From 16fa8d7cc8c92f5ab879e4cf9c6c0bbb3567860f Mon Sep 17 00:00:00 2001
From: Gabe Black <gabeblack@google.com>
Date: Thu, 24 May 2018 01:37:55 -0700
Subject: systemc: Import tests from the Accellera systemc distribution.

Change-Id: Iad76b398949a55d768a34d027a2d8e3739953da6
Reviewed-on: https://gem5-review.googlesource.com/10845
Reviewed-by: Giacomo Travaglini <giacomo.travaglini@arm.com>
Maintainer: Gabe Black <gabeblack@google.com>
---
 .../datatypes/int/arith/arith01/arith01.cpp        |  141 +
 .../datatypes/int/arith/arith01/golden/arith01.log | 4002 ++++++++++++++++++++
 .../int/arith/arith01/golden/arith01.log.hpux11    | 4001 +++++++++++++++++++
 .../datatypes/int/arith/arith02/arith02.cpp        |  157 +
 .../datatypes/int/arith/arith02/golden/arith02.log |  842 ++++
 .../systemc/datatypes/int/arith/arith02/isaac.h    |  272 ++
 .../datatypes/int/arith/arith03/arith03.cpp        |  127 +
 .../datatypes/int/arith/arith03/golden/arith03.log |  842 ++++
 .../systemc/datatypes/int/arith/arith03/isaac.h    |  272 ++
 .../datatypes/int/arith/arith04/arith04.cpp        |  182 +
 .../datatypes/int/arith/arith04/golden/arith04.log |  842 ++++
 .../systemc/datatypes/int/arith/arith04/isaac.h    |  272 ++
 .../datatypes/int/arith/arith05/arith05.cpp        |  182 +
 .../datatypes/int/arith/arith05/golden/arith05.log |  842 ++++
 .../systemc/datatypes/int/arith/arith05/isaac.h    |  272 ++
 .../datatypes/int/arith/arith06/arith06.cpp        |  147 +
 .../datatypes/int/arith/arith06/golden/arith06.log |  842 ++++
 .../systemc/datatypes/int/arith/arith06/isaac.h    |  272 ++
 .../datatypes/int/arith/arith07/arith07.cpp        |  137 +
 .../datatypes/int/arith/arith07/golden/arith07.log |  842 ++++
 .../systemc/datatypes/int/arith/arith07/isaac.h    |  272 ++
 .../datatypes/int/arith/arith08/arith08.cpp        |  123 +
 .../datatypes/int/arith/arith08/golden/arith08.log |  730 ++++
 .../systemc/datatypes/int/arith/arith08/isaac.h    |  272 ++
 .../datatypes/int/arith/arith09/arith09.cpp        |  122 +
 .../datatypes/int/arith/arith09/golden/arith09.log |  842 ++++
 .../systemc/datatypes/int/arith/arith09/isaac.h    |  272 ++
 .../datatypes/int/arith/arith10/arith10.cpp        |  119 +
 .../datatypes/int/arith/arith10/golden/arith10.log |  842 ++++
 .../systemc/datatypes/int/arith/arith10/isaac.h    |  272 ++
 .../datatypes/int/arith/arith11/arith11.cpp        |   57 +
 .../datatypes/int/arith/arith11/golden/arith11.log |    8 +
 32 files changed, 19419 insertions(+)
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith01/arith01.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log.hpux11
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith02/arith02.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith02/golden/arith02.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith02/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith03/arith03.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith03/golden/arith03.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith03/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith04/arith04.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith04/golden/arith04.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith04/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith05/arith05.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith05/golden/arith05.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith05/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith06/arith06.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith06/golden/arith06.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith06/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith07/arith07.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith07/golden/arith07.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith07/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith08/arith08.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith08/golden/arith08.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith08/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith09/arith09.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith09/golden/arith09.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith09/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith10/arith10.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith10/golden/arith10.log
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith10/isaac.h
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith11/arith11.cpp
 create mode 100644 src/systemc/tests/systemc/datatypes/int/arith/arith11/golden/arith11.log

(limited to 'src/systemc/tests/systemc/datatypes/int/arith')

diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith01/arith01.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith01/arith01.cpp
new file mode 100644
index 000000000..36b768e2b
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith01/arith01.cpp
@@ -0,0 +1,141 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith01.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdio.h>
+#include <stdlib.h>
+#include "systemc.h"
+
+/*
+
+ int9 x;
+
+ x.q = -256;
+
+ x.q is equal to 256 in Sun's CC, and -256 in gcc. The standard leaves
+ this issue as implementation dependent unless the definition is
+ qualified explicitly by signed or unsigned.  
