#ifndef _GSMD_USOCK_H #define _GSMD_USOCK_H #include #define GSMD_UNIX_SOCKET "\0gsmd" //#define GSMD_UNIX_SOCKET_TYPE SOCK_SEQPACKET #define GSMD_UNIX_SOCKET_TYPE SOCK_STREAM #define GSMD_PROTO_VERSION 1 #define GSMD_MSGSIZE_MAX 4096 enum gsmd_msg_type { GSMD_MSG_NONE = 0, GSMD_MSG_EVENT = 1, GSMD_MSG_PASSTHROUGH = 2, GSMD_MSG_VOICECALL = 3, GSMD_MSG_DATACALL = 4, GSMD_MSG_PHONEBOOK = 5, GSMD_MSG_NETWORK = 6, GSMD_MSG_PHONE = 7, GSMD_MSG_PIN = 8, GSMD_MSG_SMS = 9, GSMD_MSG_CB = 10, __NUM_GSMD_MSGS }; enum gsmd_passthrough_type { GSMD_PASSTHROUGH_NONE = 0, GSMD_PASSTHROUGH_REQ = 1, GSMD_PASSTHROUGH_RESP = 2, }; enum gsmd_msg_voicecall_type { GSMD_VOICECALL_DIAL = 1, GSMD_VOICECALL_HANGUP = 2, GSMD_VOICECALL_ANSWER = 3, GSMD_VOICECALL_DTMF = 4, GSMD_VOICECALL_VOL_SET = 5, GSMD_VOICECALL_VOL_GET = 6, }; /* Handset / MT related commands */ enum gsmd_msg_phone_type { GSMD_PHONE_VOLUME = 1, GSMD_PHONE_VIBRATOR = 2, }; enum gsmd_msg_pin_type { GSMD_PIN_INPUT = 1, }; enum gsmd_msg_phone { GSMD_PHONE_POWERUP = 1, GSMD_PHONE_POWERDOWN = 2, }; enum gsmd_msg_cb { GSMD_CB_SUBSCRIBE = 1, GSMD_CB_UNSUBSCRIBE = 2, }; enum gsmd_msg_network { GSMD_NETWORK_REGISTER = 1, GSMD_NETWORK_SIGQ_GET = 2, GSMD_NETWORK_VMAIL_GET = 3, GSMD_NETWORK_VMAIL_SET = 4, GSMD_NETWORK_OPER_GET = 5, GSMD_NETWORK_OPER_LIST = 6, GSMD_NETWORK_CIND_GET = 7, GSMD_NETWORK_DEREGISTER = 8, GSMD_NETWORK_GET_NUMBER = 9, GSMD_NETWORK_PREF_LIST = 10, GSMD_NETWORK_PREF_DEL = 11, GSMD_NETWORK_PREF_ADD = 12, GSMD_NETWORK_PREF_SPACE = 13, }; enum gsmd_msg_sms { GSMD_SMS_LIST = 1, GSMD_SMS_READ = 2, GSMD_SMS_SEND = 3, GSMD_SMS_WRITE = 4, GSMD_SMS_DELETE = 5, GSMD_SMS_GET_MSG_STORAGE = 6, GSMD_SMS_SET_MSG_STORAGE = 7, GSMD_SMS_GET_SERVICE_CENTRE = 8, GSMD_SMS_SET_SERVICE_CENTRE = 9, }; /* SMS stat from 3GPP TS 07.05, Clause 3.1 */ enum gsmd_msg_sms_type { GSMD_SMS_REC_UNREAD = 0, GSMD_SMS_REC_READ = 1, GSMD_SMS_STO_UNSENT = 2, GSMD_SMS_STO_SENT = 3, GSMD_SMS_ALL = 4, }; /* SMS format from 3GPP TS 07.05, Clause 3.2.3 */ enum gsmd_msg_sms_fmt { GSMD_SMS_FMT_PDU = 0, GSMD_SMS_FMT_TEXT = 1, }; /* Data Coding Scheme, refer to GSM 03.38 Clause 4 */ #define B5_COMPRESSED (1<<5) #define B4_CLASSMEANING (1<<4) enum { MESSAGE_CLASS_CLASS0 = 0x00, MESSAGE_CLASS_CLASS1 = 0x01, MESSAGE_CLASS_CLASS2 = 0x10, MESSAGE_CLASS_CLASS3 = 0x11, }; enum gsmd_sms_alphabet { ALPHABET_DEFAULT = (0x00<<2), ALPHABET_8BIT = (0x01<<2), ALPHABET_UCS2 = (0x10<<2), ALPHABET_RESERVED = (0x11<<2), }; /* Refer to GSM 03.40 subclause 9.2.3.1 */ enum gsmd_sms_tp_mti { GSMD_SMS_TP_MTI_DELIVER = 0, GSMD_SMS_TP_MTI_DELIVER_REPORT = 0, GSMD_SMS_TP_MTI_STATUS_REPORT = 2, GSMD_SMS_TP_MTI_COMMAND = 2, GSMD_SMS_TP_MTI_SUBMIT = 1, GSMD_SMS_TP_MTI_SUBMIT_REPORT = 1, GSMD_SMS_TP_MTI_RESERVED = 3, }; /* Refer to GSM 03.40 subclause 9.2.3.2, */ /* for SMS-DELIVER, SMS-STATUS-REPORT */ enum gsmd_sms_tp_mms { GSMD_SMS_TP_MMS_MORE = (0<<2), GSMD_SMS_TP_MMS_NO_MORE = (1<<2), }; /* Refer to GSM 03.40 subclause 9.2.3.3, */ /* for SMS-SUBMIT */ enum gsmd_sms_tp_vpf { GSMD_SMS_TP_VPF_NOT_PRESENT = (0<<3), GSMD_SMS_TP_VPF_RESERVED = (1<<3), GSMD_SMS_TP_VPF_RELATIVE = (2<<3), GSMD_SMS_TP_VPF_ABSOLUTE = (3<<3), }; /* Refer to GSM 03.40 subclause 9.2.3.4, */ /* for SMS-DELIVER */ enum gsmd_sms_tp_sri { GSMD_SMS_TP_SRI_NOT_RETURN = (0<<5), GSMD_SMS_TP_SRI_STATUS_RETURN = (1<<5), }; /* Refer to GSM 03.40 subclause 9.2.3.5, */ /* for SMS-SUBMIT, SMS-COMMAND */ enum gsmd_sms_tp_srr { GSMD_SMS_TP_SRR_NOT_REQUEST = (0<<5), GSMD_SMS_TP_SRR_STATUS_REQUEST = (1<<5), }; /* Refer to GSM 03.40 subclause 9.2.3.17, */ /* for SMS-SUBMIT, SMS-DELIVER */ enum gsmd_sms_tp_rp { GSMD_SMS_TP_RP_NOT_SET = (0<<7), GSMD_SMS_TP_RP_SET = (1<<7), }; /* Refer to GSM 03.40 subclause 9.2.3.23 */ /* for SMS-SUBMIT, SMS-DELIVER */ enum gsmd_sms_tp_udhi { GSMD_SMS_TP_UDHI_NO_HEADER = (0<<6), GSMD_SMS_TP_UDHI_WITH_HEADER = (1<<6), }; /* SMS delflg from 3GPP TS 07.05, Clause 3.5.4 */ enum gsmd_msg_sms_delflg { GSMD_SMS_DELFLG_INDEX = 0, GSMD_SMS_DELFLG_READ = 1, GSMD_SMS_DELFLG_READ_SENT = 2, GSMD_SMS_DELFLG_LEAVING_UNREAD = 3, GSMD_SMS_DELFLG_ALL = 4, }; enum gsmd_msg_phonebook { GSMD_PHONEBOOK_FIND = 1, GSMD_PHONEBOOK_READ = 2, GSMD_PHONEBOOK_READRG = 3, GSMD_PHONEBOOK_WRITE = 4, GSMD_PHONEBOOK_DELETE = 5, GSMD_PHONEBOOK_GET_SUPPORT = 6, GSMD_PHONEBOOK_LIST_STORAGE = 7, GSMD_PHONEBOOK_SET_STORAGE = 8, }; /* Type-of-Address, Numbering-Plan-Identification field, GSM 03.40, 9.1.2.5 */ enum gsmd_toa_npi { GSMD_TOA_NPI_UNKNOWN = 0x0, GSMD_TOA_NPI_ISDN = 0x1, GSMD_TOA_NPI_DATA = 0x3, GSMD_TOA_NPI_TELEX = 0x4, GSMD_TOA_NPI_NATIONAL = 0x8, GSMD_TOA_NPI_PRIVATE = 0x9, GSMD_TOA_NPI_ERMES = 0xa, GSMD_TOA_NPI_RESERVED = 0xf, }; /* Type-of-Address, Type-of-Number field, GSM 03.40, Subclause 9.1.2.5 */ enum gsmd_toa_ton { GSMD_TOA_TON_UNKNOWN = (0<<4), GSMD_TOA_TON_INTERNATIONAL = (1<<4), GSMD_TOA_TON_NATIONAL = (2<<4), GSMD_TOA_TON_NETWORK = (3<<4), GSMD_TOA_TON_SUBSCRIBER = (4<<4), GSMD_TOA_TON_ALPHANUMERIC = (5<<4), GSMD_TOA_TON_ABBREVIATED = (6<<4), __GSMD_TOA_TON_MASK = (7<<4), }; /* Type-of-Address, bit 7 always 1 */ enum gsmd_toa_reserved { GSMD_TOA_RESERVED = (1<<7), }; /* Length from 3GPP TS 04.08, Clause 10.5.4.7 */ #define GSMD_ADDR_MAXLEN 32 struct gsmd_addr { u_int8_t type; char number[GSMD_ADDR_MAXLEN+1]; } __attribute__ ((packed)); struct gsmd_dtmf { u_int8_t len; char dtmf[0]; } __attribute__ ((packed)); struct gsmd_signal_quality { u_int8_t rssi; u_int8_t ber; } __attribute__ ((packed)); struct gsmd_voicemail { u_int8_t enable; struct gsmd_addr addr; } __attribute__ ((packed)); #define GSMD_PIN_MAXLEN 8 struct gsmd_pin { enum gsmd_pin_type type; char pin[GSMD_PIN_MAXLEN+1]; char