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reactos/drivers/usb/usbehci/usbehci.c
Thomas Faber 555eec0306
[USBEHCI] Avoid uninitialized return status in EHCI_ReopenEndpoint. 
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2021-10-27 19:27:33 -04:00

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/*
* PROJECT: ReactOS USB EHCI Miniport Driver
* LICENSE: GPL-2.0+ (https://spdx.org/licenses/GPL-2.0+)
* PURPOSE: USBEHCI main driver functions
* COPYRIGHT: Copyright 2017-2018 Vadim Galyant <vgal@rambler.ru>
*/
#include "usbehci.h"
#define NDEBUG
#include <debug.h>
#define NDEBUG_EHCI_TRACE
#include "dbg_ehci.h"
USBPORT_REGISTRATION_PACKET RegPacket;
static const UCHAR ClassicPeriod[8] = {
ENDPOINT_INTERRUPT_1ms - 1,
ENDPOINT_INTERRUPT_2ms - 1,
ENDPOINT_INTERRUPT_4ms - 1,
ENDPOINT_INTERRUPT_8ms - 1,
ENDPOINT_INTERRUPT_16ms - 1,
ENDPOINT_INTERRUPT_32ms - 1,
ENDPOINT_INTERRUPT_32ms - 1,
ENDPOINT_INTERRUPT_32ms - 1
};
static const EHCI_PERIOD pTable[] = {
{ ENDPOINT_INTERRUPT_1ms, 0x00, 0xFF },
{ ENDPOINT_INTERRUPT_2ms, 0x00, 0x55 },
{ ENDPOINT_INTERRUPT_2ms, 0x00, 0xAA },
{ ENDPOINT_INTERRUPT_4ms, 0x00, 0x11 },
{ ENDPOINT_INTERRUPT_4ms, 0x00, 0x44 },
{ ENDPOINT_INTERRUPT_4ms, 0x00, 0x22 },
{ ENDPOINT_INTERRUPT_4ms, 0x00, 0x88 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x01 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x10 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x04 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x40 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x02 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x20 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x08 },
{ ENDPOINT_INTERRUPT_8ms, 0x00, 0x80 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x01 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x01 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x10 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x10 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x04 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x04 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x40 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x40 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x02 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x02 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x20 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x20 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x08 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x08 },
{ ENDPOINT_INTERRUPT_16ms, 0x01, 0x80 },
{ ENDPOINT_INTERRUPT_16ms, 0x02, 0x80 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x01 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x01 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x01 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x01 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x10 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x10 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x10 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x10 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x04 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x04 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x04 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x04 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x40 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x40 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x40 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x40 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x02 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x02 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x02 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x02 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x20 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x20 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x20 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x20 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x08 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x08 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x08 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x08 },
{ ENDPOINT_INTERRUPT_32ms, 0x03, 0x80 },
{ ENDPOINT_INTERRUPT_32ms, 0x05, 0x80 },
{ ENDPOINT_INTERRUPT_32ms, 0x04, 0x80 },
{ ENDPOINT_INTERRUPT_32ms, 0x06, 0x80 },
{ 0x00, 0x00, 0x00 }
};
C_ASSERT(RTL_NUMBER_OF(pTable) == INTERRUPT_ENDPOINTs + 1);
static const UCHAR Balance[] = {
0, 16, 8, 24, 4, 20, 12, 28, 2, 18, 10, 26, 6, 22, 14, 30,
1, 17, 9, 25, 5, 21, 13, 29, 3, 19, 11, 27, 7, 23, 15, 31
};
C_ASSERT(RTL_NUMBER_OF(Balance) == EHCI_FRAMES);
static const UCHAR LinkTable[] = {
255, 0, 0, 1, 1, 2, 2, 3, 3, 4, 4, 5, 5, 6, 6, 7, 7, 8, 8, 9, 9,
10, 10, 11, 11, 12, 12, 13, 13, 14, 14, 15, 15, 16, 16, 17, 17, 18, 18, 19, 19,
20, 20, 21, 21, 22, 22, 23, 23, 24, 24, 25, 25, 26, 26, 27, 27, 28, 28, 29, 29,
30, 30, 0
};
C_ASSERT(RTL_NUMBER_OF(LinkTable) == INTERRUPT_ENDPOINTs + 1);
PEHCI_HCD_TD
NTAPI
EHCI_AllocTd(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint)
{
PEHCI_HCD_TD TD;
ULONG ix;
DPRINT_EHCI("EHCI_AllocTd: ... \n");
if (EhciEndpoint->MaxTDs == 0)
{
RegPacket.UsbPortBugCheck(EhciExtension);
return NULL;
}
TD = EhciEndpoint->FirstTD;
for (ix = 1; TD->TdFlags & EHCI_HCD_TD_FLAG_ALLOCATED; ix++)
{
TD += 1;
if (ix >= EhciEndpoint->MaxTDs)
{
RegPacket.UsbPortBugCheck(EhciExtension);
return NULL;
}
}
TD->TdFlags |= EHCI_HCD_TD_FLAG_ALLOCATED;
EhciEndpoint->RemainTDs--;
return TD;
}
PEHCI_HCD_QH
NTAPI
EHCI_InitializeQH(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN PEHCI_HCD_QH QH,
IN ULONG QhPA)
{
PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties;
ULONG DeviceSpeed;
DPRINT_EHCI("EHCI_InitializeQH: EhciEndpoint - %p, QH - %p, QhPA - %p\n",
EhciEndpoint,
QH,
QhPA);
EndpointProperties = &EhciEndpoint->EndpointProperties;
RtlZeroMemory(QH, sizeof(EHCI_HCD_QH));
ASSERT((QhPA & ~LINK_POINTER_MASK) == 0);
QH->sqh.PhysicalAddress = QhPA;
QH->sqh.HwQH.EndpointParams.DeviceAddress = EndpointProperties->DeviceAddress;
QH->sqh.HwQH.EndpointParams.EndpointNumber = EndpointProperties->EndpointAddress;
DeviceSpeed = EndpointProperties->DeviceSpeed;
switch (DeviceSpeed)
{
case UsbLowSpeed:
QH->sqh.HwQH.EndpointParams.EndpointSpeed = EHCI_QH_EP_LOW_SPEED;
break;
case UsbFullSpeed:
QH->sqh.HwQH.EndpointParams.EndpointSpeed = EHCI_QH_EP_FULL_SPEED;
break;
case UsbHighSpeed:
QH->sqh.HwQH.EndpointParams.EndpointSpeed = EHCI_QH_EP_HIGH_SPEED;
break;
default:
DPRINT1("EHCI_InitializeQH: Unknown DeviceSpeed - %x\n", DeviceSpeed);
ASSERT(FALSE);
break;
}
QH->sqh.HwQH.EndpointParams.MaximumPacketLength = EndpointProperties->MaxPacketSize;
QH->sqh.HwQH.EndpointCaps.PipeMultiplier = 1;
if (DeviceSpeed == UsbHighSpeed)
{
QH->sqh.HwQH.EndpointCaps.HubAddr = 0;
QH->sqh.HwQH.EndpointCaps.PortNumber = 0;
}
else
{
QH->sqh.HwQH.EndpointCaps.HubAddr = EndpointProperties->HubAddr;
QH->sqh.HwQH.EndpointCaps.PortNumber = EndpointProperties->PortNumber;
if (EndpointProperties->TransferType == USBPORT_TRANSFER_TYPE_CONTROL)
QH->sqh.HwQH.EndpointParams.ControlEndpointFlag = 1;
}
QH->sqh.HwQH.NextTD = TERMINATE_POINTER;
QH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
QH->sqh.HwQH.Token.Status &= (UCHAR)~(EHCI_TOKEN_STATUS_ACTIVE |
EHCI_TOKEN_STATUS_HALTED);
return QH;
}
MPSTATUS
NTAPI
EHCI_OpenBulkOrControlEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PEHCI_ENDPOINT EhciEndpoint,
IN BOOLEAN IsControl)
{
PEHCI_HCD_QH QH;
ULONG QhPA;
PEHCI_HCD_TD TdVA;
ULONG TdPA;
PEHCI_HCD_TD TD;
ULONG TdCount;
ULONG ix;
DPRINT("EHCI_OpenBulkOrControlEndpoint: EhciEndpoint - %p, IsControl - %x\n",
EhciEndpoint,
IsControl);
InitializeListHead(&EhciEndpoint->ListTDs);
EhciEndpoint->DmaBufferVA = (PVOID)EndpointProperties->BufferVA;
EhciEndpoint->DmaBufferPA = EndpointProperties->BufferPA;
RtlZeroMemory(EhciEndpoint->DmaBufferVA, sizeof(EHCI_HCD_TD));
QH = (PEHCI_HCD_QH)EhciEndpoint->DmaBufferVA + 1;
QhPA = EhciEndpoint->DmaBufferPA + sizeof(EHCI_HCD_TD);
EhciEndpoint->FirstTD = (PEHCI_HCD_TD)(QH + 1);
TdCount = (EndpointProperties->BufferLength -
(sizeof(EHCI_HCD_TD) + sizeof(EHCI_HCD_QH))) /
sizeof(EHCI_HCD_TD);
if (EndpointProperties->TransferType == USBPORT_TRANSFER_TYPE_CONTROL)
EhciEndpoint->EndpointStatus |= USBPORT_ENDPOINT_CONTROL;
EhciEndpoint->MaxTDs = TdCount;
EhciEndpoint->RemainTDs = TdCount;
TdVA = EhciEndpoint->FirstTD;
TdPA = QhPA + sizeof(EHCI_HCD_QH);
for (ix = 0; ix < TdCount; ix++)
{
DPRINT_EHCI("EHCI_OpenBulkOrControlEndpoint: TdVA - %p, TdPA - %p\n",
TdVA,
TdPA);
RtlZeroMemory(TdVA, sizeof(EHCI_HCD_TD));
ASSERT((TdPA & ~LINK_POINTER_MASK) == 0);
TdVA->PhysicalAddress = TdPA;
TdVA->EhciEndpoint = EhciEndpoint;
TdVA->EhciTransfer = NULL;
TdPA += sizeof(EHCI_HCD_TD);
TdVA += 1;
}
EhciEndpoint->QH = EHCI_InitializeQH(EhciExtension,
EhciEndpoint,
QH,
QhPA);
if (IsControl)
{
QH->sqh.HwQH.EndpointParams.DataToggleControl = 1;
EhciEndpoint->HcdHeadP = NULL;
}
else
{
QH->sqh.HwQH.EndpointParams.DataToggleControl = 0;
}
TD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
if (!TD)
return MP_STATUS_NO_RESOURCES;
TD->TdFlags |= EHCI_HCD_TD_FLAG_DUMMY;
TD->HwTD.Token.Status &= (UCHAR)~EHCI_TOKEN_STATUS_ACTIVE;
TD->HwTD.NextTD = TERMINATE_POINTER;
TD->HwTD.AlternateNextTD = TERMINATE_POINTER;
TD->NextHcdTD = NULL;
TD->AltNextHcdTD = NULL;
EhciEndpoint->HcdTailP = TD;
EhciEndpoint->HcdHeadP = TD;
QH->sqh.HwQH.CurrentTD = TD->PhysicalAddress;
QH->sqh.HwQH.NextTD = TERMINATE_POINTER;
QH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
QH->sqh.HwQH.Token.Status &= (UCHAR)~EHCI_TOKEN_STATUS_ACTIVE;
QH->sqh.HwQH.Token.TransferBytes = 0;
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_OpenInterruptEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PEHCI_ENDPOINT EhciEndpoint)
{
PEHCI_HCD_QH QH;
ULONG QhPA;
PEHCI_HCD_TD FirstTD;
ULONG FirstTdPA;
PEHCI_HCD_TD TD;
PEHCI_HCD_TD DummyTD;
ULONG TdCount;
ULONG ix;
const EHCI_PERIOD * PeriodTable = NULL;
ULONG ScheduleOffset;
ULONG Idx = 0;
UCHAR Period;
DPRINT("EHCI_OpenInterruptEndpoint: EhciExtension - %p, EndpointProperties - %p, EhciEndpoint - %p\n",
EhciExtension,
EndpointProperties,
EhciEndpoint);
Period = EndpointProperties->Period;
ScheduleOffset = EndpointProperties->ScheduleOffset;
ASSERT(Period < (INTERRUPT_ENDPOINTs + 1));
while (!(Period & 1))
{
Idx++;
Period >>= 1;
}
ASSERT(Idx < 8);
InitializeListHead(&EhciEndpoint->ListTDs);
if (EhciEndpoint->EndpointProperties.DeviceSpeed == UsbHighSpeed)
{
PeriodTable = &pTable[ClassicPeriod[Idx] + ScheduleOffset];
EhciEndpoint->PeriodTable = PeriodTable;
DPRINT("EHCI_OpenInterruptEndpoint: EhciEndpoint - %p, ScheduleMask - %X, Index - %X\n",
EhciEndpoint,
PeriodTable->ScheduleMask,
ClassicPeriod[Idx]);
EhciEndpoint->StaticQH = EhciExtension->PeriodicHead[PeriodTable->PeriodIdx];
}
else
{
EhciEndpoint->PeriodTable = NULL;
DPRINT("EHCI_OpenInterruptEndpoint: EhciEndpoint - %p, Index - %X\n",
EhciEndpoint,
ClassicPeriod[Idx]);
EhciEndpoint->StaticQH = EhciExtension->PeriodicHead[ClassicPeriod[Idx] +
ScheduleOffset];
}
