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Qualities of a good software
  • 03 Jan 2023

Qualities of a good software

What Characterizes Good Software?

Writing decent software is hard. There are numerous things to consider. Qualities of good software, on the other hand, will be appreciated by all.

This essay will look at the characteristics of good software.

 Characteristics of Quality Software:

There are numerous characteristics of good software design. They consist of the following.

Correction

For good Attributes of good software engineering, correctness is essential.

Convenience:

A system should be simple for users to learn and utilize.

Usage:

The fewer resources that a component of Attributes of good software pdf consumes, the better. Processor, memory, and disc space utilization should keep to a minimum.

Authenticity:

It is critical to have a system that performs the needed functions consistently. Failures should occur as infrequently as feasible.

Ethics:

Consideration should give to security. Our software should allow attackers to gain unauthorized access to resources.

Data validation is also necessary to prevent data from being saved into the system.           

Ability to adapt:

A system that could employ in a variety of circumstances without modification is ideal.

Validity:

It produces accurate results. That determines whether the software gets the desired results for consumers.

Resilience:

If a system continues to function despite faulty inputs and severe environmental conditions, it is helpful to our system.

Consistency:

The ease with which an established system can be modified is critical. The more effortlessly we can implement alterations, the better the quality of good software.

Flexibility:

 Flexibility is the Characteristic of good software operations. The best system is one that can work in contexts other than those for which it had initially built.

Reusability:

The more reusable components a bit of software contains, the better. We don't have to start from scratch when we employ reusable parts.

Workability:

It is simple to alter code that is straightforward to read. We can make adjustments faster and more accurately if you understand them better.

System testing:

Our software system was tested. If your code is simple to unit test, that's positive.

Clarification:

We must understand our system from a global perspective at the detailed code level.

Systems that are easier to understand are more cohesive.

With the best software, we have fewer errors and can cause changes more quickly.

Software-Quality Goals:

Setting goals for sustaining software quality is an effective strategy to improve quality.

It offers us something to strive for.

Clearly Defined Quality-Assurance Activity:

Quality control is always crucial. Users will notice the flaws without it because nobody is catching them.

We get more worried as a result, and our reputation suffers as a result.

We must be clear about our priorities so that developers can react appropriately.

A Testing Plan:

We require a testing strategy to test software systematically. Otherwise, the results of our testing become erratic and unpredictable.

If we test many items at various times, it's simple to miss things.

Norms for Software Engineering:

It will be simpler for us if there are rules for software engineering.

Technical Evaluations:

Everyone's lives are made simpler by code and design evaluations.

They reveal faults and make it possible for others to look for careless procedures.

Just have a casual discussion about the problems.

Change-Control Methodologies:

Unplanned adjustments have unanticipated results. So that they are predictable, we should establish some protocols.

For instance, we might build code, describe the procedures for finishing a feature, and then release it to production.

Results Measurement:

We must have some data to demonstrate the effectiveness of our idea.

Correctness, usability, and other quality attributes like those we stated above can all be measured.

Prototyping:

A prototype facilitates decision-making by allowing us to experiment with a potential reality instead of just a concept on paper or even in our heads.

Percentage of flaws found:

We might examine the defect rate to determine how effective our system is functioning.

Then, if necessary, we may use that information to examine the flaws in our system to improve it.

When to Perform Quality Control:

For the majority of things, quality assurance is a must.

We should give the design some deep consideration because it impacts every aspect of the system.

Anywhere can develop flaws. As a result, we should place a strong emphasis on quality control at every stage.

It's also crucial to have in mind that if we work with our code less, there will be less risk associated with code changes and less risk associated with producing new problems.

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