Counter Strike : Global Offensive Source Code
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//===== Copyright © 1996-2009, Valve Corporation, All rights reserved. ======//
//
// Purpose: Video Caching Command Messages
// Enums, structs, objects
//
// Used by //utils/videocache.exe and any app the talks to it.
//
// $Header: $
// $NoKeywords: $
//===========================================================================//
#ifndef VIDEO_CACHE_COMMANDS_H
#define VIDEO_CACHE_COMMANDS_H
#include "videocache/videomaterialdefs.h"
// -----------------------------------------------------------------------
// Command type enumeration, parameters specified in comments
// Required CVidCmd Parameters noted as follows:
//
// f0 - f2: 32-bit float parameters
// i0 - I2: 32-bit int parameters
// u0 - u2: unsigned 32-bit int parameters
// np = no additional parameters
//
// Additional parameters that follow the CVidCmd struct are noted in "[]"
// -----------------------------------------------------------------------
enum eVidCacheCommand_t
{
cVCC_Unknown = 0, // Used to indicate uninitialized command
cVCC_Ping = 1, // request ack from video cache app: np
cVCC_Quit = 2, // request video cache app shutdown: np
cVCC_Ack = 3, // general purpose response : np
cVCC_BeginCacheSession = 0x09, // Request to begin a video caching session. i0 = local Id [CVideoCacheSessionInfo]
cVCC_BeginCacheSessionResult = 0x0A, // Begin Session Result: i0 = local Id, b = Success bool, e = reason
cVCC_EndCacheSession = 0x0C, // Request to end a video caching session i0 = Session ID
// Response is Ack
cVCC_CacheFile = 0x11, // Request to cache a file: i0 = Local Id, i1 = FileNameLen, [filename string]
cVCC_CacheFileResult = 0x12, // Cache file Result Status: i0 = Local Id, b = Success bool, e = reason, u1 = Server Handle, [CVideoFrameInfo]
cVCC_UncacheFile = 0x17, // Request to stop caching a file (no longer needed): u0 = Server Handle
// Response is Ack
cVCC_UncacheAllFiles = 0x18, // Request to unload all cached files (no longer needed): np
// Response is Ack
cVCC_RequestFrame = 0x21, // Request a frame from a file: u0 = Server Handle, f1 = Frame Time
cVCC_RequestFrameResult = 0x22, // Frame Request Result: u0 = Server Handle, f1 = Frame time, b = Success bool, e = reason [CVideoFrameInfo], [Bitmap Pixels]
cVCC_BeginEncodingSession = 0x31, // Begin a session to encode a movie: i0 = Local Id, i1 = FileNameLen, [CVideoEncodeSessionParams] [filename string]
cVCC_BeginEncodingResult = 0x32, // Results of encoding session begin: i0 = Local ID, b = Success bool, e = reason, u1 = Server Handle
cVCC_EncodeFrame = 0x37, // Receive Frame of Video to encode: u0 = Server Handle, i1 = Frame Number [ Video Frame Data ]
cVCC_EncodeFrameResult = 0x38, // Encode Frame Result u0 = Server Handle, i1 = Frame Number, bi2 = Success bool
cVCC_EndEncodingSession = 0x3A, // End an encoding sessions: u0 = Server Handle
cVCC_EndEncodingResult = 0x3B, // Result of encoding session end: u0 = Server Handle, i1 = Success bool
cVCC_ForceUint8 = UINT8_MAX
};
// enum eVidCacheError_t
// {
// cVCE_NoErr = 0, // success!
