![]() ![]() ![]() It relies on a Debian base layer and as of today has multiple "vulnerabilities" identified on Docker (i.e. The base image that is used for the Docker container is published by Ruby.It is my hope that the Docker image helps some use this program, but the first troubleshooting step that will be recommended is to use Ruby directly to see if that fixes the issue. It is harder to troubleshoot and adds more memory overhead. While Docker can make things easier in some respects, it does so at the cost of additional complexity.f /data/NoteStore.sqlite -one-output-folder Ghcr.io/threeplanetssoftware/apple_cloud_notes_parser \ If you are more experienced with Docker, you can use the base image with any of the below options the same as if you ran the program with Ruby. mac_run_notes.sh: This script will run the program on the local user's Apple Notes directory (as if you used -mac ~/Library/Group\ Containers/).mac_run_itunes.sh: This script will run the program on the local user's Mobile Backups(as if you used -itunes ~/Library/Application\ Support/MobileSync/Backup/).mac_run_file.sh: This script will run the program on a NoteStore.sqlite file found in the present working directory (as if you ran -f NoteStore.sqlite).linux_run_file.sh: This script will run the program on a NoteStore.sqlite file found in the present working directory (as if you ran -f NoteStore.sqlite).Shell scripts have been provided in the docker_scripts folder which may help if they cover your use case.Įach of these uses the present working directory to create the output folder. This is a great way to ensure you will not run into any dependancy issues or have to have Ruby installed. Thanks to if you have Docker installed already you can run this program as a docker container. While examiners must understand those backups, this will provide its own internal interfaces for identifying where media files are kept.įor example, if the backup is from iTunes, this program will use the Manifest.db to identify the hashed name of the included file, and copy out/rename the image to the appropriate name, without the examiner having to do that manually. In addition, this program and its classes attempts to abstract away the work needed to understand the type of backup and how it stores files. The classes underlying this represent all the necessary features to write other programs to interface with an Apple Notes backup, including exporting data to another format, or writing better search functions. ![]() This program intends to make the plaintext stored in the note and its embedded attachments far more usable. While the data is not necessarily encrypted, although some is using the password feature, it is not as searchable to the examiner, given its compressed nature. That script and this program are needed because data that was stored in plaintext in the versions of Apple's Notes prior to iOS 9 in its notes.sqlite database is now gzipped before storage in the iCloud Notes database NoteStore.sqlite and the amount of embedded objects inside of Notes is far higher. This program was made as an update to the previous Perl script which did not well handle the protobufs used by Apple in Apple Notes. This program is a parser for the current version of Apple Notes data syncable with iCloud as seen on Apple handsets in iOS 9 and later.
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