Version 3.3.0 * New option, --char-encoding, allows to specify the character encoding that should be used in the object model. Valid values for the 'char' character type are 'utf8' (default), 'iso8859-1' (new), 'lcp' (Xerces-C++ local code page), and 'custom' (allows to support custom encodings). Note that if you use a non-default character encoding and include some libxsd headers (e.g., xsd/cxx/xml/string.hxx) directly, then you will need to fist include the correct xsd/cxx/xml/char-.hxx header, where is iso8859-1, lcp, etc. This mechanism replaces the XSD_USE_LCP macro. * When the XSD compiler is built with Xerces-C++ 3.1.0 or later, enable handling of multiple imports for the same namespace. Before all subsequent imports for a namespace were ignored which caused errors in some schemas. Note that if your application has XML Schema validation enabled then you will also need to build it with Xerces-C++ 3.1.0 or later to take advantage of this feature. * Automatic mapping for the urn-style XML namespaces. The last component in the urn name is used to derive the C++ namespace name. * Warning id's have changed to start with a letter identifying the component issuing the warning. F - compiler frontend, D - compiler driver, P - C++/Parser mapping, T - C++/Tree mapping. C++/Tree * New option, --generate-element-type, triggers generation of types instead of parsing/serialization functions for root elements. This is primarily useful to distinguish object models with the same root type but with different root elements. For more information refer to the messaging example and Section 2.9.1, "Element Types" in the C++/Tree Mapping User Manual. To support customization of the element type naming the --element-type-regex option has been added. See the NAMING CONVENTION section in the compiler command line manual (man pages) for details. * New option, --generate-element-map, triggers generation of a root element map. The element map allows uniform parsing and serialization of multiple root elements. This option can only be used together with --generate-element-type. For more information refer to the messaging example and Section 2.9.2, "Element Map" in the C++/Tree Mapping User Manual. * New option, --export-xml-schema, causes the compiler to export/import types in the XML Schema namespace using the export symbol provided with the --export-symbol option. * New example, embedded, shows how to embed the binary representation of the schema grammar into an application and then use it to parse and validate XML documents. * New example, custom/mixed, shows how to use type customization to parse and serialize mixed content. * The streaming example has been extended to shows how to perform stream- oriented, partially in-memory XML processing using the C++/Tree mapping. With the partially in-memory parsing and serialization only a part of the object model is in memory at any given time. With this approach one can process parts of the document as they become available as well as handle documents that are too large to fit into memory. * New default/fixed value initialization code. Now the default/fixed values are parsed by the XSD compiler at compile time instead of the standard parsing code at runtime. This will allow compiling schemas that use the default/fixed values without support for XML parsing (--suppress-parsing option). * Empty XML Schema enumeration values are now mapped to the 'empty' C++ enumerator name instead of 'cxx'. Version 3.2.0 * New option, --disable-warning, disables printing of a warning with the specified id. Specifying 'all' for the warning id disables all warnings. * New options, --export-maps and --import-maps, provide support for splitting a polymorphic type hierarchy across several Win32 DLLs. See the compiler command line manual (man pages) for details. C++/Tree * During serialization the generated code automatically assigns generic prefixes (p1, p2, etc) to XML namespaces used in the vocabulary and for which no custom prefix-namespace mapping was provided via the xml_schema::namespace_infomap argument. The xml_schema::namespace_infomap argument in the serialization functions is now default-initialized to an empty map. The xml_schema::no_namespace_mapping and xml_schema::xsi_already_in_use exceptions have been removed. * New example, performance, measures the performance of parsing and serialization. This example also shows how to structure your code to achieve the maximum performance for these two operations. * New example, xpath, shows how to use the C++/Tree mapping together with XPath. * New options, --one-accessor-regex, --opt-accessor-regex, --seq-accessor-regex, --one-modifier-regex, --opt-modifier-regex, and --seq-modifier-regex, allow specification of transformations for accessor and modifier function names for elements and attributes with specific cardinalities. For more information see the NAMING CONVENTION section in the compiler command line manual (man pages). * Support for comparison (--generate-comparison) and printing (--generate-ostream) of polymorphic object models. * New serialization flag, xml_schema::flags::dont_pretty_print, disables extra spaces and new lines that make the resulting XML slightly bigger but easier to read. * New example, custom/double, shows how to customize parsing and serialization code for the xsd:double XML Schema built-in type. It can be used as a guide on how to customize built-in XML Schema types that are mapped to fundamental C++ types. * Support for fractionDigits and totalDigits facets in serialization of types derived from xsd:decimal. * New set of compile-time macros that control how the xsd:float, xsd:double, and xsd:decimal types are serialized. The following macros control the format: XSD_CXX_TREE_FLOAT_FIXED XSD_CXX_TREE_FLOAT_SCIENTIFIC XSD_CXX_TREE_DOUBLE_FIXED XSD_CXX_TREE_DOUBLE_SCIENTIFIC The following macros control the precision: XSD_CXX_TREE_FLOAT_PRECISION_MAX XSD_CXX_TREE_FLOAT_PRECISION XSD_CXX_TREE_DOUBLE_PRECISION_MAX XSD_CXX_TREE_DOUBLE_PRECISION XSD_CXX_TREE_DECIMAL_PRECISION_MAX XSD_CXX_TREE_DECIMAL_PRECISION If the *_PRECISION_MAX macro is defined then the maximum number of potentially significant decimal digits that the type can represent is used. Otherwise, if the *_PRECISION macro is defined then its value is used. By default the precision is set to the number of decimal digits that the type can represent without change. For more information on these options, refer to the following paper: http://www.open-std.org/JTC1/SC22/WG21/docs/papers/2005/n1822.pdf The old macro, XSD_FP_ALL_DIGITS, that was equivalent to defining all three *_PRECISION_MAX macros has been removed. An alternative to using these macros is to customize the floating point type as shown in the custom/double example. * An additional constructor is generated in situations where a type contains one or more required element of complex type (that is, it itself contains elements or attributes). In this constructor, initializers for such elements are passed as std::auto_ptr and the newly created instance is directly initialized with and assumes ownership of the pointed to objects. This constructor is a logical addition to the non-copying modifiers that were introduced in the previous version. * Extra conversion operators in the fundamental_base class template which is used to emulate inheritance from fundamental types are now disabled by default since they cause problems on several compilers. To enable them compile your code with the XSD_TREE_EXTRA_FUND_CONV macro defined. C++/Parser * New options, --generate-xml-schema and --extern-xml-schema, trigger generation of the mapping for the XML Schema namespace to a separate header file and inclusion of that header into other generated header files instead of generating the necessary declarations inline, respectively. See the compiler command line manual (man pages) for details. * New example, performance, measures the performance of XML parsing. This example also shows how to structure your code to achieve the maximum performance for this operation. * Type map files can now include comments. A comment starts with # and ends with a new line or end of file. To specify a name that contains # enclose it in "". * In type map files the optional argument type now defaults to the return type if the return type ends with * or & (that is, it is a pointer or a reference) and 'const return type&' otherwise. * The interface for polymorphic parsing has been simplified. Calling the *_parser() functions multiple times to specify several parsers is no longer supported. Instead you need to pass the xml_schema::parser_map object which contains the parsers. For more information refer to Section 5.4, "Support for Polymorphism" in the C++/Parser Mapping Getting Started Guide. * The use of virtual inheritance has been reduced which results in a much smaller object code size (more than factor of 2 on some tests) and faster C++ compilation with less RAM used. * The low-level Expat-specific parsing API (parse_begin() and parse_end()) has been extended to provide XML and XML Schema error translation to exceptions or error handler calls. See Section 7.2, "Expat Document Parser" in the C++/Parser Mapping Getting Started Guide for more information. Version 3.1.0 * New option, --file-per-type, triggers generation of a separate set of C++ files for each type defined in XML Schema. This compilation mode is primarily useful when some of your schemas cannot be compiled separately or have cyclic dependencies which involve inheritance. Other new options that are useful in this compilation mode are --type-file-regex, --type-file-regex-trace, and --file-list. See the compiler command line manual (man pages) for more information. * New option, --options-file, allows additional command line options to be provided in files, with one option per line. * New option, --reserved-name, allows