Data Structures
struct	le_mrc_NetRegRejectInd_t

Files
file	le_mrc_common.h

file	le_mrc_interface.h

Macros
#define	LE_MRC_MCC_LEN 3

#define	LE_MRC_MCC_BYTES 4

#define	LE_MRC_MNC_LEN 3

#define	LE_MRC_MNC_BYTES 4

#define	LE_MRC_NETWORK_NAME_MAX_LEN 100

#define	LE_MRC_BITMASK_BAND_CLASS_0_A_SYSTEM 0x1

#define	LE_MRC_BITMASK_BAND_CLASS_0_B_SYSTEM 0x2

#define	LE_MRC_BITMASK_BAND_CLASS_1_ALL_BLOCKS 0x4

#define	LE_MRC_BITMASK_BAND_CLASS_2_PLACEHOLDER 0x8

#define	LE_MRC_BITMASK_BAND_CLASS_3_A_SYSTEM 0x10

#define	LE_MRC_BITMASK_BAND_CLASS_4_ALL_BLOCKS 0x20

#define	LE_MRC_BITMASK_BAND_CLASS_5_ALL_BLOCKS 0x40

#define	LE_MRC_BITMASK_BAND_CLASS_6 0x80

#define	LE_MRC_BITMASK_BAND_CLASS_7 0x100

#define	LE_MRC_BITMASK_BAND_CLASS_8 0x200

#define	LE_MRC_BITMASK_BAND_CLASS_9 0x400

#define	LE_MRC_BITMASK_BAND_CLASS_10 0x800

#define	LE_MRC_BITMASK_BAND_CLASS_11 0x1000

#define	LE_MRC_BITMASK_BAND_CLASS_12 0x2000

#define	LE_MRC_BITMASK_BAND_CLASS_14 0x4000

#define	LE_MRC_BITMASK_BAND_CLASS_15 0x8000

#define	LE_MRC_BITMASK_BAND_CLASS_16 0x10000

#define	LE_MRC_BITMASK_BAND_CLASS_17 0x20000

#define	LE_MRC_BITMASK_BAND_CLASS_18 0x40000

#define	LE_MRC_BITMASK_BAND_CLASS_19 0x80000

#define	LE_MRC_BITMASK_BAND_GSM_DCS_1800 0x100000

#define	LE_MRC_BITMASK_BAND_EGSM_900 0x200000

#define	LE_MRC_BITMASK_BAND_PRI_GSM_900 0x400000

#define	LE_MRC_BITMASK_BAND_GSM_450 0x800000

#define	LE_MRC_BITMASK_BAND_GSM_480 0x1000000

#define	LE_MRC_BITMASK_BAND_GSM_750 0x2000000

#define	LE_MRC_BITMASK_BAND_GSM_850 0x4000000

#define	LE_MRC_BITMASK_BAND_GSMR_900 0x8000000

#define	LE_MRC_BITMASK_BAND_GSM_PCS_1900 0x10000000

#define	LE_MRC_BITMASK_BAND_WCDMA_EU_J_CH_IMT_2100 0x20000000

#define	LE_MRC_BITMASK_BAND_WCDMA_US_PCS_1900 0x40000000

#define	LE_MRC_BITMASK_BAND_WCDMA_EU_CH_DCS_1800 0x80000000

#define	LE_MRC_BITMASK_BAND_WCDMA_US_1700 0x100000000

#define	LE_MRC_BITMASK_BAND_WCDMA_US_850 0x200000000

#define	LE_MRC_BITMASK_BAND_WCDMA_J_800 0x400000000

#define	LE_MRC_BITMASK_BAND_WCDMA_EU_2600 0x800000000

#define	LE_MRC_BITMASK_BAND_WCDMA_EU_J_900 0x1000000000

#define	LE_MRC_BITMASK_BAND_WCDMA_J_1700 0x2000000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_1 0x1

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_2 0x2

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_3 0x4

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_4 0x8

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_5 0x10

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_6 0x20

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_7 0x40

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_8 0x80

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_9 0x100

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_10 0x200

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_11 0x400

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_12 0x800

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_13 0x1000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_14 0x2000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_17 0x4000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_18 0x8000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_19 0x10000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_20 0x20000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_21 0x40000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_24 0x80000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_25 0x100000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_26 0x200000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_28 0x400000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_33 0x800000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_34 0x1000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_35 0x2000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_36 0x4000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_37 0x8000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_38 0x10000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_39 0x20000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_40 0x40000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_41 0x80000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_42 0x100000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_43 0x200000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_66 0x400000000

#define	LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_71 0x800000000

#define	LE_MRC_BITMASK_TDSCDMA_BAND_A 0x1

#define	LE_MRC_BITMASK_TDSCDMA_BAND_B 0x2

#define	LE_MRC_BITMASK_TDSCDMA_BAND_C 0x4

#define	LE_MRC_BITMASK_TDSCDMA_BAND_D 0x8

#define	LE_MRC_BITMASK_TDSCDMA_BAND_E 0x10

#define	LE_MRC_BITMASK_TDSCDMA_BAND_F 0x20

#define	LE_MRC_BITMASK_RAT_GSM 0x1

#define	LE_MRC_BITMASK_RAT_UMTS 0x2

#define	LE_MRC_BITMASK_RAT_TDSCDMA 0x4

#define	LE_MRC_BITMASK_RAT_LTE 0x8

#define	LE_MRC_BITMASK_RAT_CDMA 0x10

#define	LE_MRC_BITMASK_RAT_CATM1 0x20

#define	LE_MRC_BITMASK_RAT_NB1 0x40

#define	LE_MRC_BITMASK_RAT_ALL 0x80

#define	LE_MRC_BITMASK_RAT_MAX 0x100

Typedefs
typedef uint64_t	le_mrc_BandBitMask_t

typedef uint64_t	le_mrc_LteBandBitMask_t

typedef uint32_t	le_mrc_TdScdmaBandBitMask_t

typedef struct le_mrc_ScanInformation *	le_mrc_ScanInformationRef_t

typedef struct le_mrc_ScanInformationList *	le_mrc_ScanInformationListRef_t

typedef struct le_mrc_PciScanInformationList *	le_mrc_PciScanInformationListRef_t

typedef struct le_mrc_PciScanInformation *	le_mrc_PciScanInformationRef_t

typedef struct le_mrc_PlmnInformation *	le_mrc_PlmnInformationRef_t

typedef struct le_mrc_PreferredOperator *	le_mrc_PreferredOperatorRef_t

typedef struct le_mrc_PreferredOperatorList *	le_mrc_PreferredOperatorListRef_t

typedef struct le_mrc_CellInfo *	le_mrc_CellInfoRef_t

typedef struct le_mrc_NeighborCells *	le_mrc_NeighborCellsRef_t

typedef struct le_mrc_Metrics *	le_mrc_MetricsRef_t

typedef uint32_t	le_mrc_RatBitMask_t

typedef struct le_mrc_NetRegStateEventHandler *	le_mrc_NetRegStateEventHandlerRef_t

typedef struct le_mrc_RatChangeHandler *	le_mrc_RatChangeHandlerRef_t

typedef struct le_mrc_RankChangeHandler *	le_mrc_RankChangeHandlerRef_t

typedef struct le_mrc_PacketSwitchedChangeHandler *	le_mrc_PacketSwitchedChangeHandlerRef_t

typedef struct le_mrc_SignalStrengthChangeHandler *	le_mrc_SignalStrengthChangeHandlerRef_t

typedef struct le_mrc_NetworkRejectHandler *	le_mrc_NetworkRejectHandlerRef_t

typedef struct le_mrc_NetRegRejectHandler *	le_mrc_NetRegRejectHandlerRef_t

typedef struct le_mrc_JammingDetectionEventHandler *	le_mrc_JammingDetectionEventHandlerRef_t

typedef void(*	le_mrc_NetRegStateHandlerFunc_t) (le_mrc_NetRegState_t state, void *contextPtr)

typedef void(*	le_mrc_RatChangeHandlerFunc_t) (le_mrc_Rat_t rat, void *contextPtr)

typedef void(*	le_mrc_RankChangeHandlerFunc_t) (int32_t rank, void *contextPtr)

typedef void(*	le_mrc_PacketSwitchedChangeHandlerFunc_t) (le_mrc_NetRegState_t state, void *contextPtr)

typedef void(*	le_mrc_SignalStrengthChangeHandlerFunc_t) (int32_t ss, void *contextPtr)

typedef void(*	le_mrc_CellularNetworkScanHandlerFunc_t) (le_mrc_ScanInformationListRef_t listRef, void *contextPtr)

typedef void(*	le_mrc_PciNetworkScanHandlerFunc_t) (le_mrc_PciScanInformationListRef_t listRef, void *contextPtr)

typedef void(*	le_mrc_ManualSelectionHandlerFunc_t) (le_result_t result, void *contextPtr)

typedef void(*	le_mrc_NetworkRejectHandlerFunc_t) (const char LE_NONNULL mcc, const char LE_NONNULL mnc, le_mrc_Rat_t rat, void *contextPtr)

typedef void(*	le_mrc_NetRegRejectHandlerFunc_t) (const le_mrc_NetRegRejectInd_t LE_NONNULL networkRejectIndPtr, void contextPtr)

typedef void(*	le_mrc_JammingDetectionHandlerFunc_t) (le_mrc_JammingReport_t report, le_mrc_JammingStatus_t status, void *contextPtr)

typedef void(*	le_mrc_DisconnectHandler_t) (void *)

Enumerations
enum	le_mrc_NetRegState_t { LE_MRC_REG_NONE = 0, LE_MRC_REG_HOME = 1, LE_MRC_REG_SEARCHING = 2, LE_MRC_REG_DENIED = 3, LE_MRC_REG_ROAMING = 4, LE_MRC_REG_UNKNOWN = 5 }

enum	le_mrc_Rat_t { LE_MRC_RAT_UNKNOWN = 0, LE_MRC_RAT_GSM = 1, LE_MRC_RAT_UMTS = 2, LE_MRC_RAT_TDSCDMA = 3, LE_MRC_RAT_LTE = 4, LE_MRC_RAT_CDMA = 5 }

enum	le_mrc_JammingReport_t { LE_MRC_JAMMING_REPORT_FINAL = 0, LE_MRC_JAMMING_REPORT_INTERMEDIATE = 1 }

enum	le_mrc_JammingStatus_t { LE_MRC_JAMMING_STATUS_UNKNOWN = 0, LE_MRC_JAMMING_STATUS_NULL = 1, LE_MRC_JAMMING_STATUS_LOW = 2, LE_MRC_JAMMING_STATUS_MEDIUM = 3, LE_MRC_JAMMING_STATUS_HIGH = 4, LE_MRC_JAMMING_STATUS_JAMMED = 5 }

enum	le_mrc_NetRejCause_t { LE_MRC_IMSI_UNKNOWN = 0, LE_MRC_ILLEGAL_MS = 1, LE_MRC_IMEI_NOT_ACCEPTED = 2, LE_MRC_ILLEGAL_ME = 3, LE_MRC_GPRS_NOT_ALLOWED = 4, LE_MRC_GPRS_NON_GPRS_NOT_ALLOWED = 5, LE_MRC_MS_IDENTITY_UNKNOWN = 6, LE_MRC_NETWORK_IMPLICIT_DETACH = 7, LE_MRC_PLMN_NOT_ALLOWED = 8, LE_MRC_LOCATION_NOT_ALLOWED = 9, LE_MRC_ROAMING_NOT_ALLOWED = 10, LE_MRC_GPRS_NOT_ALLOWED_PLMN = 11, LE_MRC_NO_SUITABLE_CELL = 12, LE_MRC_MSC_NOT_REACHABLE = 13, LE_MRC_NETWORK_FAILURE = 14, LE_MRC_MAC_FAILURE = 15, LE_MRC_SYNCH_FAILURE = 16, LE_MRC_CONGESTION = 17, LE_MRC_GSM_AUTH_FAILURE = 18, LE_MRC_CSG_NOT_AUTHORIZED = 19, LE_MRC_SMS_VIA_GPRS = 20, LE_MRC_No_PDP_ACTIVATED = 21, LE_MRC_RETRY_NEW_CELL = 22, LE_MRC_SEMANTICAL_INCORRECT = 23, LE_MRC_INVALID_INFORMATION = 24, LE_MRC_MESSAGE_TYPE_WRONG = 25, LE_MRC_MESSAGE_TYPE_NOT_COMPATIBLE = 26, LE_MRC_WRONG_IE = 27, LE_MRC_IE_ERROR = 28, LE_MRC_MESSAGE_NOT_COMPATIBLE = 29, LE_MRC_PROTOCOL_ERROR = 30 }

enum	le_mrc_NetRegDomain_t { LE_MRC_NO_SERVICE = 0, LE_MRC_CS = 1, LE_MRC_PS = 2, LE_MRC_CS_PS = 3, LE_MRC_LIMITED_SERVICE = 4 }

