Resources  
  • CS CODEDOM ParserJun 12, 2002. CS CODEDOM Parser is utility which parses the C# source code and creates the CODEDOM tree of the code(general classes that represent code, part of .NET Framework - namespace System.CodeDom).
  • Automatic Table Generation in Any Database by NHibernate ORM and CodeDomMar 28, 2015. This article describes how to allow users to build a database automatically from an application via two technologies, code generation (CodeDOM) and NHibernate (Fluent) that let us make a backend regardless of the type of database and without involving complicated concepts.
  • CodeDom Calculator - Evaluating C# Math Expressions DynamicallyAug 08, 2005. This article describes how to use CodeDom and Reflection to Create a Calculator that can evaluate simple and complex math expressions on the fly.
  • Dynamically Creating Applications Using System.CodeDomMay 21, 2005. System.CodeDom in .NET enables dynamic application creation by programmatically generating and compiling code at runtime, facilitating flexible and customizable software development processes.
  • JIT Coding in VB.NETNov 10, 2012. One not so well known feature of .NET platform is possibility to invoke compiler and practically create code and assembly from running instance of application. It is possible to do that in two ways. First one is a bit simpler and involves namespaces System.CodeDom and System.CodeDom.Compiler, second one is more efficient and utilizes namespace System.Reflection.Emit. Since there are very few examples about how to use System.CodeDom.Compiler I will start with it.
  • Dynamic Code CompilationNov 30, 2006. This article throws light on how a code can be built dynamically, compiled and run.
  • Solving Polynomial Equations with Complex Roots using Genetic Algorithms in C#Apr 09, 2006. This article features a program in which the user can enter a polynomial equation and it will use GAs to determine the complex roots.
  • JIT CodingMar 11, 2002. One not so well known feature of .NET platform is possibility to invoke compiler and practically create code and assembly from running instance of application. It is possible to do that in two ways. First one is a bit simpler and involves namespaces System.CodeDom and System.CodeDom.Compiler, second one is more efficient and utilizes namespace System.Reflection.Emit. Since there are very few examples about how to use System.CodeDom.Compiler I will start with it.