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#ifndef RF_PHY_H_
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#define RF_PHY_H_
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#include "utils/defs_types.h"
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#define PHY_CLK 32 // unit:MHz
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#define PHY_CLK_PRESCALE 2 // XXX: stable value = 4
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#define REG_WRITE_BITS(reg, mask, value) (reg) = (((reg) & ~(mask)) | (value))
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enum{
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RF_RW_MODE_READ = 0x03,
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RF_RW_MODE_READ_EXE = 0x13,
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RF_RW_MODE_WRITE = 0x02,
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RF_RW_MODE_WRITE_EXE = 0x12,
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};
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typedef uint32_t (*RF_TxPowerPreHandlerCback_t)(int8_t txPwr);
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void RF_RegisterTxPwrPreHandler(RF_TxPowerPreHandlerCback_t func);
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void RF_SetPhyAgcMode(uint8_t agcMode);
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void RF_PhyInit(void);
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void RF_EnableLDO(void);
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void RF_DisableLDO(void);
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void RF_PhyResetSeq(void);
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void RF_SetPowerLevel(int8_t tx_pwr);
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void RF_SetChannel(uint8_t chan);
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void RF_SetBlePhy(uint8_t rxPhy, uint8_t txPhy, uint8_t phyOpt);
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void RF_EnablePhy(uint8_t enable);
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void RF_SetPhyCfgTime(uint8_t op_mode);
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void RF_PhyResetEx(void);
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uint16_t RF_GetTxSettleTime(void);
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uint16_t RF_GetRxSettleTime(void);
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int8_t RF_CalcRssi(int32_t rssiInit);
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/* RF PHY SPI API */
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void RF_SetPhySpiClk(uint8_t div);
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uint32_t RF_WritePhyCfg(const uint32_t *cmd, const uint32_t cmdNum, uint32_t *pRspBuf);
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uint8_t RF_ReadReg(uint8_t addr, uint32_t resultBuf[1]);
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void RF_WriteReg(uint32_t *cmd, uint8_t cmdLen);
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void RF_WriteRegEnd(void);
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uint32_t RF_ReadWritePhyReg(uint8_t rwMode, uint8_t addr, uint8_t data);
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void RF_SetPhyRegPage(uint8_t pageId);
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/* RF Msic API */
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extern void dcoc_calibration_process(void);
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extern bool_t check_dcoc_calib_ok(void);
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#endif /* RF_PHY_H_ */
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