EhciEndpoint->DmaBufferVA = (PVOID)EndpointProperties->BufferVA;
EhciEndpoint->DmaBufferPA = EndpointProperties->BufferPA;
RtlZeroMemory((PVOID)EndpointProperties->BufferVA, sizeof(EHCI_HCD_TD));
QH = (PEHCI_HCD_QH)(EndpointProperties->BufferVA + sizeof(EHCI_HCD_TD));
QhPA = EndpointProperties->BufferPA + sizeof(EHCI_HCD_TD);
FirstTD = (PEHCI_HCD_TD)(EndpointProperties->BufferVA +
sizeof(EHCI_HCD_TD) +
sizeof(EHCI_HCD_QH));
FirstTdPA = EndpointProperties->BufferPA +
sizeof(EHCI_HCD_TD) +
sizeof(EHCI_HCD_QH);
TdCount = (EndpointProperties->BufferLength -
(sizeof(EHCI_HCD_TD) + sizeof(EHCI_HCD_QH))) /
sizeof(EHCI_HCD_TD);
ASSERT(TdCount >= EHCI_MAX_INTERRUPT_TD_COUNT + 1);
EhciEndpoint->FirstTD = FirstTD;
EhciEndpoint->MaxTDs = TdCount;
for (ix = 0; ix < TdCount; ix++)
{
TD = EhciEndpoint->FirstTD + ix;
RtlZeroMemory(TD, sizeof(EHCI_HCD_TD));
ASSERT((FirstTdPA & ~LINK_POINTER_MASK) == 0);
TD->PhysicalAddress = FirstTdPA;
TD->EhciEndpoint = EhciEndpoint;
TD->EhciTransfer = NULL;
FirstTdPA += sizeof(EHCI_HCD_TD);
}
EhciEndpoint->RemainTDs = TdCount;
EhciEndpoint->QH = EHCI_InitializeQH(EhciExtension,
EhciEndpoint,
QH,
QhPA);
if (EhciEndpoint->EndpointProperties.DeviceSpeed == UsbHighSpeed)
{
QH->sqh.HwQH.EndpointCaps.InterruptMask = PeriodTable->ScheduleMask;
}
else
{
QH->sqh.HwQH.EndpointCaps.InterruptMask =
EndpointProperties->InterruptScheduleMask;
QH->sqh.HwQH.EndpointCaps.SplitCompletionMask =
EndpointProperties->SplitCompletionMask;
}
DummyTD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
DummyTD->TdFlags |= EHCI_HCD_TD_FLAG_DUMMY;
DummyTD->NextHcdTD = NULL;
DummyTD->AltNextHcdTD = NULL;
DummyTD->HwTD.Token.Status &= ~EHCI_TOKEN_STATUS_ACTIVE;
DummyTD->HwTD.NextTD = TERMINATE_POINTER;
DummyTD->HwTD.AlternateNextTD = TERMINATE_POINTER;
EhciEndpoint->HcdTailP = DummyTD;
EhciEndpoint->HcdHeadP = DummyTD;
QH->sqh.HwQH.CurrentTD = DummyTD->PhysicalAddress;
QH->sqh.HwQH.NextTD = TERMINATE_POINTER;
QH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
QH->sqh.HwQH.Token.Status &= ~EHCI_TOKEN_STATUS_ACTIVE;
QH->sqh.HwQH.Token.TransferBytes = 0;
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_OpenHsIsoEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PEHCI_ENDPOINT EhciEndpoint)
{
DPRINT1("EHCI_OpenHsIsoEndpoint: UNIMPLEMENTED. FIXME\n");
return MP_STATUS_NOT_SUPPORTED;
}
MPSTATUS
NTAPI
EHCI_OpenIsoEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PEHCI_ENDPOINT EhciEndpoint)
{
DPRINT1("EHCI_OpenIsoEndpoint: UNIMPLEMENTED. FIXME\n");
return MP_STATUS_NOT_SUPPORTED;
}
MPSTATUS
NTAPI
EHCI_OpenEndpoint(IN PVOID ehciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PVOID ehciEndpoint)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_ENDPOINT EhciEndpoint = ehciEndpoint;
ULONG TransferType;
MPSTATUS MPStatus;
DPRINT("EHCI_OpenEndpoint: ... \n");
RtlCopyMemory(&EhciEndpoint->EndpointProperties,
EndpointProperties,
sizeof(EhciEndpoint->EndpointProperties));
TransferType = EndpointProperties->TransferType;
switch (TransferType)
{
case USBPORT_TRANSFER_TYPE_ISOCHRONOUS:
if (EndpointProperties->DeviceSpeed == UsbHighSpeed)
{
MPStatus = EHCI_OpenHsIsoEndpoint(EhciExtension,
EndpointProperties,
EhciEndpoint);
}
else
{
MPStatus = EHCI_OpenIsoEndpoint(EhciExtension,
EndpointProperties,
EhciEndpoint);
}
break;
case USBPORT_TRANSFER_TYPE_CONTROL:
MPStatus = EHCI_OpenBulkOrControlEndpoint(EhciExtension,
EndpointProperties,
EhciEndpoint,
TRUE);
break;
case USBPORT_TRANSFER_TYPE_BULK:
MPStatus = EHCI_OpenBulkOrControlEndpoint(EhciExtension,
EndpointProperties,
EhciEndpoint,
FALSE);
break;
case USBPORT_TRANSFER_TYPE_INTERRUPT:
MPStatus = EHCI_OpenInterruptEndpoint(EhciExtension,
EndpointProperties,
EhciEndpoint);
break;
default:
MPStatus = MP_STATUS_NOT_SUPPORTED;
break;
}
return MPStatus;
}
MPSTATUS
NTAPI
EHCI_ReopenEndpoint(IN PVOID ehciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PVOID ehciEndpoint)
{
PEHCI_ENDPOINT EhciEndpoint;
ULONG TransferType;
PEHCI_HCD_QH QH;
MPSTATUS MPStatus;
EhciEndpoint = ehciEndpoint;
TransferType = EndpointProperties->TransferType;
DPRINT("EHCI_ReopenEndpoint: EhciEndpoint - %p, TransferType - %x\n",
EhciEndpoint,
TransferType);
switch (TransferType)
{
case USBPORT_TRANSFER_TYPE_ISOCHRONOUS:
if (EndpointProperties->DeviceSpeed == UsbHighSpeed)
{
DPRINT1("EHCI_ReopenEndpoint: HS Iso. UNIMPLEMENTED. FIXME\n");
MPStatus = MP_STATUS_NOT_SUPPORTED;
}
else
{
DPRINT1("EHCI_ReopenEndpoint: Iso. UNIMPLEMENTED. FIXME\n");
MPStatus = MP_STATUS_NOT_SUPPORTED;
}
break;
case USBPORT_TRANSFER_TYPE_CONTROL:
case USBPORT_TRANSFER_TYPE_BULK:
case USBPORT_TRANSFER_TYPE_INTERRUPT:
RtlCopyMemory(&EhciEndpoint->EndpointProperties,
EndpointProperties,
sizeof(EhciEndpoint->EndpointProperties));
QH = EhciEndpoint->QH;
QH->sqh.HwQH.EndpointParams.DeviceAddress = EndpointProperties->DeviceAddress;
QH->sqh.HwQH.EndpointParams.MaximumPacketLength = EndpointProperties->MaxPacketSize;
QH->sqh.HwQH.EndpointCaps.HubAddr = EndpointProperties->HubAddr;
MPStatus = MP_STATUS_SUCCESS;
break;
default:
DPRINT1("EHCI_ReopenEndpoint: Unknown TransferType\n");
MPStatus = MP_STATUS_SUCCESS;
break;
}
return MPStatus;
}
VOID
NTAPI
EHCI_QueryEndpointRequirements(IN PVOID ehciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PUSBPORT_ENDPOINT_REQUIREMENTS EndpointRequirements)
{
ULONG TransferType;
DPRINT("EHCI_QueryEndpointRequirements: ... \n");
TransferType = EndpointProperties->TransferType;
switch (TransferType)
{
case USBPORT_TRANSFER_TYPE_ISOCHRONOUS:
DPRINT("EHCI_QueryEndpointRequirements: IsoTransfer\n");
if (EndpointProperties->DeviceSpeed == UsbHighSpeed)
{
EndpointRequirements->HeaderBufferSize = EHCI_MAX_HS_ISO_HEADER_BUFFER_SIZE;
EndpointRequirements->MaxTransferSize = EHCI_MAX_HS_ISO_TRANSFER_SIZE;
}
else
{
EndpointRequirements->HeaderBufferSize = EHCI_MAX_FS_ISO_HEADER_BUFFER_SIZE;
EndpointRequirements->MaxTransferSize = EHCI_MAX_FS_ISO_TRANSFER_SIZE;
}
break;
case USBPORT_TRANSFER_TYPE_CONTROL:
DPRINT("EHCI_QueryEndpointRequirements: ControlTransfer\n");
EndpointRequirements->HeaderBufferSize = sizeof(EHCI_HCD_TD) +
sizeof(EHCI_HCD_QH) +
EHCI_MAX_CONTROL_TD_COUNT * sizeof(EHCI_HCD_TD);
EndpointRequirements->MaxTransferSize = EHCI_MAX_CONTROL_TRANSFER_SIZE;
break;
case USBPORT_TRANSFER_TYPE_BULK:
DPRINT("EHCI_QueryEndpointRequirements: BulkTransfer\n");
EndpointRequirements->HeaderBufferSize = sizeof(EHCI_HCD_TD) +
sizeof(EHCI_HCD_QH) +
EHCI_MAX_BULK_TD_COUNT * sizeof(EHCI_HCD_TD);
EndpointRequirements->MaxTransferSize = EHCI_MAX_BULK_TRANSFER_SIZE;
break;
case USBPORT_TRANSFER_TYPE_INTERRUPT:
DPRINT("EHCI_QueryEndpointRequirements: InterruptTransfer\n");
EndpointRequirements->HeaderBufferSize = sizeof(EHCI_HCD_TD) +
sizeof(EHCI_HCD_QH) +
EHCI_MAX_INTERRUPT_TD_COUNT * sizeof(EHCI_HCD_TD);
EndpointRequirements->MaxTransferSize = EHCI_MAX_INTERRUPT_TRANSFER_SIZE;
break;
default:
DPRINT1("EHCI_QueryEndpointRequirements: Unknown TransferType - %x\n",
TransferType);
DbgBreakPoint();
break;
}
}
VOID
NTAPI
EHCI_DisablePeriodicList(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND Command;
DPRINT("EHCI_DisablePeriodicList: ... \n");
if (EhciExtension->Flags & EHCI_FLAGS_IDLE_SUPPORT)
{
OperationalRegs = EhciExtension->OperationalRegs;
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.PeriodicEnable = 0;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
}
}
VOID
NTAPI
EHCI_CloseEndpoint(IN PVOID ehciExtension,
IN PVOID ehciEndpoint,
IN BOOLEAN DisablePeriodic)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_ENDPOINT EhciEndpoint = ehciEndpoint;
ULONG TransferType;
DPRINT1("EHCI_CloseEndpoint: EhciEndpoint - %p, DisablePeriodic - %X\n",
EhciEndpoint,
DisablePeriodic);
if (DisablePeriodic)
{
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType == USBPORT_TRANSFER_TYPE_ISOCHRONOUS ||
TransferType == USBPORT_TRANSFER_TYPE_INTERRUPT)
{
EHCI_DisablePeriodicList(EhciExtension);
}
}
}
PEHCI_STATIC_QH
NTAPI
EHCI_GetQhForFrame(IN PEHCI_EXTENSION EhciExtension,
IN ULONG FrameIdx)
{
//DPRINT_EHCI("EHCI_GetQhForFrame: FrameIdx - %x, Balance[FrameIdx] - %x\n",
// FrameIdx,
// Balance[FrameIdx & 0x1F]);
return EhciExtension->PeriodicHead[Balance[FrameIdx & (EHCI_FRAMES - 1)]];
}
PEHCI_HCD_QH
NTAPI
EHCI_GetDummyQhForFrame(IN PEHCI_EXTENSION EhciExtension,
IN ULONG Idx)
{
return (PEHCI_HCD_QH)((ULONG_PTR)EhciExtension->IsoDummyQHListVA +
Idx * sizeof(EHCI_HCD_QH));
}
VOID
NTAPI
EHCI_AlignHwStructure(IN PEHCI_EXTENSION EhciExtension,
IN PULONG PhysicalAddress,
IN PULONG_PTR VirtualAddress,
IN ULONG Alignment)
{
ULONG PAddress;
ULONG NewPAddress;
ULONG_PTR VAddress;
//DPRINT_EHCI("EHCI_AlignHwStructure: *PhysicalAddress - %X, *VirtualAddress - %X, Alignment - %x\n",
// *PhysicalAddress,
// *VirtualAddress,
// Alignment);
PAddress = *PhysicalAddress;
VAddress = *VirtualAddress;
NewPAddress = (ULONG)(ULONG_PTR)PAGE_ALIGN(*PhysicalAddress + Alignment - 1);
if (NewPAddress != (ULONG)(ULONG_PTR)PAGE_ALIGN(*PhysicalAddress))
{
VAddress += NewPAddress - PAddress;
PAddress = NewPAddress;
DPRINT("EHCI_AlignHwStructure: VAddress - %X, PAddress - %X\n",
VAddress,
PAddress);
}
*VirtualAddress = VAddress;
*PhysicalAddress = PAddress;
}
VOID
NTAPI
EHCI_AddDummyQHs(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_HC_RESOURCES HcResourcesVA;
PEHCI_HCD_QH DummyQH;
ULONG DummyQhPA;
EHCI_QH_EP_PARAMS EndpointParams;
EHCI_LINK_POINTER PAddress;
ULONG Frame;
DPRINT("EHCI_AddDummyQueueHeads: EhciExtension - %p\n", EhciExtension);
HcResourcesVA = EhciExtension->HcResourcesVA;
DummyQH = EhciExtension->IsoDummyQHListVA;
DummyQhPA = EhciExtension->IsoDummyQHListPA;
for (Frame = 0; Frame < EHCI_FRAME_LIST_MAX_ENTRIES; Frame++)
{
RtlZeroMemory(DummyQH, sizeof(EHCI_HCD_QH));
PAddress.AsULONG = HcResourcesVA->PeriodicFrameList[Frame];
DummyQH->sqh.HwQH.HorizontalLink.AsULONG = PAddress.AsULONG;
DummyQH->sqh.HwQH.CurrentTD = 0;
DummyQH->sqh.HwQH.NextTD = TERMINATE_POINTER;
DummyQH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
EndpointParams = DummyQH->sqh.HwQH.EndpointParams;
EndpointParams.DeviceAddress = 0;
EndpointParams.EndpointSpeed = 0;
EndpointParams.MaximumPacketLength = EHCI_DUMMYQH_MAX_PACKET_LENGTH;
DummyQH->sqh.HwQH.EndpointParams = EndpointParams;
DummyQH->sqh.HwQH.EndpointCaps.AsULONG = 0;
DummyQH->sqh.HwQH.EndpointCaps.InterruptMask = 0;
DummyQH->sqh.HwQH.EndpointCaps.SplitCompletionMask = 0;
DummyQH->sqh.HwQH.EndpointCaps.PipeMultiplier = 1;
DummyQH->sqh.HwQH.Token.Status &= (UCHAR)~EHCI_TOKEN_STATUS_ACTIVE;
DummyQH->sqh.PhysicalAddress = DummyQhPA;
DummyQH->sqh.StaticQH = EHCI_GetQhForFrame(EhciExtension, Frame);
PAddress.AsULONG = DummyQhPA;
PAddress.Reserved = 0;
PAddress.Type = EHCI_LINK_TYPE_QH;
HcResourcesVA->PeriodicFrameList[Frame] = PAddress.AsULONG;
DummyQH++;
DummyQhPA += sizeof(EHCI_HCD_QH);
}
}
VOID
NTAPI
EHCI_InitializeInterruptSchedule(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_STATIC_QH StaticQH;
ULONG ix;
DPRINT("EHCI_InitializeInterruptSchedule: ... \n");
for (ix = 0; ix < INTERRUPT_ENDPOINTs; ix++)
{
StaticQH = EhciExtension->PeriodicHead[ix];
StaticQH->HwQH.EndpointParams.HeadReclamationListFlag = 0;
