cmu200_bt_sig.h

MTK 手机软件开发 META 源代码,开发环境: C++ Builder

/*****************************************************************************
*  Copyright Statement:
*  --------------------
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*****************************************************************************/
/*****************************************************************************
 *
 * Filename:
 * ---------
 *   cmu200_sig.h
 *
 * Project:
 * --------
 *   Maui META APP
 *
 * Description:
 * ------------
 *  CMU 200 signalling function header
 *
 * Author:
 *  Andy Ueng (mtk00490)
 *
 *============================================================================
 *             HISTORY
 * Below this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
 *------------------------------------------------------------------------------
 * $Revision$
 * $Modtime$
 * $Log$
 * 
 *------------------------------------------------------------------------------
 * Upper this line, this part is controlled by PVCS VM. DO NOT MODIFY!!
 *============================================================================
 ****************************************************************************/
#ifndef  _CMU200_BT_SIG_H_
#define  _CMU200_BT_SIG_H_

#include "btt_common.h"


#ifndef _CMU200_H_
#include "cmu200.h"
#endif
//----------------------------------------------------------------------------
typedef enum
{
    CMU200_BT_MPR_NOMINAL_POWER_CURRENT = 0,
    CMU200_BT_MPR_NOMINAL_POWER_AVERAGE,
    CMU200_BT_MPR_NOMINAL_POWER_MIN,
    CMU200_BT_MPR_NOMINAL_POWER_MAX,
    CMU200_BT_MPR_LEAKAGE_POWER_CURRENT,
    CMU200_BT_MPR_LEAKAGE_POWER_AVERAGE,
    CMU200_BT_MPR_LEAKAGE_POWER_MIN,
    CMU200_BT_MPR_LEAKAGE_POWER_MAX,
    CMU200_BT_MPR_PEAK_POWER_CURRENT,
    CMU200_BT_MPR_PEAK_POWER_AVERAGE,
    CMU200_BT_MPR_PEAK_POWER_MIN,
    CMU200_BT_MPR_PEAK_POWER_MAX,
    CMU200_BT_MPR_PACKET_TIMING_CURRENT,
    CMU200_BT_MPR_PACKET_TIMING_AVERAGE,
    CMU200_BT_MPR_PACKET_TIMING_MIN,
    CMU200_BT_MPR_PACKET_TIMING_MAX,
    CMU200_BT_MPR_FREQ_ACCURACY_CURRENT,
    CMU200_BT_MPR_FREQ_ACCURACY_AVERAGE,
    CMU200_BT_MPR_FREQ_ACCURACY_MIN,
    CMU200_BT_MPR_FREQ_ACCURACY_MAX,
    CMU200_BT_MPR_FREQ_DRIFT_CURRENT,
    CMU200_BT_MPR_FREQ_DRIFT_AVERAGE,
    CMU200_BT_MPR_FREQ_DRIFT_MIN,
    CMU200_BT_MPR_FREQ_DRIFT_MAX,
    CMU200_BT_MPR_MAX_DRIFT_RATE_CURRENT,
    CMU200_BT_MPR_MAX_DRIFT_RATE_AVERAGE,
    CMU200_BT_MPR_MAX_DRIFT_RATE_MIN,
    CMU200_BT_MPR_MAX_DRIFT_RATE_MAX,
    CMU200_BT_MPR_AVERAGE_FREQ_DEVIATION_CURRENT,
    CMU200_BT_MPR_AVERAGE_FREQ_DEVIATION_AVERAGE,
    CMU200_BT_MPR_AVERAGE_FREQ_DEVIATION_MIN,
    CMU200_BT_MPR_AVERAGE_FREQ_DEVIATION_MAX,
    CMU200_BT_MPR_MIN_FREQ_DEVIATION_CURRENT,
    CMU200_BT_MPR_MIN_FREQ_DEVIATION_AVERAGE,
    CMU200_BT_MPR_MIN_FREQ_DEVIATION_MIN,
    CMU200_BT_MPR_MIN_FREQ_DEVIATION_MAX,
    CMU200_BT_MPR_MAX_FREQ_DEVIATION_CURRENT,
    CMU200_BT_MPR_MAX_FREQ_DEVIATION_AVERAGE,
    CMU200_BT_MPR_MAX_FREQ_DEVIATION_MIN,
    CMU200_BT_MPR_MAX_FREQ_DEVIATION_MAX,
    CMU200_BT_MPR_BURSTS_OUT_OF_TOLERANCE_POWER,
    CMU200_BT_MPR_BURSTS_OUT_OF_TOLERANCE_TIMING,
    CMU200_BT_MPR_BURSTS_OUT_OF_TOLERANCE_MODULATION,
    CMU200_BT_MPR_NUM
}E_CMU200_BT_MPR;

