/** @file * VBox Remote Desktop Extension (VRDE) - Video Input interface. */ /* * Copyright (C) 2012-2013 Oracle Corporation * * This file is part of VirtualBox Open Source Edition (OSE), as * available from http://www.virtualbox.org. This file is free software; * you can redistribute it and/or modify it under the terms of the GNU * General Public License (GPL) as published by the Free Software * Foundation, in version 2 as it comes in the "COPYING" file of the * VirtualBox OSE distribution. VirtualBox OSE is distributed in the * hope that it will be useful, but WITHOUT ANY WARRANTY of any kind. * * The contents of this file may alternatively be used under the terms * of the Common Development and Distribution License Version 1.0 * (CDDL) only, as it comes in the "COPYING.CDDL" file of the * VirtualBox OSE distribution, in which case the provisions of the * CDDL are applicable instead of those of the GPL. * * You may elect to license modified versions of this file under the * terms and conditions of either the GPL or the CDDL or both. */ #ifndef ___VBox_RemoteDesktop_VRDEVideoIn_h #define ___VBox_RemoteDesktop_VRDEVideoIn_h /* Define VRDE_VIDEOIN_WITH_VRDEINTERFACE to include the server VRDE interface parts. */ #ifdef VRDE_VIDEOIN_WITH_VRDEINTERFACE #include #endif /* VRDE_VIDEOIN_WITH_VRDEINTERFACE */ #ifdef AssertCompileSize #define ASSERTSIZE(type, size) AssertCompileSize(type, size); #else #define ASSERTSIZE(type, size) #endif /* AssertCompileSize */ /* * Interface for accessing a video camera device on the client. * * Async callbacks are used for providing feedback, reporting errors, etc. * * Initial version supports: Camera + Processing Unit + Streaming Control. * * There are 2 modes: * 1) The virtual WebCam is already attached to the guest. * 2) The virtual WebCam will be attached when the client has it. * * Initially the mode 1 is supported. * * Mode 1 details: * The WebCam has some fixed functionality, according to the descriptors, * which has been already read by the guest. So some of functions will * not work if the client does not support them. * * Mode 2 details: * Virtual WebCam descriptors are built from the client capabilities. * * Similarly to the smartcard, the server will inform the ConsoleVRDE that there is a WebCam. * ConsoleVRDE creates a VRDEVIDEOIN handle and forwards virtual WebCam requests to it. * * Interface with VBox. * * Virtual WebCam ConsoleVRDE VRDE * * Negotiate <-> * <- VideoInDeviceNotify(Attached, DeviceId) * -> GetDeviceDesc * <- DeviceDesc * 2 <- CreateCamera * 2 CameraCreated -> * * CameraRequest -> Request -> * Response <- <- Response <- Response * Frame <- <- Frame <- Frame * <- VideoInDeviceNotify(Detached, DeviceId) * * Unsupported requests fail. * The Device Description received from the client may be used to validate WebCam requests * in the ConsoleVRDE code, for example filter out unsupported requests. * */ /* All structures in this file are packed. * Everything is little-endian. */ #pragma pack(1) /* * The interface supports generic video input descriptors, capabilities and controls: * * Descriptors * + Interface * - Input, Camera Terminal * - Processing Unit * + Video Streaming * - Input Header * - Payload Format * - Video Frame * - Still Image Frame * * Video Control requests * + Interface * - Power Mode * + Unit and Terminal * camera * - Scanning Mode (interlaced, progressive) * - Auto-Exposure Mode * - Auto-Exposure Priority * - Exposure Time Absolute, Relative * - Focus Absolute, Relative, Auto * - Iris Absolute, Relative * - Zoom Absolute, Relative * - PanTilt Absolute, Relative * - Roll Absolute, Relative * - Privacy * processing * - Backlight Compensation * - Brightness * - Contrast * - Gain * - Power Line Frequency * - Hue Manual, Auto * - Saturation * - Sharpness * - Gamma * - White Balance Temperature Manual, Auto * - White Balance Component Manual, Auto * - Digital Multiplier * - Digital Multiplier Limit * * Video Streaming requests * + Interface * - Synch Delay * - Still Image Trigger * - Generate Key Frame * - Update Frame Segment * - Stream Error Code * * * Notes: * * still capture uses a method similar to method 2, because the still frame will * be send instead of video over the channel. * Also the method 2 can be in principle emulated by both 1 and 3 on the client. * However the client can initiate a still frame transfer, similar to hardware button trigger. * * all control changes are async. * * probe/commit are not used. The server can select a supported format/frame from the list. * * no color matching. sRGB is the default. * * most of constants are the same as in USB Video Class spec, but they are not the same and * should be always converted. */ /* * The DEVICEDEC describes the device and provides a list of supported formats: * VRDEVIDEOINDEVICEDESC * VRDEVIDEOINFORMATDESC[0]; * VRDEVIDEOINFRAMEDESC[0..N-1] * VRDEVIDEOINFORMATDESC[1]; * VRDEVIDEOINFRAMEDESC[0..M-1] * ... */ typedef struct VRDEVIDEOINDEVICEDESC { uint16_t u16ObjectiveFocalLengthMin; uint16_t u16ObjectiveFocalLengthMax; uint16_t u16OcularFocalLength; uint16_t u16MaxMultiplier; uint32_t fu32CameraControls; /* VRDE_VIDEOIN_F_CT_CTRL_* */ uint32_t fu32ProcessingControls; /* VRDE_VIDEOIN_F_PU_CTRL_* */ uint8_t fu8DeviceCaps; /* VRDE_VIDEOIN_F_DEV_CAP_* */ uint8_t u8NumFormats; /* Number of following VRDEVIDEOINFORMATDESC structures. */ uint16_t cbExt; /* Size of the optional extended description. */ /* An extended description may follow. */ /* An array of VRDEVIDEOINFORMATDESC follows. */ } VRDEVIDEOINDEVICEDESC; /* VRDEVIDEOINDEVICEDESC::fu32CameraControls */ #define VRDE_VIDEOIN_F_CT_CTRL_SCANNING_MODE 0x00000001 /* D0: Scanning Mode */ #define VRDE_VIDEOIN_F_CT_CTRL_AE_MODE 0x00000002 /* D1: Auto-Exposure Mode */ #define VRDE_VIDEOIN_F_CT_CTRL_AE_PRIORITY 0x00000004 /* D2: Auto-Exposure Priority */ #define VRDE_VIDEOIN_F_CT_CTRL_EXPOSURE_TIME_ABSOLUTE 0x00000008 /* D3: Exposure Time (Absolute) */ #define VRDE_VIDEOIN_F_CT_CTRL_EXPOSURE_TIME_RELATIVE 0x00000010 /* D4: Exposure Time (Relative) */ #define VRDE_VIDEOIN_F_CT_CTRL_FOCUS_ABSOLUTE 0x00000020 /* D5: Focus (Absolute) */ #define VRDE_VIDEOIN_F_CT_CTRL_FOCUS_RELATIVE 0x00000040 /* D6: Focus (Relative) */ #define VRDE_VIDEOIN_F_CT_CTRL_IRIS_ABSOLUTE 0x00000080 /* D7: Iris (Absolute) */ #define VRDE_VIDEOIN_F_CT_CTRL_IRIS_RELATIVE 0x00000100 /* D8: Iris (Relative) */ #define VRDE_VIDEOIN_F_CT_CTRL_ZOOM_ABSOLUTE 0x00000200 /* D9: Zoom (Absolute) */ #define VRDE_VIDEOIN_F_CT_CTRL_ZOOM_RELATIVE 0x00000400 /* D10: Zoom (Relative) */ #define VRDE_VIDEOIN_F_CT_CTRL_PANTILT_ABSOLUTE 0x00000800 /* D11: PanTilt (Absolute) */ #define VRDE_VIDEOIN_F_CT_CTRL_PANTILT_RELATIVE 0x00001000 /* D12: PanTilt (Relative) */ #define VRDE_VIDEOIN_F_CT_CTRL_ROLL_ABSOLUTE 0x00002000 /* D13: Roll (Absolute) */ #define VRDE_VIDEOIN_F_CT_CTRL_ROLL_RELATIVE 0x00004000 /* D14: Roll (Relative) */ #define VRDE_VIDEOIN_F_CT_CTRL_RESERVED1 0x00008000 /* D15: Reserved */ #define VRDE_VIDEOIN_F_CT_CTRL_RESERVED2 0x00010000 /* D16: Reserved */ #define VRDE_VIDEOIN_F_CT_CTRL_FOCUS_AUTO 0x00020000 /* D17: Focus, Auto */ #define VRDE_VIDEOIN_F_CT_CTRL_PRIVACY 0x00040000 /* D18: Privacy */ /* VRDEVIDEOINDEVICEDESC::fu32ProcessingControls */ #define VRDE_VIDEOIN_F_PU_CTRL_BRIGHTNESS 0x00000001 /* D0: Brightness */ #define VRDE_VIDEOIN_F_PU_CTRL_CONTRAST 0x00000002 /* D1: Contrast */ #define VRDE_VIDEOIN_F_PU_CTRL_HUE 0x00000004 /* D2: Hue */ #define VRDE_VIDEOIN_F_PU_CTRL_SATURATION 0x00000008 /* D3: Saturation */ #define VRDE_VIDEOIN_F_PU_CTRL_SHARPNESS 0x00000010 /* D4: Sharpness */ #define VRDE_VIDEOIN_F_PU_CTRL_GAMMA 0x00000020 /* D5: Gamma */ #define VRDE_VIDEOIN_F_PU_CTRL_WHITE_BALANCE_TEMPERATURE 0x00000040 /* D6: White Balance Temperature */ #define VRDE_VIDEOIN_F_PU_CTRL_WHITE_BALANCE_COMPONENT 0x00000080 /* D7: White Balance Component */ #define VRDE_VIDEOIN_F_PU_CTRL_BACKLIGHT_COMPENSATION 0x00000100 /* D8: Backlight Compensation */ #define VRDE_VIDEOIN_F_PU_CTRL_GAIN 0x00000200 /* D9: Gain */ #define VRDE_VIDEOIN_F_PU_CTRL_POWER_LINE_FREQUENCY 0x00000400 /* D10: Power Line Frequency */ #define VRDE_VIDEOIN_F_PU_CTRL_HUE_AUTO 0x00000800 /* D11: Hue, Auto */ #define VRDE_VIDEOIN_F_PU_CTRL_WHITE_BALANCE_TEMPERATURE_AUTO 0x00001000 /* D12: White Balance Temperature, Auto */ #define VRDE_VIDEOIN_F_PU_CTRL_WHITE_BALANCE_COMPONENT_AUTO 0x00002000 /* D13: White Balance Component, Auto */ #define VRDE_VIDEOIN_F_PU_CTRL_DIGITAL_MULTIPLIER 0x00004000 /* D14: Digital Multiplier */ #define VRDE_VIDEOIN_F_PU_CTRL_DIGITAL_MULTIPLIER_LIMIT 0x00008000 /* D15: Digital Multiplier Limit */ /* VRDEVIDEOINDEVICEDESC::fu8DeviceCaps */ #define VRDE_VIDEOIN_F_DEV_CAP_DYNAMICCHANGE 0x01 /* Whether dynamic format change is supported. */ #define VRDE_VIDEOIN_F_DEV_CAP_TRIGGER 0x02 /* Whether hardware triggering is supported. */ #define VRDE_VIDEOIN_F_DEV_CAP_TRIGGER_USAGE 0x04 /* 0 - still image, 1 - generic button event.*/ /* VRDEVIDEOINDEVICEDESC extended description. */ typedef struct VRDEVIDEOINDEVICEEXT { uint32_t fu32Fields; /* One or more VRDEVIDEOINDEVICEFIELD follow. */ } VRDEVIDEOINDEVICEEXT; typedef struct VRDEVIDEOINDEVICEFIELDHDR { uint16_t cbField; /* Number of bytes reserved for this field. */ } VRDEVIDEOINDEVICEFIELDHDR; /* VRDEVIDEOINDEVICEDESC::fu32Fields */ #define VRDE_VIDEOIN_F_DEV_EXT_NAME 0x00000001 /* Utf8 device name. */ #define VRDE_VIDEOIN_F_DEV_EXT_SERIAL 0x00000002 /* Utf8 device serial number. */ /* The video format descriptor. */ typedef struct VRDEVIDEOINFORMATDESC { uint16_t cbFormat; /* Size of the structure including cbFormat and format specific data. */ uint8_t u8FormatId; /* The unique identifier of the format on the client. */ uint8_t u8FormatType; /* MJPEG etc. VRDE_VIDEOIN_FORMAT_* */ uint8_t