insertion of additional names with optional replacements to the list of names that should not be used as identifiers. See the compiler command line manual (man pages) for details. * New options, --location-map, --location-regex, and --location-regex-trace, allow re-mapping of schema locations specified in the include and import elements without modifying the schema files. See the compiler command line manual (man pages) for more information. * New option, --guard-prefix, allows specification of a prefix that should be added to generated header inclusion guards. * New option, --file-list, triggers creation of a file with a list of generated C++ files. This option is primarily useful in the file-per- type compilation mode (--file-per-type) to create a list of generated C++ files, for example, as a makefile fragment. Other new options that are useful with --file-list are --file-list-prologue, --file-list-epilogue, and --file-list-delim. See the compiler command line manual (man pages) for more information. * Support for the upcoming Xerces-C++ 3.0.0 release. C++/Tree * New option, --generate-intellisense, triggers generation of workarounds for IntelliSense bugs in Visual Studio 2005 (8.0). When this option is used, the resulting code is slightly more verbose. IntelliSense in Visual Studio 2008 (9.0) does not require these workarounds. Support for IntelliSense in Visual Studio 2003 (7.1) is improved with this option but is still incomplete. * New options, --type-naming and --function-naming, allow specification of the type and function naming conventions that should be used in the generated code. Supported values for --type-naming are: knr (K&R), ucc (upper-camel-case), and java. Supported values for --function-naming are: knr (K&R), lcc (lower-camel-case), and java. For more information see the NAMING CONVENTION section in the compiler command line manual (man pages). * New options, --type-regex, --accessor-regex, --modifier-regex, --parser-regex, --serializer-regex, and --enumerator-regex, allow specification of transformations for type, accessor function, modifier function, parsing function, serialization function, and enumerator names in order to produce the generated code using a custom naming convention. For more information see the NAMING CONVENTION section in the compiler command line manual (man pages). * Generated list classes now provide a complete set of constructors and conform to the standard C++ sequence interface. * String-based types now provide two extra constructors that expect a C string and std::string as their arguments. This allows direct initialization of string-based types from string literals. * New implementations of the XML Schema date/time types (date, dateTime, duration, gDay, gMonth, gMonthDay, gYear, gYearMonth, and time) that represent the information in the numerical form. * New binary serialization examples: binary/boost, which shows how to save/load the object model to/from a custom format using the Boost serialization library as an example, and binary/xdr, which shows how to save/load the object model to/from XDR (eXternal Data Representation) binary format using the XDR API provided as part of Sun RPC. * The non-copying modifier functions can now be used to assemble object models from scratch. For more information see Section 4.4, "Creating the Object Model from Scratch" in the C++/Tree Mapping Getting Started Guide as well as Section 2.8, "Mapping for Local Elements and Attributes" in the C++/Tree Mapping User Manual. * Doxygen documentation was added to the XSD runtime for the built-in XML Schema types, exceptions, etc. This allows linking of the generated documentation to the XSD runtime documentation using the Doxygen tags mechanism. The Doxygen configuration file for the XSD runtime is provided in the documentation/cxx/tree/reference/ directory. * Support for customization of anyType. Because anyType is a base type for every generated type, customizing it allows one to implement custom functionality that spans the entire type system. See the comments example in the examples/cxx/tree/custom/ directory. * New option, --omit-default-attributes, triggers generation of extra checks that exclude attributes with default and fixed values from the serialized XML documents. * The parsing functions that used to read from DOMInputSource were changed to use InputSource to ease support of Xerces-C++ 3 and 2 series in the same code base. * The parsing function that used to parse DOMDocument* was changed to parse xml_schema::dom::auto_ptr& instead. If the keep_dom and own_dom flags are specified then this parsing function resets the passed automatic pointer and the returned object model assumes ownership of the DOM document. xml_schema::dom::auto_ptr is a simple automatic pointer for Xerces-C++ DOM with the same interface as std::auto_ptr. * The xml_schema::tree_node_key DOM user data key was moved to xml_schema::dom::tree_node_key. C++/Parser * New option, --generate-polymorphic, triggers generation of polymorphism- aware code. This option should be used on XML vocabularies which use xsi:type and/or substitution groups. For more information see Section 5.4, "Support for Polymorphism" in the C++/Parser Mapping Getting Started Guide we well as the polymorphism and polyroot examples in the examples/cxx/parser/ directory. * The date/time types (date, dateTime, gDay, gMonth, gMonthDay, gYear, gYearMonth, and time) now represent time zone in the numerical form. * In order to support parsing of polymorphic XML documents, the signatures of the start_* functions (_start_element, _start_any_element, and start_root_element) have changed to include a third argument of type const ro_string*. This argument contains the resolved type name and namespace in case the xsi:type attribute was specified. Version 3.0.0 * Anonymous type morphing (automatic type naming) is now performed by default in both mappings. The --morph-anonymous option does not have any effect but is preserved for backwards compatibility. A new option, --preserve-anonymous, disables anonymous type morphing. This option is useful together with --show-anonymous if you want to make sure your schemas do not have any anonymous types. * A number of bugs fixed in both C++/Tree and C++/Parser mappings. C++/Tree * The new C++/Tree Mapping Getting Started Guide is available in the documentation/cxx/tree/guide/ directory. * The type definitions for local elements and attributes in the form name::type have been changed to name_type. For example, an element bar in type foo with maxOccurs="unbounded" used to have its iterator type defined as foo::bar::iterator. With this change it becomes foo::bar_iterator. Furthermore, the container type name for sequence elements has changed from foo::bar::container to foo::bar_sequence and for optional elements and attributes from foo::bar::container to foo::bar_optional. This is a backwards incompatible change and may require application code adjustments (the C++ compiler will pinpoint the affected places). * New option, --generate-doxygen, triggers generation of documentation comments suitable for extraction by the Doxygen documentation system. Documentation from annotations is added to the comments if present in the schema. * New option, --generate-wildcard, triggers generation of the new wildcard (any and anyAttribute) mapping. This mapping represents the content matched by wildcards as DOM fragments. For more information on the new mapping see Section 2.12, "Mapping for any and anyAttribute" in the C++/Tree Mapping User Manual as well as the wildcard example in the examples/cxx/tree/ directory. * New option, --generate-comparison, triggers generation of comparison operators (== and !=) for complex types. Comparison is performed memberwise. * Support for the RPC XDR binary stream in addition to ACE CDR. * New constructor is generated for complex types with ultimate bases that are simple types and can be default-initialized. This constructor includes initializers for all required members but omits the initializer for the base type. See Section 2.7, "Mapping for Complex Types" in the C++/Tree Mapping User Manual for more information. * Support for polymorphic binary serialization and extraction. Note that the semantics of the --generate-insertion and --generate-extraction options has changed. See the the compiler command line manual (man pages) for details. * New parsing function with the DOMDocument* argument and the own_dom flag allow the tree to assume the ownership of the DOM document being parsed when DOM association is requested (keep_dom flag). See the C++/Tree Mapping User Manual for more information. * New example, multiroot, shows how to handle XML vocabularies with multiple root elements. * New example, caching, shows how to parse several XML documents while reusing the underlying XML parser and caching the schemas used for validation. * The mapping of built-in XML Schema type decimal has changed from long double to double. The old mapping can be obtained by providing a custom mapping for this type. * The xml_schema::errors type which is used in the xml_schema::parsing and xml_schema::serialization exceptions has been renamed to xml_schema::diagnostics and extended to include warnings in addition to errors. * Serialization operators now clear the element being serialized to from existing child nodes and attributes (except for special attributes such as prefix-namespace mappings, etc.). * Improved built-in type parsing, including support for normalization and whitespace collapsing. * Optimizations for the generated code size and compilation time, including space optimizations for polymorphic parsing and serialization. Optimizations for XML parsing speed. C++/Parser * The C++/Parser mapping have been significantly redesigned. See the new Getting Started Guide in documentation/cxx/parser/guide/ for details. * The