Functions
void	le_mrc_ConnectService (void)

le_result_t	le_mrc_TryConnectService (void)

LE_FULL_API void	le_mrc_SetServerDisconnectHandler (le_mrc_DisconnectHandler_t disconnectHandler, void *contextPtr)

void	le_mrc_DisconnectService (void)

le_mrc_NetRegStateEventHandlerRef_t	le_mrc_AddNetRegStateEventHandler (le_mrc_NetRegStateHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_RemoveNetRegStateEventHandler (le_mrc_NetRegStateEventHandlerRef_t handlerRef)

le_mrc_RatChangeHandlerRef_t	le_mrc_AddRatChangeHandler (le_mrc_RatChangeHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_RemoveRatChangeHandler (le_mrc_RatChangeHandlerRef_t handlerRef)

le_mrc_RankChangeHandlerRef_t	le_mrc_AddRankChangeHandler (le_mrc_RankChangeHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_RemoveRankChangeHandler (le_mrc_RankChangeHandlerRef_t handlerRef)

le_mrc_PacketSwitchedChangeHandlerRef_t	le_mrc_AddPacketSwitchedChangeHandler (le_mrc_PacketSwitchedChangeHandlerFunc_t packetHandlerPtr, void *contextPtr)

void	le_mrc_RemovePacketSwitchedChangeHandler (le_mrc_PacketSwitchedChangeHandlerRef_t handlerRef)

le_mrc_SignalStrengthChangeHandlerRef_t	le_mrc_AddSignalStrengthChangeHandler (le_mrc_Rat_t rat, int32_t lowerRangeThreshold, int32_t upperRangeThreshold, le_mrc_SignalStrengthChangeHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_RemoveSignalStrengthChangeHandler (le_mrc_SignalStrengthChangeHandlerRef_t handlerRef)

le_result_t	le_mrc_SetSignalStrengthIndThresholds (le_mrc_Rat_t rat, int32_t lowerRangeThreshold, int32_t upperRangeThreshold)

le_result_t	le_mrc_SetSignalStrengthIndDelta (le_mrc_Rat_t rat, uint16_t delta)

le_result_t	le_mrc_SetAutomaticRegisterMode (void)

le_result_t	le_mrc_SetManualRegisterMode (const char LE_NONNULL mcc, const char LE_NONNULL mnc)

void	le_mrc_SetManualRegisterModeAsync (const char LE_NONNULL mcc, const char LE_NONNULL mnc, le_mrc_ManualSelectionHandlerFunc_t handlerPtr, void *contextPtr)

le_result_t	le_mrc_GetRegisterMode (bool isManualPtrPtr, char mccPtr, size_t mccPtrSize, char *mncPtr, size_t mncPtrSize)

le_result_t	le_mrc_GetPacketSwitchedState (le_mrc_NetRegState_t *statePtr)

int32_t	le_mrc_GetPlatformSpecificRegistrationErrorCode (void)

le_result_t	le_mrc_SetRatPreferences (le_mrc_RatBitMask_t ratMask)

le_result_t	le_mrc_GetRatPreferences (le_mrc_RatBitMask_t *ratMaskPtrPtr)

le_result_t	le_mrc_SetBandPreferences (le_mrc_BandBitMask_t bandMask)

le_result_t	le_mrc_GetBandPreferences (le_mrc_BandBitMask_t *bandMaskPtrPtr)

le_result_t	le_mrc_SetLteBandPreferences (le_mrc_LteBandBitMask_t bandMask)

le_result_t	le_mrc_GetLteBandPreferences (le_mrc_LteBandBitMask_t *bandMaskPtrPtr)

le_result_t	le_mrc_SetTdScdmaBandPreferences (le_mrc_TdScdmaBandBitMask_t bandMask)

le_result_t	le_mrc_GetTdScdmaBandPreferences (le_mrc_TdScdmaBandBitMask_t *bandMaskPtrPtr)

le_result_t	le_mrc_AddPreferredOperator (const char LE_NONNULL mcc, const char LE_NONNULL mnc, le_mrc_RatBitMask_t ratMask)

le_result_t	le_mrc_RemovePreferredOperator (const char LE_NONNULL mcc, const char LE_NONNULL mnc)

le_mrc_PreferredOperatorListRef_t	le_mrc_GetPreferredOperatorsList (void)

le_mrc_PreferredOperatorRef_t	le_mrc_GetFirstPreferredOperator (le_mrc_PreferredOperatorListRef_t preferredOperatorListRef)

le_mrc_PreferredOperatorRef_t	le_mrc_GetNextPreferredOperator (le_mrc_PreferredOperatorListRef_t preferredOperatorListRef)

void	le_mrc_DeletePreferredOperatorsList (le_mrc_PreferredOperatorListRef_t preferredOperatorListRef)

le_result_t	le_mrc_GetPreferredOperatorDetails (le_mrc_PreferredOperatorRef_t preferredOperatorRef, char mccPtr, size_t mccPtrSize, char mncPtr, size_t mncPtrSize, le_mrc_RatBitMask_t *ratMaskPtr)

le_result_t	le_mrc_GetNetRegState (le_mrc_NetRegState_t *statePtr)

le_result_t	le_mrc_GetSignalQual (uint32_t *qualityPtr)

le_result_t	le_mrc_SetRadioPower (le_onoff_t power)

le_result_t	le_mrc_GetRadioPower (le_onoff_t *powerPtr)

le_mrc_ScanInformationListRef_t	le_mrc_PerformCellularNetworkScan (le_mrc_RatBitMask_t ratMask)

le_mrc_PciScanInformationListRef_t	le_mrc_PerformPciNetworkScan (le_mrc_RatBitMask_t ratMask)

void	le_mrc_PerformCellularNetworkScanAsync (le_mrc_RatBitMask_t ratMask, le_mrc_CellularNetworkScanHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_PerformPciNetworkScanAsync (le_mrc_RatBitMask_t ratMask, le_mrc_PciNetworkScanHandlerFunc_t handlerPtr, void *contextPtr)

le_mrc_ScanInformationRef_t	le_mrc_GetFirstCellularNetworkScan (le_mrc_ScanInformationListRef_t scanInformationListRef)

le_mrc_ScanInformationRef_t	le_mrc_GetNextCellularNetworkScan (le_mrc_ScanInformationListRef_t scanInformationListRef)

le_mrc_PciScanInformationRef_t	le_mrc_GetFirstPciScanInfo (le_mrc_PciScanInformationListRef_t scanInformationListRef)

le_mrc_PciScanInformationRef_t	le_mrc_GetNextPciScanInfo (le_mrc_PciScanInformationListRef_t scanInformationListRef)

le_mrc_PlmnInformationRef_t	le_mrc_GetFirstPlmnInfo (le_mrc_PciScanInformationRef_t pciScanInformationRef)

le_mrc_PlmnInformationRef_t	le_mrc_GetNextPlmnInfo (le_mrc_PciScanInformationRef_t plmnRef)

uint16_t	le_mrc_GetPciScanCellId (le_mrc_PciScanInformationRef_t pciScanInformationRef)

uint32_t	le_mrc_GetPciScanGlobalCellId (le_mrc_PciScanInformationRef_t pciScanInformationRef)

le_result_t	le_mrc_GetPciScanMccMnc (le_mrc_PlmnInformationRef_t plmnRef, char mccPtr, size_t mccPtrSize, char mncPtr, size_t mncPtrSize)

void	le_mrc_DeleteCellularNetworkScan (le_mrc_ScanInformationListRef_t scanInformationListRef)

void	le_mrc_DeletePciNetworkScan (le_mrc_PciScanInformationListRef_t scanInformationListRef)

le_result_t	le_mrc_GetCellularNetworkMccMnc (le_mrc_ScanInformationRef_t scanInformationRef, char mccPtr, size_t mccPtrSize, char mncPtr, size_t mncPtrSize)

le_result_t	le_mrc_GetCellularNetworkName (le_mrc_ScanInformationRef_t scanInformationRef, char *namePtr, size_t namePtrSize)

le_mrc_Rat_t	le_mrc_GetCellularNetworkRat (le_mrc_ScanInformationRef_t scanInformationRef)

bool	le_mrc_IsCellularNetworkInUse (le_mrc_ScanInformationRef_t scanInformationRef)

bool	le_mrc_IsCellularNetworkAvailable (le_mrc_ScanInformationRef_t scanInformationRef)

bool	le_mrc_IsCellularNetworkHome (le_mrc_ScanInformationRef_t scanInformationRef)

bool	le_mrc_IsCellularNetworkForbidden (le_mrc_ScanInformationRef_t scanInformationRef)

le_result_t	le_mrc_GetCurrentNetworkName (char *nameStr, size_t nameStrSize)

le_result_t	le_mrc_GetCurrentNetworkMccMnc (char mccStr, size_t mccStrSize, char mncStr, size_t mncStrSize)

le_result_t	le_mrc_GetRadioAccessTechInUse (le_mrc_Rat_t *ratPtr)

le_result_t	le_mrc_GetRadioBandInUse (uint32_t *bandPtr)

le_mrc_NeighborCellsRef_t	le_mrc_GetNeighborCellsInfo (void)

void	le_mrc_DeleteNeighborCellsInfo (le_mrc_NeighborCellsRef_t ngbrCellsRef)

le_mrc_CellInfoRef_t	le_mrc_GetFirstNeighborCellInfo (le_mrc_NeighborCellsRef_t ngbrCellsRef)

le_mrc_CellInfoRef_t	le_mrc_GetNextNeighborCellInfo (le_mrc_NeighborCellsRef_t ngbrCellsRef)

uint32_t	le_mrc_GetNeighborCellId (le_mrc_CellInfoRef_t ngbrCellInfoRef)

uint32_t	le_mrc_GetNeighborCellLocAreaCode (le_mrc_CellInfoRef_t ngbrCellInfoRef)

int32_t	le_mrc_GetNeighborCellRxLevel (le_mrc_CellInfoRef_t ngbrCellInfoRef)

le_mrc_Rat_t	le_mrc_GetNeighborCellRat (le_mrc_CellInfoRef_t ngbrCellInfoRef)

int32_t	le_mrc_GetNeighborCellUmtsEcIo (le_mrc_CellInfoRef_t ngbrCellInfoRef)

le_result_t	le_mrc_GetNeighborCellLteIntraFreq (le_mrc_CellInfoRef_t ngbrCellInfoRef, int32_t rsrqPtr, int32_t rsrpPtr)

le_result_t	le_mrc_GetNeighborCellLteInterFreq (le_mrc_CellInfoRef_t ngbrCellInfoRef, int32_t rsrqPtr, int32_t rsrpPtr)

uint16_t	le_mrc_GetNeighborCellScramblingCode (le_mrc_CellInfoRef_t ngbrCellInfoRef)

le_mrc_MetricsRef_t	le_mrc_MeasureSignalMetrics (void)

void	le_mrc_DeleteSignalMetrics (le_mrc_MetricsRef_t MetricsRef)

le_mrc_Rat_t	le_mrc_GetRatOfSignalMetrics (le_mrc_MetricsRef_t MetricsRef)

le_result_t	le_mrc_GetGsmSignalMetrics (le_mrc_MetricsRef_t MetricsRef, int32_t rssiPtr, uint32_t berPtr)

le_result_t	le_mrc_GetUmtsSignalMetrics (le_mrc_MetricsRef_t MetricsRef, int32_t ssPtr, uint32_t blerPtr, int32_t ecioPtr, int32_t rscpPtr, int32_t *sinrPtr)

le_result_t	le_mrc_GetLteSignalMetrics (le_mrc_MetricsRef_t MetricsRef, int32_t ssPtr, uint32_t blerPtr, int32_t rsrqPtr, int32_t rsrpPtr, int32_t *snrPtr)

le_result_t	le_mrc_GetCdmaSignalMetrics (le_mrc_MetricsRef_t MetricsRef, int32_t ssPtr, uint32_t erPtr, int32_t ecioPtr, int32_t sinrPtr, int32_t *ioPtr)

