- Copyright
- Advance Praise for Using XML with Legacy Business Applications
- Preface
- Introduction
- Converting XML to CSV
- Converting CSV to XML
- Learning to Read XML Schemas
- Rope, Anyone?
- A Few Different Document Approaches
- DTD Refresher
- Foundation Concepts and Terminology
- General Features
- Simple Content Elements
- Complex Content Elements
- Understanding Namespaces
- Structuring Schemas
- Less Commonly Used W3C XML Schema Language Features
- Is There Data or Not?
- Reference
- Resources
- Validating against Schemas
- Refining the Design
- Why Refine the Design?
- Making XML the Common Format
- Analyzing the Legacy Non-XML Grammars
- Describing the Legacy Non-XML Grammars
- Representing the Legacy Non-XML Grammars in XML
- Additional DOM Processing Considerations and Strategies
- Multilingual Issues
- Error Handling Strategy
- High-Level Design
- Detail Design
- Java Implementation
- C++ Implementation
- References
- Resources
- Converting CSV Files to and from XML, Revisited
- CSV to XML: Functionality and Operation
- XML to CSV: Functionality and Operation
- Describing the File Formats
- Schema Examples
- High-Level Design Considerations
- CSV to XML: Detail Design
- XML to CSV: Detail Design
- New DataCell Methods and Derived Classes
- Java Implementation
- C++ Implementation
- Enhancements and Alternatives
- Resources
- Converting Flat Files to and from XML
- Flat File to XML: Functionality and Operation
- XML to Flat File: Functionality and Operation
- Describing the File Formats
- Schema Examples
- High-Level Design Considerations
- Flat File to XML: Detail Design
- XML to Flat File: Detail Design
- New DataCell Methods and Derived Classes
- Java Implementation
- C++ Implementation
- Enhancements and Alternatives
- Resources
- Converting EDI to and from XML
- Overview of the X12 EDI Syntax and Standards
- X12 to XML: Functionality and Operation
- XML to X12: Functionality and Operation
- Describing the File Formats
- Schema Examples
- Supplemental Data Store for Control Numbers
- High-Level Design Considerations
- X12 to XML: Detail Design
- XML to X12: Detail Design
- New DataCell Methods and Derived Classes
- Java Implementation
- C++ Implementation
- Enhancements and Alternatives
- Reference
- Resources
- Converting from One XML Format to Another with XSLT
- Using the Conversion Techniques Together
- Building XML Support into a Business Application
- Security, Transport, Packaging, and Other Issues
- GNU General Public License
- Pseudocode Conventions
- COM Essentials for the Non-COM Programmer
- Bibliography
- Credits
C++ Implementation
The C++ implementation is composed of the source files listed below. As is the case with the Java implementation, there's no new ground and not a lot to elaborate.
FlatToXML.cpp: the main routine for the C++ application with flat files as source
FlatSourceConverter.cpp: the class that drives conversion from flat files to XML
FlatSourceConverter.h: the header file for the FlatSourceConverter class
FlatRecordReader.cpp: the class that handles reading flat file records and converting to XML
FlatRecordReader.h: the header file for the FlatRecordReader class
XMLToFlat.cpp: the main routine for the C++ application with flat files as target
FlatTargetConverter.cpp: the class that drives conversion from XML to flat files
FlatTargetConverter.h: the header file for the FlatTargetConverter class
FlatRecordWriter.cpp: the class that handles reading XML and building and writing flat file records
FlatRecordWriter.h: the header file for the FlatRecordWriter class
DataCellN.cpp: the class that handles legacy format number fields with implied decimal places
DataCellDateYYYYMMDD.cpp: the class that handles date fields in YYYYMMDD representation in legacy formats
DataCellDateYYYYMMDD.h: the header file for the DataCellDateYYYYMMDD class
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