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apexar_pdk

Specifications

Ready to use Virtual Appliance 

Easy installation

Flat learning curve

Total platform customization

Expandable package repository

 GTK compatible

C/C++/Phyton compatible

Target remote update

TCP/IP ready

Application notes

Demos

 

Downloads

arrow Brochure

• APEXAR PDK (Brochure)

Documentation Included

User manual

PDK installation guide

 Aplication Notes

Cronie

syslog

Mail send

Net configuration

WIFI configuration

Demonizer (Demo creator)

Touchscreen calibration

Boot image and text change

SPI

I2C

Serial

Digitals filters

Widget waves graphicator

GPIO

Clock synchronization

    

 


 

Description

arrow Linux embedded development platform

The use of Linux in embedded devices has grown significantly over the last few years. Companies are choosing Linux because of the open source, its reliability and stability and the complete control over the platform being able to customize it using libraries from the open source Linux community. 

However, designing, creating and maintaining a own Linux development platform can take months even for linux experts.

The APEXAR PDK merges together both open source and proprietary platfroms advantages resulting in a total control of your linux platform in the time to market reduction.

arrow Why a virtual appliance

The APEXAR PDK is a complete linux embedded development platform deployed in a useful virtual appliance, which is possible  to use with any user's operative system (Windows, Linux, OS X y Solaris). In this case, the appliance contains the development platform completely installed and configured (Operative system, applications and libraries). Its advantages are: reliability, unique support and the possibility of working on it inmediatelly.

arrow APEXAR PDK and the power of it 6 simple steps

The system has a project manager that allows PDK projects to be created and managed friendly, binary images to be generated and deployed directly in the Apexar EVK, the Apexar PRO or the user's proprietary hardware. This binary image is called Root File System (RFS).

The RFS is GNU/Linux's main file system that is going to execute in the device. It contains every required libraries and applications to run according with user's needs. 

1  PDK Project and Root File System Creation

Projects can be created, the RFS maximum size can be define and an IP with user and password can be choose for application remote update.

The precompiled packages ( libraries, servers and applications) that form the project new RFS can be easily select.

 

C/C++ Project Creation

C/C++ projects can be created using the Netbeans ® included in the APEXAR PDK. 

Graphical User Interface (GUI) Design 

GUI can be design and implementate  in three ways:

A) Writing direct code over Framebuffer, or using  Direct Framebuffer /  GTK+ libraries.

B) Using the GUI design RAD tool  Glade to  generate the GUIs XML.

C) Using the Apexar GTF tool to generate the most sofisticated GUIs XML.

Functional and interaction implementation.   RFS customization

Adding:

A) Features and interaction between GUIs' components (widgets)

B) Control system.

C) Connectivity

Compile & link - Fast deploy 

The system allows to make an application fast deploy through a secure remote connection, pendrive or SD card with the previous linked and compiled application with RFS libraries initiali 

Production RFS Creation - Full deploy 

The Apexar PDK generates a binary with the complete RFS (libraries, applications, servers, user application and RFS customization) with the simple action of pressing a button which is deployed to the device by USB. The installation / recovery of the complete system is allowed.