1. Delphi Arduino Ethernet
2. Delphi Arduino Serial
3. Delphi Arduino Circuit
4. Delphi Arduino Programming
5. Delphi Arduino
6. Delphi Arduino Usb

Best Type of Graphics Card for CAD Laptop (Solidworks) Technical Discussion. 20: 760: December 2, 2020. With Delphi Are you ready to design the best UIs of your life? Our award winning VCL framework for Windows and FireMonkey (FMX) visual framework for cross-platform UIs provide you with the foundation for intuitive, beautiful user interfaces that wow on every platform: Windows, macOS, iOS. Full source code for the Arduino side and the Delphi XE8 Firemonkey side is available. The app is built for Android but also may work on IOS, Windows, and OSX where Bluetooth is available. In addition to the Bluetooth module and the AC module on the Arduino there is also an LED board which the Delphi app can display messages on.

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Delphi tutorial: serial comms, i.e. using the COM port
Bi-directional Communications
'Master'/'Slave' two computer system

This has good information, and a search button at the bottom of the page

Please don't dismiss it because it isn't full of graphics, scripts, cookies, etc!

WARNING..

I am old fashioned. I disavow any responsibility for things you may elect to do. In particular, I disavow any responsibility for any consequences arising from connections you make between devices. You can't just plug 'anything' into your computer or anything else!. In particular, make sure that you aren't assuming that an RS-232 interface can be connected directly to, say, an Arduino or BASICstamp, or PIC or other microprocessor. There are notes on some of those issues on my serial ports page, for those of you who need them.

Enough 'lawyer feeding'.. let's turn to the Fun Stuff..

If you have already read my page 'dt4r' (the illustrations just a little way down the page will be familiar), you can jump ahead to material HERE that isn't duplicated THERE!

This is one of the more advanced tutorials in a series which shows you how to link two devices using serial comms. In the tutorials, the 'devices' are a Windows PC running programs written with Delphi and an Arduino.. neat little, inexpensive, fun, capable microprocessor. However: Either device could be replaced by another.. many of the issues discussed here are general, but I find that principles are best understood when backed up by examples of their application.

Click here if you want to know more about the sourceand format of these pages. It may be easier to read this if you re-size the window, so that it does not use the full width of your screen.

The Delphi sourcecode is available for download. The Arduino sourcecode is presented here in full, and you can copy it and paste it into your Arduino development environment for compilation and upload to your Arduino.

This page are a bit rough and ready. Explanations are sketchy. But the code DOES work. I'll try to come back to this and improve it later.

Challenge

Before I present the tutorial: A challenge for you: If you are an advocate of another language, write whatever is needed to connect a PC (or other device) to the Arduino with switch and LED and Arduino program as presented here. In other words, replace what is plugged into the Arduino, but leave the Arduino side of things as it is in the essay below.

If you succeed, and publish the details, with full sourcecode for the language of your choice, I would be glad to post a link to your work here, just send me the URL.

Right.. onward..

Two computers; one system

For many years, for a number of different reasons, I've wanted to hook a microprocessor to a 'big' computer, and have them talk to one another. These days (August 2010) I am using the wonderful Arduino for microprocessor projects, and a Windows XP computer for my 'main' work. The material below could be used with other devices. In particular, if your objective is to connect some serial device to a 'big' PC, you will find helpful material, I hope.

In the diagram below, if you assume that the 'some serial device' is a PC, you see two PCs attached to the Arduino. The one on the left is there for when you are setting up the Arduino to do whatever you want it to do with the other PC. It would normally unplugged, taken away after the system had been built.

The set up above is pretty general. Even without restricting what it implies, you can have two scenarios.

In order to explain the scenarios, I need to say what I mean by 'Master' and 'Slave' in the rest of this essay. A 'master' device is in charge. The 'slave' device will 'speak when spoken to'. It may get on with various things when it isn't commanded by the master to be doing other things, but it will not 'come up' on the serial channel, aka 'serial link' between master and slave unless the master has told it to. The master may 'speak' to the slave in an imperious manner, just issuing a command, and assuming the slave will execute it without any reply. If, for instance, there was an LED attached to the slave, the master might send a 'turn LED on' command'. Or, the master might 'say' 'Turn on the LED, and tell me that you've done it.' In the latter case, the master would have to be programmed to look for the slave's reply.

