archive
/
windows-server-2003
mirror of https://github.com/selfrender/Windows-Server-2003
2
0
Fork 0
Code Issues Projects Releases Wiki Activity
Leaked source code of windows server 2003
You can not select more than 25 topics Topics must start with a letter or number, can include dashes ('-') and can be up to 35 characters long.
4 Commits
1 Branch
0 Tags
1.5 GiB
 
 
 
 
 
 
Branch: master
Branches Tags
${ item.name }
Create tag ${ searchTerm }
Create branch ${ searchTerm }
from 'master'
${ noResults }
windows-server-2003/drivers/wdm/capture/mini/msdv/msdvutil.c

2677 lines
80 KiB
Raw Permalink Blame History

/*++
Copyright (C) Microsoft Corporation, 1999 - 2000
Module Name:
MSDVUtil.c
Abstract:
Provide utility functions for MSDV.
Last changed by:
Author: Yee J. Wu
Environment:
Kernel mode only
Revision History:
$Revision:: $
$Date:: $
--*/
#include "strmini.h"
#include "ksmedia.h"
#include "1394.h"
#include "61883.h"
#include "avc.h"
#include "dbg.h"
#include "msdvfmt.h"
#include "msdvdef.h"
#include "MsdvAvc.h"
#include "MsdvUtil.h"
#include "XPrtDefs.h"
#if 0 // Enable later
#ifdef ALLOC_PRAGMA
#pragma alloc_text(PAGE, DVDelayExecutionThread)
#pragma alloc_text(PAGE, DVGetUnitCapabilities)
// Local variables might paged out but the called might use it in DISPATCH level!
// #pragma alloc_text(PAGE, DVGetDevModeOfOperation)
// #pragma alloc_text(PAGE, DVGetDevIsItDVCPro)
// #pragma alloc_text(PAGE, DVGetDevSignalFormat)
#pragma alloc_text(PAGE, DvAllocatePCResource)
#pragma alloc_text(PAGE, DvFreePCResource)
#pragma alloc_text(PAGE, DVGetPlugState)
#pragma alloc_text(PAGE, DVConnect)
#pragma alloc_text(PAGE, DVDisconnect)
#endif
#endif
extern DV_FORMAT_INFO DVFormatInfoTable[];
VOID
DVDelayExecutionThread(
ULONG ulDelayMSec
)
/*
Device might need a "wait" in between AV/C commands.
*/
{
PAGED_CODE();
if (ulDelayMSec)
{
LARGE_INTEGER tmDelay;
TRACE(TL_PNP_TRACE,("\'DelayExeThrd: %d MSec\n", ulDelayMSec));
tmDelay.LowPart = (ULONG) (-1 * ulDelayMSec * 10000);
tmDelay.HighPart = -1;
KeDelayExecutionThread(KernelMode, FALSE, &tmDelay);
}
}
NTSTATUS
DVIrpSynchCR(
IN PDEVICE_OBJECT DeviceObject,
IN PIRP pIrp,
IN PKEVENT Event
)
{
KeSetEvent(Event, 0, FALSE);
return STATUS_MORE_PROCESSING_REQUIRED;
} // DVIrpSynchCR
NTSTATUS
DVSubmitIrpSynch(
IN PDVCR_EXTENSION pDevExt,
IN PIRP pIrp,
IN PAV_61883_REQUEST pAVReq
)
{
NTSTATUS Status;
KEVENT Event;
PIO_STACK_LOCATION NextIrpStack;
Status = STATUS_SUCCESS;;
NextIrpStack = IoGetNextIrpStackLocation(pIrp);
NextIrpStack->MajorFunction = IRP_MJ_INTERNAL_DEVICE_CONTROL;
NextIrpStack->Parameters.DeviceIoControl.IoControlCode = IOCTL_61883_CLASS;
NextIrpStack->Parameters.Others.Argument1 = pAVReq;
KeInitializeEvent(&Event, NotificationEvent, FALSE);
IoSetCompletionRoutine(
pIrp,
DVIrpSynchCR,
&Event,
TRUE,
TRUE,
TRUE
);
Status =
IoCallDriver(
pDevExt->pBusDeviceObject,
pIrp
);
if (Status == STATUS_PENDING) {
TRACE(TL_PNP_TRACE,("\'Irp is pending...\n"));
if(KeGetCurrentIrql() < DISPATCH_LEVEL) {
KeWaitForSingleObject(
&Event,
Executive,
KernelMode,
FALSE,
NULL
);
TRACE(TL_PNP_TRACE,("\'Irp has returned; IoStatus==Status %x\n", pIrp->IoStatus.Status));
Status = pIrp->IoStatus.Status; // Final status
}
else {
ASSERT(FALSE && "Pending but in DISPATCH_LEVEL!");
return Status;
}
}
return Status;
} // DVSubmitIrpSynchAV
BOOL
DVGetDevModeOfOperation(
IN PDVCR_EXTENSION pDevExt
)
{
NTSTATUS Status;
BYTE bAvcBuf[MAX_FCP_PAYLOAD_SIZE];
PAGED_CODE();
//
// Use ConnectAV STATUS cmd to determine mode of operation,
// except for some Canon DVs that it requires its vendor specific command
//
Status =
DVIssueAVCCommand(
pDevExt,
AVC_CTYPE_STATUS,
DV_CONNECT_AV_MODE,
(PVOID) bAvcBuf
);
TRACE(TL_FCP_TRACE,("\'DV_CONNECT_AV_MODE: St:%x, %x %x %x %x : %x %x %x %x\n",
Status, bAvcBuf[0], bAvcBuf[1], bAvcBuf[2], bAvcBuf[3], bAvcBuf[4], bAvcBuf[5], bAvcBuf[6], bAvcBuf[7]));
if(Status == STATUS_SUCCESS) {
if(bAvcBuf[0] == 0x0c) {
if(bAvcBuf[1] == 0x00 &&
bAvcBuf[2] == 0x38 &&
bAvcBuf[3] == 0x38) {
pDevExt->ulDevType = ED_DEVTYPE_CAMERA;
} else {
pDevExt->ulDevType = ED_DEVTYPE_VCR;
}
}
} else if(pDevExt->ulVendorID == VENDORID_CANON) {
// Try a vendor dependent command if it is a Canon AV device.
Status =
DVIssueAVCCommand(
pDevExt,
AVC_CTYPE_STATUS,
DV_VEN_DEP_CANON_MODE,
(PVOID) bAvcBuf
);
TRACE(TL_FCP_WARNING,("\'DV_VEN_DEP_CANON_MODE: Status %x, %x %x %x %x : %x %x %x %x %x %x\n",
Status, bAvcBuf[0], bAvcBuf[1], bAvcBuf[2], bAvcBuf[3], bAvcBuf[4], bAvcBuf[5], bAvcBuf[6], bAvcBuf[7], bAvcBuf[8], bAvcBuf[9]));
if(Status == STATUS_SUCCESS) {
if(bAvcBuf[0] == 0x0c) {
if(bAvcBuf[7] == 0x38) {
pDevExt->ulDevType = ED_DEVTYPE_CAMERA;
} else
if(bAvcBuf[7] == 0x20) {
pDevExt->ulDevType = ED_DEVTYPE_VCR;
}
}
}
}
if(Status != STATUS_SUCCESS) {
pDevExt->ulDevType = ED_DEVTYPE_UNKNOWN;
TRACE(TL_FCP_ERROR,("\'DV_CONNECT_AV_MODE: Status %x, DevType %x, %x %x %x %x : %x %x %x %x : %x %x\n",
Status, pDevExt->ulDevType, bAvcBuf[0], bAvcBuf[1], bAvcBuf[2], bAvcBuf[3], bAvcBuf[4], bAvcBuf[5], bAvcBuf[6], bAvcBuf[7], bAvcBuf[8], bAvcBuf[9]));
}
TRACE(TL_FCP_WARNING,("\'%s; NumOPlg:%d; NumIPlg:%d\n",
pDevExt->ulDevType == ED_DEVTYPE_CAMERA ? "Camera" : pDevExt->ulDevType == ED_DEVTYPE_VCR ? "VTR" : "Unknown",
pDevExt->NumOutputPlugs, pDevExt->NumInputPlugs));
return TRUE;
}
BOOL
DVGetDevIsItDVCPro(
IN PDVCR_EXTENSION pDevExt
)
{
NTSTATUS Status;
BYTE bAvcBuf[MAX_FCP_PAYLOAD_SIZE];
PAGED_CODE();
//
// Use Panasnoic's vendor dependent command to determine if the system support DVCPro
//
Status =
DVIssueAVCCommand(
pDevExt,
AVC_CTYPE_STATUS,
DV_VEN_DEP_DVCPRO,
(PVOID) bAvcBuf
);
pDevExt->bDVCPro = Status == STATUS_SUCCESS;
TRACE(TL_FCP_WARNING,("\'DVGetDevIsItDVCPro? %s; Status %x, %x %x %x %x : %x %x %x %x\n",
pDevExt->bDVCPro ? "Yes":"No",
Status, bAvcBuf[0], bAvcBuf[1], bAvcBuf[2], bAvcBuf[3], bAvcBuf[4], bAvcBuf[5], bAvcBuf[6], bAvcBuf[7]));
return pDevExt->bDVCPro;
}
// The retries might be redundant since AVC.sys and 1394.sys retries.
// For device that TIMEOUT an AVC command, we will only try it once.
#define GET_MEDIA_FMT_MAX_RETRIES 10
BOOL
DVGetDevSignalFormat(
IN PDVCR_EXTENSION pDevExt,
IN KSPIN_DATAFLOW DataFlow,
IN PSTREAMEX pStrmExt
)
{
NTSTATUS Status;
BYTE bAvcBuf[MAX_FCP_PAYLOAD_SIZE];
LONG lRetries = GET_MEDIA_FMT_MAX_RETRIES;
PAGED_CODE();
//
// Respone of Input/output signal mode is used to determine plug signal format:
//
// FMT:
// DVCR 10:00 0000 = 0x80; Canon returns 00:100000 (0x20)
// 50/60: 0:NTSC/60; 1:PAL/50
// STYPE:
// SD: 00000 (DVCPRO:11110)
// HD: 00010
// SDL:00001
// 00:
// SYT:
// MPEG 10:10 0000 = 0xa0
// TSF:0:NotTimeShifted; 1:Time shifted
// 000 0000 0000 0000 0000 0000
//
// If this command failed, we can use Input/Output Signal Mode subunit command
// to determine signal format.
//
do {
RtlZeroMemory(bAvcBuf, sizeof(bAvcBuf));
Status =
DVIssueAVCCommand(
pDevExt,
AVC_CTYPE_STATUS,
pStrmExt == NULL ? DV_OUT_PLUG_SIGNAL_FMT : (DataFlow == KSPIN_DATAFLOW_OUT ? DV_OUT_PLUG_SIGNAL_FMT : DV_IN_PLUG_SIGNAL_FMT),
(PVOID) bAvcBuf
);
//
// Camcorders that has problem with this command:
//
// Panasonic's DVCPRO: if power on while connected to PC, it will
// reject this command with (STATUS_REQUEST_NOT_ACCEPTED)
// so we will retry up to 10 time with .5 second wait between tries.
