📄 csmcodec.h
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#ifndef _SMSCODEC_H_
#define _SMSCODEC_H_
#include "dxApi.h"
#include "Couse_typ.h"
//////-----------------------------------------------------------------------
#define GSM_CHARACTER_SET_SIZE 0x80
#define GSM_GREEK_CAPITAL_LETTER_DELTA 0x10
#define NON_GSM GSM_CHARACTER_SET_SIZE
#define UCS2_TO_GSM_LOOKUP_TABLE_SIZE 0x100
#define CHAR_TO_GSM_LOOKUP_TABLE_SIZE 0x80
#define UCS2_GREEK_CAPITAL_LETTER_GAMMA 0x0393
#define UCS2_GCL_RANGE 22
#define MAX_LEN_UCS2_DEBUG_STRING 100
#define EXTENDED_ALPHABET_TABLE 0x1B
#define SPACE 0x20
#define SMS_MAX_ADDR_LEN 20
#define TIMESTAMP_SIZE 14
#define SMS_MAX_CMD_LEN 157
#define SMS_MAX_MSG_LEN 160
#define SMS_MAX_PDU_DATA_LEN 140
//****************************************************************************/
#define UPGRADE_SIM_APP_TOOLKIT
#define USE_ABSM2
#define UPGRADE_SAT97
typedef enum SmsStatusOfReportTag
{
TRANSFER_OK = 0,
TRANSFER_ERROR
}SmsStatusOfReport;
typedef enum SimatMeProblemAddInfoTag
{
SIMAT_INFO_NO_CAUSE_GIVEN = 0x00,
SIMAT_INFO_SCREEN_BUSY = 0x01,
SIMAT_INFO_ME_BUSY_ON_CALL = 0x02,
SIMAT_INFO_ME_BUSY_ON_SS = 0x03,
SIMAT_INFO_NO_SERVICE = 0x04,
SIMAT_INFO_ACC_CONT_CLASS_BAR = 0x05,
SIMAT_INFO_RAD_RES_NOT_GRANTED = 0x06,
#if defined (UPGRADE_SAT97)
SIMAT_INFO_NOT_IN_SPEECH_CALL = 0x07,
SIMAT_INFO_ME_BUSY_ON_USSD = 0x08
#else
SIMAT_INFO_NOT_IN_SPEECH_CALL = 0x07
#endif
}SimatMeProblemAddInfo;
typedef struct RpCauseElementTag
{
GsmCause cause;
Int8 diagnostic;
}RpCauseElement;
typedef enum TypeOfNumberTag
{
NUM_UNKNOWN = 0,
NUM_INTERNATIONAL,
NUM_NATIONAL,
NUM_NETWORK_SPEC,
NUM_SUBSCRIBER,
NUM_ALPHANUMERIC,
NUM_ABBREVIATED,
NUM_RESERVED
}TypeOfNumber;
typedef enum NumberingPlanTag
{
PLAN_UNKNOWN = 0,
PLAN_ISDN = 1,
PLAN_DATA = 3,
PLAN_TELEX = 4,
PLAN_NATIONAL = 8,
PLAN_PRIVATE = 9,
PLAN_ERMES = 10,
PLAN_RESERVED = 15
}NumberingPlan;
typedef enum TpFailureCauseTag
{
/*
** Protocol Id Errors
*/
TP_TELEMATIC_NOT_SUPPORTED = 0x80,
TP_MSG_TYPE0_NOT_SUPPORTED,
TP_CANT_REPLACE_SHORT_MSG,
TP_UNSPECIFIED_TPPID_ERROR = 0x8F,
/*
** Data Coding Scheme Errors
*/
TP_ALPHABET_NOT_SUPPORTED = 0x90,
TP_MSG_CLASS_NOT_SUPPORTED,
TP_UNSPECIFIED_DATA_CODING_ERROR = 0x9F,
/*
** Command Errors
*/
TP_CANT_ACTION_COMMAND = 0xA0,
TP_UNSUPPORTED_COMMAND,
TP_UNSPECIFIED_COMMAND_ERROR = 0xAF,
/*
** Other Errors
*/
TP_TPDU_NOT_SUPPORTED = 0xB0,
TP_SC_BUSY = 0xC0,
TP_NO_SC_SUBSCRIPTION,
TP_SC_SYSTEM_FAILURE,
TP_INVALID_SME_ADDRESS,
TP_DESTINATION_SME_BARRED,
TP_SM_REJECTED_DUPLICATE_SM,
