Docklight 是一種序列埠通訊協議的檢測、分析和模擬工具。讓你可以監控兩個序列埠裝置的通訊,或是檢測單一個序列埠裝置的通訊。Docklight 廣泛的被使用在各種工業環境中,包括自動化控制、通訊、汽車、設備製造商和embedded/消費產品上。Docklight可以在Windows 11, 10, 8, 7 作業系統運作。
- 模擬序列埠協議
- 記錄RS232數據資料
- 檢測特定的數據序列
- 回應傳入的數據資料
延伸的Docklight Scripting軟體提供了一個易於使用的程式語言和一個內建的編輯器來創建並運行自動化檢測工作。Docklight Scripting還具有連網功能,允許TCP或UDP連線。
特色
Docklight RS232 Terminal / RS232 Monitor
Simulating serial protocols - Docklight can send out user-defined sequences according to the protocol used and it can react to incoming sequences. This makes it possible to simulate the behavior of a serial communication device, which is particularly useful for generating test conditions that are hard to reproduce with the original device (e.g. problem conditions).
Logging RS232 data - All serial communication data can be logged using two different file formats: use plain text format for fast logging and storing huge amounts of data. Or create a HTML file with styled text that lets you easily distinguish between incoming and outgoing data or additional information.
Detecting specific data sequences - In many test cases you will need to check for a specific sequence within the RS232 data that indicates a problem condition. Docklight manages a list of such data sequences for you and is able to perform user-defined actions after detecting a sequence, e.g. taking a snapshot of all communication data before and after the error message was received.
Responding to incoming data - Docklight lets you specify user-defined answers to the different communication sequences received. This allows you to build a basic simulator for your serial device within a few minutes. It can also help you to trace a certain error by sending out a diagnostics command after receiving the error message.
Docklight will work with the COM communication ports provided by your Windows operating system. Physically, these ports will be RS232 SUB D9 interfaces in many cases. However, it is also possible to use Docklight for other communication standards such as RS485 and RS422, which have a different electrical design to RS232 but follow the RS232 communication mechanism.
Docklight has been successfully tested with a vast range of serial devices and drivers. This includes many popular USB-to-RS232 converters, Virtual Null Modem drivers like com0com, Bluetooth serial port and modem drivers, Arduino serial ports, and many other Embedded hardware devices that appear as a COM port in the Windows Device Manager.
系統需求
Operating system:
Windows 11, Windows 10, Windows 8, Windows 7
Additional requirements:
- Minimum one COM port available. Two COM ports for monitoring communication between two serial devices
- For RS232 monitoring using Docklight Tap or Docklight Tap Pro: one USB port
- For Docklight Scripting TCP or UDP applications: one network / ethernet interface
Additional cables may be required for connecting the equipment to be tested. See the appendix of the Docklight User Manual for a description of these cables.
Docklight Scripting
Docklight Scripting is an extended edition of Docklight RS232 Terminal / RS232 Monitor. It features an easy-to-use script language, plus a built-in editor to create and run automated test jobs. A Docklight script allows you to execute all basic Docklight functions (sending predefined data sequences, detecting specific sequences within the incoming data stream, ...) and embed them in your own test code.
Docklight Scripting is also network-enabled. Instead of using a serial COM port, Docklight Scripting can establish TCP connections (TCP client mode), accept a TCP connection on a local port (TCP server mode), or act as a UDP peer. See our Docklight TCP/UDP and Applications, Examples sections for an overview.
Docklight Scripting gives you both, flexibility and simplicity. Within minutes you can build your own automated testing tools and create:
- repeated test cycles (e.g. endurance testing for a motion control / drive system)
- time-controlled test jobs (e.g. sending a diagnostics command at certain times of day)
- automatic device configuration scripts (e.g. resetting a RS232 device to factory defaults before delivery)
- fault analysis tools for service and maintenance tasks (e.g. running a set of diagnostics commands and performing automatic fault analysis)
- protocol testers with automatic checksum calculations (e.g. CRC - Cyclic Redundancy Codes)
- Docklight startup scripts (e.g. automatically starting a COM port logging task at PC startup)
Docklight Scripting uses the VBScript engine, allowing you to write your tests in a simple and well-known script language. Docklight's basic functions and features are made available through a small and convenient set of script commands. The sample applications and scripts provided make getting started easy, and allow you to become productive immediately.