//
// JVC: returns STATUS_NOT_SUPPORTED.
//
// SONY DV Decoder Box: return STATUS_TIMEOUT or STATUS_REQUEST_ABORTED
//
if(STATUS_REQUEST_ABORTED == Status)
return FALSE;
else if(STATUS_SUCCESS == Status)
break; // Normal case.
else if(STATUS_NOT_SUPPORTED == Status || STATUS_TIMEOUT == Status) {
TRACE(TL_FCP_WARNING | TL_PNP_WARNING,("SignalFormat: Encountered a known failed status:%x; no more retry\n", Status));
break; // No need to retry
} else {
if(Status == STATUS_REQUEST_NOT_ACCEPTED) {
// If device is not accepting command and return this status, retry.
if(lRetries > 0) {
TRACE(TL_FCP_WARNING | TL_PNP_WARNING,("\'ST:%x; Retry getting signal mode; wait...\n", Status));
DVDelayExecutionThread(DV_AVC_CMD_DELAY_DVCPRO);
}
}
}
} while (--lRetries >= 0);
if(NT_SUCCESS(Status)) {
switch(bAvcBuf[0]) {
case FMT_DVCR:
case FMT_DVCR_CANON: // Workaround for buggy Canon Camcorders
switch(bAvcBuf[1] & FDF0_STYPE_MASK) {
case FDF0_STYPE_SD_DVCR:
case FDF0_STYPE_SD_DVCPRO:
pDevExt->VideoFormatIndex = ((bAvcBuf[1] & FDF0_50_60_MASK) ? FMT_IDX_SD_DVCR_PAL : FMT_IDX_SD_DVCR_NTSC);
if(pStrmExt)
RtlCopyMemory(&pStrmExt->cipQuad2[0], &bAvcBuf[0], 4);
break;
#ifdef MSDV_SUPPORT_HD_DVCR
case FDF0_STYPE_HD_DVCR:
pDevExt->VideoFormatIndex = ((bAvcBuf[1] & FDF0_50_60_MASK) ? FMT_IDX_HD_DVCR_PAL : FMT_IDX_HD_DVCR_NTSC);
if(pStrmExt)
RtlCopyMemory(&pStrmExt->cipQuad2[0], &bAvcBuf[0], 4);
break;
#endif
#ifdef MSDV_SUPPORT_SDL_DVCR
case FDF0_STYPE_SDL_DVCR:
pDevExt->VideoFormatIndex = ((bAvcBuf[1] & FDF0_50_60_MASK) ? FMT_IDX_SDL_DVCR_PAL : FMT_IDX_SDL_DVCR_NTSC);
if(pStrmExt)
RtlCopyMemory(&pStrmExt->cipQuad2[0], &bAvcBuf[0], 4);
break;
#endif
default: // Unknown format
Status = STATUS_UNSUCCESSFUL;
break;
}
break;
#ifdef MSDV_SUPPORT_MPEG2TS
case FMT_MPEG:
pDevExt->VideoFormatIndex = FMT_IDX_MPEG2TS;
if(pStrmExt)
RtlCopyMemory(&pStrmExt->cipQuad2[0], &bAvcBuf[0], 4);
break;
#endif
default:
Status = STATUS_UNSUCCESSFUL;
}
if(NT_SUCCESS(Status)) {
TRACE(TL_FCP_WARNING,("\'ST:%x; PlugSignal:FMT[%x %x %x %x]; VideoFormatIndex;%d\n", Status, bAvcBuf[0], bAvcBuf[1], bAvcBuf[2] , bAvcBuf[3], pDevExt->VideoFormatIndex));
return TRUE; // Success
}
}
TRACE(TL_FCP_WARNING,("\'ST:%x; PlugSignal:FMT[%x %x %x %x]\n", Status, bAvcBuf[0], bAvcBuf[1], bAvcBuf[2] , bAvcBuf[3], pDevExt->VideoFormatIndex));
//
// If "recommended" unit input/output plug signal status command fails,
// try "manadatory" input/output signal mode status command.
// This command may failed some device if its tape is not playing for
// output signal mode command.
//
Status =
DVIssueAVCCommand(
pDevExt,
AVC_CTYPE_STATUS,
DataFlow == KSPIN_DATAFLOW_OUT ? VCR_OUTPUT_SIGNAL_MODE : VCR_INPUT_SIGNAL_MODE,
(PVOID) bAvcBuf
);
if(STATUS_SUCCESS == Status) {
PKSPROPERTY_EXTXPORT_S pXPrtProperty;
pXPrtProperty = (PKSPROPERTY_EXTXPORT_S) bAvcBuf;
TRACE(TL_FCP_WARNING,("\'** MediaFormat: Retry %d mSec; ST:%x; SignalMode:%dL\n",
(GET_MEDIA_FMT_MAX_RETRIES - lRetries) * DV_AVC_CMD_DELAY_DVCPRO, Status, pXPrtProperty->u.SignalMode - ED_BASE));
switch(pXPrtProperty->u.SignalMode) {
case ED_TRANSBASIC_SIGNAL_525_60_SD:
pDevExt->VideoFormatIndex = FMT_IDX_SD_DVCR_NTSC;
if(pStrmExt) {
pStrmExt->cipQuad2[0] = FMT_DVCR; // 0x80
if(pDevExt->bDVCPro)
pStrmExt->cipQuad2[1] = FDF0_50_60_NTSC | FDF0_STYPE_SD_DVCPRO; // 0x78 = NTSC(0):STYPE(11110):RSV(00)
else
pStrmExt->cipQuad2[1] = FDF0_50_60_NTSC | FDF0_STYPE_SD_DVCR; // 0x00 = NTSC(0):STYPE(00000):RSV(00)
}
break;
case ED_TRANSBASIC_SIGNAL_625_50_SD:
pDevExt->VideoFormatIndex = FMT_IDX_SD_DVCR_PAL;
if(pStrmExt) {
pStrmExt->cipQuad2[0] = FMT_DVCR; // 0x80
if(pDevExt->bDVCPro)
pStrmExt->cipQuad2[1] = FDF0_50_60_PAL | FDF0_STYPE_SD_DVCPRO; // 0xf8 = PAL(1):STYPE(11110):RSV(00)
else
pStrmExt->cipQuad2[1] = FDF0_50_60_PAL | FDF0_STYPE_SD_DVCR; // 0x80 = PAL(1):STYPE(00000):RSV(00)
}
break;
#ifdef MSDV_SUPPORT_SDL_DVCR
case ED_TRANSBASIC_SIGNAL_525_60_SDL:
pDevExt->VideoFormatIndex = FMT_IDX_SDL_DVCR_NTSC;
if(pStrmExt) {
pStrmExt->cipQuad2[0] = FMT_DVCR; // 0x80
pStrmExt->cipQuad2[1] = FDF0_50_60_NTSC | FDF0_STYPE_SDL_DVCR;
}
break;
case ED_TRANSBASIC_SIGNAL_625_50_SDL:
pDevExt->VideoFormatIndex = FMT_IDX_SDL_DVCR_PAL;
if(pStrmExt) {
pStrmExt->cipQuad2[0] = FMT_DVCR; // 0x80
pStrmExt->cipQuad2[1] = FDF0_50_60_PAL | FDF0_STYPE_SDL_DVCR;
}
break;
#endif
default:
TRACE(TL_FCP_ERROR,("\'Unsupported SignalMode:%dL", pXPrtProperty->u.SignalMode - ED_BASE));
ASSERT(FALSE && "Unsupported IoSignal! Refuse to load.");
return FALSE;
break;
}
}
// WORKITEM Sony HW CODEC does not response to any AVC command.
// We are making an exception here to load it.
if(Status == STATUS_TIMEOUT) {
Status = STATUS_SUCCESS;
}
// We must know the signal format!! If this failed, the driver will either:
// fail to load, or fail to open an stream
ASSERT(Status == STATUS_SUCCESS && "Failed to get media signal format!\n");
#if DBG
if(pStrmExt) {
// Note: bAvcBuf[0] is operand[1] == 10:fmt
TRACE(TL_FCP_WARNING,("\'** MediaFormat: St:%x; idx:%d; CIP:[FMT:%.2x(%s); FDF:[%.2x(%s,%s):SYT]\n",
Status,
pDevExt->VideoFormatIndex,
pStrmExt->cipQuad2[0],
pStrmExt->cipQuad2[0] == FMT_DVCR ? "DVCR" : pStrmExt->cipQuad2[0] == FMT_MPEG ? "MPEG" : "Fmt:???",
pStrmExt->cipQuad2[1],
(pStrmExt->cipQuad2[1] & FDF0_50_60_MASK) == FDF0_50_60_PAL ? "PAL" : "NTSC",
(pStrmExt->cipQuad2[1] & FDF0_STYPE_MASK) == FDF0_STYPE_SD_DVCR ? "SD" : \
(pStrmExt->cipQuad2[1] & FDF0_STYPE_MASK) == FDF0_STYPE_SDL_DVCR ? "SDL" : \
(pStrmExt->cipQuad2[1] & FDF0_STYPE_MASK) == FDF0_STYPE_HD_DVCR ? "HD" : \
(pStrmExt->cipQuad2[1] & FDF0_STYPE_MASK) == FDF0_STYPE_SD_DVCPRO ? "DVCPRO" : "DV:????"
));
} else
TRACE(TL_FCP_WARNING|TL_CIP_WARNING,("\'** MediaFormat: St:%x; use idx:%d\n", Status, pDevExt->VideoFormatIndex));
#endif
return STATUS_SUCCESS == Status;
}
BOOL
DVCmpGUIDsAndFormatSize(
IN PKSDATARANGE pDataRange1,
IN PKSDATARANGE pDataRange2,
IN BOOL fCompareSubformat,
IN BOOL fCompareFormatSize
)
/*++
Routine Description:
Checks for a match on the three GUIDs and FormatSize
Arguments:
IN pDataRange1
IN pDataRange2
Return Value:
TRUE if all elements match
FALSE if any are different
--*/
{
return (
IsEqualGUID (
&pDataRange1->MajorFormat,
&pDataRange2->MajorFormat) &&
(fCompareSubformat ?
IsEqualGUID (
&pDataRange1->SubFormat,
&pDataRange2->SubFormat) : TRUE) &&
IsEqualGUID (
&pDataRange1->Specifier,
&pDataRange2->Specifier) &&
(fCompareFormatSize ?
(pDataRange1->FormatSize == pDataRange2->FormatSize) : TRUE ));
}
NTSTATUS
DvAllocatePCResource(
IN KSPIN_DATAFLOW DataFlow,
IN PSTREAMEX pStrmExt // Note that pStrmExt can be NULL!
