Error setting system updating
Instead of throwing exceptions for XML elements that do not correspond to a field or property in the deserialized object, the simply raises events. In general, the assembly is not present because the compilation failed, which may happen because, under rare circumstances, the serialization attributes produce code that the C# compiler fails to compile. It reflects over a type, generates serialization classes, and compiles them—and because it was purely designed to be a troubleshooting tool, it's safe for the tool to write any compilation errors to the console. You simply point the tool at the assembly that contains the type that causes the exception, and specify which type to pre-compile. One problem that's reported regularly occurs when you attach an The first command-line parameter specifies the assembly, and the second parameter defines what class in the assembly to pre-compile.
You can register handlers for those events if you need to keep track of how closely the XML documents you deserialize match the XML format. The tool writes quite a bit of information to the command window. Xml Serializer Pre Compiler command window output The important lines to look at are the lines with the compile errors and two lines that read something like: gave us the compilation errors and the location of the source file with the code that does not compile.
Trying to serialize an instance of a class that does not implement a constructor without parameters (default constructor) results in an exception with the File or assembly name abcdef.dll, or one of its dependencies, was not found. NET Web services and Web service proxies are built on top of the .
Simply add the diagnostics switch to your config file and set a breakpoint in the class that deserializes the message.
You do not need to register an event handler with the varies according to the actual error that occurred while reading the XML document. Under normal circumstances, the Xml Serializer deletes the C# source files for the serialization classes when they are no longer needed.
If the serializer cannot match up the root element of the document with the type passed to the constructor, a type specified via an class and compare the element name and the XML namespace to the XML serialization attributes in the . Another frequently reported problem is the failure to deserialize invalid XML documents. There is an undocumented diagnostics switch, however, which will instruct the Xml Serializer deletes to leave these files on your disk.
The problem manifests itself in a—you guessed it— reflects over the passed in type. You can even step through those temporary serialization classes, because the diagnostics switch also leaves files with the debugging symbols on your disk.
Remember, the constructor recursively examines each public field and property in the type hierarchy to create classes that handle serialization and deserialization. If you need to set a breakpoint in a serialization class, then you can run your application under the Visual Studio debugger.
The serialization attributes control the generation of the code for the serialization classes, and can lead to compilation errors or runtime exceptions.It contains very detailed information about the problem and where it occurred.The Exception you would catch running the example above would contain an type when a field or property is defined as type Base.This article examines the various errors that can occur when building XML based solutions with the from the System. It consists primarily of two methods, Serialize() to produce XML from an object instance, and Deserialize() to parse an XML document into an object graph.This approach works very well in situations with strongly typed, rigidly structured XML formats that map well to programming objects.
If a format is defined by a W3C Schema that consists of complex Types without mixed content or an excessive use wildcards (), then XML serialization is a good approach to process that data.