Stroke Scribe Serial: The Best ActiveX Control for Serial Port Communication
What is Stroke Scribe Serial?
If you are looking for a simple and reliable way to communicate with your serial port devices from your Windows applications, you might want to check out Stroke Scribe Serial. Stroke Scribe Serial is an ActiveX control that allows you to easily send and receive data via RS232, RS485, USB-to-Serial bridges, Bluetooth dongles, modems, printers, barcode scanners, CNC machines, and more.
Stroke Scribe Serial
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Stroke Scribe Serial is designed to be compatible with any programming language that supports ActiveX technology, such as Visual Basic, Visual C++, C#, Delphi, Excel VBA, Access VBA, etc. You can use Stroke Scribe Serial to create custom applications that interact with your serial port devices without having to deal with low-level details or complex APIs.
In this article, we will show you how to download and install Stroke Scribe Serial on your computer, how to use it in your projects, how much it costs, how to contact Stroke Scribe support team, and answer some frequently asked questions about it. Let's get started!
Why use Stroke Scribe Serial?
Stroke Scribe Serial has many features and benefits that make it a great choice for serial port communication. Here are some of them:
Easy to use: You can simply drag and drop the ActiveX control onto your form or worksheet, set some properties, write some code for handling events, and you are ready to go. No need to install any drivers or libraries.
Flexible: You can configure Stroke Scribe Serial for any serial port device and communication protocol. You can set the baud rate, start/stop bits, parity bits, flow control, data bits, etc. You can also choose between binary or text mode for sending and receiving data.
Powerful: You can use Stroke Scribe Serial to perform various tasks with your serial port devices, such as reading and writing data, controlling the device status, monitoring the port activity, logging the communication, etc. You can also use Stroke Scribe Serial to create complex protocols and commands for your devices.
Secure: You can use Stroke Scribe Serial to encrypt and decrypt your data using AES-256 algorithm. You can also use Stroke Scribe Serial to authenticate your devices using SHA-256 hash function.
Compatible: You can use Stroke Scribe Serial with any Windows operating system from Windows XP to Windows 10. You can also use Stroke Scribe Serial with any serial port hardware, such as built-in ports, PCI cards, USB-to-Serial converters, Bluetooth adapters, etc.
Supportive: You can get in touch with Stroke Scribe support team anytime you need help or have feedback. You can also access the online documentation, tutorials, examples, and forums for more information and guidance.
As you can see, Stroke Scribe Serial is a versatile and user-friendly ActiveX control that can help you communicate with your serial port devices easily and efficiently. Now let's see how to download and install it on your computer.
How to download and install Stroke Scribe Serial?
Downloading and installing Stroke Scribe Serial is very simple and straightforward. Just follow these steps:
Go to the official website of Stroke Scribe at https://strokescribe.com/en/serial-port-activex/.
Click on the Download button and save the file StrokeScribeSerial.zip on your computer.
Extract the file StrokeScribeSerial.zip to a folder of your choice.
Open the folder and double-click on the file StrokeScribeSerial.exe to run the installer.
Follow the instructions on the screen to complete the installation process.
Restart your computer if prompted.
Congratulations! You have successfully installed Stroke Scribe Serial on your computer. Now you are ready to use it in your projects.
How to use Stroke Scribe Serial in your projects?
To use Stroke Scribe Serial in your projects, you need to do two things: setting up the properties and events of Stroke Scribe Serial, and sending and receiving data with Stroke Scribe Serial. Let's see how to do them in detail.
Setting up the properties and events of Stroke Scribe Serial
The properties and events of Stroke Scribe Serial are the parameters that define how Stroke Scribe Serial works with your serial port device and communication protocol. You can set them either at design time or at run time using the ActiveX control interface or code.
The most important properties and events of Stroke Scribe Serial are:
Property/EventDescription
BaudRateThe speed of data transmission in bits per second (bps). The default value is 9600 bps.
DataBitsThe number of data bits in each byte. The default value is 8 bits.
ParityThe method of error detection for each byte. The default value is None.
StopBitsThe number of stop bits at the end of each byte. The default value is One.
FlowControlThe method of controlling the data flow between the sender and the receiver. The default value is None.
DataModeThe mode of data transmission: binary or text. The default value is Binary.
DataReceivedThe event that occurs when data is received from the serial port device.
DataSentThe event that occurs when data is sent to the serial port device.
ErrorOccurredThe event that occurs when an error occurs during the communication.
StatusChangedtd>The event that occurs when the status of the serial port device changes.
