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sysmo-bts:superfemto_v3.11
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sysmo-bts:superfemto_v3.9
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sysmo-bts:superfemto_v3.11
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5 changed files with 360 additions and 749 deletions
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6
include/gsml1const.h
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@ -141,9 +141,8 @@ typedef enum GsmL1_Status_t
GsmL1_Status_TxBurstFifoUndr = -21, ///< Fifo underrun GsmL1_Status_TxBurstFifoUndr = -21, ///< Fifo underrun
GsmL1_Status_NotSynchronized = -22, ///< Not synchronized GsmL1_Status_NotSynchronized = -22, ///< Not synchronized
GsmL1_Status_Unsupported = -23, ///< Unsupported feature GsmL1_Status_Unsupported = -23, ///< Unsupported feature
GsmL1_Status_ClockError = -24, ///< System clock error
GSML1_STATUS_NUM = 25 GSML1_STATUS_NUM = 24
} GsmL1_Status_t; } GsmL1_Status_t;
@ -184,8 +183,7 @@ typedef enum GsmL1_DevType_t
GsmL1_DevType_Rxd = 0x01, ///< Monitor type (RX downlink only) GsmL1_DevType_Rxd = 0x01, ///< Monitor type (RX downlink only)
GsmL1_DevType_Rxu = 0x02, ///< Monitor type (RX uplink only) GsmL1_DevType_Rxu = 0x02, ///< Monitor type (RX uplink only)
GsmL1_DevType_Txd = 0x04, ///< Jammer type (TX downlink only) GsmL1_DevType_Txd = 0x04, ///< Jammer type (TX downlink only)
GsmL1_DevType_Txu = 0x08, ///< Jammer type (TX uplink only) GsmL1_DevType_Txu = 0x08 ///< Jammer type (TX uplink only)
GsmL1_DevType_TxuRxu = 0x0A ///< Loopback type (TX uplink with downlink frame format, Rx uplink)
} GsmL1_DevType_t; } GsmL1_DevType_t;

87
include/gsml1rf.h Normal file
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@ -0,0 +1,87 @@
#ifndef GSML1RF_H__
#define GSML1RF_H__
/****************************************************************************
* Includes *
****************************************************************************/
#include <stdint.h>
#include "gsml1serv.h"
/****************************************************************************
* Defines *
****************************************************************************/
#define GSML1RF_NOCHANGE 2 ///< Do not modify RX or TX device in the FPGA side
#define GSML1RF_ENABLE 1 ///< Enable RX or TX device in the FPGA side
#define GSML1RF_DISABLE 0 ///< Disable RX or TX device in the FPGA side
/****************************************************************************
* Public functions *
****************************************************************************/
/****************************************************************************
* Function : GsmL1Rf_Init
************************************************************************//**
*
* Initialize the PhyRf library.
*
* @return
* GsmL1_Status_Success or an error code otherwise.
*
* @ingroup gsml1_api_phyrf
*
****************************************************************************/
GsmL1_Status_t GsmL1Rf_Init( void );
/****************************************************************************
* Function : GsmL1Rf_Close
************************************************************************//**
*
* Uninitialize the PhyRf library.
*
* @return
* GsmL1_Status_Success or an error code otherwise.
*
* @ingroup gsml1_api_phyrf
*
****************************************************************************/
void GsmL1Rf_Close( void );
/****************************************************************************
* Function : GsmL1Rf_GetProvidedServices
************************************************************************//**
*
* Used to retrieve a structure of every services provided by the PhyRf layer.
*
* @param [out] pPhyRfProvidedServices
* Points to a structure of every services provided by the PhyRf layer
*
* @return
* GsmL1_Status_Success or an error code otherwise.
*
* @ingroup gsml1_api_phyrf
*
****************************************************************************/
GsmL1_Status_t GsmL1Rf_GetProvidedServices( Gsm_PhyRfProvidedServices_t *pPhyRfProvidedServices );
/****************************************************************************
* Function : GsmL1Rf_IsInitialized
************************************************************************//**
*
* Used to determinate if the PhyRf library is initialized
*
* @return
* 1 if initialized, 0 otherwise
*
* @ingroup gsml1_api_phyrf
*
****************************************************************************/
uint8_t GsmL1Rf_IsInitialized( void );
#ifdef __cplusplus
}
#endif // extern "C"
#endif // GSML1PHYRF_H__

135
include/gsml1serv.h Normal file
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@ -0,0 +1,135 @@
#ifndef GSML1SERV_H__
#define GSML1SERV_H__
#ifdef __cplusplus
extern "C" {
#endif // __cplusplus
/****************************************************************************
* Includes *
****************************************************************************/
#include "gsml1const.h"
#include "gsml1types.h"
#include "gsml1prim.h"
/****************************************************************************
* Struct : PhyRf_ExternalServices_t
************************************************************************//**
*
* All external services provided from the PhyLink Layer to the PhyRf layer.
*
* @ingroup gsml1_api_phyrf
*
****************************************************************************/
typedef struct PhyRf_ExternalServices_t
{
GsmL1_Status_t (*pfRecvBurst) ( HANDLE hPhyLink, GsmL1_RxBurst_t *pRxBurst );
GsmL1_Status_t (*pfUpdateTn) ( HANDLE hPhyLink, uint32_t u32Fn, uint8_t u8Tn );
} PhyRf_ExternalServices_t;
/****************************************************************************
* typedef : Gsm_L3ProvidedServices_t
************************************************************************//**
*
* Structure which contains a function pointer to every service provided
* by the Gsm Layer 3 library.
*
* @ingroup gsml1_api_services
*
***************************************************************************/
typedef struct Gsm_L3ProvidedServices
{
GsmL1_Status_t (*pfMphCnf)( GsmL1_Prim_t *pPrim );
GsmL1_Status_t (*pfMphInd)( GsmL1_Prim_t *pPrim );
} Gsm_L3ProvidedServices_t;
/****************************************************************************
* typedef : Gsm_L2ProvidedServices_t
************************************************************************//**
*
* Structure which contains a function pointer to every service provided
* by the Gsm Layer 2 library.