+
+ In order to force consistent behavior, I've qualified every int
+ definition accordingly in all the arith files.  
+
+*/
+
+typedef struct int9 {
+    signed int q : 9;
+} int9;
+
+typedef struct int31 {
+    signed int q : 31;
+} int31;
+
+void
+crunch(sc_signed& z, int31 v31, int u, int v)
+{
+    for (int i = 0; i < 100000; ++i) {
+        z *= u;
+        z += v;
+        v31.q *= u;
+        v31.q += v;
+        sc_assert(z == v31.q);
+    }
+}
+
+// Function to fix result in int9 struct to correctly under-/overflow
+// within its 9 bits range and still ensure the correct sign encoding
+// over the full size of the integer variable. Otherwise, compiler
+// optimization may lead to spurious assertion errors.
+void
+fix_int9(int9& v) {
+  v.q %= 0x200;
+}
+
+int
+sc_main( int argc, char* argv[] )
+{
+    sc_signed x(31);
+    sc_signed y(9);
+    sc_signed z(31);
+    int9 v;
+
+    y = -256;
+    v.q = -256;
+    sc_assert(y == v.q);
+    cout << y << '\t' << v.q << endl;
+    for (int i = 0; i < 1000; ++i) {
+        y++;
+        v.q++;
+        fix_int9(v);
+        cout << y << '\t' << v.q << endl;
+        sc_assert(y == v.q);
+    }
+    for (int i = 0; i < 1000; ++i) {
+        y--;
+        v.q--;
+        fix_int9(v);
+        cout << y << '\t' << v.q << endl;
+        sc_assert(y == v.q);
+    }
+    for (int i = 0; i < 1000; ++i) {
+        ++y;
+        ++v.q;
+        fix_int9(v);
+        cout << y << '\t' << v.q << endl;
+        sc_assert(y == v.q);
+    }
+    for (int i = 0; i < 1000; ++i) {
+        --y;
+        --v.q;
+        fix_int9(v);
+        cout << y << '\t' << v.q << endl;
+        sc_assert(y == v.q);
+    }
+
+    z = 129023;
+    int31 v31;
+    v31.q = 129023;
+    crunch(z, v31, 491, 12089);
+
+    x = -129023;
+    v31.q = -129023;
+    crunch(x, v31, 109, -426);
+
+    x = -1;
+    v31.q = -1;
+    crunch(x, v31, 30941, -1188);
+    
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log b/src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log
new file mode 100644
index 000000000..23813137d
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log
@@ -0,0 +1,4002 @@
+SystemC Simulation
+-256	-256
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+233	233
+234	234
+235	235
+236	236
+237	237
+238	238
+239	239
+240	240
+241	241
+242	242
+243	243
+244	244
+245	245
+246	246
+247	247
+248	248
+249	249
+250	250
+251	251
+252	252
+253	253
+254	254
+255	255
+-256	-256
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-256	-256
+255	255
+254	254
+253	253
+252	252
+251	251
+250	250
+249	249
+248	248
+247	247
+246	246
+245	245
+244	244
+243	243
+242	242
+241	241
+240	240
+239	239
+238	238
+237	237
+236	236
+235	235
+234	234
+233	233
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-256	-256
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+233	233
+234	234
+235	235
+236	236
+237	237
+238	238
+239	239
+240	240
+241	241
+242	242
+243	243
+244	244
+245	245
+246	246
+247	247
+248	248
+249	249
+250	250
+251	251
+252	252
+253	253
+254	254
+255	255
+-256	-256
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-256	-256
+255	255
+254	254
+253	253
+252	252
