Pascal Programming For Libraries
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Pascal Programming for Libraries
Pascal Programming for Libraries is a practical introduction to computer programming designed specifically for library and information center applications. A graded text, this book provides detailed examples of straightforward programs, each fully illustrated and clearly explained. The examples begin with relatively simple computer code and progress to more complex examples using the highly acclaimed language TURBO Pascal, now widely used on personal computers. The applications illustrated deal with such operations as document retrieval, sorting, keyword indexing, selective dissemination of information, and rudimentary technical processes in libraries.
Pascal Programming for Libraries
Pascal Programming for Libraries is a practical introduction to computer programming designed specifically for library and information center applications. A graded text, this book provides detailed examples of straightforward programs, each fully illustrated and clearly explained. The examples begin with relatively simple computer code and progress to more complex examples using the highly acclaimed language TURBO Pascal, now widely used on personal computers. The applications illustrated deal with such operations as document retrieval, sorting, keyword indexing, selective dissemination of information, and rudimentary technical processes in libraries.
Introduction to Lux Pascal
Lux Pascal is a modern programming language designed for high-performance parallel computing, especially in the field of scientific computing and data processing. It is an extension of Pascal language and provides a rich set of features, such as support for arrays, matrices, complex numbers, and built-in functions for mathematical operations. Lux Pascal aims to enable developers to write efficient, scalable, and maintainable code, while also providing a simple and intuitive syntax. One of the key strengths of Lux Pascal is its use of data parallelism, which allows multiple data items to be processed simultaneously. This is achieved through the use of parallel loops, which can distribute data across multiple cores or processors. Additionally, Lux Pascal provides a set of built-in functions for task parallelism, which allows developers to create multiple threads and execute them concurrently. With these features, Lux Pascal is well-suited for numerical computations, data analytics, and simulations, as well as other performance-critical applications.