*
* @ingroup gsml1_api_services
*
***************************************************************************/
typedef struct Gsm_L2ProvidedServices_t
{
GsmL1_Status_t (*pfPhCnf)( GsmL1_Prim_t *pPrim );
GsmL1_Status_t (*pfPhInd)( GsmL1_Prim_t *pPrim );
} Gsm_L2ProvidedServices_t;
/****************************************************************************
* typedef : Gsm_PhyLinkProvidedServices_t
************************************************************************//**
*
* Structure which contains a function pointer to every service provided
* by the physical link layer library.
*
* @ingroup gsml1_api_services
*
***************************************************************************/
typedef struct Gsm_PhyLinkProvidedServices_t
{
// Services provided to the layer 3
GsmL1_Status_t (*pfMphReq)( GsmL1_Prim_t *pPrim );
// Services provided to the Layer 2
GsmL1_Status_t (*pfPhReq)( GsmL1_Prim_t *pPrim );
// Services provided to the physical radio frequency layer
GsmL1_Status_t (*pfRecvBurst) ( HANDLE hDevice, GsmL1_RxBurst_t *pRxBurst );
GsmL1_Status_t (*pfUpdateTn) ( HANDLE hDevice, uint32_t u32Fn, uint8_t u8Tn );
} Gsm_PhyLinkProvidedServices_t;
/****************************************************************************
* typedef : Gsm_PhyRfProvidedServices_t
************************************************************************//**
*
* Structure which contains a function pointer to every service provided
* by the PhyRf library.
*
* @ingroup gsml1_api_services
*
***************************************************************************/
typedef struct Gsm_PhyRfProvidedServices_t
{
// Services provided from the physical radio frequency layer
GsmL1_Status_t (*pfInitDevice) ( PhyRf_ExternalServices_t *pPhyRfExternalServices,
GsmL1_DevType_t devType,
GsmL1_FreqBand_t freqBand,
uint16_t u16Arfcn,
float fTxPowerLevel,
uint8_t u8NbTsc,
HANDLE hPhyLink,
HANDLE *hPhyRf );
void (*pfCloseDevice ) ( HANDLE hPhyRfDevice );
GsmL1_Status_t (*pfSendBurst ) ( HANDLE hPhyRfDevice, GsmL1_TxBurst_t *pTxBurst );
GsmL1_Status_t (*pfConfigTs ) ( HANDLE hPhyRfDevice,
uint8_t u8Tn,
uint8_t u8EnableRx,
uint8_t u8EnableTxAutoDummy );
GsmL1_Status_t (*pfSetTxPowerLevel) ( HANDLE hPhyRfDevice,
float fTxPowerLevel );
GsmL1_Status_t (*pfSetNbTsc) ( HANDLE hPhyRfDevice,
uint8_t u8NbTsc );
// Services provided by the physical RF layer to the FPGA layer
void (*pfNewTnIsr) ( void );
} Gsm_PhyRfProvidedServices_t;
#ifdef __cplusplus
}
#endif // extern "C"
#endif // GSMSERVICES_H__

283
include/sbts2050_header.h
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@ -1,283 +0,0 @@
#ifndef PACKET_H__
#define PACKET_H__
#ifdef __cplusplus
extern "C" {
#endif
#include <stdint.h>
#define RQT_SUCCESS 0
enum sbts2050_ids_request {
SBTS2050_PWR_RQT = 0x00,
SBTS2050_PWR_STATUS = 0x01,
SBTS2050_TEMP_RQT = 0x10
};
typedef struct
{
uint16_t u16Magic; ///< Magic ID (0xCAFE)
uint8_t u8Id; ///< Command ID
uint8_t u8Len; ///< Command length in bytes (not including the parity)
union {
//
// Power Supply commands
//
// Activate/deactivate power supply
struct
{
uint8_t u1MasterEn :1; ///< Master SF enable (0:disable, 1:enable)
uint8_t u1SlaveEn :1; ///< Slave SF enable (0:disable, 1:enable)
uint8_t u1PwrAmpEn :1; ///< PA enable (0:disable, 1:enable)
} __attribute__((packed)) pwrSetState;
// Get the status of the power supplies
struct
{
} __attribute__((packed)) pwrGetStatus;
//
// Temperature commands
//
// Get temperature
struct
{
} __attribute__((packed)) tempGet;
//
// Ethernet Swicth commands
//
// Reset the ethernet switch
struct
{
} __attribute__((packed)) ethswtReset;
// Write to the ethernet switch EEPROM
struct
{
uint8_t u8Addr; ///< Write address
uint8_t u8Data; ///< Write value
} __attribute__((packed)) ethswtEepromWrite;
// Read from the ethernet switch EEPROM
struct
{
uint8_t u8Addr; ///< Write address
} __attribute__((packed)) ethswtEepromRead;
// Write to the MDIO port of the ethernet switch
struct
{
uint8_t u8Dev; ///< Device address
uint8_t u8Reg; ///< Register address
uint16_t u16Data; ///< Write data
} __attribute__((packed)) ethswtMdioWrite;
// Read from the MDIO port of the ethernet switch
struct
{
uint8_t u8Dev; ///< Device address
uint8_t u8Reg; ///< Write address
} __attribute__((packed)) ethswtMdioRead;
//
// Watchdog commands
//
// Set the timeout value of the watchdog timer
struct
{
uint8_t u8Timeout; ///< Timout value in seconds (0: disable)
} __attribute__((packed)) wdtSetTimeout;
// Trig the watchdog timer
struct
{
} __attribute__((packed)) wdtTrig;
//
// Firmware commands
//
// Get firmware version
struct
{
} __attribute__((packed)) fwGetVer;
// Update firmware (enter programming mode)
struct
{
} __attribute__((packed)) fwUpdate;
// Restart the application
struct
{
} __attribute__((packed)) fwReset;
// Erase a flash section
struct
{
uint32_t u32Addr; ///< Flash address
} __attribute__((packed)) fwFlErase;
// Program flash memory
struct
{
uint32_t u32Addr; ///< Flash address
uint8_t u8Len; ///< Number of bytes to be programmed
uint8_t u8Data[128]; ///< Data to be programmed
} __attribute__((packed)) fwFlProg;
//
// Raw payload
//
uint8_t raw[0]; ///< Raw command data
} cmd;
uint8_t u8Parity; ///< Command parity
} __attribute__((packed)) cmdpkt_t;
/****************************************************************************
* Struct : rsppkt_t
************************************************************************//**
*
* Response packet format (from control board).
