--- nono/vm/x68kkbd.cpp	2026/04/29 17:05:25	1.1.1.14
+++ nono/vm/x68kkbd.cpp	2026/04/29 17:05:29	1.1.1.15
@@ -32,13 +32,6 @@ X68030Keyboard::X68030Keyboard()
 {
 	led.resize(7);
 
-	rept_event.func = ToEventCallback(&X68030Keyboard::ReptCallback);
-	rept_event.time = 0;
-	rept_event.Regist("Keyboard Repeat");
-
-	mouse_event.func = ToEventCallback(&X68030Keyboard::MouseCallback);
-	mouse_event.Regist("Mouse");
-
 	monitor.func = ToMonitorCallback(&X68030Keyboard::MonitorUpdate);
 	monitor.SetSize(47, 5);
 	monitor.Regist(ID_MONITOR_KEYBOARD);
@@ -61,6 +54,15 @@ X68030Keyboard::Init()
 	scc = GetSCCDevice();
 	sysport = GetSysportDevice();
 
+	rept_event.func = ToEventCallback(&X68030Keyboard::ReptCallback);
+	rept_event.time = 0;
+	rept_event.SetName("Keyboard Repeat");
+	scheduler->RegistEvent(rept_event);
+
+	mouse_event.func = ToEventCallback(&X68030Keyboard::MouseCallback);
+	mouse_event.SetName("Mouse");
+	scheduler->RegistEvent(mouse_event);
+
 	return true;
 }
 
@@ -113,10 +115,10 @@ X68030Keyboard::MonitorUpdate(Monitor *,
 
 	// キーリピート
 	screen.Puts(0, y, "Key Repeat:");
-	screen.Print(12, y++, "Delay  $%x(%4dmsec)",
-		rept_delay_data, (int)(rept_delay / 1_msec));
-	screen.Print(12, y++, "Repeat $%x(%4dmsec)",
-		rept_time_data, (int)(rept_time / 1_msec));
+	screen.Print(12, y++, "Delay  $%x(%4umsec)",
+		rept_delay_data, (uint)(rept_delay / 1_msec));
+	screen.Print(12, y++, "Repeat $%x(%4umsec)",
+		rept_time_data, (uint)(rept_time / 1_msec));
 
 	// マウス
 	int mx = mouse_x;
@@ -153,7 +155,7 @@ X68030Keyboard::MonitorUpdate(Monitor *,
 	y++;
 
 	// LED の明るさ (というより暗さ)
-	screen.Print(0, y++, "LED Darkness: %d", led_darkness);
+	screen.Print(0, y++, "LED Darkness: %u", led_darkness);
 }
 
 // 共通 keystat を X680x0 キーコードに変換して返す。
@@ -404,46 +406,46 @@ X68030Keyboard::Command(uint32 data)
 	} else if (data < 0x48) {
 		// $40-$47 MSCTRL 信号制御
 		// こいつは頻度が高いのでログレベルを上げておく
-		putlog(3, "Command MSCTRL control %d", (data & 1));
+		putlog(3, "Command MSCTRL control %u", (data & 1));
 
 	} else if (data < 0x50) {
 		// $48-$4f キーデータ送出許可
-		putlog(1, "Command Key send enable %d (NOT IMPLEMENTED)", (data & 1));
+		putlog(1, "Command Key send enable %u (NOT IMPLEMENTED)", (data & 1));
 
 	} else if (data < 0x54) {
 		// $50-$53 ディスプレイ制御モード選択
 		// (実装不要)
-		putlog(2, "Command Display control mode %d", (data & 1));
+		putlog(2, "Command Display control mode %u", (data & 1));
 
 	} else if (data < 0x58) {
 		// $54-$57 LED 明るさ選択
 		// 0 が明るく 3 が暗いので、明るさというより暗さ。
 		led_darkness = (data & 3);
-		putlog(1, "Command LED brightness %d", led_darkness);
+		putlog(1, "Command LED brightness %u", led_darkness);
 
 	} else if (data < 0x5c) {
 		// $58-$5b 本体からのディスプレイ制御許可
 		// (実装不要)
-		putlog(2, "Command Display control enable %d", (data & 1));
+		putlog(2, "Command Display control enable %u", (data & 1));
 
 	} else if (data < 0x60) {
 		// $5c-$5f OPT.2 によるディスプレイ制御許可
 		// (実装不要)
-		putlog(2, "Command OPT2 control enable %d", (data & 1));
+		putlog(2, "Command OPT2 control enable %u", (data & 1));
 
 	} else if (data < 0x70) {
 		// $60-$6f リピートまでの時間
 		rept_delay_data = data & 15;
 		rept_delay = 200_msec + rept_delay_data * 100_msec;
-		putlog(1, "Command Repeat Delay %d (%d msec)", rept_delay_data,
-			(int)(rept_delay / 1_msec));
+		putlog(1, "Command Repeat Delay %u (%u msec)", rept_delay_data,
+			(uint)(rept_delay / 1_msec));
 
 	} else if (data < 0x80) {
 		// $70-$7f リピート間隔
 		rept_time_data = data & 15;
 		rept_time = 30_msec + rept_time_data * rept_time_data * 5_msec;
-		putlog(1, "Command Repeat time  %d (%d msec)", rept_time_data,
-			(int)(rept_time / 1_msec));
+		putlog(1, "Command Repeat time  %d (%u msec)", rept_time_data,
+			(uint)(rept_time / 1_msec));
 
 	} else {
 		// $80-$ff LED 制御