/* ixjDefs.h Copyright (c) 1996-1998, Quicknet Technologies, Inc. All Rights Reserved. Internet PhoneJACK, Internet LineJACK, etc. definitions. ----------------------------------------------------------------- $Header: /cvsroot/openh323/opal/plugins/LID/IxJ/ixjDefs.h,v 1.1 2006/10/02 13:30:53 rjongbloed Exp $ $Log: ixjDefs.h,v $ Revision 1.1 2006/10/02 13:30:53 rjongbloed Added LID plug ins Revision 2.1 2002/03/22 06:57:48 robertj Updated to OpenH323 version 1.8.2 Revision 1.4 2002/03/21 21:21:10 craigs Move idb stuff to separate file */ #ifndef _IXJDEFS_H #define _IXJDEFS_H #include "ixjIdb.h" //========================================================================== //========================================================================== // // Constants and structures for Quicknet's Internet PhoneJACK and // Internet LineJACK cards. // //========================================================================== //------------------------------------------------ // Plug and Play IDs //------------------------------------------------ #define MODEL_INTERNET_PHONEJACK 0x0100 #define MODEL_INTERNET_BLACKJACK 0x0200 #define MODEL_INTERNET_LINEJACK 0x0300 #define MODEL_INTERNET_PHONEJACK_LITE 0x0400 #define MODEL_INTERNET_PHONEJACK_PCI 0x0500 #define MODEL_INTERNET_PHONEJACK_TJPCI 0x0501 #define MODEL_INTERNET_PHONECARD 0x0600 //-------------------------------------------------------------------------- // Codec support //-------------------------------------------------------------------------- // #define CODEC_RATE_4000Hz 4000 #define CODEC_RATE_5500Hz 5500 #define CODEC_RATE_6000Hz 6000 #define CODEC_RATE_7333Hz 7333 #define CODEC_RATE_8000Hz 8000 #define CODEC_RATE_11025Hz 11025 #define CODEC_RATE_16000Hz 16000 #define CODEC_RATE_22050Hz 22050 #define CODEC_RATE_32000Hz 32000 #define CODEC_RATE_33075Hz 33075 #define CODEC_RATE_44100Hz 44100 #define CODEC_RATE_48000Hz 48000 #define OLD_CODEC_RATE_4000Hz 1000 #define OLD_CODEC_RATE_5500Hz 1010 #define OLD_CODEC_RATE_6000Hz 1020 #define OLD_CODEC_RATE_7333Hz 1030 #define OLD_CODEC_RATE_8000Hz 1040 #define OLD_CODEC_RATE_11025Hz 1050 #define OLD_CODEC_RATE_16000Hz 1060 #define OLD_CODEC_RATE_22050Hz 1070 #define OLD_CODEC_RATE_32000Hz 1080 #define OLD_CODEC_RATE_33075Hz 1090 #define OLD_CODEC_RATE_44100Hz 1100 #define OLD_CODEC_RATE_48000Hz 1110 // XTAL = 3.8912 MHz // Clock = 10*XTAL = 38.912 MHz // // Rules: // SCLK = Clock/(N+1) // FSYNC = SCLK/(M+1) // // 4 <= (N+1) <= 32 // For 8-bit Codec: SCLK >= 16*FSYNC // For 16-bit Codec: SCLK >= 32*FSYNC // // 8Khz Playback/Record: // SCLK = Clock/( 18+1) = 2.048 MHz // FSYNC = SCLK/(255+1) = 8000 Hz ( 8,000.0 Hz = 8,000 Hz standard + 0%) // 11Khz Playback/Record: // SCLK = Clock/( 13+1) = 2.779 MHz // FSYNC = SCLK/(251+1) = 11025 Hz (11,029.5 Hz = 11,025 Hz standard + -0.04%) // 22Khz Playback/Record: // SCLK = Clock/( 9+1) = 3.8912 MHz // FSYNC = SCLK/(175+1) = 22050 Hz (22,109.1 Hz = 22,050 Hz standard + ?.?%) +59.1 // // SCLK = Clock/( 13+1) = 2.779 MHz // FSYNC = SCLK/(125+1) = 22050 Hz (22,059.0 Hz = 22,050 Hz standard + ?.?%) // // XTAL = 3.8912 MHz // Clock = 10*XTAL = 38.912 MHz // // SCLK = Clock/( 18+1) = 2.048 MHz // FSYNC = SCLK/(371+1) = 5505 Hz ( 5,505.4 Hz = 5,500 Hz standard + x%) // FSYNC = SCLK/(340+1) = 6006 Hz ( 6,005.9 Hz = 6,000 Hz standard + x%) // FSYNC = SCLK/(278+1) = 7341 Hz ( 7,340.5 Hz = 7,333 Hz standard + x%) // FSYNC = SCLK/(255+1) = 8000 Hz ( 8,000.0 Hz = 8,000 Hz standard + 0%) // FSYNC = SCLK/(127+1) = 16000 Hz (16,000.0 Hz = 16,000 Hz standard + 0%) // FSYNC = SCLK/( 63+1) = 32000 Hz (32,000.0 Hz = 32,000 Hz standard + 0%) // FSYNC = SCLK/( 61+1) = 33032 Hz (33,032.3 Hz = 33,075 Hz standard + x%) // FSYNC = SCLK/( 45+1) = 44522 Hz (44,521.7 Hz = 44,100 Hz standard + x%) // FSYNC = SCLK/( 42+1) = 47628 Hz (47,627.9 Hz = 48,000 Hz standard - x%) // Selects: Sets the division factor used to divide the SCLK clock to generate FSYNC. #define CODEC_FSYNC_RATE_371 371 #define CODEC_FSYNC_RATE_340 340 #define CODEC_FSYNC_RATE_278 278 #define CODEC_FSYNC_RATE_255 255 #define CODEC_FSYNC_RATE_251 251 #define CODEC_FSYNC_RATE_185 185 #define CODEC_FSYNC_RATE_175 175 #define CODEC_FSYNC_RATE_127 127 #define CODEC_FSYNC_RATE_125 125 #define CODEC_FSYNC_RATE_92 92 #define CODEC_FSYNC_RATE_63 63 #define CODEC_FSYNC_RATE_61 61 #define CODEC_FSYNC_RATE_45 45 #define CODEC_FSYNC_RATE_42 42 // Selects: Sets the division factor used to divide the main CT8020 clock to generate SCLK. #define CODEC_CO_RATE_9 9 #define CODEC_CO_RATE_13 13 #define CODEC_CO_RATE_19 19 #define CODEC_CO_RATE_18 18 const WORD CODEC_WIDTH_8BIT = 0; // Selects 8-bit Mu-law codec. const WORD CODEC_WIDTH_16BIT = 1; // Selects 16-bit linear codec. const WORD CODEC_LAW_MULAW = 0; // Selects external Mu-law codec. const WORD CODEC_MASTER_SLAVE = 0; // Selects save mode (FSYNC and SCLK are inputs - default after reset). const WORD CODEC_MASTER_MASTER = 1; // Selects master mode (FSYNC and SCLK are outputs). const WORD CODEC_LONG_SHORTFRAME = 0; // Selects short frame sync mode when WIDE=0. const WORD CODEC_LONG_LONGFRAME = 1; // Selects long frame sync mode when WIDE=1. const WORD CODEC_OUTPUT_CODEC_DEFAULT = 0; // Selects: default output codec routing. const WORD CODEC_OUTPUT_CODEC_CODEC1 = 1; // Selects: output signal goes to codec 1 only. const WORD CODEC_OUTPUT_CODEC_CODEC0 = 2; // Selects: output signal goes to codec 0 only. const WORD CODEC_OUTPUT_CODEC_BOTH = 3; // Selects: output signal goes to both codec 0 and codec 1. const WORD CODEC_INPUT_CODEC_NORMAL = 0; // Selects: normal input codec routing. const WORD CODEC_INPUT_CODEC_EXCHANGE = 1; // Selects: input from codec 0 and codec 1 exchanged. const WORD CODEC_SET_RATE_NOACTION = 0; // Selects: no action. const WORD CODEC_SET_RATE_NEXTCMD = 1; // Selects: next command word programs codec sample rate dividers. const WORD CODEC_WIDE_1SCLK = 0; // Selects: FSYNC is 1 SCLK period wide. const WORD CODEC_WIDE_8OR16SCLKS = 1; // Selects: FSYNC is 8 SCLK periods wide if Width=0 or 16 SCLK periods wide if Width=1. const DWORD XTAL_38912 = 3891200; const DWORD XTAL_4000 = 4000000; const DWORD XTAL_4096 = 4096000; const DWORD SCLK_2048 = 2048000; const DWORD SCLK_512 = 512000; const DWORD SCLK_1024 = 1024000; const DWORD SCLK_2000 = 2000000; const DWORD SCLK_MAX = 1835008; // 300373; // 2097152; // 2095600; //========================================================================== //-------------------------------------------------------------------------- // Compression/Decompression support //-------------------------------------------------------------------------- // #define COMPRESS_MODE_TRUESPEECH 0 // Selects: TrueSpeech 8.5, 6.3, 5.3, 4.8 or 4.1 Kbps #define COMPRESS_MODE_ULAW 2 // Selects: 64 Kbit/sec U-law PCM #define COMPRESS_MODE_16LINEAR 6 // Selects: 128 Kbit/sec 16-bit linear #define COMPRESS_MODE_8LINEAR 4 // Selects: 64 Kbit/sec 8-bit signed linear #define COMPRESS_MODE_8LINEAR_WSS 5 // Selects: 64 Kbit/sec WSS 8-bit unsigned linear // TrueSpeech compress modes: 8.5 - 4.1 #define COMPRESS_RATE_TS85 0 // Selects TrueSpeech 8.5 play mode. #define COMPRESS_RATE_TS63 1 // Selects TrueSpeech 6.3 play mode. #define COMPRESS_RATE_TS53 2 // Selects TrueSpeech 5.3 play mode. #define COMPRESS_RATE_TS48 3 // Selects TrueSpeech 4.8 play mode. #define COMPRESS_RATE_TS41 4 // Selects TrueSpeech 4.1 play mode. // G.723.1 record/compress modes: 6.3 & 5.3 // NOTE: Same as TrueSpeech 6.3 & 5.3 modes. #define COMPRESS_RATE_G7231_TS63 1 // Selects TrueSpeech 6.3 play mode. #define COMPRESS_RATE_G7231_TS53 2 // Selects TrueSpeech 5.3 play mode. // ------------------------ #define COMPRESS_FRAME_TRUESPEECH 0 // TrueSpeech 8.5, 6.3, 5.3, 4.8 or 4.1 Kbps #define COMPRESS_FRAME_ULAW 120 // 64 Kbit/sec U-law PCM #define COMPRESS_FRAME_16LINEAR 240 // 128 Kbit/sec 16-bit linear #define COMPRESS_FRAME_8LINEAR 120 // 64 Kbit/sec 8-bit signed linear #define COMPRESS_FRAME_8LINEAR_WSS 120 // 64 Kbit/sec WSS 8-bit unsigned linear // TrueSpeech recording modes: 8.5 - 4.1 #define COMPRESS_FRAME_TS85 16 // TrueSpeech 8.5 record frame. #define COMPRESS_FRAME_TS63 12 // TrueSpeech 6.3 record frame. #define COMPRESS_FRAME_TS53 10 // TrueSpeech 5.3 record frame. #define COMPRESS_FRAME_TS48 9 // TrueSpeech 4.8 record frame. #define COMPRESS_FRAME_TS41 8 // TrueSpeech 4.1 record frame. // G.723.1 recording modes: 6.3 & 5.3 // NOTE: Same as TrueSpeech 6.3 & 5.3 modes. #define COMPRESS_FRAME_G7231_TS63 COMPRESS_FRAME_TS63 // TrueSpeech 6.3 record frame. #define COMPRESS_FRAME_G7231_TS53 COMPRESS_FRAME_TS53 // TrueSpeech 5.3 record frame. #define COMPRESS_MAX_BUFFER_SIZE COMPRESS_FRAME_16LINEAR // Max buffer size: Tx or Rx. // Additional bit patterns to 'Or' into Command Base 'words' const WORD COMPRESS_TFRMODE_80X5 = 0; // Selects Data transfer via Software Control and Status Registers (CT8015/CT8005 protocol mode). const WORD COMPRESS_TFRMODE_8020 = 3; // Selects Data transfer via Host Transmit Data Buffer Access Port. const WORD COMPRESS_SYNC_MODE_CODEC = 0; const WORD COMPRESS_SYNC_MODE_DATA = 1; const WORD COMPRESS_SYNC_MODE_POLL = 2; const WORD COMPRESS_SYNC_MODE_HOST = 3; //========================================================================== //-------------------------------------------------------------------------- // Device support //-------------------------------------------------------------------------- // // Additional bit patterns to 'Or' into Command Base 'words' //const WORD DEVCTRL_TONE_MODE_SYNC = 0; // Selects Synchronous Tone mode //const WORD DEVCTRL_TONE_MODE_ASYNC = 1; // Selects Asynchronous Tone mode // Analog