kaiju | CERT Kaiju is a binary analysis framework extension | Reverse Engineering library
kandi X-RAY | kaiju Summary
kandi X-RAY | kaiju Summary
CERT Kaiju is a collection of binary analysis tools for Ghidra. This is a Ghidra/Java implementation of some features of the CERT Pharos Binary Analysis Framework, particularly the function hashing and malware analysis tools, but is expected to grow new tools and capabilities over time. As this is a new effort, this implementation does not yet have full feature parity with the original C++ implementation based on ROSE; however, the move to Java and Ghidra has actually enabled some new features not available in the original framework -- notably, improved handling of non-x86 architectures. Since some significant re-architecting of the framework and tools is taking place, and the move to Java and Ghidra enables different capabilities than the C++ implementation, the decision was made to utilize new branding such that there would be less confusion between implementations when discussing the different tools and capabilities. Our intention for the near future is to maintain both the original Pharos framework as well as Kaiju, side-by-side, since both can provide unique features and capabilities. CAVEAT: As a prototype, there are many issues that may come up when evaluating the function hashes created by this plugin. For example, unlike the Pharos implementation, Kaiju's function hashing module will create hashes for very small functions (e.g., ones with a single instruction like RET causing many more unintended collisions). As such, analytical results may vary between this plugin and Pharos fn2hash.
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Top functions reviewed by kandi - BETA
- Analyze the members of a type
- Determine the array type of the vftable
- Find a data type by its size
- Parses a JSON file
- Returns the namespace part of the given name
- Try to demangle a mangled name
- Analyzes the list of virtual function tables
- Find the offset of a vft pointer
- Creates a CFG for the given high function
- Fetch pcode operators in basic block order
- Build a GhiHorn fixed point from the given arguments
- Returns the category for the given code unit
- Run the f2 hash file
- Perform the post encoding
- Make the JPanel for the status bar
- Returns the category of instruction s code unit
- Runs the ghiHorn
- Associates the given symbol with the given class
- Compute function functions
- Returns the category of instruction s code
- Makes the status panel
- Process the Disassembly space
- Returns the category of the given code unit
- Create the operation
- Entry point for the function
- Build the main panel
kaiju Key Features
kaiju Examples and Code Snippets
Community Discussions
Trending Discussions on kaiju
QUESTION
I have a React component that gets back an array of objects representing different groups of items (example: Marvel Characters, DC Characters, Magic Cards, Comic Books) and displays them as either a list of text elements or a grid of photos.
I'm also getting back a configuration array of objects that lists each group and what it's rendering style should be.
What I'm struggling to figure out is how I can use that configuration object as a dictionary to determine the rendering style of the elements.
My first thought was to pass the group elements like this groupsArray[configObject]
and then use the return values in a switch like this:
ANSWER
Answered 2021-Apr-07 at 13:21Would this be something you are looking for?
QUESTION
I have a React Component I'm building out that accepts a data object as props.
This data object holds an array of groups each with it's own group type.
What I'm trying to do is map over each group in the array and display it's contents as it's own section, but I also want to ensure that all of the objects with the type grid display together, followed by any sections with a list type no matter what position they are in the array.
So even if the array holds the values like:
...ANSWER
Answered 2021-Mar-24 at 18:28I have fixed the issues.
Sandbox: https://codesandbox.io/s/affectionate-sinoussi-5suro
You are already looping over data
inside renderList, so we can directly have
{renderList(data)}
;
To sort, we can use Array.sort()
data.sort((a, b) => a.groupType === b.groupType ? 0 : a.groupType > b.groupType ? 1 : -1);
Also, in switch case you need to push the component and not a function.
QUESTION
So i'm making a turn based dice game that's modeled after this game called "underground chinchiro" which was taken from an anime called "Kaiju". I need to set a limit to my program so that it only runs for a set number of rounds, I'm only a beginner in coding so sorry for anything unusual you see in my code.
...ANSWER
Answered 2017-Sep-29 at 18:16Take a look at for loops. For loops will allow you to run your code for a set number iteration.
e.g. iterate over some code 7 times.
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install kaiju
Ghidra 9.1+ (9.2+ recommended)
Java 11+ (we recommend OpenJDK 11)
Start Ghidra, and from the opening window, select from the menu: File > Install Extension. Click the plus sign at the top of the extensions window, navigate and select the .zip file in the file browser and hit OK. The extension will be installed and a checkbox will be marked next to the name of the extension in the window to let you know it is installed and ready. The interface will ask you to restart Ghidra to start using the extension. Simply restart, and then Kaiju's extra features will be available for use interactively or in scripts. Some functionality may require enabling Kaiju plugins. To do this, open the Code Browser then navigate to the menu File > Configure. In the window that pops up, click the Configure link below the "CERT Kaiju" category icon. A pop-up will display all available publicly released Kaiju plugins. Check any plugins you wish to activate, then hit OK. You will now have access to interactive plugin features. If a plugin is not immediately visible once enabled, you can find the plugin underneath the Window menu in the Code Browser.
Ghidra extensions like Kaiju may also be installed manually by unzipping the extension contents into the appropriate directory of your Ghidra installation. For more information, please see The Ghidra Installation Guide.
CERT Kaiju requires the following build dependencies:. NOTE ABOUT GRADLE: Please ensure that gradle is building against the same JDK version in use by Ghidra on your system, or you may experience installation problems. NOTE ABOUT GSON: In most cases, Gradle will automatically obtain this for you. If you find that you need to obtain it manually, you can download gson-2.8.6.jar and place it in the kaiju/lib directory.
Ghidra 9.1+ (9.2+ recommended)
gradle 6.4+ (latest gradle 6.x recommended, 7.x not supported)
GSON 2.8.6
Java 11+ (we recommend OpenJDK 11)
Once dependencies are installed, Kaiju may be built as a Ghidra extension by using the gradle build tool. It is recommended to first set a Ghidra environment variable, as Ghidra installation instructions specify.
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