Skip to main content

Create a Virtual Environment(venv) for a Project in Linux

 Open a Terminal:

Open a terminal window on your Linux system.

Navigate to your Project Directory:

Use the cd command to navigate to the directory where you want to create your project and its virtual environment.

cd path/to/your/project

Create a Virtual Environment:

Run the following command to create a virtual environment. Replace venv with the desired name for your virtual environment.

python3 -m venv venv

If you are using a version of Python prior to Python 3.3, you may need to install virtualenv and then use it to create the virtual environment:

# Install virtualenv 
pip install virtualenv
# Create a virtual environment 
virtualenv venv

Activate the Virtual Environment:

Run this command :

source venv/bin/activate

After activation, your terminal prompt should change to indicate that you are now working within the virtual environment.

Install Dependencies:

Now that the virtual environment is active, you can install the project dependencies using pip:

pip install package1 package2 ...

Replace package1package2, etc., with the actual names of the packages your project requires.

Deactivate the Virtual Environment:

When you’re done working on your project, deactivate the virtual environment using the following command:

deactivate

Your terminal prompt should return to its normal state.

To work on your project in the future, you’ll need to reactivate the virtual environment by running the source venv/bin/activate command again.


Comments

Popular posts from this blog

Bug Boundy Methodology, Tools & Resources

Start by defining a clear objective, such as exploiting a remote code execution (RCE) vulnerability or bypassing authentication on your target. Then, consider how you can achieve this goal using various attack vectors like XSS, SSRF, or others - these are simply tools to help you reach your objective. Use the target as how a normal user would, while browsing keep these questions in mind: 1)How does the app pass data? 2)How/where does the app talk about users? 3)Does the app have multi-tenancy or user levels? 4)Does the app have a unique threat model? 5)Has there been past security research & vulnerabilities? 6)How does the app handle XSS, CSRF, and code injection?

Install & set up mitmweb or mitmproxy in Linux

Step 1: Go to the mitmproxy page and download the binaries. Step 2: Install the downloaded tar file with the command " tar -xzf <filename>.tar.gz " Step 3: In the FoxyProxy add the proxy 127.0.0.1:8080  and turn it on. Step 4 : In the terminal run command " ./mitmweb " Step 5: Go to the page  http://mitm.it/   and download the mitmproxy's Certificate. Step 6: If you downloaded the certificate for Firefox, then go to " settings -> Privacy & Security -> Click View Certificates -> Click  Import ", then import the certificate.  Step 7: Now you are ready to capture the web traffic. Step 8 : In terminal run " ./mitmweb"

API Bug Bounty Hunting: Reconnaissance and Reverse Engineering an API

  In order to target APIs, you must first be able to find them.APIs meant for consumer use are meant to be easily discovered. Typically, the API provider will market their API to developers who want to be consumers. So, it will often be very easy to find APIs, just by using a web application as an end-user. The goal here is to find APIs to attack and this can be accomplished by discovering the API itself or the API documentation. Bug Boundy Methodology, Tools & Resources Start by defining a clear objective, such as exploiting a remote code execution (RCE) vulnerability or bypassing… adithyakrishnav.blogspot.com Reconnaissance Passive Reconnaissance It is obtaining information about a target without directly interacting with the target’s systems. Google Dorking Firstly, google search for “<app name> API”. intitle:” api” site:”google.com” inurl:”/api/v2" site:”google.com” inurl:”/api/v1" intext:”index of /” inurl:json site:”google.com” intitle:”index.of” intext:”api.t...