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[tyndur-devel] [PATCH 02/11] kernel2: TRUE/FALSE durch true/false ersetzen

Date: Sat, 15 Jan 2011 19:18:02 +0100
From: Andreas Freimuth <m.nemo@xxxxxxx>
To: tyndur-devel@xxxxxxxxxx
Subject: [tyndur-devel] [PATCH 02/11] kernel2: TRUE/FALSE durch true/false ersetzen
Message-id: <1295115491-31710-2-git-send-email-m.nemo@gmx.net>
In-reply-to: <1295115491-31710-1-git-send-email-m.nemo@gmx.net>
! bool: Standard C Bezeichner für Boolean-Werte

Signed-off-by: Andreas Freimuth <m.nemo@xxxxxxx>
---
 src/kernel2/src/arch/amd64/im/im.c         | 1204 ++++++++++++++--------------
 src/kernel2/src/arch/amd64/mm/mm_context.c |   68 +-
 src/kernel2/src/arch/amd64/mm/mm_virt.c    |    6 +-
 3 files changed, 639 insertions(+), 639 deletions(-)

diff --git a/src/kernel2/src/arch/amd64/im/im.c b/src/kernel2/src/arch/amd64/im/im.c
index 2056524..88db51e 100644
--- a/src/kernel2/src/arch/amd64/im/im.c
+++ b/src/kernel2/src/arch/amd64/im/im.c
@@ -1,49 +1,49 @@
-/*
- * Copyright (c) 2007 The tyndur Project. All rights reserved.
- *
- * This code is derived from software contributed to the tyndur Project
- * by Antoine Kaufmann.
- *
- * Redistribution and use in source and binary forms, with or without
- * modification, are permitted provided that the following conditions
- * are met:
- * 1. Redistributions of source code must retain the above copyright
- *    notice, this list of conditions and the following disclaimer.
- * 2. Redistributions in binary form must reproduce the above copyright
- *    notice, this list of conditions and the following disclaimer in the
- *    documentation and/or other materials provided with the distribution.
- * 3. All advertising materials mentioning features or use of this software
- *    must display the following acknowledgement:
- *     This product includes software developed by the tyndur Project
- *     and its contributors.
- * 4. Neither the name of the tyndur Project nor the names of its
- *    contributors may be used to endorse or promote products derived
- *    from this software without specific prior written permission.
- *
- * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
- * ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
- * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
- * PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR
- * CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
- * EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
- * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
- * OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
- * WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
- * OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
- * ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
- */
-
-#include <types.h>
-
-#include "kprintf.h"
-#include "cpu.h"
-#include "im.h"
-#include "apic.h"
-#include "pic.h"
-
-#define IDT_GATE_COUNT 256
-#define IDT_GATE_TYPE_INT 0xE
-#define IDT_GATE_TYPE_TRAP 0xF
+/*
+ * Copyright (c) 2007 The tyndur Project. All rights reserved.
+ *
+ * This code is derived from software contributed to the tyndur Project
+ * by Antoine Kaufmann.
+ *
+ * Redistribution and use in source and binary forms, with or without
+ * modification, are permitted provided that the following conditions
+ * are met:
+ * 1. Redistributions of source code must retain the above copyright
+ *    notice, this list of conditions and the following disclaimer.
+ * 2. Redistributions in binary form must reproduce the above copyright
+ *    notice, this list of conditions and the following disclaimer in the
+ *    documentation and/or other materials provided with the distribution.
+ * 3. All advertising materials mentioning features or use of this software
+ *    must display the following acknowledgement:
+ *     This product includes software developed by the tyndur Project
+ *     and its contributors.
+ * 4. Neither the name of the tyndur Project nor the names of its
+ *    contributors may be used to endorse or promote products derived
+ *    from this software without specific prior written permission.
+ *
+ * THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS
+ * ``AS IS'' AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED
+ * TO, THE IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR
+ * PURPOSE ARE DISCLAIMED.  IN NO EVENT SHALL THE COPYRIGHT HOLDERS OR
+ * CONTRIBUTORS BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL,
+ * EXEMPLARY, OR CONSEQUENTIAL DAMAGES (INCLUDING, BUT NOT LIMITED TO,
+ * PROCUREMENT OF SUBSTITUTE GOODS OR SERVICES; LOSS OF USE, DATA, OR PROFITS;
+ * OR BUSINESS INTERRUPTION) HOWEVER CAUSED AND ON ANY THEORY OF LIABILITY,
+ * WHETHER IN CONTRACT, STRICT LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR
+ * OTHERWISE) ARISING IN ANY WAY OUT OF THE USE OF THIS SOFTWARE, EVEN IF
+ * ADVISED OF THE POSSIBILITY OF SUCH DAMAGE.
+ */
+
+#include <types.h>
+
+#include "kprintf.h"
+#include "cpu.h"
+#include "im.h"
+#include "apic.h"
+#include "pic.h"
+
+#define IDT_GATE_COUNT 256
+#define IDT_GATE_TYPE_INT 0xE
+#define IDT_GATE_TYPE_TRAP 0xF
 
 typedef struct {
 	/// Die untersten 16 Bits der Handler-Adresse
@@ -73,7 +73,7 @@ typedef struct {
 
 } __attribute__((packed)) idt_gate_t;
 
-// Die ganze IDT (Achtung wird auch aus dem SMP-Trampoline-Code geladen!)
+// Die ganze IDT (Achtung wird auch aus dem SMP-Trampoline-Code geladen!)
 idt_gate_t idt[IDT_GATE_COUNT];
 bool use_apic;
 
@@ -81,531 +81,531 @@ static void idt_set_gate(size_t interrupt, vaddr_t handler, uint8_t privilege_le
 
