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Currently input is somewhat inconvenient as input is rather unconstrained and may cause undefined behavior. Output is also unnecessarily verbose and cryptic.
We should change this. Currently after a newline is used to lock in a roll, a new prompt shows the number of rolls remaining. There is no way to revise prior rolls. We should instead use the following state-based model:
Rearrange output to a grid structure, with N columns where N is the number of rolls per word.
When N cells are confirmed, the corresponding word is printed at the end of the line and the cursor moves to the first cell on the next line.
In any cell:
Numeric input is only accepted if it would result in a valid roll. Otherwise, an alert bell is emitted.
In an empty cell:
[Backspace] or [-] moves the cursor to the end of the previous cell or emits an alarm bell if this is not possible.
[Enter] or [.] emits an alarm bell.
In a non-empty cell:
[Backspace] or [-] removes the most recently entered digit and puts the cursor in its place.
[Enter] or [.] locks in the roll and moves the cursor to the next cell.
Acceptance criteria:
Input and output follows the new scheme detailed above.
Behavior is tested both with a terminal emulator and a Windows command prompt.
The text was updated successfully, but these errors were encountered:
Currently input is somewhat inconvenient as input is rather unconstrained and may cause undefined behavior. Output is also unnecessarily verbose and cryptic.
We should change this. Currently after a newline is used to lock in a roll, a new prompt shows the number of rolls remaining. There is no way to revise prior rolls. We should instead use the following state-based model:
Acceptance criteria:
The text was updated successfully, but these errors were encountered: