This is not working complete code.

This is strictly a v0.2, scrapy, proof of concept version of a personal AI Assistant working end to end in just ~726 LOC.

This is the second iteration showcasing the two-way prompt aka multi-step human in the loop. The initial, v0, assistant version is here.

It's only a frame of reference for you to consume the core ideas of how to build a POC of a personal AI Assistant.

To see the high level of how this works check out the explanation video. To follow our agentic journey check out the @IndyDevDan channel.

preface: Posting these online since it sounds like these notes are somewhat interesting based on a few folks I've shared with. These are semi-rough notes that I basically wrote for myself in case I ever needed to revisit this fix, so keep that in mind.

I recently bought an LG ULTRAGEAR monitor secondhand off of a coworker. I really love it and it's been great so far, but I ran into some minor issues with it in Linux. It works great on both Mac and Windows, but on Linux it displays just a black panel until I use the second monitor to go in and reduce the refresh rate down to 60 Hz.

This has worked decent so far but there's some issues:

• It doesn't work while linux is booting up. The motherboards boot sequence is visible just fine, but as soon as control is handed over to Linux and I'd normally see a splash screen while I'm waiting for my login window, I see nothing.
• It doesn't work on the login screen. This would be fine if login consistently worked on my second screen, but I need to manually switch

Before you do this, reconsider if it is really needed. More often than not, it isn't. This is why.

A common reason for attempting a minimal install is an expectation that Slackware will run faster. This is not true. Some example, (IMHO) valid, reasons for stripping back the install include:

• Installing on a device with limited disk space, where it is hard to add additional storage
• A setup where there is an ongoing cost to rent disk space (e.g. a Virtual Private Server)

csrutil disable

Most of the time, applications won't pin the certificate. Running mitmproxy and passing all Android traffic through it is as simple as adb connect <IP> && adb shell settings put global http_proxy <mitmproxy host>:<mitmproxy port> (or use Android's UI)

Some applications, however, pin the certificate and will refuse to do any network calls if using mitmproxy.

Luckily, Frida is here!

This assumes Android x86 is running in a VM, that you are a developer in Android (tap the build version enough times), adb debugging is enabled, and that android tools are installed on the host.

• start mitmproxy on host
• visit mitm.it on the target (after setting the proxy) and install the spoofed cert

Recently found some clowny gist was the top result for 'google takeout multiple tgz', where it was using two bash scripts to extract all the tgz files and then merge them together. Don't do that. Use brace expansion, cat the TGZs, and extract:

$ cat takeout-20201023T123551Z-{001..011}.tgz | tar xzivf -

You don't even need to use brace expansion. Globbing will order the files numerically:

$ cat takeout-20201023T123551Z-*.tgz | tar xzivf -

• Automated Refactoring
• Table of Contents
  • Phase 1: Manually re-factoring modules
    • Check out a module
• Create feature branch for PHP8.1 refactoring