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D-Modem/slmodemd/modem_defs.h
Dan Bastone 740ef1bfbf
initial commit (with submodule)
2022-12-01 21:40:04 +08:00

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/*
*
* Copyright (c) 2002, Smart Link Ltd.
* All rights reserved.
*
* Redistribution and use in source and binary forms, with or without
* modification, are permitted provided that the following conditions
* are met:
*
* 1. Redistributions of source code must retain the above copyright
* notice, this list of conditions and the following disclaimer.
* 2. Redistributions in binary form must reproduce the above
* copyright notice, this list of conditions and the following
* disclaimer in the documentation and/or other materials provided
* with the distribution.
* 3. Neither the name of the Smart Link Ltd. nor the names of its
* contributors may be used to endorse or promote products derived
* from this software without specific prior written permission.
*
* THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
* "AS IS" AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT
* LIMITED TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR
* A PARTICULAR PURPOSE ARE DISCLAIMED. IN NO EVENT SHALL THE COPYRIGHT
* OWNER OR CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL,
* SPECIAL, EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT
* LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE,
* DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY
* THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT
* (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY OUT OF THE USE
* OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
*
*/
/*
*
* modem_defs.h - modem common definitions
*
* Author: sashak@smlink.com
*/
#ifndef __MODEM_DEFS_H__
#define __MODEM_DEFS_H__
#ifdef __KERNEL__
#include <linux/types.h>
#else
#include <sys/types.h>
typedef __uint8_t u8;
typedef __uint16_t u16;
typedef __uint32_t u32;
typedef __int8_t s8;
typedef __int16_t s16;
typedef __int32_t s32;
#endif /* !__KERNEL__ */
/* hook states */
#define MODEM_HOOK_ON 0
#define MODEM_HOOK_OFF 1
#define MODEM_HOOK_SNOOPING 2
/* modem device ctrl interface */
#define MDMCTL_CAPABILITIES 0x01
#define MDMCTL_HOOKSTATE 0x02
#define MDMCTL_SPEED 0x04
#define MDMCTL_GETFMTS 0x05
#define MDMCTL_SETFMT 0x06
#define MDMCTL_SETFRAG 0x07
#define MDMCTL_SETFRAGMENT MDMCTL_SETFRAG