uint32_t	le_mrc_GetServingCellId (void)

uint32_t	le_mrc_GetServingCellLocAreaCode (void)

uint16_t	le_mrc_GetServingCellLteTracAreaCode (void)

uint16_t	le_mrc_GetServingCellScramblingCode (void)

le_result_t	le_mrc_GetBandCapabilities (le_mrc_BandBitMask_t *bandMaskPtrPtr)

le_result_t	le_mrc_GetLteBandCapabilities (le_mrc_LteBandBitMask_t *bandMaskPtrPtr)

le_result_t	le_mrc_GetTdScdmaBandCapabilities (le_mrc_TdScdmaBandBitMask_t *bandMaskPtrPtr)

le_mrc_NetworkRejectHandlerRef_t	le_mrc_AddNetworkRejectHandler (le_mrc_NetworkRejectHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_RemoveNetworkRejectHandler (le_mrc_NetworkRejectHandlerRef_t handlerRef)

le_mrc_NetRegRejectHandlerRef_t	le_mrc_AddNetRegRejectHandler (le_mrc_NetRegRejectHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_RemoveNetRegRejectHandler (le_mrc_NetRegRejectHandlerRef_t handlerRef)

le_mrc_JammingDetectionEventHandlerRef_t	le_mrc_AddJammingDetectionEventHandler (le_mrc_JammingDetectionHandlerFunc_t handlerPtr, void *contextPtr)

void	le_mrc_RemoveJammingDetectionEventHandler (le_mrc_JammingDetectionEventHandlerRef_t handlerRef)

le_result_t	le_mrc_StartJammingDetection (void)

le_result_t	le_mrc_StopJammingDetection (void)

le_result_t	le_mrc_SetSarBackoffState (uint8_t state)

le_result_t	le_mrc_GetSarBackoffState (uint8_t *statePtr)

uint32_t	le_mrc_GetServingCellEarfcn (void)

uint32_t	le_mrc_GetNeighborCellEarfcn (le_mrc_CellInfoRef_t ngbrCellInfoRef)

uint32_t	le_mrc_GetServingCellTimingAdvance (void)

uint16_t	le_mrc_GetPhysicalServingLteCellId (void)

uint16_t	le_mrc_GetPhysicalNeighborLteCellId (le_mrc_CellInfoRef_t ngbrCellInfoRef)

le_result_t	le_mrc_GetServingCellGsmBsic (uint8_t *BSICPtr)

le_result_t	le_mrc_GetNeighborCellGsmBsic (le_mrc_CellInfoRef_t ngbrCellInfoRef, uint8_t *bsicPtr)

le_result_t	le_mrc_GetLteEmbmsInfo (uint8_t *mcsPtr)

le_result_t	le_mrc_GetTxPowerInfo (int32_t *tx_pwrPtr)

le_result_t	le_mrc_GetLteCqi (uint32_t *cqiPtr)

le_result_t	le_mrc_SetRankChangeMonitoring (bool enable)

Detailed Description

Macro Definition Documentation

◆ LE_MRC_BITMASK_BAND_CLASS_0_A_SYSTEM

#define LE_MRC_BITMASK_BAND_CLASS_0_A_SYSTEM 0x1

2G/3G Band Bit Mask (64 bits)

◆ LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_1

#define LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_1 0x1

LTE Band Bit Mask (64 bits)

◆ LE_MRC_BITMASK_RAT_GSM

#define LE_MRC_BITMASK_RAT_GSM 0x1

Radio Bitmask Access Technology Bit Mask

◆ LE_MRC_BITMASK_TDSCDMA_BAND_A

#define LE_MRC_BITMASK_TDSCDMA_BAND_A 0x1

TDSCDMA Band Bit Mask

◆ LE_MRC_MCC_BYTES

#define LE_MRC_MCC_BYTES 4

Mobile Country Code length One extra byte is added for the null character.

◆ LE_MRC_MCC_LEN

#define LE_MRC_MCC_LEN 3

Mobile Country Code length

◆ LE_MRC_MNC_BYTES

#define LE_MRC_MNC_BYTES 4

Mobile Network Code length One extra byte is added for the null character.

◆ LE_MRC_MNC_LEN

#define LE_MRC_MNC_LEN 3

Mobile Network Code length

◆ LE_MRC_NETWORK_NAME_MAX_LEN

#define LE_MRC_NETWORK_NAME_MAX_LEN 100

Cellular Network length.

Typedef Documentation

◆ le_mrc_CellInfoRef_t

typedef struct le_mrc_CellInfo* le_mrc_CellInfoRef_t

Reference type for one Cell Information.

◆ le_mrc_CellularNetworkScanHandlerFunc_t

typedef void(* le_mrc_CellularNetworkScanHandlerFunc_t) (le_mrc_ScanInformationListRef_t listRef, void *contextPtr)

Handler for cellular asynchronous network scan Sending result. Returns the reference to the List object. Null pointer if the scan failed.

◆ le_mrc_DisconnectHandler_t

typedef void(* le_mrc_DisconnectHandler_t) (void *)

Type for handler called when a server disconnects.

◆ le_mrc_JammingDetectionEventHandlerRef_t

typedef struct le_mrc_JammingDetectionEventHandler* le_mrc_JammingDetectionEventHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_JammingDetectionEvent'

◆ le_mrc_JammingDetectionHandlerFunc_t

typedef void(* le_mrc_JammingDetectionHandlerFunc_t) (le_mrc_JammingReport_t report, le_mrc_JammingStatus_t status, void *contextPtr)

Handler for jamming detection event.

◆ le_mrc_ManualSelectionHandlerFunc_t

typedef void(* le_mrc_ManualSelectionHandlerFunc_t) (le_result_t result, void *contextPtr)

Handler for asynchronous manual selection response

◆ le_mrc_MetricsRef_t

typedef struct le_mrc_Metrics* le_mrc_MetricsRef_t

Reference type for the signal metrics.

◆ le_mrc_NeighborCellsRef_t

typedef struct le_mrc_NeighborCells* le_mrc_NeighborCellsRef_t

Reference type for all Neighboring Cells Information.

◆ le_mrc_NetRegRejectHandlerFunc_t

typedef void(* le_mrc_NetRegRejectHandlerFunc_t) (const le_mrc_NetRegRejectInd_t *LE_NONNULL networkRejectIndPtr, void *contextPtr)

Handler to report network registration reject indication. NetworkRejectHandler is deprecated.

◆ le_mrc_NetRegRejectHandlerRef_t

typedef struct le_mrc_NetRegRejectHandler* le_mrc_NetRegRejectHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_NetRegReject'

◆ le_mrc_NetRegStateEventHandlerRef_t

typedef struct le_mrc_NetRegStateEventHandler* le_mrc_NetRegStateEventHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_NetRegStateEvent'

◆ le_mrc_NetRegStateHandlerFunc_t

typedef void(* le_mrc_NetRegStateHandlerFunc_t) (le_mrc_NetRegState_t state, void *contextPtr)

Handler for Network registration state changes.

◆ le_mrc_NetworkRejectHandlerFunc_t

typedef void(* le_mrc_NetworkRejectHandlerFunc_t) (const char *LE_NONNULL mcc, const char *LE_NONNULL mnc, le_mrc_Rat_t rat, void *contextPtr)

Handler to report network reject indication.

Deprecated:: le_mrc_NetworkRejectHandler() will be removed in near future. It will be replaced by le_mrc_AddNetRegRejectHandler().

◆ le_mrc_NetworkRejectHandlerRef_t

typedef struct le_mrc_NetworkRejectHandler* le_mrc_NetworkRejectHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_NetworkReject'

◆ le_mrc_PacketSwitchedChangeHandlerFunc_t

typedef void(* le_mrc_PacketSwitchedChangeHandlerFunc_t) (le_mrc_NetRegState_t state, void *contextPtr)

Handler for Packet Switched service state changes.

◆ le_mrc_PacketSwitchedChangeHandlerRef_t

typedef struct le_mrc_PacketSwitchedChangeHandler* le_mrc_PacketSwitchedChangeHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_PacketSwitchedChange'

◆ le_mrc_PciNetworkScanHandlerFunc_t

typedef void(* le_mrc_PciNetworkScanHandlerFunc_t) (le_mrc_PciScanInformationListRef_t listRef, void *contextPtr)

Handler for PCI asynchronous network scan Sending result. Returns the reference to the List object. Null pointer if the scan failed.

◆ le_mrc_PciScanInformationListRef_t

typedef struct le_mrc_PciScanInformationList* le_mrc_PciScanInformationListRef_t

Reference type for PCI Scan Information Listing.

◆ le_mrc_PciScanInformationRef_t

typedef struct le_mrc_PciScanInformation* le_mrc_PciScanInformationRef_t

Reference type for PCI Scan Information .

◆ le_mrc_PlmnInformationRef_t

typedef struct le_mrc_PlmnInformation* le_mrc_PlmnInformationRef_t

Reference type for PLMN Information .

◆ le_mrc_PreferredOperatorListRef_t

typedef struct le_mrc_PreferredOperatorList* le_mrc_PreferredOperatorListRef_t

Reference type for Preferred Operator Listing.

◆ le_mrc_PreferredOperatorRef_t

typedef struct le_mrc_PreferredOperator* le_mrc_PreferredOperatorRef_t

Reference type for referring to the Preferred Operator objects.

◆ le_mrc_RankChangeHandlerFunc_t

typedef void(* le_mrc_RankChangeHandlerFunc_t) (int32_t rank, void *contextPtr)

Handler for Rank indicate Technology changes.

◆ le_mrc_RankChangeHandlerRef_t

typedef struct le_mrc_RankChangeHandler* le_mrc_RankChangeHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_RankChange'

◆ le_mrc_RatChangeHandlerFunc_t

typedef void(* le_mrc_RatChangeHandlerFunc_t) (le_mrc_Rat_t rat, void *contextPtr)

Handler for Radio Access Technology changes.

◆ le_mrc_RatChangeHandlerRef_t

typedef struct le_mrc_RatChangeHandler* le_mrc_RatChangeHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_RatChange'

◆ le_mrc_ScanInformationListRef_t

typedef struct le_mrc_ScanInformationList* le_mrc_ScanInformationListRef_t

Reference type for Scan Information Listing.

◆ le_mrc_ScanInformationRef_t

typedef struct le_mrc_ScanInformation* le_mrc_ScanInformationRef_t

Reference type for referring to MRC Scan Information objects.

◆ le_mrc_SignalStrengthChangeHandlerFunc_t

typedef void(* le_mrc_SignalStrengthChangeHandlerFunc_t) (int32_t ss, void *contextPtr)

Handler for Signal Strength value changes.

◆ le_mrc_SignalStrengthChangeHandlerRef_t

typedef struct le_mrc_SignalStrengthChangeHandler* le_mrc_SignalStrengthChangeHandlerRef_t

Reference type used by Add/Remove functions for EVENT 'le_mrc_SignalStrengthChange'

Enumeration Type Documentation

◆ le_mrc_JammingReport_t

enum le_mrc_JammingReport_t

Jamming detection report type enum

Note: If the reported status is the final status (end of the procedure), this shall be indicated within the status report.; Other reports, called intermediate reports, gives only intermediate results issuing from the algorithm

Enumerator
LE_MRC_JAMMING_REPORT_FINAL	Final jamming status report.
LE_MRC_JAMMING_REPORT_INTERMEDIATE	Intermediate jamming status report.

◆ le_mrc_JammingStatus_t

enum le_mrc_JammingStatus_t

Jamming detection status type enum

Note: The final status can be only NULL or JAMMED.

Enumerator
LE_MRC_JAMMING_STATUS_UNKNOWN	Status is unknown.
LE_MRC_JAMMING_STATUS_NULL	No jamming suspicion; radio environment is considered normal.
LE_MRC_JAMMING_STATUS_LOW	Low probability that the device is jammed, but some radio environment parameters are considered abnormal
LE_MRC_JAMMING_STATUS_MEDIUM	Medium probability that the device is jammed; a lot of interferences in the radio spectrum
LE_MRC_JAMMING_STATUS_HIGH	High probability that the device is jammed; radio environment is considered jammed, but there is still a possibility that the module succeeds in synchronizing a cell
LE_MRC_JAMMING_STATUS_JAMMED	Module is jammed; cell synchronization impossible while sufficient power level is detected on a large number of frequencies

◆ le_mrc_NetRegDomain_t

enum le_mrc_NetRegDomain_t

Network Registration service domain type enum.