)
{
PSRB_DATA_PACKET pSrbDataPacket;
PDVCR_EXTENSION pDevExt;
ULONG i, j;
PAGED_CODE();
//
// Pre-allcoate PC resource
//
pDevExt = pStrmExt->pDevExt;
for(i=0; i < (DataFlow == KSPIN_DATAFLOW_OUT ? \
DVFormatInfoTable[pDevExt->VideoFormatIndex].ulNumOfRcvBuffers : \
DVFormatInfoTable[pDevExt->VideoFormatIndex].ulNumOfXmtBuffers); i++) {
if(!(pSrbDataPacket = ExAllocatePool(NonPagedPool, sizeof(SRB_DATA_PACKET)))) {
for(j = 0; j < i; j++) {
pSrbDataPacket = (PSRB_DATA_PACKET) \
RemoveHeadList(&pStrmExt->DataDetachedListHead); pStrmExt->cntDataDetached--;
ExFreePool(pSrbDataPacket->Frame); pSrbDataPacket->Frame = NULL;
IoFreeIrp(pSrbDataPacket->pIrp); pSrbDataPacket->pIrp = NULL;
ExFreePool(pSrbDataPacket); pSrbDataPacket = NULL;
ASSERT(pStrmExt->cntDataDetached >= 0);
}
return STATUS_NO_MEMORY;
}
RtlZeroMemory(pSrbDataPacket, sizeof(SRB_DATA_PACKET));
pSrbDataPacket->State = DE_IRP_SRB_COMPLETED; // Initial state.
if(!(pSrbDataPacket->Frame = ExAllocatePool(NonPagedPool, sizeof(CIP_FRAME)))) {
ExFreePool(pSrbDataPacket); pSrbDataPacket = NULL;
for(j = 0; j < i; j++) {
pSrbDataPacket = (PSRB_DATA_PACKET) \
RemoveHeadList(&pStrmExt->DataDetachedListHead); pStrmExt->cntDataDetached--;
ExFreePool(pSrbDataPacket->Frame); pSrbDataPacket->Frame = NULL;
IoFreeIrp(pSrbDataPacket->pIrp); pSrbDataPacket->pIrp = NULL;
ExFreePool(pSrbDataPacket); pSrbDataPacket = NULL;
}
return STATUS_NO_MEMORY;
}
if(!(pSrbDataPacket->pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE))) {
ExFreePool(pSrbDataPacket->Frame); pSrbDataPacket->Frame = NULL;
ExFreePool(pSrbDataPacket); pSrbDataPacket = NULL;
for(j = 0; j < i; j++) {
pSrbDataPacket = (PSRB_DATA_PACKET) \
RemoveHeadList(&pStrmExt->DataDetachedListHead); pStrmExt->cntDataDetached--;
ExFreePool(pSrbDataPacket->Frame); pSrbDataPacket->Frame = NULL;
IoFreeIrp(pSrbDataPacket->pIrp); pSrbDataPacket->pIrp = NULL;
ExFreePool(pSrbDataPacket); pSrbDataPacket = NULL;
}
return STATUS_INSUFFICIENT_RESOURCES;
}
InsertTailList(&pStrmExt->DataDetachedListHead, &pSrbDataPacket->ListEntry); pStrmExt->cntDataDetached++;
}
return STATUS_SUCCESS;
}
NTSTATUS
DvFreePCResource(
IN PSTREAMEX pStrmExt
)
{
PSRB_DATA_PACKET pSrbDataPacket;
KIRQL oldIrql;
PAGED_CODE();
KeAcquireSpinLock(pStrmExt->DataListLock, &oldIrql);
while(!IsListEmpty(&pStrmExt->DataDetachedListHead)) {
pSrbDataPacket = (PSRB_DATA_PACKET)
RemoveHeadList(
&pStrmExt->DataDetachedListHead
);
ExFreePool(pSrbDataPacket->Frame);
pSrbDataPacket->Frame = NULL;
IoFreeIrp(pSrbDataPacket->pIrp);
pSrbDataPacket->pIrp = NULL;
ExFreePool(pSrbDataPacket);
pStrmExt->cntDataDetached--;
ASSERT(pStrmExt->cntDataDetached >= 0);
}
ASSERT(pStrmExt->cntDataDetached == 0);
KeReleaseSpinLock(pStrmExt->DataListLock, oldIrql);
return STATUS_SUCCESS;
}
NTSTATUS
DVGetUnitCapabilities(
IN PDVCR_EXTENSION pDevExt
)
/*++
Routine Description:
Get the targe device's unit capabilities
Arguments:
Return Value:
STATUS_SUCCESS
STATUS_INSUFFICIENT_RESOURCES
status return from 61883.
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
GET_UNIT_IDS * pUnitIds;
GET_UNIT_CAPABILITIES * pUnitCaps;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
//
// Query device's capability
//
if(!(pUnitIds = (GET_UNIT_IDS *) ExAllocatePool(NonPagedPool, sizeof(GET_UNIT_IDS)))) {
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
//
// Query device's capability
//
if(!(pUnitCaps = (GET_UNIT_CAPABILITIES *) ExAllocatePool(NonPagedPool, sizeof(GET_UNIT_CAPABILITIES)))) {
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
ExFreePool(pUnitIds); pUnitIds = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_GetUnitInfo);
pAVReq->GetUnitInfo.nLevel = GET_UNIT_INFO_IDS;
RtlZeroMemory(pUnitIds, sizeof(GET_UNIT_IDS));
pAVReq->GetUnitInfo.Information = (PVOID) pUnitIds;
Status =
DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
);
if(!NT_SUCCESS(Status)) {
TRACE(TL_61883_ERROR,("\'Av61883_GetUnitInfo (IDS) Failed = 0x%x\n", Status));
pDevExt->UniqueID.QuadPart = 0;
pDevExt->ulVendorID = 0;
pDevExt->ulModelID = 0;
}
else {
pDevExt->UniqueID = pUnitIds->UniqueID;
pDevExt->ulVendorID = pUnitIds->VendorID;
pDevExt->ulModelID = pUnitIds->ModelID;
TRACE(TL_61883_WARNING,("\'UniqueId:(%x:%x); VID:%x; MID:%x\n",
pDevExt->UniqueID.LowPart, pDevExt->UniqueID.HighPart,
pUnitIds->VendorID,
pUnitIds->ModelID
));
}
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_GetUnitInfo);
pAVReq->GetUnitInfo.nLevel = GET_UNIT_INFO_CAPABILITIES;
RtlZeroMemory(pUnitCaps, sizeof(GET_UNIT_CAPABILITIES));
pAVReq->GetUnitInfo.Information = (PVOID) pUnitCaps;
Status =
DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
);
if(!NT_SUCCESS(Status)) {
TRACE(TL_61883_ERROR,("Av61883_GetUnitInfo (CAPABILITIES) Failed = 0x%x\n", Status));
pDevExt->MaxDataRate = 0;
pDevExt->NumOutputPlugs = 0;
pDevExt->NumInputPlugs = 0;
pDevExt->HardwareFlags = 0;
}
else {
pDevExt->MaxDataRate = pUnitCaps->MaxDataRate;
pDevExt->NumOutputPlugs = pUnitCaps->NumOutputPlugs;
pDevExt->NumInputPlugs = pUnitCaps->NumInputPlugs;
pDevExt->HardwareFlags = pUnitCaps->HardwareFlags;
}
#if DBG
if( pDevExt->NumOutputPlugs == 0
|| pDevExt->NumInputPlugs == 0)
{
TRACE(TL_PNP_WARNING|TL_61883_WARNING,("\'Watch out! NumOPlug:%d; NumIPlug:%d\n", pDevExt->NumOutputPlugs, pDevExt->NumInputPlugs));
}
#endif
TRACE(TL_61883_WARNING,("\'UnitCaps:%s OutP:%d; InP:%d; MDRt:%s; HWFlg:%x; CtsF:%x; HwF:%x\n",
(pUnitCaps->HardwareFlags & AV_HOST_DMA_DOUBLE_BUFFERING_ENABLED) ? "*PAE*;":"",
pUnitCaps->NumOutputPlugs,
pUnitCaps->NumInputPlugs,
pUnitCaps->MaxDataRate == 0 ? "S100": pUnitCaps->MaxDataRate == 1? "S200" : "S400 or +",
pUnitCaps->HardwareFlags,
pUnitCaps->CTSFlags,
pUnitCaps->HardwareFlags
));
ExFreePool(pUnitIds); pUnitIds = NULL;
ExFreePool(pUnitCaps); pUnitCaps = NULL;
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
NTSTATUS
DVGetDVPlug(
IN PDVCR_EXTENSION pDevExt,
IN CMP_PLUG_TYPE PlugType,
IN ULONG PlugNum,
OUT HANDLE *pPlugHandle
)
/*++
Routine Description:
Get the targe device's plug handle
Arguments:
Return Value:
STATUS_SUCCESS
STATUS_INSUFFICIENT_RESOURCES
status return from 61883.
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_GetPlugHandle);
pAVReq->GetPlugHandle.PlugNum = PlugNum;
pAVReq->GetPlugHandle.hPlug = 0;
pAVReq->GetPlugHandle.Type = PlugType;
if(NT_SUCCESS(
Status = DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
))) {
*pPlugHandle = pAVReq->GetPlugHandle.hPlug;
TRACE(TL_61883_WARNING,("\'Created h%sPlugDV[%d]=%x\n", PlugType == CMP_PlugIn ? "I" : "O", PlugNum, *pPlugHandle));
} else {
TRACE(TL_61883_ERROR,("\'Created h%sPlugDV[%d] failed; Status:%x\n", PlugType == CMP_PlugIn ? "I" : "O", PlugNum, Status));
Status = STATUS_INSUFFICIENT_RESOURCES;
}
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
#ifdef NT51_61883
NTSTATUS
DVSetAddressRangeExclusive(
IN PDVCR_EXTENSION pDevExt
)
/*++
Routine Description:
Set this mode so that our local plug will be created in address exclusive mode.
Arguments:
Return Value:
STATUS_SUCCESS
STATUS_INSUFFICIENT_RESOURCES
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
SET_CMP_ADDRESS_TYPE SetCmpAddress;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_SetUnitInfo);
pAVReq->SetUnitInfo.nLevel = SET_CMP_ADDRESS_RANGE_TYPE;
SetCmpAddress.Type = CMP_ADDRESS_TYPE_EXCLUSIVE;
pAVReq->SetUnitInfo.Information = (PVOID) &SetCmpAddress;
if(!NT_SUCCESS(
Status = DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
))) {
TRACE(TL_61883_ERROR,("\'SET_CMP_ADDRESS_RANGE_TYPE Failed:%x\n", Status));
} else {
TRACE(TL_61883_TRACE,("\'SET_CMP_ADDRESS_RANGE_TYPE suceeded.\n"));
}
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
NTSTATUS
DVGetUnitIsochParam(
IN PDVCR_EXTENSION pDevExt,
OUT UNIT_ISOCH_PARAMS * pUnitIoschParams
)
/*++
Routine Description:
Create an enumated local PC PCR
Arguments:
Return Value:
STATUS_SUCCESS
STATUS_INSUFFICIENT_RESOURCES
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
//
// Get Unit isoch parameters
//
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_GetUnitInfo);
pAVReq->GetUnitInfo.nLevel = GET_UNIT_INFO_ISOCH_PARAMS;
RtlZeroMemory(pUnitIoschParams, sizeof(UNIT_ISOCH_PARAMS));
pAVReq->GetUnitInfo.Information = (PVOID) pUnitIoschParams;
Status =
DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
);
if(!NT_SUCCESS(Status)) {
TRACE(TL_61883_ERROR,("Av61883_GetUnitInfo Failed:%x\n", Status));
Status = STATUS_UNSUCCESSFUL; // Cannot stream without this!