TP_SIM_STORAGE_FULL = 0xD0,
TP_SIM_NO_SMS_CAPABILITY,
TP_SIM_NO_CAPACITY = 0xD1, /* REDUNDANT Do not use */
TP_ERROR_IN_MS,
TP_MEMORY_CAPACITY_EXCEEDED,
TP_SIM_APPLICATION_TOOLKIT_BUSY,
#if defined (UPGRADE_SAT97)
TP_SIM_DATA_DOWNLOAD_ERROR,
#endif
TP_UNSPECIFIED_ERROR = 0xFF,
TP_NO_ERROR = 0x100 /* internal code */
}TpFailureCause;
typedef Int8 SmsTimeStamp[TIMESTAMP_SIZE];
typedef struct SmsAddressTag
{
Int8 length;
TypeOfNumber typeOfNumber;
NumberingPlan numberingPlan;
Int8 addressValue[SMS_MAX_ADDR_LEN];
}SmsAddress;
typedef enum SmRequestStatusTag
{
SM_REQ_OK, /* request successful */
SM_REQ_SM_NOT_READY, /* Short message procedure is not ready */
#if defined (USE_ABSM2)
SM_REQ_SM_SEND_READY,
SM_REQ_SM_SNDRCV_READY,
#endif
SM_REQ_RECORD_NOT_FOUND, /* requested record not found or invalid */
SM_REQ_SIM_ERROR, /* Sim has reported error */
SM_REQ_PS_ERROR, /* PS has reported error */
SM_REQ_NO_MSG_ID, /* Out of message IDs */
SM_REQ_INVALID_RECORD, /* record number to delete or to send from SIM */
/* was not the start of a concatenated SMS */
SM_REQ_CONCAT_LINK_ERROR, /* out of sequence when storing concat SMS to */
/* SIM or space has already been allocated */
SM_REQ_NOT_SUBMIT_RECORD, /* A record asked to be 'sent from SIM' */
/* was not of 'submit' type */
SM_REQ_SEND_FROM_SIM_IN_PROGRESS, /* A sendFromSim request is already in progress */
/* and we can't do another until it's finished */
#if defined (USE_ABSM2)
SM_REQ_RECORD_BUSY, /* A transaction is already being performed on this record */
#endif
SM_REQ_NRAM_ERROR, /* ANRM has reported error */
SM_REQ_INVALID_COMMAND, /* Command too long etc 20460 */
SM_REQ_FDN_FAILURE /*job100892*/
}SmRequestStatus;
typedef enum SmsCommandTag
{
SMS_CMD_ENQUIRY = 0,
SMS_CMD_CANCEL,
SMS_CMD_DELETE,
SMS_CMD_ENABLE_SRR
}
SmsCommand;
typedef enum SmsStatusTag
{
ST_SM_RECEIVED_BY_SME = 0,
ST_SM_FORWARDED_TO_SME,
ST_SM_REPLACED_BY_SC,
ST_TA_CONGESTION = 32,
ST_TA_SME_BUSY,
ST_TA_NO_RESPONSE,
ST_TA_SERVICE_REJ,
ST_TA_QUAL_SER_NAV,
ST_TA_ERR_IN_SME,
ST_P_REM_PROC_ERR = 64,
ST_P_INCOMPAT_DEST,
ST_P_CONN_REJ_BY_SME,
ST_P_NOT_OBTAINABLE,
ST_P_QUAL_SER_NAV,
ST_P_NO_IWORK_AV,
ST_P_SM_VALIDITY_EXPIRED,
ST_P_SM_DEL_BY_ORIG_SME,
ST_P_SM_DEL_BY_SC_ADMIN,
ST_P_SM_NOT_EXIST,
ST_TI_CONGESTION = 96,
ST_TI_SME_BUSY,
ST_TI_NO_RESPONSE,
ST_TI_SERVICE_REJ,
ST_TI_QUAL_SER_NAV,
ST_TI_ERR_IN_SME,
ST_ACK = 128,
ST_NACK
}
SmsStatus;
typedef enum VpFormatTag
{
VP_NOT_PRESENT = 0,
VP_RESERVED,
VP_INTEGER_FORMAT,
VP_SEMI_OCTET
}
VpFormat;
typedef enum ProtocolMeaningTag
{
PM_SM_AL_PROTOCOL = 0x00,
