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Attribute-oriented programming - Wikipedia

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Attribute-oriented programming (@OP) is a technique for embedding metadata, namely attributes, within program code.

With the inclusion of Metadata Facility for Java (JSR-175)^[1] into the J2SE 5.0 release it is possible to utilize attribute-oriented programming right out of the box. XDoclet library makes it possible to use attribute-oriented programming approach in earlier versions of Java.

The C# language has supported attributes from its very first release. These attributes was used to give run-time information and are not used by a preprocessor. Currently with source generators, you can use attributes to drive generation of additional code at compile-time.

The Unified Modeling Language (UML) supports a kind of attribute called stereotypes.

The Hack programming language supports attributes. Attributes can be attached to various program entities, and information about those attributes can be retrieved at run-time via reflection.

• Annotation Processing Tool (apt)
• Spoon, an Annotation-Driven Java Program Transformer
• XDoclet, a Javadoc-Driven Program Generator

• Don Schwarz. Peeking Inside the Box: Attribute-Oriented Programming with Java5
• Sun JSR 175
• Attributes and Reflection - sample chapter from Programming C# book
• Modeling Turnpike Project
• Fraclet Archived 2008-09-20 at the Wayback Machine: An annotation-based programming model for the Fractal component model
• Attribute Enabled Software Development book

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• Jackson structures
• Block-structured
• Modular
• Non-structured
• Procedural
• Programming in the large and in the small
• Design by contract
• Invariant-based
• Nested function

• Class-based, Prototype-based, Object-based
• Agent
• Immutable object
• Persistent
• Uniform function call syntax

• Recursive
• Anonymous function (Partial application)
• Higher-order
• Purely functional
• Total
• Strict
• GADTs
• Dependent types
• Functional logic
• Point-free style
• Expression-oriented
• Applicative, Concatenative
• Function-level, Value-level

• Flow-based
• Reactive (Functional reactive)
• Signals
• Streams
• Synchronous

• Abductive logic
• Answer set
• Constraint (Constraint logic)
• Inductive logic
• Nondeterministic
• Ontology
• Probabilistic logic
• Query

• Algebraic modeling
• Array
• Automata-based (Action)
• Command (Spacecraft)
• Differentiable
• End-user
• Grammar-oriented
• Interface description
• Language-oriented
• List comprehension
• Low-code
• Modeling
• Natural language
• Non-English-based
• Page description
• Pipes and filters
• Probabilistic
• Quantum
• Scientific
• Scripting
• Set-theoretic
• Simulation
• Stack-based
• System
• Tactile
• Templating
• Transformation (Graph rewriting, Production, Pattern)
• Visual

• Actor-based
• Automatic mutual exclusion
• Choreographic programming
• Concurrent logic (Concurrent constraint logic)
• Concurrent OO
• Macroprogramming
• Multitier programming
• Organic computing
• Parallel programming models
• Partitioned global address space
• Process-oriented
• Relativistic programming
• Service-oriented
• Structured concurrency

• Attribute-oriented
• Automatic (Inductive)
• Dynamic
• Extensible
• Generic
• Homoiconicity
• Interactive
• Macro (Hygienic)
• Metalinguistic abstraction
• Multi-stage
• Program synthesis (Bayesian, Inferential, by demonstration, by example)
• Reflective
• Self-modifying code
• Symbolic
• Template

• Aspects
• Components
• Data-driven
• Data-oriented
• Event-driven
• Features
• Literate
• Roles
• Subjects

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