libbox0 Binding
Project description
pyBox0
======
Python binding for libbox0
Dependencies
============
* cffi
* numpy
In C:
* libbox0
* libusb
Installation
============
$ python setup.py build
$ python setup.py install
Configuration
=============
in local.properties
_binding.py, build_path variable to tell where to look for header and library
Usage
=====
lots of demo code in test/ and example/
a generic approch to opening device and module and do something with them
import box0
# open any supported usb device
dev = box0.usb.open_supported()
# open the gpio0 module (assuming the device support it)
# if you need to iterate over the supported modules using dev
gpio0 = dev.gpio(0)
# set to output mode
gpio0.dir(0, gpio0.OUTPUT)
# set value of pin 0
gpio0.value(0, gpio0.LOW)
#disable hiz mode of pin 0,
# note: all pins are in hiz mode right after opening (for protection)
gpio0.hiz(0, gpio0.DISABLE)
// wait
try:
while True:
time.sleep(.5)
except:
pass
# close resources
gpio0.close()
dev.close()
Note
====
pyBox0 uses same style as libbox0 and
much of the documentation of libbox0 is applicable to pyBox0
int b0_<section>_<func>(<section-object>, params....)
in pyBox0:
instead of int, an exception (ResultException is raised) when int-val < 0
so, now the return value is used for other tasks
"b0" tag is now replace with "box0." as python have concept of modules
<section> is replace with files.
for example: <section> = "device" , theirs device.py
and it contain Device.py
<func> these are under-scored style name in libbox0
in pyBox0, camelcasing is used
for example b0_usb_open_supported() is box0.usb.openSupported()
most of the library assumes numpy array.
numpy is good and you should always use numpy with pyBox0 as
it much better in long run
Getting help
============
get on to #box0 on IRC freenode
and report bug on https://gitlab.com/madresistor/pyBox0
Getting involved
================
get on to #box0 on IRC freenode
and report bug on https://gitlab.com/madresistor/pyBox0
Licence
=======
GNU/GPLv3 or later (see COPYING)
Credits and references
======================
http://www.madresistor.org/
Maintainer
==========
Kuldeep Singh Dhaka <kuldeepdhaka9@gmail.com>
======
Python binding for libbox0
Dependencies
============
* cffi
* numpy
In C:
* libbox0
* libusb
Installation
============
$ python setup.py build
$ python setup.py install
Configuration
=============
in local.properties
_binding.py, build_path variable to tell where to look for header and library
Usage
=====
lots of demo code in test/ and example/
a generic approch to opening device and module and do something with them
import box0
# open any supported usb device
dev = box0.usb.open_supported()
# open the gpio0 module (assuming the device support it)
# if you need to iterate over the supported modules using dev
gpio0 = dev.gpio(0)
# set to output mode
gpio0.dir(0, gpio0.OUTPUT)
# set value of pin 0
gpio0.value(0, gpio0.LOW)
#disable hiz mode of pin 0,
# note: all pins are in hiz mode right after opening (for protection)
gpio0.hiz(0, gpio0.DISABLE)
// wait
try:
while True:
time.sleep(.5)
except:
pass
# close resources
gpio0.close()
dev.close()
Note
====
pyBox0 uses same style as libbox0 and
much of the documentation of libbox0 is applicable to pyBox0
int b0_<section>_<func>(<section-object>, params....)
in pyBox0:
instead of int, an exception (ResultException is raised) when int-val < 0
so, now the return value is used for other tasks
"b0" tag is now replace with "box0." as python have concept of modules
<section> is replace with files.
for example: <section> = "device" , theirs device.py
and it contain Device.py
<func> these are under-scored style name in libbox0
in pyBox0, camelcasing is used
for example b0_usb_open_supported() is box0.usb.openSupported()
most of the library assumes numpy array.
numpy is good and you should always use numpy with pyBox0 as
it much better in long run
Getting help
============
get on to #box0 on IRC freenode
and report bug on https://gitlab.com/madresistor/pyBox0
Getting involved
================
get on to #box0 on IRC freenode
and report bug on https://gitlab.com/madresistor/pyBox0
Licence
=======
GNU/GPLv3 or later (see COPYING)
Credits and references
======================
http://www.madresistor.org/
Maintainer
==========
Kuldeep Singh Dhaka <kuldeepdhaka9@gmail.com>
Project details
Download files
Download the file for your platform. If you're not sure which to choose, learn more about installing packages.
Source Distribution
box0-0.1.0.tar.gz
(50.7 kB
view hashes)