source for the Codec #1. // Analog source is determined by the GPIO bits: 6 & 7. // | GPIO6 | GPIO7 | //------------------|-------|-------|------- // POTS Phone | 0 | 0 | // Speakerphone | 0 | 1 | // Handset Phone | 1 | 0 | // ?????? | 1 | 1 | //------------------------------------------- // #define ANALOG_SOURCE_POTSPHONE (0x0) #define ANALOG_SOURCE_SPEAKERPHONE (0x1) #define ANALOG_SOURCE_HANDSETPHONE (0x2) #define ANALOG_SOURCE_PSTNLINE (0x2) #define LINEJACK_MODE_PHONEJACK (0x0) #define LINEJACK_MODE_LINEJACK (0x1) #define LINEJACK_MODE_STANDALONE (0x2) #define DEVICE_SPEAKERPHONE 0x01 #define DEVICE_POTS 0x02 #define DEVICE_HANDSET 0x04 #define DEVICE_PSTN 0x08 #define COEFF_US 0 #define COEFF_UK 1 #define COEFF_FRANCE 2 #define COEFF_GERMANY 3 #define COEFF_AUSTRALIA 4 #define COEFF_JAPAN 5 #define COEFF_CTR21 6 #define COEFF_CZECH 7 #define COEFF_GERMANY2 8 #define COEFF_ITALY 9 #define COEFF_SOUTH_KOREA 10 #define COEFF_NEW_ZEALAND 11 #define COEFF_NORWAY 12 #define COEFF_PHILIPPINES 13 #define COEFF_POLAND 14 #define COEFF_SOUTH_AFRICA 15 #define COEFF_SWEDEN 16 // SLIC States // SLIC State is determined by the GPIO bits: 1,2,3 // | GPIO3 | GPIO2 | GPIO1 | !GPIO1 | // | C3 | C2 | C1 | B2EN | //------------------|-------|-------|-------|--------| // Open Circuit | 0 | 0 | 0 | 1 | // Ringing | 0 | 0 | 1 | 0 | // Active | 0 | 1 | 0 | 1 | //---------------------------------------------------- // #define SLIC_STATE_OPENCIRCUIT 0 #define SLIC_STATE_RINGING 1 #define SLIC_STATE_ACTIVE 2 #define SLIC_STATE_OHT 3 #define SLIC_STATE_TIPOPEN 4 #define SLIC_STATE_STANDBY 5 #define SLIC_STATE_APR 6 #define SLIC_STATE_OHTPR 7 // Switch Hook States // Switch Hook State is determined by GPIO 5 // | GPIO5 | //------------------|--------| // Off Hook | 0 | // On Hook | 1 | //---------------------------- // #define SLIC_OFF_HOOK (0x0) #define SLIC_ON_HOOK (0x1) // LineJack Test error codes #define LINE_TEST_OK 0 #define LINE_TEST_TESTING 1 #define LINE_TEST_POTS_OFF_HOOK 2 #define LINE_TEST_LINE_CONNECTED_TO_POTS 3 #define LINE_TEST_NO_LINE_PRESENT 4 // The ring pattern is a 12-bit sequence. // Each bit represents 1/2 second of ring // on or off for a total of 6 seconds. #define RING_PATTERN_MASK (0x0FFF) #define DEVCTRL_HOOKSTATE_INIT 0 #define DEVCTRL_HOOKSTATE_ON_HOOK_1 1 #define DEVCTRL_HOOKSTATE_ON_HOOK_2 2 #define DEVCTRL_HOOKSTATE_ON_HOOK_3 3 #define DEVCTRL_HOOKSTATE_OFF_HOOK_1 4 #define DEVCTRL_HOOKSTATE_OFF_HOOK_2 5 #define DEVCTRL_HOOKSTATE_OFF_HOOK_3 6 #define DEVCTRL_RINGSTATE_INIT 0 #define DEVCTRL_RINGSTATE_RING_0 1 #define DEVCTRL_RINGSTATE_RING_1 2 #define DEVCTRL_RINGSTATE_RING_2 3 #define DEVCTRL_RINGSTATE_RING_3 4 #define DEVCTRL_RINGSTATE_RING_4 5 #define DEVCTRL_RINGSTATE_RING_5 6 #define DEVCTRL_RINGSTATE_RING_6 7 #define DEVCTRL_RINGSTATE_RING_7 8 #define DEVCTRL_RINGSTATE_RING_8 9 #define DEVCTRL_RINGSTATE_RING_9 10 #define DEVCTRL_RINGSTATE_RING_10 11 #define DEVCTRL_RINGSTATE_RING_11 12 //========================================================================== //-------------------------------------------------------------------------- // Filter support //-------------------------------------------------------------------------- // // Additional bit patterns to 'Or' into Command Base 'words' #define FILTER_MODE_SYNC 0 #define FILTER_MODE_ASYNC 1 #define FILTER_LINE_VOLUME_POS_0DB 2 // +0 dB #define FILTER_LINE_VOLUME_MUTE 3 // Mute Microphone (also resets AEC) #define FILTER_SPEAKER_VOLUME_POS_14DB 0 // +14 dB #define FILTER_SPEAKER_VOLUME_POS_12DB 1 // +12 dB #define FILTER_SPEAKER_VOLUME_POS_10DB 2 // +10 dB #define FILTER_SPEAKER_VOLUME_POS_8DB 3 // +8 dB #define FILTER_SPEAKER_VOLUME_POS_6DB 4 // +6 dB #define FILTER_SPEAKER_VOLUME_POS_4DB 5 // +4 dB #define FILTER_SPEAKER_VOLUME_POS_2DB 6 // +2 dB #define FILTER_SPEAKER_VOLUME_POS_0DB 7 // 0 dB #define FILTER_SPEAKER_VOLUME_NEG_2DB 8 // -2 dB #define FILTER_SPEAKER_VOLUME_NEG_4DB 9 // -4 dB #define FILTER_SPEAKER_VOLUME_NEG_6DB 10 // -6 dB #define FILTER_SPEAKER_VOLUME_NEG_8DB 11 // -8 dB #define FILTER_SPEAKER_VOLUME_NEG_10DB 12 // -10 dB #define FILTER_SPEAKER_VOLUME_NEG_12DB 13 // -12 dB #define FILTER_SPEAKER_VOLUME_NEG_14DB 14 // -14 dB #define FILTER_SPEAKER_VOLUME_MUTE 15 // Mute Filter #define FILTER_DTMFSTATE_INIT 0 #define FILTER_DTMFSTATE_NOT_VALID_1 1 #define FILTER_DTMFSTATE_NOT_VALID_2 2 #define FILTER_DTMFSTATE_NOT_VALID_3 3 #define FILTER_DTMFSTATE_VALID_1 4 #define FILTER_DTMFSTATE_VALID_2 5 #define FILTER_DTMFSTATE_VALID_3 6 #define FrameCount( LineMonitor ) ((LineMonitor>>12)&0x0f) #define FilterBits( LineMonitor ) ((LineMonitor>>8)&0x0f) #define Peak( LineMonitor ) ((LineMonitor>>6)&1) #define DTMFValid( LineMonitor ) ((LineMonitor>>5)&1) #define CPFValid( LineMonitor ) ((LineMonitor>>4)&1) #define DTMFDigit( LineMonitor ) (LineMonitor&0x0f) //========================================================================== //-------------------------------------------------------------------------- // Idle support //-------------------------------------------------------------------------- // #define IDLE_TONE_MODE_SYNC 0 // Selects Synchronous Tone mode #define IDLE_TONE_MODE_ASYNC 1 // Selects Asynchronous Tone mode #define IDLE_TONE_NOTONE 0 #define IDLE_TONE_1 1 #define IDLE_TONE_2 2 #define IDLE_TONE_3 3 #define IDLE_TONE_4 4 #define IDLE_TONE_5 5 #define IDLE_TONE_6 6 #define IDLE_TONE_7 7 #define IDLE_TONE_8 8 #define IDLE_TONE_9 9 #define IDLE_TONE_STAR 10 #define IDLE_TONE_0 11 #define IDLE_TONE_POUND 12 #define IDLE_TONE_DIAL 25 #define IDLE_TONE_RING 26 #define IDLE_TONE_BUSY 27 #define IDLE_TONE_A 28 #define IDLE_TONE_B 29 #define IDLE_TONE_C 30 #define IDLE_TONE_D 31 // Table from TelTone M-991 Spec sheet (table 4). // Tone Name Frequency (Hz) Interruption Rate // 1 2 //------------------------------------------------------------------------------------------- // Dial | 350 | 440 | Steady // Reorder | 480 | 620 | Repeat, tones on and off 250 ms +- 25ms // Busy | 480 | 620 | Repeat, tones on and off 500 ms +- 50ms // Audible Ring | 480 | 480 | Repeat, tones on 2 +- 0.2sec, tones off 4 +- 0.4sec // Recall Dial | 350 | 440 | Three bursts tones on and off 100 ms +- 20ms each followed by dial tone // Special AR | 440 | 480 | Tones on 1 +- 0.2sec, followed by single 440Hz on for 0.2sec on, and silence for 3 +- 0.3sec, repeat // Intercept | 440 | 620 | Repeat alternating tones, each on for 230ms +- 70ms with total cycle of 500 +- 50ms // Call Waiting | 440 | Off | One burst 200 +- 100ms // Busy Verification | 440 | Off | One burst of tone on 1.75 +- 0.25sec before attendant intrudes, followed by burst of tone 0.65 +- 0.15sec on, 8 to 20 sec apart for as long as the call lasts. // Executive Override | 440 | Off | One burst of tone for 3 +- 1sec before overriding station intrudes. // Confirmation | 350 | 440 | Three bursts on and off 100ms each or 100ms on, 100ms off, 300 ms on. #define TONE_DIAL 0 #define TONE_REORDER 1 #define TONE_BUSY 2 #define TONE_AUDIBLE_RING 3 #define TONE_RECALL_DIAL 4 #define TONE_SPECIAL_AR 5 #define TONE_INTERCEPT 6 #define TONE_CALL_WAITING 7 #define TONE_BUSY_VERIFICATION 8 #define TONE_EXECUTIVE_OVERRIDE 9 #define TONE_CONFIRMATION 10 typedef struct { DWORD dwToneIndex; DWORD dwDuration; DWORD dwToneOnPeriod; DWORD dwToneOffPeriod; DWORD dwMasterGain; } IDLE_TONE; typedef struct { DWORD dwToneIndex; // 1-31, 0 reserved for silence DWORD dwFrequencyFactor0; // dwFrequencyFactor0 = 32767 * cos( 2*Pi*(frequency0/8000) ) DWORD dwGain0; // 0-15 See Tone Level Table DWORD dwFrequencyFactor1; // dwFrequencyFactor1 = 32767 * cos( 2*Pi*(frequency1/8000) ) DWORD dwGain1; // 0-15 See Tone Level Table } IDLE_NEW_TONE; //========================================================================== // // Tone Level Table //____________________________________________________________ // Index Codec Output Level (dB relative to 0.707 Vrms) //____________________________________________________________ // 0 +6 // 1 +4 // 2 +2 // 3 0 // 4 -2 // 5 -4 // 6 -6 // 7 -8 // 8 -10 // 9 -12 // 10 -14 // 11 -16 // 12 -18 // 13 -20 // 14 -22 // 15 -24 //========================================================================== //-------------------------------------------------------------------------- // Mixer support //-------------------------------------------------------------------------- // // Playback mixer lines #define PlaybackMaster 0 #define PlaybackMicrophone 1 #define PlaybackWave 2 #define PlaybackCD 3 #define PlaybackLineIn 4 #define PlaybackPhoneIn 5 #define PlaybackPhoneOut 6 #define PlaybackPhoneLineOut 7 #define PlaybackDeviceCount 8 // Record mixer lines #define RecordMaster 0 #define RecordMicrophone 1 #define RecordWave 2 #define RecordCD 3 #define RecordLineIn 4 #define RecordPhoneIn 5 #define RecordPhoneLineIn 6 #define RecordDeviceCount 7 // Output mixer lines #define OutputMicrophone PlaybackMicrophone #define OutputWave PlaybackWave #define OutputCD PlaybackCD #define OutputLineIn PlaybackLineIn #define OutputPhoneIn PlaybackPhoneIn // Input mixer lines #define InputMicrophone RecordMicrophone #define InputWave RecordWave #define InputCD RecordCD #define InputLineIn RecordLineIn #define InputPhoneIn RecordPhoneIn // Mixer line structure typedef struct _MIXER_LINE { DWORD dwLineID; DWORD dwMute; DWORD dwLeftVolume; DWORD dwRightVolume; } MIXER_LINE; #define MIXER_ACCESS TEXT( "MixerAccess" ) //========================================================================== //-------------------------------------------------------------------------- // Playback support //-------------------------------------------------------------------------- // // Additional