FreeCalypso > hg > tcs211-l1-reconst
view chipsetsw/services/atp/atp_cmd.h @ 90:1bcd93a7c518
l1_ctl.c: l1ctl_pagc() reconstructed
| author | Mychaela Falconia <falcon@ivan.Harhan.ORG> |
|---|---|
| date | Thu, 07 Apr 2016 03:16:52 +0000 |
| parents | 509db1a7b7b8 |
| children |
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/******************************************************************************** * * File Name : atp_cmd.h * * External definition for commands supported by ATP * * (C) Texas Instruments, all rights reserved * * Version number : 0.1 - 03-03-2000 * * History : 0.1 - Created by E. Baissus * * Author : Eric Baissus : e-baissus@ti.com * * (C) Copyright 2000 by Texas Instruments Incorporated, All Rights Reserved * ********************************************************************************/ #include "rv/rv_general.h" #include "rvf/rvf_api.h" #include "atp/atp_config.h" #include "atp/atp_api.h" #include <stdlib.h> #ifndef ATP_CMD_H #define ATP_CMD_H /************************** LOCAL DCE-DTE PORT CONTROL **************************/ /* */ /* Define the number of word needed to mask the commands executed by the ATP. */ #define NB_WORD_OF_DCE_CMD_MASK (0x01) /* Define the default command line termination character (See ITU-T */ /* Recommendation V.250 ter page 21). */ #define ATP_CR_CHARACTER ('\x0D') /* Define the default response formatting character (See ITU-T Recommendation */ /* V.250 ter page 22). */ #define ATP_LF_CHARACTER ('\x0A') /* Define the default command line editing character (See ITU-T Recommendation */ /* V.250 ter page 22). */ #define ATP_BS_CHARACTER ('\x08') /* Define the escape sequence (See ITU-T Recommendation V.250 ter page 24). */ #define MAX_NB_OF_CHARACTER_FOR_END_SEQUENCE (0x03) static const char ATP_ESCAPE_SEQUENCE[] = "+++"; /* Define the command echo (See ITU-T Recommendation V.250 ter page 23). */ typedef enum { ECHO_OFF = 0x00000000, ECHO_ON } T_ATP_ECHO_MODE; /* Define the result code suppression (See ITU-T Recommendation V.250 ter page */ /* 23). */ typedef enum { RESULT_CODE_ON = 0x00000000, RESULT_CODE_OFF } T_ATP_RESULT_CODE_MODE; /* Define the DCE response format (See ITU-T Recommendation V.250 ter page 24). */ typedef enum { ATP_VERBOSE_0 = 0x00000000, ATP_VERBOSE_1 } T_ATP_VERBOSE_MODE; /* Define the structure used to store information related to DCE handling. Note */ /* that 'nb_plus_received' indicates the number of escape characters that have */ /* been previously received (refer to 'escape_sequence_tmp_buffer_p'). */ typedef UINT16 T_ATP_DCE_MASK[NB_WORD_OF_DCE_CMD_MASK]; typedef struct { char cr_character; char lf_character; char bs_character; char escape_sequence[MAX_NB_OF_CHARACTER_FOR_END_SEQUENCE]; T_ATP_ECHO_MODE echo_mode; T_ATP_RESULT_CODE_MODE result_code_mode; T_ATP_VERBOSE_MODE verbose_mode; T_ATP_DCE_MASK dce_mask; UINT8 nb_plus_received; UINT8 *escape_sequence_tmp_buffer_p[MAX_NB_OF_CHARACTER_FOR_END_SEQUENCE]; UINT8 length_of_escape_sequence_tmp_buffer_p[MAX_NB_OF_CHARACTER_FOR_END_SEQUENCE]; } T_ATP_DCE_INFO; /********************************** AT COMMANDS *********************************/ /* */ /* Define all supported AT commands. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* | ATP_ATA_NB | 1 | ATA | Answer. | */ /* | ATP_ATD_NB | 1 | ATD | Dial. | */ /* | ATP_ATE_NB | 1 | ATE | Command echo. | */ /* | ATP_ATH_NB | 1 | ATH | Hook control. | */ /* | ATP_ATI_NB | 1 | ATI | Request Identification Information | */ /* | ATP_ATL_NB | 1 | ATL | Monitor speaker loudness. | */ /* | ATP_ATM_NB | 1 | ATM | Monitor speaker mode. | */ /* | ATP_ATO_NB | 1 | ATO | Return to online data state. | */ /* | ATP_ATP_NB | 1 | ATP | Select pulse dialling. | */ /* | ATP_ATQ_NB | 1 | ATQ | Result code suppression. | */ /* | ATP_ATS0_NB | 2 | ATS0 | Automatic answer. | */ /* | ATP_ATS10_NB | 3 | ATS10 | Automatic disconnect delay. | */ /* | ATP_ATS3_NB | 2 | ATS3 | Command line termination character. | */ /* | ATP_ATS4_NB | 2 | ATS4 | Response formatting character. | */ /* | ATP_ATS5_NB | 2 | ATS5 | Command line editing character. | */ /* | ATP_ATS6_NB | 2 | ATS6 | Pause before blind dialling. | */ /* | ATP_ATS7_NB | 2 | ATS7 | Connection completion timeout. | */ /* | ATP_ATS8_NB | 2 | ATS8 | Comma dial modifier time. | */ /* | ATP_ATT_NB | 1 | ATT | Select tone dialling. | */ /* | ATP_ATV_NB | 1 | ATV | DCE response format. | */ /* | ATP_ATX_NB | 1 | ATX | Result code selection and call | */ /* | | | | progress monitoring control. | */ /* | ATP_ATZ_NB | 1 | ATZ | Reset to default configuration. | */ /* | ATP_AT_AND_C_NB | 2 | AT&C | Circuit 109 (received line signal | */ /* | | | | detector) behavior. | */ /* | ATP_AT_AND_D_NB | 2 | AT&D | Circuit 108 (data terminal ready) | */ /* | | | | behavior. | */ /* | ATP_AT_AND_F_NB | 2 | AT&F | Set to factory defined | */ /* | | | | configuration. | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* |ATP_AT_PLUS_CKPD_NB| 5 | AT+CKPD | Keypad control command (See GSM TS | */ /* | | | | 07.07, Section 8.7). For <keys>, the | */ /* | | | | value of 200 indicates the button on | */ /* | | | | the headset being pushed. The <time> | */ /* | | | | and <pause> parameters have no | */ /* | | | | meaning in the headset profile. | */ /* |ATP_AT_PLUS_FDR_NB | 4 | AT+FDR | Receive a page. | */ /* |ATP_AT_PLUS_FDT_NB | 4 | AT+FDT | Send a page. | */ /* |ATP_AT_PLUS_FKS_NB | 4 | AT+FKS | Session termination. | */ /* |ATP_AT_PLUS_GMI_NB | 4 | AT+GMI | Request manufacturer identification. | */ /* |ATP_AT_PLUS_GMM_NB | 4 | AT+GMM | Request model identification. | */ /* |ATP_AT_PLUS_GMR_NB | 4 | AT+GMR | Request revision identification. | */ /* |ATP_AT_PLUS_GCAP_NB| 5 | AT+GCAP | Request complete capabilities list. | */ /* |ATP_AT_PLUS_VGM_NB | 4 | AT+VGM | Command issued by the HS to report | */ /* | | | | the current microphone gain level | */ /* | | | | setting to the AG (See Headset | */ /* | | | | Specification, Section 4.7.3). | */ /* |ATP_AT_PLUS_VGS_NB | 4 | AT+VGS | Command issued by the HS to report | */ /* | | | | the current speaker gain level | */ /* | | | | setting to the AG (See Headset | */ /* | | | | Specification, Section 4.7.3). | */ /* |___________________|_____|_________|______________________________________| */ /* */ /* Define the command line prefix "AT" (See ITU-T Recommendation V.250 ter page */ /* page 4). */ #define ATP_AT_PREFIX ("AT") #define ATP_AT_PREFIX_LEN (0x02) /* Text codes for AT commands. */ static const char