new C++/Parser Mapping Getting Started Guide is available in the documentation/cxx/parser/guide/ directory. * The mapping now provides parser implementations for all built-in XML Schema types. See Chapter 6, "Built-In XML Schema Type Parsers" in the C++/Parser Mapping Getting Started Guide for more information. * The mapping now supports automatic generation of sample parser implementations and a test driver. The --generate-noop-impl option triggers generation of a sample implementation with empty function bodies. The --generate-print-impl option triggers generation of a sample implementation that prints the data stored in XML to STDOUT. The --generate-test-driver option trigger generation of a test driver. For more information on this feature see the compiler command line manual (man pages) and the generated example in the examples/cxx/parser/ directory. Other relevant options include: --force-overwrite, --root-element-first, --root-element-last, and --root-element. * New example, wildcard, shows how to parse the XML data matched by XML Schema wildcards (any and anyAttribute). * The xml_schema::document parser has been extended with overridable virtual functions start_root_element and end_root_element to support parsing of XML vocabularies with multiple document roots. See the multiroot example in the examples/cxx/parser/ directory for more information. * The xml_schema::errors type which is used in the xml_schema::parsing exception has been renamed to xml_schema::diagnostics and extended to include warnings in addition to errors. Version 2.3.1 * The compiler is now capable of translating multiple schemas with one invocation. * New option, --sloc-limit, allows one to limit the amount of the generated code. * New option, --proprietary-license, instructs the compiler not to include the GPL banner in each generated file. Instead a short notice about a required proprietary license is generated. You should not use this option unless you have obtained a proprietary license from Code Synthesis Tools CC. * The default encoding for the 'char' character type is now UTF-8. To get the previous behavior (local code page via the Xerces-C++ transcode functions) define the XSD_USE_LCP preprocessor macro when compiling your source code. C++/Tree * The --parts option has been improved to split generated code more evenly by analyzing the complexity of the generated schema constructs. * Ability to customize serialization, std::ostream, and binary insertion/extraction operators. See examples/cxx/tree/custom/wildcard for an example on how to handle XML Schema wildcards (xsd:any and xsd:anyAttribute) by customizing the parsing constructor and serialization operators. * Optimizations for the run-time memory consumption. * Optimizations for space in the generated code. * Number of bug fixes. C++/Parser * Proper handling of an xsd:any nested content. Nested elements, attributes, and text are reported via _any_* hooks of the current parser. * Number of bug fixes, mostly in the generated validation code. Version 2.3.0 * Name conflicts across type inheritance hierarchies are now detected and resolved via name escaping. C++/Tree * New option, --suppress-parsing, suppresses generation of the parsing constructors and functions. This can be used to minimize the generated code footprint when parsing from XML is not used. * New option, --generate-forward, triggers generation of a forward declaration header file for types defined in the schema. A set of --fwd-* options that control the resulting file name as well as prologue and epilogue code are available. * New option, --generate-xml-schema, triggers generation of the mapping for the XML Schema namespace to a separate header file. See the man pages for details and examples/cxx/tree/custom/calendar for an example. * New option, --extern-xml-schema, triggers inclusion of a header file for the XML Schema namespace instead of generating the necessary declarations inline. See the man pages for details and examples/cxx/tree/custom/calendar for an example. * New options, --custom-type and --custom-type-regex, instruct the compiler to use custom C++ type for a type defined in the schema. The standard mapping can still be generated (with a different name) usually to be used as a base. Built-in XML Schema types can be customized using this mechanism. See the man pages for details and examples/cxx/tree/custom/* for examples. * The generated parsing constructors and serialization operators have been changed to use the Xerces-C++ DOM elements and attributes instead of the internal wrapper types. This should provide easier integration with other code and libraries that use the Xerces-C++ DOM types such as Berkeley DB XML. * New example, examples/cxx/tree/dbxml, shows how to use the C++/Tree mapping on top of the Berkeley DB XML database. C++/Parser * Validation of the attribute structure in the generated code. * Validation of the character content models