//
// cVCE_NoChacheSession, // not in a current cache session
// cVCE_CacheSessionOpen, // already opened a cache session
// cVCE_FileNotFound, // the file doesn't exist
// cVCE_FileNotMovie, // unable to open file as a movie
//
// cVCE_ForceUint8 = UINT8_MAX
// };
struct CVideoCacheSessionInfo
{
public:
int32 m_nFrameWidth;
int32 m_nFrameHeight;
eVideoFrameFormat_t m_FrameFormat;
CVideoCacheSessionInfo()
{
V_memset( this, 0, sizeof( *this ) );
}
CVideoCacheSessionInfo( int width, int height, eVideoFrameFormat_t format ) :
m_nFrameWidth( width ),
m_nFrameHeight( height ),
m_FrameFormat( format )
{
}
};
// -----------------------------------------------------------------------
// CVideoFrameInfo - Info about the uncompressed bitmaps that
// are served up. 32 bpp RBGA is assumed
// -----------------------------------------------------------------------
struct CVideoFrameInfo
{
public:
int32 m_nBitMapWidth;
int32 m_nBitmapHeight;
int32 m_nBitmapImageBytes;
eVideoFrameFormat_t m_BitmapFormat;
float m_nImageTime;
// constructors
CVideoFrameInfo() :
m_nBitMapWidth( 0 ),
m_nBitmapHeight( 0 ),
m_nBitmapImageBytes( 0 ),
m_BitmapFormat( cVFF_Undefined ),
m_nImageTime( VIDEO_TIME_UNINITALIZED )
{
}
CVideoFrameInfo( float timeVal, int width, int height ) :
m_nBitMapWidth( width ),
m_nBitmapHeight( height ),
m_nBitmapImageBytes( width * height * 4 ),
m_nImageTime( timeVal )
{
}
};
// -----------------------------------------------------------------------
// CVideoEncodeSessionParams - Info about the movie we would like to
// create from still frames (and later, Audio data)
// -----------------------------------------------------------------------
struct CVideoEncodeSessionParams
{
public:
int32 m_VideoFPSRate; // Number of frames per second the video will be recorded at
int32 m_VideoDurationInFrames; // Number of frames total in the movie
int32 m_VideoFrameImageWidth; // Horizontal resolution of the video source images
int32 m_VideoFrameImageHeight; // Vertical resolution of the video source images
eVideoFrameFormat_t m_VideoFrameFormat; // Format of the frames to be received
int32 m_VideoCodecToUse; // Codec to use for encoding
int32 m_VideoQuality; // Quality of the video encoding
int32 m_VideoFrameImageSize; // Size of the images buffer for one frame
int32 m_nCurrentFrameNo; // current frame number
// accessors
inline eVideoFrameFormat_t GetFormat() { return m_VideoFrameFormat; }
inline void SetFormat( eVideoFrameFormat_t theFormat ) { m_VideoFrameFormat = theFormat; }
inline eVideoCodec_t GetCodec() { return (eVideoCodec_t) m_VideoCodecToUse; }
inline void SetCodec( eVideoCodec_t theCodec ) { m_VideoCodecToUse = (int32) theCodec; }
inline eVideoQuality_t GetQuality() { return (eVideoQuality_t) m_VideoQuality; }
inline void SetQualty( eVideoQuality_t theQuality ) { m_VideoQuality = (int32) theQuality; }
// Constructors
CVideoEncodeSessionParams()
{
V_memset( this, 0, sizeof( *this ) );
}
// copy operators
CVideoEncodeSessionParams& operator = ( CVideoEncodeSessionParams& rhs )
{
V_memcpy( this, &rhs, sizeof( *this ) );
return *this;
}
};
// -----------------------------------------------------------------------
// CVidCmd - command packet structure for remote video cache
// The parameters which are Dependant upon the actual command value
// are mapped in a union for direct access by type
// -----------------------------------------------------------------------
struct CVidCmd
{
public:
uint8 m_Command; // command converted from eVidCacheCommand_t
uint8 m_Success; // success bool
uint8 m_LastError; // info on last error (if success == false)
uint8 m_SessionID; // session ID
union
{
char m_data1[12];
float m_fData[3];
int32 m_iData[3];
uint32 m_uData[3];
};
// constructors - must include the command
