How to fix glitch in game?

Yo, so you got a game glitch? Happens to the best of us. First thing, and I can’t stress this enough: restart your console or PC. Seriously, this fixes like 90% of glitches. Think of it like this: your system’s memory is a messy room, and the glitch is a pile of dirty laundry tripping you up. A restart is like cleaning the whole place – fresh start, fresh game.

But if that doesn’t work, let’s get tactical:

Check for updates: Both your game and your system need updates. Outdated software is a glitch magnet.
Verify game files: Most launchers (Steam, Epic, etc.) have a feature to verify the game files’ integrity. This checks for corrupted files that are causing problems. Think of it like a system check up.
Reinstall the game (nuclear option): This is a last resort, but sometimes necessary. It’s like completely rebuilding that messy room – time-consuming, but effective.
Check your internet connection: A weak or unstable connection can lead to glitches, especially in online games. Run a speed test and make sure everything’s good.

Beyond that, the glitch’s specifics matter. Is it a visual bug? A game-breaking crash? A weird physics issue? Knowing the type of glitch helps narrow down the solution. Sometimes, searching online for the specific glitch + your game name yields surprisingly helpful results. People have documented solutions to crazy stuff.

And remember, folks, don’t forget to:

Check the game’s official forums or subreddit. Devs often post about known issues and patches.
Report the glitch to the developers. Providing clear steps to reproduce it is crucial. Detailed screenshots or videos are even better.

How to remove a bug in a game?

Debugging like a pro gamer: Forget trial and error, we’re optimizing for victory!

1. Master the Debugger: Think of it as your ultimate replay system. Step through the code, inspect variables – find that sneaky exploit the bug is using. Learn shortcuts! Time is your enemy.

2. Strategic Logging and Alerts: No more blind guesses. Place strategic logs like pro players plant wards – identify the bug’s location, its attack pattern (stack trace). Alerts are your kill feed – immediate notification of critical errors.

3. Reproduce Consistently: This is your practice scrim. Document the exact steps to reproduce the bug. The more consistent your reproduction, the less RNG (randomness) affects your debugging process.

4. Isolate the Issue: Binary search the code! Divide and conquer; minimize the scope until the bug’s hiding place is exposed. This is crucial for rapid bug fixing.

5. Teamwork Makes the Dream Work: Get your team (or community) involved. A fresh pair of eyes can spot what you’ve missed. Use bug trackers to manage reports, prioritize efficiently, and collaborate effectively.

6. Advanced Tactics:

Memory Analysis: For memory leaks or crashes, use memory profilers to track down the culprit.

Version Control: Git is your lifeline. Revert to earlier versions to pinpoint when the bug was introduced. Rollbacks are your emergency pause button.

Automated Testing: Unit tests and integration tests prevent regressions (bugs returning after being fixed). Think of them as pre-emptive strikes.

Profiling Tools: Identify performance bottlenecks which can sometimes masquerade as bugs. Optimize to achieve peak performance.

Why does it say my app has a bug?

Yo, so your app’s bugging out? That’s a classic. Most of the time, it’s down to straight-up coding goofs. We’re talking programming errors, the bane of any pro gamer’s existence, but also every developer’s.

These errors manifest in a few nasty ways:

Syntax screw-ups: Think of it like a typo in your ultimate combo – the game engine just doesn’t understand. These are usually the easiest to spot, often flagged by the compiler.
Logic bombs: This is where the code *compiles* fine but the execution path is completely broken. It’s like trying to win a fight by only using one move – you might get lucky, but you’ll be predictable and easily countered.
Implementation fails: You’ve got the plan, but the execution is garbage. This is where you meant to use a for loop but accidentally used a while loop and it went sideways. This is where testing comes into the equation. Proper testing and debugging can save hours, even days. Consider using debugging tools. They’re your power-ups.

Sometimes, it’s not just coding. It could be:

Resource leaks: Your app is hogging memory or other resources, leading to crashes or unpredictable behaviour. It’s like your PC is lagging because you have too many programs open – needs optimization.
Concurrency issues: Multiple parts of your app fighting over the same data. It’s like two players trying to control the same character – chaos ensues.
External dependencies: Issues with libraries or APIs you’re using. This is out of your direct control, but you need to adapt accordingly.

Bottom line? Debugging is a skill. Practice it. Master it. Your app’s life depends on it.