}
TRACE(TL_61883_WARNING,("\'IsochParam: RxPkt:%d, RxDesc:%d; XmPkt:%d, XmDesc:%d\n",
pUnitIoschParams->RX_NumPackets,
pUnitIoschParams->RX_NumDescriptors,
pUnitIoschParams->TX_NumPackets,
pUnitIoschParams->TX_NumDescriptors
));
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
NTSTATUS
DVSetUnitIsochParams(
IN PDVCR_EXTENSION pDevExt,
IN UNIT_ISOCH_PARAMS *pUnitIoschParams
)
/*++
Routine Description:
Set AV unit's isoch parameters via 61883.
Arguments:
Return Value:
STATUS_SUCCESS
STATUS_INSUFFICIENT_RESOURCES
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_SetUnitInfo);
pAVReq->SetUnitInfo.nLevel = SET_UNIT_INFO_ISOCH_PARAMS;
pAVReq->SetUnitInfo.Information = (PVOID) pUnitIoschParams;
if(!NT_SUCCESS(
Status = DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
))) {
TRACE(TL_61883_ERROR,("DVSetUnitIsochParams: Av61883_SetUnitInfo Failed:%x\n", Status));
}
TRACE(TL_61883_WARNING,("\'UnitIsochParams: Set: RxPkt:%d, RxDesc:%d; XmPkt:%d, XmDesc:%d\n",
pUnitIoschParams->RX_NumPackets,
pUnitIoschParams->RX_NumDescriptors,
pUnitIoschParams->TX_NumPackets,
pUnitIoschParams->TX_NumDescriptors
));
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
NTSTATUS
DVMakeP2PConnection(
IN PDVCR_EXTENSION pDevExt,
IN KSPIN_DATAFLOW DataFlow,
IN PSTREAMEX pStrmExt
)
/*++
Routine Description:
Make a point to point connection .
Arguments:
Return Value:
STATUS_SUCCESS
STATUS_INSUFFICIENT_RESOURCES
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_Connect);
pAVReq->Connect.Type = CMP_PointToPoint; // !!
pAVReq->Connect.hOutputPlug = pStrmExt->hOutputPcr;
pAVReq->Connect.hInputPlug = pStrmExt->hInputPcr;
// see which way we the data will flow...
if(DataFlow == KSPIN_DATAFLOW_OUT) {
// Other parameters !!
} else {
pAVReq->Connect.Format.FMT = pStrmExt->cipQuad2[0]; // From AV/C in/outpug plug signal format status cmd
// 00 for NTSC, 80 for PAL; set the 50/60 bit
pAVReq->Connect.Format.FDF_hi = pStrmExt->cipQuad2[1]; // From AV/C in/outpug plug signal format status cmd
//
// 16bit SYT field = 4BitCycleCount:12BitCycleOffset;
// Will be set by 61883
//
pAVReq->Connect.Format.FDF_mid = 0;
pAVReq->Connect.Format.FDF_lo = 0;
//
// Constants depend on the A/V data format (in or out plug format)
//
pAVReq->Connect.Format.bHeader = (BOOL) DVFormatInfoTable[pDevExt->VideoFormatIndex].SrcPktHeader;
pAVReq->Connect.Format.Padding = (UCHAR) DVFormatInfoTable[pDevExt->VideoFormatIndex].QuadPadCount;
pAVReq->Connect.Format.BlockSize = (UCHAR) DVFormatInfoTable[pDevExt->VideoFormatIndex].DataBlockSize;
pAVReq->Connect.Format.Fraction = (UCHAR) DVFormatInfoTable[pDevExt->VideoFormatIndex].FractionNumber;
}
// Set this so that 61883 can know it is NTSC or PAL;
// For read: It is needed so 61883 can preallocate just-enough packets
// so that data can return in a much regular interval.
if( pDevExt->VideoFormatIndex == FMT_IDX_SD_DVCR_NTSC
|| pDevExt->VideoFormatIndex == FMT_IDX_SDL_DVCR_NTSC)
pAVReq->Connect.Format.BlockPeriod = 133466800; // nano-sec
else
pAVReq->Connect.Format.BlockPeriod = 133333333; // nano-sec
TRACE(TL_61883_WARNING,("\'cipQuad2[0]:%x, cipQuad2[1]:%x, cipQuad2[2]:%x, cipQuad2[3]:%x\n",
pStrmExt->cipQuad2[0],
pStrmExt->cipQuad2[1],
pStrmExt->cipQuad2[2],
pStrmExt->cipQuad2[3]
));
TRACE(TL_61883_WARNING,("\'Connect:oPcr:%x->iPcr:%x; cipQuad2[%.2x:%.2x:%.2x:%.2x]\n",
pAVReq->Connect.hOutputPlug,
pAVReq->Connect.hInputPlug,
pAVReq->Connect.Format.FMT,
pAVReq->Connect.Format.FDF_hi,
pAVReq->Connect.Format.FDF_mid,
pAVReq->Connect.Format.FDF_lo
));
TRACE(TL_61883_WARNING,("\' BlkSz %d; SrcPkt %d; AvgTm %d, BlkPrd %d\n",
pAVReq->Connect.Format.BlockSize,
DVFormatInfoTable[pDevExt->VideoFormatIndex].ulSrcPackets,
DVFormatInfoTable[pDevExt->VideoFormatIndex].ulAvgTimePerFrame,
(DWORD) pAVReq->Connect.Format.BlockPeriod
));
if(NT_SUCCESS(
Status = DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
))) {
TRACE(TL_61883_WARNING,("\'hConnect:%x\n", pAVReq->Connect.hConnect));
ASSERT(pAVReq->Connect.hConnect != NULL);
pStrmExt->hConnect = pAVReq->Connect.hConnect;
}
else {
TRACE(TL_61883_ERROR,("Av61883_Connect Failed; Status:%x\n", Status));
ASSERT(!NT_SUCCESS(Status) && "DisConnect failed");
pStrmExt->hConnect = NULL;
}
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
NTSTATUS
DVCreateLocalPlug(
IN PDVCR_EXTENSION pDevExt,
IN CMP_PLUG_TYPE PlugType,
IN ULONG PlugNum,
OUT HANDLE *pPlugHandle
)
/*++
Routine Description:
Create an enumated local PC PCR
Arguments:
Return Value:
STATUS_SUCCESS
STATUS_INSUFFICIENT_RESOURCES
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
// Need to correctly update Overhead_ID and payload fields of PC's own oPCR
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_CreatePlug);
pAVReq->CreatePlug.PlugNum = PlugNum;
pAVReq->CreatePlug.hPlug = NULL;
pAVReq->CreatePlug.Context = NULL;
pAVReq->CreatePlug.pfnNotify = NULL;
pAVReq->CreatePlug.PlugType = PlugType;
//
// Initialize oPCR values to default values using SDDV signal mode
// with speed of 100Mbps data rate
//
pAVReq->CreatePlug.Pcr.oPCR.OnLine = 0; // We are not online so we cannot be programmed.
pAVReq->CreatePlug.Pcr.oPCR.BCCCounter = 0;
pAVReq->CreatePlug.Pcr.oPCR.PPCCounter = 0;
pAVReq->CreatePlug.Pcr.oPCR.Channel = 0;
pAVReq->CreatePlug.Pcr.oPCR.DataRate = CMP_SPEED_S100;
pAVReq->CreatePlug.Pcr.oPCR.OverheadID = PCR_OVERHEAD_ID_SDDV;
pAVReq->CreatePlug.Pcr.oPCR.Payload = PCR_PAYLOAD_SDDV;
if(NT_SUCCESS(
Status = DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
))) {
*pPlugHandle = pAVReq->CreatePlug.hPlug;
TRACE(TL_61883_WARNING,("\'Created h%sPlugPC[%d]=%x\n", PlugType == CMP_PlugIn ? "I" : "O", PlugNum, *pPlugHandle));
} else {
TRACE(TL_61883_ERROR,("\'Created h%sPlugPC[%d] failed; Status:%x\n", pAVReq->CreatePlug.PlugType == CMP_PlugIn ? "I" : "O", PlugNum, Status));
Status = STATUS_INSUFFICIENT_RESOURCES; // No plug!
}
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
NTSTATUS
DVDeleteLocalPlug(
IN PDVCR_EXTENSION pDevExt,
IN HANDLE PlugHandle
)
/*++
Routine Description:
Delete an enumated local PC PCR
Arguments:
Return Value:
Nothing
--*/
{
PIRP pIrp;
PAV_61883_REQUEST pAVReq;
NTSTATUS Status = STATUS_SUCCESS;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST)))) {
IoFreeIrp(pIrp); pIrp = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
// Delete our local oPCR
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_DeletePlug);
pAVReq->DeletePlug.hPlug = PlugHandle;
Status =
DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
);
if(!NT_SUCCESS(Status)) {
TRACE(TL_61883_ERROR,("Av61883_DeletePlug Failed = 0x%x\n", Status));
// Do not care if this result in error.
} else {
TRACE(TL_61883_WARNING,("\'Av61883_DeletePlug: Deleted!\n", pDevExt->hOPcrPC));
}
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
return Status;
}
#endif
NTSTATUS
DVGetPlugState(
IN PDVCR_EXTENSION pDevExt,
IN PSTREAMEX pStrmExt,
IN PAV_61883_REQUEST pAVReq
)
/*++
Routine Description:
Ask 61883.sys for the plug state.
Arguments:
Return Value:
Nothing
--*/
{
PIRP pIrp;
NTSTATUS Status = STATUS_SUCCESS;
PAGED_CODE();
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE)))
return STATUS_INSUFFICIENT_RESOURCES;
//
// Query oPCR plug state
//
if(pStrmExt->hOutputPcr) {
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_GetPlugState);
pAVReq->GetPlugState.hPlug = pStrmExt->hOutputPcr;
Status =
DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
);
if(!NT_SUCCESS(Status)) {
TRACE(TL_61883_ERROR,("Av61883_GetPlugState Failed %x\n", Status));
goto ExitGetState;
}
else {
TRACE(TL_61883_WARNING,("\'PlgState:(oPCR:%x): State %x; DRate %d; Payld %d; BCCnt %d; PPCnt %d\n",
pAVReq->GetPlugState.hPlug,
pAVReq->GetPlugState.State,
pAVReq->GetPlugState.DataRate,
pAVReq->GetPlugState.Payload,
pAVReq->GetPlugState.BC_Connections,
pAVReq->GetPlugState.PP_Connections
));
}
}
//
// Query iPCR plug state
//
if(pStrmExt->hInputPcr) {
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_GetPlugState);
pAVReq->GetPlugState.hPlug = pStrmExt->hInputPcr;
Status =
DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
);
if(!NT_SUCCESS(Status)) {
TRACE(TL_61883_ERROR,("Av61883_GetPlugState Failed %x\n", Status));
goto ExitGetState;
}
else {
TRACE(TL_61883_WARNING,("\'PlugState(iPCR:%x): State %x; DRate %d; Payld %d; BCCnt %d; PPCnt %d\n",
pAVReq->GetPlugState.hPlug,
pAVReq->GetPlugState.State,
pAVReq->GetPlugState.DataRate,
pAVReq->GetPlugState.Payload,
pAVReq->GetPlugState.BC_Connections,
pAVReq->GetPlugState.PP_Connections
));
}
}
ExitGetState:
IoFreeIrp(pIrp);
return Status;
}
NTSTATUS
DVCreateAttachFrameThread(
PSTREAMEX pStrmExt
)
/*++
Routine Description:
Create a system thread for attaching data (for transmiut to DV only).
