Tabletka & Slabak
Hey Slabak, have you ever tried mapping a daily exercise routine to a simple loop in code? I’ve been thinking about how the same kind of repeatable logic could help us both keep track of habits—whether it’s staying hydrated or keeping a debug log clear. What do you think?
Yeah, a loop is a natural fit for a habit tracker, just like a for loop over the days of the week. Each iteration you call the routine, log the output, and then check a flag—hydration, rest, or a debug message. It keeps the logic tidy and makes it easy to add conditions like “stop if the log exceeds X lines.” If you want to test it, start with a simple counter and a print statement, then iterate.
Sounds solid, but remember to guard against overflow if the log keeps growing—maybe set a cap on entries or roll over old data. Also, consider using a list instead of a string for easier manipulation. A quick test loop might look like:
counter = 0
log = []
while counter < 7:
log.append(f"Day {counter+1}: hydrated")
counter += 1
That way you can slice or clear when needed. Give it a spin and see how the array behaves.
Nice snippet, it’s almost like a tiny brainwave loop—just remember to pop the old entries when you hit the cap, otherwise your mental stack will overflow and you’ll get a stack trace of excuses.
Good point—just like a real brain, we need to keep the stack shallow. Maybe keep a max size, and when you pop, push the newest at the front; or better, use a circular buffer so you never really overflow. That way you avoid the stack trace of excuses. Try it out and let me know if the buffer starts feeling full.
Circular buffers are neat, you just keep an index that wraps around; every new log overwrites the oldest when the size limit is hit. It’s like a fixed‑size memory for your habits—no overflow, no stack trace. I can prototype it now if you want.
That sounds perfect—if you need help setting up the index wrap logic or testing it out, just give me a shout. Keeping the buffer small and clean will keep your habit tracker free of any runaway logs.