PM_TELEMATIC_INTERWORK = 0x20,
PM_SM_FUNCTIONS = 0x40,
PM_ME_FUNCTIONS = 0x60,
PM_RESERVED = 0x80,
PM_SC_SPECIFIC = 0xc0,
PM_RAW_DATA /* Internal value */
}
ProtocolMeaning;
typedef enum MsgCodingTag
{
MSG_CODING_DEFAULT = 0x00,
MSG_CODING_8BIT = 0x01,
MSG_CODING_UCS2 = 0x02,
MSG_CODING_RESERVED = 0x03,
MSG_CODING_NUM_OF
}
MsgCoding;
typedef enum MsgClassTag
{
MSG_CLASS0 = 0x00,
MSG_CLASS1 = 0x01,
MSG_CLASS2 = 0x02,
MSG_CLASS3 = 0x03,
MSG_CLASS_NOT_GIVEN,
MSG_CLASS_NUM_OF
}
MsgClass;
typedef enum ProtInterWorkingTag
{
PID_IMPLICIT = 0,
PID_TELEX,
PID_GRP3_FAX,
PID_GRP4_FAX,
PID_VOICE,
PID_ERMES,
PID_NAT_PAGING,
PID_VIDEOTEX,
PID_UNSPEC_TELETEX,
PID_PSPDN_TELETEX,
PID_CSPDN_TELETEX,
PID_PSTN_TELETEX,
PID_ISDN_TELETEX,
PID_UCI,
PID_MSG_HANDLING = 16,
PID_X400,
PID_INTERNET_EMAIL,
PID_SC_SPECIFIC_1 = 24,
PID_SC_SPECIFIC_2,
PID_SC_SPECIFIC_3,
PID_SC_SPECIFIC_4,
PID_SC_SPECIFIC_5,
PID_SC_SPECIFIC_6,
PID_SC_SPECIFIC_7,
PID_GSM_MS
}
ProtInterWorking;
typedef enum ProtScCommandTag
{
PID_SM_TYPE0 = 0,
PID_REPLACE_SM_TYPE1,
PID_REPLACE_SM_TYPE2,
PID_REPLACE_SM_TYPE3,
PID_REPLACE_SM_TYPE4,
PID_REPLACE_SM_TYPE5,
PID_REPLACE_SM_TYPE6,
PID_REPLACE_SM_TYPE7,
PID_RETURN_CALL_MSG = 0x1F
}
ProtScCommand;
/* Required for case when PID byte has bit7 = 0 and bit6=1 (see GSM 03.40) */
typedef enum ProtMeCommandTag
{
PID_DEPERSONALISATION_SM = 0x00,//0x3E,
PID_SIM_DATA_DOWNLOAD
}
ProtMeCommand;
typedef union ProtocolIdTag
{
/* meaning = PM_SM_AL_PROTOCOL */
ProtInterWorking protSmAlProtocol;
/* meaning = PM_TELEMATIC_INTERWORK */
ProtInterWorking protInterWorking;
/* meaning = PM_SM_FUNCTIONS */
ProtScCommand protScCommand;
/* meaning = PM_ME_FUNCTIONS */
ProtMeCommand protMeCommand;
/* meaning = PM_RESERVED */
Int8 protReserved;
/* meaning = PM_SC_SPECIFIC */
Int8 protScSpecific;
/* raw data format */
Int8 data;
}
ProtocolId;
typedef struct SmsProtocolIdTag
{
ProtocolMeaning protocolMeaning;
ProtocolId protocolId;
}
SmsProtocolId;
typedef enum SmsIndTypeTag
{
SMS_IND_VOICE_MESSAGE_WAITING = 0x00,
SMS_IND_FAX_MESSAGE_WAITING = 0x01,
SMS_IND_EMAIL_MESSAGE_WAITING = 0x02,
SMS_IND_OTHER_MESSAGE_WAITING = 0x03,
SMS_IND_NUM_OF_INDS
} SmsIndType;
typedef struct SmsMsgWaitingIndTag
{
Boolean storeMessage;
Boolean indActive;
SmsIndType indType;
} SmsMsgWaitingInd;
typedef struct SmsDataCodingTag
{
MsgCoding msgCoding;
MsgClass msgClass;
Boolean compressedText;
Boolean msgWaitingIndPresent;
SmsMsgWaitingInd msgWaitingInd;
}
SmsDataCoding;
typedef enum AlphaIdCodingSchemeTag
{
OCTET_ALIGNED_GSM_7BIT,