Arguments:
Return Value:
STATUS_SUCCESS or
return status from PsCreateSystemThread
--*/
{
NTSTATUS Status = STATUS_SUCCESS;
HANDLE hAttachFrameThread;
Status =
PsCreateSystemThread(
&hAttachFrameThread,
(ACCESS_MASK) 0,
NULL,
(HANDLE) 0,
NULL,
DVAttachFrameThread,
pStrmExt
);
if(!NT_SUCCESS(Status)) {
pStrmExt->bTerminateThread = TRUE;
TRACE(TL_CIP_ERROR|TL_FCP_ERROR,("\'PsCreateSystemThread() failed %x\n", Status));
ASSERT(NT_SUCCESS(Status));
}
else {
pStrmExt->bTerminateThread = FALSE; // Just started!
Status =
ObReferenceObjectByHandle(
hAttachFrameThread,
THREAD_ALL_ACCESS,
NULL,
KernelMode,
&pStrmExt->pAttachFrameThreadObject,
NULL
);
TRACE(TL_CIP_WARNING|TL_PNP_WARNING,("\'ObReferenceObjectByHandle() St %x; Obj %x\n", Status, pStrmExt->pAttachFrameThreadObject));
ZwClose(hAttachFrameThread);
// To signl end of an event
KeInitializeEvent(&pStrmExt->hThreadEndEvent, NotificationEvent, FALSE); // Non-signal
}
return Status;
}
NTSTATUS
DVConnect(
IN KSPIN_DATAFLOW ulDataFlow,
IN PDVCR_EXTENSION pDevExt,
IN PSTREAMEX pStrmExt,
IN PAV_61883_REQUEST pAVReq
)
/*++
Routine Description:
Ask 61883.sys to allocate isoch bandwidth and program PCR.
Arguments:
Return Value:
STATUS_SUCCESS
other Status from calling other routine.
--*/
{
NTSTATUS Status;
PAGED_CODE();
ASSERT(pStrmExt->hConnect == NULL);
//
// Do not reconnect. 61883 should handle all the necessary CMP reconnect.
//
if(pStrmExt->hConnect) {
return STATUS_SUCCESS;
}
#ifdef SUPPORT_NEW_AVC
//
// For Device to device connection, we only connect if we are the data producer (oPCR)
//
TRACE(TL_61883_WARNING,("\'[pStrmExt:%x]: %s PC (oPCR:%x, iPCR:%x); DV (oPCR:%x; iPCR:%x)\n",
pStrmExt,
ulDataFlow == KSPIN_DATAFLOW_OUT ? "OutPin" : "InPin",
pDevExt->hOPcrPC, 0,
pDevExt->hOPcrDV, pDevExt->hIPcrDV
));
if(
pStrmExt->bDV2DVConnect &&
(pStrmExt->hOutputPcr != pDevExt->hOPcrDV)) {
TRACE(TL_61883_WARNING,("\'** pStrmExt:%x not data producer!\n\n", pStrmExt));
return STATUS_SUCCESS;
}
#endif
#ifdef NT51_61883
//
// Set Unit isoch parameters:
// The number of packets is depending on two factors:
// For a PAE system, number of packets cannnot be bigger than 64k/480 = 133
// For capture, number of packets should not be bigger than max packets to construct a DV buffer.
// This is needed to avoid completing two buffers in the same descriptor and can cause glitched
// in the "real time" playback of the data, esp the audio.
//
if(pDevExt->HardwareFlags & AV_HOST_DMA_DOUBLE_BUFFERING_ENABLED) {
// PAE system
pDevExt->UnitIoschParams.RX_NumPackets =
// pDevExt->UnitIoschParams.TX_NumPackets = // Use the default set by 61883
((pDevExt->VideoFormatIndex == FMT_IDX_SD_DVCR_NTSC || pDevExt->VideoFormatIndex == FMT_IDX_SDL_DVCR_NTSC) ?
MAX_SRC_PACKETS_PER_NTSC_FRAME_PAE : MAX_SRC_PACKETS_PER_PAL_FRAME_PAE);
} else {
pDevExt->UnitIoschParams.RX_NumPackets =
// pDevExt->UnitIoschParams.TX_NumPackets = // Use the default set by 61883
((pDevExt->VideoFormatIndex == FMT_IDX_SD_DVCR_NTSC || pDevExt->VideoFormatIndex == FMT_IDX_SDL_DVCR_NTSC) ?
MAX_SRC_PACKETS_PER_NTSC_FRAME : MAX_SRC_PACKETS_PER_PAL_FRAME);
}
if(!NT_SUCCESS(
Status = DVSetUnitIsochParams(
pDevExt,
&pDevExt->UnitIoschParams
))) {
return Status;
}
#endif // NT51_61883
//
// Make a point to point connection
//
Status =
DVMakeP2PConnection(
pDevExt,
ulDataFlow,
pStrmExt
);
return Status;
}
NTSTATUS
DVDisconnect(
IN KSPIN_DATAFLOW ulDataFlow,
IN PDVCR_EXTENSION pDevExt,
IN PSTREAMEX pStrmExt
)
/*++
Routine Description:
Ask 61883.sys to free isoch bandwidth and program PCR.
Arguments:
Return Value:
Nothing
--*/
{
PIRP pIrp;
NTSTATUS Status = STATUS_SUCCESS;
PAV_61883_REQUEST pAVReq;
PAGED_CODE();
//
// Use the hPlug to disconnect
//
if(pStrmExt->hConnect) {
if(!(pAVReq = (AV_61883_REQUEST *) ExAllocatePool(NonPagedPool, sizeof(AV_61883_REQUEST))))
return STATUS_INSUFFICIENT_RESOURCES;
if(!(pIrp = IoAllocateIrp(pDevExt->pBusDeviceObject->StackSize, FALSE))) {
ExFreePool(pAVReq); pAVReq = NULL;
return STATUS_INSUFFICIENT_RESOURCES;
}
RtlZeroMemory(pAVReq, sizeof(AV_61883_REQUEST));
INIT_61883_HEADER(pAVReq, Av61883_Disconnect);
pAVReq->Disconnect.hConnect = pStrmExt->hConnect;
ASSERT(pStrmExt->hConnect);
if(!NT_SUCCESS(
Status = DVSubmitIrpSynch(
pDevExt,
pIrp,
pAVReq
))) {
// This could be caused that the connection was not P2P, and
// it tried to disconnect.
TRACE(TL_61883_ERROR,("\'Disconnect hConnect:%x failed; ST %x; AvReq->ST %x\n", pStrmExt->hConnect, Status, pAVReq->Flags ));
// ASSERT(NT_SUCCESS(Status) && "DisConnect failed");
} else {
TRACE(TL_61883_TRACE,("\'Disconnect suceeded; ST %x; AvReq->ST %x\n", Status, pAVReq->Flags ));
}
IoFreeIrp(pIrp); pIrp = NULL;
ExFreePool(pAVReq); pAVReq = NULL;
TRACE(TL_61883_WARNING,("\'DisConn %s St:%x; Stat: SRBCnt:%d; [Pic# =? Prcs:Drp:Cncl:Rpt] [%d ?=%d+%d+%d+%d]\n",
ulDataFlow == KSPIN_DATAFLOW_OUT ? "[OutPin]" : "[InPin]",
Status,
(DWORD) pStrmExt->cntSRBReceived,
(DWORD) pStrmExt->PictureNumber,
(DWORD) pStrmExt->FramesProcessed,
(DWORD) pStrmExt->FramesDropped,
(DWORD) pStrmExt->cntSRBCancelled, // number of SRB_READ/WRITE_DATA cancelled
(DWORD) (pStrmExt->PictureNumber - pStrmExt->FramesProcessed - pStrmExt->FramesDropped - pStrmExt->cntSRBCancelled)
));
#if DBG
if(DVFormatInfoTable[pDevExt->VideoFormatIndex].SrcPktHeader) {
ULONG ulElapsed = (DWORD) ((GetSystemTime() - pStrmExt->tmStreamStart)/(ULONGLONG) 10000);
TRACE(TL_61883_WARNING,("\'****-* TotalSrcPkt:%d; DisCont:%d; Elapse:%d msec; DataRate:%d bps *-****\n", \
pStrmExt->lTotalCycleCount, pStrmExt->lDiscontinuityCount,
ulElapsed,
pStrmExt->lTotalCycleCount * 188 * 1000 / ulElapsed * 8
));
}
#endif
// We will not have another chance to reconnect it so we assume it is disconnected.
pStrmExt->hConnect = NULL;
}
return Status;
}
//
// GetSystemTime in 100 nS units
//
ULONGLONG GetSystemTime()
{
LARGE_INTEGER rate, ticks;
ticks = KeQueryPerformanceCounter(&rate);
return (KSCONVERT_PERFORMANCE_TIME(rate.QuadPart, ticks));
}
#define DIFBLK_SIZE 12000
#define PACK_NO_INFO 0xff
// Subcode header identifier
#define SC_HDR_TIMECODE 0x13
#define SC_HDR_BINARYGROUP 0x14
// header identifier
#define AAUX_HDR_SOURCE 0x50
#define AAUX_HDR_SOURCE_CONTROL 0x51
#define AAUX_HDR_REC_DATE 0x52
#define AAUX_HDR_REC_TIME 0x53
#define AAUX_HDR_BINARY_GROUP 0x54
#define AAUX_HDR_CC 0x55
#define AAUX_HDR_TR 0x56
#define VAUX_HDR_SOURCE 0x60
#define VAUX_HDR_SOURCE_CONTROL 0x61
#define VAUX_HDR_REC_DATE 0x62
#define VAUX_HDR_REC_TIME 0x63
#define VAUX_HDR_BINARY_GROUP 0x64
#define VAUX_HDR_CC 0x65
#define VAUX_HDR_TR 0x66
// Determine section type (MS 3 bits); Fig.66; Table 36.