u8FormatFlags; /* VRDE_VIDEOIN_F_FMT_* */ uint8_t u8NumFrames; /* Number of following VRDEVIDEOINFRAMEDESC structures. */ uint16_t u16Reserved; /* Must be set to 0. */ /* Other format specific data may follow. */ /* An array of VRDEVIDEOINFRAMEDESC follows. */ } VRDEVIDEOINFORMATDESC; /* VRDEVIDEOINFORMATDESC::u8FormatType */ #define VRDE_VIDEOIN_FORMAT_UNCOMPRESSED 0x04 #define VRDE_VIDEOIN_FORMAT_MJPEG 0x06 #define VRDE_VIDEOIN_FORMAT_MPEG2TS 0x0A #define VRDE_VIDEOIN_FORMAT_DV 0x0C #define VRDE_VIDEOIN_FORMAT_FRAME_BASED 0x10 #define VRDE_VIDEOIN_FORMAT_STREAM_BASED 0x12 /* VRDEVIDEOINFORMATDESC::u8FormatFlags. */ #define VRDE_VIDEOIN_F_FMT_GENERATEKEYFRAME 0x01 /* Supports Generate Key Frame */ #define VRDE_VIDEOIN_F_FMT_UPDATEFRAMESEGMENT 0x02 /* Supports Update Frame Segment */ #define VRDE_VIDEOIN_F_FMT_COPYPROTECT 0x04 /* If duplication should be restricted. */ #define VRDE_VIDEOIN_F_FMT_COMPQUALITY 0x08 /* If the format supports an adjustable compression quality. */ typedef struct VRDEVIDEOINFRAMEDESC { uint16_t cbFrame; /* Size of the structure including cbFrame and frame specific data. */ uint8_t u8FrameId; /* The unique identifier of the frame for the corresponding format on the client. */ uint8_t u8FrameFlags; uint16_t u16Width; uint16_t u16Height; uint32_t u32NumFrameIntervals; /* The number of supported frame intervals. */ uint32_t u32MinFrameInterval; /* Shortest frame interval supported (at highest frame rate), in 100ns units. */ uint32_t u32MaxFrameInterval; /* Longest frame interval supported (at lowest frame rate), in 100ns units. */ /* Supported frame intervals (in 100ns units) follow if VRDE_VIDEOIN_F_FRM_DISCRETE_INTERVALS is set. * uint32_t au32FrameIntervals[u32NumFrameIntervals]; */ /* Supported min and max bitrate in bits per second follow if VRDE_VIDEOIN_F_FRM_BITRATE is set. * uint32_t u32MinBitRate; * uint32_t u32MaxBitRate; */ /* Other frame specific data may follow. */ } VRDEVIDEOINFRAMEDESC; /* VRDEVIDEOINFRAMEDESC::u8FrameFlags. */ #define VRDE_VIDEOIN_F_FRM_STILL 0x01 /* If still images are supported for this frame. */ #define VRDE_VIDEOIN_F_FRM_DISCRETE_INTERVALS 0x02 /* If the discrete intervals list is included. */ #define VRDE_VIDEOIN_F_FRM_BITRATE 0x04 /* If the bitrate fields are included. */ #define VRDE_VIDEOIN_F_FRM_SIZE_OF_FIELDS 0x08 /* If the all optional fields start with 16 bit field size. */ /* * Controls. * * The same structures are used for both SET and GET requests. * Requests are async. A callback is invoked, when the client returns a reply. * A control change notification also uses these structures. * * If a control request can not be fulfilled, then VRDE_VIDEOIN_CTRLHDR_F_FAIL * will be set and u8Status contains the error code. This replaces the VC_REQUEST_ERROR_CODE_CONTROL. * * If the client receives an unsupported control, then the client must ignore it. * That is the control request must not affect the client in any way. * The client may send a VRDEVIDEOINCTRLHDR response for the unsupported control with: * u16ControlSelector = the received value; * u16RequestType = the received value; * u16ParmSize = 0; * u8Flags = VRDE_VIDEOIN_CTRLHDR_F_FAIL; * u8Status = VRDE_VIDEOIN_CTRLHDR_STATUS_INVALIDCONTROL; */ typedef struct VRDEVIDEOINCTRLHDR { uint16_t u16ControlSelector; /* VRDE_VIDEOIN_CTRLSEL_* */ uint16_t u16RequestType; /* VRDE_VIDEOIN_CTRLREQ_* */ uint16_t u16ParmSize; /* The size of the control specific parameters. */ uint8_t u8Flags; /* VRDE_VIDEOIN_CTRLHDR_F_* */ uint8_t u8Status; /* VRDE_VIDEOIN_CTRLHDR_STATUS_* */ /* Control specific data follows. */ } VRDEVIDEOINCTRLHDR; /* Control request types: VRDEVIDEOINCTRLHDR::u16RequestType. */ #define VRDE_VIDEOIN_CTRLREQ_UNDEFINED 0x00 #define VRDE_VIDEOIN_CTRLREQ_SET_CUR 0x01 #define VRDE_VIDEOIN_CTRLREQ_GET_CUR 0x81 #define VRDE_VIDEOIN_CTRLREQ_GET_MIN 0x82 #define VRDE_VIDEOIN_CTRLREQ_GET_MAX 0x83 #define VRDE_VIDEOIN_CTRLREQ_GET_RES 0x84 #define VRDE_VIDEOIN_CTRLREQ_GET_LEN 0x85 #define VRDE_VIDEOIN_CTRLREQ_GET_INFO 0x86 #define VRDE_VIDEOIN_CTRLREQ_GET_DEF 0x87 /* VRDEVIDEOINCTRLHDR::u8Flags */ #define VRDE_VIDEOIN_CTRLHDR_F_NOTIFY 0x01 /* Control change notification, the attribute is derived from u16RequestType and F_FAIL. */ #define VRDE_VIDEOIN_CTRLHDR_F_FAIL 0x02 /* The operation failed. Error code is in u8Status. */ /* VRDEVIDEOINCTRLHDR::u8Status if the VRDE_VIDEOIN_CTRLHDR_F_FAIL is set. */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_SUCCESS 0x00 /**/ #define VRDE_VIDEOIN_CTRLHDR_STATUS_NOTREADY 0x01 /* Not ready */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_WRONGSTATE 0x02 /* Wrong state */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_POWER 0x03 /* Power */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_OUTOFRANGE 0x04 /* Out of range */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_INVALIDUNIT 0x05 /* Invalid unit */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_INVALIDCONTROL 0x06 /* Invalid control */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_INVALIDREQUEST 0x07 /* Invalid request */ #define VRDE_VIDEOIN_CTRLHDR_STATUS_UNKNOWN 0xFF /* Unknown */ /* Control selectors. 