swiavms.h

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#ifndef __LITEQMI_SWIAVMS_H__
#define __LITEQMI_SWIAVMS_H__
#include <stdint.h>
#include "common.h"
#include "msgid.h"

#define LITEQMI_MAX_SWIOMA_STR_LEN 255

typedef struct {
    uint8_t sessionType;
} pack_swiavms_SLQSAVMSStartSession_t;

 int pack_swiavms_SLQSAVMSStartSession (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_swiavms_SLQSAVMSStartSession_t  reqParam 
        );
typedef struct {
    uint32_t sessionResponse;
    uint32_t resultcode;
} unpack_swiavms_SLQSAVMSStartSession_t;

int unpack_swiavms_SLQSAVMSStartSession(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_swiavms_SLQSAVMSStartSession_t *pResponse
        );
        
typedef struct {
    uint8_t sessionType;
} pack_swiavms_SLQSAVMSStopSession_t;

 int pack_swiavms_SLQSAVMSStopSession (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_swiavms_SLQSAVMSStopSession_t  reqParam 
        );


typedef struct {
    uint32_t resultcode;
} unpack_swiavms_SLQSAVMSStopSession_t;

int unpack_swiavms_SLQSAVMSStopSession(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_swiavms_SLQSAVMSStopSession_t *pResponse
        );

typedef struct
{
    uint32_t ulMin;
    uint32_t ulMax;
}PackSwiAvmsSetSettingsPeriodInfo;


#define MAX_PACK_SWI_AVMS_SET_SETTING_APN_LENGTH 49
#define MAX_PACK_SWI_AVMS_SET_SETTING_UNAME_LENGTH 29
#define MAX_PACK_SWI_AVMS_SET_SETTING_PWD_LENGTH 29

typedef struct
{
    uint8_t bAPNLength;
    uint8_t szAPN[MAX_PACK_SWI_AVMS_SET_SETTING_APN_LENGTH];
    uint8_t bUnameLength;
    uint8_t szUname[MAX_PACK_SWI_AVMS_SET_SETTING_UNAME_LENGTH];
    uint8_t bPWDLength;
    uint8_t szPWD[MAX_PACK_SWI_AVMS_SET_SETTING_PWD_LENGTH];
}PackSwiAvmsSetSettingsAPNInfo;


#define MAX_PACK_SWI_AVMS_SET_SETTING_CONNECTION_RETRY_TIMMERS 8

typedef struct
{
    uint16_t  Timers[MAX_PACK_SWI_AVMS_SET_SETTING_CONNECTION_RETRY_TIMMERS];
    
}PackSwiAvmsSetSettingsConnectionRetryTimers;


typedef struct {
    uint8_t  FwAutodownload;
    uint8_t  FwAutoUpdate;
    uint8_t  AutoConnect;
    uint8_t  AutoReboot;
    uint8_t  *pFwAutoSDM;
    uint32_t *pPollingTimer;
    PackSwiAvmsSetSettingsConnectionRetryTimers *pConnectionRetryTimers;
    PackSwiAvmsSetSettingsAPNInfo *pAPNInfo;
    uint8_t *pNotifStore;
    PackSwiAvmsSetSettingsPeriodInfo *pPeriodInfo;
} pack_swiavms_SLQSAVMSSetSettings_t;
        
int pack_swiavms_SLQSAVMSSetSettings (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_swiavms_SLQSAVMSSetSettings_t  reqParam 
        );


typedef struct {
    uint32_t resultcode;
} unpack_swiavms_SLQSAVMSSetSettings_t;

int unpack_swiavms_SLQSAVMSSetSettings(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_swiavms_SLQSAVMSSetSettings_t *pResponse
        );

int pack_swiavms_SLQSAVMSSetSettingsNoAutoRebootField (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_swiavms_SLQSAVMSSetSettings_t  reqParam 
 );

int pack_swiavms_SLQSAVMSGetSettings (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen
);

typedef struct
{
    uint8_t    bAPNLength;
    uint8_t    *pAPN;
    uint8_t    bUnameLength;
    uint8_t    *pUname;
    uint8_t    bPWDLength;
    uint8_t    *pPWD;
}PackSwiAVMSSettingsAPNInfo;
#define MAX_AVMS_SETTINGS_RETRY_TIMER_NUMBER    8

