CSC/ECE 517 Fall 2010/ch3 3i IC: Difference between revisions
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Mixing Static and Dynamic Language Code | |||
= Introduction = | |||
Many middleware solutions have been developed to combine static and dynamic languages to take advantage of both types of code. Previous wiki chapters have discussed JRuby, a Java implementation Ruby. | Many middleware solutions have been developed to combine static and dynamic languages to take advantage of both types of code. Previous wiki chapters have discussed JRuby, a Java implementation Ruby. However, unlike Java applications which all run on a unified virtual machine (VM), | ||
== Ruby | =Mixing Dynamic Code Into C/C++= | ||
== Ruby== | |||
Ruby has an inherent relationship with the C language since the current Ruby implementation is written in C. | Ruby has an inherent relationship with the C language since the current Ruby implementation is written in C. | ||
== Python | == Python== | ||
== Lua== | |||
= | =Mixing Dynamic Code Into Java= | ||
== | == Perl== | ||
Revision as of 21:21, 3 October 2010
Mixing Static and Dynamic Language Code
Introduction
Many middleware solutions have been developed to combine static and dynamic languages to take advantage of both types of code. Previous wiki chapters have discussed JRuby, a Java implementation Ruby. However, unlike Java applications which all run on a unified virtual machine (VM),
Mixing Dynamic Code Into C/C++
Ruby
Ruby has an inherent relationship with the C language since the current Ruby implementation is written in C.