StaticQH->HwQH.NextTD |= TERMINATE_POINTER;
StaticQH->HwQH.Token.Status |= (UCHAR)EHCI_TOKEN_STATUS_HALTED;
}
for (ix = 1; ix < INTERRUPT_ENDPOINTs; ix++)
{
StaticQH = EhciExtension->PeriodicHead[ix];
StaticQH->PrevHead = NULL;
StaticQH->NextHead = (PEHCI_HCD_QH)EhciExtension->PeriodicHead[LinkTable[ix]];
StaticQH->HwQH.HorizontalLink.AsULONG =
EhciExtension->PeriodicHead[LinkTable[ix]]->PhysicalAddress;
StaticQH->HwQH.HorizontalLink.Type = EHCI_LINK_TYPE_QH;
StaticQH->HwQH.EndpointCaps.InterruptMask = 0xFF;
StaticQH->QhFlags |= EHCI_QH_FLAG_STATIC;
if (ix < (ENDPOINT_INTERRUPT_8ms - 1))
StaticQH->QhFlags |= EHCI_QH_FLAG_STATIC_FAST;
}
EhciExtension->PeriodicHead[0]->HwQH.HorizontalLink.Terminate = 1;
EhciExtension->PeriodicHead[0]->QhFlags |= (EHCI_QH_FLAG_STATIC |
EHCI_QH_FLAG_STATIC_FAST);
}
MPSTATUS
NTAPI
EHCI_InitializeSchedule(IN PEHCI_EXTENSION EhciExtension,
IN ULONG_PTR BaseVA,
IN ULONG BasePA)
{
PEHCI_HW_REGISTERS OperationalRegs;
PEHCI_HC_RESOURCES HcResourcesVA;
ULONG HcResourcesPA;
PEHCI_STATIC_QH AsyncHead;
ULONG AsyncHeadPA;
PEHCI_STATIC_QH PeriodicHead;
ULONG PeriodicHeadPA;
PEHCI_STATIC_QH StaticQH;
EHCI_LINK_POINTER NextLink;
EHCI_LINK_POINTER StaticHeadPA;
ULONG Frame;
ULONG ix;
DPRINT("EHCI_InitializeSchedule: BaseVA - %p, BasePA - %p\n",
BaseVA,
BasePA);
OperationalRegs = EhciExtension->OperationalRegs;
HcResourcesVA = (PEHCI_HC_RESOURCES)BaseVA;
HcResourcesPA = BasePA;
EhciExtension->HcResourcesVA = HcResourcesVA;
EhciExtension->HcResourcesPA = BasePA;
/* Asynchronous Schedule */
AsyncHead = &HcResourcesVA->AsyncHead;
AsyncHeadPA = HcResourcesPA + FIELD_OFFSET(EHCI_HC_RESOURCES, AsyncHead);
RtlZeroMemory(AsyncHead, sizeof(EHCI_STATIC_QH));
NextLink.AsULONG = AsyncHeadPA;
NextLink.Type = EHCI_LINK_TYPE_QH;
AsyncHead->HwQH.HorizontalLink = NextLink;
AsyncHead->HwQH.EndpointParams.HeadReclamationListFlag = 1;
AsyncHead->HwQH.EndpointCaps.PipeMultiplier = 1;
AsyncHead->HwQH.NextTD |= TERMINATE_POINTER;
AsyncHead->HwQH.Token.Status = (UCHAR)EHCI_TOKEN_STATUS_HALTED;
AsyncHead->PhysicalAddress = AsyncHeadPA;
AsyncHead->PrevHead = AsyncHead->NextHead = (PEHCI_HCD_QH)AsyncHead;
EhciExtension->AsyncHead = AsyncHead;
/* Periodic Schedule */
PeriodicHead = &HcResourcesVA->PeriodicHead[0];
PeriodicHeadPA = HcResourcesPA + FIELD_OFFSET(EHCI_HC_RESOURCES, PeriodicHead[0]);
for (ix = 0; ix < (INTERRUPT_ENDPOINTs + 1); ix++)
{
EHCI_AlignHwStructure(EhciExtension,
&PeriodicHeadPA,
(PULONG_PTR)&PeriodicHead,
80);
EhciExtension->PeriodicHead[ix] = PeriodicHead;
EhciExtension->PeriodicHead[ix]->PhysicalAddress = PeriodicHeadPA;
PeriodicHead += 1;
PeriodicHeadPA += sizeof(EHCI_STATIC_QH);
}
EHCI_InitializeInterruptSchedule(EhciExtension);
for (Frame = 0; Frame < EHCI_FRAME_LIST_MAX_ENTRIES; Frame++)
{
StaticQH = EHCI_GetQhForFrame(EhciExtension, Frame);
StaticHeadPA.AsULONG = StaticQH->PhysicalAddress;
StaticHeadPA.Type = EHCI_LINK_TYPE_QH;
//DPRINT_EHCI("EHCI_InitializeSchedule: StaticHeadPA[%x] - %X\n",
// Frame,
// StaticHeadPA);
HcResourcesVA->PeriodicFrameList[Frame] = StaticHeadPA.AsULONG;
}
EhciExtension->IsoDummyQHListVA = &HcResourcesVA->IsoDummyQH[0];
EhciExtension->IsoDummyQHListPA = HcResourcesPA + FIELD_OFFSET(EHCI_HC_RESOURCES, IsoDummyQH[0]);
EHCI_AddDummyQHs(EhciExtension);
WRITE_REGISTER_ULONG(&OperationalRegs->PeriodicListBase,
EhciExtension->HcResourcesPA + FIELD_OFFSET(EHCI_HC_RESOURCES, PeriodicFrameList));
WRITE_REGISTER_ULONG(&OperationalRegs->AsyncListBase,
NextLink.AsULONG);
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_InitializeHardware(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_HC_CAPABILITY_REGISTERS CapabilityRegisters;
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND Command;
LARGE_INTEGER EndTime;
LARGE_INTEGER CurrentTime;
EHCI_HC_STRUCTURAL_PARAMS StructuralParams;
DPRINT("EHCI_InitializeHardware: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
CapabilityRegisters = EhciExtension->CapabilityRegisters;
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.Reset = 1;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
KeQuerySystemTime(&EndTime);
EndTime.QuadPart += 100 * 10000; // 100 msec
DPRINT("EHCI_InitializeHardware: Start reset ... \n");
while (TRUE)
{
KeQuerySystemTime(&CurrentTime);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
if (Command.Reset != 1)
break;
if (CurrentTime.QuadPart >= EndTime.QuadPart)
{
if (Command.Reset == 1)
{
DPRINT1("EHCI_InitializeHardware: Reset failed!\n");
return MP_STATUS_HW_ERROR;
}
break;
}
}
DPRINT("EHCI_InitializeHardware: Reset - OK\n");
StructuralParams.AsULONG = READ_REGISTER_ULONG(&CapabilityRegisters->StructParameters.AsULONG);
EhciExtension->NumberOfPorts = StructuralParams.PortCount;
EhciExtension->PortPowerControl = StructuralParams.PortPowerControl;
DPRINT("EHCI_InitializeHardware: StructuralParams - %X\n", StructuralParams.AsULONG);
DPRINT("EHCI_InitializeHardware: PortPowerControl - %x\n", EhciExtension->PortPowerControl);
DPRINT("EHCI_InitializeHardware: N_PORTS - %x\n", EhciExtension->NumberOfPorts);
WRITE_REGISTER_ULONG(&OperationalRegs->PeriodicListBase, 0);
WRITE_REGISTER_ULONG(&OperationalRegs->AsyncListBase, 0);
EhciExtension->InterruptMask.AsULONG = 0;
EhciExtension->InterruptMask.Interrupt = 1;
EhciExtension->InterruptMask.ErrorInterrupt = 1;
EhciExtension->InterruptMask.PortChangeInterrupt = 0;
EhciExtension->InterruptMask.FrameListRollover = 1;
EhciExtension->InterruptMask.HostSystemError = 1;
EhciExtension->InterruptMask.InterruptOnAsyncAdvance = 1;
return MP_STATUS_SUCCESS;
}
UCHAR
NTAPI
EHCI_GetOffsetEECP(IN PEHCI_EXTENSION EhciExtension,
IN UCHAR CapabilityID)
{
EHCI_LEGACY_EXTENDED_CAPABILITY LegacyCapability;
EHCI_HC_CAPABILITY_PARAMS CapParameters;
UCHAR OffsetEECP;
DPRINT("EHCI_GetOffsetEECP: CapabilityID - %x\n", CapabilityID);
CapParameters = EhciExtension->CapabilityRegisters->CapParameters;
OffsetEECP = CapParameters.ExtCapabilitiesPointer;
if (!OffsetEECP)
return 0;
while (TRUE)
{
RegPacket.UsbPortReadWriteConfigSpace(EhciExtension,
TRUE,
&LegacyCapability.AsULONG,
OffsetEECP,
sizeof(LegacyCapability));
DPRINT("EHCI_GetOffsetEECP: OffsetEECP - %x\n", OffsetEECP);
if (LegacyCapability.CapabilityID == CapabilityID)
break;
OffsetEECP = LegacyCapability.NextCapabilityPointer;
if (!OffsetEECP)
return 0;
}
return OffsetEECP;
}
MPSTATUS
NTAPI
EHCI_TakeControlHC(IN PEHCI_EXTENSION EhciExtension)
{
LARGE_INTEGER EndTime;
LARGE_INTEGER CurrentTime;
EHCI_LEGACY_EXTENDED_CAPABILITY LegacyCapability;
UCHAR OffsetEECP;
DPRINT("EHCI_TakeControlHC: EhciExtension - %p\n", EhciExtension);
OffsetEECP = EHCI_GetOffsetEECP(EhciExtension, 1);
if (OffsetEECP == 0)
return MP_STATUS_SUCCESS;
DPRINT("EHCI_TakeControlHC: OffsetEECP - %X\n", OffsetEECP);
RegPacket.UsbPortReadWriteConfigSpace(EhciExtension,
TRUE,
&LegacyCapability.AsULONG,
OffsetEECP,
sizeof(LegacyCapability));
if (LegacyCapability.BiosOwnedSemaphore == 0)
return MP_STATUS_SUCCESS;
LegacyCapability.OsOwnedSemaphore = 1;
RegPacket.UsbPortReadWriteConfigSpace(EhciExtension,
FALSE,
&LegacyCapability.AsULONG,
OffsetEECP,
sizeof(LegacyCapability));
KeQuerySystemTime(&EndTime);
EndTime.QuadPart += 100 * 10000;
do
{
RegPacket.UsbPortReadWriteConfigSpace(EhciExtension,
TRUE,
&LegacyCapability.AsULONG,
OffsetEECP,
sizeof(LegacyCapability));
KeQuerySystemTime(&CurrentTime);
if (LegacyCapability.BiosOwnedSemaphore)
{
DPRINT("EHCI_TakeControlHC: Ownership is ok\n");
break;
}
}
while (CurrentTime.QuadPart <= EndTime.QuadPart);
return MP_STATUS_SUCCESS;
}
VOID
NTAPI
EHCI_GetRegistryParameters(IN PEHCI_EXTENSION EhciExtension)
{
DPRINT1("EHCI_GetRegistryParameters: UNIMPLEMENTED. FIXME\n");
}
MPSTATUS
NTAPI
EHCI_StartController(IN PVOID ehciExtension,
IN PUSBPORT_RESOURCES Resources)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_HC_CAPABILITY_REGISTERS CapabilityRegisters;
PEHCI_HW_REGISTERS OperationalRegs;
MPSTATUS MPStatus;
EHCI_USB_COMMAND Command;
UCHAR CapabilityRegLength;
UCHAR Fladj;
DPRINT("EHCI_StartController: ... \n");
if ((Resources->ResourcesTypes & (USBPORT_RESOURCES_MEMORY | USBPORT_RESOURCES_INTERRUPT)) !=
(USBPORT_RESOURCES_MEMORY | USBPORT_RESOURCES_INTERRUPT))
{
DPRINT1("EHCI_StartController: Resources->ResourcesTypes - %x\n",
Resources->ResourcesTypes);
return MP_STATUS_ERROR;
}
CapabilityRegisters = (PEHCI_HC_CAPABILITY_REGISTERS)Resources->ResourceBase;
EhciExtension->CapabilityRegisters = CapabilityRegisters;
CapabilityRegLength = READ_REGISTER_UCHAR(&CapabilityRegisters->RegistersLength);
OperationalRegs = (PEHCI_HW_REGISTERS)((ULONG_PTR)CapabilityRegisters +
CapabilityRegLength);
EhciExtension->OperationalRegs = OperationalRegs;
DPRINT("EHCI_StartController: CapabilityRegisters - %p\n", CapabilityRegisters);
DPRINT("EHCI_StartController: OperationalRegs - %p\n", OperationalRegs);
RegPacket.UsbPortReadWriteConfigSpace(EhciExtension,
TRUE,
&Fladj,
EHCI_FLADJ_PCI_CONFIG_OFFSET,
sizeof(Fladj));
EhciExtension->FrameLengthAdjustment = Fladj;
EHCI_GetRegistryParameters(EhciExtension);
MPStatus = EHCI_TakeControlHC(EhciExtension);
if (MPStatus)
{
DPRINT1("EHCI_StartController: Unsuccessful TakeControlHC()\n");
return MPStatus;
}
MPStatus = EHCI_InitializeHardware(EhciExtension);
if (MPStatus)
{
DPRINT1("EHCI_StartController: Unsuccessful InitializeHardware()\n");
return MPStatus;
}
MPStatus = EHCI_InitializeSchedule(EhciExtension,
Resources->StartVA,
Resources->StartPA);
if (MPStatus)
{
DPRINT1("EHCI_StartController: Unsuccessful InitializeSchedule()\n");
return MPStatus;
}
RegPacket.UsbPortReadWriteConfigSpace(EhciExtension,
TRUE,
&Fladj,
EHCI_FLADJ_PCI_CONFIG_OFFSET,
sizeof(Fladj));
if (Fladj != EhciExtension->FrameLengthAdjustment)
{
Fladj = EhciExtension->FrameLengthAdjustment;
RegPacket.UsbPortReadWriteConfigSpace(EhciExtension,
FALSE, // write
&Fladj,
EHCI_FLADJ_PCI_CONFIG_OFFSET,
sizeof(Fladj));
}
/* Port routing control logic default-routes all ports to this HC */
EhciExtension->PortRoutingControl = EHCI_CONFIG_FLAG_CONFIGURED;
WRITE_REGISTER_ULONG(&OperationalRegs->ConfigFlag,
EhciExtension->PortRoutingControl);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.InterruptThreshold = 1; // one micro-frame
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.Run = 1; // execution of the schedule
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
EhciExtension->IsStarted = TRUE;
if (Resources->IsChirpHandled)
{
ULONG Port;
for (Port = 1; Port <= EhciExtension->NumberOfPorts; Port++)
{
EHCI_RH_SetFeaturePortPower(EhciExtension, Port);
}
RegPacket.UsbPortWait(EhciExtension, 200);
for (Port = 1; Port <= EhciExtension->NumberOfPorts; Port++)
{
EHCI_RH_ChirpRootPort(EhciExtension, Port++);
}
}
return MPStatus;
}
VOID
NTAPI
EHCI_StopController(IN PVOID ehciExtension,
IN BOOLEAN DisableInterrupts)
{
DPRINT1("EHCI_StopController: UNIMPLEMENTED. FIXME\n");
}
VOID
NTAPI
EHCI_SuspendController(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND Command;
EHCI_USB_STATUS Status;
EHCI_INTERRUPT_ENABLE IntrEn;
ULONG ix;
DPRINT("EHCI_SuspendController: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