*
****************************************************************************/
typedef struct
{
uint16_t u16Magic; ///< Magic ID (0xCAFE)
uint8_t u8Id; ///< Command ID
uint8_t u8Len; ///< Response length in bytes (not including the parity)
int8_t i8Error; ///< Error code (0:success, /0:error)
union {
//
// Power Supply commands
//
// Activate/deactivate power supply
struct
{
} __attribute__((packed)) pwrSetState;
// Get the status of the power supplies
struct
{
uint8_t u1MasterEn :1; ///< Master SF enable (0:disable, 1:enable)
uint8_t u1SlaveEn :1; ///< Slave SF enable (0:disable, 1:enable)
uint8_t u1PwrAmpEn :1; ///< PA enable (0:disable, 1:enable)
uint8_t u8MasterV; ///< Master SF voltage (Q3.5)
uint8_t u8MasterA; ///< Master SF current (Q2.6)
uint8_t u8SlaveV; ///< Slave SF voltage (Q3.5)
uint8_t u8SlaveA; ///< Slave SF current (Q2.6)
uint8_t u8PwrAmpV; ///< PA voltage (Q6.2)
uint8_t u8PwrAmpA; ///< PA current (Q2.6)
uint8_t u8PwrAmpBiasV; ///< PA Bias voltage (Q4.4)
uint8_t u8MainSupplyA; ///< Main supply (24V) current (Q2.6)
} __attribute__((packed)) pwrGetStatus;
//
// Temperature commands
//
// Get temperature
struct
{
int8_t i8BrdTemp; ///< Control board temperature
int8_t i8PaTemp; ///< PA temperature
} __attribute__((packed)) tempGet;
//
// Ethernet Swicth commands
//
// Reset the ethernet switch
struct
{
} __attribute__((packed)) ethswtReset;
// Write to the ethernet switch EEPROM
struct
{
} __attribute__((packed)) ethswtEepromWrite;
// Read from the ethernet switch EEPROM
struct
{
uint8_t u8Value; ///< Read value
} __attribute__((packed)) ethswtEepromRead;
// Write to the MDIO port of the ethernet switch
struct
{
} __attribute__((packed)) ethswtMdioWrite;
// Read from the MDIO port of the ethernet switch
struct
{
uint16_t u16Data; ///< Read value
} __attribute__((packed)) ethswtMdioRead;
//
// Watchdog commands
//
// Set the timeout value of the watchdog timer
struct
{
} __attribute__((packed)) wdtSetTimout;
// Trig the watchdog timer
struct
{
} __attribute__((packed)) wdtTrig;
//
// Firmware commands
//
// Get firmware version
struct
{
uint8_t u8Major; ///< Major version number
uint8_t u8Minor; ///< Minot version number
} __attribute__((packed)) fwGetVer;
// Update firmware
struct
{
} __attribute__((packed)) fwUpdate;
// Restart the application
struct
{
} __attribute__((packed)) fwReset;
// Erase a flash section
struct
{
} __attribute__((packed)) fwFlErase;
// Program flash memory
struct
{
} __attribute__((packed)) fwFlProg;
//
// Raw payload
//
uint8_t raw[0]; ///< Raw command data
} rsp;
uint8_t u8Parity; ///< Command parity
} __attribute__((packed)) rsppkt_t;
#ifdef __cplusplus
}
#endif
#endif

586
include/superfemto.h
View File

@ -1,5 +1,8 @@
#ifndef SUPERFEMTO_H__ #ifndef FemtoBts_H__
#define SUPERFEMTO_H__ #define FemtoBts_H__
#define FEMTOBTS_API(x,y,z) ((x << 16) | (y << 8) | z)
#define FEMTOBTS_API_VERSION FEMTOBTS_API(2,7,0)
#ifdef __cplusplus #ifdef __cplusplus
extern "C" { extern "C" {
@ -12,106 +15,69 @@
#include "gsml1const.h" #include "gsml1const.h"
#define SUPERFEMTO_API(x,y,z) ((x << 16) | (y << 8) | z)
#define SUPERFEMTO_API_VERSION SUPERFEMTO_API(5,1,0)
/**************************************************************************** /****************************************************************************
* Const * * Const *
****************************************************************************/ ****************************************************************************/
/**************************************************************************** /****************************************************************************
* Enum: SuperFemto_Status_t * Enum: FemtoBts_Status_t
************************************************************************//** ************************************************************************//**
* *
* Status used by the SuperFemto. * Status used by the FemtoBts.
* *
* @ingroup superfemto_api * @ingroup femtobts_api
* *
****************************************************************************/ ****************************************************************************/
typedef GsmL1_Status_t SuperFemto_Status_t; typedef GsmL1_Status_t FemtoBts_Status_t;
/**************************************************************************** /****************************************************************************
* Enum : SuperFemto_PrimId_t * Enum : FemtoBts_PrimId_t
************************************************************************//** ************************************************************************//**
* *
* System management primitives. * System management primitives.