 // Die ASM-Stubs
 extern void im_int_stub_0();
-extern void im_int_stub_1();
-extern void im_int_stub_2();
-extern void im_int_stub_3();
-extern void im_int_stub_4();
-extern void im_int_stub_5();
-extern void im_int_stub_6();
-extern void im_int_stub_7();
-extern void im_int_stub_8();
-extern void im_int_stub_9();
-extern void im_int_stub_10();
-extern void im_int_stub_11();
-extern void im_int_stub_12();
-extern void im_int_stub_13();
-extern void im_int_stub_14();
-extern void im_int_stub_15();
-extern void im_int_stub_16();
-extern void im_int_stub_17();
-extern void im_int_stub_18();
-extern void im_int_stub_19();
-extern void im_int_stub_20();
-extern void im_int_stub_21();
-extern void im_int_stub_22();
-extern void im_int_stub_23();
-extern void im_int_stub_24();
-extern void im_int_stub_25();
-extern void im_int_stub_26();
-extern void im_int_stub_27();
-extern void im_int_stub_28();
-extern void im_int_stub_29();
-extern void im_int_stub_30();
-extern void im_int_stub_31();
-extern void im_int_stub_32();
-extern void im_int_stub_33();
-extern void im_int_stub_34();
-extern void im_int_stub_35();
-extern void im_int_stub_36();
-extern void im_int_stub_37();
-extern void im_int_stub_38();
-extern void im_int_stub_39();
-extern void im_int_stub_40();
-extern void im_int_stub_41();
-extern void im_int_stub_42();
-extern void im_int_stub_43();
-extern void im_int_stub_44();
-extern void im_int_stub_45();
-extern void im_int_stub_46();
-extern void im_int_stub_47();
-extern void im_int_stub_48();
-extern void im_int_stub_49();
-extern void im_int_stub_50();
-extern void im_int_stub_51();
-extern void im_int_stub_52();
-extern void im_int_stub_53();
-extern void im_int_stub_54();
-extern void im_int_stub_55();
-extern void im_int_stub_56();
-extern void im_int_stub_57();
-extern void im_int_stub_58();
-extern void im_int_stub_59();
-extern void im_int_stub_60();
-extern void im_int_stub_61();
-extern void im_int_stub_62();
-extern void im_int_stub_63();
-extern void im_int_stub_64();
-extern void im_int_stub_65();
-extern void im_int_stub_66();
-extern void im_int_stub_67();
-extern void im_int_stub_68();
-extern void im_int_stub_69();
-extern void im_int_stub_70();
-extern void im_int_stub_71();
-extern void im_int_stub_72();
-extern void im_int_stub_73();
-extern void im_int_stub_74();
-extern void im_int_stub_75();
-extern void im_int_stub_76();
-extern void im_int_stub_77();
-extern void im_int_stub_78();
-extern void im_int_stub_79();
-extern void im_int_stub_80();
-extern void im_int_stub_81();
-extern void im_int_stub_82();
-extern void im_int_stub_83();
-extern void im_int_stub_84();
-extern void im_int_stub_85();
-extern void im_int_stub_86();
-extern void im_int_stub_87();
-extern void im_int_stub_88();
-extern void im_int_stub_89();
-extern void im_int_stub_90();
-extern void im_int_stub_91();
-extern void im_int_stub_92();
-extern void im_int_stub_93();
-extern void im_int_stub_94();
-extern void im_int_stub_95();
-extern void im_int_stub_96();
-extern void im_int_stub_97();
-extern void im_int_stub_98();
-extern void im_int_stub_99();
-extern void im_int_stub_100();
-extern void im_int_stub_101();
-extern void im_int_stub_102();
-extern void im_int_stub_103();
-extern void im_int_stub_104();
-extern void im_int_stub_105();
-extern void im_int_stub_106();
-extern void im_int_stub_107();
-extern void im_int_stub_108();
-extern void im_int_stub_109();
-extern void im_int_stub_110();
-extern void im_int_stub_111();
-extern void im_int_stub_112();
-extern void im_int_stub_113();
-extern void im_int_stub_114();
-extern void im_int_stub_115();
-extern void im_int_stub_116();
-extern void im_int_stub_117();
-extern void im_int_stub_118();
-extern void im_int_stub_119();
-extern void im_int_stub_120();
-extern void im_int_stub_121();
-extern void im_int_stub_122();
-extern void im_int_stub_123();
-extern void im_int_stub_124();
-extern void im_int_stub_125();
-extern void im_int_stub_126();
-extern void im_int_stub_127();
-extern void im_int_stub_128();
-extern void im_int_stub_129();
-extern void im_int_stub_130();
-extern void im_int_stub_131();
-extern void im_int_stub_132();
-extern void im_int_stub_133();
-extern void im_int_stub_134();
-extern void im_int_stub_135();
-extern void im_int_stub_136();
-extern void im_int_stub_137();
-extern void im_int_stub_138();
-extern void im_int_stub_139();
-extern void im_int_stub_140();
-extern void im_int_stub_141();
-extern void im_int_stub_142();
-extern void im_int_stub_143();
-extern void im_int_stub_144();
-extern void im_int_stub_145();
-extern void im_int_stub_146();
-extern void im_int_stub_147();
-extern void im_int_stub_148();
-extern void im_int_stub_149();
-extern void im_int_stub_150();
-extern void im_int_stub_151();
-extern void im_int_stub_152();
-extern void im_int_stub_153();
-extern void im_int_stub_154();
-extern void im_int_stub_155();
-extern void im_int_stub_156();
-extern void im_int_stub_157();
-extern void im_int_stub_158();
-extern void im_int_stub_159();
-extern void im_int_stub_160();
-extern void im_int_stub_161();
-extern void im_int_stub_162();
-extern void im_int_stub_163();
-extern void im_int_stub_164();
-extern void im_int_stub_165();
-extern void im_int_stub_166();
-extern void im_int_stub_167();
-extern void im_int_stub_168();
-extern void im_int_stub_169();
-extern void im_int_stub_170();
-extern void im_int_stub_171();
-extern void im_int_stub_172();
-extern void im_int_stub_173();
-extern void im_int_stub_174();
-extern void im_int_stub_175();
-extern void im_int_stub_176();
-extern void im_int_stub_177();
-extern void im_int_stub_178();
-extern void im_int_stub_179();
-extern void im_int_stub_180();
-extern void im_int_stub_181();
-extern void im_int_stub_182();
-extern void im_int_stub_183();
-extern void im_int_stub_184();
-extern void im_int_stub_185();
-extern void im_int_stub_186();
-extern void im_int_stub_187();
-extern void im_int_stub_188();
-extern void im_int_stub_189();
-extern void im_int_stub_190();
-extern void im_int_stub_191();
-extern void im_int_stub_192();
-extern void im_int_stub_193();
-extern void im_int_stub_194();
-extern void im_int_stub_195();
-extern void im_int_stub_196();
-extern void im_int_stub_197();
-extern void im_int_stub_198();
-extern void im_int_stub_199();
-extern void im_int_stub_200();
-extern void im_int_stub_201();
-extern void im_int_stub_202();
-extern void im_int_stub_203();
-extern void im_int_stub_204();
-extern void im_int_stub_205();
-extern void im_int_stub_206();
-extern void im_int_stub_207();
-extern void im_int_stub_208();
-extern void im_int_stub_209();
-extern void im_int_stub_210();
-extern void im_int_stub_211();
-extern void im_int_stub_212();
-extern void im_int_stub_213();
-extern void im_int_stub_214();
-extern void im_int_stub_215();
-extern void im_int_stub_216();
-extern void im_int_stub_217();
-extern void im_int_stub_218();
-extern void im_int_stub_219();
-extern void im_int_stub_220();
-extern void im_int_stub_221();
-extern void im_int_stub_222();
-extern void im_int_stub_223();
-extern void im_int_stub_224();
-extern void im_int_stub_225();
-extern void im_int_stub_226();
-extern void im_int_stub_227();
-extern void im_int_stub_228();
-extern void im_int_stub_229();
-extern void im_int_stub_230();
-extern void im_int_stub_231();
-extern void im_int_stub_232();
-extern void im_int_stub_233();
-extern void im_int_stub_234();
-extern void im_int_stub_235();
-extern void im_int_stub_236();
-extern void im_int_stub_237();
-extern void im_int_stub_238();
-extern void im_int_stub_239();
-extern void im_int_stub_240();
-extern void im_int_stub_241();
-extern void im_int_stub_242();
-extern void im_int_stub_243();
-extern void im_int_stub_244();
-extern void im_int_stub_245();
-extern void im_int_stub_246();
-extern void im_int_stub_247();
-extern void im_int_stub_248();
-extern void im_int_stub_249();
-extern void im_int_stub_250();
-extern void im_int_stub_251();
-extern void im_int_stub_252();
-extern void im_int_stub_253();
-extern void im_int_stub_254();
-extern void im_int_stub_255();
-
-/**
- * Die IDT-Eintraege vorbereiten
- */
-void im_init()
-{
-    idt_set_gate(0, &im_int_stub_0, 0);
-    idt_set_gate(1, &im_int_stub_1, 0);
-    idt_set_gate(2, &im_int_stub_2, 0);
-    idt_set_gate(3, &im_int_stub_3, 0);
-    idt_set_gate(4, &im_int_stub_4, 0);
-    idt_set_gate(5, &im_int_stub_5, 0);
-    idt_set_gate(6, &im_int_stub_6, 0);
-    idt_set_gate(7, &im_int_stub_7, 0);
-    idt_set_gate(8, &im_int_stub_8, 0);
-    idt_set_gate(9, &im_int_stub_9, 0);
-    idt_set_gate(10, &im_int_stub_10, 0);
-    idt_set_gate(11, &im_int_stub_11, 0);
-    idt_set_gate(12, &im_int_stub_12, 0);
-    idt_set_gate(13, &im_int_stub_13, 0);
-    idt_set_gate(14, &im_int_stub_14, 0);
-    idt_set_gate(15, &im_int_stub_15, 0);
-    idt_set_gate(16, &im_int_stub_16, 0);
-    idt_set_gate(17, &im_int_stub_17, 0);
-    idt_set_gate(18, &im_int_stub_18, 0);
-    idt_set_gate(19, &im_int_stub_19, 0);
-    idt_set_gate(20, &im_int_stub_20, 0);
-    idt_set_gate(21, &im_int_stub_21, 0);
-    idt_set_gate(22, &im_int_stub_22, 0);
-    idt_set_gate(23, &im_int_stub_23, 0);
-    idt_set_gate(24, &im_int_stub_24, 0);
-    idt_set_gate(25, &im_int_stub_25, 0);
-    idt_set_gate(26, &im_int_stub_26, 0);
-    idt_set_gate(27, &im_int_stub_27, 0);
-    idt_set_gate(28, &im_int_stub_28, 0);
-    idt_set_gate(29, &im_int_stub_29, 0);
-    idt_set_gate(30, &im_int_stub_30, 0);
-    idt_set_gate(31, &im_int_stub_31, 0);
-    idt_set_gate(32, &im_int_stub_32, 0);
-    idt_set_gate(33, &im_int_stub_33, 0);
-    idt_set_gate(34, &im_int_stub_34, 0);
-    idt_set_gate(35, &im_int_stub_35, 0);
-    idt_set_gate(36, &im_int_stub_36, 0);
-    idt_set_gate(37, &im_int_stub_37, 0);
