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/*++
Copyright (c) Microsoft Corporation All Rights Reserved
Module Name:
minipairs.h
Abstract:
Local audio endpoint filter definitions.
--*/
#ifndef _SIMPLEAUDIOSAMPLE_MINIPAIRS_H_
#define _SIMPLEAUDIOSAMPLE_MINIPAIRS_H_
#include "speakertopo.h"
#include "speakertoptable.h"
#include "speakerwavtable.h"
#include "micarraytopo.h"
#include "micarray1toptable.h"
#include "micarraywavtable.h"
NTSTATUS
CreateMiniportWaveRTSimpleAudioSample
(
_Out_ PUNKNOWN *,
_In_ REFCLSID,
_In_opt_ PUNKNOWN,
_In_ POOL_FLAGS,
_In_ PUNKNOWN,
_In_opt_ PVOID,
_In_ PENDPOINT_MINIPAIR
);
NTSTATUS
CreateMiniportTopologySimpleAudioSample
(
_Out_ PUNKNOWN *,
_In_ REFCLSID,
_In_opt_ PUNKNOWN,
_In_ POOL_FLAGS,
_In_ PUNKNOWN,
_In_opt_ PVOID,
_In_ PENDPOINT_MINIPAIR
);
//
// Render miniports.
//
/*********************************************************************
* Topology/Wave bridge connection for speaker (internal) *
* *
* +------+ +------+ *
* | Wave | | Topo | *
* | | | | *
* System --->|0 1|--------------->|0 1|---> Line Out *
* | | | | *
* +------+ +------+ *
*********************************************************************/
static
PHYSICALCONNECTIONTABLE SpeakerTopologyPhysicalConnections[] =
{
{
KSPIN_TOPO_WAVEOUT_SOURCE, // TopologyIn
KSPIN_WAVE_RENDER3_SOURCE, // WaveOut
CONNECTIONTYPE_WAVE_OUTPUT
}
};
static
ENDPOINT_MINIPAIR SpeakerMiniports =
{
eSpeakerDevice,
L"TopologySpeaker", // make sure this or the template name matches with KSNAME_TopologySpeaker in the inf's [Strings] section
NULL, // optional template name
CreateMiniportTopologySimpleAudioSample,
&SpeakerTopoMiniportFilterDescriptor,
0, NULL, // Interface properties
L"WaveSpeaker", // make sure this or the template name matches with KSNAME_WaveSpeaker in the inf's [Strings] section
NULL, // optional template name
CreateMiniportWaveRTSimpleAudioSample,
&SpeakerWaveMiniportFilterDescriptor,
0, // Interface properties
NULL,
SPEAKER_DEVICE_MAX_CHANNELS,
SpeakerPinDeviceFormatsAndModes,
SIZEOF_ARRAY(SpeakerPinDeviceFormatsAndModes),
SpeakerTopologyPhysicalConnections,
SIZEOF_ARRAY(SpeakerTopologyPhysicalConnections),
ENDPOINT_NO_FLAGS,
};
//
// Capture miniports.
//
/*********************************************************************
* Topology/Wave bridge connection for mic array 1 (front) *
* *
* +------+ +------+ *
* | Topo | | Wave | *
* | | | | *
* Mic in --->|0 1|===>|0 1|---> Capture Host Pin *
* | | | | *
* +------+ +------+ *
*********************************************************************/
static
PHYSICALCONNECTIONTABLE MicArray1TopologyPhysicalConnections[] =
{
{
KSPIN_TOPO_BRIDGE, // TopologyOut
KSPIN_WAVE_BRIDGE, // WaveIn
CONNECTIONTYPE_TOPOLOGY_OUTPUT
}
};
static
ENDPOINT_MINIPAIR MicArray1Miniports =
{
eMicArrayDevice1,
L"TopologyMicArray1", // make sure this or the template name matches with KSNAME_TopologyMicArray1 in the inf's [Strings] section
NULL, // optional template name
CreateMicArrayMiniportTopology,
&MicArray1TopoMiniportFilterDescriptor,
0, NULL, // Interface properties
L"WaveMicArray1", // make sure this or the tempalte name matches with KSNAME_WaveMicArray1 in the inf's [Strings] section
NULL, // optional template name
CreateMiniportWaveRTSimpleAudioSample,
&MicArrayWaveMiniportFilterDescriptor,
0, // Interface properties
NULL,
MICARRAY_DEVICE_MAX_CHANNELS,
MicArrayPinDeviceFormatsAndModes,
SIZEOF_ARRAY(MicArrayPinDeviceFormatsAndModes),
MicArray1TopologyPhysicalConnections,
SIZEOF_ARRAY(MicArray1TopologyPhysicalConnections),
ENDPOINT_NO_FLAGS,
};
//=============================================================================
//
// Render miniport pairs. NOTE: the split of render and capture is arbitrary and
// unnessary, this array could contain capture endpoints.
//
static
PENDPOINT_MINIPAIR g_RenderEndpoints[] =
{
&SpeakerMiniports,
};
#define g_cRenderEndpoints (SIZEOF_ARRAY(g_RenderEndpoints))
//=============================================================================
//
// Capture miniport pairs. NOTE: the split of render and capture is arbitrary and
// unnessary, this array could contain render endpoints.
//
static
PENDPOINT_MINIPAIR g_CaptureEndpoints[] =
{
&MicArray1Miniports,
};
#define g_cCaptureEndpoints (SIZEOF_ARRAY(g_CaptureEndpoints))
//=============================================================================
//
// Total miniports = # endpoints * 2 (topology + wave).
//
#define g_MaxMiniports ((g_cRenderEndpoints + g_cCaptureEndpoints) * 2)
#endif // _SIMPLEAUDIOSAMPLE_MINIPAIRS_H_
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