How do I fix bug errors?

Debugging? Been there, done that, got the t-shirt. First, you gotta pinpoint the damn thing. Don’t just patch symptoms; find the root cause. Think like a detective, trace the execution flow, check logs, scrutinize the stack trace – it’s all clues. Get yourself a solid debugger, learn to use breakpoints like a boss, and step through that code until the culprit confesses.

Next, you gotta reproduce it. A flaky bug is a nightmare. Build a minimal reproducible example (MRE) – stripped-down code that isolates the bug. No fluff, just the core issue. This is your testing ground. If you can’t reproduce it consistently, you can’t fix it consistently.

Automated testing? Essential. Forget manual testing for anything beyond the simplest things; it’s inefficient and prone to human error. Integrate CI/CD, use unit tests, integration tests, whatever works. AI-powered testing tools are game-changers – they can flag potential issues before they even become bugs. Think of them as your pre-emptive strike, preventing major issues down the line.

Collaboration is key. Don’t go it alone, especially on complex issues. Pair programming, code reviews – they catch bugs early and spread knowledge. Rubber duck debugging also works surprisingly well. Explain the issue to an inanimate object, you might find the solution just by talking it through.

Finally, version control (Git, obviously) is your lifeline. Commit frequently, write meaningful commit messages. If something goes wrong, you can easily revert to a working state. Losing your progress because you forgot to save is the biggest noob mistake.

What does it mean when a game is bugged?

In esports, encountering a “bug” means a software defect within a game’s codebase leading to unintended gameplay mechanics or functionality. This deviates from the intended design and established ruleset, creating an uneven playing field. These aren’t simply visual glitches; they can manifest as exploitable glitches granting unfair advantages, such as unintended movement speeds, invulnerability phases, or ability malfunctions. The severity ranges from minor inconsistencies – easily mitigated or ignored – to “game-breaking” bugs that completely halt gameplay, forcing pauses or even game restarts. Such significant bugs demand immediate attention from developers, often resulting in emergency patches to restore competitive integrity. Identifying and reporting bugs responsibly is crucial in professional gaming to maintain a fair and balanced competitive environment. The impact on professional play can be substantial; a single bug could dramatically alter the outcome of a match or even a tournament, potentially invalidating results and causing significant reputational and financial implications for players, teams, and organizers. Understanding the nuances of different bug types, from simple client-side issues to server-side exploits impacting all players, is vital for high-level competitive analysis and strategic decision-making.

Impact on Esports: Bugs can significantly influence tournament outcomes, leading to controversies and investigations. The prevalence of bugs can also affect game balance, rendering certain strategies or characters overpowered due to unintended functionality. This underscores the importance of rigorous testing and patch cycles in competitive gaming.

What does it mean when an app is bugged?

When a mobile game is “bugged,” it means the code has errors that lead to unexpected behavior. This isn’t just a minor visual glitch; it can range from a simple typo in a tooltip to a game-breaking crash. We’ve all seen it: characters clipping through walls, quests failing to register, unintended score boosts, or even the dreaded infinite loading screen. These are all symptoms of bugs. The severity varies wildly. Some bugs are merely annoying, like slightly misaligned sprites. Others can be catastrophic, corrupting save files or creating exploits that fundamentally alter the gameplay experience, giving players an unfair advantage. Identifying and fixing these bugs is a constant process for developers; often, new features introduce new problems. Experienced players often act as unwitting beta testers, reporting bugs that help developers improve the game’s stability and overall enjoyment.

Think of bugs as design flaws that escaped quality assurance. While some might be patched quickly, others might persist, becoming infamous parts of a game’s history – sometimes even embraced by the community as “quirky features.” But ultimately, a buggy game undermines the developer’s vision, preventing the player from experiencing the game as intended. The more complex the game, the more opportunities there are for bugs to creep in.

Understanding the difference between a minor visual quirk and a game-breaking glitch is crucial. A single bug might seem insignificant, but a cluster of smaller issues can significantly impact the overall experience, leading to frustration and negative reviews. Developers continually strive for a bug-free experience, but achieving absolute perfection in a complex system is a near-impossible feat.

Why does my app have a bug?

App bugs? Let’s get real. The most common culprit? Programming errors. It’s not rocket science, but it’s far from simple. We’re talking about more than just typos.

