Autodia Software Development

GOautodial is an open source web based call center system based on CentOS. It automatically installs the GOautodial applications (GOadmin, GOreports and GOagent), Vicidial, Mysql, PHP, Asterisk, Limesurvey and other open source software to have a fully functional call center system. An open source predictive dialer and inbound IVR + ACD system that rocks. Major Features: Outbound predictive and automatic dialing Inbound IVR and ACD Wizard based configurations Integrated call recording Scalable to hundreds of seats USA, UK and Canada call compliance VoIP trunks and standard Telco lines Support for Sangoma and Digium cards Open-Source GPLv2 licensed, with no software licensing cost Download: md5sum: 5f3e2baba37c649b9f0847 md5sum: b0de2b302faec4c57ef87bb99f8d03b3 Support GOautodial Subscribe to our services: Cloud/hosted/VPS, premise based and managed services. VoIP/SIP dialer termination and origination - Using our services directly fund the continuous development of the project. Need professional help? Talk to us: Visit: • Homepage.

Latest news Here's an online preview demo for our upcoming version 4. Added by ago DID Logic has published a guide on how to setup your GOautodial CE system using their SIP trunks. Added by ago The first open source multi-channel contact center web application has been started by the GOautodial team. Called the 'GOautodial app', a modern standards based web app that provides voice and non-voice contact center features. Added by ago Added by ago GoAdmin CE Page Restriction Access Vulnerability Added by ago.

INTRODUCTION ------------ AutoDia is an open-source, auto-documentation and auto-diagramming system allowing you to automatically generate Images, XML, HTML or Dia files. It has been written to make GNOME Dia and any Diagram Application that can use similar XML more powerful.

I hope to make Dia more popular than the commerical equivilents because of the ability to vastly extend it in this way. It is based on Object Oriented Perl and uses Template Toolkit, GraphViz, and INLINE::Java. AutoDia's design goals have been good Object Orientation such as plenty of abstraction, use of inheritance, extensability, robustness and elegance. Speed and security are not concerns as this application is designed to generate xml for documents in a batch processing manner, not an interactive manner, and is a single user application for use from the console. AutoDia has been previously known as autodial. The output file is still called autodia.out.dia by default. The executable files are now called and, the only difference being an additional section near the start of the latter to enable INLINE::Java.

STATUS ------ AutoDia currently works on most perl applications, it seems to work on, itself, various projects of my own and friends. If it doesn't work on something, please email the error message and any extra information or fixes you have. AutoDia now supports any language that has a handler registered in

Instruction in the Software Development program includes designing, coding, and implementing software applications in a variety of programming languages: Unix, SQL.

Currently this is a reasonable perl handler and a useful C++ handler. Any language can be supported easily by creating a class that inherits from Handler, as Autodia::Handler::Perl does - the perl handler is a good example and best documented - the C++ and PHP handlers can also be helpful when writing a new handler. I feel that AutoDia does a reasonable job most of the time.

There is very little chance of it damaging any files although generated output may crash applications if files are corrupted or contain errors. COPYRIGHT AND LICENSE --------------------- AutoDia is Copyright (c) 2001 Aaron Trevena Licensed under the GNU General Public License (GPL, see file COPYING). CONTACT ------- email me at, and put '[AutoDia]' in the subject line. DOCUMENTATION ------------- README: this file. COPYING: The GPL License allowing your use and distribution of this code INSTALL: installation guide. UPGRADE: instructions for upgrading older installations.

CHANGES: list of changes, new features and bugfixes. FIXES: list of bugfixes (in stable releases only). FAQ: questions and answers for admins. DEVELOP: info for people who want to extend or customize AutoDia BUGS: bugs and caveats not yet fixed CONTRIBUTING ------------ Want to contribute? - Find bugs and submit detailed bug reports - Create/update translations - Create external handler modules To contribute to AutoDia mail me at the below address.

-- Aaron Trevena Author and maintainer.

Arduino Version- Update 2015: I developed an Arduino OBD reader for the older OBD KW1281 protocol: • An OBD USB adapter (USB KKL adapter ‘‘) was hacked, so I could connect the car OBD to the Arduino (TX/RX via software serial). • An Arduino LCD display (‘YwRobot LCMI602 IIC V1’) was attached to the Arduino. • Arduino code was written for the KW1281 protocol to read car sensor data (RPM, oil/coolant temperature, throttle, air, etc.) and show them on the display. Thanks for the code and the info! I’m trying to use the project to use the “read blocks” part but with a ELM327 bluetooth adapter and a STM32 board running arduino code (STM32duino). I’m able to read the engine module with other library (OBD) but this one was failing.

I found that, as I wasn’t using the RX/TX lines directly, I wasn’t able to do the “slow init”. As a workaround I tried to use the AT command “AT IIA xx” to do this but the BT adapter is a clone 🙂 and it doesn’t support this command. I’m going to gut the adapter and access the lines directly (on level converter) as you are doing Thanks again! Hello, thank you all for sharing your code and the development on this nice project. I have transformed an 2L engine of a Golf 3 (AGG) to a VW bus (T3) and get a lot of sensor data on a little display with this code.

The ECU system is the Simos 4. Everything works fine with the code, so far. Pizza Hut Delivery Driver Responsibilities Download Youtube on this page.

In the bus I use a OLED Display with GPS and other sensors to show the speed, the gear and the temperatures. Now I want to integrate some ECU Data (lambda and fuel consumption) and a check engine light for the case of an error. That for it is necessary to read out the errorlist and integrate this part to Alexanders arduino code.

It is just an extension to read the errors. Does somebody has done it right now and want to share the code with me? Hi James, I was wondering, when using the SoftwareSerial.h library do you manage to successfully communicate with the ECU after the 5 baud init? By this I mean do you successfully receive the values 0x55 0x01 0x8A? Because I have tried the SoftwareSerial.h library and I cannot get a correct response from the ECU, instead I get 0x00 0x00 0x00 for the ADR_Dashboard and 0x00 0x00 0x55 for the ADR_Engine I believe the problem might be because the new SoftwareSerial.h library calculates the timings for the 10400 baud as opposed to the hardcoded timings in the NewSoftwareSerial.h library.

And I think the calculated timings and the hard coded timings are different.