#define MDMCTL_SPEAKERVOL 0x08
#define MDMCTL_IODELAY 0x10
#define MDMCTL_CODECTYPE 0x11
#define MDMCTL_PULSEDIAL 0x12
#define MDMCTL_GETSTAT 0x20
#define MDMCTL_START 0x21
#define MDMCTL_STOP 0x22
/* modem device status mask */
#define MDMSTAT_ERROR 0x1
#define MDMSTAT_RING 0x2
#define MDMSTAT_DATA 0x4
/* codec types - numbers important */
enum codec_types {
CODEC_UNKNOWN = 0,
CODEC_AD1821 = 1,
CODEC_STLC7550= 4,
CODEC_SILABS = 9,
CODEC_SIL3052 = 10,
CODEC_SIL3054 = 11,
CODEC_AD1803 = 12,
CODEC_ALC545A = 13,
};
/* sample formats + extensions */
#define MFMT_SIZE_MASK 0x000f
#define MFMT_SIZE_8 0x0000
#define MFMT_SIZE_16 0x0001
#define MFMT_SIGN_MASK 0x00f0
#define MFMT_SIGNED 0x0010
#define MFMT_UNSIGNED 0x0000
#define MFMT_ORDER_MASK 0x0f00
#define MFMT_ORDER_LE 0x0100
#define MFMT_ORDER_BE 0x0000
#define MFMT_QUERY 0x0
#define MFMT_S8 (MFMT_SIZE_8|MFMT_SIGNED)
#define MFMT_U8 (MFMT_SIZE_8|MFMT_UNSIGNED)
#define MFMT_S16_LE (MFMT_SIZE_16|MFMT_SIGNED|MFMT_ORDER_LE)
#define MFMT_S16_BE (MFMT_SIZE_16|MFMT_SIGNED|MFMT_ORDER_BE)
#define MFMT_U16_LE (MFMT_SIZE_16|MFMT_UNSIGNED|MFMT_ORDER_LE)
#define MFMT_U16_BE (MFMT_SIZE_16|MFMT_UNSIGNED|MFMT_ORDER_BE)
#define MFMT_IS_16BIT(x) ((x)&MFMT_SIZE_16)
#define MFMT_IS_LE(x) ((x)&MFMT_ORDER_LE)
#define MFMT_BYTESSHIFT(x) ((x)&MFMT_SIZE_MASK)
#define MFMT_SHIFT(x) (MFMT_BYTESSHIFT(x))
#define MFMT_BYTES(x) (1<<MFMT_BYTESSHFIT(x))
/* s-registers */
enum S_REGISTER {
SREG_RINGS_TO_AUTO_ANSWER = 0,
SREG_RING_COUNTER = 1,
SREG_ESCAPE_CHAR = 2,
SREG_CR_CHAR = 3,
SREG_LF_CHAR = 4,
SREG_BS_CHAR = 5,
SREG_DIAL_TONE_WAIT_TIME = 6,
SREG_WAIT_CARRIER_AFTER_DIAL = 7,
SREG_DIAL_PAUSE_TIME = 8,
SREG_CARRIER_DETECT_RESPONSE_TIME = 9,
SREG_CARRIER_LOSS_DISCONNECT_TIME = 10,
SREG_DTMF_DURATION = 11,
SREG_ESCAPE_PROMPT_DELAY = 12,
SREG_ECHO = 13,
SREG_QUIET = 14,
SREG_VERBOSE = 15,
SREG_TONE_OR_PULSE = 16,
SREG_TEST_TIMER = 18,
SREG_INACTIVITY_TIMEOUT = 19,
SREG_BREAK_LENGTH = 21,
SREG_ORIGIN_OR_ANSWER = 22,
SREG_XOFF_CHAR = 23,
SREG_FLASH_TIMER = 24,
SREG_DELAY_TO_DTR_OFF = 25, /* (NA) */
SREG_RTS_TO_CTS_DELAY = 26, /* (NA) */
SREG_AUTOANSWER_CLEAR_TIMEOUT = 27,
SREG_PULSE_RATIO = 28,
SREG_SPEAKER_CONTROL = 29,
SREG_SPEAKER_VOLUME = 30,
SREG_SPEAKER_LEVEL = 30,
SREG_AUTOMODE = 31,
SREG_DP = 32,
#if 1
SREG_LINE_QUALITY_CONTROL = 39,
SREG_X_CODE = 56,
SREG_CD = 60, /* (&CN) */
SREG_FLOW_CONTROL = 62, /* (&HN) */