Think of it this way: your code is a recipe. A single misplaced ingredient (a programming error) can ruin the whole dish (your app).

Syntax Errors: These are the typos – the compiler’s way of saying “I don’t understand you.” They’re usually easy to spot with a good IDE.
Logic Errors: This is where things get tricky. Your code might compile and run, but it produces incorrect results. Think of it as following the recipe perfectly, but using the wrong ingredients. Debugging these requires careful examination of your algorithm and flow.
Implementation Errors: You understand the concept, you wrote the code, but it doesn’t behave as expected due to a misunderstanding of a library, API, or framework. This often stems from insufficient understanding of the tools you’re using.

Beyond the basics:

Concurrency Issues: In multithreaded applications, unexpected interactions between threads can lead to race conditions and deadlocks. This is a whole different beast requiring specialized debugging techniques.
Memory Leaks: Your app might run fine initially, but slowly consume more and more memory until it crashes. This often arises from improper resource management.
External Dependencies: Bugs can also originate from third-party libraries or APIs. Keeping dependencies up-to-date and thoroughly testing integrations is crucial.

Effective debugging requires a systematic approach: test thoroughly, use a debugger, and understand your code inside and out. Don’t just fix the symptom, diagnose the root cause.

What does it mean for an app to have a bug?

So, a bug in a mobile game, right? It’s basically a glitch, a screw-up in the code that makes the game do something weird, unexpected, or just plain wrong. Think of it like a hidden boss fight you weren’t prepared for – except instead of epic loot, you get frustration.

These bugs can be anything from a tiny visual hiccup – like a texture that’s all messed up, or some text that’s misspelled – to something that completely crashes the game and wipes your progress. Yeah, I’ve been there, lost hours of gameplay because of some sneaky little bug. That’s why I always save frequently!

Minor bugs are like those annoying mosquitoes buzzing around your ear – irritating but not game-breaking. Major bugs are more like a full-on raid boss – they can freeze your game, corrupt your save, or even prevent you from progressing entirely. Sometimes you can work around minor bugs, but major ones often require a patch from the developers.

And here’s the kicker: finding and reporting bugs is crucial. Developers rely on players to find these issues, especially the sneaky ones that slip through testing. It’s like being part of a quality assurance team, but way cooler. Reporting bugs helps shape the future of the game, making it better for everyone. Think of it as a contribution to the gaming community.

Pro-tip: When reporting a bug, be as specific as possible. Screenshots and videos are your best friends. The more detailed information you provide, the easier it is for the devs to fix the problem. Think: what were you doing? What device are you using? What version of the game? This stuff is gold!

How to do bug fixing?

Bug fixing in game development isn’t just about patching holes; it’s about understanding the intricate ecosystem of your game. It’s a detective story, and you’re Sherlock Holmes.

1. Understand the Problem: Don’t just read the bug report. Reproduce the bug consistently. Gather all the relevant information: platform, system specs, save file (if applicable), exact steps to reproduce, and expected vs. actual behavior. Consider logging more data in the game to provide more context. Video recordings are invaluable.

2. Isolate the Issue: This is crucial. Start with the broadest possible scope, then systematically narrow it down. Comment out sections of code, use debugging tools (like breakpoints and logging), and meticulously track variable values. Is it a client-side issue or a server-side issue? Is it related to a specific asset or game mechanic?

3. Consider Integration and End-to-End Tests: Before diving into the code, ensure the bug isn’t a symptom of a larger problem. Run your integration tests—those that test the interaction between different modules—and end-to-end tests—which simulate real-world gameplay scenarios. This can help you identify the root cause, rather than just treating the symptoms.

4. Nail Down the Location: Once isolated, pinpoint the exact code segment responsible. Use source control effectively to understand the history of the problematic code. Look for recent changes or merges that might have introduced the bug. A good debugger is your best friend here.

5. Unit Tests: Are They Your Friend? They should be! Write unit tests *before* you fix the bug. This ensures you understand the expected behavior and prevents regressions. After fixing the bug, run these tests again to confirm your fix. If you don’t have unit tests, this is a critical area for improvement.

6. Make Your Changes: Keep your changes small, focused, and well-documented. Use descriptive commit messages that clearly explain the bug and the solution. Follow your team’s coding style guide. Remember, clean code is easier to debug.

