Implementation Reference (2024)

FAQs

What is a reference implementation? ›

The reference implementation (or refimpl) is an application with no features and no functionality. Instead, it represents the lowest common denominator of all the Atlassian applications.

Use this word to describe the process of turning formal plans — often very detailed conceptual plans that will affect many — into reality. For example, the implementation of new parking fees means everyone has to put more money in the parking meters.

Implementation is the execution or practice of a plan, a method or any design, idea, model, specification, standard or policy for doing something. As such, implementation is the action that must follow any preliminary thinking for something to actually happen.

The Reference Implementation (RI) is a simulator that can be built with a ROM mask, much like a Java Card technology-based implementation for actual field use. It has the ability to simulate persistent memory (EEPROM) and to save and restore the contents of EEPROM to and from disk files.

The stages described in the guide include: 1) exploration, 2) installation, 3) initial implementation, 4) full implementation, and 5) expansion and scale-up. Each stage has specific steps and associated activities.

A reference process is a process that represents a desired ideal state. It represents how a process should run. However, this ideal “target sequence” can deviate from the actual process. In process mining, the actual process is therefore often compared with the reference process.

Process implementation is about putting new or changed processes into practice and making sure that they've been validated and tested to ensure smooth operation. This is an ongoing activity, of course, since it's part of a continuous improvement process.

An implication is something that is suggested, or happens, indirectly. When you left the gate open and the dog escaped, you were guilty by implication. Implication has many different senses. Usually, when used in the plural, implications are effects or consequences that may happen in the future.

The implementation phase involves putting the project plan into action. It's here that the project manager will coordinate and direct project resources to meet the objectives of the project plan. As the project unfolds, it's the project manager's job to direct and manage each activity, every step of the way.

Implementations are the data objects used to store collections, which implement the interfaces described in the Interfaces lesson. The Java Collections Framework provides several general-purpose implementations of the core interfaces: For the Set interface, HashSet is the most commonly used implementation.

What is the difference between reference architecture and reference implementation? ›

The reference architecture describes what to build but not how to implement it. What we need is a reference implementation to show us how to construct it. To address this, we provide a collection of articles and code that will implement the reference architecture.

A reference is information about the location of object data. So the value of the variable is set to be a reference, i.e. knowledge about the location of related object data. The image above also reveals that strings — the name of our example person, for instance — are objects, too.

There are three types of implementation: Implementation of a computer system to replace a manual system. Implementation of a new computer system to replace an existing one. Implementation of a modified application to replace an existing one. Conversion means changing from one system to another.

References are people who can confirm your claims about your professional achievements, education, experience, habits, skills and character. Employers use references to verify your resume and to determine whether you are a good fit for their organization.

Before you write code against an external component or connected service, your project must first contain a reference to it. A reference is essentially an entry in a project file that contains the information that Visual Studio needs to locate the component or the service.