SREG_CONNNECT_MSG_FORMAT = 70,
SREG_CONNNECT_MSG_SPEED_SRC = 71,
SREG_ANS_DELAY = 92,
/* new sgregs */
SREG_EC = 103,
SREG_COMP = 104,
SREG_DEFAULT_SETTING = 161, // AT used
#else
SREG_REQUESTED_DP = SREG_DP,
SREG_REQUESTED_MIN_SPEED = 33,
SREG_REQUESTED_MAX_SPEED = 34,
SREG_ACTUAL_SPEED = 35,
SREG_CONNECT_RESULT_CODE = 35,
SREG_DATA_PUMP_STATUS = 36,
SREG_VXX_STATUS = 36,
SREG_ACTUAL_DP = 37,
SREG_ACTUAL_RX_SPEED = 38,
SREG_LINE_QUALITY_CONTROL = 39,
SREG_SIGNAL_RECEPTION_GAIN = 41,
SREG_SNR = 42,
SREG_RESULT_CODES_CONTROL = 43,
SREG_CONFIGURATION_SETTING = 44,
SREG_SIGNAL_TRANSMISSION_LEVEL = 45,
SREG_DISTINCTIVE_RING_SILENCE_PERIOD = 48,
SREG_ADAPTIVE_ANSWER_MODE = 49,
SREG_TEST_BASE = 50,
SREG_TEST_MODE = SREG_TEST_BASE,
SREG_TEST_PAR1 = (SREG_TEST_BASE+1),
SREG_MAPPED_S28 = 52,
SREG_MAPPED_S37 = 53,
SREG_TEST_RES1 = (SREG_TEST_BASE+4),
SREG_TEST_RES2 = (SREG_TEST_BASE+5),
SREG_X_CODE = 56,
SREG_MESSAGE_DETAIL = 57,
SREG_CURRENT_SETTING = 59, /* (ZN,&FN) */
SREG_CD = 60, /* (&CN) */
SREG_FLOW_CONTROL = 62, /* (&HN) */
SREG_CIRCUIT_106 = 66,
SREG_CIRCUIT_107 = 67,
SREG_CIRCUIT_109 = 68,
SREG_CONNNECT_MSG_FORMAT = 70,
SREG_COMMAND_AT_A = 70,
SREG_CONNNECT_MSG_SPEED_SRC = 71,
/* Modem Support registers */
SREG_HANDSET_GANE = 72,
SREG_RECBUF_PURGE_UPON_ABORT = 73,
SREG_VOICE_DIALTONE_DETECT_DELAY = 73, /* in seconds */
SREG_PLAYBACK_VALUME = 74, /* #VGT */
SREG_CID_ENABLE = 75, /* #CID */
SREG_ADPCM_BPS = 76, /* #VBS */
SREG_BEEP_TONE_TIMER = 77, /* #VBT */
SREG_VOICE_SRC_SELECT = 78, /* #VLS */
SREG_RING_GOES_AWAY_TIMER = 79, /* #VRA */
SREG_RING_NEVER_CAME_TIMER = 80, /* #VRN */
SREG_SILENCE_DETECT_ENABLE = 81, /* #VSD */
SREG_SILENCE_DETECT_SENSITIVITY = 82, /* #VSS */
SREG_SILENCE_DETECT_DURATION = 83, /* #VSP */
SREG_DTMF_TONE_REPORTS_CAP0 = 84, /* #VTD */
SREG_DTMF_TONE_REPORTS_CAP1 = 85,
SREG_DTMF_TONE_REPORTS_CAP2 = 86,
SREG_TIME_MARK_PLACEMENT = 87, /* #VTM */
SREG_SPK_MUTE = 88, /* #SPK */
SREG_SPK_SPKR = 89, /* #SPK 2 */
SREG_SPK_MICROPHONE = 90, /* #SPK 3 */
SREG_ADPCM_SAMPLE_RATE = 91, /* #VSR */
SREG_ANS_DELAY = 92,
/* Voice Modem Support registers */
SREG_DP_CYCLE_TIME = 93,
SREG_ENV_CYCLE_TIME = 94,
SREG_V42_CYCLE_TIME = 95,
/* Sample Rate Sregister: */
SREG_AUDIO_SAMPLE_RATE = 96,
SREG_RAW_RMS_ENABLE = 97,
SREG_RAW_RMS_IN = 98,
SREG_RAW_RMS_OUT = 99,
SREG_V42_BASEREG = 100,
SREG_V42_DATA_LINK = SREG_V42_BASEREG,