7. Consider the Impact: A seemingly small fix can have unexpected consequences. Test thoroughly, especially related systems. What other parts of the game might this impact? Consider edge cases and boundary conditions. Regression testing is your best ally against unexpected behavior.

8. Review Your Changes: Before merging, have another developer review your code. A fresh pair of eyes can often spot subtle errors or overlooked edge cases. Code reviews are essential for maintaining code quality and preventing future bugs.

Example of a common game bug workflow:

Player reports a crash in a specific level.
Reproduce the crash consistently. Gather information: level, platform, player actions.
Use the debugger to identify the crash location (e.g., memory access violation).
Investigate the relevant game code (level loading, object interaction).
Identify a null pointer dereference.
Fix the null pointer dereference (add null checks, improve error handling).
Write a unit test to prevent this bug from reappearing.
Test thoroughly, including other levels and similar game mechanics.
Code review before merging.

What to do if there is a bug in an app?

Discovering a bug in an app is frustrating, but it’s a common occurrence. Simply uninstalling and reinstalling is a very basic troubleshooting step and often ineffective. Before resorting to that, try these steps:

1. Force Stop the App: Find the app in your device’s settings, select it, and look for an option to “Force Stop” or “Stop.” This clears the app’s memory, potentially resolving temporary glitches. This is a much quicker fix than a full uninstall/reinstall.

2. Check for Updates: Many bugs are fixed with updates. Go to your app store (Google Play or Apple App Store) and check if an update is available for the problematic app.

3. Clear App Cache and Data (Android): In your device’s settings, locate the app, and you should find options to “Clear Cache” and “Clear Data.” Clearing the cache removes temporary files, while clearing data resets the app to its default settings. Note: Clearing data will delete your app’s settings and progress, so only do this if you understand the implications.

4. Restart Your Device: A simple reboot can often resolve minor software issues impacting app performance.

5. Uninstall and Reinstall (Last Resort): Only uninstall and reinstall the app if none of the above steps work. This is a time-consuming process and, importantly, won’t fix bugs in the app’s core code. It only addresses issues specific to your phone’s instance of the app.

6. Report the Bug: Many apps have a built-in feedback mechanism, or you can contact the developer directly via email or social media. Provide a detailed description of the bug, including steps to reproduce it and screenshots or videos if possible. This helps developers improve the app for everyone.

How to remove an app bug?

Listen up, rookie. “Removing an app bug” isn’t a simple clear-cache-and-pray operation. That’s for noobs. First, *identify* the bug. Is it a crash? A visual glitch? Functionality failure? Knowing the symptom is half the battle. Then, check for updates. Many bugs are fixed with simple updates. If that fails, clearing the cache (as you suggested: find the app, go to storage, then clear cache) is a *first* step, not a solution. It’s like cleaning your weapon before a raid – essential, but not victory itself. If the problem persists, uninstall and reinstall the app. This is often a surprisingly effective fix, purging corrupted files. Still bugged? Check online forums for reports of the same issue – you might find a workaround or a community fix. If all else fails, contact the app developer. They’re the true experts. They own this battlefield; learn to utilize their support channels.

Remember, “clear cache” is a tool, not a magic wand. Knowing when and how to wield it effectively is key to dominating this app-bug arena.

What is bug fix in app?

So, you’re wondering what a bug fix in an app actually is? It’s basically a tiny (or sometimes HUGE) patch developers slap onto your app to squash those pesky errors – we call ’em bugs. Think of it like this: your app’s a finely tuned machine, but a wrench got thrown in the gears. A bug fix is pulling out that wrench and getting things running smoothly again.

Why do bugs happen? Coding’s a complex beast, and sometimes even the most experienced developers miss something. It might be a simple typo, a flawed algorithm, or a compatibility issue with other software or hardware.

What a bug fix does:

Fixes the malfunction: The core goal – getting that annoying crash, freeze, or unexpected behavior gone.
Improves reliability: Makes your app less prone to those frustrating errors. Fewer crashes mean a better user experience.
Enhances security (sometimes): Believe it or not, some bugs create security vulnerabilities. A fix patches those holes, protecting your data.

