oopsiwhoospi fixed xd

Signed-off-by: hax <hax@lainlounge.xyz>

README.md

@@ -13,7 +13,7 @@ This project generates a call graph from an executable binary compiled with debu
 - Includes a minimal C example program for testing.
 - Validates input for robustness and usability.
 
-## Prerequisites 🛠️📝🔌
+## Prerequisites
 ### Software Requirements 🌐🛠️📊
 - `gdb` (GNU Debugger)
 - `awk` (or `gawk` for enhanced features)
@@ -34,13 +34,13 @@ project/
 ```
 
 ## Installation 🔄🎮🌐
-1. Clone the repository: 📦🔗🌍
+1. Clone the repository:
    ```bash
    git clone <repository-url>
    cd project
    ```
 
-2. Make the scripts executable: 🌧️🛠️🔧
+2. Make the scripts executable: 🛠️🔧
    ```bash
    chmod +x callgraph.sh generate_graph.awk
    ```
@@ -51,41 +51,41 @@ project/
    ```
 
 ## Usage 🛠️🔗🔄
-### 1. Compile the Example Program 🔧🔄🔖
-Compile the included `example.c` program with debugging symbols: 🔧🏋️‍♂️🎮
+### 1. Compile the Example Program 
+Compile the included `example.c` program with debugging symbols:
 ```bash
 gcc -g -o example example.c
 ```
 
 ### 2. Generate the Call Graph 🎮🌄🏋️‍♂️
-Run the shell script with the compiled binary: 📦🔍🎮
+Run the shell script with the compiled binary:
 ```bash
 ./callgraph.sh ./example > callgraph.txt
 ```
 
 ### 3. Generate the DOT Graph 🌍🔍📦
-Use the AWK script to convert the call graph data into a DOT file: 🔗🔦🎮
+Use the AWK script to convert the call graph data into a DOT file: 
 ```bash
 ./generate_graph.awk callgraph.txt > callgraph.dot
 ```
 
 ### 4. Visualize the Graph (Optional) 📝🎮🎨
-Render the DOT file using Graphviz: 🔄🌧️🎮
+Render the DOT file using Graphviz:
 ```bash
 dot -Tpng callgraph.dot -o callgraph.png
 ```
 
-Open `callgraph.png` to view the generated graph. 🎨🎮🌄
+Open `callgraph.png` to view the generated graph. 🎨🌄
 
-## Example 🎮🌟🌄
-### Input (Function Call Data) 🔦🔄🌧️
+## Example 🌟🌄
+### Input (Function Call Data)
 ```bash
 foo bar
 bar baz
 baz qux
 ```
 
-### Output (DOT Format) 🌧️🎨🎮
+### Output (DOT Format)
 ```dot
 digraph G {
     "foo" -> "bar";
@@ -94,32 +94,32 @@ digraph G {
 }
 ```
 
-### Visualized Graph 🎨🎮🔍
+### Visualized Graph
 The graph will show the relationships between functions as directed edges. 🔧🎨🌧️
 
-## Contributing 🌟🌈🌄
-1. Fork the repository. 🌧️📝🔧
-2. Create a new branch: 🎮🔄🌟
+## Contributing 🌟🌈
+1. Fork the repository. 
+2. Create a new branch: 
    ```bash
    git checkout -b feature-name
    ```
-3. Make your changes and commit: 🌧️🎮🔗
+3. Make your changes and commit: 
    ```bash
    git commit -m "Add feature"
    ```
-4. Push to your branch: 🌟📝🎨
+4. Push to your branch: 
    ```bash
    git push origin feature-name
    ```
-5. Open a pull request. 🎮🔧🔦
+5. Open a pull request. 
 
 ## License 🌄🔍🎮
-This project is licensed under the MIT License. See the LICENSE file for details. 🌟🔄🌧️
+This project is licensed under the AGPL License. See the LICENSE file for details. 
 
 ## Acknowledgments 🌟🔗🔧
-- The GNU Project for `gdb` and `gcc`. 📝🎨🌄
-- Graphviz for the graph visualization tools. 🌧️🎨🌄
+- The GNU Project for `gdb` and `gcc`. 
+- Graphviz for the graph visualization tools. 
 
 ## Contact 🌐📦🌎
-For questions or feedback, please open an issue in the repository. 🔄🌟🎨
+For questions or feedback, please open an issue in the repository.