16 bit. High byte is the category. Low byte is the identifier.*/ #ifdef RT_MAKE_U16 #define VRDE_VIDEOIN_CTRLSEL_MAKE(Lo, Hi) RT_MAKE_U16(Lo, Hi) #else #define VRDE_VIDEOIN_CTRLSEL_MAKE(Lo, Hi) ((uint16_t)( (uint16_t)((uint8_t)(Hi)) << 8 | (uint8_t)(Lo) )) #endif #define VRDE_VIDEOIN_CTRLSEL_VC(a) VRDE_VIDEOIN_CTRLSEL_MAKE(a, 0x01) #define VRDE_VIDEOIN_CTRLSEL_CT(a) VRDE_VIDEOIN_CTRLSEL_MAKE(a, 0x02) #define VRDE_VIDEOIN_CTRLSEL_PU(a) VRDE_VIDEOIN_CTRLSEL_MAKE(a, 0x03) #define VRDE_VIDEOIN_CTRLSEL_VS(a) VRDE_VIDEOIN_CTRLSEL_MAKE(a, 0x04) #define VRDE_VIDEOIN_CTRLSEL_HW(a) VRDE_VIDEOIN_CTRLSEL_MAKE(a, 0x05) #define VRDE_VIDEOIN_CTRLSEL_PROT(a) VRDE_VIDEOIN_CTRLSEL_MAKE(a, 0x06) #define VRDE_VIDEOIN_CTRLSEL_VC_VIDEO_POWER_MODE_CONTROL VRDE_VIDEOIN_CTRLSEL_VC(0x01) #define VRDE_VIDEOIN_CTRLSEL_CT_UNDEFINED VRDE_VIDEOIN_CTRLSEL_CT(0x00) #define VRDE_VIDEOIN_CTRLSEL_CT_SCANNING_MODE VRDE_VIDEOIN_CTRLSEL_CT(0x01) #define VRDE_VIDEOIN_CTRLSEL_CT_AE_MODE VRDE_VIDEOIN_CTRLSEL_CT(0x02) #define VRDE_VIDEOIN_CTRLSEL_CT_AE_PRIORITY VRDE_VIDEOIN_CTRLSEL_CT(0x03) #define VRDE_VIDEOIN_CTRLSEL_CT_EXPOSURE_TIME_ABSOLUTE VRDE_VIDEOIN_CTRLSEL_CT(0x04) #define VRDE_VIDEOIN_CTRLSEL_CT_EXPOSURE_TIME_RELATIVE VRDE_VIDEOIN_CTRLSEL_CT(0x05) #define VRDE_VIDEOIN_CTRLSEL_CT_FOCUS_ABSOLUTE VRDE_VIDEOIN_CTRLSEL_CT(0x06) #define VRDE_VIDEOIN_CTRLSEL_CT_FOCUS_RELATIVE VRDE_VIDEOIN_CTRLSEL_CT(0x07) #define VRDE_VIDEOIN_CTRLSEL_CT_FOCUS_AUTO VRDE_VIDEOIN_CTRLSEL_CT(0x08) #define VRDE_VIDEOIN_CTRLSEL_CT_IRIS_ABSOLUTE VRDE_VIDEOIN_CTRLSEL_CT(0x09) #define VRDE_VIDEOIN_CTRLSEL_CT_IRIS_RELATIVE VRDE_VIDEOIN_CTRLSEL_CT(0x0A) #define VRDE_VIDEOIN_CTRLSEL_CT_ZOOM_ABSOLUTE VRDE_VIDEOIN_CTRLSEL_CT(0x0B) #define VRDE_VIDEOIN_CTRLSEL_CT_ZOOM_RELATIVE VRDE_VIDEOIN_CTRLSEL_CT(0x0C) #define VRDE_VIDEOIN_CTRLSEL_CT_PANTILT_ABSOLUTE VRDE_VIDEOIN_CTRLSEL_CT(0x0D) #define VRDE_VIDEOIN_CTRLSEL_CT_PANTILT_RELATIVE VRDE_VIDEOIN_CTRLSEL_CT(0x0E) #define VRDE_VIDEOIN_CTRLSEL_CT_ROLL_ABSOLUTE VRDE_VIDEOIN_CTRLSEL_CT(0x0F) #define VRDE_VIDEOIN_CTRLSEL_CT_ROLL_RELATIVE VRDE_VIDEOIN_CTRLSEL_CT(0x10) #define VRDE_VIDEOIN_CTRLSEL_CT_PRIVACY VRDE_VIDEOIN_CTRLSEL_CT(0x11) #define VRDE_VIDEOIN_CTRLSEL_PU_UNDEFINED VRDE_VIDEOIN_CTRLSEL_PU(0x00) #define VRDE_VIDEOIN_CTRLSEL_PU_BACKLIGHT_COMPENSATION VRDE_VIDEOIN_CTRLSEL_PU(0x01) #define VRDE_VIDEOIN_CTRLSEL_PU_BRIGHTNESS VRDE_VIDEOIN_CTRLSEL_PU(0x02) #define VRDE_VIDEOIN_CTRLSEL_PU_CONTRAST VRDE_VIDEOIN_CTRLSEL_PU(0x03) #define VRDE_VIDEOIN_CTRLSEL_PU_GAIN VRDE_VIDEOIN_CTRLSEL_PU(0x04) #define VRDE_VIDEOIN_CTRLSEL_PU_POWER_LINE_FREQUENCY VRDE_VIDEOIN_CTRLSEL_PU(0x05) #define VRDE_VIDEOIN_CTRLSEL_PU_HUE VRDE_VIDEOIN_CTRLSEL_PU(0x06) #define VRDE_VIDEOIN_CTRLSEL_PU_SATURATION VRDE_VIDEOIN_CTRLSEL_PU(0x07) #define VRDE_VIDEOIN_CTRLSEL_PU_SHARPNESS VRDE_VIDEOIN_CTRLSEL_PU(0x08) #define VRDE_VIDEOIN_CTRLSEL_PU_GAMMA VRDE_VIDEOIN_CTRLSEL_PU(0x09) #define VRDE_VIDEOIN_CTRLSEL_PU_WHITE_BALANCE_TEMPERATURE VRDE_VIDEOIN_CTRLSEL_PU(0x0A) #define VRDE_VIDEOIN_CTRLSEL_PU_WHITE_BALANCE_TEMPERATURE_AUTO VRDE_VIDEOIN_CTRLSEL_PU(0x0B) #define VRDE_VIDEOIN_CTRLSEL_PU_WHITE_BALANCE_COMPONENT VRDE_VIDEOIN_CTRLSEL_PU(0x0C) #define VRDE_VIDEOIN_CTRLSEL_PU_WHITE_BALANCE_COMPONENT_AUTO VRDE_VIDEOIN_CTRLSEL_PU(0x0D) #define VRDE_VIDEOIN_CTRLSEL_PU_DIGITAL_MULTIPLIER VRDE_VIDEOIN_CTRLSEL_PU(0x0E) #define VRDE_VIDEOIN_CTRLSEL_PU_DIGITAL_MULTIPLIER_LIMIT VRDE_VIDEOIN_CTRLSEL_PU(0x0F) #define VRDE_VIDEOIN_CTRLSEL_PU_HUE_AUTO VRDE_VIDEOIN_CTRLSEL_PU(0x10) #define VRDE_VIDEOIN_CTRLSEL_PU_ANALOG_VIDEO_STANDARD VRDE_VIDEOIN_CTRLSEL_PU(0x11) #define VRDE_VIDEOIN_CTRLSEL_PU_ANALOG_LOCK_STATUS VRDE_VIDEOIN_CTRLSEL_PU(0x12) #define VRDE_VIDEOIN_CTRLSEL_VS_UNDEFINED VRDE_VIDEOIN_CTRLSEL_VS(0x00) #define VRDE_VIDEOIN_CTRLSEL_VS_SETUP VRDE_VIDEOIN_CTRLSEL_VS(0x01) #define VRDE_VIDEOIN_CTRLSEL_VS_OFF VRDE_VIDEOIN_CTRLSEL_VS(0x02) #define VRDE_VIDEOIN_CTRLSEL_VS_ON VRDE_VIDEOIN_CTRLSEL_VS(0x03) #define VRDE_VIDEOIN_CTRLSEL_VS_STILL_IMAGE_TRIGGER VRDE_VIDEOIN_CTRLSEL_VS(0x05) #define VRDE_VIDEOIN_CTRLSEL_VS_STREAM_ERROR_CODE VRDE_VIDEOIN_CTRLSEL_VS(0x06) #define VRDE_VIDEOIN_CTRLSEL_VS_GENERATE_KEY_FRAME VRDE_VIDEOIN_CTRLSEL_VS(0x07) #define VRDE_VIDEOIN_CTRLSEL_VS_UPDATE_FRAME_SEGMENT VRDE_VIDEOIN_CTRLSEL_VS(0x08) #define VRDE_VIDEOIN_CTRLSEL_VS_SYNCH_DELAY VRDE_VIDEOIN_CTRLSEL_VS(0x09) #define VRDE_VIDEOIN_CTRLSEL_HW_BUTTON VRDE_VIDEOIN_CTRLSEL_HW(0x01) #define VRDE_VIDEOIN_CTRLSEL_PROT_PING VRDE_VIDEOIN_CTRLSEL_PROT(0x01) #define VRDE_VIDEOIN_CTRLSEL_PROT_SAMPLING VRDE_VIDEOIN_CTRLSEL_PROT(0x02) #define VRDE_VIDEOIN_CTRLSEL_PROT_FRAMES VRDE_VIDEOIN_CTRLSEL_PROT(0x03) typedef