SREG_V42_MNP_BLOCK_SIZE = (SREG_V42_BASEREG + 1),
SREG_V42_DATA_COMPRESSION = (SREG_V42_BASEREG + 2),
SREG_V42_OUTPUT_PROTOCOL = (SREG_V42_BASEREG + 24),
SREG_V42_OUTPUT_COMRESION = (SREG_V42_BASEREG + 26),
SREG_V42_ORIG_REQUEST = (SREG_V42_BASEREG + 29),
SREG_V42_ORIG_FALLBACK = (SREG_V42_BASEREG + 30),
SREG_V42_ANSWER_FALLBACK = (SREG_V42_BASEREG + 31),
SREG_V42_COMPRESSION_RATIO_REPORT = (SREG_V42_BASEREG + 32),
SREG_V42_BAD_BYTES_PERCENTAGE = (SREG_V42_BASEREG + 33),
SREG_RS_DEBUG_LEVEL = (SREG_V42_BASEREG + 34),
SREG_V42_EA_SINGLE_UNIT_TIME = (SREG_V42_BASEREG + 35),
SREG_V42_EA_USED_UNITS_NUMBER = (SREG_V42_BASEREG + 36),
SREG_V42_EA_CRITICAL_BAD_UNITS_NUMBER = (SREG_V42_BASEREG + 37),
SREG_MIC_GAIN = 138,
SREG_LINE_RECORD_GAIN = 139,
SREG_LOCAL_FLASH = 140,
SREG_V42_EA_CRITICAL_BAD_UNITS_NUMBER_FOR_V34 = (SREG_V42_BASEREG+41),
SREG_ATH1_FLAG = 142,
SREG_BELL_MODE = 143,
SREG_MAPPED_S35 = 144,
SREG_TEST_COMMAND_SUBMODE = 145,
SREG_PULSE_MAKE = 146, /* Percent */
SREG_PULSE_PPS = 147, /* 10,20 */
SREG_PULSE_PAUSE = 148, /* * 10ms */
SREG_PULSE_REFRESH = 149, /* ms */
SREG_FCLASS_CURRENT = 150,
SREG_FAE_CURRENT = 151,
SREG_LINE_OUT_GAIN = 152,
SREG_SPK_OUT_GAIN = 153,
SREG_HS_OUT_GAIN = 154,
SREG_DTMF_LOW_GAIN_DB_2SCOMP = 155,
SREG_DTMF_HIGH_GAIN_DB_2SCOMP = 156,
SREG_SINUS_SAMPLE_RATE_REG_1 = 157,
SREG_SINUS_SAMPLE_RATE_REG_2 = 158,
SREG_PULSEDIAL_DISABLE = 159,
/* ---------- Unsaved region from 160 ------------------- */
SREG_DEFAULT_SETTING = 161, // AT used
SREG_CALL_PROGRESS_CODE = 162,
SREG_COUNTRY_CODE = 162,
SREG_DEBUG_REG_0 = 170,
SREG_DEBUG_REG_1 = 171,
SREG_DEBUG_REG_2 = 172,
SREG_DEBUG_REG_3 = 173,
SREG_DEBUG_REG_4 = 174,
SREG_DIAG_PROC_CNT1_ID = 180,
SREG_DIAG_PROC_CNT2_ID = 181,
SREG_DIAG_RING = 182,
SREG_DIAG_COUNT_TYPE = 183,
SREG_DIAG_TYPE = 184,
SREG_DIAG_SCOPE = 185,
SREG_PM_UPPER_THR = 186,
SREG_PM_LOWER_THR = 187,
SREG_PM_WEIGHT1 = 188,
SREG_PM_WEIGHT2 = 189,
SREG_PM_DEGRADE_ENABLE = 190,
SREG_PM_DECISION_VALUE = 191,
SREG_PROCESSOR_TYPE = 193,
SREG_HW_TRACE_LEVEL = 197,
SREG_HARDWARE_CONTROL = 197,
SREG_STRM_TRACE_LEVEL = 198,
SREG_STREAM_MANAGER_DEBUG_LEVEL = 198,
SREG_BLACKLISTING_ENABLED_FLAG = 200,
SREG_FAILED_ATTEMPTS_BEFORE_BLACKLISTING = 201,
SREG_BLACKLISTING_DURATION = 202,
SREG_BLACKLIST_TIMEOUT = 203,
SREG_AT_P_COMMAND_DISABLED = 204,
SREG_CID_TIMEOUT_IN_100MS = 205,
SREG_V90_PAD_TYPE = 210,
