device_handler.h
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/* -*- c++ -*- */
/*
* Copyright 2018 Lime Microsystems info@limemicro.com
*
* GNU Radio is free software; you can redistribute it and/or modify
* it under the terms of the GNU General Public License as published by
* the Free Software Foundation; either version 3, or (at your option)
* any later version.
*
* GNU Radio is distributed in the hope that it will be useful,
* but WITHOUT ANY WARRANTY; without even the implied warranty of
* MERCHANTABILITY or FITNESS FOR A PARTICULAR PURPOSE. See the
* GNU General Public License for more details.
*
* You should have received a copy of the GNU General Public License
* along with GNU Radio; see the file COPYING. If not, write to
* the Free Software Foundation, Inc., 51 Franklin Street,
* Boston, MA 02110-1301, USA.
*/
#ifndef DEVICE_HANDLER_H
#define DEVICE_HANDLER_H
#include <LimeSuite.h>
#include <math.h>
#include <cmath>
#include <iostream>
#include <list>
#include <mutex>
#include <string>
#include <vector>
#define LMS_CH_0 0
#define LMS_CH_1 1
#define LimeSDR_Mini 1
#define LimeNET_Micro 2
#define LimeSDR_USB 3
class device_handler
{
private:
int open_devices = 0;
// Read device list once flag
bool list_read = false;
// Calculate open devices to close them all on close_all_devices
int device_count;
struct device {
// Device address
lms_device_t* address = NULL;
// Flags and variables used to check
// shared settings and blocks usage
bool source_flag = false;
bool sink_flag = false;
int source_channel_mode = -1;
int sink_channel_mode = -1;
std::string source_filename;
std::string sink_filename;
};
// Device list
lms_info_str_t* list = new lms_info_str_t[20];
// Device vector. Adds devices from the list
std::vector<device> device_vector;
// Run close_all_devices once with this flag
bool close_flag = false;
device_handler(){};
device_handler(device_handler const&);
void operator=(device_handler const&);
public:
static device_handler& getInstance()
{
static device_handler instance;
return instance;
}
~device_handler();
mutable std::recursive_mutex block_mutex;
/**
* Print device error and close all devices.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*/
void error(int device_number);
/**
* Get device connection handler in order to configure it.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*/
lms_device_t* get_device(int device_number);
/**
* Connect to the device and create singletone.
*
* @param serial Device serial from the list of LMS_GetDeviceList.
*/
int open_device(std::string& serial);
/**
* Disconnect from the device.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param block_type Source block(1), Sink block(2).
*/
void close_device(int device_number, int block_type);
/**
* Disconnect from all devices.
*/
void close_all_devices();
/**
* Check what blocks are used for single device.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param block_type Source block(1), Sink block(2).
*
* @param channel_mode Channel A(0), Channel B(1), MIMO(2)
*
* @param filename Path to file if file switch is turned on.
*/
void check_blocks(int device_number,
int block_type,
int channel_mode,
const std::string& filename);
/**
* Load settings from .ini file.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param filename Path to file if file switch is turned on.
*
* @param antenna_tx Pointer to TX antenna, so PA path would be updated in sink
* block
*/
void
settings_from_file(int device_number, const std::string& filename, int* antenna_tx);
/**
* Set used channels
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param channel_mode Channel A(0), Channel B(1), MIMO(2)
*
* @param direction Direction of samples RX(LMS_CH_RX), TX(LMS_CH_RX).
*/
void enable_channels(int device_number, int channel_mode, bool direction);
/**
* Set the same sample rate for both channels.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param rate Sample rate in S/s.
*/
void set_samp_rate(int device_number, double& rate);
/**
* Set oversampling value for both channels
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param oversample Oversampling value (0 (default),1,2,4,8,16,32).
*/
void set_oversampling(int device_number, int oversample);
/**
* Set RF frequency of both channels (RX and TX separately).
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param direction Direction of samples RX(LMS_CH_RX), TX(LMS_CH_TX).
*
* @param channel selection: A(LMS_CH_0),B(LMS_CH_1).
*
* @param rf_freq RF frequency in Hz.
*
* @return returns RF frequency in Hz
*/
double set_rf_freq(int device_number, bool direction, int channel, float rf_freq);
/**
* Perform device calibration.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param direction Direction of samples: RX(LMS_CH_RX),TX(LMS_CH_RX).
*
* @param channel Channel selection: A(LMS_CH_0),B(LMS_CH_1).
*
* @param bandwidth Set calibration bandwidth in Hz.
*
*/
void calibrate(int device_number, int direction, int channel, double bandwidth);
/**
* Set which antenna is used
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param channel Channel selection: A(LMS_CH_0),B(LMS_CH_1).