You can build systems like the above in which the 'Some Serial Device' is the master, and the Arduino is the slave, and you can build systems the other way around (Arduino as master, other serial device as slave.) In the work so far within this tutorial, an example of a Windows XP computer as master, with an Arduino as slave has been created. (The hard parts of doing the reverse are all solved, and part of the first solution.)

It is all well and good thinking in general terms, but eventually it is necessary to get down to cases. For the work to be discussed, this is the set-up I was using..

The Wulfden module is a neat, inexpensive solution to the problems arising from the fact that the PC uses RS-232 serial comms and the Arduino is a TLL device. I'll try to expand on that later. (See my serial port page, for a badly written 'answer', in the meantime.('Hardware' section, near top.)) N.B.: The 'Rx'/'Tx' markings on the device, and on the diagram above cause people no end of confusion. They stand for 'transmit' and 'receive'.. but relative to which device??? There's a signal FROM the PC TO the Arduino that is marked 'Tx' above. and we are transmitting from the PC to the Arduino.. but the Arduino might well call that line 'Rx', as it is the line the Arduino is receiving on. Not rocket science, but easy to get turned around. Follow the diagram: Connect the signal marked 'Tx' on the PA4B to digital pin '3' of the Arduino, the signal marked 'Rx' on the PA4B to digital pin '4' of the Arduino, enter the Arduino programs given below, and all will be well.

I suppose this is the place to say something about the connection from the PC running the Arduino Development Environment to the Arduino. It goes to digital pins 0 and 1. I'm not doing anything 'clever' here.. that's just the normal connection, over which you send programs ('sketches') to the Arduino from the PC where they are compiled.

Apologies for that little diversion. The problems this tutorial sets about solving are rife with 'little details', all of which have to be Got Right.

Jumping Ahead

Some day I will re-write all of this, and give you tutorials of my usual style.. nice, progressive, help you understand what's happening bit by bit tutorials.

At the moment, the best I can offer you, by way of a 'gentle' path to the material which is farther down the page you are reading now is an early draft of tutorials about DD81 and DD82. That page starts with much of what you've already seen, if you read to here from the top of the page. But at the point on that page corresponding to this point, things change.

I don't have time to write it like that now. The work of developing the code is well along. The code needs rough edges 'sanded', but it WORKS. So for now, I will tell you about the 'final' (for now!) 'masterpiece'. I'm doing that in the page you are reading. The stages I followed to reach the 'final' (for now!) stage are explained in the page I gave you a link to a moment ago.

You can download the free sourcecode for DD83. The zip file also includes a compiled copy of the application. The compiled version is hard coded to operate on COM1 at 9600, with no handshake.

If you run that, you should see................

Suzuki dr 100 manual. If it is connected to an Arduino, and the Arduino is running the right software (we'll come to that), and the Arduino has the LED and switch shown above, then..

If a user clicks on the 'Turn LED On' or 'Turn LED Off' buttons, on screen, on the 'big' PC, and the LED on the Arduino will go on or off. If a user presses the switch connected to the Arduino, and the text near the top of the DD83 window will change, to reflect the state of the switch. (When both DD83 and the program in the Arduino are running, the '.. when last checked' qualification becomes academic.. the switch is checked by the Arduino, and what the Arduino found is checked by DD83 many times per second.)

Clear? Exciting? It should be! With the ideas in the software here, many, many things become possible. The 'switch' could be a temperature sensor. The 'LED' could be the heating for a home. And the 'LED' (heating) could be turned on automatically whenever the temperature detected was too low. Pretty expensive 'thermostat', but just an illustration.

