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# Python 3 Bindings #
This package provides libbladeRF bindings for Python 3, using the CFFI
interface.
# Installation #
- To install system-wide: `sudo python3 setup.py install`
- To install for your user: `python3 setup.py install`
# Usage: Python module #
A Python module is provided. To use, `import bladerf` and then instantiate the
`bladerf.BladeRF` class to access your board.
An example of opening the first available device and changing the frequency of
the first RX channel:
```
>>> import bladerf
>>> d = bladerf.BladeRF()
>>> d
<BladeRF(<DevInfo(libusb:device=6:53 instance=0 serial=...)>)>
>>> ch = d.Channel(bladerf.CHANNEL_RX(0))
>>> ch
<Channel(<BladeRF(<DevInfo(libusb:device=6:53 instance=0 serial=...)>)>,CHANNEL_RX(0))>
>>> ch.frequency
2484000000
>>> ch.frequency = 1.0e9
>>> ch.frequency
1000000000
```
# Usage: bladerf-tool #
A command-line interface named `bladerf-tool` is provided. For usage
instructions, type `bladerf-tool --help`.
Example usage:
```
$ bladerf-tool info
*** Devices found: 1
*** Device 0
Board Name bladerf1
Device Speed Super
FPGA Size 40
FPGA Configured True
FPGA Version v0.6.0 ("0.6.0")
Firmware Version v2.1.0 ("2.1.0")
RX Channel Count 1
Channel RX1:
Gain 39
Gain Mode Manual
Symbol RSSI None
Frequency 1000000000
Bandwidth 28000000
Sample Rate 1000000
TX Channel Count 1
Channel TX1:
Gain -14
Gain Mode Manual
Frequency 2446999999
Bandwidth 28000000
Sample Rate 1000000
```
# License #
This code is distributed under an
[MIT License](https://github.com/Nuand/bladeRF/blob/master/legal/licenses/LICENSE.MIT.nuand).
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