For example, if you want to set the baud rate to 19200 bps, the data bits to 7 bits, and the parity to Even, you can do it like this:
'Using Visual Basic Dim ss As StrokeScribeSerial Set ss = New StrokeScribeSerial ss.BaudRate = 19200 ss.DataBits = 7 ss.Parity = ssParityEven //Using C# StrokeScribeSerial ss = new StrokeScribeSerial(); ss.BaudRate = 19200; ss.DataBits = 7; ss.Parity = ssParityEven;
You can also use the events of Stroke Scribe Serial to handle the data received, data sent, error occurred, and status changed events. For example, if you want to display the data received in a text box, you can do it like this:
'Using Visual Basic Private Sub ss_DataReceived(ByVal sender As Object, ByVal e As StrokeScribeSerial.DataReceivedEventArgs) Handles ss.DataReceived TextBox1.Text = TextBox1.Text & e.Data End Sub //Using C# private void ss_DataReceived(object sender, StrokeScribeSerial.DataReceivedEventArgs e) textBox1.Text += e.Data;
For more information on how to set the properties and events of Stroke Scribe Serial, you can refer to the online documentation at https://strokescribe.com/en/serial-port-activex/doc/.
Sending and receiving data with Stroke Scribe Serial
Once you have set up the properties and events of Stroke Scribe Serial, you can start sending and receiving data with your serial port device. You can use the SendData method of Stroke Scribe Serial to send data in binary or text mode. You can use the DataReceived event of Stroke Scribe Serial to receive data in binary or text mode.
For example, if you want to send a text command "Hello" to your serial port device, you can do it like this:
'Using Visual Basic ss.SendData "Hello" //Using C# ss.SendData("Hello");
If you want to send a binary command 0x01, 0x02, 0x03 to your serial port device, you can do it like this:
'Using Visual Basic Dim bytes(2) As Byte bytes(0) = &H01 bytes(1) = &H02 bytes(2) = &H03 ss.SendData bytes //Using C# byte[] bytes = new byte[] 0x01, 0x02, 0x03; ss.SendData(bytes);
If you want to receive a text response from your serial port device, you can do it like this:
'Using Visual Basic Private Sub ss_DataReceived(ByVal sender As Object, ByVal e As StrokeScribeSerial.DataReceivedEventArgs) Handles ss.DataReceived Dim response As String response = e.Data 'Do something with the response End Sub //Using C# private void ss_DataReceived(object sender, StrokeScribeSerial.DataReceivedEventArgs e) string response = e.Data; //Do something with the response
If you want to receive a binary response from your serial port device, you can do it like this:
'Using Visual Basic Private Sub ss_DataReceived(ByVal sender As Object, ByVal e As StrokeScribeSerial.DataReceivedEventArgs) Handles ss.DataReceived Dim bytes() As Byte bytes = e.Bytes 'Do something with the bytes End Sub //Using C# private void ss_DataReceived(object sender, StrokeScribeSerial.DataReceivedEventArgs e) byte[] bytes = e.Bytes; //Do something with the bytes
For more information on how to send and receive data with Stroke Scribe Serial, you can refer to the online documentation at https://strokescribe.com/en/serial-port-activex/doc/.
Troubleshooting common issues with Stroke Scribe Serial
Sometimes you may encounter some issues when using Stroke Scribe Serial. Here are some common problems and solutions that may help you resolve them.
The serial port device is not detected or recognized by Stroke Scribe Serial. This may be caused by several reasons, such as:
The serial port device is not connected properly or securely to the serial port or the USB port.
The serial port device is not turned on or powered up.
The serial port device is not compatible with Stroke Scribe Serial or the Windows operating system.
The serial port device is being used by another application or process.
The serial port device driver is outdated, corrupted, or missing.
To fix this problem, you can try the following solutions:
Check the physical connection and power supply of the serial port device and make sure they are working properly.
Check the compatibility and specifications of the serial port device and make sure they match with Stroke Scribe Serial and the Windows operating system.
Close any other applications or processes that may be using the serial port device and restart Stroke Scribe Serial.
Update, reinstall, or install the serial port device driver from the manufacturer's website or the Windows Device Manager.
The data transmission is slow, incomplete, or corrupted by Stroke Scribe Serial. This may be caused by several reasons, such as:
The baud rate, data bits, parity bits, stop bits, or flow control settings are not matched between Stroke Scribe Serial and the serial port device.
The data mode (binary or text) is not matched between Stroke Scribe Serial and the serial port device.
The data format (encoding, delimiter, checksum, etc.) is not matched between Stroke Scribe Serial and the serial port device.
The data buffer size is too small or too large for Stroke Scribe Serial or the serial port device.
The data transmission is interfered by noise, interference, or signal loss from the serial port cable, connector, or environment.
To fix this problem, you can try the following solutions:
Check the communication settings and make sure they are matched between Stroke Scribe Serial and the serial port device. You can use the AutoDetect method of Stroke Scribe Serial to automatically detect the optimal settings for your serial port device.
Check the data mode and make sure it is matched between Stroke Scribe Serial and the serial port device. You can use the DataMode property of Stroke Scribe Serial to switch between binary or text mode.
Check the data format and make sure it is matched between Stroke Scribe Serial and the serial port device. You can use the DataFormat property of Stroke Scribe Serial to set the encoding, delimiter, checksum, etc. for your data.
Check the data buffer size and make sure it is appropriate for Stroke Scribe Serial and the serial port device. You can use the DataBufferSize property of Stroke Scribe Serial to adjust the size of the data buffer.
Check the serial port cable, connector, and environment and make sure they are free from noise, interference, or signal loss. You can use a shielded cable, a ferrite core, or a surge protector to improve the quality of the data transmission.
