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/* -*- c++ -*- */
/*
* Copyright 2014 Analog Devices Inc.
* Author: Paul Cercueil <paul.cercueil@analog.com>
*
* SPDX-License-Identifier: GPL-3.0-or-later
*
*/
#ifndef INCLUDED_IIO_FMCOMMS5_SOURCE_H
#define INCLUDED_IIO_FMCOMMS5_SOURCE_H
#include <gnuradio/hier_block2.h>
#include <gnuradio/iio/api.h>
#include <gnuradio/sync_block.h>
#include "device_source.h"
namespace gr {
namespace iio {
/*!
* \brief Device specific source for the FMComms5 evaluation card
* \ingroup iio
*
* \details
* This block is a source specifically designed for FMComms5 evaluation
* card. The FMComms5 is a dual AD9361 FMC card which enables 4x4
* applications.
*/
class IIO_API fmcomms5_source : virtual public gr::sync_block
{
public:
typedef std::shared_ptr<fmcomms5_source> sptr;
/*!
* \brief Return a shared_ptr to a new instance of iio::device.
*
* \param uri String of the context uri
* \param frequency1 Long long of LO frequency in Hz of chip A
* \param frequency2 Long long of LO frequency in Hz of chip A
* \param samplerate Long of sample rate in samples per second
* \param bandwidth Long of bandwidth of front-end analog filter in
* in Hz
* \param ch1_en Boolean enable channel 1
* \param ch2_en Boolean enable channel 2
* \param ch3_en Boolean enable channel 3
* \param ch4_en Boolean enable channel 4
* \param ch5_en Boolean enable channel 5
* \param ch6_en Boolean enable channel 6
* \param ch7_en Boolean enable channel 7
* \param ch8_en Boolean enable channel 8
* \param quadrature Boolean enable RX quadrature tracking
* \param rfdc Boolean enable RX RF DC tracking
* \param bbdc Boolean enable RX Baseband DC tracking
* \param buffer_size Long of number of samples in buffer to send to device
* \param rf_port_select String of name of port to use for TX output mux
* with options:
* - 'A_BALANCED'
* - 'B_BALANCED'
* - 'C_BALANCED'
* - 'A_N'
* - 'A_P'
* - 'B_N'
* - 'B_P'
* - 'C_N'
* - 'C_P'
* - 'TX_MONITOR1'
* - 'TX_MONITOR2'
* - 'TX_MONITOR1_2'
* \param gain1 String of gain mode for channel 1 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain1_value Double of RX channel 1 gain in dB [0, 76]
* \param gain2 String of gain mode for channel 2 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain2_value Double of RX channel 2 gain in dB [0, 76]
* \param gain3 String of gain mode for channel 3 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain3_value Double of RX channel 3 gain in dB [0, 76]
* \param gain4 String of gain mode for channel 4 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain4_value Double of RX channel 4 gain in dB [0, 76]
* \param filter_source String which selects filter configuration with
* options:
* - 'Off': Disable filter
* - 'Auto': Use auto-generated filters
* - 'File': Use provide filter filter in filter_filename input
* - 'Design': Create filter from Fpass, Fstop, samplerate, and
* bandwidth parameters
* \param filter_filename String of path to filter file
* \param Fpass Float of edge of passband frequency in Hz for designed FIR
* \param Fstop Float of edge of stopband frequency in Hz for designed FIR
*/
static sptr make(const std::string& uri,
unsigned long long frequency1,
unsigned long long frequency2,
unsigned long samplerate,
unsigned long bandwidth,
bool ch1_en,
bool ch2_en,
bool ch3_en,
bool ch4_en,
bool ch5_en,
bool ch6_en,
bool ch7_en,
bool ch8_en,
unsigned long buffer_size,
bool quadrature,
bool rfdc,
bool bbdc,
const char* gain1,
double gain1_value,
const char* gain2,
double gain2_value,
const char* gain3,
double gain3_value,
const char* gain4,
double gain4_value,
const char* rf_port_select,
const char* filter_source = "",
const char* filter_filename = "",
float Fpass = 0.0,
float Fstop = 0.0);
static sptr make_from(iio_context* ctx,
unsigned long long frequency1,
unsigned long long frequency2,
unsigned long samplerate,
unsigned long bandwidth,
bool ch1_en,
bool ch2_en,
bool ch3_en,
bool ch4_en,
bool ch5_en,
bool ch6_en,
bool ch7_en,
bool ch8_en,
unsigned long buffer_size,
bool quadrature,
bool rfdc,
bool bbdc,
const char* gain1,
double gain1_value,
const char* gain2,
double gain2_value,
const char* gain3,
double gain3_value,
const char* gain4,
double gain4_value,
const char* rf_port_select,
const char* filter_source = "",
const char* filter_filename = "",
float Fpass = 0.0,
float Fstop = 0.0);
virtual void set_params(unsigned long long frequency1,
unsigned long long frequency2,
unsigned long samplerate,
unsigned long bandwidth,
bool quadrature,
bool rfdc,
bool bbdc,
const char* gain1,
double gain1_value,
const char* gain2,
double gain2_value,
const char* gain3,
double gain3_value,
const char* gain4,
double gain4_value,
const char* rf_port_select,
const char* filter_source,
const char* filter_filename,
float Fpass,
float Fstop) = 0;
};
/*!