EhciExtension->BackupPeriodiclistbase = READ_REGISTER_ULONG(&OperationalRegs->PeriodicListBase);
EhciExtension->BackupAsynclistaddr = READ_REGISTER_ULONG(&OperationalRegs->AsyncListBase);
EhciExtension->BackupCtrlDSSegment = READ_REGISTER_ULONG(&OperationalRegs->SegmentSelector);
EhciExtension->BackupUSBCmd = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.InterruptAdvanceDoorbell = 0;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.Run = 0;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
KeStallExecutionProcessor(125);
Status.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG);
Status.HCHalted = 0;
Status.Reclamation = 0;
Status.PeriodicStatus = 0;
Status.AsynchronousStatus = 0;
if (Status.AsULONG)
WRITE_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG, Status.AsULONG);
WRITE_REGISTER_ULONG(&OperationalRegs->HcInterruptEnable.AsULONG, 0);
for (ix = 0; ix < 10; ix++)
{
Status.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG);
if (Status.HCHalted)
break;
RegPacket.UsbPortWait(EhciExtension, 1);
}
if (!Status.HCHalted)
DbgBreakPoint();
IntrEn.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcInterruptEnable.AsULONG);
IntrEn.PortChangeInterrupt = 1;
WRITE_REGISTER_ULONG(&OperationalRegs->HcInterruptEnable.AsULONG, IntrEn.AsULONG);
EhciExtension->Flags |= EHCI_FLAGS_CONTROLLER_SUSPEND;
}
MPSTATUS
NTAPI
EHCI_ResumeController(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_HW_REGISTERS OperationalRegs;
ULONG RoutingControl;
EHCI_USB_COMMAND Command;
DPRINT("EHCI_ResumeController: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
RoutingControl = EhciExtension->PortRoutingControl;
if (!(RoutingControl & EHCI_CONFIG_FLAG_CONFIGURED))
{
EhciExtension->PortRoutingControl = RoutingControl | EHCI_CONFIG_FLAG_CONFIGURED;
WRITE_REGISTER_ULONG(&OperationalRegs->ConfigFlag,
EhciExtension->PortRoutingControl);
return MP_STATUS_HW_ERROR;
}
WRITE_REGISTER_ULONG(&OperationalRegs->SegmentSelector,
EhciExtension->BackupCtrlDSSegment);
WRITE_REGISTER_ULONG(&OperationalRegs->PeriodicListBase,
EhciExtension->BackupPeriodiclistbase);
WRITE_REGISTER_ULONG(&OperationalRegs->AsyncListBase,
EhciExtension->BackupAsynclistaddr);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.AsULONG = Command.AsULONG ^ EhciExtension->BackupUSBCmd;
Command.Reset = 0;
Command.FrameListSize = 0;
Command.InterruptAdvanceDoorbell = 0;
Command.LightResetHC = 0;
Command.AsynchronousParkModeCount = 0;
Command.AsynchronousParkModeEnable = 0;
Command.Run = 1;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG,
Command.AsULONG);
WRITE_REGISTER_ULONG(&OperationalRegs->HcInterruptEnable.AsULONG,
EhciExtension->InterruptMask.AsULONG);
EhciExtension->Flags &= ~EHCI_FLAGS_CONTROLLER_SUSPEND;
return MP_STATUS_SUCCESS;
}
BOOLEAN
NTAPI
EHCI_HardwarePresent(IN PEHCI_EXTENSION EhciExtension,
IN BOOLEAN IsInvalidateController)
{
PEHCI_HW_REGISTERS OperationalRegs = EhciExtension->OperationalRegs;
if (READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG) != -1)
return TRUE;
DPRINT1("EHCI_HardwarePresent: IsInvalidateController - %x\n",
IsInvalidateController);
if (!IsInvalidateController)
return FALSE;
RegPacket.UsbPortInvalidateController(EhciExtension,
USBPORT_INVALIDATE_CONTROLLER_SURPRISE_REMOVE);
return FALSE;
}
BOOLEAN
NTAPI
EHCI_InterruptService(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_HW_REGISTERS OperationalRegs;
BOOLEAN Result = FALSE;
EHCI_USB_STATUS IntrSts;
EHCI_INTERRUPT_ENABLE IntrEn;
EHCI_INTERRUPT_ENABLE iStatus;
EHCI_USB_COMMAND Command;
ULONG FrameIndex;
OperationalRegs = EhciExtension->OperationalRegs;
DPRINT_EHCI("EHCI_InterruptService: ... \n");
Result = EHCI_HardwarePresent(EhciExtension, FALSE);
if (!Result)
return FALSE;
IntrEn.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcInterruptEnable.AsULONG);
IntrSts.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG);
iStatus.AsULONG = (IntrEn.AsULONG & IntrSts.AsULONG) & EHCI_INTERRUPT_MASK;
if (!iStatus.AsULONG)
return FALSE;
EhciExtension->InterruptStatus = iStatus;
WRITE_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG, iStatus.AsULONG);
if (iStatus.HostSystemError)
{
EhciExtension->HcSystemErrors++;
if (EhciExtension->HcSystemErrors < EHCI_MAX_HC_SYSTEM_ERRORS)
{
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.Run = 1;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
}
}
FrameIndex = READ_REGISTER_ULONG(&OperationalRegs->FrameIndex) / EHCI_MICROFRAMES;
FrameIndex &= EHCI_FRINDEX_FRAME_MASK;
if ((FrameIndex ^ EhciExtension->FrameIndex) & EHCI_FRAME_LIST_MAX_ENTRIES)
{
EhciExtension->FrameHighPart += 2 * EHCI_FRAME_LIST_MAX_ENTRIES;
EhciExtension->FrameHighPart -= (FrameIndex ^ EhciExtension->FrameHighPart) &
EHCI_FRAME_LIST_MAX_ENTRIES;
}
EhciExtension->FrameIndex = FrameIndex;
return TRUE;
}
VOID
NTAPI
EHCI_InterruptDpc(IN PVOID ehciExtension,
IN BOOLEAN EnableInterrupts)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_INTERRUPT_ENABLE iStatus;
OperationalRegs = EhciExtension->OperationalRegs;
DPRINT_EHCI("EHCI_InterruptDpc: [%p] EnableInterrupts - %x\n",
EhciExtension, EnableInterrupts);
iStatus = EhciExtension->InterruptStatus;
EhciExtension->InterruptStatus.AsULONG = 0;
if (iStatus.Interrupt == 1 ||
iStatus.ErrorInterrupt == 1 ||
iStatus.InterruptOnAsyncAdvance == 1)
{
DPRINT_EHCI("EHCI_InterruptDpc: [%p] InterruptStatus - %X\n", EhciExtension, iStatus.AsULONG);
RegPacket.UsbPortInvalidateEndpoint(EhciExtension, NULL);
}
if (iStatus.PortChangeInterrupt == 1)
{
DPRINT_EHCI("EHCI_InterruptDpc: [%p] PortChangeInterrupt\n", EhciExtension);
RegPacket.UsbPortInvalidateRootHub(EhciExtension);
}
if (EnableInterrupts)
{
WRITE_REGISTER_ULONG(&OperationalRegs->HcInterruptEnable.AsULONG,
EhciExtension->InterruptMask.AsULONG);
}
}
ULONG
NTAPI
EHCI_MapAsyncTransferToTd(IN PEHCI_EXTENSION EhciExtension,
IN ULONG MaxPacketSize,
IN ULONG TransferedLen,
IN PULONG DataToggle,
IN PEHCI_TRANSFER EhciTransfer,
IN PEHCI_HCD_TD TD,
IN PUSBPORT_SCATTER_GATHER_LIST SgList)
{
PUSBPORT_TRANSFER_PARAMETERS TransferParameters;
PUSBPORT_SCATTER_GATHER_ELEMENT SgElement;
ULONG SgIdx;
ULONG LengthThisTD;
ULONG ix;
ULONG SgRemain;
ULONG DiffLength;
ULONG NumPackets;
DPRINT_EHCI("EHCI_MapAsyncTransferToTd: EhciTransfer - %p, TD - %p, TransferedLen - %x, MaxPacketSize - %x, DataToggle - %x\n",
EhciTransfer,
TD,
TransferedLen,
MaxPacketSize,
DataToggle);
TransferParameters = EhciTransfer->TransferParameters;
SgElement = &SgList->SgElement[0];
for (SgIdx = 0; SgIdx < SgList->SgElementCount; SgIdx++)
{
if (TransferedLen >= SgElement->SgOffset &&
TransferedLen < SgElement->SgOffset + SgElement->SgTransferLength)
{
break;
}
SgElement += 1;
}
SgRemain = SgList->SgElementCount - SgIdx;
if (SgRemain > EHCI_MAX_QTD_BUFFER_PAGES)
{
TD->HwTD.Buffer[0] = SgList->SgElement[SgIdx].SgPhysicalAddress.LowPart -
SgList->SgElement[SgIdx].SgOffset +
TransferedLen;
LengthThisTD = EHCI_MAX_QTD_BUFFER_PAGES * PAGE_SIZE -
(TD->HwTD.Buffer[0] & (PAGE_SIZE - 1));
for (ix = 1; ix < EHCI_MAX_QTD_BUFFER_PAGES; ix++)
{
TD->HwTD.Buffer[ix] = SgList->SgElement[SgIdx + ix].SgPhysicalAddress.LowPart;
}
NumPackets = LengthThisTD / MaxPacketSize;
DiffLength = LengthThisTD - MaxPacketSize * (LengthThisTD / MaxPacketSize);
if (LengthThisTD != MaxPacketSize * (LengthThisTD / MaxPacketSize))
LengthThisTD -= DiffLength;
if (DataToggle && (NumPackets & 1))
*DataToggle = !(*DataToggle);
}
else
{
LengthThisTD = TransferParameters->TransferBufferLength - TransferedLen;
TD->HwTD.Buffer[0] = TransferedLen +
SgList->SgElement[SgIdx].SgPhysicalAddress.LowPart -
SgList->SgElement[SgIdx].SgOffset;
for (ix = 1; ix < EHCI_MAX_QTD_BUFFER_PAGES; ix++)
{
if ((SgIdx + ix) >= SgList->SgElementCount)
break;
TD->HwTD.Buffer[ix] = SgList->SgElement[SgIdx + ix].SgPhysicalAddress.LowPart;
}
}
TD->HwTD.Token.TransferBytes = LengthThisTD;
TD->LengthThisTD = LengthThisTD;
return LengthThisTD + TransferedLen;
}
VOID
NTAPI
EHCI_EnableAsyncList(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND UsbCmd;
DPRINT_EHCI("EHCI_EnableAsyncList: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
UsbCmd.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
UsbCmd.AsynchronousEnable = 1;
WRITE_REGISTER_ULONG((&OperationalRegs->HcCommand.AsULONG), UsbCmd.AsULONG);
}
VOID
NTAPI
EHCI_DisableAsyncList(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND UsbCmd;
DPRINT("EHCI_DisableAsyncList: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
UsbCmd.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
UsbCmd.AsynchronousEnable = 0;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, UsbCmd.AsULONG);
}
VOID
NTAPI
EHCI_EnablePeriodicList(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND Command;
DPRINT("EHCI_EnablePeriodicList: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Command.PeriodicEnable = 1;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
}
VOID
NTAPI
EHCI_FlushAsyncCache(IN PEHCI_EXTENSION EhciExtension)
{
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND Command;
EHCI_USB_STATUS Status;
LARGE_INTEGER CurrentTime;
LARGE_INTEGER EndTime;
EHCI_USB_COMMAND Cmd;
DPRINT_EHCI("EHCI_FlushAsyncCache: EhciExtension - %p\n", EhciExtension);
OperationalRegs = EhciExtension->OperationalRegs;
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
Status.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG);
if (!Status.AsynchronousStatus && !Command.AsynchronousEnable)
return;
if (Status.AsynchronousStatus && !Command.AsynchronousEnable)
{
KeQuerySystemTime(&EndTime);
EndTime.QuadPart += 100 * 10000; //100 ms
do
{
Status.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
KeQuerySystemTime(&CurrentTime);
if (CurrentTime.QuadPart > EndTime.QuadPart)
RegPacket.UsbPortBugCheck(EhciExtension);
}
while (Status.AsynchronousStatus && Command.AsULONG != -1 && Command.Run);
return;
}
if (!Status.AsynchronousStatus && Command.AsynchronousEnable)
{
KeQuerySystemTime(&EndTime);
EndTime.QuadPart += 100 * 10000; //100 ms
do
{
Status.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
KeQuerySystemTime(&CurrentTime);
}
while (!Status.AsynchronousStatus && Command.AsULONG != -1 && Command.Run);
}
Command.InterruptAdvanceDoorbell = 1;
WRITE_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG, Command.AsULONG);
KeQuerySystemTime(&EndTime);
EndTime.QuadPart += 100 * 10000; //100 ms
Cmd.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
if (Cmd.InterruptAdvanceDoorbell)
{
while (Cmd.Run)
{
if (Cmd.AsULONG == -1)
break;
KeStallExecutionProcessor(1);
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
KeQuerySystemTime(&CurrentTime);
if (!Command.InterruptAdvanceDoorbell)
break;
Cmd = Command;
}
}
/* InterruptOnAsyncAdvance */
WRITE_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG, 0x20);
}
VOID
NTAPI
EHCI_LockQH(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_HCD_QH QH,
IN ULONG TransferType)
{
PEHCI_HCD_QH PrevQH;
PEHCI_HCD_QH NextQH;
ULONG QhPA;
ULONG FrameIndexReg;
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND Command;
DPRINT_EHCI("EHCI_LockQH: QH - %p, TransferType - %x\n",
QH,