-    idt_set_gate(38, &im_int_stub_38, 0);
-    idt_set_gate(39, &im_int_stub_39, 0);
-    idt_set_gate(40, &im_int_stub_40, 0);
-    idt_set_gate(41, &im_int_stub_41, 0);
-    idt_set_gate(42, &im_int_stub_42, 0);
-    idt_set_gate(43, &im_int_stub_43, 0);
-    idt_set_gate(44, &im_int_stub_44, 0);
-    idt_set_gate(45, &im_int_stub_45, 0);
-    idt_set_gate(46, &im_int_stub_46, 0);
-    idt_set_gate(47, &im_int_stub_47, 0);
-    idt_set_gate(48, &im_int_stub_48, 0);
-    idt_set_gate(49, &im_int_stub_49, 0);
-    idt_set_gate(50, &im_int_stub_50, 0);
-    idt_set_gate(51, &im_int_stub_51, 0);
-    idt_set_gate(52, &im_int_stub_52, 0);
-    idt_set_gate(53, &im_int_stub_53, 0);
-    idt_set_gate(54, &im_int_stub_54, 0);
-    idt_set_gate(55, &im_int_stub_55, 0);
-    idt_set_gate(56, &im_int_stub_56, 0);
-    idt_set_gate(57, &im_int_stub_57, 0);
-    idt_set_gate(58, &im_int_stub_58, 0);
-    idt_set_gate(59, &im_int_stub_59, 0);
-    idt_set_gate(60, &im_int_stub_60, 0);
-    idt_set_gate(61, &im_int_stub_61, 0);
-    idt_set_gate(62, &im_int_stub_62, 0);
-    idt_set_gate(63, &im_int_stub_63, 0);
-    idt_set_gate(64, &im_int_stub_64, 0);
-    idt_set_gate(65, &im_int_stub_65, 0);
-    idt_set_gate(66, &im_int_stub_66, 0);
-    idt_set_gate(67, &im_int_stub_67, 0);
-    idt_set_gate(68, &im_int_stub_68, 0);
-    idt_set_gate(69, &im_int_stub_69, 0);
-    idt_set_gate(70, &im_int_stub_70, 0);
-    idt_set_gate(71, &im_int_stub_71, 0);
-    idt_set_gate(72, &im_int_stub_72, 0);
-    idt_set_gate(73, &im_int_stub_73, 0);
-    idt_set_gate(74, &im_int_stub_74, 0);
-    idt_set_gate(75, &im_int_stub_75, 0);
-    idt_set_gate(76, &im_int_stub_76, 0);
-    idt_set_gate(77, &im_int_stub_77, 0);
-    idt_set_gate(78, &im_int_stub_78, 0);
-    idt_set_gate(79, &im_int_stub_79, 0);
-    idt_set_gate(80, &im_int_stub_80, 0);
-    idt_set_gate(81, &im_int_stub_81, 0);
-    idt_set_gate(82, &im_int_stub_82, 0);
-    idt_set_gate(83, &im_int_stub_83, 0);
-    idt_set_gate(84, &im_int_stub_84, 0);
-    idt_set_gate(85, &im_int_stub_85, 0);
-    idt_set_gate(86, &im_int_stub_86, 0);
-    idt_set_gate(87, &im_int_stub_87, 0);
-    idt_set_gate(88, &im_int_stub_88, 0);
-    idt_set_gate(89, &im_int_stub_89, 0);
-    idt_set_gate(90, &im_int_stub_90, 0);
-    idt_set_gate(91, &im_int_stub_91, 0);
-    idt_set_gate(92, &im_int_stub_92, 0);
-    idt_set_gate(93, &im_int_stub_93, 0);
-    idt_set_gate(94, &im_int_stub_94, 0);
-    idt_set_gate(95, &im_int_stub_95, 0);
-    idt_set_gate(96, &im_int_stub_96, 0);
-    idt_set_gate(97, &im_int_stub_97, 0);
-    idt_set_gate(98, &im_int_stub_98, 0);
-    idt_set_gate(99, &im_int_stub_99, 0);
-    idt_set_gate(100, &im_int_stub_100, 0);
-    idt_set_gate(101, &im_int_stub_101, 0);
-    idt_set_gate(102, &im_int_stub_102, 0);
-    idt_set_gate(103, &im_int_stub_103, 0);
-    idt_set_gate(104, &im_int_stub_104, 0);
-    idt_set_gate(105, &im_int_stub_105, 0);
-    idt_set_gate(106, &im_int_stub_106, 0);
-    idt_set_gate(107, &im_int_stub_107, 0);
-    idt_set_gate(108, &im_int_stub_108, 0);
-    idt_set_gate(109, &im_int_stub_109, 0);
-    idt_set_gate(110, &im_int_stub_110, 0);
-    idt_set_gate(111, &im_int_stub_111, 0);
-    idt_set_gate(112, &im_int_stub_112, 0);
-    idt_set_gate(113, &im_int_stub_113, 0);
-    idt_set_gate(114, &im_int_stub_114, 0);
-    idt_set_gate(115, &im_int_stub_115, 0);
-    idt_set_gate(116, &im_int_stub_116, 0);
-    idt_set_gate(117, &im_int_stub_117, 0);
-    idt_set_gate(118, &im_int_stub_118, 0);
-    idt_set_gate(119, &im_int_stub_119, 0);
-    idt_set_gate(120, &im_int_stub_120, 0);
-    idt_set_gate(121, &im_int_stub_121, 0);
-    idt_set_gate(122, &im_int_stub_122, 0);
-    idt_set_gate(123, &im_int_stub_123, 0);
-    idt_set_gate(124, &im_int_stub_124, 0);
-    idt_set_gate(125, &im_int_stub_125, 0);
-    idt_set_gate(126, &im_int_stub_126, 0);
-    idt_set_gate(127, &im_int_stub_127, 0);
-    idt_set_gate(128, &im_int_stub_128, 0);
-    idt_set_gate(129, &im_int_stub_129, 0);
-    idt_set_gate(130, &im_int_stub_130, 0);
-    idt_set_gate(131, &im_int_stub_131, 0);
-    idt_set_gate(132, &im_int_stub_132, 0);
-    idt_set_gate(133, &im_int_stub_133, 0);
-    idt_set_gate(134, &im_int_stub_134, 0);
-    idt_set_gate(135, &im_int_stub_135, 0);
-    idt_set_gate(136, &im_int_stub_136, 0);
-    idt_set_gate(137, &im_int_stub_137, 0);
-    idt_set_gate(138, &im_int_stub_138, 0);
-    idt_set_gate(139, &im_int_stub_139, 0);
-    idt_set_gate(140, &im_int_stub_140, 0);
-    idt_set_gate(141, &im_int_stub_141, 0);
-    idt_set_gate(142, &im_int_stub_142, 0);
-    idt_set_gate(143, &im_int_stub_143, 0);
-    idt_set_gate(144, &im_int_stub_144, 0);
-    idt_set_gate(145, &im_int_stub_145, 0);
-    idt_set_gate(146, &im_int_stub_146, 0);
-    idt_set_gate(147, &im_int_stub_147, 0);
-    idt_set_gate(148, &im_int_stub_148, 0);
-    idt_set_gate(149, &im_int_stub_149, 0);
-    idt_set_gate(150, &im_int_stub_150, 0);
-    idt_set_gate(151, &im_int_stub_151, 0);
-    idt_set_gate(152, &im_int_stub_152, 0);
-    idt_set_gate(153, &im_int_stub_153, 0);
-    idt_set_gate(154, &im_int_stub_154, 0);
-    idt_set_gate(155, &im_int_stub_155, 0);
-    idt_set_gate(156, &im_int_stub_156, 0);
-    idt_set_gate(157, &im_int_stub_157, 0);
-    idt_set_gate(158, &im_int_stub_158, 0);
-    idt_set_gate(159, &im_int_stub_159, 0);
-    idt_set_gate(160, &im_int_stub_160, 0);
-    idt_set_gate(161, &im_int_stub_161, 0);
-    idt_set_gate(162, &im_int_stub_162, 0);
-    idt_set_gate(163, &im_int_stub_163, 0);
-    idt_set_gate(164, &im_int_stub_164, 0);
-    idt_set_gate(165, &im_int_stub_165, 0);
-    idt_set_gate(166, &im_int_stub_166, 0);
-    idt_set_gate(167, &im_int_stub_167, 0);
-    idt_set_gate(168, &im_int_stub_168, 0);
-    idt_set_gate(169, &im_int_stub_169, 0);
-    idt_set_gate(170, &im_int_stub_170, 0);
-    idt_set_gate(171, &im_int_stub_171, 0);
-    idt_set_gate(172, &im_int_stub_172, 0);
-    idt_set_gate(173, &im_int_stub_173, 0);
-    idt_set_gate(174, &im_int_stub_174, 0);
-    idt_set_gate(175, &im_int_stub_175, 0);
-    idt_set_gate(176, &im_int_stub_176, 0);
-    idt_set_gate(177, &im_int_stub_177, 0);
-    idt_set_gate(178, &im_int_stub_178, 0);
-    idt_set_gate(179, &im_int_stub_179, 0);
-    idt_set_gate(180, &im_int_stub_180, 0);
-    idt_set_gate(181, &im_int_stub_181, 0);
-    idt_set_gate(182, &im_int_stub_182, 0);
-    idt_set_gate(183, &im_int_stub_183, 0);
-    idt_set_gate(184, &im_int_stub_184, 0);
-    idt_set_gate(185, &im_int_stub_185, 0);
-    idt_set_gate(186, &im_int_stub_186, 0);
-    idt_set_gate(187, &im_int_stub_187, 0);
-    idt_set_gate(188, &im_int_stub_188, 0);
-    idt_set_gate(189, &im_int_stub_189, 0);
-    idt_set_gate(190, &im_int_stub_190, 0);
-    idt_set_gate(191, &im_int_stub_191, 0);
-    idt_set_gate(192, &im_int_stub_192, 0);
-    idt_set_gate(193, &im_int_stub_193, 0);
-    idt_set_gate(194, &im_int_stub_194, 0);
-    idt_set_gate(195, &im_int_stub_195, 0);
-    idt_set_gate(196, &im_int_stub_196, 0);
-    idt_set_gate(197, &im_int_stub_197, 0);
-    idt_set_gate(198, &im_int_stub_198, 0);
-    idt_set_gate(199, &im_int_stub_199, 0);
-    idt_set_gate(200, &im_int_stub_200, 0);
-    idt_set_gate(201, &im_int_stub_201, 0);
-    idt_set_gate(202, &im_int_stub_202, 0);
-    idt_set_gate(203, &im_int_stub_203, 0);
-    idt_set_gate(204, &im_int_stub_204, 0);
-    idt_set_gate(205, &im_int_stub_205, 0);
-    idt_set_gate(206, &im_int_stub_206, 0);
-    idt_set_gate(207, &im_int_stub_207, 0);
-    idt_set_gate(208, &im_int_stub_208, 0);
-    idt_set_gate(209, &im_int_stub_209, 0);
-    idt_set_gate(210, &im_int_stub_210, 0);
-    idt_set_gate(211, &im_int_stub_211, 0);
-    idt_set_gate(212, &im_int_stub_212, 0);
-    idt_set_gate(213, &im_int_stub_213, 0);
-    idt_set_gate(214, &im_int_stub_214, 0);
-    idt_set_gate(215, &im_int_stub_215, 0);
-    idt_set_gate(216, &im_int_stub_216, 0);
-    idt_set_gate(217, &im_int_stub_217, 0);
-    idt_set_gate(218, &im_int_stub_218, 0);
-    idt_set_gate(219, &im_int_stub_219, 0);
-    idt_set_gate(220, &im_int_stub_220, 0);
-    idt_set_gate(221, &im_int_stub_221, 0);
-    idt_set_gate(222, &im_int_stub_222, 0);
-    idt_set_gate(223, &im_int_stub_223, 0);
-    idt_set_gate(224, &im_int_stub_224, 0);
-    idt_set_gate(225, &im_int_stub_225, 0);
-    idt_set_gate(226, &im_int_stub_226, 0);
-    idt_set_gate(227, &im_int_stub_227, 0);
-    idt_set_gate(228, &im_int_stub_228, 0);
-    idt_set_gate(229, &im_int_stub_229, 0);
-    idt_set_gate(230, &im_int_stub_230, 0);
-    idt_set_gate(231, &im_int_stub_231, 0);
-    idt_set_gate(232, &im_int_stub_232, 0);
-    idt_set_gate(233, &im_int_stub_233, 0);
-    idt_set_gate(234, &im_int_stub_234, 0);
-    idt_set_gate(235, &im_int_stub_235, 0);
-    idt_set_gate(236, &im_int_stub_236, 0);
-    idt_set_gate(237, &im_int_stub_237, 0);
-    idt_set_gate(238, &im_int_stub_238, 0);
-    idt_set_gate(239, &im_int_stub_239, 0);
-    idt_set_gate(240, &im_int_stub_240, 0);
-    idt_set_gate(241, &im_int_stub_241, 0);
-    idt_set_gate(242, &im_int_stub_242, 0);
-    idt_set_gate(243, &im_int_stub_243, 0);
-    idt_set_gate(244, &im_int_stub_244, 0);
-    idt_set_gate(245, &im_int_stub_245, 0);
-    idt_set_gate(246, &im_int_stub_246, 0);
-    idt_set_gate(247, &im_int_stub_247, 0);
-    idt_set_gate(248, &im_int_stub_248, 0);
-    idt_set_gate(249, &im_int_stub_249, 0);
-    idt_set_gate(250, &im_int_stub_250, 0);
-    idt_set_gate(251, &im_int_stub_251, 0);
-    idt_set_gate(252, &im_int_stub_252, 0);
-    idt_set_gate(253, &im_int_stub_253, 0);
-    idt_set_gate(254, &im_int_stub_254, 0);
-    idt_set_gate(255, &im_int_stub_255, 0);
-
-    use_apic = TRUE;
-}
-
-/**
- * Die IDT laden und Interrupts aktivieren.
- */
-void im_enable()
+extern void im_int_stub_1();
