Search

Search Results

• 1. [Article] Multiparadigm data structures in Leda

  Multiparadigm programming is a term used to describe a style of software development that makes use of facilities originally designed in support of a number of different programming language paradigms. ...

  Citation × Citation Citation Abstract Copy Title: Multiparadigm data structures in Leda Author: Budd, Timothy, Oregon State University. Dept. of Computer Science Multiparadigm programming is a term used to describe a style of software development that makes use of facilities originally designed in support of a number of different programming language paradigms. In this paper we illustrate our conception of multiparadigm programming, by describing how various data structures can be implemented in the programming language Leda. Leda is a strongly-typed compiled multiparadigm programming language that we have been developing over the past several years. Our exposition serves both to illustrate the idea of multiparadigm programming, and to describe the features of the language Leda. Title: Multiparadigm data structures in Leda Author: Budd, Timothy, Oregon State University. Dept. of Computer Science Multiparadigm programming is a term used to describe a style of software development that makes use of facilities originally designed in support of a number of different programming language paradigms. In this paper we illustrate our conception of multiparadigm programming, by describing how various data structures can be implemented in the programming language Leda. Leda is a strongly-typed compiled multiparadigm programming language that we have been developing over the past several years. Our exposition serves both to illustrate the idea of multiparadigm programming, and to describe the features of the language Leda. Close

• 2. [Article] A revised Leda language definition

  "This report describes the revised definition of the multiparadigm programming language Leda. The first section provides an introduction to Leda and a history of its development. Section 2 covers Leda ...

  Citation × Citation Citation Abstract Copy Title: A revised Leda language definition Author: Oregon State University. Dept. of Computer Science, Shur, Jim, Takikawa, Masami, Pesch, Wolfgang, Pandey, Rajeev K. "This report describes the revised definition of the multiparadigm programming language Leda. The first section provides an introduction to Leda and a history of its development. Section 2 covers Leda preliminaries, section 3 details the overall structure of Leda programs. Declarations are discussed in section 4, expressions are the topic of section 5. Section 6 examines Leda statements, with relational programming being the subject of section 7, and section 8 comprises of a very short discussion of constraint logic programming. Leda predefined classes are briefly described in section 9, with a short note on scoping presented in section 10 and libraries in section 11. Compiler usage is touched upon in section 12. Appendices listing reserved words, compile-time errors, run time errors, and a bibliography conclude this report."--Summary. Title: A revised Leda language definition Author: Oregon State University. Dept. of Computer Science, Shur, Jim, Takikawa, Masami, Pesch, Wolfgang, Pandey, Rajeev K. "This report describes the revised definition of the multiparadigm programming language Leda. The first section provides an introduction to Leda and a history of its development. Section 2 covers Leda preliminaries, section 3 details the overall structure of Leda programs. Declarations are discussed in section 4, expressions are the topic of section 5. Section 6 examines Leda statements, with relational programming being the subject of section 7, and section 8 comprises of a very short discussion of constraint logic programming. Leda predefined classes are briefly described in section 9, with a short note on scoping presented in section 10 and libraries in section 11. Compiler usage is touched upon in section 12. Appendices listing reserved words, compile-time errors, run time errors, and a bibliography conclude this report."--Summary. Close