typedef struct
{
    uint16_t Timers[MAX_AVMS_SETTINGS_RETRY_TIMER_NUMBER];
}PackSwiAVMSSettingsConnectionRetryTimers;

typedef struct
{
    uint32_t min;
    uint32_t max;
}PackSwiAVMSSettingsPeriodsInfo;

typedef struct {
    uint32_t          OMADMEnabled;
    uint8_t           AutoConnect;
    uint8_t           AutoReboot;
    uint8_t           FwAutodownload;
    uint8_t           FwAutoUpdate;
    uint8_t           FwAutoSDM;
    uint32_t             *pPollingTimer;
    PackSwiAVMSSettingsConnectionRetryTimers *pConnectionRetryTimers;
    PackSwiAVMSSettingsAPNInfo *pAPNInfo;
    uint8_t              *pNotificationStore;
    PackSwiAVMSSettingsPeriodsInfo  *pPeroidsInfo;
    uint32_t resultcode;
} unpack_swiavms_SLQSAVMSGetSettings_t;

int unpack_swiavms_SLQSAVMSGetSettings(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_swiavms_SLQSAVMSGetSettings_t *pResponse
        );

typedef struct {
    uint8_t  selection;
    uint32_t *pDeferTime;
    uint8_t *pClientPerformOperationFlag;
    uint8_t *pPackageID;
    uint16_t *pRejectReason;
} pack_swiavms_SLQSAVMSSendSelection_t;
        
int pack_swiavms_SLQSAVMSSendSelection (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen,
        pack_swiavms_SLQSAVMSSendSelection_t  reqParam 
        );


typedef struct {
    uint32_t resultcode;
} unpack_swiavms_SLQSAVMSSendSelection_t;

int unpack_swiavms_SLQSAVMSSendSelection(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_swiavms_SLQSAVMSSendSelection_t *pResponse
        );
       
int pack_swiavms_SLQSAvmsSetEventReport (
        pack_qmi_t *pCtx,
        uint8_t *pReqBuf,
        uint16_t *pLen
        );


typedef struct {
    uint32_t resultcode;
} unpack_swiavms_SLQSAvmsSetEventReport_t;

int unpack_swiavms_SLQSAvmsSetEventReport(
        uint8_t *pResp,
        uint16_t respLen,
        unpack_swiavms_SLQSAvmsSetEventReport_t *pResponse
        );

int pack_swiavms_SLQSAVMSSessionGetInfo (
    pack_qmi_t *pCtx,
    uint8_t *pReqBuf,
    uint16_t *pLen
);

#define MAX_PACK_SWI_AVMS_SESSIONGETINFO_BINARYUPDATESESSIONINFO_VERSION_LENGTH 128
#define MAX_PACK_SWI_AVMS_SESSIONGETINFO_BINARYUPDATESESSIONINFO_NAME_LENGTH 128
#define MAX_PACK_SWI_AVMS_SESSIONGETINFO_BINARYUPDATESESSIONINFO_DESC_LENGTH 1024

typedef struct
{
    uint8_t bBinaryType;
    uint8_t bState;
    uint8_t bUserInputRequest;
    uint16_t wUserInputTimeout;
    uint32_t ulPkgDownloadSize;
    uint32_t ulPkgDownloadComplete;
    uint16_t wUpdateCompeteStatus;
    uint8_t bSerity;
    uint16_t wVersionLength;
    uint8_t szVersion[MAX_PACK_SWI_AVMS_SESSIONGETINFO_BINARYUPDATESESSIONINFO_VERSION_LENGTH];
    uint16_t wNameLength;
    uint8_t szName[MAX_PACK_SWI_AVMS_SESSIONGETINFO_BINARYUPDATESESSIONINFO_NAME_LENGTH];
    uint16_t wDescriptionLength;
    uint8_t szDescription[MAX_PACK_SWI_AVMS_SESSIONGETINFO_BINARYUPDATESESSIONINFO_DESC_LENGTH];
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportBinaryUpdateSessionInfo;

#define MAX_PACK_SWI_AVMS_SESSIONGETINFO_CONFIG_ALERT_MSG_LENGTH 200

typedef struct
{
    uint8_t bState;
    uint8_t bUserInputRequest;
    uint16_t wUserInputTimeout;
    uint16_t wAlertMsgLength;
    uint8_t szAlertMsg[MAX_PACK_SWI_AVMS_SESSIONGETINFO_CONFIG_ALERT_MSG_LENGTH];
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportConfig;

typedef struct
{
    uint8_t bNotification;
    uint16_t wSessionStatus;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportNotification;

typedef struct
{
    uint8_t bUserInputRequest;
    uint16_t wUserInputTimeout;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportConnectionRequest;

typedef struct
{
    uint16_t wWamsChangeMask;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportWAMSParamChange;

typedef struct
{
    uint8_t bPackageID;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportPackageID;

typedef struct
{
    uint8_t bRegStatus;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportRegStatus;

typedef struct
{
    uint8_t bType;
    uint16_t wErrorCode;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportDataSessionStatus;

typedef struct
{
    uint8_t bType;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportSessionType;

typedef struct
{
    uint16_t wHTTPStatus;
    uint8_t TlvPresent;
}UnpackSwiAvmsEventReportHTTPStatus;

typedef struct
{
    /* UnpackSwiAvmsEventReportBinaryUpdateSessionInfo response parameters. NULL Invalid data.*/
     UnpackSwiAvmsEventReportBinaryUpdateSessionInfo *pBinaryUpdateSessionInfo;
    
    /* UnpackSwiAvmsEventReportConfig response parameters. NULL Invalid data.*/
    UnpackSwiAvmsEventReportConfig *pConfig;

    /* UnpackSwiAvmsEventReportNotification response parameters. NULL Invalid data. */
    UnpackSwiAvmsEventReportNotification *pNotification;

    /* UnpackSwiAvmsEventReportPackageID response parameters. NULL Invalid data. */
    UnpackSwiAvmsEventReportPackageID *pPackageID;
    
    uint32_t resultcode;
} unpack_swiavms_SLQSAVMSSessionGetInfo_t;

int unpack_swiavms_SLQSAVMSSessionGetInfo(
    uint8_t *pResp,
    uint16_t respLen,
    unpack_swiavms_SLQSAVMSSessionGetInfo_t *pResponse
);



typedef struct
{
    /* UnpackSwiAvmsEventReportBinaryUpdateSessionInfo response parameters */
     UnpackSwiAvmsEventReportBinaryUpdateSessionInfo *pBinaryUpdateSessionInfo;
    
    /* UnpackSwiAvmsEventReportConfig response parameters */
    UnpackSwiAvmsEventReportConfig *pConfig;

    /* UnpackSwiAvmsEventReportNotification response parameters */
    UnpackSwiAvmsEventReportNotification *pNotification;

    /* UnpackSwiAvmsEventReportPackageID response parameters */
    UnpackSwiAvmsEventReportPackageID *pPackageID;

    /* UnpackSwiAvmsEventReportConnectionRequest response parameters */
    UnpackSwiAvmsEventReportConnectionRequest *pConnectionRequest;

    /* UnpackSwiAvmsEventReportWAMSParamChange response parameters */
    UnpackSwiAvmsEventReportWAMSParamChange *pWAMSParaChanged;

    /* UnpackSwiAvmsEventReportRegStatus response parameters */
    UnpackSwiAvmsEventReportRegStatus *pRegStatus;

    /* UnpackSwiAvmsEventReportDataSessionStatus response parameters */
    UnpackSwiAvmsEventReportDataSessionStatus *pDataSessionStatus;

    /* UnpackSwiAvmsEventReportSessionType response parameters */
    UnpackSwiAvmsEventReportSessionType *pSessionType;

    /* UnpackSwiAvmsEventReportHTTPStatus response parameters */
    UnpackSwiAvmsEventReportHTTPStatus *pHTTPStatus;
    
    uint32_t resultcode;
} unpack_swiavms_SLQSAVMSEventReportInd_t;

int unpack_swiavms_SLQSAVMSEventReportInd(
    uint8_t *pResp,
    uint16_t respLen,
    unpack_swiavms_SLQSAVMSEventReportInd_t *pResponse
);



#endif //__LITEQMI_SWIAVMS_H__