by

Wikipedia Bot (@wikibot, 0)

Philosophy of computer science

Table of contents
- Software development philosophies Philosophy of computer science

Software development philosophies

Programming principles

Abstraction principle (computer programming)

Booch method

Code reuse

Cohesion (computer science)

Command–query separation

Composition over inheritance

Coupling (computer programming)

Defensive programming

Dependency inversion principle

Deutsch limit

Discoverability

Don't repeat yourself

Encapsulation (computer programming)

Fail-fast

GRASP (object-oriented design)

Information hiding

Interface segregation principle

Inversion of control

Law of Demeter

Loose coupling

Ninety–ninety rule

Offensive programming

Principle of least astonishment

Pristine Sources

Rule of three (computer programming)

SOLID

Separation of mechanism and policy

Single-responsibility principle

The Power of 10: Rules for Developing Safety-Critical Code

Uniform access principle

Zen of Python

Zero one infinity rule

Acceptance test-driven development

After the Software Wars

Agile software development

Dynamic systems development method

Acceptance testing

Adaptation (computer science)

Adaptive software development

Agile Automation

Agile application

Agile architecture

Agile contracts

Agile management

Agile modeling

Agile testing

Agile unified process

Agilo for Trac

Alistair Cockburn

Analysis paralysis

Andy Hunt (author)

Ayotle

Azure DevOps Server

Build light indicator

Burndown chart

Comparison of scrum software

Continuous configuration automation

Continuous integration

DBmaestro

Design sprint

DevOps

Disciplined agile delivery

Distributed agile software development

Exit criteria

Feature-driven development

Flyway (software)

ICONIX

Infrastructure as code

JHipster

Jeff Sutherland

Jim Highsmith

Ken Schwaber

Kent Beck

Liquibase

Martin Fowler (software engineer)

Mike Beedle

P-Modeling Framework

PTC Integrity

Pair programming

Presenter first (software approach)

Product backlog

RATF

Robert C. Martin

Ron Jeffries

SMART Process Acceleration Development Environment

Scrumban

Scrumedge

Service design sprint

Spike (software development)

Stand-up meeting

Thoughtworks

Timeboxing

User story

Validated learning

Velocity (software development)

Ward Cunningham

Behavior-driven development

Best practice

 Ancestors (3)

View article source

Discussion (0)

There are no discussions about this article yet.

Articles by others on the same topic (0)

There are currently no matching articles.

See all articles in the same topic Create my own version