#bugfixing

[nyehilismwriting]

For the new update, is it supposed to end after you ask the doctor all of the questions about brain damage? There's no way to continue after that.

no, it's not supposed to end there😭this bug has been killing me in testing I really thought I'd fixed it. give me a minute and I'll see if I can patch that!

[drinkyourvillainjuice]

Hey, I have a question. Is Mal supposed to propose to fool around with us and Wil even if we blocked their romance previously? Because it kind of made me unconfortable. If yes no worries, i can deal with it :) Amazing story btw

noooo that's absolutely not supposed to happen!

Mal is supposed to be RESPECTFUL of BOUNDARIES and I thought i fixed this bug but, apparently not!

I've just gone back in and added a failsafe such that blocking Mal romance supercedes ever other check. It's supposed to only even fire if you've flirted with Mal a number of times so I have no idea what the heck I'm doing with my code.

Very sorry it made you uncomfortable!

[briskwinits]

In the fast-paced world of software development, change is constant. But is your software keeping up without breaking a sweat? Our Regression Testing Services ensure that every update, enhancement, or bug fix doesn't disrupt your software's existing functionality.

For more, visit: https://briskwinit.com/regression-testing/

[versatechhub]

Challenges of Mobile App Development

The process of creating mobile apps is both thrilling and difficult, and developers must overcome several obstacles that have the power to make or destroy their work. Platform fragmentation and user expectations are two of the many difficulties in developing mobile apps. We will go into great detail about these difficulties and talk about practical solutions in this blog post.

Understanding the Challenges of Mobile App Development

Writing code is not the only task involved in developing a mobile application. A thorough comprehension of user needs, market trends, and technological specifications is necessary. Due to the swift advancement of technology and the growing rivalry within app stores, mobile app creators face a multifaceted and intricate environment.

Key Challenges

Platform Fragmentation

Platform fragmentation is a major obstacle for developers of mobile apps. App developers need to make their creations compatible with a wide range of hardware and operating systems, especially iOS and Android. It can be challenging to ensure a consistent user experience across all platforms given the variety of screen sizes, resolutions, and software versions available.

User Expectations

Consumers of today have high standards for mobile apps. Users anticipate speedy, functional, and intuitive apps. Users may easily stop using an app if it doesn’t live up to their expectations, which would result in low download and retention rates. Because of this, to draw in and keep users, developers need to concentrate on user experience (UX) design.

Security Concerns

A key consideration in the creation of mobile apps is security. The security of user data must be given top priority by developers in light of the rising number of data breaches and cyberattacks. Apps can be made more secure by implementing secure authentication procedures, sophisticated encryption techniques, and frequent upgrades.

Budget Constraints

Another difficulty in developing mobile apps is budgeting. Many developers might not have a lot of money, particularly independent contractors or new businesses. There is a lot of pressure to balance cost and quality while meeting development schedules. Ineffective budgeting may result in project abandonment or quality compromises.

App Store Approval Process

For developers, the approval process in the app store might provide serious difficulties. Apps must follow strict rules set by Google and Apple to be approved. Complying with these regulations may necessitate thorough testing and modifications, which could postpone the app’s release and raise development expenses.

Keeping Up with Technology

The fast-paced nature of technology can pose a challenge for mobile app developers. With new programming languages, frameworks, and tools emerging frequently, developers need to keep their skills updated. Failing to adapt to changing technologies can lead to the creation of outdated apps that may not perform well in the competitive market.

Strategies to Overcome These Challenges

Comprehensive Planning

The rapid advancement of technology can provide difficulties for those who create mobile applications. Since new tools, frameworks, and programming languages are released regularly, developers must stay up to speed on their skills. Antiquated apps may not fare well in the cutthroat market if developers fail to keep up with evolving technology.

User-Centric Design

An application’s user experience can be substantially improved by incorporating user feedback early in the design process. Before the app is released, developers can visualize it and find any usability problems by using wireframes and prototypes. Iterations and continuous testing are essential to improving the product in response to user interactions.

Security Best Practices

When developing mobile apps, it’s imperative to use strong security procedures. Secure coding procedures should be given top priority by developers, who should also conduct frequent security audits and keep up with emerging security risks. Maintaining user data security benefits the app’s reputation and fosters trust in addition to safeguarding the end user.