including mixed content in the generated code. * Validation of the built-in XML Schema types. * Optimizations for space and time in the generated code. In particular data coping during parsing and validation was significantly reduced. Version 2.2.0 * Detection of a version mismatch between the generated code and the runtime. C++/Tree * Escaping of a global element name that conflicts with a global type name. This is a backwards-incompatible change. Previous versions map them to the same name. * New options, --generate--insertion and --generate-extraction, trigger generation of (binary) data representation stream insertion and extraction operators, respectively. This allows one to serialize/deserialize in-memory representation to/from data representation streams such as XSD, CDR, etc. ACE CDR streams are supported out of the box (see the binary example). User-supplied streams can be used via an adaptation layer. * New serialization flag, no_xml_declaration, instructs the XML serialization functions to omit an XML declaration. This is useful for streaming serialization (see the streaming example). * Optimizations to reduce generated code size. C++/Parser * New options, --generate-validation and --suppress-validation, trigger and suppress generation of the validation code, respectively. The validation code is the implementation of the XML Schema validation in the generated code (also known as "perfect" parser). In this version validation of the element structure has been implemented. * New architecture for underlying XML parsers. This is a backwards- incompatible change. Existing applications will have to be modified. See examples for details. Version 2.1.1 C++/Tree * New option, --namespace-map, allows direct mapping of XML Schema namespaces to C++ namespaces without the use of regular expressions. * Further optimizations in the container code and enum mapping to reduce generated code size. * Number of bug fixes in the generated code. C++/Parser * New option, --namespace-map, allows direct mapping of XML Schema namespaces to C++ namespaces without the use of regular expressions. Version 2.1.0 * Automatic handling of forward inheritance. XML Schema allows inheritance from yet undefined types while it is illegal to do so in C++. Now the translator automatically handles forward inheritance by re-arranging the schema during compilation. C++/Tree * New enum mapping with support for inheritance. Enumerators are now parsed using binary search instead of linear search. * Associated DOM nodes now retain "back" pointers to tree nodes. * Optimizations to reduce generated code size. C++/Parser * Specialization for void. You can now use void as a hook argument type if you don't want to pass any data between parsers. * Support for re-use of implementations of base parsers in derived parsers using the mixin C++ idiom. See the examples/cxx/parser/mixin for more information. * Support for uninitialized parser. If you don't provide a parser for element/attribute, that element/attribute will be ignored during parsing. Version 2.0.0 * New cardinality calculator. This improves support for schemas that use complex structures with repeated elements, e.g., * New identifier escaping code. With this feature xsd generates proper code for schemas that use the same name for an element and an attribute in the same type or use several elements/attributes with different qualified names but with the same local name, e.g., C++/Tree * New option, --generate-polymorphic, triggers generation of polymorphism-aware code. Before this release xsd used to always generate polymorphism-aware code. However, it appears to be quite wasteful in terms of the generated code size (up to 40%). You will now need to explicitly specify this option if you use substitution groups or xsi:type. A warning is issued if this option is not specified but the schema makes use of substitution groups. * New options, --root-element-first, --root-element-last, --root-element-all, --root-element-none, and --root-element, control generation of parsing and serialization functions. With these options you can avoid generating extra code for global elements that are not document roots. See the man pages for details. * New options, --parts and -parts-suffix, allows you to split generated source code into a number of parts. This is useful when translating large, monolithic schemas and a C++ compiler is not able to compile the resulting source code at once (usually due to insufficient memory). * New option, --generate-default-ctor, triggers generation of default constructors even for types that have required members. Required members of an instance constructed using such a constructor are not initialized and accessing them results in undefined behavior. Thanks to Jean-Francois Dube for suggesting this feature. * New option, --generate-from-base-ctor, triggers generation of constructors that expect an instance of a base type followed by all