Hey all,
I'm a big fan of my plain text and terminal -based applications for things, and I'm looking a calendar system in this spirit. I'd like for a system which:
- If possible, is stored in a plain-text (human-readable) format (a la calendar.txt)
- Has some way of managing repeating events/automating some of the process (which is my only problem with calendar.txt)
- Can be accessed on my phone (an iPhone---yes yes, I know, I can sense everyone's disappointment) while on the go (either through some application, or just through a plain text editor)
For the past month or two, I've been using remind, which, while fantastic in features and usage, seems relatively obscure and unsupported, and the file format isn't as human-readable as I'd prefer (take this slightly modified excerpt from my class schedule):
OMIT 2024-11-25 THROUGH 2024-11-29 MSG Thanksgiving Break
REM Tue Thu FROM 2024-08-19 UNTIL 2024-12-20 SKIP AT 09:05 DURATION [1:15] MSG Class 1
REM Tue Thu FROM 2024-08-19 UNTIL 2024-12-20 SKIP AT 10:40 DURATION [0:50] MSG Class 2
REM Tue Thu FROM 2024-08-19 UNTIL 2024-12-20 SKIP AT 12:00 DURATION [1:15] MSG Class 3
I recently heard about calcure, which I'm very curious about, as the interface seems (quite frankly) a bit nicer than wyrd, which is what I've been using for remind---but is there an easy way to interface locally with .ics files on an iPhone?
For my to-dos, I've been pretty happy with the todo.txt format, and with topydo and todooo as frontends for it---surely there is something like this, but for calendar events?
P.S.---Before someone mentions it, yes, I am familiar with org-mode, and I know it perfectly fits my bill, and perhaps it is what I will ultimately turn to---but I'd strongly prefer not to, as I'm currently rebelling against Emacs, and we all know how poorly implemented org is outside of it.
NixOS because it’s easy to understand—I can pop open any .nix file in my config and see exactly what is being set up, so I don’t have to mentally keep track of innumerable imperative changes I would otherwise make to the system, and thus lose track of the entropy over time.