* *
* @ingroup superfemto_api * @ingroup femtobts_api
* *
****************************************************************************/ ****************************************************************************/
typedef enum SuperFemto_PrimId_t typedef enum FemtoBts_PrimId_t
{ {
SuperFemto_PrimId_SystemInfoReq, ///< REQ: System information FemtoBts_PrimId_SystemInfoReq, ///< Request system information
SuperFemto_PrimId_SystemInfoCnf, ///< CNF: System information FemtoBts_PrimId_SystemInfoCnf, ///< Confirm system information
SuperFemto_PrimId_SystemFailureInd, ///< IND: System failure indication FemtoBts_PrimId_SystemFailureInd, ///< System failure indication
SuperFemto_PrimId_ActivateRfReq, ///< REQ: Activation of the RF section FemtoBts_PrimId_ActivateRfReq, ///< Request activation of the RF section
SuperFemto_PrimId_ActivateRfCnf, ///< CNF: Activation of the RF section FemtoBts_PrimId_ActivateRfCnf, ///< Confirm activation of the RF section
SuperFemto_PrimId_DeactivateRfReq, ///< REQ: Deactivation of the RF section FemtoBts_PrimId_DeactivateRfReq, ///< Request deactivation of the RF section
SuperFemto_PrimId_DeactivateRfCnf, ///< CNF: Deactivation of the RF section FemtoBts_PrimId_DeactivateRfCnf, ///< Confirm deactivation of the RF section
SuperFemto_PrimId_SetTraceFlagsReq, ///< REQ: Set the verbosity of the system FemtoBts_PrimId_SetTraceFlagsReq, ///< Set the verbosity of the system
SuperFemto_PrimId_RfClockInfoReq, ///< REQ: Information about the RF clock sub-system FemtoBts_PrimId_RfClockInfoReq, ///< Request information about the RF clock sub-system
SuperFemto_PrimId_RfClockInfoCnf, ///< CNF: Returns the RF clock sub-system information FemtoBts_PrimId_RfClockInfoCnf, ///< Returns the RF clock sub-system information
SuperFemto_PrimId_RfClockSetupReq, ///< REQ: Configure the RF clock sub-system FemtoBts_PrimId_RfClockSetupReq, ///< Configure the RF clock sub-system
SuperFemto_PrimId_RfClockSetupCnf, ///< CNF: Confirm the configuration of the RF clock sub-system FemtoBts_PrimId_RfClockSetupCnf, ///< Confirm the configuration of the RF clock sub-system
SuperFemto_PrimId_Layer1ResetReq, ///< REQ: Trigger a reset of the GSM layer 1 library FemtoBts_PrimId_Layer1ResetReq, ///< Trigger a reset of the GSM layer 1 library
SuperFemto_PrimId_Layer1ResetCnf, ///< CNF: Confirm that the GSM layer 1 library was reset FemtoBts_PrimId_Layer1ResetCnf, ///< Confirm that the GSM layer 1 library was reset
SuperFemto_PrimId_GetTxCalibTblReq, ///< REQ: Get the TX gain calibration table FemtoBts_PrimId_NUM
SuperFemto_PrimId_GetTxCalibTblCnf, ///< CNF: Returns TX gain calibration table
SuperFemto_PrimId_SetTxCalibTblReq, ///< REQ: Set the TX gain calibration table
SuperFemto_PrimId_SetTxCalibTblCnf, ///< CNF: Confirm the use of the new TX gain calibration table
SuperFemto_PrimId_GetRxCalibTblReq, ///< REQ: Get the RX level calibration table
SuperFemto_PrimId_GetRxCalibTblCnf, ///< CNF: Returns RX level calibration table
SuperFemto_PrimId_SetRxCalibTblReq, ///< REQ: Set the RX level calibration table
SuperFemto_PrimId_SetRxCalibTblCnf, ///< CNF: Confirm the use of the new RX level calibration table
SuperFemto_PrimId_MuteRfReq, ///< REQ: Mute/Unmute the RF section
SuperFemto_PrimId_MuteRfCnf, ///< CNF: Confirm the mutin/unmiting of the the RF section
SuperFemto_PrimId_SetRxAttenReq, ///< REQ: Set the RX attenuation
SuperFemto_PrimId_SetRxAttenCnf, ///< CNF: Confirm the configuration of the RX attenuation
SuperFemto_PrimId_NUM
} SuperFemto_PrimId_t; } FemtoBts_PrimId_t;
/****************************************************************************
* Enum : SuperFemto_ClkSrcId_t
************************************************************************//**
*
* Clock source intifiers.
*
* @ingroup superfemto_api
*
****************************************************************************/
typedef enum SuperFemto_ClkSrcId_t
{
// RF Diagnostic Primitives
SuperFemto_ClkSrcId_None = 0, ///< None
SuperFemto_ClkSrcId_Ocxo, ///< Optional on-board OCXO
SuperFemto_ClkSrcId_Tcxo, ///< Optional on-board TCXO
SuperFemto_ClkSrcId_External, ///< Multi-Trx external clock
SuperFemto_ClkSrcId_GpsPps, ///< GPS PPS
SuperFemto_ClkSrcId_Trx, ///< TRX clock
SuperFemto_ClkSrcId_Rx, ///< RX clock
SuperFemto_ClkSrcId_Edge, ///< Debug edge connector clock
SuperFemto_ClkSrcId_NetList ///< Network listening
} SuperFemto_ClkSrcId_t;
/**************************************************************************** /****************************************************************************
* Types * * Types *
****************************************************************************/ ****************************************************************************/
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_SystemInfoCnf_t * Struct : FemtoBts_SystemInfoCnf_t
************************************************************************//** ************************************************************************//**
* *
* Structure is used to confirm the information about the system. * Structure is used to confirm the information about the system.
* *
* @ingroup superfemto_api_prim_sys * @ingroup femtobts_api_prim_sys
* *
****************************************************************************/ ****************************************************************************/
typedef struct SuperFemto_SystemInfoCnf typedef struct FemtoBts_SystemInfoCnf
{ {
SuperFemto_Status_t status; ///< Status FemtoBts_Status_t status; ///< Status
struct struct
{ {
@ -129,519 +95,227 @@ typedef struct SuperFemto_SystemInfoCnf
struct struct
{ {
uint8_t rev; ///< Board reversion number uint8_t gsm850; ///< Support GSM-850 band (0:unsupported, 1:supported)
uint8_t option; ///< Board option number uint8_t gsm900; ///< Support GSM-900 band (0:unsupported, 1:supported)
} boardVersion; uint8_t dcs1800; ///< Support GSM-1800 band (0:unsupported, 1:supported)
uint8_t pcs1900; ///< Support GSM-1900 band (0:unsupported, 1:supported)
} rfBand;
} SuperFemto_SystemInfoCnf_t; struct
{
uint8_t txvcxo; ///< TCVCXO presence flag
uint8_t ocvcxo; ///< OCVCXO presence flag
uint16_t u12ClkVc; ///< Current voltage control value
} rfClock;
} FemtoBts_SystemInfoCnf_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_SystemFailureInd_t * Struct : FemtoBts_SystemFailureInd_t
************************************************************************//** ************************************************************************//**
* *
* Structure is used to indicate a system failure. * Structure is used to indicate a system failure.
* *
* @ingroup superfemto_api_prim_sys * @ingroup femtobts_api_prim_sys
* *
****************************************************************************/ ****************************************************************************/
typedef struct SuperFemto_SystemFailureInd typedef struct FemtoBts_SystemFailureInd
{ {
SuperFemto_Status_t status; ///< Status FemtoBts_Status_t status; ///< Status
} SuperFemto_SysemFailureInd_t; } FemtoBts_SysemFailureInd_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_ActivateRfReq_t * Struct : FemtoBts_ActivateRfReq_t
************************************************************************//** ************************************************************************//**
* *
* This primitive is used to request the activation the RF section of the system. * This primitive is used to request the activation the RF section of the system.