#define ID0_SCT_MASK 0xe0
#define ID0_SCT_HEADER 0x00
#define ID0_SCT_SUBCODE 0x20
#define ID0_SCT_VAUX 0x40
#define ID0_SCT_AUDIO 0x60
#define ID0_SCT_VIDEO 0x80
// A pack is consisted of one byte of header identifier and 4 bytes of data; Part2, annex D.
typedef struct _DV_PACK {
UCHAR Header;
UCHAR Data[4];
} DV_PACK, *PDV_PACK;
typedef struct _DV_H0 {
UCHAR ID0;
UCHAR ID1;
UCHAR ID2;
UCHAR DSF;
UCHAR DFTIA;
UCHAR TF1;
UCHAR TF2;
UCHAR TF3;
UCHAR Reserved[72];
} DV_H0, *PDV_H0;
typedef struct _DV_SC {
UCHAR ID0;
UCHAR ID1;
UCHAR ID2;
struct {
UCHAR SID0;
UCHAR SID1;
UCHAR Reserved;
DV_PACK Pack;
} SSyb0;
struct {
UCHAR SID0;
UCHAR SID1;
UCHAR Reserved;
DV_PACK Pack;
} SSyb1;
struct {
UCHAR SID0;
UCHAR SID1;
UCHAR Reserved;
DV_PACK Pack;
} SSyb2;
struct {
UCHAR SID0;
UCHAR SID1;
UCHAR Reserved;
DV_PACK Pack;
} SSyb3;
struct {
UCHAR SID0;
UCHAR SID1;
UCHAR Reserved;
DV_PACK Pack;
} SSyb4;
struct {
UCHAR SID0;
UCHAR SID1;
UCHAR Reserved;
DV_PACK Pack;
} SSyb5;
UCHAR Reserved[29];
} DV_SC, *PDV_SC;
#define MAX_VAUX_PACK 15
typedef struct _DV_VAUX {
UCHAR ID0;
UCHAR ID1;
UCHAR ID2;
DV_PACK Pack[MAX_VAUX_PACK];
UCHAR Reserved[2];
} DV_VAUX, *PDV_VAUX;
typedef struct _DV_A {
UCHAR ID0;
UCHAR ID1;
UCHAR ID2;
DV_PACK Pack;
UCHAR Data[72];
} DV_A, *PDV_A;
typedef struct _DV_V {
UCHAR ID0;
UCHAR ID1;
UCHAR ID2;
UCHAR Data[77]; // 3..79
} DV_V, *PDV_V;
// Two source packets
#define V_BLOCKS 15
typedef struct _DV_AV {
DV_A A;
DV_V V[V_BLOCKS];
} DV_AV, *PDV_AV;
#define SC_SECTIONS 2
#define VAUX_SECTIONS 3
#define AV_SECTIONS 9
typedef struct _DV_DIF_SEQ {
DV_H0 H0;
DV_SC SC[SC_SECTIONS];
DV_VAUX VAux[VAUX_SECTIONS];
DV_AV AV[AV_SECTIONS];
} DV_DIF_SEQ, *PDV_DIF_SEQ;
typedef struct _DV_FRAME_NTSC {
DV_DIF_SEQ DifSeq[10];
} DV_FRAME_NTSC, *PDV_FRAME_NTSC;
typedef struct _DV_FRAME_PAL {
DV_DIF_SEQ DifSeq[12];
} DV_FRAME_PAL, *PDV_FRAME_PAL;
// By setting REC MODE to 111b (invalid recording) can
// cause DV to mute the audio
#define AAUX_REC_MODE_INVALID_MASK 0x38 // xx11:1xxx
#define AAUX_REC_MODE_ORIGINAL 0x08 // xx00:1xxx
#ifdef MSDV_SUPPORT_MUTE_AUDIO
// #define SHOW_ONE_FIELD_TWICE
BOOL
DVMuteDVFrame(
IN PDVCR_EXTENSION pDevExt,
IN OUT PUCHAR pFrameBuffer,
IN BOOL bMuteAudio
)
{
PDV_DIF_SEQ pDifSeq;
#ifdef SHOW_ONE_FIELD_TWICE
PDV_VAUX pVAux;
ULONG k;
#endif
ULONG i, j;
#ifdef SHOW_ONE_FIELD_TWICE
BOOL bFound1 = FALSE;
#endif
BOOL bFound2 = FALSE;
pDifSeq = (PDV_DIF_SEQ) pFrameBuffer;
// find the VVAX Source pack
for (i=0; i < DVFormatInfoTable[pDevExt->VideoFormatIndex].ulNumOfDIFSequences; i++) {
#ifdef SHOW_ONE_FIELD_TWICE // Advise by Adobe that we may want to show bothj field but mute audio
// Make the field2 output twice, FrameChange to 0 (same as previous frame)
for (j=0; j < VAUX_SECTIONS; j++) {
pVAux = &pDifSeq->VAux[j];
if((pVAux->ID0 & ID0_SCT_MASK) != ID0_SCT_VAUX) {
TRACE(TL_CIP_WARNING,("\'Invalid ID0:%.2x for pVAUX:%x (Dif:%d;V%d;S%d)\n", pVAux->ID0, pVAux, i, j, k));
continue;
}
for (k=0; k< MAX_VAUX_PACK; k++) {
if(pVAux->Pack[k].Header == VAUX_HDR_SOURCE_CONTROL) {
if(bMuteAudio) {
TRACE(TL_CIP_WARNING,("\'Mute Audio; pDifSeq:%x; pVAux:%x; (Dif:%d,V%d,S%d); %.2x,[%.2x,%.2x,%.2x,%.2x]; pack[2]->%.2x\n", \
pDifSeq, pVAux, i, j, k, \
pVAux->Pack[k].Header, pVAux->Pack[k].Data[0], pVAux->Pack[k].Data[1], pVAux->Pack[k].Data[2], pVAux->Pack[k].Data[3], \
(pVAux->Pack[k].Data[2] & 0x1F) ));
pVAux->Pack[k].Data[2] &= 0x1f; // 0x1F; // set FF, FS and FC to 0
TRACE(TL_CIP_TRACE,("\'pVAux->Pack[k].Data[2] = %.2x\n", pVAux->Pack[k].Data[2]));
} else {
TRACE(TL_CIP_TRACE,("\'un-Mute Audio; pack[2]: %.2x ->%.2x\n", pVAux->Pack[k].Data[2], (pVAux->Pack[k].Data[2] | 0xc0) ));
pVAux->Pack[k].Data[2] |= 0xe0; // set FF, FS and FCto 1; Show both fields in field 1,2 order
}
bFound1 = TRUE;
break; // Set only the 1st occurrence
}
}
}
#endif
for (j=0; j < AV_SECTIONS; j++) {
if(pDifSeq->AV[j].A.Pack.Header == AAUX_HDR_SOURCE_CONTROL) {
TRACE(TL_CIP_TRACE,("\'A0Aux %.2x,[%.2x,%.2x,%.2x,%.2x] %.2x->%.2x\n", \
pDifSeq->AV[j].A.Pack.Header, pDifSeq->AV[j].A.Pack.Data[0], \
pDifSeq->AV[j].A.Pack.Data[1], pDifSeq->AV[j].A.Pack.Data[2], pDifSeq->AV[j].A.Pack.Data[3], \
pDifSeq->AV[j].A.Pack.Data[1], pDifSeq->AV[j].A.Pack.Data[1] | AAUX_REC_MODE_INVALID_MASK
));
if(bMuteAudio)
pDifSeq->AV[j].A.Pack.Data[1] |= AAUX_REC_MODE_INVALID_MASK; // Cause DV to mute this.
else
pDifSeq->AV[j].A.Pack.Data[1] = \
(pDifSeq->AV[j].A.Pack.Data[1] & ~AAUX_REC_MODE_INVALID_MASK) | AAUX_REC_MODE_ORIGINAL;
bFound2 = TRUE;
break; // Set only the 1st occurrence
}
}
// Must do the 1st occurance of all Dif sequences;
pDifSeq++; // Next DIF sequence
}
#ifdef SHOW_ONE_FIELD_TWICE
return (bFound1 && bFound2);
#else
return bFound2;
#endif
}
#endif
#ifdef MSDV_SUPPORT_EXTRACT_SUBCODE_DATA
VOID
DVCRExtractTimecodeFromFrame(
IN PDVCR_EXTENSION pDevExt,
IN PSTREAMEX pStrmExt,
IN PUCHAR pFrameBuffer
)
{
PUCHAR pDIFBlk;
PUCHAR pS0, pS1, pSID0;
ULONG i, j;
BYTE LastTimecode[4], Timecode[4]; // hh:mm:ss,ff
DWORD LastAbsTrackNumber, AbsTrackNumber;
PUCHAR pSID1;
BYTE Timecode2[4]; // hh:mm:ss,ff
DWORD AbsTrackNumber2;
BOOL bGetAbsT = TRUE, bGetTimecode = TRUE;
// Can be called at DISPATCH_LEVEL
pDIFBlk = (PUCHAR) pFrameBuffer;
// Save the last timecode so we will now if it has
LastTimecode[0] = pStrmExt->Timecode[0];
LastTimecode[1] = pStrmExt->Timecode[1];
LastTimecode[2] = pStrmExt->Timecode[2];
LastTimecode[3] = pStrmExt->Timecode[3];
LastAbsTrackNumber = pStrmExt->AbsTrackNumber;
//
// Traverse thru every DIF BLOCK looking for VA0,1 and 2
for(i=0; i < DVFormatInfoTable[pDevExt->VideoFormatIndex].ulNumOfDIFSequences; i++) {
pS0 = pDIFBlk + 80;
pS1 = pS0 + 80;
//
// Is this Subcode source packet? See Table 36 (P.111) of the Blue Book
//
if ((pS0[0] & 0xe0) == 0x20 && (pS1[0] & 0xe0) == 0x20) {
if(bGetAbsT) {
//
// See Figure 42 (p. 94) of the Blue book
// SID0(Low nibble),1 (high nibble) of every three subcode sync block can form the ATN
//
pSID0 = &pS0[3];
AbsTrackNumber = 0;
for (j = 0 ; j < 3; j++) {
AbsTrackNumber = (( ( (pSID0[0] & 0x0f) << 4) | (pSID0[1] >> 4) ) << (j * 8)) | AbsTrackNumber;
pSID0 += 8;
bGetAbsT = FALSE;
}
pSID1 = &pS1[3];
AbsTrackNumber2 = 0;
for (j = 0 ; j < 3; j++) {
AbsTrackNumber2 = (( ( (pSID1[0] & 0x0f) << 4) | (pSID1[1] >> 4) ) << (j * 8)) | AbsTrackNumber2;
pSID1 += 8;
}
// Verify that the track number is the same!