newpin[GSMD_PIN_MAXLEN+1]; } __attribute__ ((packed)); struct gsmd_evt_auxdata { union { struct { enum gsmd_call_type type; } call; struct { struct gsmd_addr addr; } clip; struct { struct gsmd_addr addr; } colp; struct { int inlined; u_int8_t memtype; int index; } sms; struct { int inlined; u_int8_t memtype; int index; } cbm; struct { int inlined; u_int8_t memtype; int index; } ds; struct { enum gsmd_pin_type type; } pin; struct { enum gsmd_netreg_state state; u_int16_t lac; u_int16_t ci; } netreg; struct { u_int8_t tz; } timezone; struct { struct gsmd_signal_quality sigq; } signal; struct { enum gsmd_call_progress prog; struct gsmd_addr addr; u_int8_t ibt:1, tch:1, dir:2; } call_status; struct { u_int16_t flags; u_int16_t net_state_gsm; u_int16_t net_state_gprs; } cipher; } u; u_int8_t data[0]; } __attribute__ ((packed)); /* Refer to GSM 07.05 subclause 3.5.4 */ struct gsmd_sms_delete { u_int8_t index; u_int8_t delflg; } __attribute__ ((packed)); /* Refer to GSM 03.40 subclause 9.2.2.2 and GSM 07.05 subclause 4.3 */ #define GSMD_SMS_DATA_MAXLEN 164 struct gsmd_sms { u_int8_t length; u_int8_t coding_scheme; int has_header; char data[GSMD_SMS_DATA_MAXLEN+1]; } __attribute__ ((packed)); /* Refer to GSM 03.40 subclause 9.2.2.2 */ struct gsmd_sms_submit { struct gsmd_addr addr; struct gsmd_sms payload; }; /* Refer to GSM 07.05 subclause 4.4 */ struct gsmd_sms_write { u_int8_t stat; struct gsmd_sms_submit sms; } __attribute__ ((packed)); /* Refer to GSM 03.40 subclause 9.2.2.1 */ struct gsmd_sms_list { /* FIXME Defined as in range of location numbers supported by memory */ u_int8_t index; enum gsmd_msg_sms_type stat; char time_stamp[7]; struct gsmd_addr addr; struct gsmd_sms payload; int is_last; }; /* Refer to GSM 07.05 subclause 3.1 */ enum ts0705_mem_type { GSM0705_MEMTYPE_NONE, GSM0705_MEMTYPE_BROADCAST, GSM0705_MEMTYPE_ME_MESSAGE, GSM0705_MEMTYPE_MT, GSM0705_MEMTYPE_SIM, GSM0705_MEMTYPE_TA, GSM0705_MEMTYPE_SR, }; /* Refer to GSM 07.05 subclause 3.2.2 */ struct __gsmd_sms_storage { u_int8_t memtype; u_int8_t pad[3]; u_int16_t used; u_int16_t total; } __attribute__ ((packed)); struct gsmd_sms_storage { struct __gsmd_sms_storage mem[3]; } __attribute__ ((packed)); /* Refer to GSM 03.41 subclause 9.3.1 - note: this indicates display mode too */ enum gsmd_geographical_scope { GSMD_SCOPE_CELL_WIDE_OPER = 0, GSMD_SCOPE_PLMN_WIDE, GSMD_SCOPE_LOC_AREA_WIDE, GSMD_SCOPE_CELL_WIDE, }; enum gsmd_language { GSMD_LANG_GERMAN = 0, GSMD_LANG_ENGLISH, GSMD_LANG_ITALIAN, GSMD_LANG_FRENCH, GSMD_LANG_SPANISH, GSMD_LANG_DUTCH, GSMD_LANG_SWEDISH, GSMD_LANG_DANISH, GSMD_LANG_PORTUGUESE, GSMD_LANG_FINNISH, GSMD_LANG_NORWEGIAN, GSMD_LANG_GREEK, GSMD_LANG_TURKISH, GSMD_LANG_HUNGARIAN, GSMD_LANG_POLISH, GSMD_LANG_UNSPECIFIED, }; /* Refer to GSM 03.41 subclause 9.3 */ struct gsmd_cbm { struct { enum