* *
* @ingroup superfemto_api * @ingroup femtobts_api
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_ActivateRfReq typedef struct FemtoBts_ActivateRfReq
{ {
// Maximum cell Size uint16_t u12ClkVc; /**< Initial clock voltage control value
uint8_t u8MaxCellSize; ///< Maximum cell size in qbits (1 qbit = 138.4 meters, max 90 qbits) or 0xFFFF to use the defaultvalue */
// Timing source (FN/TN) } FemtoBts_ActivateRfReq_t;
struct
{
uint8_t u8TimSrc; ///< Timing source (0:Slave/Get timing from remote master BTS, 1:Master/Generates its own timing)
} timing;
// Message queue options
struct {
uint8_t u8UseTchMsgq; ///< Set to '1' to use a separate MSGQUEUE for TCH primitives
uint8_t u8UsePdtchMsgq; ///< Set to '1' to use a separate MSGQUEUE for PDTCH primitives
} msgq;
// RF options
struct
{
int iClkCor; ///< Clock correction value in PPB.
SuperFemto_ClkSrcId_t clkSrc; ///< Clock source (0:None, 1:OCXO, 2:TCXO, 3:External, 4:GPS PPS, 5:reserved, 6:RX, 7:Edge)
float fMaxTxPower; ///< Nominal maximum TX power in dBm
uint8_t u8UseExtAtten; ///< Use the external attenuator to control TX power (0:No, 1:Yes)
} rfTrx;
} SuperFemto_ActivateRfReq_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_ActivateRfCnf_t * Struct : FemtoBts_ActivateRfCnf_t
************************************************************************//** ************************************************************************//**
* *
* This primitive is used to confirm the activation the RF section of the system. * This primitive is used to confirm the activation the RF section of the system.
* *
* @ingroup superfemto_api * @ingroup femtobts_api
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_ActivateRfCnf typedef struct FemtoBts_ActivateRfCnf
{ {
SuperFemto_Status_t status; ///< Status FemtoBts_Status_t status; ///< Status
} SuperFemto_ActivateRfCnf_t; } FemtoBts_ActivateRfCnf_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_DeactivateRfCnf_t * Struct : FemtoBts_DeactivateRfCnf_t
************************************************************************//** ************************************************************************//**
* *
* This primitive is used to confirm the deactivation the RF section of the system. * This primitive is used to confirm the deactivation the RF section of the system.
* *
* @ingroup superfemto_api * @ingroup femtobts_api
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_DeactivateRfCnf typedef struct FemtoBts_DeactivateRfCnf
{ {
SuperFemto_Status_t status; ///< Status FemtoBts_Status_t status; ///< Status
} SuperFemto_DeactivateRfCnf_t; } FemtoBts_DeactivateRfCnf_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_SetTraceFlagsReq_t * Struct : FemtoBts_SetTraceFlagsReq_t
************************************************************************//** ************************************************************************//**
* *
* This primitive is used to setup the trace flag values. * This primitive is used to setup the trace flag values.
* *
* @ingroup superfemto_api_prim_dbg * @ingroup femtobts_api_prim_dbg
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_SetTraceFlagsReq typedef struct FemtoBts_SetTraceFlagsReq
{ {
uint32_t u32Tf; ///< Trace flag level uint32_t u32Tf; ///< Trace flag level
} SuperFemto_SetTraceFlagsReq_t; } FemtoBts_SetTraceFlagsReq_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_RfClockInfoReq * Struct : FemtoBts_RfClockInfoReq
************************************************************************//** ************************************************************************//**
* *
* This primitive is used to retrive information about the RF clock * This primitive is used to retrive information about the RF clock
* *
* @ingroup superfemto_api_prim_dbg * @ingroup femtobts_api_prim_dbg
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_RfClockInfoReq typedef struct FemtoBts_RfClockInfoReq
{ {
uint8_t u8RstClkCal; ///< Set to '1' to reset the calibration module uint8_t u8RstClkErrCnt; ///< When set, it resets the clk error counter module
} SuperFemto_RfClockInfoReq_t; } FemtoBts_RfClockInfoReq_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_RfClockSetupReq * Struct : FemtoBts_RfClockSetupReq
************************************************************************//** ************************************************************************//**
* *
* This primitive is used to configure the RF clock sub-system. * This primitive is used to configure the RF clock sub-system.
* *
* @ingroup superfemto_api_prim_dbg * @ingroup femtobts_api_prim_dbg
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_RfClockSetupReq typedef struct FemtoBts_RfClockSetupReq
{ {
// RF clock options uint16_t u12ClkVc; /**< Clock voltage control value (12 bits DAC). */
struct
{
int iClkCor; ///< Clock correction value in PPB.
SuperFemto_ClkSrcId_t clkSrc; ///< Clock source (0:None, 1:OCXO, 2:TCXO, 3:External, 4:GPS PPS, 5:reserved, 6:RX, 7:Edge)
} rfTrx;
// RF clock calibration
struct {
SuperFemto_ClkSrcId_t clkSrc; ///< Reference clock source (0:Off, 1:OCXO, 2:TCXO, 3:External, 4:GPS PPS, 5:reserved, 6:reserved, 7:Edge, 8:NL)
} rfTrxClkCal;
} SuperFemto_RfClockSetupReq_t; } FemtoBts_RfClockSetupReq_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_RfClockSetupCnf * Struct : FemtoBts_RfClockSetupCnf
************************************************************************//** ************************************************************************//**
* *
* This primitive is sent back to confirm the configuration of the RF clock sub-system. * This primitive is sent back to confirm the configuration of the RF clock sub-system.
* *
* @ingroup superfemto_api_prim_dbg * @ingroup femtobts_api_prim_dbg
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_RfClockSetupCnf typedef struct FemtoBts_RfClockSetupCnf
{ {
SuperFemto_Status_t status; ///< Status of the RF-CLOCK-SETUP-REQ FemtoBts_Status_t status; ///< Status of the RF-CLOCK-SETUP-REQ
} SuperFemto_RfClockSetupCnf_t; } FemtoBts_RfClockSetupCnf_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_RfClockInfoCnf * Struct : FemtoBts_RfClockInfoCnf
************************************************************************//** ************************************************************************//**
* *
* This primitive is used to send back information on the RF clock sub-system. * This primitive is used to send back information on the RF clock sub-system.
