startFrame = GT.ReadInt32(fs, 4, flip);
copyTransferFlags = GT.ReadBytes(fs, 4, flip);
numISOdesc = GT.ReadInt32(fs, 4, flip);
remlen -= 16;
if (numISOdesc > 0)
{
listIsodesc = new List <isodesc>();
for (int i = 0; i < numISOdesc; i++)
{
isodesc desc = new isodesc(fs, true);
listIsodesc.Add(desc);
}
remlen -= numISOdesc * 16;
remaining = GT.ReadBytes(fs, remlen, flip);
if (remlen > 0)
{
for (int i = 0; i < numISOdesc; i++)
{
listIsodesc[i].ReadData(remaining);
}
}
}
else
{
remaining = GT.ReadBytes(fs, remlen, flip);
}
}
public URBWindows(GTFS fs, int remlen = 0)
{
bool flip = false;
//URB
int USBPcap_pseudoheader_length = GT.ReadUInt16(fs, 2, flip);
id = GT.ReadBytes(fs, 8, flip); //ulong
int IRPstatus = GT.ReadInt32(fs, 4, flip);
int URBfunction = GT.ReadInt16(fs, 2, flip);
byte IRPinfo = GT.ReadByte(fs);
bus_id = GT.ReadUInt16(fs, 2, flip);
device_address = GT.ReadInt16(fs, 2, flip);
endpoint_number = GT.ReadByte(fs);
transfer_type = (TransferType)GT.ReadByte(fs);
data_len = urb_len = GT.ReadUInt32(fs, 4, flip);
remlen -= 27;
if (transfer_type == TransferType.Control)
{
byte stage = GT.ReadByte(fs);
remlen -= 1;
if (urb_len == 8)
{
//URB Setup
bmRequestType = GT.ReadByte(fs);
bRequest = GT.ReadByte(fs);
wValue = GT.ReadUInt16(fs, 2, flip);
wIndex = GT.ReadUInt16(fs, 2, flip);
wLength = GT.ReadUInt16(fs, 2, flip);
remlen -= 8;
}
else
{
remaining = GT.ReadBytes(fs, remlen, flip);
}
}
else if (transfer_type == TransferType.Isochronous)
{
int iso_start = GT.ReadInt32(fs, 4, flip);
numISOdesc = GT.ReadInt32(fs, 4, flip);
int iso_error = GT.ReadInt32(fs, 4, flip);
remlen -= 12;
if (numISOdesc > 0)
{
listIsodesc = new List <isodesc>();
for (int i = 0; i < numISOdesc; i++)
{
isodesc desc = new isodesc(fs, false);
listIsodesc.Add(desc);
}
remlen -= numISOdesc * 12;
remaining = GT.ReadBytes(fs, remlen, flip);
if (remlen > 0)
{
for (int i = 0; i < numISOdesc; i++)
{
listIsodesc[i].ReadData(remaining);
}
}
}
}
else
{
remaining = GT.ReadBytes(fs, remlen, flip);
}
}