Effective Budget Management

Effective budget management helps lessen financial limitations. When allocating resources, developers ought to give priority to features that meet user needs. A well-defined financial plan that includes slack money for unanticipated costs might help keep a project from going off course.

Streamlined Submission Process

Developers should familiarise themselves with the submission rules for iOS and Android to prevent delays in the approval process of the app store. Rejections can be less likely if submissions are well-tested and documented. Keeping abreast on policy modifications also guarantees compliance.

Staying Updated

To effectively handle the difficulties involved in creating mobile apps, developers need to keep up with emerging trends and technological advancements. Attending conferences, webinars, and other professional development events can give developers the knowledge they need to stay competitive in the market.

Conclusion

There are a lot of difficulties in developing mobile apps, from platform fragmentation to changing user expectations. Nonetheless, developers can get above these obstacles by implementing sensible tactics like thorough planning, user-centric design, and strong security procedures. Their chances of creating successful mobile applications will be significantly increased by embracing lifelong learning and remaining flexible. Join the conversation by offering your opinions on these difficulties or your personal experiences developing mobile apps!

[w2gsolutions1]

Study Finds AI Code Mutations Help Developers Catch Bugs Faster

The software development landscape is evolving rapidly, and a recent study finds AI code mutations are revolutionizing how developers identify and fix bugs. This groundbreaking research highlights the potential of artificial intelligence to enhance code quality, streamline debugging processes, and boost productivity. By introducing controlled changes to code, AI-driven mutation testing is proving to be a game-changer for developers striving to deliver robust applications in less time.

What Are AI Code Mutations?

AI code mutations involve using artificial intelligence to intentionally alter software code in small, controlled ways to test its resilience and uncover hidden bugs. Unlike traditional testing methods, which often rely on predefined test cases, mutation testing powered by AI generates dynamic variations of code to simulate potential errors. This approach allows developers to evaluate how their software responds to unexpected changes, revealing vulnerabilities that might otherwise go unnoticed.

The study finds AI code mutations offer a proactive way to stress-test applications. By mimicking real-world scenarios where bugs could emerge, AI helps developers catch issues early in the development cycle. This not only improves software reliability but also reduces the time spent on manual debugging, a process that can be tedious and error-prone.

Why Bug Detection Matters in Software Development

Bugs are the bane of every developer’s existence. Even a minor coding error can lead to significant issues, from application crashes to security vulnerabilities. Traditional debugging methods, while effective to an extent, often fail to catch complex or subtle bugs that only manifest under specific conditions. This is where AI-driven mutation testing shines, offering a more comprehensive approach to quality assurance.

The importance of early bug detection cannot be overstated. Catching issues during the development phase is far more cost-effective than addressing them after deployment. According to industry estimates, fixing a bug post-release can cost up to 30 times more than resolving it during the coding stage. By leveraging AI code mutations, developers can identify and address potential problems before they escalate, saving both time and resources.

How AI Code Mutations Work

AI code mutation tools analyze a program’s source code and introduce small, deliberate changes—known as mutations—to create multiple variants of the original code. These mutations might include altering a mathematical operator, modifying a conditional statement, or swapping variable values. The goal is to simulate potential errors and observe how the software behaves under these altered conditions.

Once the mutated code is generated, it is subjected to the existing test suite. If the tests fail to detect the introduced changes, it indicates gaps in the test coverage. Developers can then refine their tests or fix the underlying code to address these weaknesses. The study finds AI code mutations significantly improve test suite effectiveness, enabling developers to achieve higher code quality with fewer blind spots.

Benefits of AI Code Mutations for Developers

The adoption of AI code mutations offers several tangible benefits for developers and organizations alike. Here are some of the key advantages:

Faster Bug Detection

AI-driven mutation testing accelerates the bug detection process by automating the creation and evaluation of code variants. This reduces the reliance on manual testing, which can be time-consuming and inconsistent. Developers can quickly identify weak points in their code and address them before moving to the next development phase.