* *
* @ingroup superfemto_api_prim_dbg * @ingroup femtobts_api_prim_dbg
* *
***************************************************************************/ ***************************************************************************/
typedef struct SuperFemto_RfClockInfoCnf typedef struct FemtoBts_RfClockInfoCnf
{ {
// RF clock options uint8_t u8ClkErrValid; /**< Set when the parameter of this primitives are valid.
struct It won't be set if the system was unable to synchronize
{ to a surrounding basestation long enough */
int iClkCor; ///< Clock correction value in PPB.
SuperFemto_ClkSrcId_t clkSrc; ///< Clock source (0:None, 1:OCXO, 2:TCXO, 3:External, 4:GPS PPS, 5:reserved, 6:RX, 7:Edge)
} rfTrx;
// RF clock calibration float fClkErr; // Measured clock error (in ppm).
struct {
SuperFemto_ClkSrcId_t clkSrc; ///< Reference clock source (0:Off, 1:OCXO, 2:TCXO, 3:External, 4:GPS PPS, 5:reserved, 6:reserved, 7:Edge, 8:NL)
int iClkErr; ///< RF clock error (PPB). float fClkErrRes; /**< Indicates the resolution of the fErrPpm parameter (in ppm).
int iClkErrRes; ///< Clock error resolution (PPT). The resolution of the error depends on the period
} rfTrxClkCal; (in frame) of the measurement. The longer the period,
the better is the resolution. */
} SuperFemto_RfClockInfoCnf_t; } FemtoBts_RfClockInfoCnf_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_Layer1ResetReq_t * Struct : FemtoBts_Layer1ResetReq_t
************************************************************************//** ************************************************************************//**
* *
* Structure is used to request a reset of the layer 1 module. * Structure is used to request a reset of the layer 1 module.
* *
* @ingroup superfemto_api_prim_sys * @ingroup femtobts_api_prim_sys
* *
****************************************************************************/ ****************************************************************************/
typedef struct SuperFemto_Layer1ResetReq typedef struct FemtoBts_Layer1ResetReq
{ {
uint32_t u32Reserved; uint32_t u32Reserved;
} SuperFemto_Layer1ResetReq_t; } FemtoBts_Layer1ResetReq_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_Layer1ResetCnf_t * Struct : FemtoBts_Layer1ResetCnf_t
************************************************************************//** ************************************************************************//**
* *
* Structure is used to confirm the reset of the layer 1 module. * Structure is used to confirm the reset of the layer 1 module.
* *
* @ingroup superfemto_api_prim_sys * @ingroup femtobts_api_prim_sys
* *
****************************************************************************/ ****************************************************************************/
typedef struct SuperFemto_Layer1ResetCnf typedef struct FemtoBts_Layer1ResetCnf
{ {
GsmL1_Status_t status; GsmL1_Status_t status;
} SuperFemto_Layer1ResetCnf_t; } FemtoBts_Layer1ResetCnf_t;
/**************************************************************************** /****************************************************************************
* Struct : SuperFemto_GetTxCalibTblReq_t * Struct : FemtoBts_Primt_t
************************************************************************//**
*
* Structure is used to get the TX gain calibration table.
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_GetTxCalibTblReq
{
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
} SuperFemto_GetTxCalibTblReq_t;
/****************************************************************************
* Struct : SuperFemto_GetTxCalibTblCnf_t
************************************************************************//**
*
* Structure is used to returns the TX gain calibration table.
*
* TX_Gain = m[band] x (fTxPowerLevel + fGainCorrVsArfcn[band][arfcn]) + b[band]
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_GetTxCalibTblCnf
{
GsmL1_Status_t status;
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
float fTxGainGmsk[80]; ///< Gain setting for GMSK output level from +50dBm to -29 dBm
float fTx8PskCorr; ///< Gain adjustment for 8 PSK (default to +3.25 dB)
float fTxExtAttCorr[31]; ///< Gain adjustment for external attenuator (0:@1dB, 1:@2dB, ..., 31:@32dB)
float fTxRollOffCorr[374]; /**< Gain correction for each ARFCN
for GSM-850 : 0=128, 1:129, ..., 123:251, [124-373]:unused
for GSM-900 : 0=955, 1:956, ..., 70:1, ..., 317:956, [318-373]:unused
for DCS-1800: 0=512, 1:513, ..., 373:885
for PCS-1900: 0=512, 1:513, ..., 298:810, [299-373]:unused */
uint8_t u8DspMajVer; ///< DSP firmware major version (0 if unkown)
uint8_t u8DspMinVer; ///< DSP firmware minor version (0 if unkown)
uint8_t u8FpgaMajVer; ///< FPGA firmware major version (0 if unkown)
uint8_t u8FpgaMinVer; ///< FPGA firmware minor version (0 if unkown)
} SuperFemto_GetTxCalibTblCnf_t;
/****************************************************************************
* Struct : SuperFemto_SetTxCalibTblReq_t
************************************************************************//**
*
* Structure is used to set the TX gain calibration table.
*
* TX_Gain = m[band] x (fTxPowerLevel + fGainCorrVsArfcn[band][arfcn]) + b[band]
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_SetTxCalibTblReq
{
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
float fTxGainGmsk[80]; ///< Gain setting for GMSK output level from +50dBm to -29 dBm
float fTx8PskCorr; ///< Gain adjustment for 8 PSK (default to +3.25 dB)
float fTxExtAttCorr[31]; ///< Gain adjustment for external attenuator (0:@1dB, 1:@2dB, ..., 31:@32dB)
float fTxRollOffCorr[374]; /**< Gain correction for each ARFCN
for GSM-850 : 0=128, 1:129, ..., 123:251, [124-373]:unused
for GSM-900 : 0=955, 1:956, ..., 70:1, ..., 317:956, [318-373]:unused
for DCS-1800: 0=512, 1:513, ..., 373:885
for PCS-1900: 0=512, 1:513, ..., 298:810, [299-373]:unused */
uint8_t u8DspMajVer; ///< DSP firmware major version (0 if unkown)
uint8_t u8DspMinVer; ///< DSP firmware minor version (0 if unkown)
uint8_t u8FpgaMajVer; ///< FPGA firmware major version (0 if unkown)
uint8_t u8FpgaMinVer; ///< FPGA firmware minor version (0 if unkown)
} SuperFemto_SetTxCalibTblReq_t;
/****************************************************************************
* Struct : SuperFemto_SetTxCalibTblCnf_t
************************************************************************//**
*
* Structure is used to confirm the use of the new TX gain calibration table.
