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Xml decode editor7/28/2023 ![]() String jmsMessageBody = StandardCharsets. The code is Java 7.īyte rawBytes = Files.readAllBytes(Paths.get(somePath)) At some point, Java code similar to this executed. The problem got its start when the message was published to the JMS queue. The customer, understandably, was confused. ![]() The byte 0xB0 had been replaced by three bytes: 0圎F, 0xBF and 0xBD. The final XML document, wherever it was routed to, now contained ‘ � ‘ instead. When the customer moved to the JMS adapter, there were no failed messages, even those containing an illegal character, in this case, the one-byte degree symbol. The failed message was routed to a directory where the illegal characters were presumably fixed and the message resubmitted. When the file adapter was used, the XML pipeline would throw an exception during disassembly when the illegal UTF-8 character was encountered. Occasionally, a UTF-8 XML document would contain an illegal character. The JMS BizTalk adapter was replacing the File Adapter as the customer was moving to a messaging solution centered on JMS. Recently, a customer using the JNBridge JMS Adapter for BizTalk Server ran into some unexpected behavior. To be absolutely sure, you need a good binary editor that has the ability to convert between encodings according to the specifications behind the encodings. The problem is that just viewing the document in a text editor isn’t going to tell you that. If the document is composed without regard to the underlying encoding, it’s very easy to end up with an UTF-8 document containing an illegal character. In UTF-8, the degree symbol is multi-byte, 0xC2B0. In Windows 1252 (and many other encodings), the degree symbol in hex is 0xB0, a single byte. However, the degree symbol, °, is different. My point is that the very first line of the document,, doesn’t necessarily indicate that what you see is what you get.įor the most part, UTF-8 and Windows 1252 encodings are identical if all the characters are single byte. When I paste the XML into another editor and save it to disk, the resulting encoding will not be UTF-8 because the encoding copied and pasted is Windows 1252. Lets say I highlighted and copied the XML from the Visual Studio XML editor to the clipboard. However, if I compose this same document in a generic text editor and save it to disk, the encoding will most likely be Windows 1252, not UTF-8. If this file is saved to disk, the encoding is truly UTF-8, including the UTF-8 Byte Order Marker. Consider this simple XML document composed in the Visual Studio XML editor: Content of this web page is proprietary to ei3 Corporation.How does one view an XML document? Notepad, or the XML editor in Visual Studio? XML is text, after all, so theoretically any text editor will do the job. They are listed under the following numbers:įor information regarding downtime code types, see this article.
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