TigersEye is a framework for embedded DSLs.

The framework is the implementation of the Reflective Embedding Architecture (REA).

TigersEye implements a set of generic analyses and transformations. Further, it consists of a set of examples for embedded DSLs:

• Logo: a family of Logo dialects
  
  • SimpleLogo: selection of the most important Logo commands
  • CompleteLogo: contains most common Logo keywords (such as repeat, setpencolor, clearscreen)
  • FunctionalLogo: Logo with lambda/functions (similar to the “do” keyword)
  • ConcurrentLogo: Logo turtles will paint in parallel
  • OptimizedLogo: executed sequential Logo programs in paralle (a static optimization that speculates to optimize every function application)
  • AdaptiveOptimizingLogo: takes into account a dynamic optimization decision
  • Analyses/Transformation: generic syntax check analysis, coding conventions for Logo, semantic validation analysis, syntactic sugar transformation
  Simple
• FsmDSL: an embedding of a DSL for the specifation of finite state machines
• Functional: an embedding of lambda
• Structural: an embedding of simple data types
• Environment: an embedding of first-class environments

• 1) Install Eclipse
• 2) Install Groovy Plug-in, use the latest development version
• 3) Import TigersEye sources as a project

Alternative semantics for aspect-oriented abstractions can be defined by language designers using extensible aspect compiler frameworks. However, application developers are prevented from tailoring the language semantics in an application-specific manner. To address this problem, we propose an architecture for aspect-oriented languages with an explicit meta-interface to language semantics. We demonstrate the benefits of such an architecture by presenting several scenarios in which aspect-oriented programs use the meta-interface of the language to tailor its semantics to a particular application execution context.

• 1) Install Eclipse
• 2) Install AspectJ Developement Tools (AJDT) Plug-in
• 3) Install Groovy Plug-in, use the latest development version
• 4) Import POPART sources as a project
• 5) Import popart.jar into the project

• You can find the examples in de.tud.example.aosd2009
• The POPART architecture classes (from Sec. 3.2) can be found in de.tud.stg.popart.aspect.*
• The Debugging Meta-Aspect (from Sec. 4.1) can be found in de.tud.stg.popart.aspect.extensions.DebugMetaAspect
• The Ordered Meta-Aspect Manager (from Sec. 4.2) can be found in de.tud.stg.popart.aspect.extensions.OrderedAspectManager
  • The PhoneManagementSystemComparator (from Fig. 12) can be found in de.tud.stg.popart.example.aosd2009.phone.PhoneManagementSystemComparator
• The Dynamic Meta-Aspect (from Sec. 4.3) can be found in de.tud.stg.popart.aspect.extensions.DynamicAspect

This an open source benchmark that compares different DSL approaches.

See documentation: benchmark-report