Method for designing software framework class library of spectrum analyzer

Abstract

The invention discloses a method for designing a software framework class library of a spectrum analyzer. The method comprises the following steps: deriving a basic class library of measuring instruments on the basis of a Microsoft basic class library, and realizing seamless integration of a measuring instrument framework class library and the Microsoft basic class library; respectively establishing a scheduling relation of a component class with a driving class, a functional body class, a working thread class and a framework document class with the scheduling of all functions of the measuring instruments serving as the component class as an inlet, and designing a basic framework of the measuring instruments; deriving a corresponding spectrum analyzer class library from the basic class library of the measuring instruments on the basis of the basic class library of the measuring instruments according to the features of the data, the control flow and the measurement flow of the spectrum analyzer; presetting a spectrum analyzer framework on the basis of the basic framework of the measuring instruments; and dividing the spectrum analyzer class libraries, and mutually scheduling and cooperating the divided spectrum analyzer class libraries according to a preset spectrum analyzer framework relation to complete the functions of the spectrum analyzer.

Description

technical field [0001] The invention belongs to the field of software design, in particular to a design method of a spectrum analyzer software framework class library. Background technique [0002] Large-scale software usually uses C++ for class library and framework design, which is the key to efficient and reusable software development. Spectrum analyzer is an increasingly complex electronic measuring instrument. The software is basically developed using C++ language and object-oriented technology. The design of its framework and class library is very important. Reasonably and effectively design various spectrum analyzer class libraries and software architecture. Modeling is the focus of software design for this type of instrument. However, the spectrum analyzer software is becoming more and more complex, and the development difficulty is also increasing day by day, but there is no class library and framework for this type of instrument, and the development efficiency has...

AI Technical Summary

Problems solved by technology

However, the spectrum analyzer software is becoming more and more complex, and the development difficulty is also increasing day by day, but there is no class library and framework for this type of instrument, and the development efficiency has not been high.

[0003] Traditional spectrum analyzer software does not have a dedicated class library for this type of instrument, and the reusability of class inheritance is limited to classes designed for a certain function. Algorithms form overlays to the scale of a practical framework

Moreover, the traditional spectrum analyzer software does not have a dedicated class library for this type of instrument, and is usually not closely related to the Microsoft Basic Class Library (MFC) class library on the Windows platform, so it has not fully utilized the advantages of the operating system platform.

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