DOUBLE_OCTET_UCS2 = 0x80,
SINGLE_OCTET_BASE_POINTER_COMBINED,
DOUBLE_OCTET_BASE_POINTER_COMBINED
} AlphaIdCodingScheme;
typedef enum GsmCharTypeTag
{
NON_GSM7BIT = 0,
GSM7BIT = 1,
EXTENDED_GSM7BIT = 2
}GsmCharType;
//----------------------------------------------------------------
//----------------------------------------------------
BOOL IsChinUnicode (Int16 uniCharCode);
Int16 afsmSmsDataToUcs2 ( Int16 *usc2String_p,
Int16 maxLenUcs2,
const Int8 *smsData,
Int16 lenSmsData,
MsgCoding msgCoding );
Int16 afsmUcs2ToSmsData ( Int8 *smsData,
Int16 maxLenSms,
MsgCoding *msgCoding_p,
const Int16 *ucs2String,
Int16 lenUcs2,
Int16 *numConverted_p );
GsmCharType utSmsUcs2ToByteAlignedEGsm7Bit ( const Int16 *ucs2Str_p, Int16 ucs2Length, Int8 *gsmStr_p,
Int16 *gsmLength_p, Int16 maxGsmLength, Boolean *gsmBufferTooSmall_p, Int16 *numConverted_p);
Char * utUcs2StringToDebug ( const Int16 * strUcs2_p );
Int16 utLengthAlphaIdToUcs2( const Int8 *alphaId,
Int16 alphaIdLen );
Int16 utUcs2ToAlphaId ( Int8 *alphaId_p,
Int16 maxAlphaIdLen,
const Int16 *strSrc_p,
Int16 srcLen );
Int16 utAlphaIdToUcs2 ( Int16 *strDst_p,
Int16 maxDstLen,
const Int8 *alphaId,
Int16 alphaIdLen );
GsmCharType utIsUcs2StringAllEGsm(const Int16 *ucs2Str_p, Int16 ucs2Length);
GsmCharType utUcs2ToByteAlignedEGsm7Bit(const Int16 *ucs2Str_p,
Int16 ucs2Length,
Int8 *gsmStr_p,
Int16 *gsmLength_p,
Int16 maxGsmLength,
Boolean *gsmBufferTooSmall_p);
Int16 utUcs2ToChar ( Char * charStr,
const Int16 *ucs2String,
Int16 length);
GsmCharType utByteAlignedEGsm7BitToUcs2(const Int8 *gsmStr_p,
Int16 gsmDataLength,
Int16 *ucs2Str_p,
Int16 *ucs2Length_p,
Int16 maxUcs2Len,
Boolean *ucs2BufferTooSmall_p);
GsmCharType utSmsByteAlignedEGsm7BitToUcs2(const Int8 *gsmStr_p,
Int16 gsmDataLength,
Int16 *ucs2Str_p,
Int16 *ucs2Length_p,
Int16 maxUcs2Len,
Boolean *ucs2BufferTooSmall_p,
Int16 *numConverted_p);
Int16 utByteAlignedGsm7BitToChar ( Char *charString,
const Int8 * gsmData,
Int16 length);
void utDoubleOctetToUcs2 ( Int16 *ucs2String,
const Int8 *srcData_p,
Int16 length);
void utUcs2ToDoubleOctet ( Int8 *dst_p,
const Int16 *ucs2String,
Int16 length);
GsmCharType utGetEGsmLengthOfUcs2(const Int16 *ucs2Str_p, Int16 ucs2Length, Int16 *gsmLength_p);
GsmCharType mapEGsmToUcs2(Int8 gsm1, Int8 gsm2, Int16 *ucs2_p);
GsmCharType mapUcs2ToEGsm(Int16 ucs2, Int8 *gsm1_p, Int8 *gsm2_p);
Char mapUcs2ToChar ( Int16 ucs2Char );
Char mapGsmToChar ( Int8 gsmChar );
//-----------------------------------------------------------------
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