Improved Test Coverage

Traditional testing methods often focus on expected use cases, leaving edge cases untested. AI code mutations introduce a wider range of scenarios, ensuring that test suites are more comprehensive. This leads to more robust applications that can handle unexpected inputs or conditions.

Enhanced Code Quality

By identifying and fixing bugs early, AI code mutations contribute to higher-quality software. This is particularly valuable in industries like finance, healthcare, and e-commerce, where reliability and security are paramount. The study finds AI code mutations help developers produce cleaner, more maintainable codebases.

Reduced Debugging Time

Debugging is often cited as one of the most time-intensive aspects of software development. AI-powered tools streamline this process by pinpointing issues with greater accuracy. Developers can focus on writing new features rather than spending hours—or even days—tracking down elusive bugs.

Cost Savings

Fixing bugs early in the development cycle is significantly cheaper than addressing them post-release. By catching issues before they reach production, AI code mutations help organizations save on maintenance costs and avoid potential reputational damage caused by software failures.

Real-World Applications of AI Code Mutations

The study finds AI code mutations are already making an impact across various industries. In web development, for example, AI-driven tools are being used to test complex JavaScript applications, ensuring they perform reliably under diverse conditions. In mobile app development, mutation testing helps developers catch bugs that could cause crashes on different devices or operating systems.

In the realm of cybersecurity, AI code mutations are proving invaluable for identifying vulnerabilities in software. By simulating potential exploits, these tools help developers strengthen their applications against attacks. This is particularly critical for industries handling sensitive user data, such as banking and healthcare.

Challenges and Limitations

While AI code mutations offer significant benefits, they are not without challenges. One potential drawback is the computational resources required to generate and test multiple code variants. For large-scale projects, this can lead to increased processing times and costs. Additionally, not all mutations are equally valuable—some may introduce trivial changes that do not meaningfully improve test coverage.

Another challenge is the learning curve associated with adopting AI-driven tools. Developers unfamiliar with mutation testing may require training to effectively integrate these tools into their workflows. However, as AI technology continues to advance, these challenges are likely to diminish, making mutation testing more accessible to teams of all sizes.

The Future of AI in Software Development

The study finds AI code mutations are just the beginning of AI’s transformative impact on software development. As machine learning algorithms become more sophisticated, we can expect even greater advancements in automated testing, code optimization, and bug detection. Future iterations of AI tools may integrate seamlessly with existing development environments, providing real-time feedback and suggestions to developers as they code.

Moreover, the rise of AI-driven development tools is likely to democratize access to high-quality software testing. Small startups and independent developers, who may lack the resources for extensive manual testing, can leverage AI to compete with larger organizations. This leveling of the playing field could spur innovation and lead to the creation of more reliable, user-friendly applications.

How Developers Can Get Started with AI Code Mutations

For developers eager to explore AI code mutations, the first step is to choose a mutation testing tool that aligns with their programming language and development environment. Popular tools include MutPy for Python, Pitest for Java, and Stryker for JavaScript. These tools offer robust features for generating and analyzing code mutations, with active communities providing support and updates.

Next, developers should integrate mutation testing into their existing workflows. This may involve updating test suites to account for mutated code or configuring CI/CD pipelines to run mutation tests automatically. Starting with small projects can help teams gain familiarity with the process before scaling up to larger codebases.

Finally, developers should stay informed about advancements in AI and mutation testing. The study finds AI code mutations are an evolving field, with new tools and techniques emerging regularly. By keeping up with the latest research and best practices, developers can maximize the benefits of AI-driven testing.

The study finds AI code mutations are transforming the way developers approach bug detection and software quality. By automating the creation of code variants and exposing weaknesses in test suites, AI is helping developers catch bugs faster and build more reliable applications. While challenges remain, the benefits of improved test coverage, reduced debugging time, and cost savings make AI code mutations a compelling tool for modern software development.

[codingbitrecords]

Software Maintenance and Up-Gradation services

SoftwareMaintenance and Up-Gradation  Ongoing support is essential to ensure smooth and uninterrupted operations of any digital platform. Maintenance and up-gradation services encompass a range of activities designed to keep systems secure, efficient, and up-to-date with the latest technological standards.

Regular maintenance ensures smooth, secure, and updated system performance. It includes:

Backups – Protects data through regular backups.