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_SetTxCalibTblCnf
{
GsmL1_Status_t status;
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
} SuperFemto_SetTxCalibTblCnf_t;
/****************************************************************************
* Struct : SuperFemto_GetRxCalibTblReq_t
************************************************************************//**
*
* Structure is used to get the RX level calibration table.
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_GetRxCalibTblReq
{
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
uint8_t bUplink; ///< Direction (0:Downlink, 1:Uplink)
} SuperFemto_GetRxCalibTblReq_t;
/****************************************************************************
* Struct : SuperFemto_GetRxCalibTblCnf_t
************************************************************************//**
*
* Structure is used to returns the RX level calibration table.
*
* RSSI = RxLevel + fRssiCorrVsArfcn[band][arfcn]
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_GetRxCalibTblCnf
{
GsmL1_Status_t status;
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
uint8_t bUplink; ///< Direction (0:Downlink, 1:Uplink)
float fExtRxGain; ///< External RX gain
float fRxMixGainCorr; ///< Mixer gain error compensation
float fRxLnaGainCorr[3]; ///< LNA gain error compensation (1:@-12 dB, 2:@-24 dB, 3:@-36 dB)
float fRxRollOffCorr[374]; /***< Frequency roll-off compensation
for GSM-850 : 0=128, 1:129, ..., 123:251, [124-373]:unused
for GSM-900 : 0=955, 1:956, ..., 70:1, ..., 317:956, [318-373]:unused
for DCS-1800: 0=512, 1:513, ..., 373:885
for PCS-1900: 0=512, 1:513, ..., 298:810, [299-373]:unused */
uint8_t u8IqImbalMode; ///< IQ imbalance mode (0:off, 1:on, 2:auto)
uint16_t u16IqImbalCorr[4]; ///< IQ imbalance compensation
uint8_t u8DspMajVer; ///< DSP firmware major version (0 if unkown)
uint8_t u8DspMinVer; ///< DSP firmware minor version (0 if unkown)
uint8_t u8FpgaMajVer; ///< FPGA firmware major version (0 if unkown)
uint8_t u8FpgaMinVer; ///< FPGA firmware minor version (0 if unkown)
} SuperFemto_GetRxCalibTblCnf_t;
/****************************************************************************
* Struct : SuperFemto_SetRxCalibTblReq_t
************************************************************************//**
*
* Structure is used to set the RX level calibration table.
*
* RSSI = RxLevel + fRssiCorrVsArfcn[band][arfcn]
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_SetRxCalibTblReq
{
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
uint8_t bUplink; ///< Direction (0:Downlink, 1:Uplink)
float fExtRxGain; ///< External RX gain
float fRxMixGainCorr; ///< Mixer gain error compensation
float fRxLnaGainCorr[3]; ///< LNA gain error compensation (1:@-12 dB, 2:@-24 dB, 3:@-36 dB)
float fRxRollOffCorr[374]; /***< Frequency roll-off compensation
for GSM-850 : 0=128, 1:129, ..., 123:251, [124-373]:unused
for GSM-900 : 0=955, 1:956, ..., 70:1, ..., 317:956, [318-373]:unused
for DCS-1800: 0=512, 1:513, ..., 373:885
for PCS-1900: 0=512, 1:513, ..., 298:810, [299-373]:unused */
uint8_t u8IqImbalMode; ///< IQ imbalance mode (0:off, 1:on, 2:auto)
uint16_t u16IqImbalCorr[4]; ///< IQ imbalance compensation
uint8_t u8DspMajVer; ///< DSP firmware major version (0 if unkown)
uint8_t u8DspMinVer; ///< DSP firmware minor version (0 if unkown)
uint8_t u8FpgaMajVer; ///< FPGA firmware major version (0 if unkown)
uint8_t u8FpgaMinVer; ///< FPGA firmware minor version (0 if unkown)
} SuperFemto_SetRxCalibTblReq_t;
/****************************************************************************
* Struct : SuperFemto_SetRxCalibTblCnf_t
************************************************************************//**
*
* Structure is used to confirm the use of the new RX level calibration table.
*
* @ingroup superfemto_api_prim_sys
*
****************************************************************************/
typedef struct SuperFemto_SetRxCalibTblCnf
{
GsmL1_Status_t status;
GsmL1_FreqBand_t freqBand; ///< GSM Frequency band
uint8_t bUplink; ///< Direction (0:Downlink, 1:Uplink)
} SuperFemto_SetRxCalibTblCnf_t;
/****************************************************************************
* Struct : SuperFemto_MuteRfReq_t
************************************************************************//**
*
* This primitive is used to configure the RF clock sub-system.
*
* @ingroup superfemto_api_prim_dbg
*
***************************************************************************/
typedef struct SuperFemto_MuteRfReq
{
uint8_t u8Mute[8]; ///< Timeslot mute flag (0:unmute, 1:mute)
} SuperFemto_MuteRfReq_t;
/****************************************************************************
* Struct : SuperFemto_MuteRfCnf_t
************************************************************************//**
*
* This primitive is sent back to confirm the configuration of the RF clock sub-system.
*
* @ingroup superfemto_api_prim_dbg
*
***************************************************************************/
typedef struct SuperFemto_MuteRfCnf
{
SuperFemto_Status_t status; ///< Status of the MUTE-RF-REQ
} SuperFemto_MuteRfCnf_t;
/****************************************************************************
* Struct : SuperFemto_SetRxAttenReq_t
************************************************************************//**
*
* This primitive is used to configure the RF receive attenuation.
*
* @ingroup superfemto_api_prim_dbg
*
***************************************************************************/
typedef struct SuperFemto_SetRxAttenReq
{
uint8_t u8Atten; ///< RX Attenuation: 0(default), 12, 24, 36 dB
} SuperFemto_SetRxAttenReq_t;
/****************************************************************************
* Struct : SuperFemto_SetRxAttenCnf_t
************************************************************************//**
*
* This primitive is sent back to confirm the configuration of the RF receive
* attenuation.