bit patterns to 'Or' into Command Base 'words' #define PLAYBACK_TFRMODE_80X5 0 // Selects Data transfer via Software Control and Status Registers (CT8015/CT8005 protocol mode). #define PLAYBACK_TFRMODE_8020 3 // Selects Data transfer via Host Transmit Data Buffer Access Port. #define PLAYBACK_SYNC_MODE_CODEC 0 #define PLAYBACK_SYNC_MODE_DATA 1 #define PLAYBACK_SYNC_MODE_POLL 2 #define PLAYBACK_SYNC_MODE_HOST 3 // Playback modes #define PLAYBACK_MODE_COMPRESSED 0 // Selects: Compressed modes, TrueSpeech 8.5-4.1, G.723.1, G.722, G.728, G.729 #define PLAYBACK_MODE_TRUESPEECH_V40 0 // Selects: TrueSpeech 8.5, 6.3, 5.3, 4.8 or 4.1 Kbps #define PLAYBACK_MODE_TRUESPEECH 8 // Selects: TrueSpeech 8.5, 6.3, 5.3, 4.8 or 4.1 Kbps Version 5.1 #define PLAYBACK_MODE_ULAW 2 // Selects: 64 Kbit/sec MuA-law PCM #define PLAYBACK_MODE_ALAW 10 // Selects: 64 Kbit/sec A-law PCM #define PLAYBACK_MODE_16LINEAR 6 // Selects: 128 Kbit/sec 16-bit linear #define PLAYBACK_MODE_8LINEAR 4 // Selects: 64 Kbit/sec 8-bit signed linear #define PLAYBACK_MODE_8LINEAR_WSS 5 // Selects: 64 Kbit/sec WSS 8-bit unsigned linear // Playback rates #define PLAYBACK_RATE_TS85 0 // Selects TrueSpeech 8.5 playback rate. #define PLAYBACK_RATE_TS63 1 // Selects TrueSpeech 6.3 playback rate. #define PLAYBACK_RATE_TS53 2 // Selects TrueSpeech 5.3 playback rate. #define PLAYBACK_RATE_TS48 3 // Selects TrueSpeech 4.8 playback rate. #define PLAYBACK_RATE_TS41 4 // Selects TrueSpeech 4.1 playback rate. #define PLAYBACK_RATE_G722 7 // Selects G.722 playback rate. #define PLAYBACK_RATE_G723_63 PLAYBACK_RATE_TS63 // Selects G.723.1 (6.3 kbps) playback rate. #define PLAYBACK_RATE_G723_53 PLAYBACK_RATE_TS53 // Selects G.723.1 (5.3 kbps) playback rate. #define PLAYBACK_RATE_G728 5 // Selects G.728 playback rate. #define PLAYBACK_RATE_G729 6 // Selects G.729 playback rate. // Frame sizes in WORD units #define PLAYBACK_TS85_WORDS 16 // TrueSpeech 8.5, 30ms frame size #define PLAYBACK_TS63_WORDS 12 // TrueSpeech 6.3, 30ms frame size #define PLAYBACK_TS53_WORDS 10 // TrueSpeech 5.3, 30ms frame size #define PLAYBACK_TS48_WORDS 9 // TrueSpeech 4.8, 30ms frame size #define PLAYBACK_TS41_WORDS 8 // TrueSpeech 4.1, 30ms frame size #define PLAYBACK_ALAW_WORDS 120 // 64 Kbit/sec A-law PCM, 30ms frame size #define PLAYBACK_ALAW_30MS_WORDS 120 // 64 Kbit/sec A-law PCM, 30ms frame size #define PLAYBACK_ALAW_20MS_WORDS 80 // 64 Kbit/sec A-law PCM, 20ms frame size #define PLAYBACK_ALAW_10MS_WORDS 40 // 64 Kbit/sec A-law PCM, 10ms frame size #define PLAYBACK_ULAW_WORDS 120 // 64 Kbit/sec Mu-law PCM, 30ms frame size #define PLAYBACK_ULAW_30MS_WORDS 120 // 64 Kbit/sec Mu-law PCM, 30ms frame size #define PLAYBACK_ULAW_20MS_WORDS 80 // 64 Kbit/sec Mu-law PCM, 20ms frame size #define PLAYBACK_ULAW_10MS_WORDS 40 // 64 Kbit/sec Mu-law PCM, 10ms frame size #define PLAYBACK_16LINEAR_WORDS 240 // 128 Kbit/sec 16-bit linear, 30ms frame size #define PLAYBACK_16LINEAR_30MS_WORDS 240 // 128 Kbit/sec 16-bit linear, 30ms frame size #define PLAYBACK_16LINEAR_20MS_WORDS 160 // 128 Kbit/sec 16-bit linear, 20ms frame size #define PLAYBACK_16LINEAR_10MS_WORDS 80 // 128 Kbit/sec 16-bit linear, 10ms frame size #define PLAYBACK_8LINEAR_WORDS 120 // 64 Kbit/sec 8-bit signed linear, 30ms frame size #define PLAYBACK_8LINEAR_30MS_WORDS 120 // 64 Kbit/sec 8-bit signed linear, 30ms frame size #define PLAYBACK_8LINEAR_20MS_WORDS 80 // 64 Kbit/sec 8-bit signed linear, 20ms frame size #define PLAYBACK_8LINEAR_10MS_WORDS 40 // 64 Kbit/sec 8-bit signed linear, 10ms frame size #define PLAYBACK_8LINEAR_WSS_WORDS 120 // 64 Kbit/sec WSS 8-bit unsigned linear, 30ms frame size #define PLAYBACK_8LINEAR_WSS_30MS_WORDS 120 // 64 Kbit/sec WSS 8-bit unsigned linear, 30ms frame size #define PLAYBACK_8LINEAR_WSS_20MS_WORDS 80 // 64 Kbit/sec WSS 8-bit unsigned linear, 20ms frame size #define PLAYBACK_8LINEAR_WSS_10MS_WORDS 40 // 64 Kbit/sec WSS 8-bit unsigned linear, 10ms frame size #define PLAYBACK_G722_WORDS 40 // 64 Kbit/sec G.722, 10ms frame size #define PLAYBACK_G723_63_WORDS PLAYBACK_TS63_WORDS // 6.3 Kbit/sec G.723.1, 30ms frame size #define PLAYBACK_G723_53_WORDS PLAYBACK_TS53_WORDS // 5.3 Kbit/sec G.723.1, 30ms frame size #define PLAYBACK_G728_10MS_WORDS 16 // 16 Kbit/sec G.728, 10ms frame size #define PLAYBACK_G728_20MS_WORDS 32 // 16 Kbit/sec G.728, 20ms frame size #define PLAYBACK_G728_30MS_WORDS 48 // 16 Kbit/sec G.728, 30ms frame size #define PLAYBACK_G729_10MS_WORDS 6 // 8 Kbit/sec G.729, 10ms frame size #define PLAYBACK_G729_20MS_WORDS 12 // 8 Kbit/sec G.729, 20ms frame size #define PLAYBACK_G729_30MS_WORDS 18 // 8 Kbit/sec G.729, 30ms frame size // Frame sizes in bytes #define PLAYBACK_FRAME_TS85 (PLAYBACK_TS85_WORDS*2) #define PLAYBACK_FRAME_TS63 (PLAYBACK_TS63_WORDS*2) #define PLAYBACK_FRAME_TS53 (PLAYBACK_TS53_WORDS*2) #define PLAYBACK_FRAME_TS48 (PLAYBACK_TS48_WORDS*2) #define PLAYBACK_FRAME_TS41 (PLAYBACK_TS41_WORDS*2) #define PLAYBACK_FRAME_ALAW (PLAYBACK_ALAW_WORDS*2) #define PLAYBACK_FRAME_ALAW_30MS (PLAYBACK_ALAW_30MS_WORDS*2) #define PLAYBACK_FRAME_ALAW_20MS (PLAYBACK_ALAW_20MS_WORDS*2) #define PLAYBACK_FRAME_ALAW_10MS (PLAYBACK_ALAW_10MS_WORDS*2) #define PLAYBACK_FRAME_ULAW (PLAYBACK_ULAW_WORDS*2) #define PLAYBACK_FRAME_ULAW_30MS (PLAYBACK_ULAW_30MS_WORDS*2) #define PLAYBACK_FRAME_ULAW_20MS (PLAYBACK_ULAW_20MS_WORDS*2) #define PLAYBACK_FRAME_ULAW_10MS (PLAYBACK_ULAW_10MS_WORDS*2) #define PLAYBACK_FRAME_16LINEAR (PLAYBACK_16LINEAR_WORDS*2) #define PLAYBACK_FRAME_16LINEAR_30MS (PLAYBACK_16LINEAR_30MS_WORDS*2) #define PLAYBACK_FRAME_16LINEAR_20MS (PLAYBACK_16LINEAR_20MS_WORDS*2) #define PLAYBACK_FRAME_16LINEAR_10MS (PLAYBACK_16LINEAR_10MS_WORDS*2) #define PLAYBACK_FRAME_8LINEAR (PLAYBACK_8LINEAR_WORDS*2) #define PLAYBACK_FRAME_8LINEAR_30MS (PLAYBACK_8LINEAR_30MS_WORDS*2) #define PLAYBACK_FRAME_8LINEAR_20MS (PLAYBACK_8LINEAR_20MS_WORDS*2) #define PLAYBACK_FRAME_8LINEAR_10MS (PLAYBACK_8LINEAR_10MS_WORDS*2) #define PLAYBACK_FRAME_8LINEAR_WSS (PLAYBACK_8LINEAR_WSS_WORDS*2) #define PLAYBACK_FRAME_8LINEAR_WSS_30MS (PLAYBACK_8LINEAR_WSS_30MS_WORDS*2) #define PLAYBACK_FRAME_8LINEAR_WSS_20MS (PLAYBACK_8LINEAR_WSS_20MS_WORDS*2) #define PLAYBACK_FRAME_8LINEAR_WSS_10MS (PLAYBACK_8LINEAR_WSS_10MS_WORDS*2) #define PLAYBACK_FRAME_G722 (PLAYBACK_G722_WORDS*2) #define PLAYBACK_FRAME_G723_63 (PLAYBACK_G723_63_WORDS*2) #define PLAYBACK_FRAME_G723_53 (PLAYBACK_G723_53_WORDS*2) #define PLAYBACK_FRAME_G728_10MS (PLAYBACK_G728_10MS_WORDS*2) #define PLAYBACK_FRAME_G728_20MS (PLAYBACK_G728_20MS_WORDS*2) #define PLAYBACK_FRAME_G728_30MS (PLAYBACK_G728_30MS_WORDS*2) #define PLAYBACK_FRAME_G729_10MS (PLAYBACK_G729_10MS_WORDS*2) #define PLAYBACK_FRAME_G729_20MS (PLAYBACK_G729_20MS_WORDS*2) #define PLAYBACK_FRAME_G729_30MS (PLAYBACK_G729_30MS_WORDS*2) #define PLAYBACK_MAX_BUFFER_WORDS PLAYBACK_16LINEAR_WORDS // Max buffer size: Tx or Rx. #define PLAYBACK_MAX_BUFFER_SIZE PLAYBACK_FRAME_16LINEAR // Max buffer size: Tx or Rx. #define PLAYBACK_TS85_AVG_RATE 1067 // TrueSpeech 8.5 Average bytes per second. #define PLAYBACK_TS63_AVG_RATE 800 // TrueSpeech 6.3 Average bytes per second. #define PLAYBACK_TS53_AVG_RATE 667 // TrueSpeech 5.3 Average bytes per second. #define PLAYBACK_TS48_AVG_RATE 600 // TrueSpeech 4.8 Average bytes per second. #define PLAYBACK_TS41_AVG_RATE 533 // TrueSpeech 4.1 Average bytes per second. //========================================================================== //-------------------------------------------------------------------------- // Record support //-------------------------------------------------------------------------- // // Additional bit patterns to 'Or' into Command Base 'words' #define RECORD_TFRMODE_80X5 0 // Selects Data transfer via Software Control and Status Registers (CT8015/CT8005 protocol mode). #define RECORD_TFRMODE_8020 3 // Selects Data transfer via Host Transmit Data Buffer Access Port. #define RECORD_SYNC_MODE_CODEC 0 #define RECORD_SYNC_MODE_DATA 1 #define RECORD_SYNC_MODE_POLL 2 #define RECORD_SYNC_MODE_HOST 3 // Automatic Gain Control (AGC) #define RECORD_AGC_MIN_GAIN 0 // Sets AGC Min Gain #define RECORD_AGC_MAX_GAIN 1 // Sets AGC Max Gain #define RECORD_AGC_START_GAIN 2 // Sets AGC Start Gain #define RECORD_AGC_HOLD_TIME 3 // Sets AGC Hold Time #define RECORD_AGC_ATTACK_TIME 4 // Sets AGC Attack Time Constant #define RECORD_AGC_DECAY_TIME 5 // Sets AGC Decay Time Constant #define RECORD_AGC_ATTACK_THRES 6 // Sets AGC Attack Threshold #define RECORD_AGC_ON_OFF 7 // Sets AGC On/Off. Enable/Disable AGC. // AGC Time Contants #define RECORD_AGC_250_us 0 #define RECORD_AGC_512_us 1 #define RECORD_AGC_1_ms 2 #define RECORD_AGC_2_ms 3 #define RECORD_AGC_4_ms 4 #define RECORD_AGC_8_ms 5 #define RECORD_AGC_16_ms 6 #define RECORD_AGC_32_ms 7 #define RECORD_AGC_64_ms 8 #define RECORD_AGC_128_ms 9 #define RECORD_AGC_256_ms 10 #define RECORD_AGC_512_ms 11 #define RECORD_AGC_1024_ms 12 #define RECORD_AGC_2048_ms 13 #define RECORD_AGC_4096_ms 14 #define RECORD_AGC_8192_ms 15 // Record modes #define RECORD_MODE_COMPRESSED 0 // Selects: Compressed modes, TrueSpeech 8.5-4.1, G.723.1, G.722, G.728, G.729 #define RECORD_MODE_TRUESPEECH 0 // Selects: TrueSpeech 8.5, 6.3, 5.3, 4.8 or 4.1 Kbps #define RECORD_MODE_ULAW 4 // Selects: 64 Kbit/sec Mu-law PCM #define RECORD_MODE_ALAW 12 // Selects: 64 Kbit/sec A-law PCM #define RECORD_MODE_16LINEAR 5 // Selects: 128 Kbit/sec 16-bit linear #define RECORD_MODE_8LINEAR 6 // Selects: 64 Kbit/sec 8-bit signed linear #define RECORD_MODE_8LINEAR_WSS 7 // Selects: 64 Kbit/sec WSS 8-bit unsigned linear // Record rates #define RECORD_RATE_TS85 0 // Selects TrueSpeech 