required members. Thanks to Jean-Francois Dube for suggesting this feature. * Information scopes for attributes and elements with default/fixed values now define the public static default_value function which allows one to obtain the default/fixed value for the element/attribute. Thanks to Dave Moss for suggesting this feature. * MSVC 7.1 has a limit on the length of the "if else if" chain. This results in ICE when compiling generated code for enumerations with a large number of values. This version addresses this issue. Thanks to Cyrille Chépélov for reporting this and suggesting a fix. C++/Parser * The parser construction API has changed. Now, for element 'foo', the name of the parser modifier function is 'foo_parser'. Likewise, operator() for setting all parsers at once has been changed to the 'parsers' function. Version 1.9.0 C++/Tree * The size modifier function in the base64_binary and hex_binary built-in types automatically adjusts capacity if needed. * More internal names (names that start with _xsd_) were made private or protected. C++/Parser * Typedef for the parser base in the xml_schema namespace. C++/Parser-E * C++/Parser mapping optimized for embedded systems. For now it is equivalent to 'cxx-parser --xml-parser expat'. Version 1.8.0 * Moved to the build 0.2 series. C++/Tree * Support for default and fixed values in attributes. An optional attribute with a default or fixed value is mapped to the One cardinality class instead of the Optional cardinality class. * Mapping for base64Binary and hexBinary has improved. Now these types support a basic buffer abstraction and perform automatic encoding and decoding. * Internal names are protected. We've noticed (via bug reports) a wide use of internal names (names that start with _xsd_) in user code. This is not portable and instead you should use public names. To prevent this from happening in the future we've made all internal names protected. C++/Parser * Support for Expat as the underlying XML parser in addition to Xerces-C++. This allows one to use the C++/Parser mapping in memory-constrained environments such as embedded systems. To select Expat instead of Xerces-C++ (default) add '--xml-parser expat' to the command line. At the moment only 'char' (UTF-8) is supported as the base character type when Expat is selected. * The invalid_instance exception has been renamed to parsing. * Generic error_handler interface has been added in addition to Xerces-C++-specific DOMErrorHandler. It allows you to handle parsing errors and warnings without having to deal with Xerces-C++ specifics. * The default error handling behavior has changed in parsing functions. Instead of printing errors and warnings to STDERR, the errors are now collected and thrown as part of the parsing exception. * In parsing functions, the name, namespace arguments order has been reversed to be consistent with the one used in parsing hooks. Version 1.7.0 * Number of bug fixes in libxsd and the generated code. C++/Tree * Comprehensive XML Schema C++/Tree Mapping User Manual. * Basic support for union. A simple type that is defined using derivation by union is mapped to a C++ class that derives from string. * The _clone function has its arguments default-initialized. * The invalid_instance exception has been renamed to parsing. * Generic error_handler interface has been added in addition to Xerces-C++-specific DOMErrorHandler. It allows you to handle parsing/serialization errors and warnings without having to deal with Xerces-C++ specifics. See the user manual for more information. * The default error handling behavior has changed in parsing and serialization functions. Instead of printing errors and warnings to STDERR, the errors are now collected and thrown as part of the parsing/serialization exception. See the user manual for more information. * The optional and sequence containers now support operators ==, !=, <, >, <=, and >=. * Flags argument has been added to serialization functions. The only flag that is currently supported is dont_initialize. * Generated code cleanups. C++/Parser * Basic support for union. A simple type that is defined using derivation by union is mapped to a C++ class template that is just an alias for the generic parser. You are expected to override the _characters function in your implementation. * Properties argument to parsing functions which allows to programmatically specify schemas for instance document validation. * Flags argument to parsing functions. The following flags are supported: dont_validate - do not validate instance documents dont_initialize - do not initialize the Xerces-C++ runtime Version 1.6.0 * Number of bug fixes in libxsd and the generated code. C++/Tree * Support for xsi:type and substitution groups in parsing and serialization. See examples/cxx/tree/polymorphism for a code sample. * Properties argument to parsing functions which allows to programmatically specify schemas for instance document