+extern void im_int_stub_2();
+extern void im_int_stub_3();
+extern void im_int_stub_4();
+extern void im_int_stub_5();
+extern void im_int_stub_6();
+extern void im_int_stub_7();
+extern void im_int_stub_8();
+extern void im_int_stub_9();
+extern void im_int_stub_10();
+extern void im_int_stub_11();
+extern void im_int_stub_12();
+extern void im_int_stub_13();
+extern void im_int_stub_14();
+extern void im_int_stub_15();
+extern void im_int_stub_16();
+extern void im_int_stub_17();
+extern void im_int_stub_18();
+extern void im_int_stub_19();
+extern void im_int_stub_20();
+extern void im_int_stub_21();
+extern void im_int_stub_22();
+extern void im_int_stub_23();
+extern void im_int_stub_24();
+extern void im_int_stub_25();
+extern void im_int_stub_26();
+extern void im_int_stub_27();
+extern void im_int_stub_28();
+extern void im_int_stub_29();
+extern void im_int_stub_30();
+extern void im_int_stub_31();
+extern void im_int_stub_32();
+extern void im_int_stub_33();
+extern void im_int_stub_34();
+extern void im_int_stub_35();
+extern void im_int_stub_36();
+extern void im_int_stub_37();
+extern void im_int_stub_38();
+extern void im_int_stub_39();
+extern void im_int_stub_40();
+extern void im_int_stub_41();
+extern void im_int_stub_42();
+extern void im_int_stub_43();
+extern void im_int_stub_44();
+extern void im_int_stub_45();
+extern void im_int_stub_46();
+extern void im_int_stub_47();
+extern void im_int_stub_48();
+extern void im_int_stub_49();
+extern void im_int_stub_50();
+extern void im_int_stub_51();
+extern void im_int_stub_52();
+extern void im_int_stub_53();
+extern void im_int_stub_54();
+extern void im_int_stub_55();
+extern void im_int_stub_56();
+extern void im_int_stub_57();
+extern void im_int_stub_58();
+extern void im_int_stub_59();
+extern void im_int_stub_60();
+extern void im_int_stub_61();
+extern void im_int_stub_62();
+extern void im_int_stub_63();
+extern void im_int_stub_64();
+extern void im_int_stub_65();
+extern void im_int_stub_66();
+extern void im_int_stub_67();
+extern void im_int_stub_68();
+extern void im_int_stub_69();
+extern void im_int_stub_70();
+extern void im_int_stub_71();
+extern void im_int_stub_72();
+extern void im_int_stub_73();
+extern void im_int_stub_74();
+extern void im_int_stub_75();
+extern void im_int_stub_76();
+extern void im_int_stub_77();
+extern void im_int_stub_78();
+extern void im_int_stub_79();
+extern void im_int_stub_80();
+extern void im_int_stub_81();
+extern void im_int_stub_82();
+extern void im_int_stub_83();
+extern void im_int_stub_84();
+extern void im_int_stub_85();
+extern void im_int_stub_86();
+extern void im_int_stub_87();
+extern void im_int_stub_88();
+extern void im_int_stub_89();
+extern void im_int_stub_90();
+extern void im_int_stub_91();
+extern void im_int_stub_92();
+extern void im_int_stub_93();
+extern void im_int_stub_94();
+extern void im_int_stub_95();
+extern void im_int_stub_96();
+extern void im_int_stub_97();
+extern void im_int_stub_98();
+extern void im_int_stub_99();
+extern void im_int_stub_100();
+extern void im_int_stub_101();
+extern void im_int_stub_102();
+extern void im_int_stub_103();
+extern void im_int_stub_104();
+extern void im_int_stub_105();
+extern void im_int_stub_106();
+extern void im_int_stub_107();
+extern void im_int_stub_108();
+extern void im_int_stub_109();
+extern void im_int_stub_110();
+extern void im_int_stub_111();
+extern void im_int_stub_112();
+extern void im_int_stub_113();
+extern void im_int_stub_114();
+extern void im_int_stub_115();
+extern void im_int_stub_116();
+extern void im_int_stub_117();
+extern void im_int_stub_118();
+extern void im_int_stub_119();
+extern void im_int_stub_120();
+extern void im_int_stub_121();
+extern void im_int_stub_122();
+extern void im_int_stub_123();
+extern void im_int_stub_124();
+extern void im_int_stub_125();
+extern void im_int_stub_126();
+extern void im_int_stub_127();
+extern void im_int_stub_128();
+extern void im_int_stub_129();
+extern void im_int_stub_130();
+extern void im_int_stub_131();
+extern void im_int_stub_132();
+extern void im_int_stub_133();
+extern void im_int_stub_134();
+extern void im_int_stub_135();
+extern void im_int_stub_136();
+extern void im_int_stub_137();
+extern void im_int_stub_138();
+extern void im_int_stub_139();
+extern void im_int_stub_140();
+extern void im_int_stub_141();
+extern void im_int_stub_142();
+extern void im_int_stub_143();
+extern void im_int_stub_144();
+extern void im_int_stub_145();
+extern void im_int_stub_146();
+extern void im_int_stub_147();
+extern void im_int_stub_148();
+extern void im_int_stub_149();
+extern void im_int_stub_150();
+extern void im_int_stub_151();
+extern void im_int_stub_152();
+extern void im_int_stub_153();
+extern void im_int_stub_154();
+extern void im_int_stub_155();
+extern void im_int_stub_156();
+extern void im_int_stub_157();
+extern void im_int_stub_158();
+extern void im_int_stub_159();
+extern void im_int_stub_160();
+extern void im_int_stub_161();
+extern void im_int_stub_162();
+extern void im_int_stub_163();
+extern void im_int_stub_164();
+extern void im_int_stub_165();
+extern void im_int_stub_166();
+extern void im_int_stub_167();
+extern void im_int_stub_168();
+extern void im_int_stub_169();
+extern void im_int_stub_170();
+extern void im_int_stub_171();
+extern void im_int_stub_172();
+extern void im_int_stub_173();
+extern void im_int_stub_174();
+extern void im_int_stub_175();
+extern void im_int_stub_176();
+extern void im_int_stub_177();
+extern void im_int_stub_178();
+extern void im_int_stub_179();
+extern void im_int_stub_180();
+extern void im_int_stub_181();
+extern void im_int_stub_182();
+extern void im_int_stub_183();
+extern void im_int_stub_184();
+extern void im_int_stub_185();
+extern void im_int_stub_186();
+extern void im_int_stub_187();
+extern void im_int_stub_188();
+extern void im_int_stub_189();
+extern void im_int_stub_190();
+extern void im_int_stub_191();
+extern void im_int_stub_192();
+extern void im_int_stub_193();
+extern void im_int_stub_194();
+extern void im_int_stub_195();
+extern void im_int_stub_196();
+extern void im_int_stub_197();
+extern void im_int_stub_198();
+extern void im_int_stub_199();
+extern void im_int_stub_200();
+extern void im_int_stub_201();
+extern void im_int_stub_202();
+extern void im_int_stub_203();
+extern void im_int_stub_204();
+extern void im_int_stub_205();
+extern void im_int_stub_206();
+extern void im_int_stub_207();
+extern void im_int_stub_208();
+extern void im_int_stub_209();
+extern void im_int_stub_210();
+extern void im_int_stub_211();
+extern void im_int_stub_212();
+extern void im_int_stub_213();
+extern void im_int_stub_214();
+extern void im_int_stub_215();
+extern void im_int_stub_216();
+extern void im_int_stub_217();
+extern void im_int_stub_218();
+extern void im_int_stub_219();
+extern void im_int_stub_220();
+extern void im_int_stub_221();
+extern void im_int_stub_222();
+extern void im_int_stub_223();
+extern void im_int_stub_224();
+extern void im_int_stub_225();
+extern void im_int_stub_226();
+extern void im_int_stub_227();
+extern void im_int_stub_228();
+extern void im_int_stub_229();
+extern void im_int_stub_230();
+extern void im_int_stub_231();
+extern void im_int_stub_232();
+extern void im_int_stub_233();
+extern void im_int_stub_234();
+extern void im_int_stub_235();
+extern void im_int_stub_236();
+extern void im_int_stub_237();
+extern void im_int_stub_238();
+extern void im_int_stub_239();
+extern void im_int_stub_240();
+extern void im_int_stub_241();
+extern void im_int_stub_242();
+extern void im_int_stub_243();
+extern void im_int_stub_244();
+extern void im_int_stub_245();
+extern void im_int_stub_246();
+extern void im_int_stub_247();
+extern void im_int_stub_248();
+extern void im_int_stub_249();
+extern void im_int_stub_250();
+extern void im_int_stub_251();
+extern void im_int_stub_252();
+extern void im_int_stub_253();
+extern void im_int_stub_254();
+extern void im_int_stub_255();
+
+/**
+ * Die IDT-Eintraege vorbereiten
+ */
+void im_init()
+{
+    idt_set_gate(0, &im_int_stub_0, 0);
+    idt_set_gate(1, &im_int_stub_1, 0);
+    idt_set_gate(2, &im_int_stub_2, 0);
+    idt_set_gate(3, &im_int_stub_3, 0);
+    idt_set_gate(4, &im_int_stub_4, 0);
+    idt_set_gate(5, &im_int_stub_5, 0);
+    idt_set_gate(6, &im_int_stub_6, 0);
+    idt_set_gate(7, &im_int_stub_7, 0);
+    idt_set_gate(8, &im_int_stub_8, 0);
+    idt_set_gate(9, &im_int_stub_9, 0);
+    idt_set_gate(10, &im_int_stub_10, 0);
+    idt_set_gate(11, &im_int_stub_11, 0);
+    idt_set_gate(12, &im_int_stub_12, 0);
+    idt_set_gate(13, &im_int_stub_13, 0);
+    idt_set_gate(14, &im_int_stub_14, 0);
+    idt_set_gate(15, &im_int_stub_15, 0);
+    idt_set_gate(16, &im_int_stub_16, 0);
+    idt_set_gate(17, &im_int_stub_17, 0);
+    idt_set_gate(18, &im_int_stub_18, 0);
+    idt_set_gate(19, &im_int_stub_19, 0);
+    idt_set_gate(20, &im_int_stub_20, 0);
+    idt_set_gate(21, &im_int_stub_21, 0);
+    idt_set_gate(22, &im_int_stub_22, 0);
+    idt_set_gate(23, &im_int_stub_23, 0);
+    idt_set_gate(24, &im_int_stub_24, 0);
+    idt_set_gate(25, &im_int_stub_25, 0);
+    idt_set_gate(26, &im_int_stub_26, 0);
+    idt_set_gate(27, &im_int_stub_27, 0);
+    idt_set_gate(28, &im_int_stub_28, 0);
+    idt_set_gate(29, &im_int_stub_29, 0);
+    idt_set_gate(30, &im_int_stub_30, 0);
+    idt_set_gate(31, &im_int_stub_31, 0);
+    idt_set_gate(32, &im_int_stub_32, 0);
+    idt_set_gate(33, &im_int_stub_33, 0);
+    idt_set_gate(34, &im_int_stub_34, 0);
+    idt_set_gate(35, &im_int_stub_35, 0);
+    idt_set_gate(36, &im_int_stub_36, 0);
+    idt_set_gate(37, &im_int_stub_37, 0);
+    idt_set_gate(38, &im_int_stub_38, 0);
+    idt_set_gate(39, &im_int_stub_39, 0);