TransferType);
OperationalRegs = EhciExtension->OperationalRegs;
ASSERT((QH->sqh.QhFlags & EHCI_QH_FLAG_UPDATING) == 0);
ASSERT(EhciExtension->LockQH == NULL);
PrevQH = QH->sqh.PrevHead;
QH->sqh.QhFlags |= EHCI_QH_FLAG_UPDATING;
ASSERT(PrevQH);
NextQH = QH->sqh.NextHead;
EhciExtension->PrevQH = PrevQH;
EhciExtension->NextQH = NextQH;
EhciExtension->LockQH = QH;
if (NextQH)
{
QhPA = NextQH->sqh.PhysicalAddress;
QhPA &= LINK_POINTER_MASK + TERMINATE_POINTER;
QhPA |= (EHCI_LINK_TYPE_QH << 1);
}
else
{
QhPA = TERMINATE_POINTER;
}
PrevQH->sqh.HwQH.HorizontalLink.AsULONG = QhPA;
FrameIndexReg = READ_REGISTER_ULONG(&OperationalRegs->FrameIndex);
if (TransferType == USBPORT_TRANSFER_TYPE_INTERRUPT)
{
do
{
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
}
while (READ_REGISTER_ULONG(&OperationalRegs->FrameIndex) ==
FrameIndexReg && (Command.AsULONG != -1) && Command.Run);
}
else
{
EHCI_FlushAsyncCache(EhciExtension);
}
}
VOID
NTAPI
EHCI_UnlockQH(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_HCD_QH QH)
{
ULONG QhPA;
DPRINT_EHCI("EHCI_UnlockQH: QH - %p\n", QH);
ASSERT(QH->sqh.QhFlags & EHCI_QH_FLAG_UPDATING);
ASSERT(EhciExtension->LockQH);
ASSERT(EhciExtension->LockQH == QH);
QH->sqh.QhFlags &= ~EHCI_QH_FLAG_UPDATING;
EhciExtension->LockQH = NULL;
QhPA = QH->sqh.PhysicalAddress;
QhPA &= LINK_POINTER_MASK + TERMINATE_POINTER;
QhPA |= (EHCI_LINK_TYPE_QH << 1);
EhciExtension->PrevQH->sqh.HwQH.HorizontalLink.AsULONG = QhPA;
}
VOID
NTAPI
EHCI_LinkTransferToQueue(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN PEHCI_HCD_TD NextTD)
{
PEHCI_HCD_QH QH;
PEHCI_HCD_TD TD;
PEHCI_TRANSFER Transfer;
PEHCI_HCD_TD LinkTD;
BOOLEAN IsPresent;
ULONG ix;
DPRINT_EHCI("EHCI_LinkTransferToQueue: EhciEndpoint - %p, NextTD - %p\n",
EhciEndpoint,
NextTD);
ASSERT(EhciEndpoint->HcdHeadP != NULL);
IsPresent = EHCI_HardwarePresent(EhciExtension, 0);
QH = EhciEndpoint->QH;
TD = EhciEndpoint->HcdHeadP;
if (TD == EhciEndpoint->HcdTailP)
{
if (IsPresent)
{
EHCI_LockQH(EhciExtension,
QH,
EhciEndpoint->EndpointProperties.TransferType);
}
QH->sqh.HwQH.CurrentTD = EhciEndpoint->DmaBufferPA;
QH->sqh.HwQH.NextTD = NextTD->PhysicalAddress;
QH->sqh.HwQH.AlternateNextTD = NextTD->HwTD.AlternateNextTD;
QH->sqh.HwQH.Token.Status = (UCHAR)~(EHCI_TOKEN_STATUS_ACTIVE |
EHCI_TOKEN_STATUS_HALTED);
QH->sqh.HwQH.Token.TransferBytes = 0;
if (IsPresent)
EHCI_UnlockQH(EhciExtension, QH);
EhciEndpoint->HcdHeadP = NextTD;
}
else
{
DPRINT_EHCI("EHCI_LinkTransferToQueue: TD - %p, HcdTailP - %p\n",
EhciEndpoint->HcdHeadP,
EhciEndpoint->HcdTailP);
LinkTD = EhciEndpoint->HcdHeadP;
while (TD != EhciEndpoint->HcdTailP)
{
LinkTD = TD;
TD = TD->NextHcdTD;
}
ASSERT(LinkTD != EhciEndpoint->HcdTailP);
Transfer = LinkTD->EhciTransfer;
TD = EhciEndpoint->FirstTD;
for (ix = 0; ix < EhciEndpoint->MaxTDs; ix++)
{
if (TD->EhciTransfer == Transfer)
{
TD->AltNextHcdTD = NextTD;
TD->HwTD.AlternateNextTD = NextTD->PhysicalAddress;
}
TD += 1;
}
LinkTD->HwTD.NextTD = NextTD->PhysicalAddress;
LinkTD->NextHcdTD = NextTD;
if (QH->sqh.HwQH.CurrentTD == LinkTD->PhysicalAddress)
{
QH->sqh.HwQH.NextTD = NextTD->PhysicalAddress;
QH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
}
}
}
MPSTATUS
NTAPI
EHCI_ControlTransfer(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN PUSBPORT_TRANSFER_PARAMETERS TransferParameters,
IN PEHCI_TRANSFER EhciTransfer,
IN PUSBPORT_SCATTER_GATHER_LIST SgList)
{
PEHCI_HCD_TD FirstTD;
PEHCI_HCD_TD LastTD;
PEHCI_HCD_TD TD;
PEHCI_HCD_TD PrevTD;
PEHCI_HCD_TD LinkTD;
ULONG TransferedLen = 0;
EHCI_TD_TOKEN Token;
ULONG DataToggle = 1;
DPRINT_EHCI("EHCI_ControlTransfer: EhciEndpoint - %p, EhciTransfer - %p\n",
EhciEndpoint,
EhciTransfer);
if (EhciEndpoint->RemainTDs < EHCI_MAX_CONTROL_TD_COUNT)
return MP_STATUS_FAILURE;
EhciExtension->PendingTransfers++;
EhciEndpoint->PendingTDs++;
EhciTransfer->TransferOnAsyncList = 1;
FirstTD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
if (!FirstTD)
{
RegPacket.UsbPortBugCheck(EhciExtension);
return MP_STATUS_FAILURE;
}
EhciTransfer->PendingTDs++;
FirstTD->TdFlags |= EHCI_HCD_TD_FLAG_PROCESSED;
FirstTD->EhciTransfer = EhciTransfer;
FirstTD->HwTD.Buffer[0] = FirstTD->PhysicalAddress + FIELD_OFFSET(EHCI_HCD_TD, SetupPacket);
FirstTD->HwTD.Buffer[1] = 0;
FirstTD->HwTD.Buffer[2] = 0;
FirstTD->HwTD.Buffer[3] = 0;
FirstTD->HwTD.Buffer[4] = 0;
FirstTD->NextHcdTD = NULL;
FirstTD->HwTD.NextTD = TERMINATE_POINTER;
FirstTD->HwTD.AlternateNextTD = TERMINATE_POINTER;
FirstTD->HwTD.Token.AsULONG = 0;
FirstTD->HwTD.Token.ErrorCounter = 3;
FirstTD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_SETUP;
FirstTD->HwTD.Token.Status = (UCHAR)EHCI_TOKEN_STATUS_ACTIVE;
FirstTD->HwTD.Token.TransferBytes = sizeof(FirstTD->SetupPacket);
RtlCopyMemory(&FirstTD->SetupPacket,
&TransferParameters->SetupPacket,
sizeof(FirstTD->SetupPacket));
LastTD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
if (!LastTD)
{
RegPacket.UsbPortBugCheck(EhciExtension);
return MP_STATUS_FAILURE;
}
EhciTransfer->PendingTDs++;
LastTD->TdFlags |= EHCI_HCD_TD_FLAG_PROCESSED;
LastTD->EhciTransfer = EhciTransfer;
LastTD->HwTD.Buffer[0] = 0;
LastTD->HwTD.Buffer[1] = 0;
LastTD->HwTD.Buffer[2] = 0;
LastTD->HwTD.Buffer[3] = 0;
LastTD->HwTD.Buffer[4] = 0;
LastTD->NextHcdTD = NULL;
LastTD->HwTD.NextTD = TERMINATE_POINTER;
LastTD->HwTD.AlternateNextTD = TERMINATE_POINTER;
LastTD->HwTD.Token.AsULONG = 0;
LastTD->HwTD.Token.ErrorCounter = 3;
FirstTD->AltNextHcdTD = LastTD;
FirstTD->HwTD.AlternateNextTD = LastTD->PhysicalAddress;
PrevTD = FirstTD;
LinkTD = FirstTD;
while (TransferedLen < TransferParameters->TransferBufferLength)
{
TD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
if (!TD)
{
RegPacket.UsbPortBugCheck(EhciExtension);
return MP_STATUS_FAILURE;
}
LinkTD = TD;
EhciTransfer->PendingTDs++;
TD->TdFlags |= EHCI_HCD_TD_FLAG_PROCESSED;
TD->EhciTransfer = EhciTransfer;
TD->HwTD.Buffer[0] = 0;
TD->HwTD.Buffer[1] = 0;
TD->HwTD.Buffer[2] = 0;
TD->HwTD.Buffer[3] = 0;
TD->HwTD.Buffer[4] = 0;
TD->NextHcdTD = NULL;
TD->HwTD.NextTD = TERMINATE_POINTER;
TD->HwTD.AlternateNextTD = TERMINATE_POINTER;
TD->HwTD.Token.AsULONG = 0;
TD->HwTD.Token.ErrorCounter = 3;
PrevTD->NextHcdTD = TD;
PrevTD->HwTD.NextTD = TD->PhysicalAddress;
if (TransferParameters->TransferFlags & USBD_TRANSFER_DIRECTION_IN)
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_IN;
else
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_OUT;
TD->HwTD.Token.DataToggle = DataToggle;
TD->HwTD.Token.Status = (UCHAR)EHCI_TOKEN_STATUS_ACTIVE;
if (DataToggle)
TD->HwTD.Token.DataToggle = 1;
else
TD->HwTD.Token.DataToggle = 0;
TD->AltNextHcdTD = LastTD;
TD->HwTD.AlternateNextTD = LastTD->PhysicalAddress;
TransferedLen = EHCI_MapAsyncTransferToTd(EhciExtension,
EhciEndpoint->EndpointProperties.MaxPacketSize,
TransferedLen,
&DataToggle,
EhciTransfer,
TD,
SgList);
PrevTD = TD;
}
LinkTD->NextHcdTD = LastTD;
LinkTD->HwTD.NextTD = LastTD->PhysicalAddress;
LastTD->HwTD.Buffer[0] = 0;
LastTD->LengthThisTD = 0;
Token.AsULONG = 0;
Token.Status = (UCHAR)EHCI_TOKEN_STATUS_ACTIVE;
Token.InterruptOnComplete = 1;
Token.DataToggle = 1;
if (TransferParameters->TransferFlags & USBD_TRANSFER_DIRECTION_IN)
Token.PIDCode = EHCI_TD_TOKEN_PID_OUT;
else
Token.PIDCode = EHCI_TD_TOKEN_PID_IN;
LastTD->HwTD.Token = Token;
LastTD->NextHcdTD = EhciEndpoint->HcdTailP;
LastTD->HwTD.NextTD = EhciEndpoint->HcdTailP->PhysicalAddress;
EHCI_EnableAsyncList(EhciExtension);
EHCI_LinkTransferToQueue(EhciExtension, EhciEndpoint, FirstTD);
ASSERT(EhciEndpoint->HcdTailP->NextHcdTD == NULL);
ASSERT(EhciEndpoint->HcdTailP->AltNextHcdTD == NULL);
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_BulkTransfer(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN PUSBPORT_TRANSFER_PARAMETERS TransferParameters,
IN PEHCI_TRANSFER EhciTransfer,
IN PUSBPORT_SCATTER_GATHER_LIST SgList)
{
PEHCI_HCD_TD PrevTD;
PEHCI_HCD_TD FirstTD;
PEHCI_HCD_TD TD;
ULONG TransferedLen;
DPRINT_EHCI("EHCI_BulkTransfer: EhciEndpoint - %p, EhciTransfer - %p\n",
EhciEndpoint,
EhciTransfer);
if (((TransferParameters->TransferBufferLength /
((EHCI_MAX_QTD_BUFFER_PAGES - 1) * PAGE_SIZE)) + 1) > EhciEndpoint->RemainTDs)
{
DPRINT1("EHCI_BulkTransfer: return MP_STATUS_FAILURE\n");
return MP_STATUS_FAILURE;
}
EhciExtension->PendingTransfers++;
EhciEndpoint->PendingTDs++;
EhciTransfer->TransferOnAsyncList = 1;
TransferedLen = 0;
PrevTD = NULL;
if (TransferParameters->TransferBufferLength)
{
while (TransferedLen < TransferParameters->TransferBufferLength)
{
TD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
if (!TD)
{
RegPacket.UsbPortBugCheck(EhciExtension);
return MP_STATUS_FAILURE;
}
EhciTransfer->PendingTDs++;
TD->TdFlags |= EHCI_HCD_TD_FLAG_PROCESSED;
TD->EhciTransfer = EhciTransfer;
TD->HwTD.Buffer[0] = 0;
TD->HwTD.Buffer[1] = 0;
TD->HwTD.Buffer[2] = 0;
TD->HwTD.Buffer[3] = 0;
TD->HwTD.Buffer[4] = 0;
TD->NextHcdTD = NULL;
TD->HwTD.NextTD = TERMINATE_POINTER;
TD->HwTD.AlternateNextTD = TERMINATE_POINTER;
TD->HwTD.Token.AsULONG = 0;
TD->HwTD.Token.ErrorCounter = 3;
if (EhciTransfer->PendingTDs == 1)
{
FirstTD = TD;
}
else
{
PrevTD->HwTD.NextTD = TD->PhysicalAddress;
PrevTD->NextHcdTD = TD;
}
TD->HwTD.AlternateNextTD = EhciEndpoint->HcdTailP->PhysicalAddress;
TD->AltNextHcdTD = EhciEndpoint->HcdTailP;
TD->HwTD.Token.InterruptOnComplete = 1;
if (TransferParameters->TransferFlags & USBD_TRANSFER_DIRECTION_IN)
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_IN;
else
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_OUT;
TD->HwTD.Token.Status = (UCHAR)EHCI_TOKEN_STATUS_ACTIVE;
TD->HwTD.Token.DataToggle = 1;
TransferedLen = EHCI_MapAsyncTransferToTd(EhciExtension,
EhciEndpoint->EndpointProperties.MaxPacketSize,
TransferedLen,
0,
EhciTransfer,
TD,
SgList);
PrevTD = TD;
}
}
else
{
TD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
if (!TD)
{
RegPacket.UsbPortBugCheck(EhciExtension);
return MP_STATUS_FAILURE;
}
EhciTransfer->PendingTDs++;
TD->TdFlags |= EHCI_HCD_TD_FLAG_PROCESSED;
TD->EhciTransfer = EhciTransfer;
TD->HwTD.Buffer[0] = 0;
TD->HwTD.Buffer[1] = 0;
TD->HwTD.Buffer[2] = 0;
TD->HwTD.Buffer[3] = 0;
TD->HwTD.Buffer[4] = 0;
TD->HwTD.NextTD = TERMINATE_POINTER;
TD->HwTD.AlternateNextTD = TERMINATE_POINTER;
TD->HwTD.Token.AsULONG = 0;
TD->HwTD.Token.ErrorCounter = 3;
TD->NextHcdTD = NULL;
ASSERT(EhciTransfer->PendingTDs == 1);
FirstTD = TD;
TD->HwTD.AlternateNextTD = EhciEndpoint->HcdTailP->PhysicalAddress;
TD->AltNextHcdTD = EhciEndpoint->HcdTailP;
TD->HwTD.Token.InterruptOnComplete = 1;
if (TransferParameters->TransferFlags & USBD_TRANSFER_DIRECTION_IN)
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_IN;
else
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_OUT;
TD->HwTD.Buffer[0] = TD->PhysicalAddress;
TD->HwTD.Token.Status = (UCHAR)EHCI_TOKEN_STATUS_ACTIVE;
TD->HwTD.Token.DataToggle = 1;
TD->LengthThisTD = 0;
}
TD->HwTD.NextTD = EhciEndpoint->HcdTailP->PhysicalAddress;
TD->NextHcdTD = EhciEndpoint->HcdTailP;
EHCI_EnableAsyncList(EhciExtension);
EHCI_LinkTransferToQueue(EhciExtension, EhciEndpoint, FirstTD);
ASSERT(EhciEndpoint->HcdTailP->NextHcdTD == 0);
