Research on the Multi Object Polymorphism in C++ Based on Display Management Overloaded Set

Da You Cao

doi:10.4028/www.scientific.net/AMM.687-691.1679

Paper Titles

Fuzzy Maximum Independent Set Problem of Graphic
p.1657

The Differential Game Analysis on the Construction Problem of the Public Libraries
p.1662

Empirical Evidence of Hurst Exponent Estimation Wavelet Based
p.1668

Event Probability Based Priority Filter for Efficient Event Matching
p.1672

Research on the Multi Object Polymorphism in C++ Based on Display Management Overloaded Set
p.1679

Research on Bilingual Corpus Based Machine Translation
p.1683

Research and Application of Network Aided Translation Method
p.1687

Advances of Key Technology for Machine Translation and its Applications
p.1691

The Application and Study on Intelligent Real-Time Machine Translation Technology
p.1695

HomeApplied Mechanics and MaterialsApplied Mechanics and Materials Vols. 687-691Research on the Multi Object Polymorphism in C++...

Research on the Multi Object Polymorphism in C++ Based on Display Management Overloaded Set

Abstract:

In C++, there exists static dispatching technique and dynamic dispatching technique. To move some dispatching at executive time up to compile time can reduce length of complied code and improve the overall running speed. We analyze the necessity of introducing static dispatching technique and those used commonly, and then we present a way to realize static dispatching technique by using enable if template group in Boost library non-intrusively explicitly to manage the overloaded set of template functions. More importantly, in this way, one could overload template functions by their return values.