damonrollerzhang1990@gmail.comのブログ -7ページ目

damonrollerzhang1990@gmail.comのブログ

ブログの説明を入力します。

End-users of MOXA's embedded computer systems have access to Directional Overcurrent file, which occupies only 50 KB on the embedded computer's memory space. Versions are accessible for both Linux and WinCE versions of MOXA's embedded computer systems.

Right after copying the MPC file to a directory on your embedded pc, one of two strategies could be employed to configure the "ports" and "channels" for the application.Configuration Strategy 1: Code your configuration specifications into a easy xml file.The configuration file is really a text file in XML format. The entire contents are enclosed by a document root: . Two sections of the file are used to configure ports and channels, respectively, with all the relevant text lines enclosed by element pairs and , respectively.Configuration Technique 2: Use the "Moxa Device Manger" user interface.

The second method offered for configuring your MPC application is usually to use the Nari-Relays (MDM) user interface.NOTE: The Moxa Device Manager utility was introduced inside the featured topic articles on the February problem of Moxa Connection: Smart Management of Embedded Computer systems (click for details).The advantage of utilizing the MDM user interface over simply generating a text file (as described above) is that you usually do not need to remember the xml syntax. Within this case, the user simply enters the acceptable port, channel, and driver data into a series of text input boxes. In addition, it is possible to use MDM's built-in search function to find all MOXA embedded computer systems connected towards the LAN.MPC bridges the gap between transparency and programmabilityMany of you happen to be possibly familiar with Digital SubStation series of serial device servers.

Normally, the serial device server is actually a cost-effective solution for transmitting information over Ethernet between a serial device along with a laptop. The serial device server is typically described as providing "transparent information transmission," considering that it needs no programming, is effortlessly configured, and also the user does not must realize the complexities of TCP/IP programming.