There are a lot of rems in that Delphi code to help you understand what is going on. You don't, by the way, have to do this with Delphi or with a Windows computer as the master. If you know how to connect something else to a serial stream, and can send things to the Arduino over a 'Tx to other device' line, and read bytes received over a 'Rx from other device' line, you can use the Arduino code I've presented here with the software and serial device of your choosing. I challenge my Arduino friends to do the fairly simple exercise of writing Arduino code to have another Arduino in place of the Windows XP computer in the diagram above. That 'master Arduino' would only need a switch and an LED to be 'powerful' enough to take the place of the Windows XP machine. The switch would take the place of the 'Turn LED On' / 'Turn LED Off' buttons, and the LED would take the place of the 'Input due to (other!) switch was high/ low..' text. (If you can work up such a device without repeatedly getting confused as to which LED is controlled, and which is reporting, etc, ,my hat is off to you. Would the whole thing be 'symmetrical', apart from one Arduino being master, the other slave? I think I'll leave worrying about that for another day when my brain is fresher!) I think it would LOOK symmetrical.. but wouldn't actually be symmetrical 'inside'. Either switch would control the LED on the OTHER Arduino..?

But! Back to today's problem: 'All' you need now is the code to be run in the Arduino. That is as follows.

A little detail: The screenshot for DD83 (above) says that 'SerialAsSlave2' should be running in the Arduino. That should read 'Arduino program 'SerialArdAsSlave2' suitable for slave.'

One more detail.. the rems in the following and much else have not been 'polished'. There may well be duplications, scraps which moved forward from program to program as the solution was developed. Sorry. I'll work on them, but I can't do that soon.

There (above) you have it! A system that I've been trying to build for 20 years.

It could be adapted quite easily to make things work the other way around: With the PC as Slave, Arduino as Master. The 'hard parts' of that are done, and in DD83. I look forward to doing that project.. :-)

Many, many of the underlying concepts upon which this system is built.. especially the part in the Windows PC.. were discussed, explained, etc, earlier in the series of tutorials which led to this one. In particular the one about DD80 is worth a visit if you are puzzled about things.

This isn't the place to explain the general principles of serial ports to you. I have a separate page with more general serial port information. (At 2 Apr 10, that page has a number of topics which need further development, but it already has some useful things for you.. among them information on RS-232 to TTL level shifting, and how to use an inexpensive USB device to provide your PC with a virtual serial port which works fine with the software developed in this tutorial. If you look a little farther, I think you will find that there are 'serial port proxies', which allow you to have 'a serial port'.. on a computer that you are only 'connected' to across a LAN, or even across the internet! Serial ports are NOT 'easy', but they have been earning their keep for many, many years. Master them, and you have access to all sorts of things.)

In most of my tutorials, I guide you through building it from scratch. For DD83, I think it would be better if you just load the finished sourcecode.

Not now.. but eventually, I will try to provide you with notes on parts of that code.

Site MapWhat's NewSearchThis search merely looks for the words you enter. It won't answer 'Where can I download InpOut32?'

Click here if you're feeling kind! (Promotes my site via 'Top100Borland')

If you visit 1&1's site from here, it helps me. They host my website, and I wouldn't put this link up for them if I wasn't happy with their service. They offer things for the beginner and the corporation.

Ad from page's editor: Yes. I do enjoy compiling these things for you. I hope they are helpful. However.. this doesn't pay my bills!!! Sheepdog Software (tm) is supposed to help do that, so if you found this stuff useful, (and you run a Windows or MS-DOS PC) please visit my freeware and shareware page, download something, and circulate it for me? Links on your page to this page would also be appreciated!

Click here to visit editor's freeware, shareware page.Link to Tutorials main pageHow to email or write this page's editor, Tom Boyd

Page tested for compliance with INDUSTRY (not MS-only) standards, using the free, publicly accessible validator at validator.w3.org

If this page causes a script to run, why? Because of things like Google panels, and the code for the search button. Why do I mention scripts? Be sure you know all you need to about spyware.

Delphi Arduino Ethernet

.... P a g e . . . E n d s ...

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This Delphi 5+ OpenTools API plug-in provides support for the creation of DUnit projects and test cases. DUnit itself is a separate product and installation, and must be installed prior to compiling projects created by this plug-in. Enhanced Options dialogue to allow tailoring of test class and test method names and preselected treeview nodes in TestModule and TestClass dialogues.