Enumerator
LE_MRC_NO_SERVICE	Scan is ongoing, the module cannot see any networks.
LE_MRC_CS	Circuit-switched only.
LE_MRC_PS	Packet-switched only.
LE_MRC_CS_PS	Circuit-switched and packet-switched.
LE_MRC_LIMITED_SERVICE	No network register after scan.

◆ le_mrc_NetRegState_t

enum le_mrc_NetRegState_t

Network Registration states.

Enumerator
LE_MRC_REG_NONE	Not registered and not currently searching for new operator.
LE_MRC_REG_HOME	Registered, home network.
LE_MRC_REG_SEARCHING	Not registered but currently searching for a new operator.
LE_MRC_REG_DENIED	Registration was denied, usually because of invalid access credentials.
LE_MRC_REG_ROAMING	Registered to a roaming network.
LE_MRC_REG_UNKNOWN	Unknown state.

◆ le_mrc_NetRejCause_t

enum le_mrc_NetRejCause_t

Network Registration reject cause type enum.

Enumerator
LE_MRC_IMSI_UNKNOWN	IMSI unknown in HLR.
LE_MRC_ILLEGAL_MS	Illegal MS.
LE_MRC_IMEI_NOT_ACCEPTED	IMEI not accepted.
LE_MRC_ILLEGAL_ME	Illegal ME.
LE_MRC_GPRS_NOT_ALLOWED	GPRS services not allowed.
LE_MRC_GPRS_NON_GPRS_NOT_ALLOWED	GPRS services and non-GPRS services not allowed.
LE_MRC_MS_IDENTITY_UNKNOWN	Network cannot derive the MS’s identity.
LE_MRC_NETWORK_IMPLICIT_DETACH	Implicitly detached.
LE_MRC_PLMN_NOT_ALLOWED	PLMN not allowed.
LE_MRC_LOCATION_NOT_ALLOWED	Location Area not allowed.
LE_MRC_ROAMING_NOT_ALLOWED	Roaming not allowed in this location area.
LE_MRC_GPRS_NOT_ALLOWED_PLMN	GPRS services not allowed in this PLMN.
LE_MRC_NO_SUITABLE_CELL	No Suitable Cells In Location Area.
LE_MRC_MSC_NOT_REACHABLE	MSC temporarily not reachable.
LE_MRC_NETWORK_FAILURE	Network failure.
LE_MRC_MAC_FAILURE	MAC failure.
LE_MRC_SYNCH_FAILURE	Synch failure.
LE_MRC_CONGESTION	Congestion.
LE_MRC_GSM_AUTH_FAILURE	GSM authentication unacceptable.
LE_MRC_CSG_NOT_AUTHORIZED	Not authorized for this CSG.
LE_MRC_SMS_VIA_GPRS	SMS provided via GPRS in this routing area.
LE_MRC_No_PDP_ACTIVATED	No PDP context activated.
LE_MRC_RETRY_NEW_CELL	Retry upon entry into a new cell.
LE_MRC_SEMANTICAL_INCORRECT	Semantically incorrect message.
LE_MRC_INVALID_INFORMATION	Invalid mandatory information.
LE_MRC_MESSAGE_TYPE_WRONG	Message type non-existent or not implemented.
LE_MRC_MESSAGE_TYPE_NOT_COMPATIBLE	Message type not compatible with the protocol state.
LE_MRC_WRONG_IE	Information element non-existent or not implemented.
LE_MRC_IE_ERROR	Conditional IE error.
LE_MRC_MESSAGE_NOT_COMPATIBLE	Message not compatible with the protocol state.
LE_MRC_PROTOCOL_ERROR	Protocol error, unspecified.

◆ le_mrc_Rat_t

enum le_mrc_Rat_t

Radio Access Technology enum

Enumerator
LE_MRC_RAT_UNKNOWN	Unknown.
LE_MRC_RAT_GSM	GSM network.
LE_MRC_RAT_UMTS	UMTS networks.
LE_MRC_RAT_TDSCDMA	TD-SCDMA networks.
LE_MRC_RAT_LTE	LTE network.
LE_MRC_RAT_CDMA	CDMA network.

Function Documentation

◆ le_mrc_AddJammingDetectionEventHandler()

le_mrc_JammingDetectionEventHandlerRef_t le_mrc_AddJammingDetectionEventHandler	(	le_mrc_JammingDetectionHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

Add handler function for EVENT 'le_mrc_JammingDetectionEvent'

This event provides information on jamming detection.

Parameters

[in]	handlerPtr
[in]	contextPtr

◆ le_mrc_AddNetRegRejectHandler()

le_mrc_NetRegRejectHandlerRef_t le_mrc_AddNetRegRejectHandler	(	le_mrc_NetRegRejectHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

Add handler function for EVENT 'le_mrc_NetRegReject'

Event to report network registration reject indication. NetworkReject will be deprecated.

Parameters

[in]	handlerPtr
[in]	contextPtr

◆ le_mrc_AddNetRegStateEventHandler()

le_mrc_NetRegStateEventHandlerRef_t le_mrc_AddNetRegStateEventHandler	(	le_mrc_NetRegStateHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

2G/3G Band Bit Mask (64 bits) LTE Band Bit Mask (64 bits) TDSCDMA Band Bit Mask Reference type for referring to MRC Scan Information objects. Reference type for Scan Information Listing. Reference type for PCI Scan Information Listing. Reference type for PCI Scan Information . Reference type for PLMN Information . Reference type for referring to the Preferred Operator objects. Reference type for Preferred Operator Listing. Reference type for one Cell Information. Reference type for all Neighboring Cells Information. Reference type for the signal metrics. Network Registration states. Radio Access Technology enum Jamming detection report type enum

Note: If the reported status is the final status (end of the procedure), this shall be indicated within the status report.; Other reports, called intermediate reports, gives only intermediate results issuing from the algorithm Jamming detection status type enum; The final status can be only NULL or JAMMED. Radio Bitmask Access Technology Bit Mask Network Registration reject cause type enum. Network Registration service domain type enum. Network registration reject indication structure. Handler for Network registration state changes. Reference type used by Add/Remove functions for EVENT 'le_mrc_NetRegStateEvent' Handler for Radio Access Technology changes. Reference type used by Add/Remove functions for EVENT 'le_mrc_RatChange' Handler for Rank indicate Technology changes. Reference type used by Add/Remove functions for EVENT 'le_mrc_RankChange' Handler for Packet Switched service state changes. Reference type used by Add/Remove functions for EVENT 'le_mrc_PacketSwitchedChange' Handler for Signal Strength value changes. Reference type used by Add/Remove functions for EVENT 'le_mrc_SignalStrengthChange' Handler for cellular asynchronous network scan Sending result. Returns the reference to the List object. Null pointer if the scan failed. Handler for PCI asynchronous network scan Sending result. Returns the reference to the List object. Null pointer if the scan failed. Handler for asynchronous manual selection response Handler to report network reject indication.

Deprecated:: le_mrc_NetworkRejectHandler() will be removed in near future. It will be replaced by le_mrc_AddNetRegRejectHandler().

Reference type used by Add/Remove functions for EVENT 'le_mrc_NetworkReject' Handler to report network registration reject indication. NetworkRejectHandler is deprecated. Reference type used by Add/Remove functions for EVENT 'le_mrc_NetRegReject' Handler for jamming detection event. Reference type used by Add/Remove functions for EVENT 'le_mrc_JammingDetectionEvent' Add handler function for EVENT 'le_mrc_NetRegStateEvent'

This event provides information on network registration state changes.

Note: multi-app safe

Parameters

[in]	handlerPtr
[in]	contextPtr

◆ le_mrc_AddNetworkRejectHandler()

le_mrc_NetworkRejectHandlerRef_t le_mrc_AddNetworkRejectHandler	(	le_mrc_NetworkRejectHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

Add handler function for EVENT 'le_mrc_NetworkReject'

Event to report network reject indication.

Parameters

[in]	handlerPtr
[in]	contextPtr

◆ le_mrc_AddPacketSwitchedChangeHandler()

le_mrc_PacketSwitchedChangeHandlerRef_t le_mrc_AddPacketSwitchedChangeHandler	(	le_mrc_PacketSwitchedChangeHandlerFunc_t	packetHandlerPtr,
		void *	contextPtr
	)

Add handler function for EVENT 'le_mrc_PacketSwitchedChange'

This event provides information on Packet Switched service changes.

Note: multi-app safe

Parameters

[in]	packetHandlerPtr
[in]	contextPtr

◆ le_mrc_AddPreferredOperator()

le_result_t le_mrc_AddPreferredOperator	(	const char *LE_NONNULL	mcc,
		const char *LE_NONNULL	mnc,
		le_mrc_RatBitMask_t	ratMask
	)

Add a preferred operator by specifying the MCC/MNC and the Radio Access Technology.

Returns

LE_UNSUPPORTED List of User Preferred operators not available.
LE_FAULT Function failed.
LE_BAD_PARAMETER RAT mask is invalid.
LE_OK Function succeeded.

Note: If strings are not set, too long (bigger than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN digits), or too short (less than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN-1 digits) it's a fatal error, the function won't return.; NOT multi-app safe

Parameters

[in]	mcc	Mobile Country Code
[in]	mnc	Mobile Network Code
[in]	ratMask	Bit mask for the Radio Access Technology preferences.

◆ le_mrc_AddRankChangeHandler()

le_mrc_RankChangeHandlerRef_t le_mrc_AddRankChangeHandler	(	le_mrc_RankChangeHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

Add handler function for EVENT 'le_mrc_RankChange'

This event provides information on Rank indicate changes.

Note: multi-app safe

Parameters

[in]	handlerPtr
[in]	contextPtr

◆ le_mrc_AddRatChangeHandler()

le_mrc_RatChangeHandlerRef_t le_mrc_AddRatChangeHandler	(	le_mrc_RatChangeHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

Add handler function for EVENT 'le_mrc_RatChange'

This event provides information on Radio Access Technology changes.

Note: multi-app safe

Parameters

[in]	handlerPtr
[in]	contextPtr

◆ le_mrc_AddSignalStrengthChangeHandler()

le_mrc_SignalStrengthChangeHandlerRef_t le_mrc_AddSignalStrengthChangeHandler	(	le_mrc_Rat_t	rat,
		int32_t	lowerRangeThreshold,
		int32_t	upperRangeThreshold,
		le_mrc_SignalStrengthChangeHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

Add handler function for EVENT 'le_mrc_SignalStrengthChange'

This event provides information on Signal Strength value changes.

Note: NOT multi-app safe

Parameters

[in]	rat	Radio Access Technology
[in]	lowerRangeThreshold	Lower-range Signal strength threshold in dBm
[in]	upperRangeThreshold	Upper-range Signal strength threshold in dBm
[in]	handlerPtr
[in]	contextPtr

◆ le_mrc_ConnectService()

void le_mrc_ConnectService ( void )

Connect the current client thread to the service providing this API. Block until the service is available.

For each thread that wants to use this API, either ConnectService or TryConnectService must be called before any other functions in this API. Normally, ConnectService is automatically called for the main thread, but not for any other thread. For details, see Client Specific Functions.

This function is created automatically.

◆ le_mrc_DeleteCellularNetworkScan()

void le_mrc_DeleteCellularNetworkScan ( le_mrc_ScanInformationListRef_t scanInformationListRef )

This function must be called to delete the list of the Scan Information retrieved with le_mrc_PerformCellularNetworkScan().

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] scanInformationListRef The list of scan information.

◆ le_mrc_DeleteNeighborCellsInfo()

void le_mrc_DeleteNeighborCellsInfo ( le_mrc_NeighborCellsRef_t ngbrCellsRef )

This function must be called to delete the Neighboring Cells information.

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] ngbrCellsRef Neighboring Cells reference.

◆ le_mrc_DeletePciNetworkScan()

void le_mrc_DeletePciNetworkScan ( le_mrc_PciScanInformationListRef_t scanInformationListRef )

This function must be called to delete the list of the Pci Scan Information retrieved with le_mrc_PerformPciNetworkScan() or le_mrc_PerformPciNetworkScanAsync().

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.

Parameters

[in] scanInformationListRef The list of scan information.