if(AbsTrackNumber == AbsTrackNumber2) {
bGetAbsT = FALSE;
} else {
bGetAbsT = TRUE;
TRACE(TL_CIP_TRACE,("\'%d Sequence; AbsT (%d,%d) != AbsT2 (%d,%d)\n",
i,
AbsTrackNumber / 2, AbsTrackNumber & 0x01,
AbsTrackNumber2 / 2, AbsTrackNumber2 & 0x01
));
}
}
if(bGetTimecode) {
// See Figure 68 (p. 114) of the Blue Book
// Subcode sync block number 3, 4 and 5
for(j = 3; j <= 5; j++) {
// 3 bytes of IDs and follow by sequence of 8 bytes SyncBlock (3:5);
// 0x13 == TIMECODE
if(pS0[3+3+j*8] == 0x13
&& pS0[3+3+j*8+4] != 0xff
&& pS0[3+3+j*8+3] != 0xff
&& pS0[3+3+j*8+2] != 0xff
&& pS0[3+3+j*8+1] != 0xff) {
Timecode[0] = pS0[3+3+j*8+4]&0x3f; // hh
Timecode[1] = pS0[3+3+j*8+3]&0x7f; // mm
Timecode[2] = pS0[3+3+j*8+2]&0x7f; // ss
Timecode[3] = pS0[3+3+j*8+1]&0x3f; // ff
bGetTimecode = FALSE;
break;
}
}
// Subcode sync block number 9, 10 and 11
for(j = 3; j <= 5; j++) {
// 3 bytes of IDs and follow by sequence of 8 bytes SyncBlock (3:5);
// 0x13 == TIMECODE
if(pS1[3+3+j*8] == 0x13
&& pS1[3+3+j*8+4] != 0xff
&& pS1[3+3+j*8+3] != 0xff
&& pS1[3+3+j*8+2] != 0xff
&& pS1[3+3+j*8+1] != 0xff) {
Timecode2[0] = pS1[3+3+j*8+4]&0x3f; // hh
Timecode2[1] = pS1[3+3+j*8+3]&0x7f; // mm
Timecode2[2] = pS1[3+3+j*8+2]&0x7f; // ss
Timecode2[3] = pS1[3+3+j*8+1]&0x3f; // ff
bGetTimecode = FALSE;
break;
}
}
//
// Verify
//
if(!bGetTimecode) {
if( Timecode[0] == Timecode2[0]
&& Timecode[1] == Timecode2[1]
&& Timecode[2] == Timecode2[2]
&& Timecode[3] == Timecode2[3]) {
} else {
bGetTimecode = TRUE;
TRACE(TL_CIP_TRACE,("\'%d Sequence; %.2x:%.2x:%.2x,%.2x != %.2x:%.2x:%.2x,%.2x\n",
i,
Timecode[0], Timecode[1], Timecode[2], Timecode[3],
Timecode2[0], Timecode2[1], Timecode2[2], Timecode2[3]
));
}
}
}
}
if(!bGetAbsT && !bGetTimecode)
break;
pDIFBlk += DIFBLK_SIZE; // Get to next block
}
if(!bGetAbsT && pStrmExt->AbsTrackNumber != AbsTrackNumber) {
pStrmExt->AbsTrackNumber = AbsTrackNumber; // BF is the LSB
pStrmExt->bATNUpdated = TRUE;
TRACE(TL_CIP_TRACE,("\'Extracted TrackNum:%d; DicontBit:%d\n", AbsTrackNumber / 2, AbsTrackNumber & 0x01));
}
if(!bGetTimecode &&
(
Timecode[0] != LastTimecode[0] ||
Timecode[1] != LastTimecode[1] ||
Timecode[2] != LastTimecode[2] ||
Timecode[3] != LastTimecode[3]
)
) {
pStrmExt->Timecode[0] = Timecode[0]; // hh
pStrmExt->Timecode[1] = Timecode[1]; // mm
pStrmExt->Timecode[2] = Timecode[2]; // mm
pStrmExt->Timecode[3] = Timecode[3]; // ff
pStrmExt->bTimecodeUpdated = TRUE;
TRACE(TL_CIP_TRACE,("\'Extracted Timecode %.2x:%.2x:%.2x,%.2x\n", Timecode[0], Timecode[1], Timecode[2], Timecode[3]));
}
}
#endif // MSDV_SUPPORT_EXTRACT_SUBCODE_DATA
#ifdef MSDV_SUPPORT_EXTRACT_DV_DATE_TIME
VOID
DVCRExtractRecDateAndTimeFromFrame(
IN PDVCR_EXTENSION pDevExt,
IN PSTREAMEX pStrmExt,
IN PUCHAR pFrameBuffer
)
{
PUCHAR pDIFBlk;
PUCHAR pS0, pS1;
ULONG i, j;
BOOL bGetRecDate = TRUE, bGetRecTime = TRUE;
// Can be called at DISPATCH_LEVEL
pDIFBlk = (PUCHAR) pFrameBuffer + DIFBLK_SIZE * DVFormatInfoTable[pDevExt->VideoFormatIndex].ulNumOfDIFSequences/2;
//
// REC Data (VRD) and Time (VRT) on in the 2nd half oa a video frame
//
for(i=DVFormatInfoTable[pDevExt->VideoFormatIndex].ulNumOfDIFSequences/2; i < DVFormatInfoTable[pDevExt->VideoFormatIndex].ulNumOfDIFSequences; i++) {
pS0 = pDIFBlk + 80;
pS1 = pS0 + 80;
//
// Find SC0 and SC1. See Table 36 (P.111) of the Blue Book
//
// SC0/1: ID(0,1,2), Data (3,50), Reserved(51-79)
// SC0:Data: SSYB0(3..10), SSYB1(11..18), SSYB2(19..26), SSYB3(27..34), SSYB4(35..42), SSYB5(43..50)
// SC1:Data: SSYB6(3..10), SSYB7(11..18), SSYB8(19..26), SSYB9(27..34), SSYB10(35..42), SSYB11(43..50)
// SSYBx(SubCodeId0, SubcodeID1, Reserved, Pack(3,4,5,6,7))
//
// TTC are in the 1st half: SSYB0..11 (every)
// TTC are in the 2nd half: SSYB0,3,6,9
// VRD are in the 2nd half of a video frame, SSYB1,4,7,10
// VRT are in the 2nd half of a video frame, SSYB2,5,8,11
//
// Subcode data ?
if ((pS0[0] & 0xe0) == 0x20 && (pS1[0] & 0xe0) == 0x20) {
//
// RecDate: VRD
//
if(bGetRecDate) {
// go thru 6 sync blocks (8 bytes per block) per Subcode; idx 1(SSYB1),4(SSYB4) for SC0
for(j=0; j <= 5 ; j++) {
if(j == 1 || j == 4) {
// 0x62== RecDate
if(pS0[3+3+j*8] == 0x62) {
pStrmExt->RecDate[0] = pS0[3+3+j*8+4]; // Year
pStrmExt->RecDate[1] = pS0[3+3+j*8+3]&0x1f; // Month
pStrmExt->RecDate[2] = pS0[3+3+j*8+2]&0x3f; // Day
pStrmExt->RecDate[3] = pS0[3+3+j*8+1]&0x3f; // TimeZone
bGetRecDate = FALSE;
break;
}
}
}
}
if(bGetRecDate) {
// go thru 6 sync blocks (8 bytes per block) per Subcode; idx 1 (SSYB7),4(SSYB10) for SC1
for(j=0; j <= 5; j++) {
if(j == 1 || j == 4) {
// 0x62== RecDate
if(pS1[3+3+j*8] == 0x62) {
pStrmExt->RecDate[0] = pS1[3+3+j*8+4]; // Year
pStrmExt->RecDate[1] = pS1[3+3+j*8+3]&0x1f; // Month
pStrmExt->RecDate[2] = pS1[3+3+j*8+2]&0x3f; // Day
pStrmExt->RecDate[3] = pS1[3+3+j*8+1]&0x3f; // TimeZone
bGetRecDate = FALSE;
break;
}
}
}
}
//
// RecTime: VRT
//
if(bGetRecTime) {
// go thru 6 sync blocks (8 bytes per block) per Subcode; idx 2(SSYB2),5(SSYB5) for SC0
for(j=0; j <= 5 ; j++) {
if(j == 2 || j == 5) {
// 0x63== RecTime
if(pS0[3+3+j*8] == 0x63) {
pStrmExt->RecTime[0] = pS0[3+3+j*8+4]&0x3f;
pStrmExt->RecTime[1] = pS0[3+3+j*8+3]&0x7f;
pStrmExt->RecTime[2] = pS0[3+3+j*8+2]&0x7f;
pStrmExt->RecTime[3] = pS0[3+3+j*8+1]&0x3f;
bGetRecTime = FALSE;
break;
}
}
}
}
if(bGetRecTime) {
// go thru 6 sync blocks (8 bytes per block) per Subcode; idx 2 (SSYB8),5(SSYB11) for SC1
for(j=0; j <= 5; j++) {
if(j == 2 || j == 5) {
// 0x63== RecTime
if(pS1[3+3+j*8] == 0x63) {
pStrmExt->RecTime[0] = pS1[3+3+j*8+4]&0x3f;
pStrmExt->RecTime[1] = pS1[3+3+j*8+3]&0x7f;
pStrmExt->RecTime[2] = pS1[3+3+j*8+2]&0x7f;
pStrmExt->RecTime[3] = pS1[3+3+j*8+1]&0x3f;
bGetRecTime = FALSE;
break;
}
}
}
}
}
if(!bGetRecDate && !bGetRecTime)
break;
pDIFBlk += DIFBLK_SIZE; // Next sequence
}
TRACE(TL_CIP_TRACE,("\'Frame# %.5d, Date %s %x-%.2x-%.2x, Time %s %.2x:%.2x:%.2x,%.2x\n",
(ULONG) pStrmExt->FramesProcessed,
bGetRecDate ? "NF:" : "Found:", pStrmExt->RecDate[0], pStrmExt->RecDate[1] & 0x1f, pStrmExt->RecDate[2] & 0x3f,
bGetRecTime ? "NF:" : "Found:",pStrmExt->RecTime[0], pStrmExt->RecTime[1], pStrmExt->RecTime[2], pStrmExt->RecTime[3]
));
}
#endif // MSDV_SUPPORT_EXTRACT_DV_DATE_TIME
#ifdef READ_CUTOMIZE_REG_VALUES
NTSTATUS
CreateRegistryKeySingle(
IN HANDLE hKey,
IN ACCESS_MASK desiredAccess,
PWCHAR pwszSection,
OUT PHANDLE phKeySection
)
{
NTSTATUS status;
UNICODE_STRING ustr;
OBJECT_ATTRIBUTES objectAttributes;
RtlInitUnicodeString(&ustr, pwszSection);
InitializeObjectAttributes(
&objectAttributes,
&ustr,
OBJ_CASE_INSENSITIVE,
hKey,
NULL
);
status =
ZwCreateKey(
phKeySection,
desiredAccess,
&objectAttributes,
0,
NULL, /* optional*/
REG_OPTION_NON_VOLATILE,
NULL
);
return status;
}
NTSTATUS
CreateRegistrySubKey(
IN HANDLE hKey,
IN ACCESS_MASK desiredAccess,
PWCHAR pwszSection,
OUT PHANDLE phKeySection
)
{
UNICODE_STRING ustr;
USHORT usPos = 1; // Skip first backslash
static WCHAR wSep = '\\';
NTSTATUS status = STATUS_SUCCESS;
RtlInitUnicodeString(&ustr, pwszSection);
while(usPos < ustr.Length) {
if(ustr.Buffer[usPos] == wSep) {
// NULL terminate our partial string
ustr.Buffer[usPos] = UNICODE_NULL;
status =
CreateRegistryKeySingle(
hKey,
desiredAccess,
ustr.Buffer,
phKeySection
);
ustr.Buffer[usPos] = wSep;
if(NT_SUCCESS(status)) {
ZwClose(*phKeySection);
} else {
break;
}
}
usPos++;
}
// Create the full key
if(NT_SUCCESS(status)) {
status =
CreateRegistryKeySingle(
hKey,
desiredAccess,
ustr.Buffer,
phKeySection
);
}
return status;
}
NTSTATUS
GetRegistryKeyValue (
IN HANDLE Handle,
IN PWCHAR KeyNameString,
IN ULONG KeyNameStringLength,
IN PVOID Data,
IN PULONG DataLength
)
/*++
Routine Description:
This routine gets the specified value out of the registry
Arguments:
Handle - Handle to location in registry
KeyNameString - registry key we're looking for
KeyNameStringLength - length of registry key we're looking for
Data - where to return the data
DataLength - how big the data is
Return Value:
status is returned from ZwQueryValueKey
--*/
{
NTSTATUS status = STATUS_INSUFFICIENT_RESOURCES;
UNICODE_STRING keyName;
ULONG length;
PKEY_VALUE_FULL_INFORMATION fullInfo;
RtlInitUnicodeString(&keyName, KeyNameString);
length = sizeof(KEY_VALUE_FULL_INFORMATION) +
KeyNameStringLength + *DataLength;
fullInfo = ExAllocatePool(PagedPool, length);
if (fullInfo) {
status = ZwQueryValueKey(
Handle,
&keyName,
KeyValueFullInformation,
fullInfo,
length,
&length
);
if (NT_SUCCESS(status)){
ASSERT(fullInfo->DataLength <= *DataLength);
RtlCopyMemory(
Data,
((PUCHAR) fullInfo) + fullInfo->DataOffset,
fullInfo->DataLength
);
}
*DataLength = fullInfo->DataLength;
ExFreePool(fullInfo);
}
return (status);
}
#if 0 // Not used
NTSTATUS
SetRegistryKeyValue(
HANDLE hKey,
PWCHAR pwszEntry,
LONG nValue
)
{
NTSTATUS status;
UNICODE_STRING ustr;
RtlInitUnicodeString(&ustr, pwszEntry);
status =
ZwSetValueKey(
hKey,
&ustr,
0, /* optional */
REG_DWORD,
&nValue,
sizeof(nValue)
);
return status;
}
#endif // Not used
//
// Registry subky and values wide character strings.
