💬 Python scripts to parse Messenger, Hangouts, WhatsApp and Telegram chat logs into DataFrames.
Python 3 scripts to convert chat logs from various messaging platforms into Pandas DataFrames. Can also generate histograms and word clouds from the chat logs.
10 Jan 2020: UPDATED ALL THE THINGS! Thanks to mar-muel and manueth, pretty much everything has been updated and improved, and WhatsApp is now supported!
21 Oct 2018: Updated Facebook Messenger and Google Hangouts parsers to make them work with the new exported file formats.
9 Feb 2018: Telegram support added thanks to bmwant.
24 Oct 2016: Initial release supporting Facebook Messenger and Google Hangouts.
Platform | Direct Chat | Group Chat |
---|---|---|
Facebook Messenger | ✔ | ✘ |
Google Hangouts | ✔ | ✘ |
Telegram | ✔ | ✘ |
✔ | ✔ |
Data exported for each message regardless of the platform:
Column | Content |
---|---|
timestamp | UNIX timestamp (in seconds) |
conversationId | A conversation ID, unique by platform |
conversationWithName | Name of the other people in a direct conversation, or name of the group conversation |
senderName | Name of the sender |
outgoing | Boolean value whether the message is outgoing/coming from owner |
text | Text of the message |
language | Language of the conversation as inferred by langdetect |
platform | Platform (see support matrix above) |
Warning: Google Hangouts archives can take a long time to be ready for download - up to one hour in our experience.
Hangouts.json
./raw_data/hangouts/
Warning: Facebook archives can take a very long time to be ready for download - up to 12 hours! They can weight several gigabytes. Start with an archive containing just a few months of data if you want to quickly get started, this shouldn’t take more than a few minutes to complete.
messages
folder into ./raw_data/messenger/
Unfortunately, WhatsApp only lets you export your conversations from your phone and one by one.
./raw_data/whatsapp/
The Telegram API works differently: you will first need to setup Chatistics, then query your chat logs programmatically. This process is documented below. Exporting Telegram chat logs is very fast.
First, install the required Python packages using conda:
conda env create -f environment.yml
conda activate chatistics
You can now parse the messages by using the command python parse.py <platform> <arguments>
.
By default the parsers will try to infer your own name (i.e. your username) from the data. If this fails you can provide your own name to the parser by providing the --own-name
argument. The name should match your name exactly as used on that chat platform.
# Google Hangouts
python parse.py hangouts
# Facebook Messenger
python parse.py messenger
# WhatsApp
python parse.py whatsapp
api_id
and api_hash
which we will now set as environment variables.cp secrets.sh.example secrets.sh
and fill in the values for the environment variables TELEGRAM_API_ID
, TELEGRAMP_API_HASH
and TELEGRAM_PHONE
(your phone number including country code).source secrets.sh
python parse.py telegram
The pickle files will now be ready for analysis in the data
folder!
For more options use the -h
argument on the parsers (e.g. python parse.py telegram --help
).
Chatistics can print the chat logs as raw text. It can also create histograms, showing how many messages each interlocutor sent, or generate word clouds based on word density and a base image.
You can view the data in stdout (default) or export it to csv, json, or as a Dataframe pickle.
python export.py
You can use the same filter options as described above in combination with an output format option:
-f {stdout,json,csv,pkl}, --format {stdout,json,csv,pkl}
Output format (default: stdout)
Plot all messages with:
python visualize.py breakdown
Among other options you can filter messages as needed (also see python visualize.py breakdown --help
):
--platforms {telegram,whatsapp,messenger,hangouts}
Use data only from certain platforms (default: ['telegram', 'whatsapp', 'messenger', 'hangouts'])
--filter-conversation
Limit by conversations with this person/group (default: [])
--filter-sender
Limit to messages sent by this person/group (default: [])
--remove-conversation
Remove messages by these senders/groups (default: [])
--remove-sender
Remove all messages by this sender (default: [])
--contains-keyword
Filter by messages which contain certain keywords (default: [])
--outgoing-only
Limit by outgoing messages (default: False)
--incoming-only
Limit by incoming messages (default: False)
Eg to see all the messages sent between you and Jane Doe:
python visualize.py breakdown --filter-conversation "Jane Doe"
To see the messages sent to you by the top 10 people with whom you talk the most:
python visualize.py breakdown -n 10 --incoming-only
You can also plot the conversation densities using the --as-density
flag.
You will need a mask file to render the word cloud. The white bits of the image will be left empty, the rest will be filled with words using the color of the image. See the WordCloud library documentation for more information.
python visualize.py cloud -m raw_outlines/users.jpg
You can filter which messages to use using the same flags as with histograms.
Install dev environment using
conda env create -f environment_dev.yml
Run tests from project root using
python -m pytest
Pull requests are welcome!
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