typedef enum
{
    CMU200_BT_MOD_FREQ_ACCURACY_CURRENT,
    CMU200_BT_MOD_FREQ_ACCURACY_AVERAGE,
    CMU200_BT_MOD_FREQ_ACCURACY_MIN,
    CMU200_BT_MOD_FREQ_ACCURACY_MAX,
    CMU200_BT_MOD_FREQ_DRIFT_CURRENT,
    CMU200_BT_MOD_FREQ_DRIFT_AVERAGE,
    CMU200_BT_MOD_FREQ_DRIFT_MIN,
    CMU200_BT_MOD_FREQ_DRIFT_MAX,
    CMU200_BT_MOD_MAX_DRIFT_RATE_CURRENT,
    CMU200_BT_MOD_MAX_DRIFT_RATE_AVERAGE,
    CMU200_BT_MOD_MAX_DRIFT_RATE_MIN,
    CMU200_BT_MOD_MAX_DRIFT_RATE_MAX,
    CMU200_BT_MOD_AVERAGE_FREQ_DEVIATION_CURRENT,
    CMU200_BT_MOD_AVERAGE_FREQ_DEVIATION_AVERAGE,
    CMU200_BT_MOD_AVERAGE_FREQ_DEVIATION_MIN,
    CMU200_BT_MOD_AVERAGE_FREQ_DEVIATION_MAX,
    CMU200_BT_MOD_MIN_FREQ_DEVIATION_CURRENT,
    CMU200_BT_MOD_MIN_FREQ_DEVIATION_AVERAGE,
    CMU200_BT_MOD_MIN_FREQ_DEVIATION_MIN,
    CMU200_BT_MOD_MIN_FREQ_DEVIATION_MAX,
    CMU200_BT_MOD_MAX_FREQ_DEVIATION_CURRENT,
    CMU200_BT_MOD_MAX_FREQ_DEVIATION_AVERAGE,
    CMU200_BT_MOD_MAX_FREQ_DEVIATION_MIN,
    CMU200_BT_MOD_MAX_FREQ_DEVIATION_MAX,
    CMU200_BT_MOD_AVERAGE_BURST_POWER,
    CMU200_BT_MOD_BURST_OUT_OF_TOLERANCE,
    CMU200_BT_MOD_NUM


}E_CMU200_BT_MOD;

//----------------------------------------------------------------------------
// general
extern bool cmu_sig_bt_init(CMU_VAR *cmu, bool bReset);
extern bool cmu_sig_bt_close(CMU_VAR *cmu);
extern bool cmu_sig_bt_config_downlink_power(CMU_VAR *cmu, double d_dn_power);

// connection control
extern bool cmu_sig_bt_config_slave_parameter(CMU_VAR *cmu, unsigned short ch);
extern bool cmu_sig_bt_config_address(CMU_VAR *cmu, AnsiString as_bd_addr);
extern bool cmu_sig_bt_config_inquiry(CMU_VAR *cmu, S_BTT_INQUIRY s_inquiry);
extern bool cmu_sig_bt_inquiry(CMU_VAR *cmu);
extern bool cmu_sig_bt_connect_test(CMU_VAR *cmu);
extern bool cmu_sig_bt_query_state(CMU_VAR *cmu, E_BTT_STATE_T* e_state);
extern bool cmu_sig_bt_release(CMU_VAR *cmu);

// MPR measurement
extern bool cmu_sig_bt_config_mpr(CMU_VAR *cmu, S_BTT_POWER bt_mpr);

// modulation measurement
extern bool cmu_sig_bt_config_mod(CMU_VAR *cmu, S_BTT_MOD bt_mod);
extern bool cmu_sig_bt_read_average_freq_error(CMU_VAR *cmu, double* freq_err);
#endif