+    idt_set_gate(40, &im_int_stub_40, 0);
+    idt_set_gate(41, &im_int_stub_41, 0);
+    idt_set_gate(42, &im_int_stub_42, 0);
+    idt_set_gate(43, &im_int_stub_43, 0);
+    idt_set_gate(44, &im_int_stub_44, 0);
+    idt_set_gate(45, &im_int_stub_45, 0);
+    idt_set_gate(46, &im_int_stub_46, 0);
+    idt_set_gate(47, &im_int_stub_47, 0);
+    idt_set_gate(48, &im_int_stub_48, 0);
+    idt_set_gate(49, &im_int_stub_49, 0);
+    idt_set_gate(50, &im_int_stub_50, 0);
+    idt_set_gate(51, &im_int_stub_51, 0);
+    idt_set_gate(52, &im_int_stub_52, 0);
+    idt_set_gate(53, &im_int_stub_53, 0);
+    idt_set_gate(54, &im_int_stub_54, 0);
+    idt_set_gate(55, &im_int_stub_55, 0);
+    idt_set_gate(56, &im_int_stub_56, 0);
+    idt_set_gate(57, &im_int_stub_57, 0);
+    idt_set_gate(58, &im_int_stub_58, 0);
+    idt_set_gate(59, &im_int_stub_59, 0);
+    idt_set_gate(60, &im_int_stub_60, 0);
+    idt_set_gate(61, &im_int_stub_61, 0);
+    idt_set_gate(62, &im_int_stub_62, 0);
+    idt_set_gate(63, &im_int_stub_63, 0);
+    idt_set_gate(64, &im_int_stub_64, 0);
+    idt_set_gate(65, &im_int_stub_65, 0);
+    idt_set_gate(66, &im_int_stub_66, 0);
+    idt_set_gate(67, &im_int_stub_67, 0);
+    idt_set_gate(68, &im_int_stub_68, 0);
+    idt_set_gate(69, &im_int_stub_69, 0);
+    idt_set_gate(70, &im_int_stub_70, 0);
+    idt_set_gate(71, &im_int_stub_71, 0);
+    idt_set_gate(72, &im_int_stub_72, 0);
+    idt_set_gate(73, &im_int_stub_73, 0);
+    idt_set_gate(74, &im_int_stub_74, 0);
+    idt_set_gate(75, &im_int_stub_75, 0);
+    idt_set_gate(76, &im_int_stub_76, 0);
+    idt_set_gate(77, &im_int_stub_77, 0);
+    idt_set_gate(78, &im_int_stub_78, 0);
+    idt_set_gate(79, &im_int_stub_79, 0);
+    idt_set_gate(80, &im_int_stub_80, 0);
+    idt_set_gate(81, &im_int_stub_81, 0);
+    idt_set_gate(82, &im_int_stub_82, 0);
+    idt_set_gate(83, &im_int_stub_83, 0);
+    idt_set_gate(84, &im_int_stub_84, 0);
+    idt_set_gate(85, &im_int_stub_85, 0);
+    idt_set_gate(86, &im_int_stub_86, 0);
+    idt_set_gate(87, &im_int_stub_87, 0);
+    idt_set_gate(88, &im_int_stub_88, 0);
+    idt_set_gate(89, &im_int_stub_89, 0);
+    idt_set_gate(90, &im_int_stub_90, 0);
+    idt_set_gate(91, &im_int_stub_91, 0);
+    idt_set_gate(92, &im_int_stub_92, 0);
+    idt_set_gate(93, &im_int_stub_93, 0);
+    idt_set_gate(94, &im_int_stub_94, 0);
+    idt_set_gate(95, &im_int_stub_95, 0);
+    idt_set_gate(96, &im_int_stub_96, 0);
+    idt_set_gate(97, &im_int_stub_97, 0);
+    idt_set_gate(98, &im_int_stub_98, 0);
+    idt_set_gate(99, &im_int_stub_99, 0);
+    idt_set_gate(100, &im_int_stub_100, 0);
+    idt_set_gate(101, &im_int_stub_101, 0);
+    idt_set_gate(102, &im_int_stub_102, 0);
+    idt_set_gate(103, &im_int_stub_103, 0);
+    idt_set_gate(104, &im_int_stub_104, 0);
+    idt_set_gate(105, &im_int_stub_105, 0);
+    idt_set_gate(106, &im_int_stub_106, 0);
+    idt_set_gate(107, &im_int_stub_107, 0);
+    idt_set_gate(108, &im_int_stub_108, 0);
+    idt_set_gate(109, &im_int_stub_109, 0);
+    idt_set_gate(110, &im_int_stub_110, 0);
+    idt_set_gate(111, &im_int_stub_111, 0);
+    idt_set_gate(112, &im_int_stub_112, 0);
+    idt_set_gate(113, &im_int_stub_113, 0);
+    idt_set_gate(114, &im_int_stub_114, 0);
+    idt_set_gate(115, &im_int_stub_115, 0);
+    idt_set_gate(116, &im_int_stub_116, 0);
+    idt_set_gate(117, &im_int_stub_117, 0);
+    idt_set_gate(118, &im_int_stub_118, 0);
+    idt_set_gate(119, &im_int_stub_119, 0);
+    idt_set_gate(120, &im_int_stub_120, 0);
+    idt_set_gate(121, &im_int_stub_121, 0);
+    idt_set_gate(122, &im_int_stub_122, 0);
+    idt_set_gate(123, &im_int_stub_123, 0);
+    idt_set_gate(124, &im_int_stub_124, 0);
+    idt_set_gate(125, &im_int_stub_125, 0);
+    idt_set_gate(126, &im_int_stub_126, 0);
+    idt_set_gate(127, &im_int_stub_127, 0);
+    idt_set_gate(128, &im_int_stub_128, 0);
+    idt_set_gate(129, &im_int_stub_129, 0);
+    idt_set_gate(130, &im_int_stub_130, 0);
+    idt_set_gate(131, &im_int_stub_131, 0);
+    idt_set_gate(132, &im_int_stub_132, 0);
+    idt_set_gate(133, &im_int_stub_133, 0);
+    idt_set_gate(134, &im_int_stub_134, 0);
+    idt_set_gate(135, &im_int_stub_135, 0);
+    idt_set_gate(136, &im_int_stub_136, 0);
+    idt_set_gate(137, &im_int_stub_137, 0);
+    idt_set_gate(138, &im_int_stub_138, 0);
+    idt_set_gate(139, &im_int_stub_139, 0);
+    idt_set_gate(140, &im_int_stub_140, 0);
+    idt_set_gate(141, &im_int_stub_141, 0);
+    idt_set_gate(142, &im_int_stub_142, 0);
+    idt_set_gate(143, &im_int_stub_143, 0);
+    idt_set_gate(144, &im_int_stub_144, 0);
+    idt_set_gate(145, &im_int_stub_145, 0);
+    idt_set_gate(146, &im_int_stub_146, 0);
+    idt_set_gate(147, &im_int_stub_147, 0);
+    idt_set_gate(148, &im_int_stub_148, 0);
+    idt_set_gate(149, &im_int_stub_149, 0);
+    idt_set_gate(150, &im_int_stub_150, 0);
+    idt_set_gate(151, &im_int_stub_151, 0);
+    idt_set_gate(152, &im_int_stub_152, 0);
+    idt_set_gate(153, &im_int_stub_153, 0);
+    idt_set_gate(154, &im_int_stub_154, 0);
+    idt_set_gate(155, &im_int_stub_155, 0);
+    idt_set_gate(156, &im_int_stub_156, 0);
+    idt_set_gate(157, &im_int_stub_157, 0);
+    idt_set_gate(158, &im_int_stub_158, 0);
+    idt_set_gate(159, &im_int_stub_159, 0);
+    idt_set_gate(160, &im_int_stub_160, 0);
+    idt_set_gate(161, &im_int_stub_161, 0);
+    idt_set_gate(162, &im_int_stub_162, 0);
+    idt_set_gate(163, &im_int_stub_163, 0);
+    idt_set_gate(164, &im_int_stub_164, 0);
+    idt_set_gate(165, &im_int_stub_165, 0);
+    idt_set_gate(166, &im_int_stub_166, 0);
+    idt_set_gate(167, &im_int_stub_167, 0);
+    idt_set_gate(168, &im_int_stub_168, 0);
+    idt_set_gate(169, &im_int_stub_169, 0);
+    idt_set_gate(170, &im_int_stub_170, 0);
+    idt_set_gate(171, &im_int_stub_171, 0);
+    idt_set_gate(172, &im_int_stub_172, 0);
+    idt_set_gate(173, &im_int_stub_173, 0);
+    idt_set_gate(174, &im_int_stub_174, 0);
+    idt_set_gate(175, &im_int_stub_175, 0);
+    idt_set_gate(176, &im_int_stub_176, 0);
+    idt_set_gate(177, &im_int_stub_177, 0);
+    idt_set_gate(178, &im_int_stub_178, 0);
+    idt_set_gate(179, &im_int_stub_179, 0);
+    idt_set_gate(180, &im_int_stub_180, 0);
+    idt_set_gate(181, &im_int_stub_181, 0);
+    idt_set_gate(182, &im_int_stub_182, 0);
+    idt_set_gate(183, &im_int_stub_183, 0);
+    idt_set_gate(184, &im_int_stub_184, 0);
+    idt_set_gate(185, &im_int_stub_185, 0);
+    idt_set_gate(186, &im_int_stub_186, 0);
+    idt_set_gate(187, &im_int_stub_187, 0);
+    idt_set_gate(188, &im_int_stub_188, 0);
+    idt_set_gate(189, &im_int_stub_189, 0);
+    idt_set_gate(190, &im_int_stub_190, 0);
+    idt_set_gate(191, &im_int_stub_191, 0);
+    idt_set_gate(192, &im_int_stub_192, 0);
+    idt_set_gate(193, &im_int_stub_193, 0);
+    idt_set_gate(194, &im_int_stub_194, 0);
+    idt_set_gate(195, &im_int_stub_195, 0);
+    idt_set_gate(196, &im_int_stub_196, 0);
+    idt_set_gate(197, &im_int_stub_197, 0);
+    idt_set_gate(198, &im_int_stub_198, 0);
+    idt_set_gate(199, &im_int_stub_199, 0);
+    idt_set_gate(200, &im_int_stub_200, 0);
+    idt_set_gate(201, &im_int_stub_201, 0);
+    idt_set_gate(202, &im_int_stub_202, 0);
+    idt_set_gate(203, &im_int_stub_203, 0);
+    idt_set_gate(204, &im_int_stub_204, 0);
+    idt_set_gate(205, &im_int_stub_205, 0);
+    idt_set_gate(206, &im_int_stub_206, 0);
+    idt_set_gate(207, &im_int_stub_207, 0);
+    idt_set_gate(208, &im_int_stub_208, 0);
+    idt_set_gate(209, &im_int_stub_209, 0);
+    idt_set_gate(210, &im_int_stub_210, 0);
+    idt_set_gate(211, &im_int_stub_211, 0);
+    idt_set_gate(212, &im_int_stub_212, 0);
+    idt_set_gate(213, &im_int_stub_213, 0);
+    idt_set_gate(214, &im_int_stub_214, 0);
+    idt_set_gate(215, &im_int_stub_215, 0);
+    idt_set_gate(216, &im_int_stub_216, 0);
+    idt_set_gate(217, &im_int_stub_217, 0);
+    idt_set_gate(218, &im_int_stub_218, 0);
+    idt_set_gate(219, &im_int_stub_219, 0);
+    idt_set_gate(220, &im_int_stub_220, 0);
+    idt_set_gate(221, &im_int_stub_221, 0);
+    idt_set_gate(222, &im_int_stub_222, 0);
+    idt_set_gate(223, &im_int_stub_223, 0);
+    idt_set_gate(224, &im_int_stub_224, 0);
+    idt_set_gate(225, &im_int_stub_225, 0);
+    idt_set_gate(226, &im_int_stub_226, 0);
+    idt_set_gate(227, &im_int_stub_227, 0);
+    idt_set_gate(228, &im_int_stub_228, 0);
+    idt_set_gate(229, &im_int_stub_229, 0);
+    idt_set_gate(230, &im_int_stub_230, 0);
+    idt_set_gate(231, &im_int_stub_231, 0);
+    idt_set_gate(232, &im_int_stub_232, 0);
+    idt_set_gate(233, &im_int_stub_233, 0);
+    idt_set_gate(234, &im_int_stub_234, 0);
+    idt_set_gate(235, &im_int_stub_235, 0);
+    idt_set_gate(236, &im_int_stub_236, 0);
+    idt_set_gate(237, &im_int_stub_237, 0);
+    idt_set_gate(238, &im_int_stub_238, 0);
+    idt_set_gate(239, &im_int_stub_239, 0);
+    idt_set_gate(240, &im_int_stub_240, 0);
+    idt_set_gate(241, &im_int_stub_241, 0);
+    idt_set_gate(242, &im_int_stub_242, 0);
+    idt_set_gate(243, &im_int_stub_243, 0);
+    idt_set_gate(244, &im_int_stub_244, 0);
+    idt_set_gate(245, &im_int_stub_245, 0);
+    idt_set_gate(246, &im_int_stub_246, 0);
+    idt_set_gate(247, &im_int_stub_247, 0);
+    idt_set_gate(248, &im_int_stub_248, 0);
+    idt_set_gate(249, &im_int_stub_249, 0);
+    idt_set_gate(250, &im_int_stub_250, 0);
+    idt_set_gate(251, &im_int_stub_251, 0);
+    idt_set_gate(252, &im_int_stub_252, 0);
+    idt_set_gate(253, &im_int_stub_253, 0);
+    idt_set_gate(254, &im_int_stub_254, 0);
+    idt_set_gate(255, &im_int_stub_255, 0);
+
+    use_apic = true;
+}
+
+/**
+ * Die IDT laden und Interrupts aktivieren.
+ */
+void im_enable()
 {
     // Register zum laden der IDT vorbereiten
     struct {
@@ -617,13 +617,13 @@ void im_enable()
     };
 
