Delphi Xe Serial Port Component Speakers

Change the com port and other details to match your own, then you can control it as though you're using the serial console. Ps to set the paths (Menu Tools Enviroment Options Library, then add the path or your components wont be seen at compile time). Port I/O (Bookmark) Bus. Delphi and C Builder component for serial communication on Windows 95/98 and Windows NT/2000. TnrComm is the very useful and suitable Delphi component for control the serial port in Win32. At one of my old workplaces, we had a building alarm system that had a serial port cable. We logged the alarm activity on our servers, using a little capture program, originally in VB, which I rewrote in Delphi. If you want to drop a component on a form, and talk through a serial port, check it out. This is Just an update on this Delphi issue. I managed to make a working example (it works pretty good) on Delphi 7 using ComPort VLC component to control a series of LEDs thru Serial COMM Software example with source code, Arduino code and ComPort VLC, all available on my site to download.

There is a 3rd party component for this: Comport for Android. See also Broadcast Receivers in Delphi XE5 Android for information about Bluetooth serial communication. As I understand, it would require some work to get this implemented, since the needed api's are not fully translated to Delphi yet. – LU RD Dec 14 '13 at 8:31. Serial port component, ComDrv32 vs SerialNG Showing 1-16 of 16 messages. Delphi and doing serial port communication use the old good Turbo Power.

Windows Standard Serial Communication Library for Delphi

The Windows Standard Serial Communications Library for Delphi (WSC4D) is an serial communication library based on the WindowsAPI. Includes 52 functions plus modem control, serial comm API. WSC4D uses the core Windows API to communicate with any device connectedto a serial port from within a Delphi application.

A simple interface allows accessing data from a serial port using RS232 or multi-drop RS422 / RS485 serial ports. WSC also supports virtual ports such as those created by Bluetooth and USB/serial converters. WSC4D provides the capability to quickly write 32 bit and 64 bit Delphi applications to control serial devices such as barcode scanners, modems, lab instruments, medical devices, USB serial devices, scales, GPS navigation, etc.

The Delphi component library includes 49 functions plus serial line status & control, modem control,ASCII/XMODEM/YMODEM protocols, and a good selection of Delphi exampleprograms.

WSC4D can be used with any version of Borland/Codegear/Embarcadero Delphi (including Embarcadero XE8 and Delphi 10 Seattle/Berlin).

Features of WSC4D include:

  • Includes 64-bit (WSC64.DLL) and 32-bit (WSC32.DLL) versions.
  • Free technical support and updates for one year.
  • Royalty free distribution with your compiled application.
  • Evaluation versions are fully functional. No unlock code is required.
  • Includes 52 functions plus modem control.
  • Can control any serial device (scale, barcode reader, etc.) connected to a serial port.
  • Can be used from GUI mode or console mode programs.
  • Can control multiple ports simultaneously.
  • Can be used with virtual serial ports using Bluetooth serial or a USB to serial converter.
  • Supports RS232, and multidrop RS422, and RS485 ports.
  • Includes hardware and software flow control.
  • Supports character peek (SioEventChar).
  • Supports transmit and receive timeouts.
  • Can send Windows messages on completion of events (incoming character, etc.)
  • Supports any baud rate (32-bit and 64-bit versions).
  • Ability to specify the parity, word size, and number of stop bits.
  • Comes with ANSI emulation and ASCII, XMODEM and YMODEM.
  • Supports binary and text data transfer.
  • Is port re-entrant.
  • State driven Xmodem and Ymodem on multiple ports simultaneously.
  • Is fully thread safe.
  • Supports Windows XP through Windows 10.
  • Works with all 32-bit versions of Borland, Codegear and Embarcadero Delphi.
  • Works with 32- bit and 64-bit verisons of Embarcadero Delta XE through Delphi XE8, and Delphi 10 Seattle and Berlin.
  • Does not depend on support libraries. Makes calls to core Windows API functions only.
  • Can be used with any program in any language (C/C++,.NET, Delphi, VB, VB.NET, Foxpro, etc.) that can call the Windows API.
  • License covers all programming languages. Purchase a developer license for WSC4D and use the DLLs with any other development environment (C++, Visual FoxPro, etc).
  • Implemented as a standard Windows DLL, which will work with all versions of Windows.
  • Will run on machines with or without .NET installed
  • Can be purchased with or without ANSI C source code to the WSC DLLs.
  • Documentation online as well as in printable format.

Delphi Xe Serial Port Component Speakers Best Buy

WSC4D can be used in the development of Win32 and Win64Delphi applications running under Windows XP through Windows 10.The evaluation version of WSC4D is fully functional.

Delphi Xe Serial Port Component Speakers Bluetooth

The current version of the Windows Std Serial Comm Lib for Delphi is 7.0 (October 3, 2019).Registration is $119 for email delivery ($199 with C language source code).

Order

Order Page

Links

HOME

Delphi Xe Serial Port Component Speakers Ebay

Download WSC4D
WSC4D Programmer's Manual

Delphi Serial Port Component


WSC User's Manual
WSC Reference Manual
For a long time I have used the SerialNG component provided by Domis
(http://www.torry.net/authorsmore.php?id=3670), and I was able to get it to
work well for my application, but I had to do some tricky coding, such as
setting a critical section, and saving incoming data to a separate buffer
which was then used for error checking and data processing. It is an
integral part of two of my products, and sometimes I still get errors, but
they are more likely caused by the USB serial port driver. I'm using a
Silicon Labs CP2103 USB device.
Now I am working on another project, and I'm just reading a string of
comma-separated text data with CRLF after each line. The line is about 30
characters and I'm transmitting at 9600 baud, 1 stop bit, no parity, and no
flow control. These lines are transmitted every 300 mSec. I was able to use
Hyperterm to verify that the data can be received and displayed accurately.
Hyperterm is a problem on Win7 because you can't reload the HT files and
must re-enter the communication parameters, but that's just an annoyance.
But when I made a simple terminal program using D4 and the SerialNG
component, I would get errors where it would miss characters and even entire
sequences, and I was able to get some improvement (or break it completely)
by fiddling with the cluster size and receive character timeouts. I was
parsing the incoming data and using the memo.strings.add method to display
each line when I detected a CRLF. So I thought maybe it was unsafe to do
this from the receive cluster event processor. The demo seemed to work, but
it is not a simple terminal and it also displays data as hex, with a
date-time stamp.
So, I downloaded and installed ComDrv32
(http://www.torry.net/pages.php?id=198), and confirmed that its terminal
demo received and displayed the data properly, and I incorporated it in my
program and it works perfectly well, without any 'fiddling'. I had a few
problems installing the component and I had to restart D4, but then it
seemed to compile and run fine.
Does anyone have experience with either of these components? Or recommend
another? I may try a new version of my Ortmaster application with the
ComDrv32 component. If I can do it more simply, I will be happy. KISS is
wonderful!
Thanks,
Paul