@spec autowrap_cursor() :: binary()

Step 3: re-enable autowrap (DECAWM) and show the cursor.

@spec cursor_position_request() :: binary()

DSR-6 (CSI 6n): ask the terminal where its cursor is. The terminal replies on the INPUT stream with a CPR (CSI row ; col R), which Raxol.Terminal.InlineDriver.probe_cursor/2 consumes via Raxol.Terminal.InlineDriver.CursorReport — the reply is never allowed to reach the app's input path. Emitted only by that opt-in probe, never by init_bytes/0: a probe writes bytes to the device, so callers must ask for it.

@spec init_bytes() :: binary()

Startup bytes. Deliberately contains no \e[?1049h -- the inline profile never owns the alternate screen (LC-P-NOALT, T2d's headline invariant). Resets stray mouse modes, then enables focus reporting and bracketed paste (both reversed by modes_off/0 at teardown).

@spec modes_off() :: binary()

Step 1: disable bracketed paste, focus reporting, and all mouse modes.

@spec mouse_on() :: binary()

Enable click reporting (SGR encoding, press/release only). Written by the driver AFTER init_bytes/0 when its mouse?: option is set; the teardown's modes_off/0 disables it unconditionally either way.

@spec move_bottom(pos_integer()) :: binary()

Step 4: absolute-move to (rows, 1) (park_bottom/1) then CRLF. Safe to be unclamped because the scroll region is already gone by this point (step 2).

@spec park_bottom(pos_integer()) :: binary()

The bare absolute park at (rows, 1) -- the shared "magic byte" builder both move_bottom/1 (park + fresh-line CRLF, for the shell handoff) and suspend_bytes/1 (park only, for the editor handoff) compose from. Safe to be unclamped only AFTER the region release (step 2).

@spec release_region() :: binary()

Step 2: CSI r -- reset the scroll region to the full screen.

@spec suspend_bytes(pos_integer()) :: binary()

Suspend bytes -- the editor-handoff sibling of teardown_bytes/1 (an external $EDITOR process, not process exit, is about to own the tty). Steps 1-3 of the canonical teardown order, verbatim (modes_off/0, release_region/0, autowrap_cursor/0), plus an absolute cursor park at (rows, 1) -- WITHOUT step 4's trailing CRLF.

Why steps 1-3 apply unchanged

Same reasoning as the teardown order: modes must go off WHILE STILL RAW (else the escapes echo back as if typed), and CSI r must precede any absolute cursor move (else the move clamps into the still-active old region, INV-1).

Why this DROPS step 4's trailing CRLF

move_bottom/1's CRLF exists to hand the SHELL a fresh line after this process exits for good -- the shell prompt that appears next expects to start at column 1 of a blank row. An editor handoff is not that: the region has just been released, so a CRLF here would scroll the FULL (now region-free) screen up by one line, smearing whatever was on the bottom row (a stale footer) into the row above it -- and that row is inside the just-released history area, which cannot be re-addressed once scrolled (the seal-time-only invariant). The bare park (CSI rows;1 H, no \r\n) leaves the cursor at the right row without scrolling anything, which is exactly what the editor needs: it will clear/redraw its own screen (or, for a non-alt-screen editor, simply start typing from wherever the cursor already is) without this driver having pre-scrolled a footer row into unreachable history first.

Never emits \e[2J/\e[3J -- same substrate law as every other sequence builder in this module.

@spec teardown_bytes(pos_integer()) :: binary()

Steps 1-4 concatenated in canonical order. Step 5 (stty restore) is OS-level and not modeled here -- see Raxol.Terminal.InlineDriver.emit_teardown/2.