gsmd_geographical_scope scope; int msg_code; int update_num; } serial; u_int16_t msg_id; enum gsmd_language language; u_int8_t coding_scheme; int pages; int page; u_int8_t data[82]; }; /* Refer to GSM 07.07 subclause 8.12 */ struct gsmd_phonebook_readrg { u_int8_t index1; u_int8_t index2; } __attribute__ ((packed)); /* Refer to GSM 07.07 subclause 8.14 */ /* FIXME: the nlength and tlength depend on SIM, use +CPBR=? to get */ #define GSMD_PB_NUMB_MAXLEN 44 #define GSMD_PB_TEXT_MAXLEN 14 struct gsmd_phonebook { u_int8_t index; char numb[GSMD_PB_NUMB_MAXLEN+1]; u_int8_t type; char text[GSMD_PB_TEXT_MAXLEN+1]; } __attribute__ ((packed)); /* Refer to GSM 07.07 subclause 8.13 */ /* FIXME: the tlength depends on SIM, use +CPBR=? to get */ struct gsmd_phonebook_find { char findtext[GSMD_PB_TEXT_MAXLEN+1]; } __attribute__ ((packed)); /* Refer to GSM 07.07 subclause 8.12 */ struct gsmd_phonebook_support { u_int8_t index; u_int8_t nlength; u_int8_t tlength; } __attribute__ ((packed)); /* Operator status from 3GPP TS 07.07, Clause 7.3 */ enum gsmd_oper_status { GSMD_OPER_UNKNOWN, GSMD_OPER_AVAILABLE, GSMD_OPER_CURRENT, GSMD_OPER_FORBIDDEN, }; /* Theoretically numeric operator code is five digits long but some * operators apparently use six digit codes. */ typedef char gsmd_oper_numeric[6]; struct gsmd_msg_oper { enum gsmd_oper_status stat; int is_last; char opname_longalpha[16]; char opname_shortalpha[8]; gsmd_oper_numeric opname_num; }; struct gsmd_msg_prefoper { int index; int is_last; char opname_longalpha[16]; }; struct gsmd_phonebook_storage { char storage[3]; } __attribute__ ((packed)); /* Subscriber number information from 3GPP TS 07.07, Clause 7.1 */ enum gsmd_subscriber_service { GSMD_SERVICE_UNKNOWN = -1, GSMD_SERVICE_ASYNC_MODEM = 0, GSMD_SERVICE_SYNC_MODEM, GSMD_SERVICE_PAD_ACCESS, GSMD_SERVICE_PACKET_ACCESS, GSMD_SERVICE_VOICE, GSMD_SERVICE_FAX, }; struct gsmd_own_number { int is_last; enum gsmd_subscriber_service service; struct gsmd_addr addr; char name[0]; }; struct gsmd_msg_hdr { u_int8_t version; u_int8_t msg_type; u_int8_t msg_subtype; u_int8_t _pad; u_int16_t id; u_int16_t len; u_int8_t data[]; } __attribute__((packed)); #ifdef __GSMD__ #include #include #include struct gsmd_user; struct gsmd_ucmd { struct llist_head list; struct gsmd_msg_hdr hdr; char buf[]; } __attribute__ ((packed)); extern struct gsmd_ucmd *ucmd_alloc(int extra_size); extern int usock_init(struct gsmd *g); extern void usock_cmd_enqueue(struct gsmd_ucmd *ucmd, struct gsmd_user *gu); extern struct gsmd_ucmd *usock_build_event(u_int8_t type, u_int8_t subtype, u_int16_t len); extern int usock_evt_send(struct gsmd *gsmd, struct gsmd_ucmd *ucmd, u_int32_t evt); extern struct gsmd_ucmd *gsmd_ucmd_fill(int len, u_int8_t msg_type, u_int8_t msg_subtype, u_int16_t id); #endif /* __GSMD__ */ #endif