Purebasic Serial Port Example

I would rather attempt something great and fail, than attempt nothing and succeed - Fortune Cookie 'The critical shortage here is not stuff, but time.' - Johan Ekdahl 'If you want a career with a known path - become an undertaker. Dead people don't sue!' - Kartman 'Why is there a 'Highway to Hell' and only a 'Stairway to Heaven'? Sygic gps navigation product code keygen.

A prediction of the expected traffic load?' - Lee 'theusch' Speak sweetly. It makes your words easier to digest when at a later date you have to eat them;-) - Source Unknown Please Read: Atmel Studio6.2/AS7, DipTrace, Quartus, MPLAB user.

Nov 23, 2005 - Set up a way to see the results of querying the serial ports. Are other examples on the forum (and elsewhere) with examples you could try.

Are you using the data from the Arduino to control a program or process on the PC? Is this a commercial or home-brew program on the PC? Or - are you sending data from the PC that the user is entering/typing while the programs (on both the PC and the AVR) are running? Generally to write a program on the PC that interacts with data received from an external AVR requires a programming language tool on the PC. Often this is Visual BASIC or Visual C.

Use these programs to determine the number of USB COM ports that the PC can detect and what their ID numbers are. Assign your VB or VC application to process data received from the user-selected COM port. Then use a USB-serial interface to physically make the COM connection between the PC and Arduino.

In the.ino file used by the Arduino program/sketch, use Serial.read() and Serial.write() to exchange data with the PC. If the user is typing data from the PC to the Arduino, just use a terminal program on the PC side, or the Arduino Serial Monitor. Wrote: Is there any tutorial on how to do something like this?Somewhat; the following is for Arduino and Universal Windows Platform (UWP, Windows 10 PC and phone, Windows Server 2016) (Arduino IDE, Visual Studio 2015): Shows how to use the APIs to communicate with an Arduino device.

This sample allows the user to configure and communicate with an Arduino board that has simple wired circuitry consisting of 4 LEDs and a temperature sensor. Via Microsoft Windows USB Core Team Blog What is new with Serial in Windows 10 by George Roussos (Microsoft) July 29, 2015. A Windows Runtime API for communication with Serial devices. Windows 10 SDK includes two Universal SDK samples illustrating this API: • SDK Sample • New SDK Sample from above //build talk is now available including C# and Arduino sketch source code. Microsoft Windows Intro to the Universal Windows Platform. We're so spoiled for choice these days.

These are the three simple steps you must go through to get OpenProj up and running on your PC. Choose to create a new project and you will have to enter the following info: project name, manager, start date, notes. How to install openproject on windows. When you’re done with the installation and you launch OpenProj for the first time, you will be presented with a “Tip of the Day.” After that you will be presented with a “Welcome to OpenProj” prompt that invites you to open an existing project or create a new project.

'Firmata' seems to be popular although I've not used it. For most of my industrial instrumentation designs, I used Modbus.

Having 'rolled my own' stuff for many years, it does make sense to use a protocol that is known a documented - this usually means there are existing tools to test with. One protocol I used for my garage lighting control was 'OSC' - open sound system control. There was a free app on the iPhone that was customisable so i could have buttons and sliders. This worked well. It works over UDP, so I used a enc28j60 ethernet interface and hacked the tuxgraphics ethernet stack to do UDP. This was done an a mega162 at 8MHz. I used ethernet as the light dimming code took most of the cpu time, so serial comms at any reasonable speed was a problem - the enc28 chip has 8k of buffer, so that solved the problem.

If you know C++, I also recommend Qt. There is a fully featured free community edition available, but this requires you to comply to LGPL v3 when distributing the software. Qt is really easy to use once you understood how the creators think. You can easily click together a GUI and then program it to do stuff.

The main advantage here is that it features an abstraction layer for the serial port, this even makes it multi platform! The only problem is that the examples for the serial port provided by Qt themselves are really overkill and hard to understand. If you need a simpler example, PM me and I'll give you my latest project involving Qt's serial port HAL.

One of the distinguishing characteristics of beginner-friendly microcontroller platforms– Arduino, PICAXE, and a few dozen others– is that they neatly wrap up and hide the nuts-and-bolts details of interfacing with the hardware. Like everything else, it’s a blessing and a curse.

The benefits are clear: A new user who has just acquired an Arduino can plug it in, blink an LED, and have a working demonstration of two-way serial communication in just a few minutes. The drawbacks are a little harder to see. When you just use one line of initialization that calls a “library,” it’s easy to overlook exactly what’s involved: how many lines of code have invisibly been added to your program? What memory structures have been allocated? What interrupts are now going to disrupt program flow and timing? There’s also a portability issue. We often hear from people who got started with Arduino but now want to explore other AVR microcontroller systems, and don’t know how or where to start the migration process.