+251	251
+250	250
+249	249
+248	248
+247	247
+246	246
+245	245
+244	244
+243	243
+242	242
+241	241
+240	240
+239	239
+238	238
+237	237
+236	236
+235	235
+234	234
+233	233
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-256	-256
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log.hpux11 b/src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log.hpux11
new file mode 100644
index 000000000..89bf387a1
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith01/golden/arith01.log.hpux11
@@ -0,0 +1,4001 @@
+SystemC Simulation
+-256	-256
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+233	233
+234	234
+235	235
+236	236
+237	237
+238	238
+239	239
+240	240
+241	241
+242	242
+243	243
+244	244
+245	245
+246	246
+247	247
+248	248
+249	249
+250	250
+251	251
+252	252
+253	253
+254	254
+255	255
+-256	-256
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-256	-256
+255	255
+254	254
+253	253
+252	252
+251	251
+250	250
+249	249
+248	248
+247	247
+246	246
+245	245
+244	244
+243	243
+242	242
+241	241
+240	240
+239	239
+238	238
+237	237
+236	236
+235	235
+234	234
+233	233
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+233	233
+234	234
+235	235
+236	236
+237	237
+238	238
+239	239
+240	240
+241	241
+242	242
+243	243
+244	244
+245	245
+246	246
+247	247
+248	248
+249	249
+250	250
+251	251
+252	252
+253	253
+254	254
+255	255
+-256	256
+-255	-255
+-254	-254
+-253	-253
+-252	-252
+-251	-251
+-250	-250
+-249	-249
+-248	-248
+-247	-247
+-246	-246
+-245	-245
+-244	-244
+-243	-243
+-242	-242
+-241	-241
+-240	-240
+-239	-239
+-238	-238
+-237	-237
+-236	-236
+-235	-235
+-234	-234
+-233	-233
+-232	-232
+-231	-231
+-230	-230
+-229	-229
+-228	-228
+-227	-227
+-226	-226
+-225	-225
+-224	-224
+-223	-223
+-222	-222
+-221	-221
+-220	-220
+-219	-219
+-218	-218
+-217	-217
+-216	-216
+-215	-215
+-214	-214
+-213	-213
+-212	-212
+-211	-211
+-210	-210
+-209	-209
+-208	-208
+-207	-207
+-206	-206
+-205	-205
+-204	-204
+-203	-203
+-202	-202
+-201	-201
+-200	-200
+-199	-199
+-198	-198
+-197	-197
+-196	-196
+-195	-195
+-194	-194
+-193	-193
+-192	-192
+-191	-191
+-190	-190
+-189	-189
+-188	-188
+-187	-187
+-186	-186
+-185	-185
+-184	-184
+-183	-183
+-182	-182
+-181	-181
+-180	-180
+-179	-179
+-178	-178
+-177	-177
+-176	-176
+-175	-175
+-174	-174
+-173	-173
+-172	-172
+-171	-171
+-170	-170
+-169	-169
+-168	-168
+-167	-167
+-166	-166
+-165	-165
+-164	-164
+-163	-163
+-162	-162
+-161	-161
+-160	-160
+-159	-159
+-158	-158
+-157	-157
+-156	-156
+-155	-155
+-154	-154
+-153	-153
+-152	-152
+-151	-151
+-150	-150
+-149	-149
+-148	-148
+-147	-147
+-146	-146
+-145	-145
+-144	-144
+-143	-143
+-142	-142
+-141	-141
+-140	-140
+-139	-139
+-138	-138
+-137	-137
+-136	-136
+-135	-135
+-134	-134
+-133	-133
+-132	-132
+-131	-131
+-130	-130
+-129	-129
+-128	-128
+-127	-127
+-126	-126
+-125	-125
+-124	-124
+-123	-123
+-122	-122
+-121	-121
+-120	-120
+-119	-119
+-118	-118
+-117	-117
+-116	-116
+-115	-115
+-114	-114
+-113	-113
+-112	-112
+-111	-111
+-110	-110
+-109	-109
+-108	-108
+-107	-107
+-106	-106
+-105	-105
+-104	-104
+-103	-103
+-102	-102
+-101	-101
+-100	-100
+-99	-99
+-98	-98
+-97	-97
+-96	-96
+-95	-95
+-94	-94
+-93	-93
+-92	-92
+-91	-91