Types of Bug Fixes: It’s not always a simple “fix this one line of code” situation. Sometimes it’s a major overhaul. We might have:

Minor fixes: Small tweaks that address specific issues, often unnoticed by most users.
Major fixes: Significant changes addressing widespread problems or security vulnerabilities. These might need a bigger download.
Hotfixes: Emergency patches deployed quickly to address critical issues, usually without a full app store update.

Pro-tip: Always keep your apps updated! These fixes aren’t just about convenience; they often address important security vulnerabilities that can protect your privacy and data.

How do I find out which app is listening to me?

Uncover the Secret Agents on Your Device: Which Apps Are Spying on You?

Ever feel like your phone’s listening? Paranoid? Maybe not! But knowing which apps are accessing your microphone is a crucial part of digital security. Think of it as a gamer’s inventory – knowing your resources is key!

Here’s how to check for microphone and camera access on your device (it’s easier than defeating a final boss!):

Launch Settings: Find the settings icon – usually a gear or cogwheel.
Privacy & Security: Navigate to your privacy and security settings. Think of this as the secret level in your favorite game; you might find unexpected things.
Camera Check: Tap on “Camera.” This reveals which apps have permission to access your camera. This is like checking your opponent’s stats. Are there any suspicious apps? Any you don’t recognize?
Microphone Mystery Solved: Repeat for “Microphone.” This shows which apps can access your audio. This is similar to finding hidden clues; knowledge is power!

Pro Gamer Tip: Regularly review these permissions. Remove access for apps you don’t trust or haven’t used in a while. It’s like decluttering your inventory; keeping only what you need improves efficiency.

Suspicious Activity? If you see an app accessing your mic or camera without your knowledge, uninstall it immediately. Better safe than sorry.
App Permissions: Remember, granting permissions is like giving a key to your castle! Only grant access to trusted apps.

How to remove bug from app?

Finding a bug in your app? Let’s squash it. While Google Play Protect helps catch some issues preemptively, it’s not a silver bullet. Its primary role is identifying malicious apps, not necessarily code-level bugs within your game.

Step 1: Beyond Google Play Protect: Play Protect’s focus is malware. For game-specific bugs, thorough testing is crucial. This means utilizing various devices, operating systems, and network conditions. Beta testing with a diverse group of players provides invaluable real-world feedback.

Step 2: Update Vigilance Isn’t Enough: System updates *can* address underlying vulnerabilities that might indirectly affect your app, but they won’t fix bugs in your code. The key here is consistent patching of your *own* application. Regular updates with bug fixes are essential for a stable gaming experience.

Step 3: Untrusted Apps Are a Red Herring: While removing untrusted apps is good practice for overall device security, it’s unlikely to directly address a bug in your *own* game. Focus on the source of the problem: your app’s codebase.

Step 4: Proactive Security, Reactive Debugging: A security checkup is a good start, but debugging requires more. Utilize robust debugging tools, analyze crash reports meticulously (understand the stack traces!), and employ logging techniques to pinpoint the problem’s origin. Consider using a dedicated bug tracking system to manage and prioritize reported issues.

Advanced Techniques: For more complex issues, consider memory profiling, performance analysis, and even reverse engineering techniques (with caution) to understand the root cause of the bug. Remember, effective bug fixing is a process, not a single step.

How to fix a bug in an app?

Alright rookie, bug hunting in your app? Let’s go through this like a boss fight. Forget the “restart and update” newbie advice; that’s like using a healing potion without knowing the enemy’s weakness.

Phase 1: Reconnaissance

Android Version Check: Know your OS! It’s like knowing your character’s stats. A buggy app might be incompatible. Check your Android version in your phone’s settings – usually under “About Phone” or similar. This is your base knowledge.
App Version Check: Check the app store for updates. This fixes known issues – the developers already patched the enemy!

Phase 2: Targeted Strike

Restart, but strategically: A simple restart is a basic attack – sometimes effective. But if that fails…
Force Stop: This is a critical hit. Force-stopping the app closes all its processes, like a quick-save before a risky maneuver. Find this in your phone’s app settings.
Clear Cache and Data: This is a more powerful technique, like using a special ability. It wipes temporary files, but might delete your game progress in the app. Use cautiously! Find this in the app’s settings within your phone’s settings.
Reinstall the App: Think of it as getting a new game copy. This completely removes any corrupted files. Make sure you back up crucial data first.