//
WCHAR wszSettings[] = L"Settings";
WCHAR wszATNSearch[] = L"bSupportATNSearch";
WCHAR wszSyncRecording[] = L"bSyncRecording";
WCHAR wszMaxDataSync[] = L"tmMaxDataSync";
WCHAR wszPlayPs2RecPs[] = L"fmPlayPause2RecPause";
WCHAR wszStop2RecPs[] = L"fmStop2RecPause";
WCHAR wszRecPs2Rec[] = L"tmRecPause2Rec";
WCHAR wszXprtStateChangeWait[] = L"tmXprtStateChangeWait";
BOOL
DVGetPropertyValuesFromRegistry(
IN PDVCR_EXTENSION pDevExt
)
{
NTSTATUS Status;
HANDLE hPDOKey, hKeySettings;
ULONG ulLength;
//
// Registry key:
// Windows 2000:
// HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Class\
// {6BDD1FC6-810F-11D0-BEC7-08002BE2092F\000x
//
// Win98:
// HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Services\Class\Image\000x
//
Status =
IoOpenDeviceRegistryKey(
pDevExt->pPhysicalDeviceObject,
PLUGPLAY_REGKEY_DRIVER,
STANDARD_RIGHTS_READ,
&hPDOKey
);
// PDO might be deleted when it was removed.
if(! pDevExt->bDevRemoved) {
ASSERT(Status == STATUS_SUCCESS);
}
//
// loop through our table of strings,
// reading the registry for each.
//
if(NT_SUCCESS(Status)) {
// Create or open the settings key
Status =
CreateRegistrySubKey(
hPDOKey,
KEY_ALL_ACCESS,
wszSettings,
&hKeySettings
);
if(NT_SUCCESS(Status)) {
// Note: we can be more selective by checking
// pDevExt->ulDevType
#if 0 // Not supported yet!
// ATNSearch
ulLength = sizeof(LONG);
Status = GetRegistryKeyValue(
hKeySettings,
wszATNSearch,
sizeof(wszATNSearch),
(PVOID) &pDevExt->bATNSearch,
&ulLength);
TRACE(TL_PNP_WARNING,("\'GetRegVal: St:%x, Len:%d, bATNSearch:%d (1:Yes)\n", Status, ulLength, pDevExt->bATNSearch));
if(!NT_SUCCESS(Status)) pDevExt->bATNSearch = FALSE;
// bSyncRecording
ulLength = sizeof(LONG);
Status = GetRegistryKeyValue(
hKeySettings,
wszSyncRecording,
sizeof(wszSyncRecording),
(PVOID) &pDevExt->bSyncRecording,
&ulLength);
TRACE(TL_PNP_WARNING,("\'GetRegVal: St:%x, Len:%d, bSyncRecording:%d (1:Yes)\n", Status, ulLength, pDevExt->bSyncRecording));
if(!NT_SUCCESS(Status)) pDevExt->bSyncRecording = FALSE;
// tmMaxDataSync
ulLength = sizeof(LONG);
Status = GetRegistryKeyValue(
hKeySettings,
wszMaxDataSync,
sizeof(wszMaxDataSync),
(PVOID) &pDevExt->tmMaxDataSync,
&ulLength);
TRACE(TL_PNP_WARNING,("\'GetRegVal: St:%x, Len:%d, tmMaxDataSync:%d (msec)\n", Status, ulLength, pDevExt->tmMaxDataSync));
// fmPlayPs2RecPs
ulLength = sizeof(LONG);
Status = GetRegistryKeyValue(
hKeySettings,
wszPlayPs2RecPs,
sizeof(wszPlayPs2RecPs),
(PVOID) &pDevExt->fmPlayPs2RecPs,
&ulLength);
TRACE(TL_PNP_WARNING,("\'GetRegVal: St:%x, Len:%d, fmPlayPs2RecPs:%d (frames)\n", Status, ulLength, pDevExt->fmPlayPs2RecPs));
// fmStop2RecPs
ulLength = sizeof(LONG);
Status = GetRegistryKeyValue(
hKeySettings,
wszStop2RecPs,
sizeof(wszStop2RecPs),
(PVOID) &pDevExt->fmStop2RecPs,
&ulLength);
TRACE(TL_PNP_WARNING,("\'GetRegVal: St:%x, Len:%d, fmStop2RecPs:%d (frames)\n", Status, ulLength, pDevExt->fmStop2RecPs));
// tmRecPs2Rec
ulLength = sizeof(LONG);
Status = GetRegistryKeyValue(
hKeySettings,
wszRecPs2Rec,
sizeof(wszRecPs2Rec),
(PVOID) &pDevExt->tmRecPs2Rec,
&ulLength);
TRACE(TL_PNP_WARNING,("\'GetRegVal: St:%x, Len:%d, tmRecPs2Rec:%d (msec)\n", Status, ulLength, pDevExt->tmRecPs2Rec));
#endif
ulLength = sizeof(LONG);
Status = GetRegistryKeyValue(
hKeySettings,
wszXprtStateChangeWait,
sizeof(wszXprtStateChangeWait),
(PVOID) &pDevExt->XprtStateChangeWait, // in msec
&ulLength);
TRACE(TL_PNP_WARNING,("\'GetRegVal: St:%x, Len:%d, XprtStateChangeWait:%d msec\n", Status, ulLength, pDevExt->XprtStateChangeWait));
if(!NT_SUCCESS(Status)) pDevExt->XprtStateChangeWait = 0;
ZwClose(hKeySettings);
ZwClose(hPDOKey);
return TRUE;
} else {
TRACE(TL_PNP_ERROR,("\'GetPropertyValuesFromRegistry: CreateRegistrySubKey failed with Status=%x\n", Status));
}
ZwClose(hPDOKey);
} else {
TRACE(TL_PNP_ERROR,("\'GetPropertyValuesFromRegistry: IoOpenDeviceRegistryKey failed with Status=%x\n", Status));
}
// Not implemented so always return FALSE to use the defaults.
return FALSE;
}
#if 0 // Not used
BOOL
DVSetPropertyValuesToRegistry(
PDVCR_EXTENSION pDevExt
)
{
// Set the default to :
// HLM\Software\DeviceExtension->pchVendorName\1394DCam
NTSTATUS Status;
HANDLE hPDOKey, hKeySettings;
TRACE(TL_PNP_TRACE,("\'SetPropertyValuesToRegistry: pDevExt=%x; pDevExt->pBusDeviceObject=%x\n", pDevExt, pDevExt->pBusDeviceObject));
//
// Registry key:
// HKEY_LOCAL_MACHINE\SYSTEM\CurrentControlSet\Control\Class\
// {6BDD1FC6-810F-11D0-BEC7-08002BE2092F\000x
//
Status =
IoOpenDeviceRegistryKey(
pDevExt->pPhysicalDeviceObject,
PLUGPLAY_REGKEY_DRIVER,
STANDARD_RIGHTS_WRITE,
&hPDOKey);
// PDO might be deleted when it was removed.
if(! pDevExt->bDevRemoved) {
ASSERT(Status == STATUS_SUCCESS);
}
//
// loop through our table of strings,
// reading the registry for each.
//
if(NT_SUCCESS(Status)) {
// Create or open the settings key
Status =
CreateRegistrySubKey(
hPDOKey,
KEY_ALL_ACCESS,
wszSettings,
&hKeySettings
);
if(NT_SUCCESS(Status)) {
#if 0 // Note used, just an example:
// Brightness
Status = SetRegistryKeyValue(
hKeySettings,
wszBrightness,
pDevExt->XXXX);
TRACE(TL_PNP_TRACE,("\'SetPropertyValuesToRegistry: Status %x, Brightness %d\n", Status, pDevExt->Brightness));
#endif
ZwClose(hKeySettings);
ZwClose(hPDOKey);
return TRUE;
} else {
TRACE(TL_PNP_ERROR,("\'GetPropertyValuesToRegistry: CreateRegistrySubKey failed with Status=%x\n", Status));
}
ZwClose(hPDOKey);
} else {
TRACE(TL_PNP_TRACE,("\'GetPropertyValuesToRegistry: IoOpenDeviceRegistryKey failed with Status=%x\n", Status));
}
return FALSE;
}
#endif // Not used
#endif // READ_CUTOMIZE_REG_VALUES