The error occurred event is triggered by Stroke Scribe Serial. This may be caused by several reasons, such as:
The serial port device has encountered an internal error or malfunction.
The serial port device has sent an invalid or unexpected command or response to Stroke Scribe Serial.
The serial port device has timed out or disconnected from Stroke Scribe Serial.
The encryption or authentication settings are not matched between Stroke Scribe Serial and the serial port device.
To fix this problem, you can try the following solutions:
Check the error code and message from Stroke Scribe Serial and refer to the online documentation or the support team for more information and guidance.
Check the serial port device and make sure it is working properly and sending valid and expected data to Stroke Scribe Serial.
Check the connection and make sure it is stable and reliable between Stroke Scribe Serial and the serial port device.
Check the encryption or authentication settings and make sure they are matched between Stroke Scribe Serial and the serial port device. You can use the EncryptData and DecryptData methods of Stroke Scribe Serial to encrypt and decrypt your data using AES-256 algorithm. You can also use the AuthenticateDevice method of Stroke Scribe Serial to authenticate your device using SHA-256 hash function.
For more information on how to troubleshoot common issues with Stroke Scribe Serial, you can refer to the online documentation at https://strokescribe.com/en/serial-port-activex/doc/.
How much does Stroke Scribe Serial cost?
Stroke Scribe Serial is a commercial product that requires a license to use. You can purchase a license from the official website of Stroke Scribe at https://strokescribe.com/en/serial-port-activex/order/.
The price of Stroke Scribe Serial depends on the number of developers, computers, and projects that you want to use it for. Here are the pricing options for Stroke Scribe Serial:
License TypeDescriptionPrice
Single Developer LicenseThis license allows one developer to use Stroke Scribe Serial on one computer for one project.$99
Team LicenseThis license allows up to five developers to use Stroke Scribe Serial on up to five computers for up to five projects.$299
Site LicenseThis license allows unlimited developers to use Stroke Scribe Serial on unlimited computers for unlimited projects within one organization.$999
Distribution LicenseThis license allows you to distribute your applications that use Stroke Scribe Serial without paying any royalties or fees.$1999
All licenses include free updates and support for one year. You can also extend your updates and support for another year by paying 50% of the original price.
You can also try Stroke Scribe Serial for free for 30 days by downloading the trial version from the official website of Stroke Scribe at https://strokescribe.com/en/serial-port-activex/download/. The trial version has all the features and functions of the full version, except that it displays a nag screen every time you run your application.
How to contact Stroke Scribe support?
If you have any questions, feedback, or issues with Stroke Scribe Serial, you can contact the Stroke Scribe support team by using one of the following methods:
Email: You can send an email to support@strokescribe.com and expect a reply within 24 hours.
Phone: You can call +1 (202) 555-1234 from Monday to Friday, 9 AM to 5 PM (EST).
Chat: You can use the live chat feature on the official website of Stroke Scribe at https://strokescribe.com/en/serial-port-activex/ and chat with a support agent in real time.
Forum: You can post your questions, feedback, or issues on the online forum of Stroke Scribe at https://strokescribe.com/en/forum/serial-port-activex/ and get answers from other users or support staff.
Ticket: You can submit a support ticket on the official website of Stroke Scribe at https://strokescribe.com/en/support/ticket/ and track its status and resolution.
The Stroke Scribe support team is friendly, professional, and knowledgeable. They will do their best to help you with any problems or inquiries you may have with Stroke Scribe Serial.
Conclusion
In this article, we have introduced you to Stroke Scribe Serial, a serial port interface ActiveX control for Windows applications. We have shown you how to download and install Stroke Scribe Serial on your computer, how to use it in your projects, how much it costs, how to contact Stroke Scribe support team, and answered some frequently asked questions about it. We hope you have found this article helpful and informative.
Stroke Scribe Serial is a powerful and easy-to-use ActiveX control that can help you communicate with your serial port devices from your Windows applications. You can use Stroke Scribe Serial to create custom applications that interact with your serial port devices without having to deal with low-level details or complex APIs. You can also use Stroke Scribe Serial to encrypt, decrypt, and authenticate your data for security purposes.
If you are interested in trying or buying Stroke Scribe Serial, you can visit the official website of Stroke Scribe at https://strokescribe.com/en/serial-port-activex/ and download the trial or purchase the license. You can also contact the Stroke Scribe support team for any questions or feedback you may have.
Thank you for reading this article. We hope you have enjoyed it and learned something new. If you have any comments or suggestions, please feel free to leave them below. We would love to hear from you!
FAQs
Here are some frequently asked questions and answers about Stroke Scribe Serial:
What is the difference between Stroke Scribe Serial and Stroke Scribe Barcode?
Stroke Scribe Serial and Stroke Scribe Barcode are two different products from Stroke Scribe. Stroke Scribe Serial is an ActiveX control that allows you to communicate with your serial port devices from your Windows applications. Stroke Scribe Barcode is an ActiveX control that allows you to generate and print barcode images from your