ATP_AT_TXT_TABLE[] = {'A', \ 'D', \ 'E', \ 'H', \ 'I', \ 'L', \ 'M', \ 'O', \ 'P', \ 'Q', \ 'S', '0', \ 'S', '1', '0', \ 'S', '3', \ 'S', '4', \ 'S', '5', \ 'S', '6', \ 'S', '7', \ 'S', '8', \ 'T', \ 'V', \ 'X', \ 'Z', \ '&', 'C', \ '&', 'D', \ '&', 'F', \ '+', 'C', 'K', 'P', 'D', \ '+', 'F', 'D', 'R', \ '+', 'F', 'D', 'T', \ '+', 'F', 'K', 'S', \ '+', 'G', 'M', 'I', \ '+', 'G', 'M', 'M', \ '+', 'G', 'M', 'R', \ '+', 'G', 'C', 'A', 'P', \ '+', 'V', 'G', 'M', \ '+', 'V', 'G', 'S', \ '\xFF'}; /* Binary related codes. */ typedef enum { ATP_ATA_NB = (0x00000000), ATP_ATD_NB, ATP_ATE_NB, ATP_ATH_NB, ATP_ATI_NB, ATP_ATL_NB, ATP_ATM_NB, ATP_ATO_NB, ATP_ATP_NB, ATP_ATQ_NB, ATP_ATS0_NB, ATP_ATS10_NB, ATP_ATS3_NB, ATP_ATS4_NB, ATP_ATS5_NB, ATP_ATS6_NB, ATP_ATS7_NB, ATP_ATS8_NB, ATP_ATT_NB, ATP_ATV_NB, ATP_ATX_NB, ATP_ATZ_NB, ATP_AT_AND_C_NB, ATP_AT_AND_D_NB, ATP_AT_AND_F_NB, ATP_AT_PLUS_CKPD_NB, ATP_AT_PLUS_FDR_NB, ATP_AT_PLUS_FDT_NB, ATP_AT_PLUS_FKS_NB, ATP_AT_PLUS_GMI_NB, ATP_AT_PLUS_GMM_NB, ATP_AT_PLUS_GMR_NB, ATP_AT_PLUS_GCAP_NB, ATP_AT_PLUS_VGM_NB, ATP_AT_PLUS_VGS_NB, ATP_MAX_NB_OF_AT_COMMANDS } T_ATP_BINARY_AT_COMMANDS; /* Related offsets. */ #define ATP_ATA_OFFSET (0x00) #define ATP_ATD_OFFSET (ATP_ATA_OFFSET + 0x01) #define ATP_ATE_OFFSET (ATP_ATD_OFFSET + 0x01) #define ATP_ATH_OFFSET (ATP_ATE_OFFSET + 0x01) #define ATP_ATI_OFFSET (ATP_ATH_OFFSET + 0x01) #define ATP_ATL_OFFSET (ATP_ATI_OFFSET + 0x01) #define ATP_ATM_OFFSET (ATP_ATL_OFFSET + 0x01) #define ATP_ATO_OFFSET (ATP_ATM_OFFSET + 0x01) #define ATP_ATP_OFFSET (ATP_ATO_OFFSET + 0x01) #define ATP_ATQ_OFFSET (ATP_ATP_OFFSET + 0x01) #define ATP_ATS0_OFFSET (ATP_ATQ_OFFSET + 0x01) #define ATP_ATS10_OFFSET (ATP_ATS0_OFFSET + 0x02) #define ATP_ATS3_OFFSET (ATP_ATS10_OFFSET + 0x03) #define ATP_ATS4_OFFSET (ATP_ATS3_OFFSET + 0x02) #define ATP_ATS5_OFFSET (ATP_ATS4_OFFSET + 0x02) #define ATP_ATS6_OFFSET (ATP_ATS5_OFFSET + 0x02) #define ATP_ATS7_OFFSET (ATP_ATS6_OFFSET + 0x02) #define ATP_ATS8_OFFSET (ATP_ATS7_OFFSET + 0x02) #define ATP_ATT_OFFSET (ATP_ATS8_OFFSET + 0x02) #define ATP_ATV_OFFSET (ATP_ATT_OFFSET + 0x01) #define ATP_ATX_OFFSET (ATP_ATV_OFFSET + 0x01) #define ATP_ATZ_OFFSET (ATP_ATX_OFFSET + 0x01) #define ATP_AT_AND_C_OFFSET (ATP_ATZ_OFFSET + 0x01) #define ATP_AT_AND_D_OFFSET (ATP_AT_AND_C_OFFSET + 0x02) #define ATP_AT_AND_F_OFFSET (ATP_AT_AND_D_OFFSET + 0x02) #define ATP_AT_PLUS_CKPD_OFFSET (ATP_AT_AND_F_OFFSET + 0x02) #define ATP_AT_PLUS_FDR_OFFSET (ATP_AT_PLUS_CKPD_OFFSET + 0x05) #define ATP_AT_PLUS_FDT_OFFSET (ATP_AT_PLUS_FDR_OFFSET + 0x04) #define ATP_AT_PLUS_FKS_OFFSET (ATP_AT_PLUS_FDT_OFFSET + 0x04) #define ATP_AT_PLUS_GMI_OFFSET (ATP_AT_PLUS_FKS_OFFSET + 0x04) #define ATP_AT_PLUS_GMM_OFFSET (ATP_AT_PLUS_GMI_OFFSET + 0x04) #define ATP_AT_PLUS_GMR_OFFSET (ATP_AT_PLUS_GMM_OFFSET + 0x04) #define ATP_AT_PLUS_GCAP_OFFSET (ATP_AT_PLUS_GMR_OFFSET + 0x04) #define ATP_AT_PLUS_VGM_OFFSET (ATP_AT_PLUS_GCAP_OFFSET + 0x05) #define ATP_AT_PLUS_VGS_OFFSET (ATP_AT_PLUS_VGM_OFFSET + 0x04) #define ATP_AT_LAST_OFFSET (ATP_AT_PLUS_VGS_OFFSET + 0x04) /* Related structures. */ typedef enum { ATP_CMD_NOT_DEFINED = (0x00000000), ATP_NO_PARAM, ATP_BASIC_PARAM, ATP_DIAL_PARAM, ATP_S_PARAM, ATP_NO_EXTENDED_PARAM, ATP_SINGLE_EXTENDED_PARAM, ATP_PLUS_CKPD_PARAM } T_ATP_CMD_FORMAT; #define ATP_ATA_PARAM (ATP_NO_PARAM) #define ATP_ATD_PARAM (ATP_DIAL_PARAM) #define ATP_ATE_PARAM (ATP_BASIC_PARAM) #define ATP_ATH_PARAM (ATP_BASIC_PARAM) #define ATP_ATI_PARAM (ATP_BASIC_PARAM) #define ATP_ATL_PARAM (ATP_BASIC_PARAM) #define ATP_ATM_PARAM (ATP_BASIC_PARAM) #define ATP_ATO_PARAM (ATP_BASIC_PARAM) #define ATP_ATP_PARAM (ATP_NO_PARAM) #define ATP_ATQ_PARAM (ATP_BASIC_PARAM) #define ATP_ATS0_PARAM (ATP_S_PARAM) #define ATP_ATS10_PARAM (ATP_S_PARAM) #define ATP_ATS3_PARAM (ATP_S_PARAM) #define ATP_ATS4_PARAM (ATP_S_PARAM) #define ATP_ATS5_PARAM (ATP_S_PARAM) #define ATP_ATS6_PARAM (ATP_S_PARAM) #define ATP_ATS7_PARAM (ATP_S_PARAM) #define ATP_ATS8_PARAM (ATP_S_PARAM) #define ATP_ATT_PARAM (ATP_NO_PARAM) #define ATP_ATV_PARAM (ATP_BASIC_PARAM) #define ATP_ATX_PARAM (ATP_BASIC_PARAM) #define ATP_ATZ_PARAM (ATP_BASIC_PARAM) #define ATP_AT_AND_C_PARAM (ATP_BASIC_PARAM) #define ATP_AT_AND_D_PARAM (ATP_BASIC_PARAM) #define ATP_AT_AND_F_PARAM (ATP_BASIC_PARAM) #define ATP_AT_PLUS_CKPD_PARAM (ATP_PLUS_CKPD_PARAM) #define ATP_AT_PLUS_FDR_PARAM (ATP_NO_EXTENDED_PARAM) #define ATP_AT_PLUS_FDT_PARAM (ATP_NO_EXTENDED_PARAM) #define ATP_AT_PLUS_FKS_PARAM (ATP_NO_EXTENDED_PARAM) #define ATP_AT_PLUS_GMI_PARAM (ATP_NO_EXTENDED_PARAM) #define ATP_AT_PLUS_GMM_PARAM (ATP_NO_EXTENDED_PARAM) #define ATP_AT_PLUS_GMR_PARAM (ATP_NO_EXTENDED_PARAM) #define ATP_AT_PLUS_GCAP_PARAM (ATP_NO_EXTENDED_PARAM) #define ATP_AT_PLUS_VGM_PARAM (ATP_SINGLE_EXTENDED_PARAM) #define ATP_AT_PLUS_VGS_PARAM (ATP_SINGLE_EXTENDED_PARAM) #define ATP_AT_OFFSET_COLUMN (0x00) #define ATP_AT_PARAM_COLUMN (0x01) static const UINT8 ATP_AT_INFO[ATP_MAX_NB_OF_AT_COMMANDS + 0x01][0x02] \ = {{ATP_ATA_OFFSET, ATP_ATA_PARAM}, \ {ATP_ATD_OFFSET, ATP_ATD_PARAM}, \ {ATP_ATE_OFFSET, ATP_ATE_PARAM}, \ {ATP_ATH_OFFSET, ATP_ATH_PARAM}, \ {ATP_ATI_OFFSET, ATP_ATI_PARAM}, \ {ATP_ATL_OFFSET, ATP_ATL_PARAM}, \ {ATP_ATM_OFFSET, ATP_ATM_PARAM}, \ {ATP_ATO_OFFSET, ATP_ATO_PARAM}, \ {ATP_ATP_OFFSET, ATP_ATP_PARAM}, \ {ATP_ATQ_OFFSET, ATP_ATQ_PARAM}, \ {ATP_ATS0_OFFSET, ATP_ATS0_PARAM}, \ {ATP_ATS10_OFFSET, ATP_ATS10_PARAM}, \ {ATP_ATS3_OFFSET, ATP_ATS3_PARAM}, \ {ATP_ATS4_OFFSET, ATP_ATS4_PARAM}, \ {ATP_ATS5_OFFSET, ATP_ATS5_PARAM}, \ {ATP_ATS6_OFFSET, ATP_ATS6_PARAM}, \ {ATP_ATS7_OFFSET, ATP_ATS7_PARAM}, \ {ATP_ATS8_OFFSET, ATP_ATS8_PARAM}, \ {ATP_ATT_OFFSET, ATP_ATT_PARAM}, \ {ATP_ATV_OFFSET, ATP_ATV_PARAM}, \ {ATP_ATX_OFFSET, ATP_ATX_PARAM}, \ {ATP_ATZ_OFFSET, ATP_ATZ_PARAM}, \ {ATP_AT_AND_C_OFFSET, ATP_AT_AND_C_PARAM}, \ {ATP_AT_AND_D_OFFSET, ATP_AT_AND_D_PARAM}, \ {ATP_AT_AND_F_OFFSET, ATP_AT_AND_F_PARAM}, \ {ATP_AT_PLUS_CKPD_OFFSET, ATP_AT_PLUS_CKPD_PARAM}, \ {ATP_AT_PLUS_FDR_OFFSET, ATP_AT_PLUS_FDR_PARAM}, \ {ATP_AT_PLUS_FDT_OFFSET, ATP_AT_PLUS_FDT_PARAM}, \ {ATP_AT_PLUS_FKS_OFFSET, ATP_AT_PLUS_FKS_PARAM}, \ {ATP_AT_PLUS_GMI_OFFSET, ATP_AT_PLUS_GMI_PARAM}, \ {ATP_AT_PLUS_GMM_OFFSET, ATP_AT_PLUS_GMM_PARAM}, \ {ATP_AT_PLUS_GMR_OFFSET, ATP_AT_PLUS_GMR_PARAM}, \ {ATP_AT_PLUS_GCAP_OFFSET, ATP_AT_PLUS_GCAP_PARAM}, \ {ATP_AT_PLUS_VGM_OFFSET, ATP_AT_PLUS_VGM_PARAM}, \ {ATP_AT_PLUS_VGS_OFFSET, ATP_AT_PLUS_VGS_PARAM}, \ {ATP_AT_LAST_OFFSET, ATP_CMD_NOT_DEFINED}}; /* Define the maximum length (text format) of <numbers> appearing in basic */ /* syntax commands. */ /* - <number> (up to 65535). */ #define MAX_BASIC_CMD_PARAM_LEN (0x05) /* Define the structure associated with basic syntax commands (except for the */ /* D and S commands). The format of such commands is <command>[<number>], where */ /* <number> may be a string of one or more characters from "0" through "9" */ /* representing the decimal integer value (See ITU-T Recommendation V.250 ter */ /* page 5). */ typedef struct { UINT16 number; } T_ATP_BASIC_CMD; /* Define all basic syntax commands do not expext any <number>. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* | ATP_ATA_NB | 1 | ATA | Answer. | */ /* | ATP_ATP_NB | 1 | ATP | Select pulse dialling. | */ /* | ATP_ATT_NB | 1 | ATT | Select tone dialling. | */ /* |___________________|_____|_________|______________________________________| */ /* */ /* Define all other basic syntax commands. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* | ATP_ATE_NB | 1 | ATE | Command echo. | */ /* | ATP_ATH_NB | 1 | ATH | Hook control. | */ /* | ATP_ATI_NB | 1 | ATI | Request Identification Information | */ /* | ATP_ATL_NB | 1 | ATL | Monitor speaker loudness. | */ /* | ATP_ATM_NB | 1 | ATM | Monitor speaker mode. | */ /* | ATP_ATO_NB | 1 | ATO | Return to online data state. | */ /* | ATP_ATQ_NB | 1 | ATQ | Result code suppression. | */ /* | ATP_ATV_NB | 1 | ATV | DCE response format. | */ /* | ATP_ATX_NB | 1 | ATX | Result code selection and call | */ /* | | | | progress monitoring control. | */ /* | ATP_ATZ_NB | 1 | ATZ | Reset to default configuration. | */ /* | ATP_AT_AND_C_NB | 2 | AT&C | Circuit 109 (received line signal | */ /* | | | | detector) behavior. | */ /* | ATP_AT_AND_D_NB | 2 | AT&D | Circuit 108 (data terminal ready) | */ /* | | | | behavior. | */ /* | ATP_AT_AND_F_NB | 2 | AT&F | Set to factory defined | */ /* | | | | configuration. | */ /* |___________________|_____|_________|______________________________________| */ typedef T_ATP_BASIC_CMD T_ATP_ATE_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATH_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATI_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATL_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATM_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATO_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATQ_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATV_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATX_PARAM; typedef T_ATP_BASIC_CMD T_ATP_ATZ_PARAM; typedef T_ATP_BASIC_CMD T_ATP_AT_AND_C_PARAM; typedef T_ATP_BASIC_CMD T_ATP_AT_AND_D_PARAM; typedef T_ATP_BASIC_CMD T_ATP_AT_AND_F_PARAM; /* Define the maximum number of characters appearing in the <dial_string>. */ #define MAX_DIAL_STRING_LEN (30) /* Define the structure associated with "Dial" command whose format is */ /* D[<dial_string>][;] (See ITU-T Recommendation V.250 ter page 31). Note that */ /* all characters appearing on the same command line after D are considered */ /* part of the call addressing information to be signalled to the network, or */ /* modifiers used to control the signalling process, up to a semicolon */ /* character or the end of the command line. If the <dial_string> is terminated */ /* by a semicolon, the DCE does not start the call origination procedure, but */ /* instead returns to command state after completion of the signalling of call */ /* addressing information to the network. */ typedef struct { char dial_string_p[MAX_DIAL_STRING_LEN]; UINT8 dial_string_length; enum { DATA_CALL = 0x00000000, VOICE_CALL } call_type; } T_ATP_DIAL; /* Define all dial commands. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* | ATP_ATD_NB | 1 | ATD | Dial. | */ /* |___________________|_____|_________|______________________________________| */ typedef T_ATP_DIAL T_ATP_ATD_PARAM; /* Define the maximum length (text format) of <values> appearing in */ /* S-parameters. */ /* - '=' + <value> (up to 65535). */ #define MAX_S_PARAM_LEN (0x06) /* Define the structure associated with S-parameters. Formats of such commands */ /* are S<parameter_number>? and S<parameter_number>=[<value>], where <value> */ /* shall consist of a decimal constant (See ITU-T Recommendation V.250 ter */ /* pages 5 and 6). */ typedef struct { enum { READ_S_PARAM = 0x00000001, SET_S_PARAM } s_operator; UINT16 value; } T_ATP_S_PARAM; /* Define all S-parameters. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* | ATP_ATS0_NB | 2 | ATS0 | Automatic answer. | */ /* | ATP_ATS10_NB | 3 | ATS10 | Automatic disconnect delay. | */ /* | ATP_ATS3_NB | 2 | ATS3 | Command line termination character. | */ /* | ATP_ATS4_NB | 2 | ATS4 | Response formatting character. | */ /* | ATP_ATS5_NB | 2 | ATS5 | Command line editing character. | */ /* | ATP_ATS6_NB | 2 | ATS6 | Pause before blind dialling. | */ /* | ATP_ATS7_NB | 2 | ATS7 | Connection completion timeout. | */ /* | ATP_ATS8_NB | 2 | ATS8 | Comma dial modifier time. | */ /* |___________________|_____|_________|______________________________________| */ typedef T_ATP_S_PARAM T_ATP_ATS0_PARAM; typedef T_ATP_S_PARAM T_ATP_ATS10_PARAM; typedef T_ATP_S_PARAM T_ATP_ATS3_PARAM; typedef T_ATP_S_PARAM T_ATP_ATS4_PARAM; typedef T_ATP_S_PARAM T_ATP_ATS5_PARAM; typedef T_ATP_S_PARAM T_ATP_ATS6_PARAM; typedef T_ATP_S_PARAM T_ATP_ATS7_PARAM; typedef T_ATP_S_PARAM T_ATP_ATS8_PARAM; /* Define operators dedicated to extended syntax commands. "=" is used to set */ /* the indicated extended syntax command to a new value (See ITU-T */ /* Recommendation V.250 ter page 8). Note that if no value is given, the */ /* extended syntax command specified may be set to 0. "?" is used to read the */ /* current value of the indicated extended syntax command (See ITU-T */ /* Recommendation V.250 ter page 9). "=?" is used to test whether the extended */ /* syntax command is implemented in the DCE. */ typedef enum { NO_SUBPARAMETER = 0x00000000, READ_EXTENDED_CMD, SET_EXTENDED_CMD, TEST_EXTENDED_CMD } T_ATP_EXTENDED_OPERATOR; /* Define the maximum length (text format) of extended syntax commands that */ /* have no subparameter. */ /* - '=?'. */ #define MAX_NO_SUBPARAMETER_LEN (0x02) /* Define the structure associated with extended syntax commands that have no */ /* subparameter. Formats of such commands are +<name> and +<name>=?, where */ /* <name> may be a string of one or sixteen characters selected from the */ /* following set (See ITU-T Recommendation V.250 ter page 6): */ /* "A" through "Z", */ /* "0" through "9", */ /* "!", "%", "-", ".", "/", ":" and "_". */ typedef struct { T_ATP_EXTENDED_OPERATOR extended_operator; } T_ATP_NO_SUBPARAMETER; /* Define all extended syntax commands do not expext any <value>. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* |ATP_AT_PLUS_FDR_NB | 4 | AT+FDR | Receive a page. | */ /* |ATP_AT_PLUS_FDT_NB | 4 | AT+FDT | Send a page. | */ /* |ATP_AT_PLUS_FKS_NB | 4 | AT+FKS | Session termination. | */ /* |ATP_AT_PLUS_GMI_NB | 4 | AT+GMI | Request manufacturer identification. | */ /* |ATP_AT_PLUS_GMM_NB | 4 | AT+GMM | Request model identification. | */ /* |ATP_AT_PLUS_GMR_NB | 4 | AT+GMR | Request revision identification. | */ /* |ATP_AT_PLUS_GCAP_NB| 5 | AT+GCAP | Request complete capabilities list. | */ /* |___________________|_____|_________|______________________________________| */ typedef T_ATP_NO_SUBPARAMETER T_ATP_AT_PLUS_FDR_PARAM; typedef T_ATP_NO_SUBPARAMETER T_ATP_AT_PLUS_FDT_PARAM; typedef T_ATP_NO_SUBPARAMETER T_ATP_AT_PLUS_FKS_PARAM; typedef T_ATP_NO_SUBPARAMETER T_ATP_AT_PLUS_GMI_PARAM; typedef T_ATP_NO_SUBPARAMETER T_ATP_AT_PLUS_GMM_PARAM; typedef T_ATP_NO_SUBPARAMETER T_ATP_AT_PLUS_GMR_PARAM; typedef T_ATP_NO_SUBPARAMETER T_ATP_AT_PLUS_GCAP_PARAM; /* Define the maximum length (text format) of <values> appearing in extended */ /* syntax commands whose subparameter is a numeric constant. */ /* - '=' + <value> (up to 65535). */ #define MAX_SINGLE_SUBPARAMETER_LEN (0x06) /* Define the structure associated with extended syntax commands whose */ /* subparameter is a numeric constant. Formats of such commands are +<name>?, */ /* +<name>[=<value>] and and +<name>=?, where <name> may be a string of one or */ /* sixteen characters selected from the following set (See ITU-T Recommendation */ /* V.250 ter page 6): */ /* "A" through "Z", */ /* "0" through "9", */ /* "!", "%", "-", ".", "/", ":" and "_". */ /* */ /* <value> shall consist of a numeric constant (See ITU-T Recommendation V.250 */ /* ter page 6). */ /* Some additional commands may follow an extended syntax command on the same */ /* command line if a semicolon is inserted after the preceding extended command */ /* as a separator. The semicolon is not necessary when the extended syntax */ /* command is the last command on the command line (See ITU-T Recommendation */ /* V.250 ter page 9). Besides, extended syntax commands may appear on the same */ /* command line after a basic syntax command without a separator, in the same */ /* manner as concatenation of basic syntax commands. */ typedef struct { T_ATP_EXTENDED_OPERATOR extended_operator; UINT16 value; } T_ATP_SINGLE_SUBPARAMETER; /* Define all extended syntax commands whose subparameter is a numeric */ /* constant. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | meaning in the headset profile. | */ /* |ATP_AT_PLUS_VGM_NB | 4 | AT+VGM | Command issued by the HS to report | */ /* | | | | the current microphone gain level | */ /* | | | | setting to the AG (See Headset | */ /* | | | | Specification, Section 4.7.3). | */ /* |ATP_AT_PLUS_VGS_NB | 4 | AT+VGS | Command issued by the HS to report | */ /* | | | | the current speaker gain level | */ /* | | | | setting to the AG (See Headset | */ /* | | | | Specification, Section 4.7.3). | */ /* |___________________|_____|_________|______________________________________| */ typedef T_ATP_SINGLE_SUBPARAMETER T_ATP_AT_PLUS_VGM_PARAM; typedef T_ATP_SINGLE_SUBPARAMETER T_ATP_AT_PLUS_VGS_PARAM; /* Define the maximum number of keys appearing in the <keys>. */ #define MAX_NB_OF_KEYS (5) /* Define the maximum length (text format) of the <compound_value> appearing in */ /* keypad control commands. */ /* - "=" + """ + MAX_NB_OF_KEYS * [";" + <keys> (up to 65535) + ";"] + """ + */ /* + "," + <time> (up to 65535) */ /* + "," + <pause> (up to 65535). */ #define MAX_CKPD_PARAM_LEN (0x0F + MAX_NB_OF_KEYS * 0x07) /* Define the structure associated with the extended syntax command +CKPD. */ /* Formats of such command are +<name>=<keys>[,<time>[,<pause>]] and +<name>=?, */ /* where <name> may be a string of one or sixteen characters selected from the */ /* following set (See ITU-T Recommendation V.250 ter page 6): */ /* "A" through "Z", */ /* "0" through "9", */ /* "!", "%", "-", ".", "/", ":" and "_". */ /* */ /* <keys> shall consist of a string constant (See ETS 300 916 (GSM 07.07) */ /* Version 5.8.1 page 62). */ /* <time> and <pause> shall consist of numeric constants in tenths of a second */ /* (See ETS 300 916 (GSM 07.07) Version 5.8.1 page 62). */ /* Some additional commands may follow an extended syntax command on the same */ /* command line if a semicolon is inserted after the preceding extended command */ /* as a separator. The semicolon is not necessary when the extended syntax */ /* command is the last command on the command line (See ITU-T Recommendation */ /* V.250 ter page 9). Besides, extended syntax commands may appear on the same */ /* command line after a basic syntax command without a separator, in the same */ /* manner as concatenation of basic syntax commands. */ typedef struct { T_ATP_EXTENDED_OPERATOR extended_operator; UINT16 keys[MAX_NB_OF_KEYS]; UINT8 nb_keys; UINT16 time; UINT16 pause; } T_ATP_PLUS_CKPD; /* Define all extended syntax commands. */ /* __________________________________________________________________________ */ /* | | | | | */ /* | Binary code | Len | Command | Description | */ /* |___________________|_____|_________|______________________________________| */ /* | | | | | */ /* |ATP_AT_PLUS_CKPD_NB| 5 | AT+CKPD | Keypad control command (See GSM TS | */ /* | | | | 07.07, Section 8.7). For <keys>, the | */ /* | | | | value of 200 indicates the button on | */ /* | | | | the headset being pushed. The <time> | */ /* | | | | and <pause> parameters have no | */ /* | | | | meaning in the headset profile. | */ /* |___________________|_____|_________|______________________________________| */ typedef T_ATP_PLUS_CKPD T_ATP_AT_PLUS_CKPD_PARAM; /* Define the default time value. */ #define DEFAULT_TIME (0x0000) /* Define an unspecified time value. */ #define TIME_DO_NOT_CARE (0x0000) /* Define the default pause value. */ #define DEFAULT_PAUSE (0x0000) /* Define an unspecified pause value. */ #define PAUSE_DO_NOT_CARE (0x0000) /********************************* RESULT CODES *********************************/ /* */ /* Define all supported result codes. */ /* */ /* __________________________________________________________________________ */ /* | | | | | | */ /* | Binary code | Len | Result code | Numeric | Description | */ /* |_____________________|_____|_____________|_________|______________________| */ /* | | | | | | */ /* | ATP_OK_NB | 2 | OK | 0 | Acknoledges | */ /* | | | | | execution of a | */ /* | | | | | command. | */ /* | ATP_CONNECT_NB | 7 | CONNECT | 1 | A connection has | */ /* | | | | | been established. | */ /* | ATP_RING_NB | 4 | RING | 2 | Incoming call | */ /* | | | | | detected. | */ /* | ATP_NO_CARRIER_NB | 10 | NO CARRIER | 3 | The connection has | */ /* | | | | | been terminated or | */ /* | | | | | the attempt to | */ /* | | | | | establish a | */ /* | | | | | connection failed. | */ /* | ATP_ERROR_NB | 5 | ERROR | 4 | Problem with | */ /* | | | | | processing the | */ /* | | | | | command line. | */ /* | ATP_NO_DIALTONE_NB | 11 | NO DIALTONE | 6 | No dial tone | */ /* | | | | | detected. | */ /* | ATP_BUSY_NB | 4 | BUSY | 7 | Busy signal | */ /* | | | | | detected. | */ /* | ATP_NO_ANSWER_NB | 9 | NO ANSWER | 8 | '@' dial modifier | */ /* | | | | | was used, but remote | */ /* | | | | | ringing followed by | */ /* | | | | | 5 seconds of silence | */ /* | | | | | was not detected | */ /* | | | | | before expiration of | */ /* | | | | | the connection | */ /* | | | | | timer. | */ /* |_____________________|_____|_____________|_________|______________________| */ /* | | | | | | */ /* | ATP_CONNECT_TXT_NB | 7 | CONNECT | X | A connection has | */ /* | | | | | been established. | */ /* |_____________________|_____|_____________|_________|______________________| */ /* | | | | | | */ /* | ATP_PLUS_VGM_NB | 4 | +VGM | X | Unsolicited result | */ /* | | | | | code issued by the | */ /* | | | | | AG to set the | */ /* | | | | | microphone gain of | */ /* | | | | | the HS (See Headset | */ /* | | | | | Specification, | */ /* | | | | | Section 4.7.3). | */ /* | ATP_PLUS_VGS_NB | 4 | +VGS | X | Unsolicited result | */ /* | | | | | code issued by the | */ /* | | | | | AG to set the | */ /* | | | | | speaker gain of the | */ /* | | | | | HS (See Headset | */ /* | | | | | Specification, | */ /* | | | | | Section 4.7.3). | */ /* |_____________________|_____|_____________|_________|______________________| */ /* | | | | | | */ /* |ATP_PLUS_CME_ERROR_NB| 11 | +CME ERROR: | X | Final result code | */ /* | | | | | similar to the | */ /* | | | | | regular ERROR result | */ /* | | | | | code (See GSM TS | */ /* | | | | | 07.07, Section 9.2). | */ /* |_____________________|_____|_____________|_________|______________________| */ /* | | | | | | */ /* |ATP_PLUS_CMS_ERROR_NB| 11 | +CMS ERROR: | X | Final result code | */ /* | | | | | that indicates an | */ /* | | | | | error related to | */ /* | | | | | mobile equipment or | */ /* | | | | | network (See GSM TS | */ /* | | | | | 07.05, Section | */ /* | | | | | 3.2.5). | */ /* |_____________________|_____|_____________|_________|______________________| */ /* */ /* Define the length of <CR><LF> headers of information responses (See ETS 300 */ /* 916 (GSM 07.07) Version 4.1 page 13). */ #define ATP_RESULT_CODE_HEADER_LEN (0x02) /* Text codes for result codes (verbose responses disabled). */ static const char ATP_RESULT_CODE_TXT_TABLE_V0[] = {'0', \ '1', \ '2', \ '3', \ '4', \ '6', \ '7', \ '8', \ 'C', 'O', 'N', 'N', 'E', 'C', 'T', \ '+', 'V', 'G', 'M', \ '+', 'V', 'G', 'S', \ '+', 'C', 'M', 'E', ' ', 'E', 'R', 'R', 'O', 'R', ':', \ '+', 'C', 'M', 'S', ' ', 'E', 'R', 'R', 'O', 'R', ':', \ '\xFF'}; /* Text codes for result codes (verbose responses enabled). */ static const char ATP_RESULT_CODE_TXT_TABLE_V1[] = {'O', 'K', \ 'C', 'O', 'N', 'N', 'E', 'C', 'T', \ 'R', 'I', 'N', 'G', \ 'N', 'O', ' ', 'C', 'A', 'R', 'R', 'I', 'E', 'R', \ 'E', 'R', 'R', 'O', 'R', \ 'N', 'O', ' ', 'D', 'I', 'A', 'L', 'T', 'O', 'N', 'E', \ 'B', 'U', 'S', 'Y', \ 'N', 'O', ' ', 'A', 'N', 'S', 'W', 'E', 'R', \ 'C', 'O', 'N', 'N', 'E', 'C', 'T', \ '+', 'V', 'G', 'M', \ '+', 'V', 'G', 'S', \ '+', 'C', 'M', 'E', ' ', 'E', 'R', 'R', 'O', 'R', ':', \ '+', 'C', 'M', 'S', ' ', 'E', 'R', 'R', 'O', 'R', ':', \ '\xFF'}; /* Binary related codes. */ typedef enum { ATP_OK_NB = (0x00000000), ATP_CONNECT_NB, ATP_RING_NB, ATP_NO_CARRIER_NB, ATP_ERROR_NB, ATP_NO_DIALTONE_NB = (0x00000006), ATP_BUSY_NB, ATP_NO_ANSWER_NB, ATP_CONNECT_TXT_NB, ATP_PLUS_VGM_NB, ATP_PLUS_VGS_NB, ATP_PLUS_CME_ERROR_NB, ATP_PLUS_CMS_ERROR_NB, ATP_MAX_NB_OF_RESULT_CODES } T_ATP_BINARY_RESULT_CODES; /* Related offsets (verbose responses disabled). */ #define ATP_OK_OFFSET_V0 (0x00) #define ATP_CONNECT_OFFSET_V0 (ATP_OK_OFFSET_V0 + 0x01) #define ATP_RING_OFFSET_V0 (ATP_CONNECT_OFFSET_V0 + 0x01) #define ATP_NO_CARRIER_OFFSET_V0 (ATP_RING_OFFSET_V0 + 0x01) #define ATP_ERROR_OFFSET_V0 (ATP_NO_CARRIER_OFFSET_V0 + 0x01) #define ATP_NO_DIALTONE_OFFSET_V0 (ATP_ERROR_OFFSET_V0 + 0x01) #define ATP_BUSY_OFFSET_V0 (ATP_NO_DIALTONE_OFFSET_V0 + 0x01) #define ATP_NO_ANSWER_OFFSET_V0 (ATP_BUSY_OFFSET_V0 + 0x01) #define ATP_CONNECT_TXT_OFFSET_V0 (ATP_NO_ANSWER_OFFSET_V0 + 0x01) #define ATP_PLUS_VGM_OFFSET_V0 (ATP_CONNECT_TXT_OFFSET_V0 + 0x07) #define ATP_PLUS_VGS_OFFSET_V0 (ATP_PLUS_VGM_OFFSET_V0 + 0x04) #define ATP_PLUS_CME_ERROR_OFFSET_V0 (ATP_PLUS_VGS_OFFSET_V0 + 0x04) #define ATP_PLUS_CMS_ERROR_OFFSET_V0 (ATP_PLUS_CME_ERROR_OFFSET_V0 + 0x0B) #define ATP_RESULT_CODE_LAST_OFFSET_V0 (ATP_PLUS_CMS_ERROR_OFFSET_V0 + 0x0B) /* Related offsets (verbose responses enabled). */ #define ATP_OK_OFFSET_V1 (0x00) #define ATP_CONNECT_OFFSET_V1 (ATP_OK_OFFSET_V1 + 0x02) #define ATP_RING_OFFSET_V1 (ATP_CONNECT_OFFSET_V1 + 0x07) #define ATP_NO_CARRIER_OFFSET_V1 (ATP_RING_OFFSET_V1 + 0x04) #define ATP_ERROR_OFFSET_V1 (ATP_NO_CARRIER_OFFSET_V1 + 0x0A) #define ATP_NO_DIALTONE_OFFSET_V1 (ATP_ERROR_OFFSET_V1 + 0x05) #define ATP_BUSY_OFFSET_V1 (ATP_NO_DIALTONE_OFFSET_V1 + 0x0B) #define ATP_NO_ANSWER_OFFSET_V1 (ATP_BUSY_OFFSET_V1 + 0x04) #define ATP_CONNECT_TXT_OFFSET_V1 (ATP_NO_ANSWER_OFFSET_V1 + 0x09) #define ATP_PLUS_VGM_OFFSET_V1 (ATP_CONNECT_TXT_OFFSET_V1 + 0x07) #define ATP_PLUS_VGS_OFFSET_V1 (ATP_PLUS_VGM_OFFSET_V1 + 0x04) #define ATP_PLUS_CME_ERROR_OFFSET_V1 (ATP_PLUS_VGS_OFFSET_V1 + 0x04) #define ATP_PLUS_CMS_ERROR_OFFSET_V1 (ATP_PLUS_CME_ERROR_OFFSET_V1 + 0x0B) #define ATP_RESULT_CODE_LAST_OFFSET_V1 (ATP_PLUS_CMS_ERROR_OFFSET_V1 + 0x0B) /* Related structures. */ typedef enum { ATP_RESULT_CODE_NOT_DEFINED = (0x00000000), ATP_BASIC_RESULT_CODE, ATP_EXTENDED_RESULT_CODE, ATP_CONNECT_TXT_RESULT_CODE, ATP_PLUS_ERROR_RESULT_CODE } T_ATP_RESULT_CODE_FORMAT; #define ATP_OK_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_CONNECT_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_RING_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_NO_CARRIER_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_ERROR_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_NO_DIALTONE_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_BUSY_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_NO_ANSWER_PARAM (ATP_BASIC_RESULT_CODE) #define ATP_CONNECT_TXT_PARAM (ATP_CONNECT_TXT_RESULT_CODE) #define ATP_PLUS_VGM_PARAM (ATP_EXTENDED_RESULT_CODE) #define ATP_PLUS_VGS_PARAM (ATP_EXTENDED_RESULT_CODE) #define ATP_PLUS_CME_ERROR_PARAM (ATP_PLUS_ERROR_RESULT_CODE) #define ATP_PLUS_CMS_ERROR_PARAM (ATP_PLUS_ERROR_RESULT_CODE) #define ATP_RESULT_OFFSET_V0_COLUMN (0x00) #define ATP_RESULT_OFFSET_V1_COLUMN (0x01) #define ATP_RESULT_PARAM_COLUMN (0x02) static const UINT8 ATP_RESULT_CODE_INFO[ATP_MAX_NB_OF_RESULT_CODES + 0x01][0x03] \ = {{ATP_OK_OFFSET_V0, ATP_OK_OFFSET_V1, ATP_OK_PARAM}, \ {ATP_CONNECT_OFFSET_V0, ATP_CONNECT_OFFSET_V1, ATP_CONNECT_PARAM}, \ {ATP_RING_OFFSET_V0, ATP_RING_OFFSET_V1, ATP_RING_PARAM}, \ {ATP_NO_CARRIER_OFFSET_V0, ATP_NO_CARRIER_OFFSET_V1, ATP_NO_CARRIER_PARAM}, \ {ATP_ERROR_OFFSET_V0, ATP_ERROR_OFFSET_V1, ATP_ERROR_PARAM}, \ {ATP_NO_DIALTONE_OFFSET_V0, ATP_NO_DIALTONE_OFFSET_V1, ATP_RESULT_CODE_NOT_DEFINED}, \ {ATP_NO_DIALTONE_OFFSET_V0, ATP_NO_DIALTONE_OFFSET_V1, ATP_NO_DIALTONE_PARAM}, \ {ATP_BUSY_OFFSET_V0, ATP_BUSY_OFFSET_V1, ATP_BUSY_PARAM}, \ {ATP_NO_ANSWER_OFFSET_V0, ATP_NO_ANSWER_OFFSET_V1, ATP_NO_ANSWER_PARAM}, \ {ATP_CONNECT_TXT_OFFSET_V0, ATP_CONNECT_TXT_OFFSET_V1, ATP_CONNECT_TXT_PARAM}, \ {ATP_PLUS_VGM_OFFSET_V0, ATP_PLUS_VGM_OFFSET_V1, ATP_PLUS_VGM_PARAM}, \ {ATP_PLUS_VGS_OFFSET_V0, ATP_PLUS_VGS_OFFSET_V1, ATP_PLUS_VGS_PARAM}, \ {ATP_PLUS_CME_ERROR_OFFSET_V0, ATP_PLUS_CME_ERROR_OFFSET_V1, ATP_PLUS_CME_ERROR_PARAM}, \ {ATP_PLUS_CMS_ERROR_OFFSET_V0, ATP_PLUS_CMS_ERROR_OFFSET_V1, ATP_PLUS_CMS_ERROR_PARAM}, \ {ATP_RESULT_CODE_LAST_OFFSET_V0, ATP_RESULT_CODE_LAST_OFFSET_V1, ATP_RESULT_CODE_NOT_DEFINED}}; /* Define the maximum extended result code parameter length: */ /* - '=' + <value> (up to 65535). */ #define MAX_SINGLE_RESULT_CODE_VALUE_LEN (0x06) /* Define the structure associated with extended result codes. The format of */ /* such result codes is <result_code>[=<value>] (See Headset Specification, */ /* Section 4.7.3). <value> shall consist of a numeric constant. */ typedef struct { UINT16 value; } T_ATP_SINGLE_RESULT_CODE_VALUE; /* Define all extended syntax result codes. */ /* __________________________________________________________________________ */ /* | | | | | | */ /* | Binary code | Len | Result code | Numeric | Description | */ /* |__________________|_____|_____________|_________|_________________________| */ /* | | | | | | */ /* | ATP_PLUS_VGM_NB | 4 | +VGM | X | Unsolicited result code | */ /* | | | | | issued by the AG to set | */ /* | | | | | the microphone gain of | */ /* | | | | | the HS (See Headset | */ /* | | | | | Specification, Section | */ /* | | | | | 4.7.3). | */ /* | ATP_PLUS_VGS_NB | 4 | +VGS | X | Unsolicited result code | */ /* | | | | | issued by the AG to set | */ /* | | | | | the speaker gain of the | */ /* | | | | | HS (See Headset | */ /* | | | | | Specification, Section | */ /* | | | | | 4.7.3). | */ /* |__________________|_____|_____________|_________|_________________________| */ typedef T_ATP_SINGLE_RESULT_CODE_VALUE T_ATP_PLUS_VGM_PARAM; typedef T_ATP_SINGLE_RESULT_CODE_VALUE T_ATP_PLUS_VGS_PARAM; /* Define the maximum number of characters appearing in the <text>. */ /* - '=' + <value> (up to 65535). */ #define MAX_CONNECT_TXT_LEN (MAX_SINGLE_RESULT_CODE_VALUE_LEN) /* Define the structure associated with CONNECT<text> result code whose format */ /* is CONNECT <text> (See ITU-T Recommendation V.250 ter page 11). <text> */ /* should specify the baudrate (1200, 2400, 4800, 9600 ...). */ /* __________________________________________________________________________ */ /* | | | | | | */ /* | Binary code | Len | Result code | Numeric | Description | */ /* |__________________|_____|_____________|_________|_________________________| */ /* | | | | | | */ /* |ATP_CONNECT_TXT_NB| 7 | CONNECT | X | A connection has been | */ /* | | | | | established. | */ /* |__________________|_____|_____________|_________|_________________________| */ typedef T_ATP_SINGLE_RESULT_CODE_VALUE T_ATP_CONNECT_TXT_PARAM; /* Define the maximum number of characters appearing in the <error>. */ #define MAX_PLUS_ERROR_LEN (30) /* Define the structure associated with <error> result code whose format is */ /* either +CME ERROR: <error> (See See GSM TS 07.07, Section 9.2) or +CMS */ /* ERROR: <error> (See GSM TS 07.05, Section 3.2.5)). */ /* __________________________________________________________________________ */ /* | | | | | | */ /* | Binary code | Len | Result code | Numeric | Description | */ /* |_____________________|_____|_____________|_________|______________________| */ /* | | | | | | */ /* |ATP_PLUS_CME_ERROR_NB| 11 | +CME ERROR: | X | Final result code | */ /* | | | | | similar to the | */ /* | | | | | regular ERROR result | */ /* | | | | | code (See GSM TS | */ /* | | | | | 07.07, Section 9.2). | */ /* |_____________________|_____|_____________|_________|______________________| */ /* | | | | | | */ /* |ATP_PLUS_CMS_ERROR_NB| 11 | +CMS ERROR: | X | Final result code | */ /* | | | | | that indicates an | */ /* | | | | | error related to | */ /* | | | | | mobile equipment or | */ /* | | | | | network (See GSM TS | */ /* | | | | | 07.05, Section | */ /* | | | | | 3.2.5). | */ /* |_____________________|_____|_____________|_________|______________________| */ typedef struct { char error_p[MAX_PLUS_ERROR_LEN]; UINT8 error_length; } T_ATP_PLUS_ERROR_RESULT_CODE; /************************************ MACROS ************************************/ /* */ /* Define a macro used to compare the first "count" characters of the two */ /* buffers "reference" and "buffer". The comparison is not case sensitive. Note */ /* that the "reference" must be in all caps. Therefore, the gap between */ /* alphabetic lower-case characters and their upper-case equivalents is 0x20 */ /* (See CCITT T.50 (1992), International Reference Alphabet). */ /* */ /* Prototype: */ /* ATP_MEM_I_CMP (T_ATP_TXT_CMD reference, */ /* T_ATP_TXT_CMD buffer, */ /* UINT8 