This is a modified version of TPD-Keys that automatically downloads, decrypts, verifies, and merges the mp4 file after grabbing the keys. This version is designed for streams that only use one key for audio and video.

1. python
2. ffmpeg
3. mp4decrypt
4. aria2
5. yt-dlp

1. requests
2. frida
3. frida-tools
4. protobuf
5. pycryptodome
6. pywidevine
7. httpx

1. Acquire a CDM file.wvd file (see below for guide to obtain CDM using an Android Studio emulator)
2. Install the Tampermonkey browser extension
3. Install the EME Logger script in Tampermonkey
4. Open the Developer Tools with CTRL+SHIFT+I
5. In the Console tab of the developer window add this to the filter box: MediaKeySession::generateRequest
   • This makes the PSSH pop up in the Console tab when the video loads.
6. In the Network tab of the developer window add this to the filter box: index.mpd
   • This makes the index.mpd pop up in the Network tab when the video loads. Could also be manifest.mpd
7. (Mode 7 only) In the Network tab of the developer window add this to the filter box: method:POST
   • Find the second ?specConform=true that pops up, click it, and scroll down in the request headers and
   • find X-Dt-Custom-Data and copy the value as your -xdtcd value

1. You can just run the script with no arguments, and you will be prompted for the required inputs.
2. You can also run the script without the input prompt by passing arguments drmdl.py -out "OUTPUT FILE PATH" -pssh "PSSH_HERE" -url "index.mpd URL HERE" -xdtcd "X-Dt-Custom-Data value here"

• -out "path/to/outputfile.mp4"
• -wvd "PATH to WVD file"
• • Optional. Defaults to "./file.wvd"
• -url "URL for index.mpd"
• -pssh "PSSH value"

• -cc "COUNTRYCODE"
• • Set the two letter country code for the desired proxy country.

• Use the -selection option to select a mode. The default mode is 7.

• -lic "License server url here"

• -lic "License server url here"

• Set your desired custom headers in DRMHeaders.py

• Set your desired custom headers in DRMHeaders.py
• -lic "License server url here"
• -pid "PID here"

• -channel "EpgId here"
• -live_token "Live token here"

• -lic "License server url here"

• -xdtcd "Custom X-Dt-Custom-Data value here"
• -lic "License server url here"
  • Optional. Default value can be changed in the script. Defaults to https://lic.drmtoday.com/license-proxy-widevine/cenc/?specConform=true

Make sure you have the dependencies installed and in your PATH

Here I extract it from android studio emulator using this guide https://forum.videohelp.com/threads/408031-Dumping-Your-own-L3-CDM-with-Android-Studio/

1. First make sure to check if your PC supports Intel HAXM. If not you may need to use an android phone
2. Enable VT-x and VT-d in BIOS
3. Disable hypervisor on windows

1. Install android studio
2. Install intel HAXM when android studio asks
3. Create a device
4. Pixel 6
5. Pie 28 / android 9.0
6. Run the new android device

pip install frida
pip install frida-tools
pip install protobuf
pip install pycryptodome
pip install requests
pip install httpx
pip install pywidevine

1. Download frida-server-x.x.x-android-x86.xz https://github.com/frida/frida/releases
2. Make sure it is the same version as the one you installed from pip
3. Extract it (I used peazip) and rename the file to "frida"
4. Move the file you renamed to frida to C:\Users\yourname\AppData\Local\Android\Sdk\platform-tools

1. Open CMD and navigate to the same directory cd C:\Users\yourname\AppData\Local\Android\Sdk\platform-tools
2. Check if the android VM is running by running adb devices
3. Now execute these commands to start the frida server on the android device

adb push frida /sdcard/
adb shell
su
cp /sdcard/frida /data/local/tmp
chmod +x /data/local/tmp/frida
/data/local/tmp/frida

https://github.com/wvdumper/dumper

python dump_keys.py

1. Open Chrome on the android VM and go to any DRM protected video

Your CDM key files will be generated in the key_dumps folder:

client_id.bin and private_key.pem

The guide recommends renaming them to device_client_id_blob and device_private_key

1. Make a new folder
2. Inside it add the device_client_id_blob and device_private_key files
3. And create a new folder called output
4. Then run this command to create the wvd file in the output folder

pywidevine create-device -k device_private_key -c device_client_id_blob -t "ANDROID" -l 3 -o output

Rename the file in the output folder to file.wvd and move it to the same folder as drmdl.py Or rename to whatever you like and add -wvd "pathtofile.wvd" to the command

python drmdl.py -out "file.mp4" -pssh "" -url "" -xdtcd "" -wvd "pathtofile.wvd"