MOKS_OFF,
// Used when receiving the state and the level is two.
MOKS_ENABLED,
- // Used after outputting t_KE when the state was MOKS_ENABLED. We do not
- // really know if t_KE actually disabled the protocol, the following t_KI
+ // Used after outputting t_TE when the state was MOKS_ENABLED. We do not
+ // really know if t_TE actually disabled the protocol, the following t_TI
// is expected to request the state, but the response may come only later.
MOKS_DISABLED,
- // Used after outputting t_KE when the state was not MOKS_ENABLED.
- MOKS_AFTER_T_KE,
+ // Used after outputting t_TE when the state was not MOKS_ENABLED.
+ MOKS_AFTER_T_TE,
} mokstate_T;
// Set when a response to XTQMODKEYS was received. Only works for xterm
KKPS_OFF,
// Used when receiving the state and the flags are non-zero.
KKPS_ENABLED,
- // Used after outputting t_KE when the state was KKPS_ENABLED. We do not
- // really know if t_KE actually disabled the protocol, the following t_KI
+ // Used after outputting t_TE when the state was KKPS_ENABLED. We do not
+ // really know if t_TE actually disabled the protocol, the following t_TI
// is expected to request the state, but the response may come only later.
KKPS_DISABLED,
- // Used after outputting t_KE when the state was not KKPS_ENABLED.
- KKPS_AFTER_T_KE,
+ // Used after outputting t_TE when the state was not KKPS_ENABLED.
+ KKPS_AFTER_T_TE,
} kkpstate_T;
EXTERN kkpstate_T kitty_protocol_state INIT(= KKPS_INITIAL);
case MOKS_OFF: name = _("Off"); break;
case MOKS_ENABLED: name = _("On"); break;
case MOKS_DISABLED: name = _("Disabled"); break;
- case MOKS_AFTER_T_KE: name = _("Cleared"); break;
+ case MOKS_AFTER_T_TE: name = _("Cleared"); break;
}
char buf[200];
case KKPS_OFF: name = _("Off"); break;
case KKPS_ENABLED: name = _("On"); break;
case KKPS_DISABLED: name = _("Disabled"); break;
- case KKPS_AFTER_T_KE: name = _("Cleared"); break;
+ case KKPS_AFTER_T_TE: name = _("Cleared"); break;
}
char buf[200];
|| modify_otherkeys_state == MOKS_DISABLED)
modify_otherkeys_state = MOKS_DISABLED;
else if (modify_otherkeys_state != MOKS_INITIAL)
- modify_otherkeys_state = MOKS_AFTER_T_KE;
+ modify_otherkeys_state = MOKS_AFTER_T_TE;
// When the kitty keyboard protocol is enabled we expect t_TE to disable
// it. Remembering that it was detected to be enabled is useful in some
|| kitty_protocol_state == KKPS_DISABLED)
kitty_protocol_state = KKPS_DISABLED;
else
- kitty_protocol_state = KKPS_AFTER_T_KE;
+ kitty_protocol_state = KKPS_AFTER_T_TE;
}
static int send_t_RK = FALSE;
out_flush();
termcap_active = FALSE;
- // Output t_te first, it may switch between main and alternate screen,
- // and following codes may work on the active screen only.
+ // Output t_te before t_TE, t_te may switch between main and alternate
+ // screen and following codes may work on the active screen only.
+ //
+ // When using the Kitty keyboard protocol the main and alternate screen
+ // use a separate state. If we are (or were) using the Kitty keyboard
+ // protocol and t_te is not empty (possibly switching screens) then
+ // output t_TE both before and after outputting t_te.
+ if (*T_TE != NUL && (kitty_protocol_state == KKPS_ENABLED
+ || kitty_protocol_state == KKPS_DISABLED))
+ out_str_t_TE(); // probably disables the kitty keyboard
+ // protocol
+
out_str(T_TE); // stop termcap mode
cursor_on(); // just in case it is still off
out_str_t_TE(); // stop "raw" mode, modifyOtherKeys and
if (trail != 'u'
&& (kitty_protocol_state == KKPS_INITIAL
|| kitty_protocol_state == KKPS_OFF
- || kitty_protocol_state == KKPS_AFTER_T_KE)
+ || kitty_protocol_state == KKPS_AFTER_T_TE)
&& term_props[TPR_KITTY].tpr_status != TPR_YES)
{
#ifdef FEAT_EVAL