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M-SPC now steps only through attached agents (the ones with a live
on-screen buffer), so the fast chord stays among what's already up.
M-S-SPC steps through all active agents and attaches a detached tmux
session when it lands on one, which is what M-SPC used to do.
I moved the shared step logic into cj/--ai-term-step-among and added
cj/--ai-term-attached-agent-dirs to filter the queue to attached
buffers. I bound both chords globally and in eat-semi-char-mode-map so
they work from inside an agent buffer. C-; a n keeps cycling all.
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Port ai-term from ghostel to EAT. Agents spawn in an EAT terminal running the same tmux session (tmux new-session -A -s aiv-<project>), so the persistence and detach/reattach model is unchanged. A spike confirmed EAT + tmux detach and reattach exactly like ghostel + tmux. The swaps: (ghostel) becomes (eat) with eat-buffer-name carrying the agent name, ghostel-send-string becomes a process-send-string helper, and the M-SPC swap chord is bound directly in eat-semi-char-mode-map (no exception-list plus rebuild dance). Buffer detection was already name-based, so the dispatch, next, and cycle logic is unchanged. Dropped the now-unused suppress-tmux variable. Tests updated to mock eat.
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I moved the ai-term family off the F9 keys onto the C-; a prefix, vacated when gptel was archived: a toggles the agent, s opens the project picker, n swaps to the next agent, k closes one. The frequent swap also gets M-SPC as a fast chord, bound in ghostel-mode-map and added to the semi-char exceptions so it reaches Emacs from inside an agent buffer.
cj/ai-term-next now opens the project picker when no agent is running instead of erroring, so the swap key doubles as a "start an agent" key.
To free M-SPC, I removed jumper's M-SPC binding. Jumper's commands stay reachable via M-x, with a cleverer home pending review.
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