◆ le_mrc_DeletePreferredOperatorsList()

void le_mrc_DeletePreferredOperatorsList ( le_mrc_PreferredOperatorListRef_t preferredOperatorListRef )

This function must be called to delete the list of the preferred operators retrieved with le_mrc_GetPreferredOperators().

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] preferredOperatorListRef The list of the preferred operators.

◆ le_mrc_DeleteSignalMetrics()

void le_mrc_DeleteSignalMetrics ( le_mrc_MetricsRef_t MetricsRef )

This function must be called to delete the the signal metrics.

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] MetricsRef Signal metrics reference.

◆ le_mrc_DisconnectService()

void le_mrc_DisconnectService ( void )

Disconnect the current client thread from the service providing this API.

Normally, this function doesn't need to be called. After this function is called, there's no longer a connection to the service, and the functions in this API can't be used. For details, see Client Specific Functions.

This function is created automatically.

◆ le_mrc_GetBandCapabilities()

le_result_t le_mrc_GetBandCapabilities ( le_mrc_BandBitMask_t * bandMaskPtrPtr )

Get the Bit mask for 2G/3G Band capabilities.

Returns

LE_OK on success
LE_FAULT on failure
LE_UNSUPPORTED Unable to get the 2G/3G Band capabilities on this platform

Note: multi-app safe

Parameters

[out] bandMaskPtrPtr Bit mask for 2G/3G Band capabilities.

◆ le_mrc_GetBandPreferences()

le_result_t le_mrc_GetBandPreferences ( le_mrc_BandBitMask_t * bandMaskPtrPtr )

Get the Bit mask for 2G/3G Band preferences.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: multi-app safe

Parameters

[out] bandMaskPtrPtr Bit mask for 2G/3G Band preferences.

◆ le_mrc_GetCdmaSignalMetrics()

le_result_t le_mrc_GetCdmaSignalMetrics	(	le_mrc_MetricsRef_t	MetricsRef,
		int32_t *	ssPtr,
		uint32_t *	erPtr,
		int32_t *	ecioPtr,
		int32_t *	sinrPtr,
		int32_t *	ioPtr
	)

This function returns the signal metrics measured on CDMA network.

Returns

LE_OK on success
LE_FAULT on failure
rscpPtr and sinrPtr return INT32_MAX when the value isn't available.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in]	MetricsRef	Signal metrics reference.
[out]	ssPtr	Signal strength in dBm
[out]	erPtr	Frame/Packet error rate
[out]	ecioPtr	ECIO value in dB with 1 decimal place (-15 = -1.5 dB) (Negative value)
[out]	sinrPtr	SINR level in dB with 1 decimal place, (only applicable for 1xEV-DO, value INT32_MAX means that the value is not available)
[out]	ioPtr	Received IO in dBm (only applicable for 1xEV-DO, value INT32_MAX means that the value is not available)

◆ le_mrc_GetCellularNetworkMccMnc()

le_result_t le_mrc_GetCellularNetworkMccMnc	(	le_mrc_ScanInformationRef_t	scanInformationRef,
		char *	mccPtr,
		size_t	mccPtrSize,
		char *	mncPtr,
		size_t	mncPtrSize
	)

This function must be called to get the Cellular Network Code [mcc:mnc]

Returns

LE_OK on success
LE_OVERFLOW if the MCC or MNC would not fit in buffer
LE_FAULT for all other errors

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in]	scanInformationRef	Scan information reference
[out]	mccPtr	Mobile Country Code
[in]	mccPtrSize
[out]	mncPtr	Mobile Network Code
[in]	mncPtrSize

◆ le_mrc_GetCellularNetworkName()

le_result_t le_mrc_GetCellularNetworkName	(	le_mrc_ScanInformationRef_t	scanInformationRef,
		char *	namePtr,
		size_t	namePtrSize
	)

This function must be called to get the Cellular Network Name.

Returns

LE_OK on success
LE_OVERFLOW if the operator name would not fit in buffer
LE_FAULT for all other errors

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in]	scanInformationRef	Scan information reference
[out]	namePtr	Name of operator
[in]	namePtrSize

◆ le_mrc_GetCellularNetworkRat()

le_mrc_Rat_t le_mrc_GetCellularNetworkRat ( le_mrc_ScanInformationRef_t scanInformationRef )

This function must be called to get the radio access technology of a scanInformationRef.

Returns: the radio access technology

Note: On failure, the process exits.; multi-app safe

Parameters

[in] scanInformationRef Scan information reference

◆ le_mrc_GetCurrentNetworkMccMnc()

le_result_t le_mrc_GetCurrentNetworkMccMnc	(	char *	mccStr,
		size_t	mccStrSize,
		char *	mncStr,
		size_t	mncStrSize
	)

This function must be called to get the current network PLMN information.

Returns

LE_OK on success
LE_FAULT on any other failure

Note: multi-app safe

Parameters

[out]	mccStr	the mobile country code
[in]	mccStrSize
[out]	mncStr	the mobile network code
[in]	mncStrSize

◆ le_mrc_GetCurrentNetworkName()

le_result_t le_mrc_GetCurrentNetworkName	(	char *	nameStr,
		size_t	nameStrSize
	)

This function must be called to get the current network name information.

Returns

LE_OK on success
LE_BAD_PARAMETER if nameStr is NULL
LE_OVERFLOW if the Home Network Name can't fit in nameStr
LE_FAULT on any other failure

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[out]	nameStr	the home network Name
[in]	nameStrSize

◆ le_mrc_GetFirstCellularNetworkScan()

le_mrc_ScanInformationRef_t le_mrc_GetFirstCellularNetworkScan ( le_mrc_ScanInformationListRef_t scanInformationListRef )

This function must be called to get the first Scan Information object reference in the list of scan Information retrieved with le_mrc_PerformCellularNetworkScan().

Returns: NULL No scan information found.; le_mrc_ScanInformationRef_t The Scan Information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] scanInformationListRef The list of scan information.

◆ le_mrc_GetFirstNeighborCellInfo()

le_mrc_CellInfoRef_t le_mrc_GetFirstNeighborCellInfo ( le_mrc_NeighborCellsRef_t ngbrCellsRef )

This function must be called to get the first Cell Information reference in the list of Neighboring Cells information retrieved with le_mrc_GetNeighborCellsInfo().

Returns: NULL No Cell information object found.; le_mrc_CellInfoRef_t The Cell information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] ngbrCellsRef Neighboring Cells reference.

◆ le_mrc_GetFirstPciScanInfo()

le_mrc_PciScanInformationRef_t le_mrc_GetFirstPciScanInfo ( le_mrc_PciScanInformationListRef_t scanInformationListRef )

This function must be called to get the first Pci Scan Information object reference in the list of scan Information retrieved with le_mrc_PerformPciNetworkScan().

Returns: NULL No scan information found.; The Scan Information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] scanInformationListRef The list of scan information.

◆ le_mrc_GetFirstPlmnInfo()

le_mrc_PlmnInformationRef_t le_mrc_GetFirstPlmnInfo ( le_mrc_PciScanInformationRef_t pciScanInformationRef )

This function must be called to get the first Plmn Information object reference in the list of Plmn on each cell.

Returns: NULL No scan information found.; le_mrc_PlmnInformationRef_t The Plmn Information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.

Parameters

[in] pciScanInformationRef [IN] The reference to the cell information.

◆ le_mrc_GetFirstPreferredOperator()

le_mrc_PreferredOperatorRef_t le_mrc_GetFirstPreferredOperator ( le_mrc_PreferredOperatorListRef_t preferredOperatorListRef )

This function must be called to get the first Operator object reference in the list of the preferred operators retrieved with le_mrc_GetPreferredOperators().

Returns

NULL No operator information found.
le_mrc_PreferredOperatorRef The Operator object reference.

Note: If the caller is passing a bad reference into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] preferredOperatorListRef The list of the preferred operators.

◆ le_mrc_GetGsmSignalMetrics()

le_result_t le_mrc_GetGsmSignalMetrics	(	le_mrc_MetricsRef_t	MetricsRef,
		int32_t *	rssiPtr,
		uint32_t *	berPtr
	)

This function returns the signal strength in dBm and the bit error rate measured on GSM network.

Returns

LE_OK on success
LE_FAULT on failure

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in]	MetricsRef	Signal metrics reference.
[out]	rssiPtr	Signal strength in dBm
[out]	berPtr	Bit error rate.

◆ le_mrc_GetLteBandCapabilities()

le_result_t le_mrc_GetLteBandCapabilities ( le_mrc_LteBandBitMask_t * bandMaskPtrPtr )

Get the Bit mask for LTE Band capabilities.

Returns

LE_OK on success
LE_FAULT on failure
LE_UNSUPPORTED Unable to get the LTE Band capabilities on this platform

Note: multi-app safe

Parameters

[out] bandMaskPtrPtr Bit mask for LTE Band capabilities.

◆ le_mrc_GetLteBandPreferences()

le_result_t le_mrc_GetLteBandPreferences ( le_mrc_LteBandBitMask_t * bandMaskPtrPtr )

Get the Bit mask for LTE Band preferences.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: multi-app safe

Parameters

[out] bandMaskPtrPtr Bit mask for LTE Band preferences.

◆ le_mrc_GetLteCqi()

le_result_t le_mrc_GetLteCqi ( uint32_t * cqiPtr )

This command gets LTE CQI

Returns

LE_OK The function succeeded.
LE_FAULT The function failed.
LE_UNSUPPORTED The feature is not supported.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.

Parameters

[out] cqiPtr The CQI value

◆ le_mrc_GetLteEmbmsInfo()

le_result_t le_mrc_GetLteEmbmsInfo ( uint8_t * mcsPtr )

Get the LTE Data modulation and coding scheme for the physical multicast channel.

Returns: LE_OK The function succeeded.; LE_FAULT The function failed.; LE_UNAVAILABLE The mcs is not available. The mcs value is set to UINT8_MAX.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.

Parameters

[out] mcsPtr The mcs value

◆ le_mrc_GetLteSignalMetrics()

le_result_t le_mrc_GetLteSignalMetrics	(	le_mrc_MetricsRef_t	MetricsRef,
		int32_t *	ssPtr,
		uint32_t *	blerPtr,
		int32_t *	rsrqPtr,
		int32_t *	rsrpPtr,
		int32_t *	snrPtr
	)

This function returns the signal metrics measured on LTE network.

Returns

LE_OK on success
LE_FAULT on failure
sinrPtr and ioPtr return INT32_MAX when the value isn't available.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in]	MetricsRef	Signal metrics reference.
[out]	ssPtr	Signal strength in dBm
[out]	blerPtr	Block error rate
[out]	rsrqPtr	RSRQ value in dB as measured by L1 with 1 decimal place
[out]	rsrpPtr	Current RSRP in dBm as measured by L1 with 1 decimal place
[out]	snrPtr	SNR level in dB with 1 decimal place (15 = 1.5 dB)

◆ le_mrc_GetNeighborCellEarfcn()

uint32_t le_mrc_GetNeighborCellEarfcn ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

Get the neighbor cell radio frequency channel number. The EARFCN is in the range from 0 to 262143.

Returns: The neighbor cell frequency channel number. UINT32_MAX value is returned if the value is not available.

Parameters

[in] ngbrCellInfoRef The cell information reference

◆ le_mrc_GetNeighborCellGsmBsic()

le_result_t le_mrc_GetNeighborCellGsmBsic	(	le_mrc_CellInfoRef_t	ngbrCellInfoRef,
		uint8_t *	bsicPtr
	)

Get the Base Station Identity Code (BSIC) for a neighbour cell on GSM network.

Returns: LE_OK The function succeeded.; LE_BAD_PARAMETER Bad parameter passed to the function; LE_FAULT The function failed.; LE_UNAVAILABLE The BSIC is not available. The BSIC value is set to UINT8_MAX.

Parameters

[in]	ngbrCellInfoRef	The cell information reference.
[out]	bsicPtr	The BSIC value

◆ le_mrc_GetNeighborCellId()

uint32_t le_mrc_GetNeighborCellId ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

This function must be called to get the Physical Cell Identifier.

Returns: The Physical Cell Identifier. UINT32_MAX value is returned if the Cell Identifier is not available.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] ngbrCellInfoRef Cell information reference.

◆ le_mrc_GetNeighborCellLocAreaCode()

uint32_t le_mrc_GetNeighborCellLocAreaCode ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

This function must be called to get the Location Area Code of a cell.