struct VRDEVIDEOINCTRL_VIDEO_POWER_MODE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8DevicePowerMode; } VRDEVIDEOINCTRL_VIDEO_POWER_MODE; typedef struct VRDEVIDEOINCTRL_CT_SCANNING_MODE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8ScanningMode; } VRDEVIDEOINCTRL_CT_SCANNING_MODE; typedef struct VRDEVIDEOINCTRL_CT_AE_MODE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8AutoExposureMode; } VRDEVIDEOINCTRL_CT_AE_MODE; typedef struct VRDEVIDEOINCTRL_CT_AE_PRIORITY { VRDEVIDEOINCTRLHDR hdr; uint8_t u8AutoExposurePriority; } VRDEVIDEOINCTRL_CT_AE_PRIORITY; typedef struct VRDEVIDEOINCTRL_CT_EXPOSURE_TIME_ABSOLUTE { VRDEVIDEOINCTRLHDR hdr; uint32_t u32ExposureTimeAbsolute; } VRDEVIDEOINCTRL_CT_EXPOSURE_TIME_ABSOLUTE; typedef struct VRDEVIDEOINCTRL_CT_EXPOSURE_TIME_RELATIVE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8ExposureTimeRelative; } VRDEVIDEOINCTRL_CT_EXPOSURE_TIME_RELATIVE; typedef struct VRDEVIDEOINCTRL_CT_FOCUS_ABSOLUTE { VRDEVIDEOINCTRLHDR hdr; uint16_t u16FocusAbsolute; } VRDEVIDEOINCTRL_CT_FOCUS_ABSOLUTE; typedef struct VRDEVIDEOINCTRL_CT_FOCUS_RELATIVE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8FocusRelative; uint8_t u8Speed; } VRDEVIDEOINCTRL_CT_FOCUS_RELATIVE; typedef struct VRDEVIDEOINCTRL_CT_FOCUS_AUTO { VRDEVIDEOINCTRLHDR hdr; uint8_t u8FocusAuto; } VRDEVIDEOINCTRL_CT_FOCUS_AUTO; typedef struct VRDEVIDEOINCTRL_CT_IRIS_ABSOLUTE { VRDEVIDEOINCTRLHDR hdr; uint16_t u16IrisAbsolute; } VRDEVIDEOINCTRL_CT_IRIS_ABSOLUTE; typedef struct VRDEVIDEOINCTRL_CT_IRIS_RELATIVE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8IrisRelative; } VRDEVIDEOINCTRL_CT_IRIS_RELATIVE; typedef struct VRDEVIDEOINCTRL_CT_ZOOM_ABSOLUTE { VRDEVIDEOINCTRLHDR hdr; uint16_t u16ZoomAbsolute; } VRDEVIDEOINCTRL_CT_ZOOM_ABSOLUTE; typedef struct VRDEVIDEOINCTRL_CT_ZOOM_RELATIVE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8Zoom; uint8_t u8DigitalZoom; uint8_t u8Speed; } VRDEVIDEOINCTRL_CT_ZOOM_RELATIVE; typedef struct VRDEVIDEOINCTRL_CT_PANTILT_ABSOLUTE { VRDEVIDEOINCTRLHDR hdr; uint32_t u32PanAbsolute; uint32_t u32TiltAbsolute; } VRDEVIDEOINCTRL_CT_PANTILT_ABSOLUTE; typedef struct VRDEVIDEOINCTRL_CT_PANTILT_RELATIVE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8PanRelative; uint8_t u8PanSpeed; uint8_t u8TiltRelative; uint8_t u8TiltSpeed; } VRDEVIDEOINCTRL_CT_PANTILT_RELATIVE; typedef struct VRDEVIDEOINCTRL_CT_ROLL_ABSOLUTE { VRDEVIDEOINCTRLHDR hdr; uint16_t u16RollAbsolute; } VRDEVIDEOINCTRL_CT_ROLL_ABSOLUTE; typedef struct VRDEVIDEOINCTRL_CT_ROLL_RELATIVE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8RollRelative; uint8_t u8Speed; } VRDEVIDEOINCTRL_CT_ROLL_RELATIVE; typedef struct VRDEVIDEOINCTRL_CT_PRIVACY_MODE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8Privacy; } VRDEVIDEOINCTRL_CT_PRIVACY_MODE; typedef struct VRDEVIDEOINCTRL_PU_BACKLIGHT_COMPENSATION { VRDEVIDEOINCTRLHDR hdr; uint16_t u16BacklightCompensation; } VRDEVIDEOINCTRL_PU_BACKLIGHT_COMPENSATION; typedef struct VRDEVIDEOINCTRL_PU_BRIGHTNESS { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Brightness; } VRDEVIDEOINCTRL_PU_BRIGHTNESS; typedef struct VRDEVIDEOINCTRL_PU_CONTRAST { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Contrast; } VRDEVIDEOINCTRL_PU_CONTRAST; typedef struct VRDEVIDEOINCTRL_PU_GAIN { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Gain; } VRDEVIDEOINCTRL_PU_GAIN; typedef struct VRDEVIDEOINCTRL_PU_POWER_LINE_FREQUENCY { VRDEVIDEOINCTRLHDR hdr; uint16_t u16PowerLineFrequency; } VRDEVIDEOINCTRL_PU_POWER_LINE_FREQUENCY; typedef struct VRDEVIDEOINCTRL_PU_HUE { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Hue; } VRDEVIDEOINCTRL_PU_HUE; typedef struct VRDEVIDEOINCTRL_PU_HUE_AUTO { VRDEVIDEOINCTRLHDR hdr; uint8_t u8HueAuto; } VRDEVIDEOINCTRL_PU_HUE_AUTO; typedef struct VRDEVIDEOINCTRL_PU_SATURATION { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Saturation; } VRDEVIDEOINCTRL_PU_SATURATION; typedef struct VRDEVIDEOINCTRL_PU_SHARPNESS { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Sharpness; } VRDEVIDEOINCTRL_PU_SHARPNESS; typedef struct VRDEVIDEOINCTRL_PU_GAMMA { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Gamma; } VRDEVIDEOINCTRL_PU_GAMMA; typedef struct VRDEVIDEOINCTRL_PU_WHITE_BALANCE_TEMPERATURE { VRDEVIDEOINCTRLHDR hdr; uint16_t u16WhiteBalanceTemperature; } VRDEVIDEOINCTRL_PU_WHITE_BALANCE_TEMPERATURE; typedef struct VRDEVIDEOINCTRL_PU_WHITE_BALANCE_TEMPERATURE_AUTO { VRDEVIDEOINCTRLHDR hdr; uint8_t u8WhiteBalanceTemperatureAuto; } VRDEVIDEOINCTRL_PU_WHITE_BALANCE_TEMPERATURE_AUTO; typedef struct VRDEVIDEOINCTRL_PU_WHITE_BALANCE_COMPONENT { VRDEVIDEOINCTRLHDR hdr; uint16_t u16WhiteBalanceBlue; uint16_t u16WhiteBalanceRed; } VRDEVIDEOINCTRL_PU_WHITE_BALANCE_COMPONENT; typedef struct VRDEVIDEOINCTRL_PU_WHITE_BALANCE_COMPONENT_AUTO { VRDEVIDEOINCTRLHDR hdr; uint8_t u8WhiteBalanceComponentAuto; } VRDEVIDEOINCTRL_PU_WHITE_BALANCE_COMPONENT_AUTO; typedef