SREG_V90_POWER_REDUCTION = 211,
SREG_V90_PROBING_MODE = 212,
SREG_V90_COMPUTATIONAL_MODE = 213,
SREG_CALL_PROGRESS_SIGNAL_RECEPTION_GAIN = 214,
SREG_LINE_QUALITY = 215,
SREG_DC_RECALIBRATION_PERIOD = 216,
SREG_UPSTREAM_MIN_RATE = 217,
SREG_UPSTREAM_MAX_RATE = 218,
SREG_V22_LEVEL_CONTROL = 220,
SREG_CALLING_TONE_LEVEL_CONTROL = 221,
#endif
};
/* data pumps identifiers */
enum DP_ID {
DP_CALLPROG = 2,
DP_DUMMY = 3,
DP_AUTOMODE = 4,
DP_V8 = 8,
DP_V17 = 17,
DP_V21 = 21,
DP_V22 = 22,
DP_V23 = 23,
DP_V22BIS = 122,
DP_V32 = 32,
DP_V32BIS = 132,
DP_V34 = 34,
DP_V34BIS = 134,
DP_B103 = 103,
DP_B212 = 212,
DP_FAX = 100,
DP_K56 = 56,
DP_K56_OR_V90 = 65,
DP_V8BIS = 108,
DP_V90 = 90,
DP_V90_NO_V8BIS = 91,
DP_V92 = 92,
DP_TEST = 126,
DP_SINUS = 127,
DP_MAX = 128,
MAX_DP = 128
};
/* dp status */
#define DPSTAT_OK 0
#define DPSTAT_CONNECT 1
#define DPSTAT_ERROR 4
#define DPSTAT_NODIALTONE 6
#define DPSTAT_BUSY 7
#define DPSTAT_NOANSWER 8
#define DPSTAT_CHANGEDP 10
/* dsp info structure */
struct dsp_info {
unsigned connection_type;
long clock_deviation;
unsigned qc_lapm;
unsigned qc_index;
};
/* fax definitions */
#define FAX_STATUS_OK 1
#define FAX_STATUS_ERROR 2
#define FAX_STATUS_CONNECT 3
#define FAX_STATUS_NOCARRIER 4
enum FAX_CMD {
FAX_CMD_FTS,
FAX_CMD_FRS,
FAX_CMD_FTM,
FAX_CMD_FRM,
FAX_CMD_FTH,
FAX_CMD_FRH,
};
/* voice definitions */
enum VOICE_CMD {
VOICE_CMD_STATE_COMMAND,
VOICE_CMD_STATE_RX,
VOICE_CMD_STATE_TX,
VOICE_CMD_STATE_DUPLEX,
VOICE_CMD_STATE_SPEAKER,
VOICE_CMD_BEEP,
VOICE_CMD_DTMF,
VOICE_CMD_ABORT,
};
#define VOICE_STATUS_OK 1
#define VOICE_STATUS_ERROR 2
#define VOICE_STATUS_CONNECT 3
#define VOICE_STATE_COMMAND 0x00
#define VOICE_STATE_RX 0x01
#define VOICE_STATE_TX 0x02
#define VOICE_STATE_DUPLEX (VOICE_STATE_TX|VOICE_STATE_RX)
#define VOICE_STATE_SPEAKER 0x08
#define VOICE_DEVICE_NONE 0
#define VOICE_DEVICE_LINE 1
struct voice_info {
unsigned comp_method;
unsigned sample_rate;
unsigned rx_gain;
unsigned tx_gain;
unsigned dtmf_symbol;
unsigned tone1_freq;
unsigned tone2_freq;
unsigned tone_duration;
unsigned inactivity_timer;
unsigned silence_detect_sensitivity;
unsigned silence_detect_period;
};
/*
* prototypes
*
*/
struct modem;
extern int modem_get_sreg(struct modem *m, unsigned int num);
extern int modem_set_sreg(struct modem *m, unsigned int num, int val);
#endif /* __MODEM_DEFS_H__ */
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