Leaked source code of windows server 2003
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385 lines
7.5 KiB

/*++
Copyright (c) 1999 Microsoft Corporation
Module Name:
usbuhci.c
Abstract:
WinDbg Extension Api
implements
Author:
jd
Environment:
User Mode.
Revision History:
--*/
#include "precomp.h"
#include "usb.h"
#include "usbhcdi.h"
#include "..\miniport\usbuhci\uhci.h"
#include "..\miniport\usbuhci\usbuhci.h"
#include "usbhcdkd.h"
VOID
DumpUHCI_DeviceData(
MEMLOC MemLoc,
BOOLEAN Verbose
)
{
UCHAR cs[] = "usbuhci!_DEVICE_DATA";
ULONG f, i;
UCHAR fld[40], fld1[40], fld2[40], fld3[40], fld4[40];
STRUC_ENTRY t[] = {
"Sig", FT_SIG,
"Registers", FT_PTR,
"EnabledInterrupts", FT_ULONG,
"AsyncQueueHead", FT_PTR,
"ControllerFlavor", FT_ULONG,
"LastFrame", FT_ULONG,
"FrameNumberHighPart", FT_ULONG,
"PortResetChange", FT_ULONG,
"PortSuspendChange", FT_ULONG,
"PortConnectChange", FT_ULONG,
"IrqStatus", FT_USHORT,
"PortPowerControl", FT_USHORT,
"FrameListVA", FT_PTR,
"ControlQueueHead", FT_PTR,
"BulkQueueHead", FT_PTR,
"LastBulkQueueHead", FT_PTR
};
PrintfMemLoc("*USBUHCI DEVICE DATA ", MemLoc, "\n");
UsbDumpStruc(MemLoc, cs,
&t[0], sizeof(t)/sizeof(STRUC_ENTRY));
}
VOID
DumpUHCI_Qh(
MEMLOC MemLoc
)
{
HW_QUEUE_HEAD hwqh;
ULONG cb;
UCHAR cs[] = "_HCD_QUEUEHEAD_DESCRIPTOR";
STRUC_ENTRY qh[] = {
"Sig", FT_SIG,
"PhysicalAddress", FT_ULONG,
"QhFlags", FT_ULONG,
"NextQh", FT_PTR,
"PrevQh", FT_PTR,
"EndpointData", FT_PTR,
};
PrintfMemLoc("*USBUHCI QH ", MemLoc, "\n");
UsbDumpStruc(MemLoc, cs,
&qh[0], sizeof(qh)/sizeof(STRUC_ENTRY));
ReadMemory(MemLoc,
&hwqh,
sizeof(hwqh),
&cb);
dprintf("HwQH\n");
// dump as
dprintf("\t HLink %08.8x ", hwqh.HLink.HwAddress);
if (hwqh.HLink.Terminate) {
dprintf("(T)");
}
if (hwqh.HLink.QHTDSelect) {
dprintf("(QH)");
}
dprintf("\n");
dprintf("\t\t Physical Address %08.8x \n",
hwqh.HLink.HwAddress & ~HW_LINK_FLAGS_MASK);
// dump as
dprintf("\t VLink %08.8x ", hwqh.VLink.HwAddress);
if (hwqh.VLink.Terminate) {
dprintf("(T)");
}
if (hwqh.VLink.QHTDSelect) {
dprintf("(QTD)");
}
dprintf("\n");
dprintf("\t\t Physical Address %08.8x \n",
hwqh.VLink.HwAddress & ~HW_LINK_FLAGS_MASK);
}
VOID
DumpUHCI_FrameList(
MEMLOC MemLoc
)
{
UCHAR cs[] = "usbuhci!_DEVICE_DATA";
ULONG addr, cb, i;
MEMLOC fl;
fl = UsbReadFieldPtr(MemLoc, cs, "FrameListVA"),
PrintfMemLoc("*FRAME LIST @", fl, "\n");
for (i = 0; i< 1024; i++) {
ReadMemory(fl,
&addr,
sizeof(addr),
&cb);
dprintf("[%03.3x] - %08.8x ", i, addr & ~HW_LINK_FLAGS_MASK);
fl+=sizeof(ULONG);
if ((i+1)%4 == 0) {
dprintf("\n");
}
}
}
VOID
DumpUHCI_Td(
MEMLOC MemLoc
)
{
HW_QUEUE_ELEMENT_TD hwtd;
ULONG cb;
UCHAR cs[] = "_HCD_TRANSFER_DESCRIPTOR";
STRUC_ENTRY td[] = {
"Sig", FT_SIG,
"PhysicalAddress", FT_ULONG,
"Packet[0]", FT_UCHAR,
"Packet[1]", FT_UCHAR,
"Packet[2]", FT_UCHAR,
"Packet[3]", FT_UCHAR,
"Packet[4]", FT_UCHAR,
"Packet[5]", FT_UCHAR,
"Packet[6]", FT_UCHAR,
"TransferContext", FT_PTR,
"Flags", FT_ULONG,
"TransferLength", FT_ULONG,
"NextHcdTD", FT_PTR,
"DoubleBufferIndex", FT_ULONG
};
