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Build Your Own .NET Language and Compiler by Edward G. Nilges

Build Your Own .NET Language and Compiler Edward G. Nilges ebook
Format: chm
Publisher: Apress
Page: 408
ISBN: 1590591348, 9781590591345

BR As I see it the major problem is that Tcl is interpreted (bytescodes are mostly a compile-time feature) while the language portability features of .NET seem to be targeted at (limited to?) compiled languages only. .NET does'nt allow multiple inheritance in managed classes. Maybe once ArcGIS supports .NET 4.0, I'll NET, etc., I think GIS deserves its own languages. Either a codeDOM provider or an IQueryable LINQ provider could support languages specifically geared towards network traversal – and would make things like ad hoc custom tracing easier. I thought to make a new language very similar to some popular one, and thus eliminating the need of having 2 compilers…. It's in charge to compile the common Intermediate Language ( CIL ) into machine code during the compilation process known as just-in-time ( JIT ). It compiles any valid source fileinto a valid .NET console executable. This executable also requires .NET 4.0. We call Common Language Run time ( CLR ) the virtual machine component of Microsoft .NET Framework responsible of the execution of .NET programs. NET compilers are part of the standard .NET Framework installation. The language is currently in under development. So, you will have to develop your own console for that. Any Language that has a compiler that can compile the language code to MSIL is a .NET compliant language. .NET - is the Microsoft Web services strategy to connect information, people, systems, and devices through software. Integrated across the Microsoft platform, .NET technology provides the ability to quickly build, deploy, manage, and use A managed class can inherit from only one class. The .NET Framework provides modules that can compile source code and turn it into an assembly in memory. Microsoft's own build tool – if you're using visual studio, you're already using MSBuild. Now we're going to look carefully three of this steps, you can look the other ones at your own time. Chapter 6, "Organizing, Annotating, and Quoting Chapter 12, "Language-Oriented Programming," examines using F# to create little languages or a Domain-specific Language and then you will create a compiler and interpreter for an arithmetic language. Automatic tools (LEX and This compiler is programmed in C#, and requires .NET Framework 4.0 to work. URL: http://msdn.microsoft.com/en-us/library/0k6kkbsd.aspx. Chapter 5, "Object-Oriented Programming," delves into the third pillar that is encompassed in F# as this chapter explores the model that allows you to create classes, interfaces, and objects in F#.