+-90	-90
+-89	-89
+-88	-88
+-87	-87
+-86	-86
+-85	-85
+-84	-84
+-83	-83
+-82	-82
+-81	-81
+-80	-80
+-79	-79
+-78	-78
+-77	-77
+-76	-76
+-75	-75
+-74	-74
+-73	-73
+-72	-72
+-71	-71
+-70	-70
+-69	-69
+-68	-68
+-67	-67
+-66	-66
+-65	-65
+-64	-64
+-63	-63
+-62	-62
+-61	-61
+-60	-60
+-59	-59
+-58	-58
+-57	-57
+-56	-56
+-55	-55
+-54	-54
+-53	-53
+-52	-52
+-51	-51
+-50	-50
+-49	-49
+-48	-48
+-47	-47
+-46	-46
+-45	-45
+-44	-44
+-43	-43
+-42	-42
+-41	-41
+-40	-40
+-39	-39
+-38	-38
+-37	-37
+-36	-36
+-35	-35
+-34	-34
+-33	-33
+-32	-32
+-31	-31
+-30	-30
+-29	-29
+-28	-28
+-27	-27
+-26	-26
+-25	-25
+-24	-24
+-23	-23
+-22	-22
+-21	-21
+-20	-20
+-19	-19
+-18	-18
+-17	-17
+-16	-16
+-15	-15
+-14	-14
+-13	-13
+-12	-12
+-11	-11
+-10	-10
+-9	-9
+-8	-8
+-7	-7
+-6	-6
+-5	-5
+-4	-4
+-3	-3
+-2	-2
+-1	-1
+0	0
+1	1
+2	2
+3	3
+4	4
+5	5
+6	6
+7	7
+8	8
+9	9
+10	10
+11	11
+12	12
+13	13
+14	14
+15	15
+16	16
+17	17
+18	18
+19	19
+20	20
+21	21
+22	22
+23	23
+24	24
+25	25
+26	26
+27	27
+28	28
+29	29
+30	30
+31	31
+32	32
+33	33
+34	34
+35	35
+36	36
+37	37
+38	38
+39	39
+40	40
+41	41
+42	42
+43	43
+44	44
+45	45
+46	46
+47	47
+48	48
+49	49
+50	50
+51	51
+52	52
+53	53
+54	54
+55	55
+56	56
+57	57
+58	58
+59	59
+60	60
+61	61
+62	62
+63	63
+64	64
+65	65
+66	66
+67	67
+68	68
+69	69
+70	70
+71	71
+72	72
+73	73
+74	74
+75	75
+76	76
+77	77
+78	78
+79	79
+80	80
+81	81
+82	82
+83	83
+84	84
+85	85
+86	86
+87	87
+88	88
+89	89
+90	90
+91	91
+92	92
+93	93
+94	94
+95	95
+96	96
+97	97
+98	98
+99	99
+100	100
+101	101
+102	102
+103	103
+104	104
+105	105
+106	106
+107	107
+108	108
+109	109
+110	110
+111	111
+112	112
+113	113
+114	114
+115	115
+116	116
+117	117
+118	118
+119	119
+120	120
+121	121
+122	122
+123	123
+124	124
+125	125
+126	126
+127	127
+128	128
+129	129
+130	130
+131	131
+132	132
+133	133
+134	134
+135	135
+136	136
+137	137
+138	138
+139	139
+140	140
+141	141
+142	142
+143	143
+144	144
+145	145
+146	146
+147	147
+148	148
+149	149
+150	150
+151	151
+152	152
+153	153
+154	154
+155	155
+156	156
+157	157
+158	158
+159	159
+160	160
+161	161
+162	162
+163	163
+164	164
+165	165
+166	166
+167	167
+168	168
+169	169
+170	170
+171	171
+172	172
+173	173
+174	174
+175	175
+176	176
+177	177
+178	178
+179	179
+180	180
+181	181
+182	182
+183	183
+184	184
+185	185
+186	186
+187	187
+188	188
+189	189
+190	190
+191	191
+192	192
+193	193
+194	194
+195	195
+196	196
+197	197
+198	198
+199	199
+200	200
+201	201
+202	202
+203	203
+204	204
+205	205
+206	206
+207	207
+208	208
+209	209
+210	210
+211	211
+212	212
+213	213
+214	214
+215	215
+216	216
+217	217
+218	218
+219	219
+220	220
+221	221
+222	222
+223	223
+224	224
+225	225
+226	226
+227	227
+228	228
+229	229
+230	230
+231	231
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-256	-256
+255	-257
+254	254
+253	253
+252	252
+251	251
+250	250
+249	249
+248	248
+247	247
+246	246
+245	245
+244	244
+243	243
+242	242
+241	241
+240	240
+239	239
+238	238
+237	237
+236	236
+235	235
+234	234
+233	233
+232	232
+231	231
+230	230
+229	229
+228	228
+227	227
+226	226
+225	225
+224	224
+223	223
+222	222
+221	221
+220	220
+219	219
+218	218
+217	217
+216	216
+215	215
+214	214
+213	213
+212	212
+211	211
+210	210
+209	209
+208	208