ASSERT(EhciEndpoint->HcdTailP->AltNextHcdTD == 0);
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_InterruptTransfer(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN PUSBPORT_TRANSFER_PARAMETERS TransferParameters,
IN PEHCI_TRANSFER EhciTransfer,
IN PUSBPORT_SCATTER_GATHER_LIST SgList)
{
PEHCI_HCD_TD TD;
PEHCI_HCD_TD FirstTD;
PEHCI_HCD_TD PrevTD = NULL;
ULONG TransferedLen = 0;
DPRINT_EHCI("EHCI_InterruptTransfer: EhciEndpoint - %p, EhciTransfer - %p\n",
EhciEndpoint,
EhciTransfer);
if (!EhciEndpoint->RemainTDs)
{
DPRINT1("EHCI_InterruptTransfer: EhciEndpoint - %p\n", EhciEndpoint);
DbgBreakPoint();
return MP_STATUS_FAILURE;
}
EhciEndpoint->PendingTDs++;
if (!TransferParameters->TransferBufferLength)
{
DPRINT1("EHCI_InterruptTransfer: EhciEndpoint - %p\n", EhciEndpoint);
DbgBreakPoint();
return MP_STATUS_FAILURE;
}
while (TransferedLen < TransferParameters->TransferBufferLength)
{
TD = EHCI_AllocTd(EhciExtension, EhciEndpoint);
if (!TD)
{
DPRINT1("EHCI_InterruptTransfer: EhciEndpoint - %p\n", EhciEndpoint);
RegPacket.UsbPortBugCheck(EhciExtension);
return MP_STATUS_FAILURE;
}
EhciTransfer->PendingTDs++;
TD->TdFlags |= EHCI_HCD_TD_FLAG_PROCESSED;
TD->EhciTransfer = EhciTransfer;
TD->HwTD.Buffer[0] = 0;
TD->HwTD.Buffer[1] = 0;
TD->HwTD.Buffer[2] = 0;
TD->HwTD.Buffer[3] = 0;
TD->HwTD.Buffer[4] = 0;
TD->HwTD.NextTD = TERMINATE_POINTER;
TD->HwTD.AlternateNextTD = TERMINATE_POINTER;
TD->HwTD.Token.AsULONG = 0;
TD->HwTD.Token.ErrorCounter = 3;
TD->NextHcdTD = NULL;
if (EhciTransfer->PendingTDs == 1)
{
FirstTD = TD;
}
else if (PrevTD)
{
PrevTD->HwTD.NextTD = TD->PhysicalAddress;
PrevTD->NextHcdTD = TD;
}
if (TransferParameters->TransferFlags & USBD_TRANSFER_DIRECTION_IN)
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_IN;
else
TD->HwTD.Token.PIDCode = EHCI_TD_TOKEN_PID_OUT;
TD->HwTD.Token.Status = (UCHAR)EHCI_TOKEN_STATUS_ACTIVE;
TD->HwTD.Token.DataToggle = 1;
TransferedLen = EHCI_MapAsyncTransferToTd(EhciExtension,
EhciEndpoint->EndpointProperties.TotalMaxPacketSize,
TransferedLen,
NULL,
EhciTransfer,
TD,
SgList);
PrevTD = TD;
}
TD->HwTD.Token.InterruptOnComplete = 1;
DPRINT_EHCI("EHCI_InterruptTransfer: PendingTDs - %x, TD->PhysicalAddress - %p, FirstTD - %p\n",
EhciTransfer->PendingTDs,
TD->PhysicalAddress,
FirstTD);
TD->HwTD.NextTD = EhciEndpoint->HcdTailP->PhysicalAddress;
TD->NextHcdTD = EhciEndpoint->HcdTailP;
EHCI_LinkTransferToQueue(EhciExtension, EhciEndpoint, FirstTD);
ASSERT(EhciEndpoint->HcdTailP->NextHcdTD == NULL);
ASSERT(EhciEndpoint->HcdTailP->AltNextHcdTD == NULL);
EHCI_EnablePeriodicList(EhciExtension);
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_SubmitTransfer(IN PVOID ehciExtension,
IN PVOID ehciEndpoint,
IN PUSBPORT_TRANSFER_PARAMETERS TransferParameters,
IN PVOID ehciTransfer,
IN PUSBPORT_SCATTER_GATHER_LIST SgList)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_ENDPOINT EhciEndpoint = ehciEndpoint;
PEHCI_TRANSFER EhciTransfer = ehciTransfer;
MPSTATUS MPStatus;
DPRINT_EHCI("EHCI_SubmitTransfer: EhciEndpoint - %p, EhciTransfer - %p\n",
EhciEndpoint,
EhciTransfer);
RtlZeroMemory(EhciTransfer, sizeof(EHCI_TRANSFER));
EhciTransfer->TransferParameters = TransferParameters;
EhciTransfer->USBDStatus = USBD_STATUS_SUCCESS;
EhciTransfer->EhciEndpoint = EhciEndpoint;
switch (EhciEndpoint->EndpointProperties.TransferType)
{
case USBPORT_TRANSFER_TYPE_CONTROL:
MPStatus = EHCI_ControlTransfer(EhciExtension,
EhciEndpoint,
TransferParameters,
EhciTransfer,
SgList);
break;
case USBPORT_TRANSFER_TYPE_BULK:
MPStatus = EHCI_BulkTransfer(EhciExtension,
EhciEndpoint,
TransferParameters,
EhciTransfer,
SgList);
break;
case USBPORT_TRANSFER_TYPE_INTERRUPT:
MPStatus = EHCI_InterruptTransfer(EhciExtension,
EhciEndpoint,
TransferParameters,
EhciTransfer,
SgList);
break;
default:
DbgBreakPoint();
MPStatus = MP_STATUS_NOT_SUPPORTED;
break;
}
return MPStatus;
}
MPSTATUS
NTAPI
EHCI_SubmitIsoTransfer(IN PVOID ehciExtension,
IN PVOID ehciEndpoint,
IN PUSBPORT_TRANSFER_PARAMETERS TransferParameters,
IN PVOID ehciTransfer,
IN PVOID isoParameters)
{
DPRINT1("EHCI_SubmitIsoTransfer: UNIMPLEMENTED. FIXME\n");
return MP_STATUS_SUCCESS;
}
VOID
NTAPI
EHCI_AbortIsoTransfer(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN PEHCI_TRANSFER EhciTransfer)
{
DPRINT1("EHCI_AbortIsoTransfer: UNIMPLEMENTED. FIXME\n");
}
VOID
NTAPI
EHCI_AbortAsyncTransfer(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN PEHCI_TRANSFER EhciTransfer)
{
PEHCI_HCD_QH QH;
PEHCI_HCD_TD TD;
ULONG TransferLength;
PEHCI_HCD_TD CurrentTD;
PEHCI_TRANSFER CurrentTransfer;
ULONG FirstTdPA;
PEHCI_HCD_TD LastTD;
PEHCI_HCD_TD PrevTD;
ULONG NextTD;
DPRINT("EHCI_AbortAsyncTransfer: EhciEndpoint - %p, EhciTransfer - %p\n",
EhciEndpoint,
EhciTransfer);
QH = EhciEndpoint->QH;
TD = EhciEndpoint->HcdHeadP;
ASSERT(EhciEndpoint->PendingTDs);
EhciEndpoint->PendingTDs--;
if (TD->EhciTransfer == EhciTransfer)
{
TransferLength = 0;
while (TD != EhciEndpoint->HcdTailP &&
TD->EhciTransfer == EhciTransfer)
{
TransferLength += TD->LengthThisTD - TD->HwTD.Token.TransferBytes;
TD->HwTD.NextTD = 0;
TD->HwTD.AlternateNextTD = 0;
TD->TdFlags = 0;
TD->EhciTransfer = NULL;
EhciEndpoint->RemainTDs++;
TD = TD->NextHcdTD;
}
if (TransferLength)
EhciTransfer->TransferLen += TransferLength;
QH->sqh.HwQH.CurrentTD = EhciEndpoint->DmaBufferPA;
QH->sqh.HwQH.NextTD = TD->PhysicalAddress;
QH->sqh.HwQH.AlternateNextTD = TD->HwTD.AlternateNextTD;
QH->sqh.HwQH.Token.TransferBytes = 0;
QH->sqh.HwQH.Token.Status = (UCHAR)~(EHCI_TOKEN_STATUS_ACTIVE |
EHCI_TOKEN_STATUS_HALTED);
EhciEndpoint->HcdHeadP = TD;
}
else
{
DPRINT("EHCI_AbortAsyncTransfer: TD->EhciTransfer - %p\n", TD->EhciTransfer);
CurrentTD = RegPacket.UsbPortGetMappedVirtualAddress(QH->sqh.HwQH.CurrentTD,
EhciExtension,
EhciEndpoint);
CurrentTransfer = CurrentTD->EhciTransfer;
TD = EhciEndpoint->HcdHeadP;
while (TD && TD->EhciTransfer != EhciTransfer)
{
PrevTD = TD;
TD = TD->NextHcdTD;
}
FirstTdPA = TD->PhysicalAddress;
while (TD && TD->EhciTransfer == EhciTransfer)
{
TD->HwTD.NextTD = 0;
TD->HwTD.AlternateNextTD = 0;
TD->TdFlags = 0;
TD->EhciTransfer = NULL;
EhciEndpoint->RemainTDs++;
TD = TD->NextHcdTD;
}
LastTD = TD;
NextTD = LastTD->PhysicalAddress + FIELD_OFFSET(EHCI_HCD_TD, HwTD.NextTD);
PrevTD->HwTD.NextTD = LastTD->PhysicalAddress;
PrevTD->HwTD.AlternateNextTD = LastTD->PhysicalAddress;
PrevTD->NextHcdTD = LastTD;
PrevTD->AltNextHcdTD = LastTD;
if (CurrentTransfer == EhciTransfer)
{
QH->sqh.HwQH.CurrentTD = EhciEndpoint->DmaBufferPA;
QH->sqh.HwQH.Token.Status = (UCHAR)~EHCI_TOKEN_STATUS_ACTIVE;
QH->sqh.HwQH.Token.TransferBytes = 0;
QH->sqh.HwQH.NextTD = NextTD;
QH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
return;
}
if (PrevTD->EhciTransfer == CurrentTransfer)
{
if (QH->sqh.HwQH.NextTD == FirstTdPA)
QH->sqh.HwQH.NextTD = NextTD;
if (QH->sqh.HwQH.AlternateNextTD == FirstTdPA)
QH->sqh.HwQH.AlternateNextTD = NextTD;
for (TD = EhciEndpoint->HcdHeadP;
TD;
TD = TD->NextHcdTD)
{
if (TD->EhciTransfer == CurrentTransfer)
{
TD->HwTD.AlternateNextTD = NextTD;
TD->AltNextHcdTD = LastTD;
}
}
}
}
}
VOID
NTAPI
EHCI_AbortTransfer(IN PVOID ehciExtension,
IN PVOID ehciEndpoint,
IN PVOID ehciTransfer,
IN PULONG CompletedLength)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_ENDPOINT EhciEndpoint = ehciEndpoint;
PEHCI_TRANSFER EhciTransfer = ehciTransfer;
ULONG TransferType;
DPRINT("EHCI_AbortTransfer: EhciTransfer - %p, CompletedLength - %x\n",
EhciTransfer,
CompletedLength);
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType == USBPORT_TRANSFER_TYPE_ISOCHRONOUS)
EHCI_AbortIsoTransfer(EhciExtension, EhciEndpoint, EhciTransfer);
else
EHCI_AbortAsyncTransfer(EhciExtension, EhciEndpoint, EhciTransfer);
}
ULONG
NTAPI
EHCI_GetEndpointState(IN PVOID ehciExtension,
IN PVOID ehciEndpoint)
{
DPRINT1("EHCI_GetEndpointState: UNIMPLEMENTED. FIXME\n");
return 0;
}
VOID
NTAPI
EHCI_RemoveQhFromPeriodicList(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint)
{
PEHCI_HCD_QH QH;
PEHCI_HCD_QH NextHead;
ULONG NextQhPA;
PEHCI_HCD_QH PrevHead;
QH = EhciEndpoint->QH;
if (!(QH->sqh.QhFlags & EHCI_QH_FLAG_IN_SCHEDULE))
return;
DPRINT("EHCI_RemoveQhFromPeriodicList: EhciEndpoint - %p, QH - %X, EhciEndpoint->StaticQH - %p\n",
EhciEndpoint,
QH,
EhciEndpoint->StaticQH);
NextHead = QH->sqh.NextHead;
PrevHead = QH->sqh.PrevHead;
PrevHead->sqh.NextHead = NextHead;
if (NextHead)
{
if (!(NextHead->sqh.QhFlags & EHCI_QH_FLAG_STATIC))
NextHead->sqh.PrevHead = PrevHead;
NextQhPA = NextHead->sqh.PhysicalAddress;
NextQhPA &= LINK_POINTER_MASK + TERMINATE_POINTER;
NextQhPA |= (EHCI_LINK_TYPE_QH << 1);
PrevHead->sqh.HwQH.HorizontalLink.AsULONG = NextQhPA;
}
else
{
PrevHead->sqh.HwQH.HorizontalLink.Terminate = 1;
}
QH->sqh.QhFlags &= ~EHCI_QH_FLAG_IN_SCHEDULE;
QH->sqh.NextHead = NULL;
QH->sqh.PrevHead = NULL;
}
VOID
NTAPI
EHCI_RemoveQhFromAsyncList(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_HCD_QH QH)
{
PEHCI_HCD_QH NextHead;
ULONG NextHeadPA;
PEHCI_HCD_QH PrevHead;
PEHCI_STATIC_QH AsyncHead;
ULONG AsyncHeadPA;
DPRINT("EHCI_RemoveQhFromAsyncList: QH - %p\n", QH);
if (QH->sqh.QhFlags & EHCI_QH_FLAG_IN_SCHEDULE)
{
NextHead = QH->sqh.NextHead;
PrevHead = QH->sqh.PrevHead;
AsyncHead = EhciExtension->AsyncHead;
AsyncHeadPA = AsyncHead->PhysicalAddress;
AsyncHeadPA &= LINK_POINTER_MASK + TERMINATE_POINTER;
AsyncHeadPA |= (EHCI_LINK_TYPE_QH << 1);
NextHeadPA = NextHead->sqh.PhysicalAddress;
NextHeadPA &= LINK_POINTER_MASK + TERMINATE_POINTER;
NextHeadPA |= (EHCI_LINK_TYPE_QH << 1);
PrevHead->sqh.HwQH.HorizontalLink.AsULONG = NextHeadPA;
PrevHead->sqh.NextHead = NextHead;
NextHead->sqh.PrevHead = PrevHead;
EHCI_FlushAsyncCache(EhciExtension);
if (READ_REGISTER_ULONG(&EhciExtension->OperationalRegs->AsyncListBase) ==
QH->sqh.PhysicalAddress)
{
WRITE_REGISTER_ULONG(&EhciExtension->OperationalRegs->AsyncListBase,
AsyncHeadPA);
}
QH->sqh.QhFlags &= ~EHCI_QH_FLAG_IN_SCHEDULE;
}
}
VOID
NTAPI
EHCI_InsertQhInPeriodicList(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint)
{
PEHCI_STATIC_QH StaticQH;
PEHCI_HCD_QH QH;
ULONG QhPA;
PEHCI_HCD_QH NextHead;
PEHCI_HCD_QH PrevHead;
QH = EhciEndpoint->QH;
StaticQH = EhciEndpoint->StaticQH;
ASSERT((QH->sqh.QhFlags & EHCI_QH_FLAG_IN_SCHEDULE) == 0);
ASSERT(StaticQH->QhFlags & EHCI_QH_FLAG_STATIC);
NextHead = StaticQH->NextHead;
QH->sqh.Period = EhciEndpoint->EndpointProperties.Period;
QH->sqh.Ordinal = EhciEndpoint->EndpointProperties.Reserved6;
DPRINT("EHCI_InsertQhInPeriodicList: EhciEndpoint - %p, QH - %X, EhciEndpoint->StaticQH - %p\n",
EhciEndpoint,
QH,
EhciEndpoint->StaticQH);
PrevHead = (PEHCI_HCD_QH)StaticQH;
if ((StaticQH->QhFlags & EHCI_QH_FLAG_STATIC) &&
(!NextHead || (NextHead->sqh.QhFlags & EHCI_QH_FLAG_STATIC)))
{
DPRINT("EHCI_InsertQhInPeriodicList: StaticQH - %p, StaticQH->NextHead - %p\n",
StaticQH,
StaticQH->NextHead);
}
else
{
while (NextHead &&
!(NextHead->sqh.QhFlags & EHCI_QH_FLAG_STATIC) &&
QH->sqh.Ordinal > NextHead->sqh.Ordinal)
{
PrevHead = NextHead;
NextHead = NextHead->sqh.NextHead;
}
}
QH->sqh.NextHead = NextHead;
QH->sqh.PrevHead = PrevHead;
if (NextHead && !(NextHead->sqh.QhFlags & EHCI_QH_FLAG_STATIC))
