code reuse

The general practice of using a prior version of an extant program as a starting point for the next version, is also a form of code reuse.

The reason this practice should be avoided is all wrapped up with code reuse.

It also catches code-reuse attacks that are emerging as the next generation of advanced attack techniques worrying security professionals.

Distributed objects, also known as the Object Request Broker (ORB): This approach focuses on code reuse and language independence.

In addition to promoting code reuse, it can also break complex transforms into chunks that are easy to understand.

The benefits of doing so include flexibility, keeping maintenance of the application easy as it grows, code reuse, and better performance.

SOA provides for effective software componentization, which helps promote code reuse and contributes to a more flexible IT infrastructure.

For this and the next installment, I tackle code reuse via refactoring and the attendant abstraction impact.

Callbacks are implemented as real classes to help facilitate code reuse and associated with client data at run time.

Design by Contract can also facilitate code reuse, since the contract for each piece of code is fully documented.

Unfortunately, tossing out private and multiple inheritance has cost us dearly in terms of code reuse.

The extraction of RRH and BRH simplifies the design and helps facilitate code reuse, leading to a flexible and extensible architecture.

Code reuse also illustrates the difficulties of IT governance.

Code reuse is the single greatest advantage of modules in general, and of AppConfig in particular.

Code reuse is arguably the greatest leverage that object-oriented programming languages provide.

It also supports code reuse, because only the new or different class behavior must be coded.

Object oriented technologies introduced significant improvements for code reuse within an application.

Life for both new and experienced users should be easier, with reduced message flow development times and increased code reuse.

To implement code reuse, usually layering (also known as componentization) is required.

Each module has to consider the system security and code reuse, allowing the system to the code clear, clean, help maintain.

As important side-effects, they also allow DBAs to encapsulate business logic and to ensure data consistency as well as code reuse.

This installment contrasted the two styles of code reuse: coupling via inheritance and composition via parameters.

Software developers have always pursued code reuse -- and for obvious reasons.

a small subset is : ease of code reuse , code quality improvements , consistent interfaces , and adaptability.

A common example of effective code reuse is in connection with libraries that manage data structures.

Service proliferation, in turn, results in service governance problems, making it harder to pursue effective code reuse.

This can greatly reduce GUI development complexity and create opportunities for GUI code reuse (by encapsulating the inner GUI).

This promotes better modularity and code reuse across multiple application components.

Callback classes offer much more flexibility, extensibility, and code reuse.

The goal here is largely to enable meaningful code reuse: Each path component causes dispatch to a relevant code handler.

By adding clean syntax and support, functional languages make recursion a candidate for simple code reuse.

UDFs encourage code reuse, therefore increasing productivity of application developers.

NET development, which is characterized by "service aggregation, user-oriented, open-source, code reuse, cross-platform users. "

In short, PEAK is a powerful framework for rapid component development and code reuse in Python.

Language interoperability can help maximize code reuse and, therefore, improve the efficiency of the development process.

However, code reuse across process boundaries has been much more problematic.

The latter technique is useful for complex operations and helps promote code reuse.

Any given plug-in can define other plug-ins upon which it depends, thus permitting granular componentization and code reuse.

Now, I'm a great fan of code reuse and an indifferent typist.

Use generic types to maximize code reuse, type safety, and performance.

Use subflows for code reuse across multiple message flows, especially if you are using or considering multiple protocols.

SOA reusability goes far beyond traditional code reuse.

DLL, the key technique of Windows system, can implement code reuse and code hide efficiently during the development of application programs.

Control flows help promote code reuse, and they enable developers to specify the sequence of various activities.

Framework is a combination of design reuse and code reuse.

Code reuse is obviously not an issue in this writer's dream world.

The software library is a good example of code reuse.

Such functions encourage code reuse and simplify the development and maintenance of queries.

As always, code reuse is definitely a good thing.

The first rule of code reuse is that the code needs to be worth re-using.

This code reuse results in more reliable and efficient code, because the same code is tested again and again.

The major disadvantage is that there's little room for code reuse.

Rather, I did it by using composition rather than coupling for code reuse.

Another way to achieve code reuse is via currying.

The code-reuse technique applicable for object-oriented mode