Explore VJZ Corporation

Welcome to VJZ Corporation, where imagination meets reality. Here you will discover how we have been contributing to the field of digital technology and how you can get involved. We think no issue should be overlooked, from games teaching biology to tools for developers. We are committed to harnessing the power of computing to solve various problems ranging from basic task automation to groundbreaking scientific discoveries. So join us as we reshape, reimagine, and revolutionize the future of computing and digital technology!

• In the About section, you can learn about VJZ Corporation’s rich history and connect with our communities and platforms.
• In the Apply section, you can submit an application so that you can directly work for us!
• In the Resources section, you will find many resources, such as articles, videos, lessons, tutorials, and more.

Immune System Fighting Simulator

Immune System Fighting Simulator is a game developed by VJZ Corporation that realistically simulates the inner workings of a human body. It uses proper scientific research and data to induce an authentic experience for players. An immersive game that you can’t put down, Immune System Fighting Simulator will make learning biology fun and exhilarating. Players can choose to be a pathogen or immune system cell:

• Lymphocyte: small immune system cells that can easily fit through cracks and can shoot out antibody bullets (gamepass).
• Phagocyte: giant immune system cells that can stomp out any foreign particle in its way (can kill multiple at once).
• Bacteria: a pathogen whose goal is to infiltrate the body and eat nutrients to clone itself (the clones follow you).
• Virus: similar to bacteria, they also need to consume nutrients to replicate; however, they are not intelligent enough to follow the player.

The Immune System and Pathogen teams go head-to-head to see who can conquer the body. Will the immune system be able to defend its home? Play free with friends now at https://www.roblox.com/games/4904260018/Immune-System-Fighting-Simulator.

Toolboxal

Toolboxal is a user-friendly application with its audience targeted mainly towards programmers and software engineers. It contains many useful tools and guides designed to speed up workflow, all packaged into one portable application for anyone to run. In addition, Toolboxal features a suite of ergonomic tools such as:

• Radix Converter: when you need to convert a number from binary to hexadecimal, decimal to octal, etc.
• Data Magnitudes: when you need to convert data units (kibibyte to exabit).
• Bitwise Operations: when you need to quickly calculate bitwise operations (AND, OR, NOR, bitwise shifting).
• Search Tool: when you need to search for a solution online (google search).

You can get Toolboxal for free at https://github.com/VJZ-Corp/Toolboxal.

memdbgvis

Memory Debug Visualizer (memdbgvis) is a powerful read-only Java debugger that enables programmers to visualize the state of their program’s memory at runtime. With Memory Debug Visualizer, programmers can fine tune the placement of breakpoints in order to closely examine memory contents. Whether you are a novice or experienced programmer, Memory Debug Visualizer empowers you to efficiently identify and address memory-related issues in Java. It has the following features:

• The Line Number of Invocation indicates the line number to which the visualization corresponds, reflecting the placement of the associated breakpoint.
• The Call Stack view displays the complete call stack of the current thread along with every method pertaining to the call stack.
• The Current Thread of Invocation presents the current thread and priority from which memdbgvis was invoked.
• The Runtime Memory Metrics display provides runtime metrics of your program, enabling you to diagnose the performance of the JVM.
• The Local Variables tab displays variables in the current method, capturing the stack frame’s state for the programmer’s reference. Additionally, the reference this is highlighted in blue to indicate whether the stack frame is for an instance or static method.
• The Static Fields tab shows debuggee’s relevant static fields. This tab helps the programmer understand the current state of the class-level variables.
• The Heap Inspector is an advanced, cutting-edge tool designed to provide a more comprehensive view of an object’s contents by extracting data from the heap directly. This tool is extremely useful if a hashcode is generated instead of a .toString() visualization as mentioned above.

Get memdbgvis for free here: https://github.com/VJZ-Corp/memdbgvis.