Phase 3: Advanced Tactics (if above fails)

Check for app-specific forums or support pages: Other players may have encountered the same bug. They’re your teammates!
Check for device-specific issues: The bug might only appear on certain phones. This requires more debugging skills – look for online resources.
Contact the developer: If all else fails, escalate. You need support from the experts.

Pro Tip: Always note the app version, Android version, and steps you’ve taken when reporting a bug. This is key information for the developers.

How to do dead bug properly?

The Dead Bug exercise is a fantastic core workout targeting stability and strengthening deep abdominal muscles. Lie supine on the floor, ensuring your lower back is pressed firmly against the surface. Extend your arms straight up towards the ceiling, and bend your knees to 90 degrees, keeping your shins parallel to the floor. This is your starting position.

Slowly and simultaneously lower one arm towards the floor behind your head, while extending the opposite leg straight towards the floor. Maintain control throughout the movement, avoiding any unnecessary twisting or arching of your back. Engage your core to prevent excessive spinal movement.

Return to the starting position, then repeat on the other side. Focus on slow, controlled movements. Avoid momentum; let your core muscles perform the work. The goal is to challenge your stability, not your speed.

For modifications, start by performing the movement with only one arm and leg at a time, maintaining a stable core. As you progress, increase the range of motion, or increase the repetitions or sets. You can also incorporate a slight pause at the extended position for added challenge.

Common mistakes include: arching the back, allowing the hips to rotate, and moving too quickly. Pay close attention to maintaining a neutral spine and controlled movements to maximize effectiveness and minimize risk of injury.

Remember to breathe consistently throughout the exercise. Exhale during the exertion phase (lowering the arm and leg) and inhale during the return.

Regular practice of the dead bug will improve core strength, stability, and overall body awareness. Incorporate this exercise into your fitness routine 2-3 times per week for optimal results.

How to fix bugs in apps?

Alright folks, so you’re dealing with buggy apps? Let’s tackle this. First, the basics: restart your phone. Sounds simple, but it often clears up temporary glitches. Then, update the app. Check your app store – a new version might fix your problem. If it’s still acting up, we’re going deeper.

Next, check your Android version. Outdated OS versions can cause compatibility issues. Go to your phone’s settings, usually under “About Phone” or something similar, to see what version you’re running. If it’s old, an OS update is often the solution, but remember, updates can be large downloads, so be mindful of your data usage.

Now, let’s assume it’s not a system-wide issue. Let’s force stop the app. This isn’t just closing it; it’s completely killing the app’s processes in the background. You’ll typically find this option within your phone’s app settings menu – look for something like “App Info” or “Manage Apps”. Force stopping and then relaunching is a crucial step. It clears out any memory leaks or corrupted processes that might be causing the bugs.

Still buggy? Check for app permissions. Sometimes, apps malfunction if they lack the necessary permissions. Go to the app’s info screen in your settings and review its permissions; make sure you’ve granted the necessary ones. Remember, always be mindful of what permissions you grant an app!

Clear app cache and data (as a last resort before reinstalling). This will reset the app to its factory settings – you’ll lose any local data saved within the app, so be prepared for that! Find this option in the app’s settings menu, usually alongside force stop.

If nothing works, reinstall the app. Sometimes, a corrupted installation is the culprit. Uninstalling and reinstalling often solves persistent bugs.

Lastly, contact the app developer. If you’ve tried all this and the app is still broken, it’s time to let them know. They may be aware of the issue or have a more specific solution. Reporting the bug helps them fix it for everyone!

How do I close a bugged app?

Game crashing? Don’t let a buggy app ruin your epic gaming session! Alt+F4 is your trusty escape hatch – a universal shortcut to force-quit unresponsive programs. Think of it as your in-game “emergency exit” button. Holding down the Alt key while pressing F4 sends a powerful signal to the application, forcing it to shut down, regardless of its stubbornness. This is a crucial skill for every gamer, especially during intense multiplayer matches or crucial boss fights. A frozen app can mean the difference between victory and defeat, so remember Alt+F4 – your secret weapon against game-breaking glitches!

While Alt+F4 is effective for most situations, remember that unsaved progress might be lost. For a more controlled shutdown, try using the Task Manager (Ctrl+Shift+Esc in Windows) to individually close the application. This gives you a slightly better chance of saving your work before termination, but Alt+F4 is faster for those critical moments when every second counts. Choose your weapon wisely, gamer!