struct VRDEVIDEOINCTRL_PU_DIGITAL_MULTIPLIER { VRDEVIDEOINCTRLHDR hdr; uint16_t u16MultiplierStep; } VRDEVIDEOINCTRL_PU_DIGITAL_MULTIPLIER; typedef struct VRDEVIDEOINCTRL_PU_DIGITAL_MULTIPLIER_LIMIT { VRDEVIDEOINCTRLHDR hdr; uint16_t u16MultiplierLimit; } VRDEVIDEOINCTRL_PU_DIGITAL_MULTIPLIER_LIMIT; typedef struct VRDEVIDEOINCTRL_PU_ANALOG_VIDEO_STANDARD { VRDEVIDEOINCTRLHDR hdr; uint8_t u8VideoStandard; } VRDEVIDEOINCTRL_PU_ANALOG_VIDEO_STANDARD; typedef struct VRDEVIDEOINCTRL_PU_ANALOG_LOCK_STATUS { VRDEVIDEOINCTRLHDR hdr; uint8_t u8Status; } VRDEVIDEOINCTRL_PU_ANALOG_LOCK_STATUS; /* Set streaming parameters. The actual streaming will be enabled by VS_ON. */ #define VRDEVIDEOINCTRL_F_VS_SETUP_FID 0x01 #define VRDEVIDEOINCTRL_F_VS_SETUP_EOF 0x02 typedef struct VRDEVIDEOINCTRL_VS_SETUP { VRDEVIDEOINCTRLHDR hdr; uint8_t u8FormatId; /* The format id on the client: VRDEVIDEOINFORMATDESC::u8FormatId. */ uint8_t u8FramingInfo; /* VRDEVIDEOINCTRL_F_VS_SETUP_*. Set by the client. */ uint16_t u16Width; uint16_t u16Height; uint32_t u32FrameInterval; /* Frame interval in 100 ns units, 0 means a still image capture. * The client may choose a different interval if this value is * not supported. */ uint16_t u16CompQuality; /* 0 .. 10000 = 0 .. 100%. * Applicable if the format has VRDE_VIDEOIN_F_FMT_COMPQUALITY, * otherwise this field is ignored. */ uint16_t u16Delay; /* Latency in ms from video data capture to presentation on the channel. * Set by the client, read by the server. */ uint32_t u32ClockFrequency; /* @todo just all clocks in 100ns units? */ } VRDEVIDEOINCTRL_VS_SETUP; /* Stop sending video frames. */ typedef struct VRDEVIDEOINCTRL_VS_OFF { VRDEVIDEOINCTRLHDR hdr; } VRDEVIDEOINCTRL_VS_OFF; /* Start sending video frames with parameters set by VS_SETUP. */ typedef struct VRDEVIDEOINCTRL_VS_ON { VRDEVIDEOINCTRLHDR hdr; } VRDEVIDEOINCTRL_VS_ON; typedef struct VRDEVIDEOINCTRL_VS_STILL_IMAGE_TRIGGER { VRDEVIDEOINCTRLHDR hdr; uint8_t u8Trigger; } VRDEVIDEOINCTRL_VS_STILL_IMAGE_TRIGGER; typedef struct VRDEVIDEOINCTRL_VS_STREAM_ERROR_CODE { VRDEVIDEOINCTRLHDR hdr; uint8_t u8StreamErrorCode; } VRDEVIDEOINCTRL_VS_STREAM_ERROR_CODE; typedef struct VRDEVIDEOINCTRL_VS_GENERATE_KEY_FRAME { VRDEVIDEOINCTRLHDR hdr; uint8_t u8GenerateKeyFrame; } VRDEVIDEOINCTRL_VS_GENERATE_KEY_FRAME; typedef struct VRDEVIDEOINCTRL_VS_UPDATE_FRAME_SEGMENT { VRDEVIDEOINCTRLHDR hdr; uint8_t u8StartFrameSegment; uint8_t u8EndFrameSegment; } VRDEVIDEOINCTRL_VS_UPDATE_FRAME_SEGMENT; typedef struct VRDEVIDEOINCTRL_VS_SYNCH_DELAY { VRDEVIDEOINCTRLHDR hdr; uint16_t u16Delay; } VRDEVIDEOINCTRL_VS_SYNCH_DELAY; /* A hardware button was pressed/released on the device. */ typedef struct VRDEVIDEOINCTRL_HW_BUTTON { VRDEVIDEOINCTRLHDR hdr; uint8_t u8Pressed; } VRDEVIDEOINCTRL_HW_BUTTON; typedef struct VRDEVIDEOINCTRL_PROT_PING { VRDEVIDEOINCTRLHDR hdr; uint32_t u32Timestamp; /* Set in the request and the same value must be send back in the response. */ } VRDEVIDEOINCTRL_PROT_PING; typedef struct VRDEVIDEOINCTRL_PROT_SAMPLING { VRDEVIDEOINCTRLHDR hdr; uint32_t fu32SampleStart; /* Which parameters must be sampled VRDEVIDEOINCTRL_F_PROT_SAMPLING_*. */ uint32_t fu32SampleStop; /* Which parameters to disable VRDEVIDEOINCTRL_F_PROT_SAMPLING_*. * If both Start and Stop is set, then restart the sampling. */ uint32_t u32PeriodMS; /* Sampling period in milliseconds. Applies to all samples in fu32SampleStart. * Not mandatory, the actual sampling period may be different. */ } VRDEVIDEOINCTRL_PROT_SAMPLING; #define VRDEVIDEOINCTRL_F_PROT_SAMPLING_FRAMES_SOURCE 0x00000001 /* Periodic VRDEVIDEOINCTRL_PROT_FRAMES samples */ #define VRDEVIDEOINCTRL_F_PROT_SAMPLING_FRAMES_CLIENT_OUT 0x00000002 /* Periodic VRDEVIDEOINCTRL_PROT_FRAMES samples */ typedef struct VRDEVIDEOINCTRL_PROT_FRAMES { VRDEVIDEOINCTRLHDR hdr; /* Note: the message should be sent as VRDE_VIDEOIN_FN_CONTROL_NOTIFY. */ uint32_t u32Sample; /* Which sample is this, one of VRDEVIDEOINCTRL_F_PROT_SAMPLING_*. */ uint32_t u32TimestampMS; /* When the period started, milliseconds since the start of sampling. */ uint32_t u32PeriodMS; /* Actual period during which the frames were counted in milliseconds. * This may be different from VRDEVIDEOINCTRL_PROT_SAMPLING::u32PeriodMS. */ uint32_t u32FramesCount; /* How many frames per u32PeriodMS milliseconds. */ } VRDEVIDEOINCTRL_PROT_FRAMES; /* * Payload transfers. How frames are sent to the server: * the client send a PAYLOAD packet, which has the already set format. * The server enables the transfers by sending VRDEVIDEOINCTRL_VS_ON. */ /* Payload header */ typedef struct VRDEVIDEOINPAYLOADHDR { uint8_t u8HeaderLength; /* Entire header. */ uint8_t u8HeaderInfo; /* VRDE_VIDEOIN_PAYLOAD_F_* */ uint32_t u32PresentationTime; /* @todo define this */ uint32_t u32SourceTimeClock; /* @todo At the moment when the frame was sent to the channel. * Allows the server to measure clock drift. */ uint16_t u16Reserved; /* @todo */ } VRDEVIDEOINPAYLOADHDR; /* VRDEVIDEOINPAYLOADHDR::u8HeaderInfo */ #define VRDE_VIDEOIN_PAYLOAD_F_FID 0x01 /* Frame ID */ #define VRDE_VIDEOIN_PAYLOAD_F_EOF 0x02 /* End of Frame */ #define VRDE_VIDEOIN_PAYLOAD_F_PTS 0x04 /* Presentation Time */ #define VRDE_VIDEOIN_PAYLOAD_F_SCR 0x08 /* Source Clock Reference */ #define VRDE_VIDEOIN_PAYLOAD_F_RES 0x10 /* Reserved */ #define VRDE_VIDEOIN_PAYLOAD_F_STI 0x20 /* Still Image */ #define VRDE_VIDEOIN_PAYLOAD_F_ERR 0x40 /* Error */ #define VRDE_VIDEOIN_PAYLOAD_F_EOH 0x80 /* End of header */ /* * The network channel specification. */ /* * The protocol uses a dynamic RDP channel. * Everything is little-endian. */ /* The dynamic RDP channel name. */ #define VRDE_VIDEOIN_CHANNEL "RVIDEOIN" /* Major functions. */ #define VRDE_VIDEOIN_FN_NEGOTIATE 0x0000 /* Version and capabilities check. */ #define VRDE_VIDEOIN_FN_NOTIFY 0x0001 /* Device attach/detach from the client. */ #define VRDE_VIDEOIN_FN_DEVICEDESC 0x0002 /* Query device description. */ #define VRDE_VIDEOIN_FN_CONTROL 0x0003 /* Control the device and start/stop video input. * This function is used for sending a request and * the corresponding response. */ #define VRDE_VIDEOIN_FN_CONTROL_NOTIFY 0x0004 /* The client reports a control change, etc. * This function indicated that the message is * not a response to a CONTROL request. */ #define VRDE_VIDEOIN_FN_FRAME 0x0005 /* Frame from the client. */ /* Status codes. */ #define VRDE_VIDEOIN_STATUS_SUCCESS 0 /* Function completed successfully. */ #define VRDE_VIDEOIN_STATUS_FAILED 1 /* Failed for some reason. */ typedef struct VRDEVIDEOINMSGHDR { uint32_t u32Length; /* The length of the message in bytes, including the header. */ uint32_t u32DeviceId; /* The client's device id. */ uint32_t u32MessageId; /* Unique id assigned by the server. The client must send a reply with the same id. * If the client initiates a request, then this must be set to 0, because there is * currently no client requests, which would require a response from the server. */ uint16_t u16FunctionId; /* VRDE_VIDEOIN_FN_* */ uint16_t u16Status; /* The result of a request. VRDE_VIDEOIN_STATUS_*. */ } VRDEVIDEOINMSGHDR; ASSERTSIZE(VRDEVIDEOINMSGHDR, 16) /* * VRDE_VIDEOIN_FN_NEGOTIATE * * Sent by the server when the channel is established and the client replies with its capabilities. */ #define VRDE_VIDEOIN_NEGOTIATE_VERSION 1 /* VRDEVIDEOINMSG_NEGOTIATE::fu32Capabilities */ #define VRDE_VIDEOIN_NEGOTIATE_CAP_VOID 0x00000000 #define VRDE_VIDEOIN_NEGOTIATE_CAP_PROT 0x00000001 /* Supports VRDE_VIDEOIN_CTRLSEL_PROT_* controls. */ typedef struct VRDEVIDEOINMSG_NEGOTIATE { VRDEVIDEOINMSGHDR hdr; uint32_t u32Version; /* VRDE_VIDEOIN_NEGOTIATE_VERSION */ uint32_t fu32Capabilities; /* VRDE_VIDEOIN_NEGOTIATE_CAP_* */ } VRDEVIDEOINMSG_NEGOTIATE; /* * VRDE_VIDEOIN_FN_NOTIFY * * Sent by the client when a webcam is attached or detached. * The client must send the ATTACH notification for each webcam, which is * already connected to the client when the VIDEOIN channel is established. */ #define VRDE_VIDEOIN_NOTIFY_EVENT_ATTACH 0 #define VRDE_VIDEOIN_NOTIFY_EVENT_DETACH 1 #define VRDE_VIDEOIN_NOTIFY_EVENT_NEGOTIATE 2 /* Negotiate again with the client. */ typedef struct VRDEVIDEOINMSG_NOTIFY { VRDEVIDEOINMSGHDR hdr; uint32_t u32NotifyEvent; /* VRDE_VIDEOIN_NOTIFY_EVENT_* */ /* Event specific data may follow. The underlying protocol provides the length of the message. */ } VRDEVIDEOINMSG_NOTIFY; /* * VRDE_VIDEOIN_FN_DEVICEDESC * * The server queries the description of a device. */ typedef struct VRDEVIDEOINMSG_DEVICEDESC_REQ { VRDEVIDEOINMSGHDR hdr; } VRDEVIDEOINMSG_DEVICEDESC_REQ; typedef struct VRDEVIDEOINMSG_DEVICEDESC_RSP { VRDEVIDEOINMSGHDR hdr; VRDEVIDEOINDEVICEDESC Device; /* * VRDEVIDEOINFORMATDESC[0] * VRDEVIDEOINFRAMEDESC[0] * ... * VRDEVIDEOINFRAMEDESC[n] * VRDEVIDEOINFORMATDESC[1] * VRDEVIDEOINFRAMEDESC[0] * ... * VRDEVIDEOINFRAMEDESC[m] * ... */ } VRDEVIDEOINMSG_DEVICEDESC_RSP; /* * VRDE_VIDEOIN_FN_CONTROL * VRDE_VIDEOIN_FN_CONTROL_NOTIFY * * Either sent by the server or by the client as a notification/response. * If sent by the client as a notification, then hdr.u32MessageId must be 0. */ typedef struct VRDEVIDEOINMSG_CONTROL { VRDEVIDEOINMSGHDR hdr; VRDEVIDEOINCTRLHDR Control; /* Control specific data may follow. */ } VRDEVIDEOINMSG_CONTROL; /* * VRDE_VIDEOIN_FN_FRAME * * The client sends a video/still frame in the already specified format. * hdr.u32MessageId must be 0. */ typedef struct VRDEVIDEOINMSG_FRAME { VRDEVIDEOINMSGHDR hdr; VRDEVIDEOINPAYLOADHDR Payload; /* The frame data follow. */ } VRDEVIDEOINMSG_FRAME; #ifdef VRDE_VIDEOIN_WITH_VRDEINTERFACE /* * The application interface between VirtualBox and the VRDE server. */ #define VRDE_VIDEOIN_INTERFACE_NAME "VIDEOIN" typedef