Bug Fixes – Resolves technical issues for stable operation.

Security Updates – Keeps systems safe from vulnerabilities.

Performance Optimization – Ensures fast, efficient performance.

Upgrades – Adds new features and updates technologies.

Technical Support – Ongoing assistance for any issues.

These services help reduce downtime, enhance security, and improve overall system reliability.

 📞 Phone Number: +91 9511803947

📧 Email Address: contact@codingbit.com

[ga-fmp-year-2]

HUD

The last thing I want to add to the game is a gameplay HUD for displaying player & enemy health, as well as visual indicators for dashing & shooting cooldowns. This is the final thing I intend to add to this project before submission.

I created a progress bar, set it to rounded edges, and gave it the following colours:

This will be the enemy health.

I then duplicated this and made a smaller version in the top right:

This will be the player health.

I then duplicated it a couple more times, made some smaller ones in the bottom left, and gave them different colours:

These will be the cooldown indicators.

I added text to each of these, and organised them into canvas panels:

Finally, I added some code to the level blueprint to display the widget on the viewport and now it's ready to be given functionality:

The functionality should be relatively simple to add using the bind option on the percent part of each bar:

Or at least I thought it would be. I seem to have messed something up here as it is not working how I expected:

It shows as empty even though the enemy clearly still has HP remaining.

I decided to attempt a less janky approach, and simply add a "max health" variable to the enemy which sets itself once the game starts:

And then reference that instead:

This still doesn't really seem to be working though. I need to somehow make the calculation work out the max hp as equal to 1, and the current hp equal to a fraction based on a percentage of that. (If max hp is 2, and current hp is 1, the output should be 0.5). I'm not sure what I'm messing up here so I'm going to have to look it up for a refresher.

I've done this multiple times before which makes it annoying that I need to look this up but sometimes you just need a reminder on these things I suppose.

Referencing this, I took the approach here using the set percent function and tried adapting it to my needs:

However the health bar is still acting weird. I have no idea what to do. It's now the end of the day and I haven't handed in the project or written my evaluation. I think I'm going to have to scrap this unfortunately.

[pythonfullstackmasters]

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[bhanu-prakash-practice-2]

Blog Post 16: Final Bug-Fixing and Polishing Sessions

With the core mechanics now functional, the final stage of development focused on bug fixing and polishing the environment. Over several intense days, our team conducted full playtests, carefully observing player movement, stone interaction behaviors, and environmental glitches.

Small issues cropped up repeatedly: collision volumes overlapping, teleportation misalignments, and occasional texture streaming delays. Each problem, while minor individually, threatened the overall player experience if left unchecked.

We divided the tasks efficiently. Joel focused on blueprint-level fixes like improving teleport smoothing and adjusting trigger radii. Kamal helped optimize asset LODs further to ensure textures loaded promptly even during quick turns in VR. Meanwhile, I meticulously inspected every corner of the environment, adjusting lightmaps, fixing z-fighting issues between floor and wall meshes, and refining occlusion culling for distant assets.

Steve also contributed by reviewing art consistency, ensuring that props matched stylistically across different elemental sections. Small additions like subtle ambient fog and dust particles in Earth zones greatly enhanced the environmental atmosphere without affecting performance.

Working together during these final polishing sessions, the maze transformed from simply "working" into a truly immersive, believable world. Every detail now supported the player’s journey visually, mechanically, and emotionally.

[sudarshannarwade]

What is Alpha Testing?

Alpha Testing is a methodology to assess the quality and stability of a product under test in the testing environment. read more

[nyehilismwriting]

Bugfixes!

Issue where you can't proceed after speaking with the doctor (should be!) resolved

A couple of issues with the return to the shuttle at the start of the chapter resolved

Various typos and minor errors corrected

Let me know if there's anything else that pops up, and thank you all for playing! <33

[vaishaliblogsworld]

Discover why software testing is crucial for creating high-quality software and learn how you can acquire the skills to become a proficient software tester. This guide covers the importance of software testing, different types of testing, and practical steps to start your learning journey.