8.5 record rate. #define RECORD_RATE_TS63 1 // Selects TrueSpeech 6.3 record rate. #define RECORD_RATE_TS53 2 // Selects TrueSpeech 5.3 record rate. #define RECORD_RATE_TS48 3 // Selects TrueSpeech 4.8 record rate. #define RECORD_RATE_TS41 4 // Selects TrueSpeech 4.1 record rate. #define RECORD_RATE_G722 7 // Selects G.722 record rate. #define RECORD_RATE_G723_63 RECORD_RATE_TS63 // Selects G.723.1 (6.3 kbps) record rate. #define RECORD_RATE_G723_53 RECORD_RATE_TS53 // Selects G.723.1 (5.3 kbps) record rate. #define RECORD_RATE_G728 5 // Selects G.728 record rate. #define RECORD_RATE_G729 6 // Selects G.729 record rate. // Frame sizes in WORD units #define RECORD_TS85_WORDS 16 // TrueSpeech 8.5, 30ms frame size #define RECORD_TS63_WORDS 12 // TrueSpeech 6.3, 30ms frame size #define RECORD_TS53_WORDS 10 // TrueSpeech 5.3, 30ms frame size #define RECORD_TS48_WORDS 9 // TrueSpeech 4.8, 30ms frame size #define RECORD_TS41_WORDS 8 // TrueSpeech 4.1, 30ms frame size #define RECORD_ALAW_WORDS 120 // 64 Kbit/sec A-law PCM, 30ms frame size #define RECORD_ALAW_30MS_WORDS 120 // 64 Kbit/sec A-law PCM, 30ms frame size #define RECORD_ALAW_20MS_WORDS 80 // 64 Kbit/sec A-law PCM, 20ms frame size #define RECORD_ALAW_10MS_WORDS 40 // 64 Kbit/sec A-law PCM, 10ms frame size #define RECORD_ULAW_WORDS 120 // 64 Kbit/sec Mu-law PCM, 30ms frame size #define RECORD_ULAW_30MS_WORDS 120 // 64 Kbit/sec Mu-law PCM, 30ms frame size #define RECORD_ULAW_20MS_WORDS 80 // 64 Kbit/sec Mu-law PCM, 20ms frame size #define RECORD_ULAW_10MS_WORDS 40 // 64 Kbit/sec Mu-law PCM, 10ms frame size #define RECORD_16LINEAR_WORDS 240 // 128 Kbit/sec 16-bit linear, 30ms frame size #define RECORD_16LINEAR_30MS_WORDS 240 // 128 Kbit/sec 16-bit linear, 30ms frame size #define RECORD_16LINEAR_20MS_WORDS 160 // 128 Kbit/sec 16-bit linear, 20ms frame size #define RECORD_16LINEAR_10MS_WORDS 80 // 128 Kbit/sec 16-bit linear, 10ms frame size #define RECORD_8LINEAR_WORDS 120 // 64 Kbit/sec 8-bit signed linear, 30ms frame size #define RECORD_8LINEAR_30MS_WORDS 120 // 64 Kbit/sec 8-bit signed linear, 30ms frame size #define RECORD_8LINEAR_20MS_WORDS 80 // 64 Kbit/sec 8-bit signed linear, 20ms frame size #define RECORD_8LINEAR_10MS_WORDS 40 // 64 Kbit/sec 8-bit signed linear, 10ms frame size #define RECORD_8LINEAR_WSS_WORDS 120 // 64 Kbit/sec WSS 8-bit unsigned linear, 30ms frame size #define RECORD_8LINEAR_WSS_30MS_WORDS 120 // 64 Kbit/sec WSS 8-bit unsigned linear, 30ms frame size #define RECORD_8LINEAR_WSS_20MS_WORDS 80 // 64 Kbit/sec WSS 8-bit unsigned linear, 20ms frame size #define RECORD_8LINEAR_WSS_10MS_WORDS 40 // 64 Kbit/sec WSS 8-bit unsigned linear, 10ms frame size #define RECORD_G722_WORDS 40 // 64 Kbit/sec G.722, 10ms frame size #define RECORD_G723_63_WORDS RECORD_TS63_WORDS // 6.3 Kbit/sec G.723.1, 30ms frame size #define RECORD_G723_53_WORDS RECORD_TS53_WORDS // 5.3 Kbit/sec G.723.1, 30ms frame size #define RECORD_G728_10MS_WORDS 16 // 16 Kbit/sec G.728, 10ms frame size #define RECORD_G728_20MS_WORDS 32 // 16 Kbit/sec G.728, 20ms frame size #define RECORD_G728_30MS_WORDS 48 // 16 Kbit/sec G.728, 30ms frame size #define RECORD_G729_10MS_WORDS 6 // 8 Kbit/sec G.729, 10ms frame size #define RECORD_G729_20MS_WORDS 12 // 8 Kbit/sec G.729, 20ms frame size #define RECORD_G729_30MS_WORDS 18 // 8 Kbit/sec G.729, 30ms frame size // Frame sizes in bytes #define RECORD_FRAME_TS85 (RECORD_TS85_WORDS*2) #define RECORD_FRAME_TS63 (RECORD_TS63_WORDS*2) #define RECORD_FRAME_TS53 (RECORD_TS53_WORDS*2) #define RECORD_FRAME_TS48 (RECORD_TS48_WORDS*2) #define RECORD_FRAME_TS41 (RECORD_TS41_WORDS*2) #define RECORD_FRAME_ALAW (RECORD_ALAW_WORDS*2) #define RECORD_FRAME_ALAW_30MS (RECORD_ALAW_30MS_WORDS*2) #define RECORD_FRAME_ALAW_20MS (RECORD_ALAW_20MS_WORDS*2) #define RECORD_FRAME_ALAW_10MS (RECORD_ALAW_10MS_WORDS*2) #define RECORD_FRAME_ULAW (RECORD_ULAW_WORDS*2) #define RECORD_FRAME_ULAW_30MS (RECORD_ULAW_30MS_WORDS*2) #define RECORD_FRAME_ULAW_20MS (RECORD_ULAW_20MS_WORDS*2) #define RECORD_FRAME_ULAW_10MS (RECORD_ULAW_10MS_WORDS*2) #define RECORD_FRAME_16LINEAR (RECORD_16LINEAR_WORDS*2) #define RECORD_FRAME_16LINEAR_30MS (RECORD_16LINEAR_30MS_WORDS*2) #define RECORD_FRAME_16LINEAR_20MS (RECORD_16LINEAR_20MS_WORDS*2) #define RECORD_FRAME_16LINEAR_10MS (RECORD_16LINEAR_10MS_WORDS*2) #define RECORD_FRAME_8LINEAR (RECORD_8LINEAR_WORDS*2) #define RECORD_FRAME_8LINEAR_30MS (RECORD_8LINEAR_30MS_WORDS*2) #define RECORD_FRAME_8LINEAR_20MS (RECORD_8LINEAR_20MS_WORDS*2) #define RECORD_FRAME_8LINEAR_10MS (RECORD_8LINEAR_10MS_WORDS*2) #define RECORD_FRAME_8LINEAR_WSS (RECORD_8LINEAR_WSS_WORDS*2) #define RECORD_FRAME_8LINEAR_WSS_30MS (RECORD_8LINEAR_WSS_30MS_WORDS*2) #define RECORD_FRAME_8LINEAR_WSS_20MS (RECORD_8LINEAR_WSS_20MS_WORDS*2) #define RECORD_FRAME_8LINEAR_WSS_10MS (RECORD_8LINEAR_WSS_10MS_WORDS*2) #define RECORD_FRAME_G722 (RECORD_G722_WORDS*2) #define RECORD_FRAME_G723_63 (RECORD_G723_63_WORDS*2) #define RECORD_FRAME_G723_53 (RECORD_G723_53_WORDS*2) #define RECORD_FRAME_G728_10MS (RECORD_G728_10MS_WORDS*2) #define RECORD_FRAME_G728_20MS (RECORD_G728_20MS_WORDS*2) #define RECORD_FRAME_G728_30MS (RECORD_G728_30MS_WORDS*2) #define RECORD_FRAME_G729_10MS (RECORD_G729_10MS_WORDS*2) #define RECORD_FRAME_G729_20MS (RECORD_G729_20MS_WORDS*2) #define RECORD_FRAME_G729_30MS (RECORD_G729_30MS_WORDS*2) #define RECORD_MAX_BUFFER_WORDS RECORD_16LINEAR_WORDS // Max buffer size: Tx or Rx. #define RECORD_MAX_BUFFER_SIZE RECORD_FRAME_16LINEAR // Max buffer size: Tx or Rx. #define RECORD_TS85_AVG_RATE 1067 // TrueSpeech 8.5 Average bytes per second. #define RECORD_TS63_AVG_RATE 800 // TrueSpeech 6.3 Average bytes per second. #define RECORD_TS53_AVG_RATE 667 // TrueSpeech 5.3 Average bytes per second. #define RECORD_TS48_AVG_RATE 600 // TrueSpeech 4.8 Average bytes per second. #define RECORD_TS41_AVG_RATE 533 // TrueSpeech 4.1 Average bytes per second. //========================================================================== //-------------------------------------------------------------------------- // Speakerphone support //-------------------------------------------------------------------------- // // Additional bit patterns to 'Or' into Command Base 'words' #define SPKRPHONE_LINE_VOLUME_POS_8DB 0 // +8 dB #define SPKRPHONE_LINE_VOLUME_POS_4DB 1 // +4 dB #define SPKRPHONE_LINE_VOLUME_POS_0DB 2 // +0 dB #define SPKRPHONE_LINE_VOLUME_MUTE 3 // Mute Microphone (also resets AEC) #define SPKRPHONE_SPEAKER_VOLUME_POS_14DB 0 // +14 dB #define SPKRPHONE_SPEAKER_VOLUME_POS_12DB 1 // +12 dB #define SPKRPHONE_SPEAKER_VOLUME_POS_10DB 2 // +10 dB #define SPKRPHONE_SPEAKER_VOLUME_POS_8DB 3 // +8 dB #define SPKRPHONE_SPEAKER_VOLUME_POS_6DB 4 // +6 dB #define SPKRPHONE_SPEAKER_VOLUME_POS_4DB 5 // +4 dB #define SPKRPHONE_SPEAKER_VOLUME_POS_2DB 6 // +2 dB #define SPKRPHONE_SPEAKER_VOLUME_POS_0DB 7 // 0 dB #define SPKRPHONE_SPEAKER_VOLUME_NEG_2DB 8 // -2 dB #define SPKRPHONE_SPEAKER_VOLUME_NEG_4DB 9 // -4 dB #define SPKRPHONE_SPEAKER_VOLUME_NEG_6DB 10 // -6 dB #define SPKRPHONE_SPEAKER_VOLUME_NEG_8DB 11 // -8 dB #define SPKRPHONE_SPEAKER_VOLUME_NEG_10DB 12 // -10 dB #define SPKRPHONE_SPEAKER_VOLUME_NEG_12DB 13 // -12 dB #define SPKRPHONE_SPEAKER_VOLUME_NEG_14DB 14 // -14 dB #define SPKRPHONE_SPEAKER_VOLUME_MUTE 15 // Mute Speaker // AEC bit positions #define SPKRPHONE_AEC_ON 1 #define SPKRPHONE_AEC_LO 2 #define SPKRPHONE_AEC_HI 4 //========================================================================== //-------------------------------------------------------------------------- // VxD support // // NOTE: These names will be changed in the future to a generic 'driver' // naming convention. //-------------------------------------------------------------------------- // // Event bit fields. #define EVENT_TYPE_INT_DTMF 0x0002 #define EVENT_TYPE_INT_TX_READY 0x0004 #define EVENT_TYPE_INT_RX_READY 0x0008 #define EVENT_TYPE_INT_HOOK 0x0010 #define EVENT_TYPE_INT_RING 0x0020 #define EVENT_TYPE_INT_WRITE_DONE 0x0040 #define EVENT_TYPE_INT_PLAYBACK_VOLUME_CHANGE 0x0080 #define EVENT_TYPE_INT_RECORD_VOLUME_CHANGE 0x0100 #define EVENT_TYPE_INT_ANALOG_SOURCE_CHANGE 0x0200 #define EVENT_TYPE_INT_AEC_CHANGE 0x0400 #define EVENT_TYPE_INT_PLAYBACK_MUTE_CHANGE 0x0800 #define EVENT_TYPE_INT_RECORD_MUTE_CHANGE 0x1000 #define EVENT_TYPE_INT_MIXER_CHANGE 0x2000 //--------------------------------------- // This is included for legacy support. // This name is used by Ring 3 Drivers that use a software interrupt to // get the PM entry point to the VxD. If it changes here, all users of this // define must recompile. #define IPJ_VXDNAME "QTIPJ " #define IXJ_DRV_NAME TEXT("qtxjack.drv") #define IXJ_INST_NAME TEXT("Internet PhoneJACK/Internet LineJACK") // Typedefs // For IOCTL_VxD_AddPerformanceStat & fnVxD_AddPerformanceStat typedef struct { DWORD ulFlags; LPSTR pszStatName; LPSTR pszStatDescription; LPVOID pStatFunc; } PERF_STAT, FAR *LPPERF_STAT; // Set lpBufPointer to lpPerfStat, dwBufSize to sizeof( PERF_STAT ) /* pStatFunc points either directly to data (always a DWORD for now) */ /* or, if PSTF_FUNCPTR_BIT is set, to a _cdecl function. This function */ /* accepts a stat handle as it's argument and returns the stat in eax */ // The following #defines come from . #ifndef PSTF_FUNCPTR #define PSTF_FUNCPTR 0x00000001 #define PSTF_COUNT 0x00000000 #define PSTF_RATE 0x00000002 #endif typedef struct ipj_vxd_devio { DWORD dwSize; DEVNODE dnDevNode; DWORD dwFunctionCode; DWORD dwReturn; DWORD dwSetData; DWORD dwBufSize; LPVOID lpBufPointer; DWORD dwOutBufSize; LPVOID lpOutBufPointer; DWORD dwReserved; // Must be zero } IPJ_VXD_DEVIO; #endif // eof: ixjDefs.h