Returns: The Location Area Code of a cell. UINT16_MAX value is returned if the value is not available.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] ngbrCellInfoRef Cell information reference.

◆ le_mrc_GetNeighborCellLteInterFreq()

le_result_t le_mrc_GetNeighborCellLteInterFreq	(	le_mrc_CellInfoRef_t	ngbrCellInfoRef,
		int32_t *	rsrqPtr,
		int32_t *	rsrpPtr
	)

This function must be called to get the RSRP and RSRQ of the Interfrequency of a LTE cell.

Returns

LE_OK on success
LE_FAULT on failure

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in]	ngbrCellInfoRef	Cell information reference.
[out]	rsrqPtr	Reference Signal Received Quality value in dB with 1 decimal place
[out]	rsrpPtr	Reference Signal Receiver Power value in dBm with 1 decimal place

◆ le_mrc_GetNeighborCellLteIntraFreq()

le_result_t le_mrc_GetNeighborCellLteIntraFreq	(	le_mrc_CellInfoRef_t	ngbrCellInfoRef,
		int32_t *	rsrqPtr,
		int32_t *	rsrpPtr
	)

This function must be called to get the RSRP and RSRQ of the Intrafrequency of a LTE cell.

Returns

LE_OK on success
LE_FAULT on failure

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in]	ngbrCellInfoRef	Cell information reference.
[out]	rsrqPtr	Reference Signal Received Quality value in dB with 1 decimal place
[out]	rsrpPtr	Reference Signal Receiver Power value in dBm with 1 decimal place

◆ le_mrc_GetNeighborCellRat()

le_mrc_Rat_t le_mrc_GetNeighborCellRat ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

This function must be called to get the Radio Access Technology of a cell.

Returns: The Radio Access Technology of a cell.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] ngbrCellInfoRef Cell information reference.

◆ le_mrc_GetNeighborCellRxLevel()

int32_t le_mrc_GetNeighborCellRxLevel ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

This function must be called to get the signal strength of a cell.

Returns: The signal strength of a cell in dBm.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] ngbrCellInfoRef Cell information reference.

◆ le_mrc_GetNeighborCellScramblingCode()

uint16_t le_mrc_GetNeighborCellScramblingCode ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

This function must be called to get the neighbor cell primary scrambling code.

Returns: The neighbor cell primary scrambling code. UINT16_MAX value is returned if the value is not available.

Note: multi-app safe

Parameters

[in] ngbrCellInfoRef Cell information reference

◆ le_mrc_GetNeighborCellsInfo()

le_mrc_NeighborCellsRef_t le_mrc_GetNeighborCellsInfo ( void )

This function must be called to retrieve the Neighboring Cells information. It creates and returns a reference to the Neighboring Cells information.

Returns: A reference to the Neighboring Cells information.; NULL if no Cells Information are available.

Note: multi-app safe

◆ le_mrc_GetNeighborCellUmtsEcIo()

int32_t le_mrc_GetNeighborCellUmtsEcIo ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

This function must be called to get the Ec/Io; the received energy per chip divided by the power density in the band measured in dBm on the primary CPICH channel of serving cell (negative value)

Returns

The Ec/Io of a cell given in dB with 1 decimal place. (only applicable for UMTS network).
INT32_MAX when the value isn't available.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] ngbrCellInfoRef Cell information reference.

◆ le_mrc_GetNetRegState()

le_result_t le_mrc_GetNetRegState ( le_mrc_NetRegState_t * statePtr )

Get the network registration state.

Returns: LE_FAULT The function failed to get the Network registration state.; LE_BAD_PARAMETER A bad parameter was passed.; LE_OK The function succeeded.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[out] statePtr Network Registration state.

◆ le_mrc_GetNextCellularNetworkScan()

le_mrc_ScanInformationRef_t le_mrc_GetNextCellularNetworkScan ( le_mrc_ScanInformationListRef_t scanInformationListRef )

This function must be called to get the next Scan Information object reference in the list of scan Information retrieved with le_mrc_PerformCellularNetworkScan().

Returns: NULL No scan information found.; le_mrc_ScanInformationRef_t The Scan Information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] scanInformationListRef The list of scan information.

◆ le_mrc_GetNextNeighborCellInfo()

le_mrc_CellInfoRef_t le_mrc_GetNextNeighborCellInfo ( le_mrc_NeighborCellsRef_t ngbrCellsRef )

This function must be called to get the next Cell Information reference in the list of Neighboring Cells information retrieved with le_mrc_GetNeighborCellsInfo().

Returns: NULL No Cell information object found.; le_mrc_CellInfoRef_t Cell information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] ngbrCellsRef Neighboring Cells reference.

◆ le_mrc_GetNextPciScanInfo()

le_mrc_PciScanInformationRef_t le_mrc_GetNextPciScanInfo ( le_mrc_PciScanInformationListRef_t scanInformationListRef )

This function must be called to get the next Scan Information object reference in the list of scan Information retrieved with le_mrc_PerformPciNetworkScan().

Returns: NULL No scan information found.; The Scan Information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] scanInformationListRef The list of scan information.

◆ le_mrc_GetNextPlmnInfo()

le_mrc_PlmnInformationRef_t le_mrc_GetNextPlmnInfo ( le_mrc_PciScanInformationRef_t plmnRef )

This function must be called to get the next Plmn Information object reference in the list of Plmn on each cell.

Returns: NULL No scan information found.; le_mrc_PlmnInformationRef_t The Plmn Information object reference.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.

Parameters

[in] plmnRef [IN] The reference to the cell information.

◆ le_mrc_GetNextPreferredOperator()

le_mrc_PreferredOperatorRef_t le_mrc_GetNextPreferredOperator ( le_mrc_PreferredOperatorListRef_t preferredOperatorListRef )

This function must be called to get the next Operator object reference in the list of the preferred operators retrieved with le_mrc_GetPreferredOperators().

Returns

NULL No operator information found.
le_mrc_PreferredOperatorRef The Operator object reference.

Note: If the caller is passing a bad reference into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] preferredOperatorListRef The list of the preferred operators.

◆ le_mrc_GetPacketSwitchedState()

le_result_t le_mrc_GetPacketSwitchedState ( le_mrc_NetRegState_t * statePtr )

Get the Packet Switched state.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: multi-app safe

Parameters

[out] statePtr The current Packet switched state.

◆ le_mrc_GetPciScanCellId()

uint16_t le_mrc_GetPciScanCellId ( le_mrc_PciScanInformationRef_t pciScanInformationRef )

This function must be called to get the physical cell id referenced by PciScanInformation which is returned by le_mrc_GetFirstPciScanInfo() and le_mrc_GetNextPciScanInfo().

Returns: The Physical Cell Identifier.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.

Parameters

[in] pciScanInformationRef [IN] The reference to the cell information.

◆ le_mrc_GetPciScanGlobalCellId()

uint32_t le_mrc_GetPciScanGlobalCellId ( le_mrc_PciScanInformationRef_t pciScanInformationRef )

This function must be called to get the global cell id referenced by PciScanInformation which is returned by le_mrc_GetFirstPciScanInfo() and le_mrc_GetNextPciScanInfo().

Returns: The Global Cell Identifier.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.

Parameters

[in] pciScanInformationRef [IN] The reference to the cell information.

◆ le_mrc_GetPciScanMccMnc()

le_result_t le_mrc_GetPciScanMccMnc	(	le_mrc_PlmnInformationRef_t	plmnRef,
		char *	mccPtr,
		size_t	mccPtrSize,
		char *	mncPtr,
		size_t	mncPtrSize
	)

This function must be called to get the Mcc/Mnc of each PLMN referenced in the list of Plmn Information retrieved with le_mrc_GetFirstPlmnInfo() and le_mrc_GetNextPlmnInfo().

Returns

LE_OK on success
LE_OVERFLOW if the MCC or MNC would not fit in buffer
LE_FAULT for all other errors

Parameters

[in]	plmnRef	[IN] The reference to the cell information.
[out]	mccPtr	Mobile Country Code
[in]	mccPtrSize
[out]	mncPtr	Mobile Network Code
[in]	mncPtrSize

◆ le_mrc_GetPhysicalNeighborLteCellId()

uint16_t le_mrc_GetPhysicalNeighborLteCellId ( le_mrc_CellInfoRef_t ngbrCellInfoRef )

Get the neighbor physical cell Id. The physical cell Id is in the range from 0 to 503.

Returns: The physical serving cell Id. UINT16_MAX value is returned if the value is not available.

Parameters

[in] ngbrCellInfoRef The cell information reference

◆ le_mrc_GetPhysicalServingLteCellId()

uint16_t le_mrc_GetPhysicalServingLteCellId ( void )

Get the physical serving cell Id. The physical cell Id is in the range from 0 to 503.

Returns: The physical serving cell Id. UINT16_MAX value is returned if the value is not available.

◆ le_mrc_GetPlatformSpecificRegistrationErrorCode()

int32_t le_mrc_GetPlatformSpecificRegistrationErrorCode ( void )

Get the platform specific network registration error code.

Refer to Platform specific error codes for platform specific registration error code description.

Returns: the platform specific registration error code

◆ le_mrc_GetPreferredOperatorDetails()

le_result_t le_mrc_GetPreferredOperatorDetails	(	le_mrc_PreferredOperatorRef_t	preferredOperatorRef,
		char *	mccPtr,
		size_t	mccPtrSize,
		char *	mncPtr,
		size_t	mncPtrSize,
		le_mrc_RatBitMask_t *	ratMaskPtr
	)

This function must be called to get the Operator information details.

Returns

LE_OK on success
LE_OVERFLOW if the MCC or MNC would not fit in buffer
LE_FAULT for all other errors

Note: multi-app safe

Parameters

[in]	preferredOperatorRef	Operator object reference.
[out]	mccPtr	Mobile Country Code.
[in]	mccPtrSize
[out]	mncPtr	Mobile Network Code.
[in]	mncPtrSize
[out]	ratMaskPtr	Bit mask for the RAT preferences.

◆ le_mrc_GetPreferredOperatorsList()

le_mrc_PreferredOperatorListRef_t le_mrc_GetPreferredOperatorsList ( void )

This function must be called to retrieve a list of the preferred operators.

Returns

Reference to the List object.
Null pointer if there is no preferences list.

Note: multi-app safe

◆ le_mrc_GetRadioAccessTechInUse()

le_result_t le_mrc_GetRadioAccessTechInUse ( le_mrc_Rat_t * ratPtr )

This function must be called to get the current Radio Access Technology in use.

Returns: LE_OK Function succeeded.; LE_BAD_PARAMETER Invalid parameter.; LE_FAULT Function failed to get the Radio Access Technology.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; The API returns the RAT only if the device is registered on the network. le_mrc_GetNetRegState() function can be called first to obtain the network registration state.; multi-app safe

Parameters

[out] ratPtr The Radio Access Technology.

◆ le_mrc_GetRadioBandInUse()

le_result_t le_mrc_GetRadioBandInUse ( uint32_t * bandPtr )

This function must be called to get the current Radio Band in use.

Returns: LE_OK Function succeeded.; LE_BAD_PARAMETER Invalid parameter.; LE_FAULT Function failed to get the Radio Band.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[out] bandPtr The Radio Band.

◆ le_mrc_GetRadioPower()

le_result_t le_mrc_GetRadioPower ( le_onoff_t * powerPtr )

Must be called to get the Radio Module power state.

Returns: LE_FAULT The function failed to get the Radio Module power state.; LE_BAD_PARAMETER if powerPtr is NULL.; LE_OK The function succeed.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[out] powerPtr Power state.

◆ le_mrc_GetRatOfSignalMetrics()

le_mrc_Rat_t le_mrc_GetRatOfSignalMetrics ( le_mrc_MetricsRef_t MetricsRef )

This function returns the Radio Access Technology of the signal metrics.

Returns: The Radio Access Technology of the signal measure.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in] MetricsRef Signal metrics reference.

◆ le_mrc_GetRatPreferences()

le_result_t le_mrc_GetRatPreferences ( le_mrc_RatBitMask_t * ratMaskPtrPtr )

Get the Radio Access Technology preferences

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: multi-app safe

Parameters

[out] ratMaskPtrPtr Bit mask for the Radio Access Technology preferences.