PrintfMemLoc("*USBUHCI TD ", MemLoc, "\n");
UsbDumpStruc(MemLoc, cs,
&td[0], sizeof(td)/sizeof(STRUC_ENTRY));
// tds are a fixed size of 64/32 platforms so
// we can just read it in
ReadMemory(MemLoc,
&hwtd,
sizeof(hwtd),
&cb);
dprintf("HwTD\n");
// dump as async
dprintf("\t LinkPointer %08.8x\n", hwtd.LinkPointer);
dprintf("\t Control %08.8x\n", hwtd.Control);
dprintf("\t\t Control.Reserved1 %d\n", hwtd.Control.Reserved1);
dprintf("\t\t Control.ActualLength %d\n", hwtd.Control.ActualLength);
dprintf("\t\t Control.BitstuffError %d\n", hwtd.Control.BitstuffError);
dprintf("\t\t Control.Reserved2 %d\n", hwtd.Control.Reserved2);
dprintf("\t\t Control.TimeoutCRC %d\n", hwtd.Control.TimeoutCRC);
dprintf("\t\t Control.NAKReceived %d\n", hwtd.Control.NAKReceived);
dprintf("\t\t Control.BabbleDetected %d\n", hwtd.Control.BabbleDetected);
dprintf("\t\t Control.DataBufferError %d\n", hwtd.Control.DataBufferError);
dprintf("\t\t Control.Stalled %d\n", hwtd.Control.Stalled);
dprintf("\t\t Control.Active %d\n", hwtd.Control.Active);
dprintf("\t\t Control.InterruptOnComplete %d\n", hwtd.Control.InterruptOnComplete);
dprintf("\t\t Control.IsochronousSelect %d\n", hwtd.Control.IsochronousSelect);
dprintf("\t\t Control.LowSpeedDevice %d\n", hwtd.Control.LowSpeedDevice);
dprintf("\t\t Control.ErrorCount %d\n", hwtd.Control.ErrorCount);
dprintf("\t\t Control.ShortPacketDetect %d\n", hwtd.Control.ShortPacketDetect);
dprintf("\t\t Control.Reserved3 %d\n", hwtd.Control.Reserved3);
dprintf("\t Token %08.8x\n", hwtd.Token);
dprintf("\t\t Token.DeviceAddress %d\n", hwtd.Token.DeviceAddress);
dprintf("\t\t Token.Endpoint %d\n", hwtd.Token.Endpoint);
dprintf("\t\t Token.DataToggle %d\n", hwtd.Token.DataToggle);
dprintf("\t\t Token.Reserved %d\n", hwtd.Token.Reserved);
dprintf("\t\t Token.MaximumLength %d\n", hwtd.Token.MaximumLength);
dprintf("\n");
}
DECLARE_API( _uhcifl )
/*++
Routine Description:
dumps the extension
Arguments:
args - Address flags
Return Value:
None
--*/
{
MEMLOC addr;
// fetch the list head
addr = GetExpression(args);
DumpUHCI_FrameList (addr);
return S_OK;
}
DECLARE_API( _uhcitd )
/*++
Routine Description:
dumps the extension
Arguments:
args - Address flags
Return Value:
None
--*/
{
MEMLOC addr;
// fetch the list head
addr = GetExpression(args);
DumpUHCI_Td (addr);
return S_OK;
}
DECLARE_API( _uhciqh )
/*++
Routine Description:
dumps the extension
Arguments:
args - Address flags
Return Value:
None
--*/
{
MEMLOC addr;
// fetch the list head
addr = GetExpression(args);
DumpUHCI_Qh (addr);
return S_OK;
}
DECLARE_API( _uhciports )
/*++
Routine Description:
dumps the extension
Arguments:
args - Address flags
Return Value:
None
--*/
{
MEMLOC addr;
return S_OK;
}
DECLARE_API( _uhcidd )
/*++
Routine Description:
dumps the extension
Arguments:
args - Address flags
Return Value:
None
--*/
{
MEMLOC addr;
PCSTR s;
UCHAR parm[32];
GetExpressionEx( args, &addr, &s );
sscanf(s, ",%s", &parm);
dprintf("%s\n", parm);
DumpUHCI_DeviceData(addr, parm[0] == 'v');
return S_OK;
}