วันพุธที่ 31 มกราคม พ.ศ. 2561

Raspberry Pi connect Smartcard Reader

Raspberry Pi connect Smart Card Reader

We'd like to read Thai ID Smartcard with Raspberry Pi Board. ( with python code )


Smart Card Reader  

USB Smartcard Reader  Alcor Micro model AU9560

Test detect smartcard reader in pyscard example code 




Smart Card
Test ATR ( Answer To Reset ) in Pyscard Example Code




Install Library on Raspberry pi


sudo apt-get install pcscd git python-setuptools swig gcc libpcsclite-dev python-dev

cd pyscard
sudo python setup.py build_ext install
sudo reboot


Thai ID Smart Card Demo


Reference

pyscard

User guide

Test

code thai id card





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email : info@softpowergroup.net  ,amphancm@gmail.com  Tel .+6681-6452400

Android and Arduino IoT



LINE : adunnun
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วันพุธที่ 24 มกราคม พ.ศ. 2561

Raspberry Pi GUI

Raspberry Pi GUI


How to make GUIs (Graphical User Interface) on Raspberry Pi in Python.

In Python, the steps to get started with GUI programming are not terribly complex, but they do require the user to begin making some choices. By its nature as a general purpose programming language with interpreters available across every common operating system, Python has to be fairly agnostic as to the choices it presents for creating graphical user interfaces.
Fortunately, there are many options available for programmers looking to create an easy way for users to interact with their programs. Bindings exist for several UI frameworks on a variety of platforms.

TkinterGTKQT (PySide and PyQT), wxPythonKivythrust, …?


Tkinter

Tkinter is the standard GUI library for Python. Python when combined with Tkinter provides a fast and easy way to create GUI applications. Tkinter provides a powerful object-oriented interface to the Tk GUI toolkit.
If there were a single package which might be called the "standard" GUI toolkit for Python, it would be Tkinter. Tkinter is a wrapper around Tcl/Tk, a popular graphical interface and language pairing first popularized in the early 90s. The advantage of choosing Tkinter is the vast number of resources, including books and code samples, as well as a large community of users who may be able to help you out if you have questions. Simple examples are easy to get started with and fairly human-readable.
Tkinter is available under the Python license, on top of the BSD license of Tcl/Tk.

WxPython

WxPython brings the wxWidgets cross-platform GUI library from its native C++ to Python. WxPython is a slightly more modern approach to, which looks a little more native than Tkinter across different operating systems as it does not attempt to create its own set of widgets (although these can be themed to look much like native components). It's fairly easy to get started with as well, and has a growing developer community. You may need to bundle wxPython with your applications, as it is not automatically installed with Python.
Working with Python 3? Check out wxPython's Project Phoenix, a rewrite of the project which will work with the newest version of Python.
WxPython uses the wxWindows Library License of its parent project, which is OSI approved.

PyQt

PyQt implements the popular Qt library, and so if you are familiar with Qt development in another language, perhaps from developing native applications for KDE or another Qt-using desktop environment, you may already be familiar with Qt. This opens up the possibility of developing applications in Python which have a familiar look and feel across many platforms, while taking advantage of the tools and knowledge of the large Qt community.
PyQt is dual licensed under both a commercial and GPL license, not unlike Qt project itself, and the primary company supporting PyQt offers a license FAQ to help understand what this means for your application. For another option to use the Qt libraries with Python, consider checking out PySide, which is available under the LPGL.

ElectronJS
Electron is a framework for creating native applications with web technologies like JavaScript, HTML, and CSS. It takes care of the hard parts so you can focus on the core of your application.



My Website
email : info@softpowergroup.net  ,amphancm@gmail.com  Tel .+6681-6452400

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วันอังคารที่ 2 มกราคม พ.ศ. 2561

Raspberry Pi connect Fingerprint Reader




Raspberry Pi connect Fingerprint Reader

Optical fingerprint readers offer large capture areas, excellent image quality and rapid capture speed all in a compact, durable case. Our optical readers with a silicone membrane provide superior image capture performance for a wide range of skin conditions. This translates to easy, efficient and high-quality image capture – which impact technology acceptance and performance – making our U.are.U readers the preferred biometric solution for a range of commercial applications.


Digital Persona U.are.U 4500 Fingerprint Reader

The U.are.U 4500 Fingerprint Reader is a USB peripheral perfect for individual desk top users, as well as multiple users in shared environments. Its compact design conserves desk space in enterprises, and its professional, modern appearance
looks elegant in point-of-sale environments. The U.are.U 4500 Reader utilizes optical fingerprint scanning technology to achieve excellent image quality, a large capture area and superior reliability. A silicone coating allows it to read a wide range of fingerprints accurately and rapidly regardless of placement angle. The high-quality metal casing resists unintentional movement.


To use, simply place a finger on the reader window and the reader quickly and automatically captures and encrypts the fingerprint image before sending it to the DigitalPersona® FingerJetTM biometric engine for verification. For superior user feedback, a red “flash” indicates that a fingerprint image has been captured.
The U.are.U 4500 Fingerprint Reader is designed for use with a full range of CrossmatchTM software including our authentication solutions, as well as most of our U.are.U Software Development Kits. Whether you are an enterprise customer or a system integrator, Crossmatch’s biometric identity verification solutions provide a natural extension to your security system and applications. 


KEY SPECIFICATIONS
• Pixel resolution: 512 dpi (average x, y over the scan area)
• Scan capture area: 14.6 mm (nom. width at center) 18.1 mm (nom. length)
• 8-bit grayscale (256 levels of gray)
• Reader size (approximate): 65 mm x 36 mm x 15.56 mm
• Compatible with USB 1.0, 1.1 and 2.0 (Full Speed) specifications 



fprint_demo

http://www.reactivated.net/fprint/wiki/Fprint_demo

The fprint project aims to plug a gap in the Linux desktop: support for consumer fingerprint reader devices.
Previously, Linux support for such devices has been scattered amongst different projects (many incomplete) and inconsistent in that application developers would have to implement support for each type of fingerprint reader separately. For more information on where we came from, see ?/Project history.
We're trying to change that by providing a central system to support all the fingerprint readers we can get our hands on. The software is open source and in the long term we're shooting for adoption by distributions, integration into common desktop environments, etc.
Software to demonstrate libfprint's capabilities. Currently in early stages. Written in C. Requires libfprint and GTK+. Licensed under the GPL version 2



Install on Raspberry pi
$ sudo apt-get install libfprint-dev libgtk2.0-dev                                             $ git clone --recursive https://github.com/dsd/fprint_demo
$ cd fprint_demo
$ ./autogen
$ ./configure
$ make
$ make install
Run fprint_demo
$ fprint_demo

Reference
https://github.com/dsd/fprint_demo





My Website
email : info@softpowergroup.net  ,amphancm@gmail.com  Tel .+6681-6452400

Android and Arduino IoT



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