inline CVidCmd( eVidCacheCommand_t theCommand )
{
V_memset( this, 0, sizeof( *this ) );
m_Command = theCommand;
}
inline CVidCmd( eVidCacheCommand_t theCommand, RemoteVideoSessionId_t theSession )
{
V_memset( this, 0, sizeof( *this ) );
m_Command = theCommand;
m_SessionID = theSession;
}
inline CVidCmd( eVidCacheCommand_t theCommand, bool success )
{
V_memset( this, 0, sizeof( *this ) );
m_Command = theCommand;
m_Success = success;
}
inline CVidCmd( eVidCacheCommand_t theCommand, eVidCacheError_t theErrorCode )
{
V_memset( this, 0, sizeof( *this ) );
m_Command = theCommand;
m_LastError = theErrorCode;
}
inline CVidCmd( eVidCacheCommand_t theCommand, bool success, eVidCacheError_t theErrorCode )
{
V_memset( this, 0, sizeof( *this ) );
m_Command = theCommand;
m_Success = success;
m_LastError = theErrorCode;
}
inline CVidCmd( eVidCacheCommand_t theCommand, RemoteVideoSessionId_t theSession, bool success )
{
V_memset( this, 0, sizeof( *this ) );
m_Command = theCommand;
m_Success = success;
m_SessionID = theSession;
}
inline CVidCmd( eVidCacheCommand_t theCommand, RemoteVideoSessionId_t theSession, bool success, eVidCacheError_t theErrorCode )
{
V_memset( this, 0, sizeof( *this ) );
m_Command = theCommand;
m_Success = success;
m_LastError = theErrorCode;
m_SessionID = theSession;
}
// accessors
inline eVidCacheCommand_t GetCommand() { return (eVidCacheCommand_t) m_Command; }
inline bool GetSuccess() { return ( m_Success != 0 ); }
inline eVidCacheError_t GetError() { return (eVidCacheError_t) m_LastError; }
inline RemoteVideoSessionId_t GetSessionID() { return m_SessionID; }
inline void SetSuccess( bool success ) { m_Success = success; }
inline void SetError( eVidCacheError_t theErr ) { m_LastError = theErr; }
inline void SetSession( RemoteVideoSessionId_t id ) { m_SessionID = id; }
private:
inline CVidCmd() { V_memset( this, 0, sizeof( *this ) ); } // disable
};
// -----------------------------------------------------------------------
// Quick Constructors for putting together specific commands
// -----------------------------------------------------------------------
struct CVidCacheCmdPing : public CVidCmd
{
CVidCacheCmdPing( ) : CVidCmd( cVCC_Ping ) {}
};
struct CVidCacheCmdQuit : public CVidCmd
{
CVidCacheCmdQuit( ) : CVidCmd( cVCC_Quit ) {}
};
struct CVidCacheCmdAck : public CVidCmd
{
CVidCacheCmdAck( bool success = true ) : CVidCmd( cVCC_Ack, success ) {}
CVidCacheCmdAck( eVidCacheError_t err ) : CVidCmd( cVCC_Ack, ( err == cVCE_NoErr ), err ) {}
};
// Open / Close a video caching session
struct CVidCacheCmdBeginCacheSession : public CVidCmd
{
CVidCacheCmdBeginCacheSession( int localId ) : CVidCmd( cVCC_BeginCacheSession )
{
m_iData[0] = localId;
}
inline int GetLocalId() { return m_iData[0]; }
};
struct CVidCacheCmdBeginCacheSessionResult : public CVidCmd
{
CVidCacheCmdBeginCacheSessionResult( int localId, RemoteVideoSessionId_t id, bool success, eVidCacheError_t err ) : CVidCmd( cVCC_BeginCacheSessionResult, id, success, err )
{
m_iData[0] = localId;
}
inline int GetLocalId() { return m_iData[0]; }
};
struct CVidCacheCmdEndCacheSession : public CVidCmd
{
CVidCacheCmdEndCacheSession( RemoteVideoSessionId_t id ) : CVidCmd( cVCC_EndCacheSession, id ) {}
};
// cache / uncache individual video file
struct CVidCacheCmdCacheFile : public CVidCmd
{
CVidCacheCmdCacheFile( int localId, RemoteVideoSessionId_t id, const char* fileName ) : CVidCmd( cVCC_CacheFile, id )
{
m_iData[0] = localId;
m_iData[1] = V_strlen( fileName ) + 1; // Include trailing NULL
}
inline int GetLocalId() { return m_iData[0]; }
inline int GetFileNameBufferLen() { return m_iData[1]; }
};
struct CVidCacheCmdCacheFileResult : public CVidCmd
{
CVidCacheCmdCacheFileResult( int localId, bool success, eVidCacheError_t err, ServerVideoHandle_t serverHandle ) : CVidCmd( cVCC_CacheFileResult, success, err )