• Publisher: The Excellent Programming Company
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TMS Project Manager for Delphi and C++Builder 2011

TMS Project Manager is an IDE plugin to easily ZIP and upload projects.Main features:- Configurable upload settings- Configurable file mask- Create and / or upload projects with 2 clicksTMS Project Manager for Delphi and C++Builder 2010 is easy to install and easy to manipulate. To work with it, you have to install Delphi 2010 or C++Builder 2010.

• Publisher: TMS Software
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Universal Data Access Components (UniDAC) is a powerful library of nonvisual cross-database data access components for Delphi, Delphi for .NET, C++Builder, and Lazarus (Free Pascal).UniDAC offers unified approach to the database-related applications development process. That means you can switch easily between different databases in your projects without going deep into their specifics.

• Publisher: Devart
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• Publisher: SoftConstructors
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MariaMole

MariaMole is an open-source development environment for Arduino controllers. MariaMole makes it easier to import existing Arduino sketches, import Arduino libraries, and create new projects from examples. It comes with a default dark/low-contrast color; you can also select another theme, if you don't like it.

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Arduino is a rich Integrated Development Editor that comes packed with numerous features that allow users to write, compile, and upload their code. With this IDE you can search which board you are using and which libraries you want to link and the program will do the rest.

• Publisher: Arduino
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EFL CNC

This is a program to control 3 axis stepper motors for GCode CNC projects. You can load your Gcode file and stream it to the Arduino and run your CNC machine.It can flash your Arduino UNO by single Click on button, simple. Setting your parameters is also simple.

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Pascal Browser

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• Publisher: Peganza
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With LMD-Tools Special Edition (Delphi 7) discover the most extensive and powerful productivity set available. Whatever you want to develop, LMD-Tools is the real thing. This toolbox provides easy-to-use components for all the power you want to implement in your projects.

• Publisher: LMD Innovative
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Visual Micro for Arduino

Visual Studio developers no longer need to use the Arduino Ide. Simple setup just requires the path to an arduino.exe. Arduino for Visual Studio is the most comprehensive and easy to use build environment for Arduino to date and is designed for users who already understand how to use the Arduino IDE.

• Publisher: Visual Micro
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Serif Photo Projects

Serif Photo Projects has a collection of templates and graphics to help you create collages, cards, photo books, etc. The program has very good editing features and is easy to use.Use the Image Cutout Studio to remove items from the background to place on another, or to cut out an item you’ve scanned in. It also has blemish removal tool. special effects, etc.

Delphi Arduino Serial

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Simulator for Arduino is the most full featured Arduino Simulator available at the present time (watch the video below).The benefits and features of an Arduino Simulator are:- The ability to teach and demonstrate the inner workings of an Arduino sketch- Test out a sketch without the hardware, or prior to purchasing hardware- Debug a sketch- Demonstrate a project to a potential customer

• Publisher: Virtronics
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mBlock

mBlock is a free program that refutes this idea. It lets you animate sprites and program hardware devices in a very easy and intuitive way. It has a colorful interface that, at first, looks like a game and not like a programming software. It uses building blocks to program devices and animate sprites.

• Publisher: Makeblock Co. Ltd.
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VBto Converter

Software for converting MS Visual Basic 6.0 projects (including source code) to Microsoft VS VB.NET, C#, J#, VC.NET, VC++ (MFC), Borland Delphi, C++ Builder.Visual Basic forms viewer and source code analyzer.VB6 Decompiler.

• Publisher: StressSoft Company Ltd.
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Makeblock Board Driver

Makeblock Board Driver allows you to set up and use the Makeblock platform. Makeblock platform is based on Arduino, you can also use other Arduino-compatible board to interact with Makeblock electronics. Arduino is an open-source electronics platform based on easy-to-use hardware and software. It’s intended for anyone making interactive projects.

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Delphi Arduino Circuit

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Delphi Arduino Programming

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arduino-create-agent

Delphi Arduino

The arduino create agent is a single binary that reads from a configuration file. Upon launching it will sit on the tray bar and work in the background. It will listen to http and websocket connections on a range of ports from 8990 to 9000. Most of the commands can be performed with websocket instructions.

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Delphi Arduino Usb