系統需求
Operating system:
Windows 11, Windows 10, Windows 8, Windows 7
Additional requirements:
- Minimum one COM port available. Two COM ports for monitoring communication between two serial devices
- For RS232 monitoring using Docklight Tap or Docklight Tap Pro: one USB port
- For Docklight Scripting TCP or UDP applications: one network / ethernet interface
Additional cables may be required for connecting the equipment to be tested. See the appendix of the Docklight User Manual for a description of these cables.
fullmo Kickdrive 是一款Windows配置和測試軟體,適用於CAN / CANopen網絡,CAN / CANopen位置驅動器以及自動化行業中的其他運動導向應用。它可用於多種配置,調試和服務任務。fullmo Kickdrive易於使用,可移植,可擴展,並通過Python腳本和Qt Quick UI語言高度可編程。
為什麼要用fullmo Kickdrive?
- 簡單好用
- 可依照你的需求制訂
- 高度技術的支援Qt Quick和Python編程
- 攜帶便利-不需要安裝。只需要按一個按鍵就可以生成應用程式。
使用fullmo Kickdrive你可以:
- Operate and service CANopen products from fullmo GmbH and www.ebmpapst.com.
- Make your own CAN/CANopen service software with your own look and features.
- Perform CAN/CANopen analysis using CAN Bus Monitor, CANopen object readout, CANopen data logging and oscilloscope, CANopen network analysis and monitoring.
- Create your own smartphone-like user interfaces using HTML and Qt Quick technology.
- Create specialized setup tools for your own CANopen product.
- Create one-click configuration or service tools for field service.
- Share your project as a one-click runtime executable (.exe) and distribute it to your clients and technicians. No installation or licensing required on the client side.
- Create in-house testing systems.
fullmo Kickdrive是專門為fullmo USB2drive介面的使用者設計,但也是一個獨立的產品可用於第三方CAN to USB介面。
特色
Key Features and Modules | |
Drive and Node Configuration
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Commission and configure field bus nodes, such as drive units or I/O controllers. Easy-setup panels for a range of fullmo and ebm-papst drives, including Firmware Update, Embedded Python Script editor, and other advanced service functions. Object Editor with XDD and XDC support for editing parameters of any CANopen device. |
Bus Monitoring
|
CAN BUS Monitor with Find and Filter functionality, optional logging to file (CAN trace). Saved log files can be reloaded, filtered and further analyzed. Search-as-you-type and Auto Filtering allow you to quickly get an overview of what is going on on your CAN bus. |
Scope and Data Logger
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CANopen SDO and PDO recording. Live data display from one or several node parameters, from one or multiple nodes. Advanced navigation within live or logged data. Triggers on level/slope or "data changed" events, pre- and post-trigger time definition. Visual trigger marks. Record live data to a file, including trigger events. Reload files for later analysis. |
Customizable UI Panels
|
Flexible and customizable UI Panel to create display and control elements, used for specific automation applications, i.e. machine setup. Design rich smartphone-like user interfaces with your own logo, graphics and application-specific tasks. Use predefined elements to visualize and control the CANopen object parameters of your application. Make your own customer support tool and distribute it as a standalone portable application. |
Scripting and Remote Control
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Practically every part of the fullmo Kickdrive functionality can be automated using the built-in Python script engine, or remote-controlled by other applications via a TCP socket. |
Projects and Templates
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Make use of templates - predefined projects tailored for specific tasks. Start off easy with simple drive configuration and testing, drill down to the full capabilities later. Help your customers or development partners by providing them with a project file containing everything they may need for a specific testing or service task. |
Generate Runtime Executables
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With just a few clicks, any of your projects can become a runtime executable (.exe) service tool you can distribute to your clients. No installation required, as fullmo Kickdrive core components are packaged inside. Full screen mode and Qt Quick allow you to create smooth and clever smartphone-like interfaces for your application. |
Custom Applications and More
|
But wait, there's more! Kickdrive allows you to go far beyond the functionality described above. Using Qt Quick technology, you can create your very own UI and custom software tools in record time. |
系統需求
fullmo Kickdrive and Kickdrive Zero System Requirements
Operating System
Windows 10, Windows 8, Windows 7, Windows Vista.
CAN Interface
fullmo USB2drive or a third-party CAN Interface supported.
Fullmo USB2Drive (原名:Fullmo USB-CAN)
The fullmo USB2drive is a small and easy-to-use CAN Bus interface via USB, and the recommended CAN Interface for the fullmo Kickdrive software. It can be used for high-speed CAN networks of up to 1 MBit/s, and supports CAN 2.0A and CAN2.0B data frames, including CAN Remote Frames.
The fullmo USB2drive/485 device offers additional RS485 drive support (e.g. ebmpapst K4 series) and SD card support for software updates and future applications.
主要功能
- CAN bus galvanic isolation. (fullmo USB2drive/485: CAN and RS485.)
- Dual CAN channel architecture and 10 microseconds time stamp resolution for accurate CAN bus monitoring.
- Hot-pluggable operation: fullmo USB2drive can be removed and plugged back in during operation.
- Automatic software update and management via fullmo Kickdrive.