FreeCalypso > hg > fc-tourmaline
view src/cs/services/atp/atp_cmd.h @ 223:740a8e8fc9d7
startup sync logic rework for the new PWON button boot scheme
Previously we added logic to the MMI task to hold off PEI init until
R2D is running, and then extended that condition to wait for FCHG
init too. However, the dependencies of MMI upon R2D and FCHG don't
start until mmiInit(), and that call is driven by Switch_ON() code,
hence the wait for R2D and FCHG init can be made in that code path
instead of the MMI task. Furthermore, with our new way of signaling
PWON button boot to MMI, we need a new wait to ensure that the MMI
task is up - previously this assurance was provided by the wait for
Kp pointers to be set.
Solution: revert our previous PEI init hold-off additions to MMI,
add a new flag indicating MMI task init done, and put the combined
wait for all needed conditions into our new PWON button boot code
in power.c.
| author | Mychaela Falconia <falcon@freecalypso.org> |
|---|---|
| date | Tue, 27 Apr 2021 06:24:52 +0000 |
| parents | 4e78acac3d88 |
| children |
line wrap: on
line source
/******************************************************************************** * * 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