◆ le_mrc_GetRegisterMode()

le_result_t le_mrc_GetRegisterMode	(	bool *	isManualPtrPtr,
		char *	mccPtr,
		size_t	mccPtrSize,
		char *	mncPtr,
		size_t	mncPtrSize
	)

Get the selected Selection Register mode.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: multi-app safe

Parameters

[out]	isManualPtrPtr	true if the scan mode is manual, false if the scan mode is automatic.
[out]	mccPtr	Mobile Country Code
[in]	mccPtrSize
[out]	mncPtr	Mobile Network Code
[in]	mncPtrSize

◆ le_mrc_GetSarBackoffState()

le_result_t le_mrc_GetSarBackoffState ( uint8_t * statePtr )

Get the SAR backoff state

Warning: The SAR backoff feature might be unsupported by some platforms. Please refer to the platform documentation Modem Control platform constraints.

Returns

LE_OK The function succeeded.
LE_FAULT The function failed.
LE_UNSUPPORTED The feature is not supported.

Parameters

[out] statePtr Current state. By default, SAR is disabled (state = 0). Refer to platformConstraitsMdc for the number of maximum states.

◆ le_mrc_GetServingCellEarfcn()

uint32_t le_mrc_GetServingCellEarfcn ( void )

Get the serving cell radio frequency channel number. The EARFCN is in the range from 0 to 262143.

Returns: The serving cell frequency channel number. UINT32_MAX value is returned if the value is not available.

◆ le_mrc_GetServingCellGsmBsic()

le_result_t le_mrc_GetServingCellGsmBsic ( uint8_t * BSICPtr )

Get the Base Station Identity Code (BSIC) for the serving cell on GSM network.

Returns: LE_OK The function succeeded.; LE_BAD_PARAMETER Bad parameter passed to the function; LE_FAULT The function failed.; LE_UNAVAILABLE The BSIC is not available. The BSIC value is set to UINT8_MAX.

Parameters

[out] BSICPtr The BSIC value

◆ le_mrc_GetServingCellId()

uint32_t le_mrc_GetServingCellId ( void )

This function must be called to get the serving Cell Identifier.

Returns: The Cell Identifier. UINT32_MAX value is returned if the value is not available.

Note: When the module is in UMTS network, the API returns the serving UTRAN Cell Identity (UC-Id) which is used to identify the cell uniquely. It is composed of the Controlling Radio Network Controller Identifier (CRNC-Id, 12 bits) and the Cell Identifier (C-Id, 16 bits). (3GPP 25.401, section 6.1.5) The Cell Identifier is coded in the lower 2 bytes of the 4 bytes UC-Id and the CRNC-Id is coded in the upper 2 bytes. Example: the API returns 7807609 -> 0x772279 (CRNC-Id = 0x77 , cell ID = 0x2279); multi-app safe

◆ le_mrc_GetServingCellLocAreaCode()

uint32_t le_mrc_GetServingCellLocAreaCode ( void )

This function must be called to get the Location Area Code of the serving cell.

Returns: The Location Area Code. UINT32_MAX value is returned if the value is not available.

Note: multi-app safe

◆ le_mrc_GetServingCellLteTracAreaCode()

uint16_t le_mrc_GetServingCellLteTracAreaCode ( void )

This function must be called to get the Tracking Area Code of the serving cell (LTE only).

Returns: The Tracking Area Code. UINT16_MAX value is returned if the value is not available.

Note: multi-app safe

◆ le_mrc_GetServingCellScramblingCode()

uint16_t le_mrc_GetServingCellScramblingCode ( void )

This function must be called to get the serving cell primary scrambling code.

Returns: The serving cell primary scrambling code. UINT16_MAX value is returned if the value is not available.

Note: multi-app safe

◆ le_mrc_GetServingCellTimingAdvance()

uint32_t le_mrc_GetServingCellTimingAdvance ( void )

Get the serving cell timing advance index value. Timing advance index value is in the range from 0 to 1280.

Returns: The serving cell timing advance index value. UINT32_MAX value is returned if the value is not available.

◆ le_mrc_GetSignalQual()

le_result_t le_mrc_GetSignalQual ( uint32_t * qualityPtr )

Get the signal quality.

Returns: LE_FAULT The function failed to get the Signal Quality information.; LE_BAD_PARAMETER A bad parameter was passed.; LE_OK The function succeeded.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[out] qualityPtr [OUT] Received signal strength quality (0 = no signal strength, 5 = very good signal strength).

◆ le_mrc_GetTdScdmaBandCapabilities()

le_result_t le_mrc_GetTdScdmaBandCapabilities ( le_mrc_TdScdmaBandBitMask_t * bandMaskPtrPtr )

Get the Bit mask for TD-SCDMA Band capabilities.

Returns

LE_OK on success
LE_FAULT on failure
LE_UNSUPPORTED Unable to get the TD-SCDMA Band Capabilities on this platform

Note: multi-app safe

Parameters

[out] bandMaskPtrPtr Bit mask for TD-SCDMA Band capabilities.

◆ le_mrc_GetTdScdmaBandPreferences()

le_result_t le_mrc_GetTdScdmaBandPreferences ( le_mrc_TdScdmaBandBitMask_t * bandMaskPtrPtr )

Get the Bit mask for TD-SCDMA Band preferences.

Returns

LE_OK Function succeeded.
LE_FAULT Function failed.
LE_UNSUPPORTED The platform doesn't support getting TD-SCDMA Band preferences.

Note: multi-app safe

Parameters

[out] bandMaskPtrPtr Bit mask for TD-SCDMA Band preferences.

◆ le_mrc_GetTxPowerInfo()

le_result_t le_mrc_GetTxPowerInfo ( int32_t * tx_pwrPtr )

Get the TX power

Returns: LE_OK The function succeeded.; LE_FAULT The function failed.; LE_UNAVAILABLE The TX power is not available. The TX power value is set to INT32_MAX.

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.

Parameters

[out] tx_pwrPtr The TX power value

◆ le_mrc_GetUmtsSignalMetrics()

le_result_t le_mrc_GetUmtsSignalMetrics	(	le_mrc_MetricsRef_t	MetricsRef,
		int32_t *	ssPtr,
		uint32_t *	blerPtr,
		int32_t *	ecioPtr,
		int32_t *	rscpPtr,
		int32_t *	sinrPtr
	)

This function returns the signal metrics measured on UMTS or TD-SCDMA networks.

Returns

LE_OK on success
LE_FAULT on failure

Note: If the caller is passing a bad pointer into this function, it's a fatal error, the function won't return.; multi-app safe

Parameters

[in]	MetricsRef	Signal metrics reference.
[out]	ssPtr	Signal strength in dBm
[out]	blerPtr	Block error rate
[out]	ecioPtr	Ec/Io value in dB with 1 decimal place (-15 = -1.5 dB) (Negative value)
[out]	rscpPtr	Measured RSCP in dBm (negative value, value INT32_MAX means that RSCP is not available)
[out]	sinrPtr	Measured SINR in dB (only applicable for TD-SCDMA network, value INT32_MAX means that the SINR is not available)

◆ le_mrc_IsCellularNetworkAvailable()

bool le_mrc_IsCellularNetworkAvailable ( le_mrc_ScanInformationRef_t scanInformationRef )

This function must be called to check if a cellular network is available.

Returns: true The network is available; false The network isn't available

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] scanInformationRef Scan information reference

◆ le_mrc_IsCellularNetworkForbidden()

bool le_mrc_IsCellularNetworkForbidden ( le_mrc_ScanInformationRef_t scanInformationRef )

This function must be called to check if a cellular network is forbidden by the operator.

Returns: true The network is forbidden; false The network is allowed

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] scanInformationRef Scan information reference

◆ le_mrc_IsCellularNetworkHome()

bool le_mrc_IsCellularNetworkHome ( le_mrc_ScanInformationRef_t scanInformationRef )

This function must be called to check if a cellular network is currently in home mode.

Returns: true The network is home; false The network is roaming

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] scanInformationRef Scan information reference

◆ le_mrc_IsCellularNetworkInUse()

bool le_mrc_IsCellularNetworkInUse ( le_mrc_ScanInformationRef_t scanInformationRef )

This function must be called to check if a cellular network is currently in use.

Returns: true The network is in use; false The network isn't in use

Note: On failure, the process exits, so you don't have to worry about checking the returned reference for validity.; multi-app safe

Parameters

[in] scanInformationRef Scan information reference

◆ le_mrc_MeasureSignalMetrics()

le_mrc_MetricsRef_t le_mrc_MeasureSignalMetrics ( void )

This function must be called to measure the signal metrics. It creates and returns a reference to the signal metrics.

Returns: A reference to the signal metrics.; NULL if no signal metrics are available.

Note: multi-app safe

◆ le_mrc_PerformCellularNetworkScan()

le_mrc_ScanInformationListRef_t le_mrc_PerformCellularNetworkScan ( le_mrc_RatBitMask_t ratMask )

This function must be called to perform a cellular network scan.

Returns: Reference to the List object. Null pointer if the scan failed.

Note: multi-app safe

Parameters

[in] ratMask Radio Access Technology mask

◆ le_mrc_PerformCellularNetworkScanAsync()

void le_mrc_PerformCellularNetworkScanAsync	(	le_mrc_RatBitMask_t	ratMask,
		le_mrc_CellularNetworkScanHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

This function must be called to perform a cellular network scan asynchronously. This function is not blocking, the response will be returned with a handler function.

Note: multi-app safe

Parameters

[in]	ratMask	Radio Access Technology mask
[in]	handlerPtr	handler for sending result.
[in]	contextPtr

◆ le_mrc_PerformPciNetworkScan()

le_mrc_PciScanInformationListRef_t le_mrc_PerformPciNetworkScan ( le_mrc_RatBitMask_t ratMask )

This function must be called to perform a PCI network scan.

Returns: Reference to the List object. Null pointer if the scan failed.

Warning: PCI scan is platform dependent. Please refer to Modem Control platform constraints for further details.

Note: On devices with the watchdog service enabled, the timeout is 4 mins. On those without, the timeout is 5 mins.; multi-app safe

Parameters

[in] ratMask Radio Access Technology mask

◆ le_mrc_PerformPciNetworkScanAsync()

void le_mrc_PerformPciNetworkScanAsync	(	le_mrc_RatBitMask_t	ratMask,
		le_mrc_PciNetworkScanHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

This function must be called to perform a PCI network scan asynchronously. This function is not blocking, the response will be returned with a handler function.

Warning: PCI scan is platform dependent. Please refer to Modem Control platform constraints for further details.

Note: multi-app safe

Parameters

[in]	ratMask	Radio Access Technology mask
[in]	handlerPtr	handler for sending result.
[in]	contextPtr

◆ le_mrc_RemoveJammingDetectionEventHandler()

void le_mrc_RemoveJammingDetectionEventHandler ( le_mrc_JammingDetectionEventHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_JammingDetectionEvent'

Parameters

[in] handlerRef

◆ le_mrc_RemoveNetRegRejectHandler()

void le_mrc_RemoveNetRegRejectHandler ( le_mrc_NetRegRejectHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_NetRegReject'

Parameters

[in] handlerRef

◆ le_mrc_RemoveNetRegStateEventHandler()

void le_mrc_RemoveNetRegStateEventHandler ( le_mrc_NetRegStateEventHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_NetRegStateEvent'

Parameters

[in] handlerRef

◆ le_mrc_RemoveNetworkRejectHandler()

void le_mrc_RemoveNetworkRejectHandler ( le_mrc_NetworkRejectHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_NetworkReject'

Parameters

[in] handlerRef

◆ le_mrc_RemovePacketSwitchedChangeHandler()

void le_mrc_RemovePacketSwitchedChangeHandler ( le_mrc_PacketSwitchedChangeHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_PacketSwitchedChange'

Parameters

[in] handlerRef

◆ le_mrc_RemovePreferredOperator()

le_result_t le_mrc_RemovePreferredOperator	(	const char *LE_NONNULL	mcc,
		const char *LE_NONNULL	mnc
	)

Remove a preferred operator by specifying the MCC/MNC.

Returns

LE_UNSUPPORTED List of User Preferred operators not available.
LE_NOT_FOUND Operator not found in the User Preferred operators list.
LE_FAULT Function failed.
LE_OK Function succeeded.

