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This paper describes the concept of interactive electronic technology manual (IETM), which combined with the information technique development trend and equipment maintenance demand. It discusses the development trend of IETM and the relationship between equipment maintenance, IETM and equipment integrated support design. The development framework of IETM is presented in this paper. The IETM production process and main work contents of each stage are described in detail, which has great application value. It can provide technical support for the information construction of equipment support.

Fault isolation and fault maintenance support is an important function, and how to improve the fault isolation mission success rate is an unavoidable problem for IETM using in integrated logistic support informatization. Aim to solve the low interactive, location inaccurate, one-sided guidance problems in fault isolation and fault maintenance, this paper use process data module to describe full process for fault diagnose, fault isolation and fault maintenance, and then according to interactive fault reasoning principle based on process data module to guide fault maintenance man accomplish fault reasoning, isolation and maintenance in shorter time. As a result, this improves the accuracy and efficiency of fault remedy and maintenance, also upgrade the efficiency of integrated logistic support.

This paper implements a transformation algorithm, which is used to transform XML Schema into Java codes. Based on the algorithm design, we first defined a Java class, which is used to implement paring unit of the algorithm. Secondly, we defined a Java class for each of the twenty-eight kinds of elements and twelve kinds of facet elements, and build import or other relation between these classes according to any possible nested relation between elements. These classes are used to create Java objects for elements. Thirdly, in order to increase code reusability or define data type of Java class variables conveniently, we defined a set of Java abstract classes or interfaces. Related Java classes extend or implement these abstract classes or interfaces to realize specific functions. Finally, we performed numerous experiments to validate the algorithm. The algorithm can transform any non-empty and well-formed XML Schema documents into Java objects, and can be applied to any XML related software development.

An efficient method for transforming XML Schema into programming language is the development basis of XML related software. In this paper, we propose an algorithm design, which is used to transform XML Schema document into Java codes. Firstly, we studied XML Schema elements and nested relation between elements in all cases. Then we studied DOM API and used DOM parser to parse XML Schema document. Thirdly, we studied Deep First Search algorithm and used it to traverse parsed result. During the traversing process, create corresponding Java objects for XML Schema elements. Finally, we got a collection of Java objects, which is organized according to nested relation between elements. Except notation and anyAttribute, the algorithm can transform the other elements contained in XML Schema document into Java objects, which makes sure that the collection of transformational Java objects is an equivalent representation of XML Schema document.