[drinkyourvillainjuice]

hello it's me again the anon talking about the tone indicators 😭 i tried restarting and now they're working! so ignore my previous ask lol sorry to bother you and i hope you're having a nice week! :)

(Context: anon had the tone indicators vanish)

That's strange! I'm glad it fixed itself!

It seems sometimes COGdemos does slightly weird stuff with variables. This is the only way I can make sense of both this and that other bug with the MC's singular variable not working properly for one specific dialogue. I haven't touched the flirt indicator code pretty much since I created it so it definitely shouldn't be doing anything different from before.

[mdidminfoway-blog]

At MDIDM INFOWAY, we understand the critical role that a flawless mobile app plays in ensuring a seamless user experience. We recognize the challenges that bugs and glitches can pose, hindering the performance of your Flutter-based application.

That's why we are excited to introduce our specialized Flutter Bug Fixing Service. Our team of skilled developers is dedicated to identifying and resolving any issues that may be affecting your app's functionality and user satisfaction.

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[codeofelm]

DAY 26 - QoL - How to see Custom Commands in your IDE, with Naninovel and VSCode.

Previously, I had issues getting the custom command @confirm to appear as known in my IDE.

Everytime I wrote anything, I had these sad red squiggly lines, saying command unknown. When I loaded the project in-engine, I got an even sadder error, immediately.

I thought, maybe there was something wrong with the metadata, or with the script for the custom command itself. I suspected something had to be up, because my metadata file was EMPTY, and everytime I selected purge cache in vsCode or update metadata, I could have sworn nothing was happening.

Spoiler: Nothing was happening.

But let's find out why!

Looking at the documentation, I sheepishly thought the setup directions were based on whether you were using Naninovels in-editor unity editor, or VS Code. I was very wrong. All this time I was missing Newtonsoft Json!

You'd think that means, sunny skies ahead. No.

It clearly says to install via Unity's package manager. I thought OK, cool. But this isn't available on the asset store, and nothing came up when I searched the package manager in-editor.

Because, I didn't understand how the unity repo worked.

I clicked the documentation, the guide, frankly I was lost. And I knew I was lost when I got as far as to wondering if i needed to install this via the NuGet package manager and make an account over on that platform. It couldn't be that much of a faff. It wasn't until I found the one video, that came into existence only 3 months ago did I understand anything, at all.

I needed to take this one link: com.unity.nuget.newtonsoft-json

And add it via "add package by name" in the package manager.

Apparently, that's enough, because once I copied the link into the name field, it loaded for a little moment and brought up the wonderful Newtonsoft Json from Unity Registry.

And then after that, everything went wonderfully! I closed and reopened both Unity and VSCode and--- nothing.

But, the panic was short lived. I saw the note to make sure bridging was enabled on both sides, and that the server ports matched. I had seen the server port number in the vscode settings quite a few times on my journey, so once I enabled it on the unity side of things and saw the number was the same. I knew the end was in sight.

No more sad red squiggly lines under my command! No more "command unknown".

My scripts look like all is well again.

[sejianismodding]

🎁 [BG] BUGFIX - Update 7/23/2024 broke our bodies. Update 1/28/2025 didn't fix us. This affects everyone!

☠️ REMINDER: Double-check the OP for updates!

⚔️ Requires - TS4: Base Game

☄️ Repackaged - 9/21/2024

🚀 Initial Release - 7/30/2024

🎁 Download & Discussions: https://www.patreon.com/posts/109088001

🗺️ Modding Announcements: https://www.patreon.com/posts/109291501

🐞 My BUGFIXES Collection: https://www.patreon.com/collection/884858?view=condensed

💬 EIGHTEEN (18) Deformer Maps that control the shape of our bodies were broken with Update 7/23/2024, resulting in our spines deforming horribly.

💬 All sims aged TEEN through ELDER are affected by this but you will only see it under certain circumstances:

The deformities are not visible when wearing Frame-appropriate clothing.

Cisframe sims will see it when wearing clothing that was made for the opposite Physical Frame.

Transframe sims will see it when nude or wearing "default" underwear and also when wearing clothing that was made for the opposite Physical Frame.

📸 New screenshots from the upcoming Mod The Sims mirror:

💜 @xandezsims said I could nick the animated thingamajig. Danke:

💜 You're welcome and thanks for the engagement!