TTL Debugging Tools - Unsorted To-Do List

Toggle Panel

Add controls to select positive pulse, negative pulse, or toggle when clicking bit buttons. Add a combo box or cycling button for pulse length (e.g. 1/3/10/30/100/300/1000/3000 ms).

Note: This will involve making the plugin schedule future events.

The easy way to do this is to add a "countdown" array. Clicking in pulse mode toggles the state, then sets a countdown for toggling the state a second time.
Let the user group banks, and have each group of banks start at bit 0. Bank groups get letters to identify them.

Right now, we have one bank per row, treated as a separate TTL event stream for each bank. With 8-bit banks, we can't get 16-bit output, for example.
Move everything that's not shared into the child class, rather than having a do-everything parent class.

Visually indicate which banks are grouped together (i.e. which banks correspond to the same input stream). Have each group of banks start at bit 0, and give bank groups letters to identify them.
Move everything that's not shared into the child class, rather than having a do-everything parent class.

NYI; planned future widget.
This should be able to group bits arbitrarily, and to schedule repeating patterns of output words for each group.
Possibly specify a global repetition period instead of making the user add up delays. This makes it easier to synchronize groups.
Should be able to trigger a one-shot pattern, or to keep repeating while an input is high (toggle held down). The sequence should always still complete.
Manual control is pushbutton vs toggle button for the previous point. Automated control is a TTL input (active-high, active-low, rising-edge, falling-edge for two continuous and two one-shot cases).

NYI; planned future widget.
This should be able to group bits arbitrarily, and to parse grouped bits into signed or unsigned words.
It should be easy for the user to specify "this range, big-endian" and "this range, little-endian".
This should give a nice strip chart of TTL bits and code words.
This should emit the shuffled bits and words as channels to let the user easily save decoded data.

(This is the end of the file.)