struct VRDEVIDEOINDEVICEHANDLE { uint32_t u32ClientId; uint32_t u32DeviceId; } VRDEVIDEOINDEVICEHANDLE; /* The VRDE server video input interface entry points. Interface version 1. */ typedef struct VRDEVIDEOININTERFACE { /* The header. */ VRDEINTERFACEHDR header; /* Tell the server that this device will be used and associate a context with the device. * * @param hServer The VRDE server instance. * @param pDeviceHandle The device reported by ATTACH notification. * @param pvDeviceCtx The caller context associated with the pDeviceHandle. * * @return IPRT status code. */ DECLR3CALLBACKMEMBER(int, VRDEVideoInDeviceAttach, (HVRDESERVER hServer, const VRDEVIDEOINDEVICEHANDLE *pDeviceHandle, void *pvDeviceCtx)); /* This device will be not be used anymore. The device context must not be used by the server too. * * @param hServer The VRDE server instance. * @param pDeviceHandle The device reported by ATTACH notification. * * @return IPRT status code. */ DECLR3CALLBACKMEMBER(int, VRDEVideoInDeviceDetach, (HVRDESERVER hServer, const VRDEVIDEOINDEVICEHANDLE *pDeviceHandle)); /* Get a device description. * * @param hServer The VRDE server instance. * @param pvUser The callers context of this request. * @param pDeviceHandle The device reported by ATTACH notification. * * @return IPRT status code. */ DECLR3CALLBACKMEMBER(int, VRDEVideoInGetDeviceDesc, (HVRDESERVER hServer, void *pvUser, const VRDEVIDEOINDEVICEHANDLE *pDeviceHandle)); /* Submit a set/get control request. * * @param hServer The VRDE server instance. * @param pvUser The callers context of this request. * @param pDeviceHandle The device reported by ATTACH notification. * @param pReq The request. * @param cbReq Size of the request. * * @return IPRT status code. */ DECLR3CALLBACKMEMBER(int, VRDEVideoInControl, (HVRDESERVER hServer, void *pvUser, const VRDEVIDEOINDEVICEHANDLE *pDeviceHandle, const VRDEVIDEOINCTRLHDR *pReq, uint32_t cbReq)); } VRDEVIDEOININTERFACE; /* * Notifications. * Data structures: pvData of VRDEVIDEOINCALLBACKS::VRDECallbackVideoInNotify. */ typedef struct VRDEVIDEOINNOTIFYATTACH { VRDEVIDEOINDEVICEHANDLE deviceHandle; uint32_t u32Version; /* VRDE_VIDEOIN_NEGOTIATE_VERSION */ uint32_t fu32Capabilities; /* VRDE_VIDEOIN_NEGOTIATE_CAP_* */ } VRDEVIDEOINNOTIFYATTACH; typedef struct VRDEVIDEOINNOTIFYDETACH { VRDEVIDEOINDEVICEHANDLE deviceHandle; } VRDEVIDEOINNOTIFYDETACH; /* Notification codes, */ #define VRDE_VIDEOIN_NOTIFY_ID_ATTACH 0 #define VRDE_VIDEOIN_NOTIFY_ID_DETACH 1 /* Video input interface callbacks. */ typedef struct VRDEVIDEOINCALLBACKS { /* The header. */ VRDEINTERFACEHDR header; /* Notifications. * * @param pvCallback The callbacks context specified in VRDEGetInterface. * @param u32EventId The notification identifier: VRDE_VIDEOIN_NOTIFY_*. * @param pvData The notification specific data. * @param cbData The size of buffer pointed by pvData. */ DECLR3CALLBACKMEMBER(void, VRDECallbackVideoInNotify,(void *pvCallback, uint32_t u32Id, const void *pvData, uint32_t cbData)); /* Device description received from the client. * * @param pvCallback The callbacks context specified in VRDEGetInterface. * @param rcRequest The result code of the request. * @param pDeviceCtx The device context associated with the device in VRDEVideoInGetDeviceDesc. * @param pvUser The pvUser parameter of VRDEVideoInGetDeviceDesc. * @param pDeviceDesc The device description. * @param cbDeviceDesc The size of buffer pointed by pDevice. */ DECLR3CALLBACKMEMBER(void, VRDECallbackVideoInDeviceDesc,(void *pvCallback, int rcRequest, void *pDeviceCtx, void *pvUser, const VRDEVIDEOINDEVICEDESC *pDeviceDesc, uint32_t cbDeviceDesc)); /* Control response or notification. * * @param pvCallback The callbacks context specified in VRDEGetInterface. * @param rcRequest The result code of the request. * @param pDeviceCtx The device context associated with the device in VRDEVideoInGetDeviceDesc. * @param pvUser The pvUser parameter of VRDEVideoInControl. NULL if this is a notification. * @param pControl The control information. * @param cbControl The size of buffer pointed by pControl. */ DECLR3CALLBACKMEMBER(void, VRDECallbackVideoInControl,(void *pvCallback, int rcRequest, void *pDeviceCtx, void *pvUser, const VRDEVIDEOINCTRLHDR *pControl, uint32_t cbControl)); /* Frame which was received from the client. * * @param pvCallback The callbacks context specified in VRDEGetInterface. * @param rcRequest The result code of the request. * @param pDeviceCtx The device context associated with the device in VRDEVideoInGetDeviceDesc. * @param pFrame The frame data. * @param cbFrame The size of buffer pointed by pFrame. */ DECLR3CALLBACKMEMBER(void, VRDECallbackVideoInFrame,(void *pvCallback, int rcRequest, void *pDeviceCtx, const VRDEVIDEOINPAYLOADHDR *pFrame, uint32_t cbFrame)); } VRDEVIDEOINCALLBACKS; #endif /* VRDE_VIDEOIN_WITH_VRDEINTERFACE */ #pragma pack() #endif