I Thought This Would Be a Local UI Task
This week, I thought I was solving a fairly narrow task: how to show group settings more neatly in the new checklist editor. The question looked local enough: how to read a group’s state right in the item row, and how to provide a convenient entry point for editing.
The Morning chaos row is active now, and it is easy to see that the group of indicators on the right takes a significant part of the row’s space.
At first, this looked like a normal UX improvement. I needed to find a form of presentation that would not force the user to open the detail panel too often, while also not overloading the item row.
The First Version Turned Out Too Noisy
My first move was toward a richer inline representation. I wanted to show a set of signals directly in the group row, so that its state could be read quickly.
It became clear quite fast that this was the wrong direction. This UI did not make reading easier; it added noise. Instead of a more “talkative” interface, I had to move in the opposite direction: remove extra elements and compress the state representation.
In the end, the solution narrowed down to one summary pill in the group row and one shared popover for editing. That became the main UX lesson of this part of the week: in a dense editor UI, extra signals stop helping very easily.
Then a Deeper Problem Surfaced
The story did not end there. While I was working on the interface, it became clear that the problem was not only about how it looked, but also about how it worked at all.
During the work, an ambiguity in the semantics of visibility surfaced unexpectedly. Initially, I made it so that if a field was invisible, conditions like “if another item has such-and-such value” could make it visible. But the new interface showed this approach poorly, to the point that even I, the author, could not quickly understand what was going on when looking at the editor.
After several experiments, I realized that the problem was not in the editor UX but in the semantics. In the end, I had to invert it: effective_visible = is_visible && conditions_pass. In other words, an item that is invisible by default cannot be made visible by any conditions. But if a visible item also has conditions, then the item can become invisible.
A typical breaking change, and good that it happened early.
After That, the Most Honest Part of the Work Began
Once the rule became clearer, the work was not finished. After all the edits, a more unpleasant but also more honest phase began: I had to verify that the system really behaved the way it was now described.
This is where the E2E part began. It looked much less elegant than the idea of the solution itself. There were failures like Expected: "hidden" Received: "visible", there were timeouts around the drawer and popover, and there were situations where everything already looked fine locally, but the tests answered: no, the behavior is still not fully assembled.
In the end, E2E became the real finish line of this task. Not the moment when the interface already looked convincing, but the moment when the target scenarios started to converge in a verifiable form.
In Parallel, Another Shift Was Taking Shape
There was another line of work this week as well — backend cleanup. I do not want to expand on it here: it will get a separate text.
Against that background, and also against the background of publishing LLM-Assisted Deploy: You Save Typing, Not Thinking, another thought started to come together more strongly for me. A meaningful part of the work should not disappear into local edits, commits, and one-off sessions. It should be brought to the state of a public artifact: a text, a case, a note — something from which one can later read not only the result, but also the line of thought, the constraints, and the way of verification.
What I Take Away From This Week
In short, this was a week in which a small UI task refused to stay small.
First, it ran into the need to simplify my own solution. Then it brought out behavior that had not been fully thought through or clearly stated. Then it demanded that this behavior be proved and shown separately through tests.
That is probably why the week feels coherent. Its center was not that I simply made one more product improvement, but a more general movement: from a local change to an explicit contract, from an explicit contract to verification, and then further to proving and showing the work so that it would not dissolve inside the code.
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