Command Line Tool

The main command-line tool is adrv9002-iio-cli. This tool is used to generate profiles and streams without having to write any code. The tool is provided in the libadrv9002-iio package and is installed with the library. Note that it is not included with the wheel packages.

Usage

Here is the help output for the tool:

CLI version: 0.1.0
Profile generator API: 68.8.1
Libiio version: 0.25-b6028fd

Usage:
	adrv9002-iio-cli --config [arg] --uri [arg] --device [arg]
		Generate profile and stream from the specified config file and write it to the iio device.
		(Only available if build with libiio)

	adrv9002-iio-cli --config [arg] --stream [arg]
		Generate stream from the specified config save it to a file.

	adrv9002-iio-cli --config [arg] --profile [arg]
		Generate profile from the specified config save it to a file.

Options:
	-h, --help
		Show help.

	-v, --version
		Show software versions.

	-c, --config [arg]
		Specify config file containing a adrv9002_config structure in libini format.

	-u, --uri [arg]
		Set the iio device's uri.
		eg: 'ip:192.168.2.1'
		(Only available if build with libiio)

	-d, --device [arg]
		Set the name of the device you will write the stream and profile to.
		eg: 'adrv9002-phy'
		(Only available if build with libiio)

	-s, --stream [arg]
		Specify the file which the generated stream will be written on.

	-p, --profile [arg]
		Specify the file which the generated profile will be written on.

Input configuration

The tool requires a configuration file to be provided. This file is a JSON file that contains the same parameterization as the C and python functions in the library. Please see the C or Python API doc for valid configurations. The file is used to generate the profile and stream. Below is an example configuration file:

{
	"radio_cfg":	{
		"ssi_lanes":	2,
		"ddr":	1,
		"short_strobe":	1,
		"lvds":	1,
		"adc_rate_mode":	3,
		"fdd":	0,
		"rx_config":	[{
				"enabled":	1,
				"adc_high_performance_mode":	1,
				"frequency_offset_correction_enable":	0,
				"analog_filter_power_mode":	2,
				"analog_filter_biquad":	0,
				"analog_filter_bandwidth_hz":	0,
				"channel_bandwidth_hz":	38000000,
				"sample_rate_hz":	61440000,
				"nco_enable":	0,
				"nco_frequency_hz":	0,
				"rf_port":	0
			}, {
				"enabled":	1,
				"adc_high_performance_mode":	1,
				"frequency_offset_correction_enable":	0,
				"analog_filter_power_mode":	2,
				"analog_filter_biquad":	0,
				"analog_filter_bandwidth_hz":	0,
				"channel_bandwidth_hz":	38000000,
				"sample_rate_hz":	61440000,
				"nco_enable":	0,
				"nco_frequency_hz":	0,
				"rf_port":	0
			}],
		"tx_config":	[{
				"enabled":	1,
				"sample_rate_hz":	61440000,
				"frequency_offset_correction_enable":	0,
				"analog_filter_power_mode":	2,
				"channel_bandwidth_hz":	38000000,
				"orx_enabled":	0,
				"elb_type":	2
			}, {
				"enabled":	1,
				"sample_rate_hz":	61440000,
				"frequency_offset_correction_enable":	0,
				"analog_filter_power_mode":	2,
				"channel_bandwidth_hz":	38000000,
				"orx_enabled":	0,
				"elb_type":	2
			}]
	},
	"clk_cfg":	{
		"device_clock_frequency_khz":	38400,
		"device_clock_output_enable":	0,
		"device_clock_output_divider":	0,
		"clock_pll_high_performance_enable":	1,
		"clock_pll_power_mode":	2,
		"processor_clock_divider":	1
	}
}

EOF