validation. * Extra checks in parsing code which prevents construction of inconsistent in-memory representation from invalid instance documents. Should be useful when validation is disabled. * Accessors and modifier were made normal member functions. Before they were implemented via functors. * Workaround for g++-3.3 bug# 16650: http://gcc.gnu.org/bugzilla/show_bug.cgi?id=16650 C++/Parser * All "service" functions were renamed to start with '_'. This should prevent hiding of service functions by elements/attributes with the same names. Version 1.5.0 * Number of bug fixes in libxsd and the generated code. C++/Tree * Basic support for inheritance-by-restriction in complex types. * The following parsing flags have been introduced: keep_dom - keep association with underlying DOM nodes dont_validate - do not validate instance documents dont_initialize - do not initialize the Xerces-C++ runtime * "Type-less content" such as mixed content models, xsd:anyType/ xsd:anySimpleType, and xsd:any/xsd:anyAttribute is supported by exposing corresponding DOM nodes (see the keep_dom parsing flag). Note that only a subset of XML Schema xsd:any functionality is supported. The compiler will issue diagnostics for unsupported cases. See examples/cxx/tree/mixed for a code sample. C++/Parser * Support for inheritance-by-restriction in complex types. * "Type-less content" such as mixed content models, xsd:anyType/ xsd:anySimpleType, and xsd:any/xsd:anyAttribute is supported by forwarding parsing events to a set of "unexpected" hooks. Note that only a subset of XML Schema xsd:any functionality is supported. The compiler will issue diagnostics for unsupported cases. See examples/cxx/parser/mixed for a code sample. Version 1.4.0 * Number of improvements and bug fixes in the diagnostics code. * libxsd has been reorganized to provide a clean split of code with regards to char/wchar_t use. It should be possible to use libxsd and the xsd-generated code on platforms that lack wchar_t support, such as mingw. C++/Tree * Work around for g++ bug# 23206. * Support for xsd:list. * Type/member name conflicts are auto-resolved. Such conflicts occur when a type and an element or attribute withing this type share the same name. * XML Schema extension, the 'refType' attribute, allows one to specify referenced type for xsd:IDREF and xsd:IDREFS data types. See examples/cxx/tree/library for details. * New option, --morph-anonymous, allows automatic morphing of anonymous types to named ones. See the man pages for details. * New option, --namespace-regex-trace, allows one to trace the namespace mapping process. See the man pages for details. * Mapping for optional elements/attributes (cardinality 0..1) has changed in a backwards-incompatible way. In the previous version you would write: Bar& bar = ... if (bar.foo.present ()) // test { Foo& foo (bar.foo ()); // get bar.foo (Foo (...)); // set bar.foo.reset (); // reset } Now you would write it like this: if (bar.foo ().present ()) // test { Foo& foo (bar.foo ().get ()); // get bar.foo (Foo (...)); // set bar.foo ().reset (); // reset } Or using the pointer notation: if (bar.foo ()) // test { Foo& foo (*bar.foo ()); // get bar.foo (Foo (...)); // set bar.foo ().reset (); // reset } C++/Parser * Support for xsd:list. * Type/member name conflicts are auto-resolved. Such conflicts occur when a type and an element or attribute withing this type share the same name. * New option, --namespace-regex-trace, allows one to trace the namespace mapping process. See the man pages for details. Version 1.3.0 * Numerous bug fixes. * The XML subsystem of libxsd has been reorganized to provide a clean split of DOM and SAX functionalities. C++/Parser * New option, --morph-anonymous, allows automatic morphing of anonymous types to named ones. See the man pages for details. C++/Tree * Additional parser functions provide support for reading from std::istream. Version 1.2.0 C++/Parser * New backend that generates the C++/Parser mapping. Version 1.1.1 all backends * Bug fixes in the filesystem path handling logic. Version 1.1.0 C++/Tree * New option, --generate-serialization, triggers generation of serialization functions. Serialization functions convert an in-memory representation back to XML. * xsd::cxx::tree::vector has been extended to closely follow std::vector API. This allows you to access and modify element sequences as if they were of type std::vector. * Generated constructors from xml::attribute and xml::element are made explicit. * The library example was extended to showcase modification and serialization of the in-memory representation. * New "XML Schema C++/Tree Mapping Serialization Guide" has an in-depth treatment of the serialization mechanisms provided by xsd. Version 1.0.1 all backends * Improved diagnostics. * Bug fixes in the schema inclusion/importing logic. C++/Tree * Two new options: --include-with-brackets and --include-prefix Version 1.0.0 * First public release.