NextHead->sqh.PrevHead = QH;
QH->sqh.QhFlags |= EHCI_QH_FLAG_IN_SCHEDULE;
QH->sqh.HwQH.HorizontalLink = PrevHead->sqh.HwQH.HorizontalLink;
PrevHead->sqh.NextHead = QH;
QhPA = QH->sqh.PhysicalAddress;
QhPA &= LINK_POINTER_MASK + TERMINATE_POINTER;
QhPA |= (EHCI_LINK_TYPE_QH << 1);
PrevHead->sqh.HwQH.HorizontalLink.AsULONG = QhPA;
}
VOID
NTAPI
EHCI_InsertQhInAsyncList(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_HCD_QH QH)
{
PEHCI_STATIC_QH AsyncHead;
ULONG QhPA;
PEHCI_HCD_QH NextHead;
DPRINT("EHCI_InsertQhInAsyncList: QH - %p\n", QH);
ASSERT((QH->sqh.QhFlags & EHCI_QH_FLAG_IN_SCHEDULE) == 0);
ASSERT((QH->sqh.QhFlags & EHCI_QH_FLAG_NUKED) == 0);
AsyncHead = EhciExtension->AsyncHead;
NextHead = AsyncHead->NextHead;
QH->sqh.HwQH.HorizontalLink = AsyncHead->HwQH.HorizontalLink;
QH->sqh.QhFlags |= EHCI_QH_FLAG_IN_SCHEDULE;
QH->sqh.NextHead = NextHead;
QH->sqh.PrevHead = (PEHCI_HCD_QH)AsyncHead;
NextHead->sqh.PrevHead = QH;
QhPA = QH->sqh.PhysicalAddress;
QhPA &= LINK_POINTER_MASK + TERMINATE_POINTER;
QhPA |= (EHCI_LINK_TYPE_QH << 1);
AsyncHead->HwQH.HorizontalLink.AsULONG = QhPA;
AsyncHead->NextHead = QH;
}
VOID
NTAPI
EHCI_SetIsoEndpointState(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN ULONG EndpointState)
{
DPRINT1("EHCI_SetIsoEndpointState: UNIMPLEMENTED. FIXME\n");
}
VOID
NTAPI
EHCI_SetAsyncEndpointState(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint,
IN ULONG EndpointState)
{
PEHCI_HCD_QH QH;
ULONG TransferType;
DPRINT("EHCI_SetAsyncEndpointState: EhciEndpoint - %p, EndpointState - %x\n",
EhciEndpoint,
EndpointState);
QH = EhciEndpoint->QH;
TransferType = EhciEndpoint->EndpointProperties.TransferType;
switch (EndpointState)
{
case USBPORT_ENDPOINT_PAUSED:
if (TransferType == USBPORT_TRANSFER_TYPE_INTERRUPT)
EHCI_RemoveQhFromPeriodicList(EhciExtension, EhciEndpoint);
else
EHCI_RemoveQhFromAsyncList(EhciExtension, EhciEndpoint->QH);
break;
case USBPORT_ENDPOINT_ACTIVE:
if (TransferType == USBPORT_TRANSFER_TYPE_INTERRUPT)
EHCI_InsertQhInPeriodicList(EhciExtension, EhciEndpoint);
else
EHCI_InsertQhInAsyncList(EhciExtension, EhciEndpoint->QH);
break;
case USBPORT_ENDPOINT_REMOVE:
QH->sqh.QhFlags |= EHCI_QH_FLAG_CLOSED;
if (TransferType == USBPORT_TRANSFER_TYPE_INTERRUPT)
EHCI_RemoveQhFromPeriodicList(EhciExtension, EhciEndpoint);
else
EHCI_RemoveQhFromAsyncList(EhciExtension, EhciEndpoint->QH);
break;
default:
DbgBreakPoint();
break;
}
EhciEndpoint->EndpointState = EndpointState;
}
VOID
NTAPI
EHCI_SetEndpointState(IN PVOID ehciExtension,
IN PVOID ehciEndpoint,
IN ULONG EndpointState)
{
PEHCI_ENDPOINT EhciEndpoint;
ULONG TransferType;
DPRINT("EHCI_SetEndpointState: ... \n");
EhciEndpoint = ehciEndpoint;
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType == USBPORT_TRANSFER_TYPE_CONTROL ||
TransferType == USBPORT_TRANSFER_TYPE_BULK ||
TransferType == USBPORT_TRANSFER_TYPE_INTERRUPT)
{
EHCI_SetAsyncEndpointState((PEHCI_EXTENSION)ehciExtension,
EhciEndpoint,
EndpointState);
}
else if (TransferType == USBPORT_TRANSFER_TYPE_ISOCHRONOUS)
{
EHCI_SetIsoEndpointState((PEHCI_EXTENSION)ehciExtension,
EhciEndpoint,
EndpointState);
}
else
{
RegPacket.UsbPortBugCheck(ehciExtension);
}
}
VOID
NTAPI
EHCI_InterruptNextSOF(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
DPRINT_EHCI("EHCI_InterruptNextSOF: ... \n");
RegPacket.UsbPortInvalidateController(EhciExtension,
USBPORT_INVALIDATE_CONTROLLER_SOFT_INTERRUPT);
}
USBD_STATUS
NTAPI
EHCI_GetErrorFromTD(IN PEHCI_HCD_TD TD)
{
EHCI_TD_TOKEN Token;
DPRINT_EHCI("EHCI_GetErrorFromTD: ... \n");
ASSERT(TD->HwTD.Token.Status & EHCI_TOKEN_STATUS_HALTED);
Token = TD->HwTD.Token;
if (Token.Status & EHCI_TOKEN_STATUS_TRANSACTION_ERROR)
{
DPRINT("EHCI_GetErrorFromTD: TD - %p, TRANSACTION_ERROR\n", TD);
return USBD_STATUS_XACT_ERROR;
}
if (Token.Status & EHCI_TOKEN_STATUS_BABBLE_DETECTED)
{
DPRINT("EHCI_GetErrorFromTD: TD - %p, BABBLE_DETECTED\n", TD);
return USBD_STATUS_BABBLE_DETECTED;
}
if (Token.Status & EHCI_TOKEN_STATUS_DATA_BUFFER_ERROR)
{
DPRINT("EHCI_GetErrorFromTD: TD - %p, DATA_BUFFER_ERROR\n", TD);
return USBD_STATUS_DATA_BUFFER_ERROR;
}
if (Token.Status & EHCI_TOKEN_STATUS_MISSED_MICROFRAME)
{
DPRINT("EHCI_GetErrorFromTD: TD - %p, MISSED_MICROFRAME\n", TD);
return USBD_STATUS_XACT_ERROR;
}
DPRINT("EHCI_GetErrorFromTD: TD - %p, STALL_PID\n", TD);
return USBD_STATUS_STALL_PID;
}
VOID
NTAPI
EHCI_ProcessDoneAsyncTd(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_HCD_TD TD)
{
PEHCI_TRANSFER EhciTransfer;
PUSBPORT_TRANSFER_PARAMETERS TransferParameters;
ULONG TransferType;
PEHCI_ENDPOINT EhciEndpoint;
ULONG LengthTransfered;
USBD_STATUS USBDStatus;
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_COMMAND Command;
DPRINT_EHCI("EHCI_ProcessDoneAsyncTd: TD - %p\n", TD);
EhciTransfer = TD->EhciTransfer;
TransferParameters = EhciTransfer->TransferParameters;
EhciTransfer->PendingTDs--;
EhciEndpoint = EhciTransfer->EhciEndpoint;
if (!(TD->TdFlags & EHCI_HCD_TD_FLAG_ACTIVE))
{
if (TD->HwTD.Token.Status & EHCI_TOKEN_STATUS_HALTED)
USBDStatus = EHCI_GetErrorFromTD(TD);
else
USBDStatus = USBD_STATUS_SUCCESS;
LengthTransfered = TD->LengthThisTD - TD->HwTD.Token.TransferBytes;
if (TD->HwTD.Token.PIDCode != EHCI_TD_TOKEN_PID_SETUP)
EhciTransfer->TransferLen += LengthTransfered;
if (USBDStatus != USBD_STATUS_SUCCESS)
EhciTransfer->USBDStatus = USBDStatus;
}
TD->HwTD.NextTD = 0;
TD->HwTD.AlternateNextTD = 0;
TD->TdFlags = 0;
TD->EhciTransfer = NULL;
EhciEndpoint->RemainTDs++;
if (EhciTransfer->PendingTDs == 0)
{
EhciEndpoint->PendingTDs--;
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType == USBPORT_TRANSFER_TYPE_CONTROL ||
TransferType == USBPORT_TRANSFER_TYPE_BULK)
{
EhciExtension->PendingTransfers--;
if (EhciExtension->PendingTransfers == 0)
{
OperationalRegs = EhciExtension->OperationalRegs;
Command.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcCommand.AsULONG);
if (!Command.InterruptAdvanceDoorbell &&
(EhciExtension->Flags & EHCI_FLAGS_IDLE_SUPPORT))
{
EHCI_DisableAsyncList(EhciExtension);
}
}
}
RegPacket.UsbPortCompleteTransfer(EhciExtension,
EhciEndpoint,
TransferParameters,
EhciTransfer->USBDStatus,
EhciTransfer->TransferLen);
}
}
VOID
NTAPI
EHCI_PollActiveAsyncEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint)
{
PEHCI_HCD_QH QH;
PEHCI_HCD_TD TD;
PEHCI_HCD_TD CurrentTD;
ULONG CurrentTDPhys;
BOOLEAN IsScheduled;
DPRINT_EHCI("EHCI_PollActiveAsyncEndpoint: ... \n");
QH = EhciEndpoint->QH;
CurrentTDPhys = QH->sqh.HwQH.CurrentTD & LINK_POINTER_MASK;
ASSERT(CurrentTDPhys);
CurrentTD = RegPacket.UsbPortGetMappedVirtualAddress(CurrentTDPhys,
EhciExtension,
EhciEndpoint);
if (CurrentTD == EhciEndpoint->DmaBufferVA)
return;
IsScheduled = QH->sqh.QhFlags & EHCI_QH_FLAG_IN_SCHEDULE;
if (!EHCI_HardwarePresent(EhciExtension, 0))
IsScheduled = 0;
TD = EhciEndpoint->HcdHeadP;
if (TD == CurrentTD)
{
if (TD != EhciEndpoint->HcdTailP &&
!(TD->HwTD.Token.Status & EHCI_TOKEN_STATUS_ACTIVE))
{
if (TD->NextHcdTD && TD->HwTD.NextTD != TD->NextHcdTD->PhysicalAddress)
TD->HwTD.NextTD = TD->NextHcdTD->PhysicalAddress;
if (TD->AltNextHcdTD &&
TD->HwTD.AlternateNextTD != TD->AltNextHcdTD->PhysicalAddress)
{
TD->HwTD.AlternateNextTD = TD->AltNextHcdTD->PhysicalAddress;
}
if (QH->sqh.HwQH.CurrentTD == TD->PhysicalAddress &&
!(TD->HwTD.Token.Status & EHCI_TOKEN_STATUS_ACTIVE) &&
(QH->sqh.HwQH.NextTD != TD->HwTD.NextTD ||
QH->sqh.HwQH.AlternateNextTD != TD->HwTD.AlternateNextTD))
{
QH->sqh.HwQH.NextTD = TD->HwTD.NextTD;
QH->sqh.HwQH.AlternateNextTD = TD->HwTD.AlternateNextTD;
}
EHCI_InterruptNextSOF(EhciExtension);
}
}
else
{
while (TD != CurrentTD)
{
ASSERT((TD->TdFlags & EHCI_HCD_TD_FLAG_DUMMY) == 0);
TD->TdFlags |= EHCI_HCD_TD_FLAG_DONE;
if (TD->HwTD.Token.Status & EHCI_TOKEN_STATUS_ACTIVE)
TD->TdFlags |= EHCI_HCD_TD_FLAG_ACTIVE;
InsertTailList(&EhciEndpoint->ListTDs, &TD->DoneLink);
TD = TD->NextHcdTD;
}
}
if (CurrentTD->HwTD.Token.Status & EHCI_TOKEN_STATUS_ACTIVE)
{
ASSERT(TD != NULL);
EhciEndpoint->HcdHeadP = TD;
return;
}
if ((CurrentTD->NextHcdTD != EhciEndpoint->HcdTailP) &&
(CurrentTD->AltNextHcdTD != EhciEndpoint->HcdTailP ||
CurrentTD->HwTD.Token.TransferBytes == 0))
{
ASSERT(TD != NULL);
EhciEndpoint->HcdHeadP = TD;
return;
}
if (IsScheduled)
{
EHCI_LockQH(EhciExtension,
QH,
EhciEndpoint->EndpointProperties.TransferType);
}
QH->sqh.HwQH.CurrentTD = EhciEndpoint->DmaBufferPA;
CurrentTD->TdFlags |= EHCI_HCD_TD_FLAG_DONE;
InsertTailList(&EhciEndpoint->ListTDs, &CurrentTD->DoneLink);
if (CurrentTD->HwTD.Token.TransferBytes &&
CurrentTD->AltNextHcdTD == EhciEndpoint->HcdTailP)
{
TD = CurrentTD->NextHcdTD;
while (TD != EhciEndpoint->HcdTailP)
{
TD->TdFlags |= EHCI_HCD_TD_FLAG_ACTIVE;
InsertTailList(&EhciEndpoint->ListTDs, &TD->DoneLink);
TD = TD->NextHcdTD;
}
}
QH->sqh.HwQH.CurrentTD = EhciEndpoint->HcdTailP->PhysicalAddress;
QH->sqh.HwQH.NextTD = TERMINATE_POINTER;
QH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
QH->sqh.HwQH.Token.TransferBytes = 0;
EhciEndpoint->HcdHeadP = EhciEndpoint->HcdTailP;
if (IsScheduled)
EHCI_UnlockQH(EhciExtension, QH);
}
VOID
NTAPI
EHCI_PollHaltedAsyncEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint)
{
PEHCI_HCD_QH QH;
PEHCI_HCD_TD CurrentTD;
ULONG CurrentTdPA;
PEHCI_HCD_TD TD;
PEHCI_TRANSFER Transfer;
BOOLEAN IsScheduled;
DPRINT("EHCI_PollHaltedAsyncEndpoint: EhciEndpoint - %p\n", EhciEndpoint);
QH = EhciEndpoint->QH;
EHCI_DumpHwQH(QH);
CurrentTdPA = QH->sqh.HwQH.CurrentTD & LINK_POINTER_MASK;
ASSERT(CurrentTdPA);
IsScheduled = QH->sqh.QhFlags & EHCI_QH_FLAG_IN_SCHEDULE;
if (!EHCI_HardwarePresent(EhciExtension, 0))
IsScheduled = 0;
CurrentTD = RegPacket.UsbPortGetMappedVirtualAddress(CurrentTdPA,
EhciExtension,
EhciEndpoint);
DPRINT("EHCI_PollHaltedAsyncEndpoint: CurrentTD - %p\n", CurrentTD);
if (CurrentTD == EhciEndpoint->DmaBufferVA)
return;
ASSERT(EhciEndpoint->HcdTailP != CurrentTD);
if (IsScheduled)
{
EHCI_LockQH(EhciExtension,
QH,
EhciEndpoint->EndpointProperties.TransferType);
}
TD = EhciEndpoint->HcdHeadP;
while (TD != CurrentTD)
{
DPRINT("EHCI_PollHaltedAsyncEndpoint: TD - %p\n", TD);
ASSERT((TD->TdFlags & EHCI_HCD_TD_FLAG_DUMMY) == 0);
if (TD->HwTD.Token.Status & EHCI_TOKEN_STATUS_ACTIVE)
TD->TdFlags |= EHCI_HCD_TD_FLAG_ACTIVE;
TD->TdFlags |= EHCI_HCD_TD_FLAG_DONE;
InsertTailList(&EhciEndpoint->ListTDs, &TD->DoneLink);
TD = TD->NextHcdTD;
}
TD = CurrentTD;
Transfer = CurrentTD->EhciTransfer;
do
{
DPRINT("EHCI_PollHaltedAsyncEndpoint: TD - %p\n", TD);
if (TD->HwTD.Token.Status & EHCI_TOKEN_STATUS_ACTIVE)
TD->TdFlags |= EHCI_HCD_TD_FLAG_ACTIVE;
TD->TdFlags |= EHCI_HCD_TD_FLAG_DONE;
InsertTailList(&EhciEndpoint->ListTDs, &TD->DoneLink);
TD = TD->NextHcdTD;
}
while (TD->EhciTransfer == Transfer);
EhciEndpoint->HcdHeadP = TD;
QH->sqh.HwQH.CurrentTD = EhciEndpoint->DmaBufferPA;
QH->sqh.HwQH.NextTD = TD->PhysicalAddress;
QH->sqh.HwQH.AlternateNextTD = TERMINATE_POINTER;
QH->sqh.HwQH.Token.TransferBytes = 0;
if (IsScheduled)
EHCI_UnlockQH(EhciExtension, QH);
if (EhciEndpoint->EndpointStatus & USBPORT_ENDPOINT_CONTROL)
{
EhciEndpoint->EndpointStatus &= ~USBPORT_ENDPOINT_HALT;