*
* @ingroup superfemto_api_prim_dbg
*
***************************************************************************/
typedef struct SuperFemto_SetRxAttenCnf
{
SuperFemto_Status_t status; ///< Status of the SET-RX-ATTEN-REQ
} SuperFemto_SetRxAttenCnf_t;
/****************************************************************************
* Struct : SuperFemto_Primt_t
************************************************************************//** ************************************************************************//**
* *
* System level primitive definition. * System level primitive definition.
* *
* @ingroup superfemto_api_prim_sys * @ingroup femtobts_api_prim_sys
* *
****************************************************************************/ ****************************************************************************/
typedef struct SuperFemto_Prim typedef struct FemtoBts_Prim
{ {
SuperFemto_PrimId_t id; ///< Primitive ID FemtoBts_PrimId_t id; ///< Primitive ID
union union
{ {
SuperFemto_SystemInfoCnf_t systemInfoCnf; ///< CNF: System information FemtoBts_SystemInfoCnf_t systemInfoCnf; ///< Confirm system information
SuperFemto_SysemFailureInd_t sysemFailureInd; ///< IND: System failure indication FemtoBts_SysemFailureInd_t sysemFailureInd; ///< System failure indication
SuperFemto_ActivateRfReq_t activateRfReq; ///< REQ: Activation of the RF section FemtoBts_ActivateRfReq_t activateRfReq; ///< Request activation of the RF section
SuperFemto_ActivateRfCnf_t activateRfCnf; ///< CNF: Activation of the RF section FemtoBts_ActivateRfCnf_t activateRfCnf; ///< Confirm activation of the RF section
SuperFemto_DeactivateRfCnf_t deactivateRfCnf; ///< CNF: Deactivation of the RF section FemtoBts_DeactivateRfCnf_t deactivateRfCnf; ///< Confirm deactivation of the RF section
SuperFemto_SetTraceFlagsReq_t setTraceFlagsReq; ///< REQ: Set the verbosity of the system FemtoBts_SetTraceFlagsReq_t setTraceFlagsReq; ///< Set the verbosity of the system
SuperFemto_RfClockInfoReq_t rfClockInfoReq; ///< REQ: Information about the RF clock sub-system FemtoBts_RfClockInfoReq_t rfClockInfoReq; ///< Request information about the RF clock
SuperFemto_RfClockInfoCnf_t rfClockInfoCnf; ///< CNF: Returns the RF clock sub-system information FemtoBts_RfClockInfoCnf_t rfClockInfoCnf; ///< Returns information about the RF clock
SuperFemto_RfClockSetupReq_t rfClockSetupReq; ///< REQ: Configure the RF clock sub-system FemtoBts_RfClockSetupReq_t rfClockSetupReq; ///< Setup the RF clock
SuperFemto_RfClockSetupCnf_t rfClockSetupCnf; ///< CNF: Confirm the configuration of the RF clock sub-system FemtoBts_RfClockSetupCnf_t rfClockSetupCnf; ///< Confirm the setup of the RF clock
SuperFemto_Layer1ResetReq_t layer1ResetReq; ///< REQ: Trigger a reset of the GSM layer 1 module FemtoBts_Layer1ResetReq_t layer1ResetReq; ///< Request a reset of the layer 1 module
SuperFemto_Layer1ResetCnf_t layer1ResetCnf; ///< CNF: Confirm that the GSM layer 1 module was reset FemtoBts_Layer1ResetCnf_t layer1ResetCnf; ///< Conrifm that the layer 1 module was reset
SuperFemto_GetTxCalibTblReq_t getTxCalibTblReq; ///< REQ: Get the TX gain calibration table
SuperFemto_GetTxCalibTblCnf_t getTxCalibTblCnf; ///< CNF: Returns TX gain calibration table
SuperFemto_SetTxCalibTblReq_t setTxCalibTblReq; ///< REQ: Set the TX gain calibration table
SuperFemto_SetTxCalibTblCnf_t setTxCalibTblCnf; ///< CNF: Confirm the use of the new TX gain calibration table
SuperFemto_GetRxCalibTblReq_t getRxCalibTblReq; ///< REQ: Get the RX level calibration table
SuperFemto_GetRxCalibTblCnf_t getRxCalibTblCnf; ///< CNF: Returns RX level calibration table
SuperFemto_SetRxCalibTblReq_t setRxCalibTblReq; ///< REQ: Set the RX level calibration table
SuperFemto_SetRxCalibTblCnf_t setRxCalibTblCnf; ///< CNF: Confirm the use of the new RX level calibration table
SuperFemto_MuteRfReq_t muteRfReq; ///< REQ: Mute/Unmute the RF section
SuperFemto_MuteRfCnf_t muteRfCnf; ///< CNF: Confirm the mutin/unmiting of the the RF section
SuperFemto_SetRxAttenReq_t setRxAttenReq; ///< REQ: Set the RX attenuation
SuperFemto_SetRxAttenCnf_t setRxAttenCnf; ///< CNF: Confirm the configuration of the RX attenuation
} u; } u;
} SuperFemto_Prim_t; } FemtoBts_Prim_t;
#ifdef _TMS320C6400 #ifdef _TMS320C6400
@ -651,10 +325,10 @@ typedef struct SuperFemto_Prim
****************************************************************************/ ****************************************************************************/
/**************************************************************************** /****************************************************************************
* Function : SuperFemto_RxPrimCallback * Function : FemtoBts_RxPrimCallback
************************************************************************//** ************************************************************************//**
* *
* SuperFemto primitive reception callback routine. Process primitives sent * FemtoBts primitive reception callback routine. Process primitives sent
* by the ARM processor. * by the ARM processor.
* *
* @param [in] pPrim * @param [in] pPrim
@ -663,10 +337,10 @@ typedef struct SuperFemto_Prim
* @return * @return
* GsmL1_Status_Success or the error code * GsmL1_Status_Success or the error code
* *
* @ingroup superfemto_api_prim_sys * @ingroup femtobts_api_prim_sys
* *
****************************************************************************/ ****************************************************************************/
void SuperFemto_RxPrimCallback( SuperFemto_Prim_t *pPrim ); void FemtoBts_RxPrimCallback( FemtoBts_Prim_t *pPrim );
#endif // _TMS320C6400 #endif // _TMS320C6400
@ -675,4 +349,4 @@ void SuperFemto_RxPrimCallback( SuperFemto_Prim_t *pPrim );
} }
#endif // extern "C" #endif // extern "C"
#endif // SUPERFEMTO_H__ #endif // FemtoBts_H__