* \brief Device specific source for the FMComms5 evaluation card
* \ingroup iio
*
* \details
* This block is a source specifically designed for FMComms5 evaluation
* card. The FMComms5 is a dual AD9361 FMC card which enables 4x4
* applications.
*/
class IIO_API fmcomms5_source_f32c : virtual public gr::hier_block2
{
public:
typedef std::shared_ptr<fmcomms5_source_f32c> sptr;
/*!
* \brief Return a shared_ptr to a new instance of iio::device.
*
* \param uri String of the context uri
* \param frequency1 Long long of LO frequency in Hz of chip A
* \param frequency2 Long long of LO frequency in Hz of chip A
* \param samplerate Long of sample rate in samples per second
* \param bandwidth Long of bandwidth of front-end analog filter in
* in Hz
* \param rx1_en Boolean enable channel 1
* \param rx2_en Boolean enable channel 2
* \param rx3_en Boolean enable channel 3
* \param rx4_en Boolean enable channel 4
* \param quadrature Boolean enable RX quadrature tracking
* \param rfdc Boolean enable RX RF DC tracking
* \param bbdc Boolean enable RX Baseband DC tracking
* \param buffer_size Long of number of samples in buffer to send to device
* \param rf_port_select String of name of port to use for TX output mux
* with options:
* - 'A_BALANCED'
* - 'B_BALANCED'
* - 'C_BALANCED'
* - 'A_N'
* - 'A_P'
* - 'B_N'
* - 'B_P'
* - 'C_N'
* - 'C_P'
* - 'TX_MONITOR1'
* - 'TX_MONITOR2'
* - 'TX_MONITOR1_2'
* \param gain1 String of gain mode for channel 1 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain1_value Double of RX channel 1 gain in dB [0, 76]
* \param gain2 String of gain mode for channel 2 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain2_value Double of RX channel 2 gain in dB [0, 76]
* \param gain3 String of gain mode for channel 3 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain3_value Double of RX channel 3 gain in dB [0, 76]
* \param gain4 String of gain mode for channel 4 with options:
* - 'manual'
* - 'slow_attack'
* - 'fast_attack'
* - 'hybrid'
* \param gain4_value Double of RX channel 4 gain in dB [0, 76]
* \param filter_source String which selects filter configuration with
* options:
* - 'Off': Disable filter
* - 'Auto': Use auto-generated filters
* - 'File': Use provide filter filter in filter_filename input
* - 'Design': Create filter from Fpass, Fstop, samplerate, and
* bandwidth parameters
* \param filter_filename String of path to filter file
* \param Fpass Float of edge of passband frequency in Hz for designed FIR
* \param Fstop Float of edge of stopband frequency in Hz for designed FIR
*/
static sptr make(const std::string& uri,
unsigned long long frequency1,
unsigned long long frequency2,
unsigned long samplerate,
unsigned long bandwidth,
bool rx1_en,
bool rx2_en,
bool rx3_en,
bool rx4_en,
unsigned long buffer_size,
bool quadrature,
bool rfdc,
bool bbdc,
const char* gain1,
double gain1_value,
const char* gain2,
double gain2_value,
const char* gain3,
double gain3_value,
const char* gain4,
double gain4_value,
const char* rf_port_select,
const char* filter_source = "",
const char* filter_filename = "",
float Fpass = 0.0,
float Fstop = 0.0)
{
fmcomms5_source::sptr block = fmcomms5_source::make(uri,
frequency1,
frequency2,
samplerate,
bandwidth,
rx1_en,
rx1_en,
rx2_en,
rx2_en,
rx3_en,
rx3_en,
rx4_en,
rx4_en,
buffer_size,
quadrature,
rfdc,
bbdc,
gain1,
gain1_value,
gain2,
gain2_value,
gain3,
gain3_value,
gain4,
gain4_value,
rf_port_select,
filter_source,
filter_filename,
Fpass,
Fstop);
return gnuradio::get_initial_sptr(
new fmcomms5_source_f32c(rx1_en, rx2_en, rx3_en, rx4_en, block));
}
void set_params(unsigned long long frequency1,
unsigned long long frequency2,
unsigned long samplerate,
unsigned long bandwidth,
bool quadrature,
bool rfdc,
bool bbdc,
const char* gain1,
double gain1_value,
const char* gain2,
double gain2_value,
const char* gain3,
double gain3_value,
const char* gain4,
double gain4_value,
const char* rf_port_select,
const char* filter_source,
const char* filter_filename,
float Fpass,
float Fstop)
{
fmcomms5_block->set_params(frequency1,
frequency2,
samplerate,
bandwidth,
quadrature,
rfdc,
bbdc,
gain1,
gain1_value,
gain2,
gain2_value,
gain3,
gain3_value,
gain4,
gain4_value,
rf_port_select,
filter_source,
filter_filename,
Fpass,
Fstop);
}
private:
fmcomms5_source::sptr fmcomms5_block;
protected:
explicit fmcomms5_source_f32c(
bool rx1_en, bool rx2_en, bool rx3_en, bool rx4_en, fmcomms5_source::sptr block);
};
} // namespace iio
} // namespace gr
#endif /* INCLUDED_IIO_FMCOMMS5_SOURCE_H */
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