     asm("lidt %0" : : "m" (idt_ptr));
-}
-
-/**
- * Ein Gate in der IDT setzen
- *
- * @param interrupt Interrupt-Nummer
- * @param handler Pointer auf die Handerfunktion.
+}
+
+/**
+ * Ein Gate in der IDT setzen
+ *
+ * @param interrupt Interrupt-Nummer
+ * @param handler Pointer auf die Handerfunktion.
  * @param privilege_level Bestimmt ob der Interrup fuer den Kernel- (0) oder
  *          fuer den User-Ring (3) bestimmt ist.
  */
@@ -631,32 +631,32 @@ static void idt_set_gate(size_t interrupt, vaddr_t handler, uint8_t privilege_le
 {
 	// Handler-Adresse
 	uintptr_t uint_handler = (uintptr_t) handler;
-	idt[interrupt].offset_low = uint_handler & 0xFFFF;
-	idt[interrupt].offset_mid = (uint_handler >> 16) & 0xFFFF;
-	idt[interrupt].offset_high = uint_handler >> 32;
-	
-	// TODO: Segment gehoert hier nicht hartkodiert hin
-	idt[interrupt].segment = 0x8;
-	idt[interrupt].type = IDT_GATE_TYPE_TRAP;
-	idt[interrupt].present = TRUE;
-	idt[interrupt].privilege_level = privilege_level;
-}
-
-/**
- * Muss vom plattformunabhaengigen Handler aufgerufen werden.
+	idt[interrupt].offset_low = uint_handler & 0xFFFF;
+	idt[interrupt].offset_mid = (uint_handler >> 16) & 0xFFFF;
+	idt[interrupt].offset_high = uint_handler >> 32;
+	
+	// TODO: Segment gehoert hier nicht hartkodiert hin
+	idt[interrupt].segment = 0x8;
+	idt[interrupt].type = IDT_GATE_TYPE_TRAP;
+	idt[interrupt].present = true;
+	idt[interrupt].privilege_level = privilege_level;
+}
+
+/**
+ * Muss vom plattformunabhaengigen Handler aufgerufen werden.
  *
  * @param interrupt Interruptnummer
  */
 void im_end_of_interrupt(uint8_t interrupt)
 {
     // Nur mit dem traditionellen PIC
-    if (use_apic == FALSE) {
-        if ((interrupt >= IM_IRQ_BASE) && (interrupt <= IM_IRQ_BASE + 16)) {
-            pic_eoi(interrupt - IM_IRQ_BASE);
-        }
-    } else {
-        // TODO: EOI an APIC
-    }
-}
-
-
+    if (use_apic == false) {
+        if ((interrupt >= IM_IRQ_BASE) && (interrupt <= IM_IRQ_BASE + 16)) {
+            pic_eoi(interrupt - IM_IRQ_BASE);
+        }
+    } else {
+        // TODO: EOI an APIC
+    }
+}
+
+
diff --git a/src/kernel2/src/arch/amd64/mm/mm_context.c b/src/kernel2/src/arch/amd64/mm/mm_context.c
index b6d5274..fed401d 100644
--- a/src/kernel2/src/arch/amd64/mm/mm_context.c
+++ b/src/kernel2/src/arch/amd64/mm/mm_context.c
@@ -49,7 +49,7 @@
  */
 