+207	207
+206	206
+205	205
+204	204
+203	203
+202	202
+201	201
+200	200
+199	199
+198	198
+197	197
+196	196
+195	195
+194	194
+193	193
+192	192
+191	191
+190	190
+189	189
+188	188
+187	187
+186	186
+185	185
+184	184
+183	183
+182	182
+181	181
+180	180
+179	179
+178	178
+177	177
+176	176
+175	175
+174	174
+173	173
+172	172
+171	171
+170	170
+169	169
+168	168
+167	167
+166	166
+165	165
+164	164
+163	163
+162	162
+161	161
+160	160
+159	159
+158	158
+157	157
+156	156
+155	155
+154	154
+153	153
+152	152
+151	151
+150	150
+149	149
+148	148
+147	147
+146	146
+145	145
+144	144
+143	143
+142	142
+141	141
+140	140
+139	139
+138	138
+137	137
+136	136
+135	135
+134	134
+133	133
+132	132
+131	131
+130	130
+129	129
+128	128
+127	127
+126	126
+125	125
+124	124
+123	123
+122	122
+121	121
+120	120
+119	119
+118	118
+117	117
+116	116
+115	115
+114	114
+113	113
+112	112
+111	111
+110	110
+109	109
+108	108
+107	107
+106	106
+105	105
+104	104
+103	103
+102	102
+101	101
+100	100
+99	99
+98	98
+97	97
+96	96
+95	95
+94	94
+93	93
+92	92
+91	91
+90	90
+89	89
+88	88
+87	87
+86	86
+85	85
+84	84
+83	83
+82	82
+81	81
+80	80
+79	79
+78	78
+77	77
+76	76
+75	75
+74	74
+73	73
+72	72
+71	71
+70	70
+69	69
+68	68
+67	67
+66	66
+65	65
+64	64
+63	63
+62	62
+61	61
+60	60
+59	59
+58	58
+57	57
+56	56
+55	55
+54	54
+53	53
+52	52
+51	51
+50	50
+49	49
+48	48
+47	47
+46	46
+45	45
+44	44
+43	43
+42	42
+41	41
+40	40
+39	39
+38	38
+37	37
+36	36
+35	35
+34	34
+33	33
+32	32
+31	31
+30	30
+29	29
+28	28
+27	27
+26	26
+25	25
+24	24
+23	23
+22	22
+21	21
+20	20
+19	19
+18	18
+17	17
+16	16
+15	15
+14	14
+13	13
+12	12
+11	11
+10	10
+9	9
+8	8
+7	7
+6	6
+5	5
+4	4
+3	3
+2	2
+1	1
+0	0
+-1	-1
+-2	-2
+-3	-3
+-4	-4
+-5	-5
+-6	-6
+-7	-7
+-8	-8
+-9	-9
+-10	-10
+-11	-11
+-12	-12
+-13	-13
+-14	-14
+-15	-15
+-16	-16
+-17	-17
+-18	-18
+-19	-19
+-20	-20
+-21	-21
+-22	-22
+-23	-23
+-24	-24
+-25	-25
+-26	-26
+-27	-27
+-28	-28
+-29	-29
+-30	-30
+-31	-31
+-32	-32
+-33	-33
+-34	-34
+-35	-35
+-36	-36
+-37	-37
+-38	-38
+-39	-39
+-40	-40
+-41	-41
+-42	-42
+-43	-43
+-44	-44
+-45	-45
+-46	-46
+-47	-47
+-48	-48
+-49	-49
+-50	-50
+-51	-51
+-52	-52
+-53	-53
+-54	-54
+-55	-55
+-56	-56
+-57	-57
+-58	-58
+-59	-59
+-60	-60
+-61	-61
+-62	-62
+-63	-63
+-64	-64
+-65	-65
+-66	-66
+-67	-67
+-68	-68
+-69	-69
+-70	-70
+-71	-71
+-72	-72
+-73	-73
+-74	-74
+-75	-75
+-76	-76
+-77	-77
+-78	-78
+-79	-79
+-80	-80
+-81	-81
+-82	-82
+-83	-83
+-84	-84
+-85	-85
+-86	-86
+-87	-87
+-88	-88
+-89	-89
+-90	-90
+-91	-91
+-92	-92
+-93	-93
+-94	-94
+-95	-95
+-96	-96
+-97	-97
+-98	-98
+-99	-99
+-100	-100
+-101	-101
+-102	-102
+-103	-103
+-104	-104
+-105	-105
+-106	-106
+-107	-107
+-108	-108
+-109	-109
+-110	-110
+-111	-111
+-112	-112
+-113	-113
+-114	-114
+-115	-115
+-116	-116
+-117	-117
+-118	-118
+-119	-119
+-120	-120
+-121	-121
+-122	-122
+-123	-123
+-124	-124
+-125	-125
+-126	-126
+-127	-127
+-128	-128
+-129	-129
+-130	-130
+-131	-131
+-132	-132
+-133	-133
+-134	-134
+-135	-135
+-136	-136
+-137	-137
+-138	-138
+-139	-139
+-140	-140
+-141	-141
+-142	-142
+-143	-143
+-144	-144
+-145	-145
+-146	-146
+-147	-147
+-148	-148
+-149	-149
+-150	-150
+-151	-151
+-152	-152
+-153	-153
+-154	-154
+-155	-155
+-156	-156
+-157	-157