{
m_iData[0] = localId;
m_uData[1] = serverHandle;
}
int GetLocalId() { return m_iData[0]; }
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[1]; }
};
struct CVidCacheCmdUncacheFile : public CVidCmd
{
CVidCacheCmdUncacheFile( ServerVideoHandle_t serverHandle, RemoteVideoSessionId_t id ) : CVidCmd( cVCC_UncacheFile, id )
{
m_uData[0] = serverHandle;
}
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[0]; }
};
struct CVidCacheCmdUncacheAllFiles : public CVidCmd
{
CVidCacheCmdUncacheAllFiles( RemoteVideoSessionId_t id ) : CVidCmd( cVCC_UncacheAllFiles, id ) {}
};
// Requesting specific frames
struct CVidCacheCmdRequestFrame : public CVidCmd
{
CVidCacheCmdRequestFrame( ServerVideoHandle_t serverHandle, float frameTime ) : CVidCmd( cVCC_RequestFrame )
{
m_uData[0] = serverHandle;
m_fData[1] = frameTime;
}
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[0]; }
float GetFrameTime() { return m_fData[1]; }
};
struct CVidCacheCmdRequestFrameResult : public CVidCmd
{
CVidCacheCmdRequestFrameResult( ServerVideoHandle_t serverHandle, float frameTime, bool success) : CVidCmd( cVCC_RequestFrameResult, success )
{
m_uData[0] = serverHandle;
m_fData[1] = frameTime;
}
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[0]; }
float GetFrameTime() { return m_fData[1]; }
};
// begin / end video encoding
struct CVidCacheCmdBeginEncodingSession : public CVidCmd
{
CVidCacheCmdBeginEncodingSession( int localId, const char* fileName ) : CVidCmd( cVCC_BeginEncodingSession )
{
m_iData[0] = localId;
m_iData[1] = V_strlen( fileName ) + 1; // Include trailing NULL
}
int GetLocalId() { return m_iData[0]; }
int GetFileNameBufferLen() { return m_iData[1]; }
};
struct CVidCacheCmdBeginEncodingResult : public CVidCmd
{
CVidCacheCmdBeginEncodingResult( int localId, bool success, ServerVideoHandle_t serverHandle ) : CVidCmd( cVCC_BeginEncodingResult, success )
{
m_iData[0] = localId;
m_uData[1] = serverHandle;
}
int GetLocalId() { return m_iData[0]; }
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[1]; }
};
struct CVidCacheCmdEncodeFrame : public CVidCmd
{
CVidCacheCmdEncodeFrame( ServerVideoHandle_t serverHandle, int frameNum ) : CVidCmd( cVCC_EncodeFrame )
{
m_uData[0] = serverHandle;
m_iData[1] = frameNum;
}
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[0]; }
int GetFrameNumber() { return m_iData[1]; }
};
struct CVidCacheCmdEncodeFrameResult : public CVidCmd
{
CVidCacheCmdEncodeFrameResult( ServerVideoHandle_t serverHandle, int frameNum, bool success) : CVidCmd( cVCC_EncodeFrameResult, success )
{
m_uData[0] = serverHandle;
m_iData[1] = frameNum;
}
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[0]; }
int GetFrameNumber() { return m_iData[1]; }
};
struct CVidCacheCmdEndEncodingSession : public CVidCmd
{
CVidCacheCmdEndEncodingSession( ServerVideoHandle_t serverHandle ) : CVidCmd( cVCC_EndEncodingSession )
{
m_uData[0] = serverHandle;
}
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[0]; }
};
struct CVidCacheCmdEndEncodingResult : public CVidCmd
{
CVidCacheCmdEndEncodingResult( ServerVideoHandle_t serverHandle, bool success ) : CVidCmd( cVCC_EndEncodingResult )
{
m_uData[0] = serverHandle;
m_iData[1] = (int32) success;
}
bool GetSuccess() { return ( m_iData[1] != 0 ); }
ServerVideoHandle_t GetServerHandle() { return (ServerVideoHandle_t) m_uData[0]; }
};
// -----------------------------------------------------------------------
// misc definitions
// -----------------------------------------------------------------------
const uint16 cSFMVidCachePort = 26832;
#define VIDEO_CACHE_APP_MUTEX_NAME TEXT( "sfm_vid_cache_app" )
#define VIDEO_CACHE_APP_SIGNAL_EVENT_NAME TEXT( "sfm_vid_cache_event1" )
#endif // VIDEO_CACHE_COMMANDS_H