Program for bisection method in fortran language

There is also implemented various functions of filtering and selecting of different kinds necessary information. It contains data types that are wrappers for elements of storage block, which fulfils requirements of the IDE integration block. The elements view model is playing this interconnection role. Thus, recognized elements may contain some information that is not necessary to IntelliSense technology features, or on the contrary, does not contain some needed information. The Elements view model block is a link, a kind of adaptor for elements of storage block to their representation needed by IDE integration block. Secondary, it allows restoring the content of programming projects from their XML models. Firstly, it allows saving the content of programming projects as XML files for description of API and documentation comments. The elements serialization/deserialization block performs two functions. The storage block could be filled from two sources: from analysis block, as a result of analysis of a source files, and from elements serialization/deserialization block, as a result of deserialization from a previously existing specialized program description in the case of using model of API (Application Programming Interface) for arbitrary programming libraries. In general case, it is kind of a symbol table. The Recognized elements storage block is like a database of all elements needed for the Language Service operation. The second task of this block is to provide information for syntax highlighting of edited text. It gathers all needed information about the elements of a programming language and puts it into the recognized elements storage block. The Analysis block is responsible for accomplishing lexical, syntactic and semantic analysis. ItвЂ™s responsible for subscription of Language Service for text editing events and for providing corresponding responses.

The IDE integration block connects a language service with a basic IDE infrastructure. The proposed general model of a language service consists of five key blocks: the IDE integration block the analysis block the recognized elements storage block the elements serialization/deserialization block the elements view model block. The model and general approach for language service construction is offered.

This report deals with the construction of the language service for extended support of the Fortran programming language in the integrated development environment (IDE) Microsoft Visual Studio.

Program for bisection method in fortran language