QH->sqh.HwQH.Token.ErrorCounter = 0;
QH->sqh.HwQH.Token.Status &= (UCHAR)~(EHCI_TOKEN_STATUS_ACTIVE |
EHCI_TOKEN_STATUS_HALTED);
}
}
VOID
NTAPI
EHCI_PollAsyncEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint)
{
PEHCI_HCD_QH QH;
PLIST_ENTRY DoneList;
PEHCI_HCD_TD TD;
//DPRINT_EHCI("EHCI_PollAsyncEndpoint: EhciEndpoint - %p\n", EhciEndpoint);
if (!EhciEndpoint->PendingTDs)
return;
QH = EhciEndpoint->QH;
if (QH->sqh.QhFlags & EHCI_QH_FLAG_CLOSED)
return;
if (QH->sqh.HwQH.Token.Status & EHCI_TOKEN_STATUS_ACTIVE ||
!(QH->sqh.HwQH.Token.Status & EHCI_TOKEN_STATUS_HALTED))
{
EHCI_PollActiveAsyncEndpoint(EhciExtension, EhciEndpoint);
}
else
{
EhciEndpoint->EndpointStatus |= USBPORT_ENDPOINT_HALT;
EHCI_PollHaltedAsyncEndpoint(EhciExtension, EhciEndpoint);
}
DoneList = &EhciEndpoint->ListTDs;
while (!IsListEmpty(DoneList))
{
TD = CONTAINING_RECORD(DoneList->Flink,
EHCI_HCD_TD,
DoneLink);
RemoveHeadList(DoneList);
ASSERT((TD->TdFlags & (EHCI_HCD_TD_FLAG_PROCESSED |
EHCI_HCD_TD_FLAG_DONE)));
EHCI_ProcessDoneAsyncTd(EhciExtension, TD);
}
}
VOID
NTAPI
EHCI_PollIsoEndpoint(IN PEHCI_EXTENSION EhciExtension,
IN PEHCI_ENDPOINT EhciEndpoint)
{
DPRINT1("EHCI_PollIsoEndpoint: UNIMPLEMENTED. FIXME\n");
}
VOID
NTAPI
EHCI_PollEndpoint(IN PVOID ehciExtension,
IN PVOID ehciEndpoint)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_ENDPOINT EhciEndpoint = ehciEndpoint;
ULONG TransferType;
//DPRINT_EHCI("EHCI_PollEndpoint: EhciEndpoint - %p\n", EhciEndpoint);
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType == USBPORT_TRANSFER_TYPE_ISOCHRONOUS)
EHCI_PollIsoEndpoint(EhciExtension, EhciEndpoint);
else
EHCI_PollAsyncEndpoint(EhciExtension, EhciEndpoint);
}
VOID
NTAPI
EHCI_CheckController(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
//DPRINT_EHCI("EHCI_CheckController: ... \n");
if (EhciExtension->IsStarted)
EHCI_HardwarePresent(EhciExtension, TRUE);
}
ULONG
NTAPI
EHCI_Get32BitFrameNumber(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
ULONG FrameIdx;
ULONG FrameIndex;
ULONG FrameNumber;
//DPRINT_EHCI("EHCI_Get32BitFrameNumber: EhciExtension - %p\n", EhciExtension);
FrameIdx = EhciExtension->FrameIndex;
FrameIndex = READ_REGISTER_ULONG(&EhciExtension->OperationalRegs->FrameIndex);
FrameNumber = (USHORT)FrameIdx ^ ((FrameIndex / EHCI_MICROFRAMES) & EHCI_FRINDEX_FRAME_MASK);
FrameNumber &= EHCI_FRAME_LIST_MAX_ENTRIES;
FrameNumber += FrameIndex | ((FrameIndex / EHCI_MICROFRAMES) & EHCI_FRINDEX_INDEX_MASK);
return FrameNumber;
}
VOID
NTAPI
EHCI_EnableInterrupts(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
DPRINT("EHCI_EnableInterrupts: EhciExtension->InterruptMask - %x\n",
EhciExtension->InterruptMask.AsULONG);
WRITE_REGISTER_ULONG(&EhciExtension->OperationalRegs->HcInterruptEnable.AsULONG,
EhciExtension->InterruptMask.AsULONG);
}
VOID
NTAPI
EHCI_DisableInterrupts(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
DPRINT("EHCI_DisableInterrupts: ... \n");
WRITE_REGISTER_ULONG(&EhciExtension->OperationalRegs->HcInterruptEnable.AsULONG,
0);
}
VOID
NTAPI
EHCI_PollController(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_HW_REGISTERS OperationalRegs;
ULONG Port;
EHCI_PORT_STATUS_CONTROL PortSC;
DPRINT_EHCI("EHCI_PollController: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
if (!(EhciExtension->Flags & EHCI_FLAGS_CONTROLLER_SUSPEND))
{
RegPacket.UsbPortInvalidateRootHub(EhciExtension);
return;
}
if (EhciExtension->NumberOfPorts)
{
for (Port = 0; Port < EhciExtension->NumberOfPorts; Port++)
{
PortSC.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->PortControl[Port].AsULONG);
if (PortSC.ConnectStatusChange)
RegPacket.UsbPortInvalidateRootHub(EhciExtension);
}
}
}
VOID
NTAPI
EHCI_SetEndpointDataToggle(IN PVOID ehciExtension,
IN PVOID ehciEndpoint,
IN ULONG DataToggle)
{
PEHCI_ENDPOINT EhciEndpoint;
ULONG TransferType;
EhciEndpoint = ehciEndpoint;
DPRINT("EHCI_SetEndpointDataToggle: EhciEndpoint - %p, DataToggle - %x\n",
EhciEndpoint,
DataToggle);
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType == USBPORT_TRANSFER_TYPE_BULK ||
TransferType == USBPORT_TRANSFER_TYPE_INTERRUPT)
{
EhciEndpoint->QH->sqh.HwQH.Token.DataToggle = DataToggle;
}
}
ULONG
NTAPI
EHCI_GetEndpointStatus(IN PVOID ehciExtension,
IN PVOID ehciEndpoint)
{
PEHCI_ENDPOINT EhciEndpoint;
ULONG TransferType;
ULONG EndpointStatus = USBPORT_ENDPOINT_RUN;
EhciEndpoint = ehciEndpoint;
DPRINT("EHCI_GetEndpointStatus: EhciEndpoint - %p\n", EhciEndpoint);
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType == USBPORT_TRANSFER_TYPE_ISOCHRONOUS)
return EndpointStatus;
if (EhciEndpoint->EndpointStatus & USBPORT_ENDPOINT_HALT)
EndpointStatus = USBPORT_ENDPOINT_HALT;
return EndpointStatus;
}
VOID
NTAPI
EHCI_SetEndpointStatus(IN PVOID ehciExtension,
IN PVOID ehciEndpoint,
IN ULONG EndpointStatus)
{
PEHCI_ENDPOINT EhciEndpoint;
ULONG TransferType;
PEHCI_HCD_QH QH;
EhciEndpoint = ehciEndpoint;
DPRINT("EHCI_SetEndpointStatus: EhciEndpoint - %p, EndpointStatus - %x\n",
EhciEndpoint,
EndpointStatus);
TransferType = EhciEndpoint->EndpointProperties.TransferType;
if (TransferType != USBPORT_TRANSFER_TYPE_ISOCHRONOUS)
{
if (EndpointStatus == USBPORT_ENDPOINT_RUN)
{
EhciEndpoint->EndpointStatus &= ~USBPORT_ENDPOINT_HALT;
QH = EhciEndpoint->QH;
QH->sqh.HwQH.Token.Status &= (UCHAR)~EHCI_TOKEN_STATUS_HALTED;
return;
}
if (EndpointStatus == USBPORT_ENDPOINT_HALT)
DbgBreakPoint();
}
}
VOID
NTAPI
EHCI_ResetController(IN PVOID ehciExtension)
{
DPRINT1("EHCI_ResetController: UNIMPLEMENTED. FIXME\n");
}
MPSTATUS
NTAPI
EHCI_StartSendOnePacket(IN PVOID ehciExtension,
IN PVOID PacketParameters,
IN PVOID Data,
IN PULONG pDataLength,
IN PVOID BufferVA,
IN PVOID BufferPA,
IN ULONG BufferLength,
IN USBD_STATUS * pUSBDStatus)
{
DPRINT1("EHCI_StartSendOnePacket: UNIMPLEMENTED. FIXME\n");
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_EndSendOnePacket(IN PVOID ehciExtension,
IN PVOID PacketParameters,
IN PVOID Data,
IN PULONG pDataLength,
IN PVOID BufferVA,
IN PVOID BufferPA,
IN ULONG BufferLength,
IN USBD_STATUS * pUSBDStatus)
{
DPRINT1("EHCI_EndSendOnePacket: UNIMPLEMENTED. FIXME\n");
return MP_STATUS_SUCCESS;
}
MPSTATUS
NTAPI
EHCI_PassThru(IN PVOID ehciExtension,
IN PVOID passThruParameters,
IN ULONG ParameterLength,
IN PVOID pParameters)
{
DPRINT1("EHCI_PassThru: UNIMPLEMENTED. FIXME\n");
return MP_STATUS_SUCCESS;
}
VOID
NTAPI
EHCI_RebalanceEndpoint(IN PVOID ohciExtension,
IN PUSBPORT_ENDPOINT_PROPERTIES EndpointProperties,
IN PVOID ohciEndpoint)
{
DPRINT1("EHCI_RebalanceEndpoint: UNIMPLEMENTED. FIXME\n");
}
VOID
NTAPI
EHCI_FlushInterrupts(IN PVOID ehciExtension)
{
PEHCI_EXTENSION EhciExtension = ehciExtension;
PEHCI_HW_REGISTERS OperationalRegs;
EHCI_USB_STATUS Status;
DPRINT("EHCI_FlushInterrupts: ... \n");
OperationalRegs = EhciExtension->OperationalRegs;
Status.AsULONG = READ_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG);
WRITE_REGISTER_ULONG(&OperationalRegs->HcStatus.AsULONG, Status.AsULONG);
}
VOID
NTAPI
EHCI_TakePortControl(IN PVOID ohciExtension)
{
DPRINT1("EHCI_TakePortControl: UNIMPLEMENTED. FIXME\n");
}
VOID
NTAPI
EHCI_Unload(IN PDRIVER_OBJECT DriverObject)
{
#if DBG
DPRINT1("EHCI_Unload: Not supported\n");
#endif
return;
}
NTSTATUS
NTAPI
DriverEntry(IN PDRIVER_OBJECT DriverObject,
IN PUNICODE_STRING RegistryPath)
{
DPRINT("DriverEntry: DriverObject - %p, RegistryPath - %wZ\n",
DriverObject,
RegistryPath);
if (USBPORT_GetHciMn() != USBPORT_HCI_MN)
return STATUS_INSUFFICIENT_RESOURCES;
RtlZeroMemory(&RegPacket, sizeof(USBPORT_REGISTRATION_PACKET));
RegPacket.MiniPortVersion = USB_MINIPORT_VERSION_EHCI;
RegPacket.MiniPortFlags = USB_MINIPORT_FLAGS_INTERRUPT |
USB_MINIPORT_FLAGS_MEMORY_IO |
USB_MINIPORT_FLAGS_USB2 |
USB_MINIPORT_FLAGS_POLLING |
USB_MINIPORT_FLAGS_WAKE_SUPPORT;
RegPacket.MiniPortBusBandwidth = TOTAL_USB20_BUS_BANDWIDTH;
RegPacket.MiniPortExtensionSize = sizeof(EHCI_EXTENSION);
RegPacket.MiniPortEndpointSize = sizeof(EHCI_ENDPOINT);
RegPacket.MiniPortTransferSize = sizeof(EHCI_TRANSFER);
RegPacket.MiniPortResourcesSize = sizeof(EHCI_HC_RESOURCES);
RegPacket.OpenEndpoint = EHCI_OpenEndpoint;
RegPacket.ReopenEndpoint = EHCI_ReopenEndpoint;
RegPacket.QueryEndpointRequirements = EHCI_QueryEndpointRequirements;
RegPacket.CloseEndpoint = EHCI_CloseEndpoint;
RegPacket.StartController = EHCI_StartController;
RegPacket.StopController = EHCI_StopController;
RegPacket.SuspendController = EHCI_SuspendController;
RegPacket.ResumeController = EHCI_ResumeController;
RegPacket.InterruptService = EHCI_InterruptService;
RegPacket.InterruptDpc = EHCI_InterruptDpc;
RegPacket.SubmitTransfer = EHCI_SubmitTransfer;
RegPacket.SubmitIsoTransfer = EHCI_SubmitIsoTransfer;
RegPacket.AbortTransfer = EHCI_AbortTransfer;
RegPacket.GetEndpointState = EHCI_GetEndpointState;
RegPacket.SetEndpointState = EHCI_SetEndpointState;
RegPacket.PollEndpoint = EHCI_PollEndpoint;
RegPacket.CheckController = EHCI_CheckController;
RegPacket.Get32BitFrameNumber = EHCI_Get32BitFrameNumber;
RegPacket.InterruptNextSOF = EHCI_InterruptNextSOF;
RegPacket.EnableInterrupts = EHCI_EnableInterrupts;
RegPacket.DisableInterrupts = EHCI_DisableInterrupts;
RegPacket.PollController = EHCI_PollController;
RegPacket.SetEndpointDataToggle = EHCI_SetEndpointDataToggle;
RegPacket.GetEndpointStatus = EHCI_GetEndpointStatus;
RegPacket.SetEndpointStatus = EHCI_SetEndpointStatus;
RegPacket.RH_GetRootHubData = EHCI_RH_GetRootHubData;
RegPacket.RH_GetStatus = EHCI_RH_GetStatus;
RegPacket.RH_GetPortStatus = EHCI_RH_GetPortStatus;
RegPacket.RH_GetHubStatus = EHCI_RH_GetHubStatus;
RegPacket.RH_SetFeaturePortReset = EHCI_RH_SetFeaturePortReset;
RegPacket.RH_SetFeaturePortPower = EHCI_RH_SetFeaturePortPower;
RegPacket.RH_SetFeaturePortEnable = EHCI_RH_SetFeaturePortEnable;
RegPacket.RH_SetFeaturePortSuspend = EHCI_RH_SetFeaturePortSuspend;
RegPacket.RH_ClearFeaturePortEnable = EHCI_RH_ClearFeaturePortEnable;
RegPacket.RH_ClearFeaturePortPower = EHCI_RH_ClearFeaturePortPower;
RegPacket.RH_ClearFeaturePortSuspend = EHCI_RH_ClearFeaturePortSuspend;
RegPacket.RH_ClearFeaturePortEnableChange = EHCI_RH_ClearFeaturePortEnableChange;
RegPacket.RH_ClearFeaturePortConnectChange = EHCI_RH_ClearFeaturePortConnectChange;
RegPacket.RH_ClearFeaturePortResetChange = EHCI_RH_ClearFeaturePortResetChange;
RegPacket.RH_ClearFeaturePortSuspendChange = EHCI_RH_ClearFeaturePortSuspendChange;
RegPacket.RH_ClearFeaturePortOvercurrentChange = EHCI_RH_ClearFeaturePortOvercurrentChange;
RegPacket.RH_DisableIrq = EHCI_RH_DisableIrq;
RegPacket.RH_EnableIrq = EHCI_RH_EnableIrq;
RegPacket.StartSendOnePacket = EHCI_StartSendOnePacket;
RegPacket.EndSendOnePacket = EHCI_EndSendOnePacket;
RegPacket.PassThru = EHCI_PassThru;
RegPacket.RebalanceEndpoint = EHCI_RebalanceEndpoint;
RegPacket.FlushInterrupts = EHCI_FlushInterrupts;
RegPacket.RH_ChirpRootPort = EHCI_RH_ChirpRootPort;
RegPacket.TakePortControl = EHCI_TakePortControl;
DriverObject->DriverUnload = EHCI_Unload;
return USBPORT_RegisterUSBPortDriver(DriverObject,
USB20_MINIPORT_INTERFACE_VERSION,
&RegPacket);
}
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