Note: If strings are not set, too long (bigger than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN digits), or too short (less than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN-1 digits) it's a fatal error, the function won't return.; NOT multi-app safe

Parameters

[in]	mcc	Mobile Country Code
[in]	mnc	Mobile Network Code

◆ le_mrc_RemoveRankChangeHandler()

void le_mrc_RemoveRankChangeHandler ( le_mrc_RankChangeHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_RankChange'

Parameters

[in] handlerRef

◆ le_mrc_RemoveRatChangeHandler()

void le_mrc_RemoveRatChangeHandler ( le_mrc_RatChangeHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_RatChange'

Parameters

[in] handlerRef

◆ le_mrc_RemoveSignalStrengthChangeHandler()

void le_mrc_RemoveSignalStrengthChangeHandler ( le_mrc_SignalStrengthChangeHandlerRef_t handlerRef )

Remove handler function for EVENT 'le_mrc_SignalStrengthChange'

Parameters

[in] handlerRef

◆ le_mrc_SetAutomaticRegisterMode()

le_result_t le_mrc_SetAutomaticRegisterMode ( void )

Enable the automatic Selection Register mode.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: NOT multi-app safe

◆ le_mrc_SetBandPreferences()

le_result_t le_mrc_SetBandPreferences ( le_mrc_BandBitMask_t bandMask )

Set the 2G/3G Band preferences by using a bit mask.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: NOT multi-app safe

Parameters

[in] bandMask Bit mask for 2G/3G Band preferences.

◆ le_mrc_SetLteBandPreferences()

le_result_t le_mrc_SetLteBandPreferences ( le_mrc_LteBandBitMask_t bandMask )

Set the LTE Band preferences by using a bit mask.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.
LE_UNSUPPORTED The platform doesn't support setting LTE Band preferences.

Note: NOT multi-app safe

Parameters

[in] bandMask Bit mask for LTE Band preferences.

◆ le_mrc_SetManualRegisterMode()

le_result_t le_mrc_SetManualRegisterMode	(	const char *LE_NONNULL	mcc,
		const char *LE_NONNULL	mnc
	)

Set the manual Selection Register mode with the MCC/MNC parameters.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.

Note: If strings are not set, too long (bigger than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN digits), or too short (less than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN-1 digits) it's a fatal error, the function won't return.; NOT multi-app safe

Parameters

[in]	mcc	Mobile Country Code
[in]	mnc	Mobile Network Code

◆ le_mrc_SetManualRegisterModeAsync()

void le_mrc_SetManualRegisterModeAsync	(	const char *LE_NONNULL	mcc,
		const char *LE_NONNULL	mnc,
		le_mrc_ManualSelectionHandlerFunc_t	handlerPtr,
		void *	contextPtr
	)

Set the manual selection register mode asynchronously. This function is not blocking, the response will be returned with a handler function.

Note: If strings are not set, too long (bigger than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN digits), or too short (less than LE_MRC_MCC_LEN/LE_MRC_MNC_LEN-1 digits) it's a fatal error, the function won't return.; NOT multi-app safe

Parameters

[in]	mcc	Mobile Country Code
[in]	mnc	Mobile Network Code
[in]	handlerPtr	handler for sending result
[in]	contextPtr

◆ le_mrc_SetRadioPower()

le_result_t le_mrc_SetRadioPower ( le_onoff_t power )

Set the power of the Radio Module.

Returns: LE_BAD_PARAMETER Bad power mode specified.; LE_FAULT Function failed.; LE_OK Function succeed.

Note: NOT multi-app safe

Parameters

[in] power The power state.

◆ le_mrc_SetRankChangeMonitoring()

le_result_t le_mrc_SetRankChangeMonitoring ( bool enable )

Enable or disable monitoring on Rank change indicate . By default, monitoring is disabled.

Returns

LE_OK The function succeeded.
LE_FAULT The function failed.
LE_UNSUPPORTED The feature is not supported.

Parameters

[in] enable If monitoring should be enabled

◆ le_mrc_SetRatPreferences()

le_result_t le_mrc_SetRatPreferences ( le_mrc_RatBitMask_t ratMask )

Set the Radio Access Technology preferences by using a bit mask.

Returns

LE_FAULT Function failed.
LE_OK Function succeeded.
LE_UNSUPPORTED Not supported by platform.

Note: NOT multi-app safe

Parameters

[in] ratMask Bit mask for the Radio Access Technology preferences.

◆ le_mrc_SetSarBackoffState()

le_result_t le_mrc_SetSarBackoffState ( uint8_t state )

Set the SAR backoff state

Warning: The SAR backoff feature might be unsupported by some platforms. Please refer to the platform documentation Modem Control platform constraints.

Returns

LE_OK The function succeeded.
LE_FAULT The function failed.
LE_UNSUPPORTED The feature is not supported.
LE_OUT_OF_RANGE The provided index is out of range.

Parameters

[in] state New state to enable. By default, SAR is disabled (state = 0). Refer to platformConstraitsMdc for the number of maximum states.

◆ le_mrc_SetServerDisconnectHandler()

LE_FULL_API void le_mrc_SetServerDisconnectHandler	(	le_mrc_DisconnectHandler_t	disconnectHandler,
		void *	contextPtr
	)

Set handler called when server disconnection is detected.

When a server connection is lost, call this handler then exit with LE_FATAL. If a program wants to continue without exiting, it should call longjmp() from inside the handler.

◆ le_mrc_SetSignalStrengthIndDelta()

le_result_t le_mrc_SetSignalStrengthIndDelta	(	le_mrc_Rat_t	rat,
		uint16_t	delta
	)

This function sets a signal strength indication delta for a specific RAT.

Returns

LE_OK Function succeeded.
LE_BAD_PARAMETER Bad parameters.
LE_FAULT Function failed.

Note: The signal delta is set in units of 0.1 dBm. For example, to set a delta of 10.6 dBm, the delta value must be set to 106.

Warning: The signal delta resolution is platform dependent. Please refer to Modem Control platform constraints section for full details.

Parameters

[in]	rat	Radio Access Technology
[in]	delta	Signal delta in units of 0.1 dBm

◆ le_mrc_SetSignalStrengthIndThresholds()

le_result_t le_mrc_SetSignalStrengthIndThresholds	(	le_mrc_Rat_t	rat,
		int32_t	lowerRangeThreshold,
		int32_t	upperRangeThreshold
	)

This function sets signal strength indication thresholds for a specific RAT.

Returns

LE_OK Function succeeded.
LE_BAD_PARAMETER Bad parameters
LE_FAULT Function failed.

Note: NOT multi-app safe

Parameters

[in]	rat	Radio Access Technology
[in]	lowerRangeThreshold	Lower-range Signal strength threshold in dBm
[in]	upperRangeThreshold	Upper-range Signal strength threshold in dBm

◆ le_mrc_SetTdScdmaBandPreferences()

le_result_t le_mrc_SetTdScdmaBandPreferences ( le_mrc_TdScdmaBandBitMask_t bandMask )

Set the TD-SCDMA Band preferences by using a bit mask.

Returns

LE_OK Function succeeded.
LE_FAULT Function failed.
LE_UNSUPPORTED The platform doesn't support setting TD-SCDMA Band preferences.

Note: NOT multi-app safe

Parameters

[in] bandMask Bit mask for TD-SCDMA Band preferences.

◆ le_mrc_StartJammingDetection()

le_result_t le_mrc_StartJammingDetection ( void )

Start the jamming detection monitoring.

Warning: The jamming detection feature might be limited by the platform. Please refer to the platform documentation Modem Control platform constraints.

Returns

LE_OK The function succeeded.
LE_FAULT The function failed.
LE_DUPLICATE The feature is already activated and an activation is requested.
LE_UNSUPPORTED The feature is not supported.

◆ le_mrc_StopJammingDetection()

le_result_t le_mrc_StopJammingDetection ( void )

Stop the jamming detection monitoring.

Returns

LE_OK The function succeeded.
LE_FAULT The function failed or the application did not start the jamming detection.
LE_UNSUPPORTED The feature is not supported.

◆ le_mrc_TryConnectService()

le_result_t le_mrc_TryConnectService ( void )

Try to connect the current client thread to the service providing this API. Return with an error if the service is not available.

For each thread that wants to use this API, either ConnectService or TryConnectService must be called before any other functions in this API. Normally, ConnectService is automatically called for the main thread, but not for any other thread. For details, see Client Specific Functions.

This function is created automatically.

Returns

LE_OK if the client connected successfully to the service.
LE_UNAVAILABLE if the server is not currently offering the service to which the client is bound.
LE_NOT_PERMITTED if the client interface is not bound to any service (doesn't have a binding).
LE_COMM_ERROR if the Service Directory cannot be reached.

le_mrc API Reference

Data Structures

Files

Macros

Typedefs

Enumerations

Functions

Detailed Description

Macro Definition Documentation

◆ LE_MRC_BITMASK_BAND_CLASS_0_A_SYSTEM

◆ LE_MRC_BITMASK_LTE_BAND_E_UTRA_OP_BAND_1

◆ LE_MRC_BITMASK_RAT_GSM

◆ LE_MRC_BITMASK_TDSCDMA_BAND_A

◆ LE_MRC_MCC_BYTES

◆ LE_MRC_MCC_LEN

◆ LE_MRC_MNC_BYTES

◆ LE_MRC_MNC_LEN

◆ LE_MRC_NETWORK_NAME_MAX_LEN

Typedef Documentation

◆ le_mrc_CellInfoRef_t

◆ le_mrc_CellularNetworkScanHandlerFunc_t

◆ le_mrc_DisconnectHandler_t

◆ le_mrc_JammingDetectionEventHandlerRef_t

◆ le_mrc_JammingDetectionHandlerFunc_t

◆ le_mrc_ManualSelectionHandlerFunc_t

◆ le_mrc_MetricsRef_t

◆ le_mrc_NeighborCellsRef_t

◆ le_mrc_NetRegRejectHandlerFunc_t

◆ le_mrc_NetRegRejectHandlerRef_t

◆ le_mrc_NetRegStateEventHandlerRef_t

◆ le_mrc_NetRegStateHandlerFunc_t

◆ le_mrc_NetworkRejectHandlerFunc_t

◆ le_mrc_NetworkRejectHandlerRef_t

◆ le_mrc_PacketSwitchedChangeHandlerFunc_t

◆ le_mrc_PacketSwitchedChangeHandlerRef_t

◆ le_mrc_PciNetworkScanHandlerFunc_t

◆ le_mrc_PciScanInformationListRef_t

◆ le_mrc_PciScanInformationRef_t

◆ le_mrc_PlmnInformationRef_t

◆ le_mrc_PreferredOperatorListRef_t

◆ le_mrc_PreferredOperatorRef_t

◆ le_mrc_RankChangeHandlerFunc_t

◆ le_mrc_RankChangeHandlerRef_t

◆ le_mrc_RatChangeHandlerFunc_t

◆ le_mrc_RatChangeHandlerRef_t

◆ le_mrc_ScanInformationListRef_t

◆ le_mrc_ScanInformationRef_t

◆ le_mrc_SignalStrengthChangeHandlerFunc_t

◆ le_mrc_SignalStrengthChangeHandlerRef_t

Enumeration Type Documentation

◆ le_mrc_JammingReport_t

◆ le_mrc_JammingStatus_t

◆ le_mrc_NetRegDomain_t

◆ le_mrc_NetRegState_t

◆ le_mrc_NetRejCause_t

◆ le_mrc_Rat_t

Function Documentation

◆ le_mrc_AddJammingDetectionEventHandler()

◆ le_mrc_AddNetRegRejectHandler()

◆ le_mrc_AddNetRegStateEventHandler()

◆ le_mrc_AddNetworkRejectHandler()

◆ le_mrc_AddPacketSwitchedChangeHandler()

◆ le_mrc_AddPreferredOperator()

◆ le_mrc_AddRankChangeHandler()

◆ le_mrc_AddRatChangeHandler()

◆ le_mrc_AddSignalStrengthChangeHandler()

◆ le_mrc_ConnectService()

◆ le_mrc_DeleteCellularNetworkScan()

◆ le_mrc_DeleteNeighborCellsInfo()

◆ le_mrc_DeletePciNetworkScan()

◆ le_mrc_DeletePreferredOperatorsList()

◆ le_mrc_DeleteSignalMetrics()

◆ le_mrc_DisconnectService()

◆ le_mrc_GetBandCapabilities()

◆ le_mrc_GetBandPreferences()

◆ le_mrc_GetCdmaSignalMetrics()

◆ le_mrc_GetCellularNetworkMccMnc()

◆ le_mrc_GetCellularNetworkName()

◆ le_mrc_GetCellularNetworkRat()

◆ le_mrc_GetCurrentNetworkMccMnc()