*
* @param direction Direction of samples: RX(LMS_CH_RX),TX(LMS_CH_RX).
*
* @param antenna Antenna to set: None(0), LNAH(1), LNAL(2), LNAW(3) for RX
* None(0), BAND1(1), BAND(2), NONE(3) for TX
*
*/
void set_antenna(int device_number, int channel, int direction, int antenna);
/**
* Set analog filters.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param direction Direction of samples: RX(LMS_CH_RX),TX(LMS_CH_TX).
*
* @param channel Channel selection: A(LMS_CH_0),B(LMS_CH_1).
*
* @param analog_bandw Channel filter bandwidth in Hz.
*/
double set_analog_filter(int device_number,
bool direction,
int channel,
double analog_bandw);
/**
* Set digital filters (GFIR).
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param direction Direction of samples: RX(LMS_CH_RX),TX(LMS_CH_TX).
*
* @param channel Channel selection: A(LMS_CH_0),B(LMS_CH_1).
*
* @param digital_bandw Channel filter bandwidth in Hz.
*/
double set_digital_filter(int device_number,
bool direction,
int channel,
double digital_bandw);
/**
* Set the combined gain value in dB
* This function computes and sets the optimal gain values of various amplifiers
* that are present in the device based on desired gain value in dB.
*
* @note actual gain depends on LO frequency and analog LPF configuration and
* resulting output signal level may be different when those values are changed
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param direction Select RX or TX.
*
* @param channel Channel selection: A(LMS_CH_0),B(LMS_CH_1).
*
* @param gain_dB Desired gain: [0,70] RX, [0,60] TX.
*/
unsigned set_gain(int device_number, bool direction, int channel, unsigned gain_dB);
/**
* Set NCO (numerically controlled oscillator).
* By selecting NCO frequency
* configure NCO. When NCO frequency is 0, NCO is off.
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param direction Select RX or TX.
*
* @param channel Channel index.
*
* @param nco_freq NCO frequency in Hz.
*/
void set_nco(int device_number, bool direction, int channel, float nco_freq);
void disable_DC_corrections(int device_number);
/**
* Set TCXO DAC.
* @note Care must be taken as this parameter is returned to default value only after
* power off.
* @note LimeSDR-Mini default value is 180 range is [0,255]
* LimeSDR-USB default value is 125 range is [0,255]
* LimeSDR-PCIe default value is 134 range is [0,255]
* LimeNET-Micro default value is 30714 range is [0,65535]
*
* @param device_number Device number from the list of LMS_GetDeviceList.
*
* @param dacVal DAC value (0-65535)
*/
void set_tcxo_dac(int device_number, uint16_t dacVal);
};
#endif
device_handler::close_device
void close_device(int device_number, int block_type)
device_handler::get_device
lms_device_t * get_device(int device_number)
device_handler::set_digital_filter
double set_digital_filter(int device_number, bool direction, int channel, double digital_bandw)
device_handler::set_nco
void set_nco(int device_number, bool direction, int channel, float nco_freq)
device_handler::disable_DC_corrections
void disable_DC_corrections(int device_number)
device_handler::set_samp_rate
void set_samp_rate(int device_number, double &rate)
device_handler::set_gain
unsigned set_gain(int device_number, bool direction, int channel, unsigned gain_dB)
device_handler::settings_from_file
void settings_from_file(int device_number, const std::string &filename, int *antenna_tx)
device_handler::block_mutex
std::recursive_mutex block_mutex
Definition device_handler.h:83
device_handler::error
void error(int device_number)
device_handler::set_oversampling
void set_oversampling(int device_number, int oversample)
device_handler::set_analog_filter
double set_analog_filter(int device_number, bool direction, int channel, double analog_bandw)
device_handler::open_device
int open_device(std::string &serial)
device_handler::~device_handler
~device_handler()
device_handler::set_antenna
void set_antenna(int device_number, int channel, int direction, int antenna)
device_handler::set_tcxo_dac
void set_tcxo_dac(int device_number, uint16_t dacVal)
device_handler::getInstance
static device_handler & getInstance()
Definition device_handler.h:76
device_handler::enable_channels
void enable_channels(int device_number, int channel_mode, bool direction)
device_handler::close_all_devices
void close_all_devices()
device_handler::calibrate
void calibrate(int device_number, int direction, int channel, double bandwidth)
device_handler::set_rf_freq
double set_rf_freq(int device_number, bool direction, int channel, float rf_freq)
device_handler::check_blocks
void check_blocks(int device_number, int block_type, int channel_mode, const std::string &filename)