 /// Bestimmt ob das NX-Bit benutzt werden soll.
-bool mmc_use_no_exec = FALSE;
+bool mmc_use_no_exec = false;
 
 
 /**
@@ -122,7 +122,7 @@ static void pm_free(mmc_pm_entry_t* pm)
  *
  * @param pm Pointer auf die Pagemap. Dieser muss gemappt sein. Am besten mit
  *              pm_get.
- * @param create Wenn TRUE, werden nicht existierende PDPTs erstellt und
+ * @param create Wenn true, werden nicht existierende PDPTs erstellt und
  *                  gemappt.
  * @param user Wenn die pdpt erstellt werden muss, bestimmt dieser Parameter ob
  *              die pdpt fuer den Usermode bestimmt ist, oder nicht.
@@ -138,7 +138,7 @@ static mmc_pdpt_entry_t* pdpt_get(mmc_pm_entry_t* pm,
         return vmm_kernel_automap((paddr_t) (pm[index] & PAGE_MASK), 
             PAGE_SIZE);
     } else {
-        if (create == TRUE) {
+        if (create == true) {
             // Speicher allozieren
             paddr_t phys = pmm_alloc(1);
             mmc_pdpt_entry_t* pdpt = vmm_kernel_automap(phys, PAGE_SIZE);
@@ -176,7 +176,7 @@ static mmc_pd_entry_t* pd_get(mmc_pdpt_entry_t* pdpt, size_t index,
         return vmm_kernel_automap((paddr_t) (pdpt[index] & PAGE_MASK),
             PAGE_SIZE);
     } else {
-        if (create == TRUE) {
+        if (create == true) {
             // Speicher allozieren
             paddr_t phys = pmm_alloc(1);
             mmc_pd_entry_t* pd = vmm_kernel_automap(phys, PAGE_SIZE);
@@ -216,7 +216,7 @@ static mmc_pt_entry_t* pt_get(mmc_pd_entry_t* pd, size_t index, bool create,
         return vmm_kernel_automap((paddr_t) (pd[index] & PAGE_MASK), 
             PAGE_SIZE);
     } else {
-        if ((create == TRUE) && ((pd[index] & 1) == 0)) {
+        if ((create == true) && ((pd[index] & 1) == 0)) {
             // Speicher allozieren
             paddr_t phys = pmm_alloc(1);
             mmc_pt_entry_t* pt = vmm_kernel_automap(phys, PAGE_SIZE);
@@ -251,7 +251,7 @@ static void pt_free(mmc_pt_entry_t* pt)
  *
  * @param context Kontext aus dem das PD kommen soll
  * @param address Adresse ahnand welcher das PD gesucht werden soll
- * @param create TRUE wenn die Strukturen erstellt werden sollen, FALSE wenn
+ * @param create true wenn die Strukturen erstellt werden sollen, false wenn
  *                  nicht.
  * @param user Wenn Stukturen erstellt werden, kann hiermit bestimmt werden, ob
  *              fuer den Usermode bestimmt sein sollen.
@@ -290,7 +290,7 @@ static mmc_pd_entry_t* pd_get_from_context(mmc_context_t context,
  *
  * @param context Kontext aus dem die Page table kommen soll
  * @param address Adresse ahnand welcher die Page table gesucht werden soll
- * @param create TRUE wenn die Strukturen erstellt werden sollen, FALSE wenn
+ * @param create true wenn die Strukturen erstellt werden sollen, false wenn
  *                  nicht.
  * @param user Wenn Stukturen erstellt werden, kann hiermit bestimmt werden, ob
  *              fuer den Usermode bestimmt sein sollen.
@@ -338,36 +338,36 @@ static mmc_pt_entry_t* pt_get_from_context(mmc_context_t context,
  * @param paddr Physische Speicheradresse
  * @param flags Flags, die gesetzt werden sollen
  *
- * @return TRUE, wenn die virtuelle Seite erfolgreich gemappt werden konnte,
- *    FALSE sonst.
+ * @return true, wenn die virtuelle Seite erfolgreich gemappt werden konnte,
+ *    false sonst.
  */
 static bool map_page
     (mmc_context_t context, vaddr_t vaddr, paddr_t paddr, int flags)
 {
     //kprintf("map 0x%16x => 0x%16x\n", vaddr, paddr);
-    bool big_page = FALSE;
-    bool user_page = FALSE;
+    bool big_page = false;
+    bool user_page = false;
     uint64_t internal_flags = flags;
     
