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The extensible programming language AEPL has been designed as a tool for the implementation of a large class of problem-oriented languages or languages for specific applications. The reason for such a goal is that we believe that there exist numerous areas of human interest generating problems which can be solved with the aid of a computer. We think also that to be able to approach these problems using languages which are close to the terminology and the methodology of the respective areas is a significant advantage: it enables a user to think in familiar terms and it liberates him from the burden of extraneous detail. This has been the reason for the uneconomic proliferation of a large number of programming languages, each more or less well adapted to the solution of a particular class of problems (see for instance Sammet's book for a survey of a number of problem-oriented languages). Extensible languages propose to cover wide areas of application at lesser cost and greater convenience. A detailed description of a large number of current extensible languages and systems can be found in a report by Solntseff, together with an extensive bibliography of the area. Many extensible language schemes have been described in detail.

Data structures in the extensible programming language AEPL