count, */ /* BOOLEAN *equal); */ #define ATP_MEM_I_CMP(reference, \ buffer, \ count, \ equal) \ { \ UINT8 nb_byte = 0x00; \ while ((nb_byte < (count)) && \ (((buffer)[nb_byte] == (reference)[nb_byte]) || \ (((buffer)[nb_byte] >= 'a') && \ ((buffer)[nb_byte] <= 'z') && \ ((reference)[nb_byte] == ((buffer)[nb_byte] - '\x20'))))) \ { \ nb_byte++; \ } \ *(equal) = (BOOLEAN) ((nb_byte == (count)) ? (TRUE) : (FALSE)); \ } /* Define a macro used to compare the first "count" characters of the two */ /* buffers "reference" and "buffer". The comparison is not case sensitive. */ /* Besides, space characters are ignored and may be used freely for formatting */ /* purposes (See ITU-T Recommendation V.250 ter page 4). Note that the */ /* "reference" must be in all caps. Therefore, the gap between alphabetic */ /* lower-case characters and their upper-case equivalents is 0x20 (See CCITT */ /* T.50 (1992), International Reference Alphabet). */ /* */ /* Prototype: */ /* ATP_MEM_SP_I_CMP (T_ATP_TXT_CMD reference, */ /* T_ATP_TXT_CMD buffer, */ /* UINT8 *count, */ /* BOOLEAN *equal); */ #define ATP_MEM_SP_I_CMP(reference, \ buffer, \ count, \ equal) \ { \ UINT8 nb_byte_ref = 0x00; \ UINT8 nb_byte_buf = 0x00; \ while ((nb_byte_ref < *(count)) && \ (((buffer)[nb_byte_buf] == '\x20') || \ ((buffer)[nb_byte_buf] == (reference)[nb_byte_ref]) || \ (((buffer)[nb_byte_buf] >= 'a') && \ ((buffer)[nb_byte_buf] <= 'z') && \ ((reference)[nb_byte_ref] == ((buffer)[nb_byte_buf] - '\x20'))))) \ { \ if ((buffer)[nb_byte_buf++] == '\x20') \ { \ continue; \ } \ nb_byte_ref++; \ } \ *(equal) = (BOOLEAN) ((nb_byte_ref == *(count)) ? (TRUE) : (FALSE)); \ *(count) = nb_byte_buf; \ } /************************ MACROS DEDICATED TO AT COMMANDS ***********************/ /* */ /* Define a macro used to get the <number> of basic syntax commands. Note that */ /* <number> may be a string of one or more characters from "0" through "9" */ /* representing the decimal integer value (See ITU-T Recommendation V.250 ter */ /* page 5). Besides, if <number> is missing, the "initial_value" is assumed. */ /* */ /* Prototype: */ /* ATP_GET_NUMBER (T_ATP_TXT_CMD cmd_line_p, */ /* UINT16 *number_p, */ /* const char initial_value); */ #define ATP_GET_NUMBER(cmd_line_p, \ number_p, \ initial_value) \ { \ char nb_value_p[0x05] = {'\x00','\x00','\x00','\x00','\x00'}; \ UINT8 nb_digit = 0x00; \ for (*nb_value_p = initial_value; \ ((*(cmd_line_p) >= '0') && (*(cmd_line_p) <= '9')) || \ (*(cmd_line_p) == ' '); \ (cmd_line_p)++) \ { \ if (((*(cmd_line_p) == '0') && (nb_digit == 0x00)) || \ (*(cmd_line_p) == ' '))\ { \ continue; \ } \ nb_value_p[nb_digit++] = *(cmd_line_p); \ } \ *(number_p) = (UINT16) atoi (nb_value_p); \ } /* Define a macro used to get the <dial_string> of dial (See ITU-T */ /* Recommendation V.250 ter page 31). All characters appearing on the same */ /* command line after D are considered part of the call addressing information */ /* to be signalled to the network, or modifiers used to control the signalling */ /* process, up to a semicolon character or the end of the command line. If the */ /* <dial_string> is terminated by a semicolon, the DCE does not start the call */ /* origination procedure, but instead returns to command state after completion */ /* of the signalling of call addressing information to the network. */ /* */ /* Prototype: */ /* ATP_GET_DIAL_STRING (T_ATP_TXT_CMD cmd_line_p, */ /* T_ATP_TXT_CMD dial_string_p, */ /* UINT8 *dial_string_length_p, */ /* UINT8 *call_type_p, */ /* const char termination_char); */ #define ATP_GET_DIAL_STRING(cmd_line_p, \ dial_string_p, \ dial_string_length_p, \ call_type_p, \ termination_char) \ { \ *(call_type_p) = DATA_CALL; \ for (*(dial_string_length_p) = 0x00; \ (*(cmd_line_p) != termination_char) && \ (*(dial_string_length_p) < MAX_DIAL_STRING_LEN); \ (*(dial_string_length_p))++) \ { \ if (*(cmd_line_p) == ';') \ { \ *(call_type_p) = VOICE_CALL; \ break; \ } \ (dial_string_p)[*(dial_string_length_p)] = *(cmd_line_p)++; \ } \ } /* Define a macro used to get operators such as "=", "?" or "=?". */ /* */ /* Prototype: */ /* ATP_GET_OPERATOR (T_ATP_TXT_CMD cmd_line_p, */ /* T_ATP_EXTENDED_OPERATOR *s_operator_p); */ #define ATP_GET_OPERATOR(cmd_line_p, \ s_operator_p) \ { \ for (*(s_operator_p) = 0x00; \ ((*(cmd_line_p) == '=') || (*(cmd_line_p) == '?') || \ (*(cmd_line_p) == ' ')); \ (cmd_line_p)++) \ { \ switch (*(cmd_line_p)) \ { \ case '?': \ { \ *(s_operator_p) += 0x01; \ break; \ } \ case '=': \ { \ *(s_operator_p) += 0x02; \ break; \ } \ default: \ { \ break; \ } \ } \ } \ } /* Define a macro used to get the <value> of S-parameters. Note that <value> */ /* shall consist of a decimal constant (See ITU-T Recommendation V.250 ter page */ /* 6). */ /* */ /* Prototype: */ /* ATP_GET_PARAMETER_VALUE (T_ATP_TXT_CMD cmd_line_p, */ /* T_ATP_EXTENDED_OPERATOR *s_operator_p, */ /* UINT16 *value_p); */ #define ATP_GET_PARAMETER_VALUE(cmd_line_p, \ s_operator_p, \ value_p) \ { \ ATP_GET_OPERATOR((cmd_line_p), \ (s_operator_p)); \ ATP_GET_NUMBER((cmd_line_p), \ (value_p), \ '0'); \ } /* Define a macro used to proceed with subsequent commands that might follow an */ /* extended syntax command (See ITU-T Recommendation V.250 ter page 9). */ /* */ /* Prototype: */ /* ATP_GET_ADDITIONAL_CMD (T_ATP_TXT_CMD cmd_line_p, */ /* const char termination_char); */ #define ATP_GET_ADDITIONAL_CMD(cmd_line_p, \ termination_char) \ { \ while (*(cmd_line_p) != termination_char) \ { \ if (*(cmd_line_p)++ == ';') \ { \ break; \ } \ } \ } /* Define a macro used to get the <value> of extended syntax commands. Note */ /* that <value> shall consist of either a numeric constant or a string constant */ /* (See ITU-T Recommendation V.250 ter page 6). However, only numeric constants */ /* are supported for now. */ /* */ /* Prototype: */ /* ATP_GET_VALUE (T_ATP_TXT_CMD cmd_line_p, */ /* T_ATP_EXTENDED_OPERATOR *extended_operator_p, */ /* UINT16 *value_p, */ /* const char termination_char); */ #define ATP_GET_VALUE(cmd_line_p, \ extended_operator_p, \ value_p, \ termination_char) \ { \ ATP_GET_OPERATOR((cmd_line_p), \ (extended_operator_p)); \ ATP_GET_NUMBER((cmd_line_p), \ (value_p), \ '0'); \ ATP_GET_ADDITIONAL_CMD((cmd_line_p), \ (termination_char)); \ } /* Define a macro used to get the <keys> of keypad control command. Note that */ /* <keys> shall consist of a string constant (See ETS 300 916 (GSM 07.07) */ /* Version 5.8.1 page 62). Note also that <keys> is a string of characters */ /* representing keys (See See ETS 300 916 (GSM 07.07) Version 5.8.1 page 62). */ /* Colon character followed by one character can be used to indicate a */ /* manufacturer specific key not listed here. All characters from a semicolon */ /* character to the next single semicolon character are treated as alpha */ /* entries and are not converted to key equivalents. All semicolon characters */ /* inside alpha entries should be duplicated in the DTE. Pause characters "W" */ /* and "w" can be used to pause between key pressings for a time specified by */ /* <pause>. */ /* */ /* Prototype: */ /* ATP_GET_KEYS (T_ATP_TXT_CMD cmd_line_p, */ /* T_ATP_AT_PLUS_CKPD_PARAM *ckpd_param_p, */ /* const char termination_char); */ #define ATP_GET_KEYS(cmd_line_p, \ ckpd_param_p, \ termination_char) \ { \ ATP_GET_NUMBER((cmd_line_p), \ &((ckpd_param_p)->keys[0x00]), \ '0'); \ (ckpd_param_p)->nb_keys = 0x01; \ ATP_GET_ADDITIONAL_CMD((cmd_line_p), \ (termination_char)); \ } // { \ // UINT8 nb_keys = 0x00; \ // while (*(cmd_line_p) != termination_char) \ // { \ // if (*(cmd_line_p)++ == '\"') \ // { \ // break; \ // } \ // } \ // while (*(cmd_line_p) != termination_char) \ // { \ // switch (*(cmd_line_p)++) \ // { \ // case ' ': \ // { \ // continue; \ // } \ // case ';': \ // { \ // ATP_GET_NUMBER((cmd_line_p), \ // &((ckpd_param_p)->keys[nb_keys]), \ // '0'); \ // nb_keys++; \ // while (*(cmd_line_p) != termination_char) \ // { \ // if (*(cmd_line_p)++ == ';') \ // { \ // break; \ // } \ // } \ // continue; \ // } \ // case ':': \ // { \ // while (*(cmd_line_p) != termination_char) \ // { \ // if (*(cmd_line_p)++ == ':') \ // { \ // break; \ // } \ // } \ // continue; \ // } \ // case '\"': \ // { \ // break; \ // } \ // default: \ // { \ // (ckpd_param_p)->keys[nb_keys] = (UINT16) (*(cmd_line_p - 0x01)); \ // nb_keys++; \ // continue; \ // } \ // } \ // break; \ // } \ // (ckpd_param_p)->nb_keys = nb_keys; \ // } /* Define a macro used to proceed with subsequent numeric and string values */ /* that might appear in a compound value (See ITU-T Recommendation V.250 ter */ /* page 7). */ /* */ /* Prototype: */ /* ATP_GET_ADDITIONAL_VALUE (T_ATP_TXT_CMD cmd_line_p, */ /* const char termination_char); */ #define ATP_GET_ADDITIONAL_VALUE(cmd_line_p, \ termination_char) \ { \ while (*(cmd_line_p) != termination_char) \ { \ switch (*(cmd_line_p)) \ { \ case ',': \ { \ cmd_line_p++; \ } \ case ';': \ { \ break; \ } \ default: \ { \ cmd_line_p++; \ continue; \ } \ } \ break; \ } \ } /* Define a macro used to get the <keys>,<time> and <pause> of keypad control */ /* command. Note that <keys> shall consist of a string constant and <time> and */ /* <pause> shall consist of numeric constants in tenths of a second (See ETS */ /* 300 916 (GSM 07.07) Version 5.8.1 page 62). */ /* */ /* Prototype: */ /* ATP_GET_CKPD_PARAM (T_ATP_TXT_CMD cmd_line_p, */ /* T_ATP_AT_PLUS_CKPD_PARAM *ckpd_param_p, */ /* const char termination_char); */ #define ATP_GET_CKPD_PARAM(cmd_line_p, \ ckpd_param_p, \ termination_char) \ { \ ATP_GET_OPERATOR((cmd_line_p), \ &((ckpd_param_p)->extended_operator)); \ ATP_GET_KEYS((cmd_line_p), \ (ckpd_param_p), \ (termination_char)); \ ATP_GET_ADDITIONAL_VALUE((cmd_line_p), \ (termination_char)); \ ATP_GET_NUMBER((cmd_line_p), \ &((ckpd_param_p)->time), \ '0'); \ ATP_GET_ADDITIONAL_VALUE((cmd_line_p), \ (termination_char)); \ ATP_GET_NUMBER((cmd_line_p), \ &((ckpd_param_p)->pause), \ '0'); \ ATP_GET_ADDITIONAL_CMD((cmd_line_p), \ (termination_char)); \ } /************************ MACRO DEDICATED TO RESULT CODES ***********************/ /* */ /* Define a macro used to get the <value> associated with extended result codes */ /* (See Headset Specification, Section 4.7.3). Note that <value> shall consist */ /* of a numeric constant. */ /* */ /* Prototype: */ /* ATP_GET_RESULT_CODE_VALUE (T_ATP_TXT_CMD cmd_line_p, */ /* UINT16 *value_p); */ #define ATP_GET_RESULT_CODE_VALUE(cmd_line_p, \ value_p) \ { \ UINT8 result_operator = 0x00; \ ATP_GET_OPERATOR((cmd_line_p), \ &result_operator); \ ATP_GET_NUMBER((cmd_line_p), \ (value_p), \ '0'); \ } /* Define a macro used to get the <text> associated with CONNECT <text> result */ /* code (See ITU-T Recommendation V.250 ter page 11). */ /* */ /* Prototype: */ /* ATP_GET_CONNECT_TXT (T_ATP_TXT_CMD cmd_line_p, */ /* UINT16 *value_p); */ #define ATP_GET_CONNECT_TXT(cmd_line_p, \ value_p) \ { \ ATP_GET_NUMBER((cmd_line_p), \ (value_p), \ '0'); \ } /* Define a macro used to get the <error> of +CME ERROR (See See GSM TS 07.07, */ /* Section 9.2) and +CMS ERROR (See GSM TS 07.05, Section 3.2.5)) result codes. */ /* */ /* Prototype: */ /* ATP_PLUS_ERROR_STRING (T_ATP_TXT_CMD cmd_line_p, */ /* T_ATP_TXT_CMD error_p, */ /* UINT8 *error_length_p, */ /* const char termination_char); */ #define ATP_PLUS_ERROR_STRING(cmd_line_p, \ error_p, \ error_length_p, \ termination_char) \ { \ for (*(error_length_p) = 0x00; \ (*(cmd_line_p) != termination_char) && \ (*(error_length_p) < MAX_PLUS_ERROR_LEN); \ (*(error_length_p))++) \ { \ (error_p)[*(error_length_p)] = *(cmd_line_p)++; \ } \ } /************************** MACRO DEDICATED TO RAW DATA *************************/ /* */ /* Define a macro used to get the length of unknown commands from raw data, */ /* <CR> not included. Note that all characters appearing on the same command */ /* line are considered part of the unknown command, up to the end of the */ /* command line. */ /* */ /* Prototype: */ /* ATP_GET_UNKNOWN_CMD_LEN (T_ATP_TXT_CMD cmd_line_p, */ /* UINT8 *cmd_length_p); */ /* const char termination_char); */ #define ATP_GET_UNKNOWN_CMD_LEN(cmd_line_p, \ cmd_length_p, \ termination_char) \ { \ for (*(cmd_length_p) = 0x00; \ (cmd_line_p)[*(cmd_length_p)] != termination_char; \ (*(cmd_length_p))++) \ { \ } \ } /* Define a macro used to get the length of unknown AT commands from raw data, */ /* <CR> or semicolon not included. Note that all characters appearing on the */ /* same command line are considered part of the unknown command, up to a */ /* semicolon character or the end of the command line. */ /* */ /* Prototype: */ /* ATP_GET_UNKNOWN_AT_CMD_LEN (T_ATP_TXT_CMD cmd_line_p, */ /* UINT8 *cmd_length_p); */ /* const char termination_char); */ #define ATP_GET_UNKNOWN_AT_CMD_LEN(cmd_line_p, \ cmd_length_p, \ termination_char) \ { \ for (*(cmd_length_p) = 0x00; \ ((cmd_line_p)[*(cmd_length_p)] != termination_char) && \ ((cmd_line_p)[*(cmd_length_p)] != ';'); \ (*(cmd_length_p))++) \ { \ } \ } #endif