     if ((flags & PAGE_FLAGS_BIG) != 0) {
-        big_page = TRUE;
+        big_page = true;
     }
 
     // Die NULL-Page bleibt aus Sicherheitsgruenden ungemappt
     if (vaddr == NULL) {
         panic("Versuchtes Mapping nach virtuell NULL");
-        return FALSE;
+        return false;
     }
     
     // Die Adressen muessen beide auf 4K ausgerichtet sein.
     if ((((((uintptr_t) vaddr | (uintptr_t) paddr)) % PAGE_SIZE) != 0) && 
-        (big_page == FALSE))
+        (big_page == false))
     {
         panic("Adressen sind nicht 4K-aligned (virt = %x, phys = %x)",
             vaddr, paddr);
-        return FALSE;
+        return false;
     } else if ((((((uintptr_t) vaddr | (uintptr_t) paddr)) % (PAGE_SIZE * 512))
-        != 0) && (big_page == TRUE))
+        != 0) && (big_page == true))
     {
         panic("Adressen sind nicht 4M-aligned (virt = %x, phys = %x)",
             vaddr, paddr);
@@ -375,16 +375,16 @@ static bool map_page
     
     // TODO:Flags pruefen.
     if ((internal_flags & PAGE_FLAGS_USER) != 0) {
-        user_page = TRUE;
+        user_page = true;
     }
     
     // Wenn das Nx-Bit gesetzt ist aber nicht benutzt werden darf, wird es
     // geloescht. Sonst wird das richtige NX-Bit gesetzt.
-    if ((mmc_use_no_exec == FALSE) && ((internal_flags & PAGE_FLAGS_NO_EXEC) !=
+    if ((mmc_use_no_exec == false) && ((internal_flags & PAGE_FLAGS_NO_EXEC) !=
         0)) 
     {
         internal_flags &= ~PAGE_FLAGS_NO_EXEC;
-    } else if ((mmc_use_no_exec == TRUE) && ((internal_flags & 
+    } else if ((mmc_use_no_exec == true) && ((internal_flags &
         PAGE_FLAGS_NO_EXEC) != 0)) 
     {
         internal_flags &= ~PAGE_FLAGS_NO_EXEC;
@@ -392,8 +392,8 @@ static bool map_page
     }
 
     // Ab hier wird zwischen grossen und kleinen Pages unterschieden
-    if (big_page == TRUE) {
-        mmc_pd_entry_t* pd = pd_get_from_context(context, vaddr, TRUE,
+    if (big_page == true) {
+        mmc_pd_entry_t* pd = pd_get_from_context(context, vaddr, true,
             user_page);
         size_t index = PAGE_DIRECTORY_INDEX((uintptr_t) vaddr);
 
@@ -410,14 +410,14 @@ static bool map_page
         pd_free(pd);
     } else {
         // PT anfordern, oder sie ggf. erstellen 
-        mmc_pt_entry_t* pt = pt_get_from_context(context, vaddr, TRUE,
+        mmc_pt_entry_t* pt = pt_get_from_context(context, vaddr, true,
             user_page);
         size_t index = PAGE_TABLE_INDEX((uintptr_t) vaddr);
         // Wenn sie nicht angefordert werden konnte, ist der eintrag im PD
         // durch eine Grosse Page belegt.
         if (pt == NULL) {
             panic("Doppelbelegung im Page Directory. (0x%lx)", (uintptr_t) vaddr);
-            return FALSE;
+            return false;
         }
 
         // Wenn der entsprechende Eintrag in der PT nicht frei ist, wird auch
@@ -427,7 +427,7 @@ static bool map_page
             panic("Doppelbelegung in einer Page Table. (0x%08x%08x => 0x%08x%08x)", 
                 ((uintptr_t) vaddr) >> 32, ((uintptr_t) vaddr) & 0xFFFFFFFF, 
                 ((uintptr_t) paddr) >> 32, ((uintptr_t) paddr) & 0xFFFFFFFF);
-            return FALSE;
+            return false;
         }
         
         // Wenn alles gut gelaufen ist, wirds jetzt ernst
@@ -436,7 +436,7 @@ static bool map_page
         pt_free(pt);
     }
 
-    return TRUE;
+    return true;
 }
 
 /**
@@ -453,8 +453,8 @@ static bool map_page
  * @param flags Flags
  * @param num Anzahl der Seiten
  * 
- * @return TRUE, wenn der bereich erfolgreich gemappt werden konnte, 
- *    FALSE sonst
+ * @return true, wenn der bereich erfolgreich gemappt werden konnte,
+ *    false sonst
  */
 bool mmc_map(mmc_context_t context, vaddr_t vaddr, paddr_t paddr, 
     int flags, size_t num_pages) 
@@ -475,14 +475,14 @@ bool mmc_map(mmc_context_t context, vaddr_t vaddr, paddr_t paddr,
         va = (vaddr_t)((uintptr_t)vaddr + i * PAGE_SIZE * page_count);
         pa = (paddr_t)((uintptr_t)paddr + i * PAGE_SIZE * page_count);
 
-        if(map_page(context, va, pa, flags) != TRUE)
+        if(map_page(context, va, pa, flags) != true)
         {
             /* TODO: Das bereits geschehene Mapping r�gig machen */
-            return FALSE;
+            return false;
         }
     }
 
-    return TRUE;
+    return true;
 }
 
 /**
@@ -492,8 +492,8 @@ bool mmc_map(mmc_context_t context, vaddr_t vaddr, paddr_t paddr,
  *    Adresse bezieht
  * @param vaddr Virtuelle Speicheradresse
  * 
- * @return TRUE, wenn die virtuelle Seite erfolgreich ungemappt werden konnte, 
- *    FALSE sonst
+ * @return true, wenn die virtuelle Seite erfolgreich ungemappt werden konnte,
+ *    false sonst
  */
 bool mmc_unmap(mmc_context_t context, vaddr_t vaddr, size_t count) 
 {
@@ -502,11 +502,11 @@ bool mmc_unmap(mmc_context_t context, vaddr_t vaddr, size_t count)
 
     /*for (i = 0; i < count; i++) {
         if (!unmap_page(page_directory, vaddr + i * PAGE_SIZE)) {
-            return FALSE;
+            return false;
         }
     }*/
 
-    return TRUE;
+    return true;
 }
 
 
diff --git a/src/kernel2/src/arch/amd64/mm/mm_virt.c b/src/kernel2/src/arch/amd64/mm/mm_virt.c
index 544b8cb..2b2e9c3 100644
--- a/src/kernel2/src/arch/amd64/mm/mm_virt.c
+++ b/src/kernel2/src/arch/amd64/mm/mm_virt.c
@@ -63,9 +63,9 @@ void vmm_init(mmc_context_t context)
     // Wenn das entsprechende Bit gesetzt ist, duerfen wir es gefahrlos
     // benutzen.
     if ((features & (1 << 20)) != 0) {
-        mmc_use_no_exec = TRUE;
+        mmc_use_no_exec = true;
     } else {
-        mmc_use_no_exec = FALSE;
+        mmc_use_no_exec = false;
     }
     
     // Den Kernel mappen
@@ -100,7 +100,7 @@ void vmm_init(mmc_context_t context)
 void vmm_init_local(mmc_context_t context)
 {
     // NXE aktivieren.
-    if (mmc_use_no_exec == TRUE) {
+    if (mmc_use_no_exec == true) {
         cpu_write_msr(0xC0000080, cpu_read_msr(0xC0000080) | (1 << 11));
     }
     
-- 
1.7.3.4
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