+-158	-158
+-159	-159
+-160	-160
+-161	-161
+-162	-162
+-163	-163
+-164	-164
+-165	-165
+-166	-166
+-167	-167
+-168	-168
+-169	-169
+-170	-170
+-171	-171
+-172	-172
+-173	-173
+-174	-174
+-175	-175
+-176	-176
+-177	-177
+-178	-178
+-179	-179
+-180	-180
+-181	-181
+-182	-182
+-183	-183
+-184	-184
+-185	-185
+-186	-186
+-187	-187
+-188	-188
+-189	-189
+-190	-190
+-191	-191
+-192	-192
+-193	-193
+-194	-194
+-195	-195
+-196	-196
+-197	-197
+-198	-198
+-199	-199
+-200	-200
+-201	-201
+-202	-202
+-203	-203
+-204	-204
+-205	-205
+-206	-206
+-207	-207
+-208	-208
+-209	-209
+-210	-210
+-211	-211
+-212	-212
+-213	-213
+-214	-214
+-215	-215
+-216	-216
+-217	-217
+-218	-218
+-219	-219
+-220	-220
+-221	-221
+-222	-222
+-223	-223
+-224	-224
+-225	-225
+-226	-226
+-227	-227
+-228	-228
+-229	-229
+-230	-230
+-231	-231
+-232	-232
+-233	-233
+-234	-234
+-235	-235
+-236	-236
+-237	-237
+-238	-238
+-239	-239
+-240	-240
+-241	-241
+-242	-242
+-243	-243
+-244	-244
+-245	-245
+-246	-246
+-247	-247
+-248	-248
+-249	-249
+-250	-250
+-251	-251
+-252	-252
+-253	-253
+-254	-254
+-255	-255
+-256	-256
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith02/arith02.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith02/arith02.cpp
new file mode 100644
index 000000000..90919bfbd
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith02/arith02.cpp
@@ -0,0 +1,157 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith02.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+void
+check_string( const sc_signed& z, int v )
+{
+    std::string buf(z.to_string( SC_BIN ) );
+    if (z < 0) {
+        sc_assert(buf[2] == '1');
+    } else {
+        sc_assert(buf[2] == '0');
+    }
+}
+
+int
+sc_main( int argc, char* argv[] )
+{
+    signed int vali[5] = { 0, 1, -1, 7, -8 };
+    signed int valj[5] = { 0, 1, -1, 7, -8 };
+
+    for (int i = 3; i < 32; ++i) {
+        for (int j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_signed x(i);
+            sc_signed y(j);
+            sc_signed z(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+	/*
+			// old code - takes too much time.
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+	*/
+            for (int ii = 0; ii < 10; ++ii) {
+                for (int jj = 0; jj < 10; ++jj) {
+                    signed int qi = (ii < 5) ? vali[ii] : (rng.rand() & ((1 << i) - 1));
+                    signed int qj = (jj < 5) ? valj[jj] : (rng.rand() & ((1 << j) - 1));
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    sc_assert( x == qi );
+                    y = qj;
+                    sc_assert( y == qj );
+                    sc_assert((x == qj) == (qi == qj));
+                    sc_assert((x == qj) == (qj == x));
+                    sc_assert((x != qj) == (qi != qj));
+                    sc_assert((x != qj) == (qj != x));
+                    sc_assert((x < qj) == (qi < qj));
+                    sc_assert((x < qj) == (qj > x));
+                    sc_assert((x <= qj) == (qi <= qj));
+                    sc_assert((x <= qj) == (qj >= x));
+                    sc_assert((x > qj) == (qi > qj));
+                    sc_assert((x > qj) == (qj < x));
+                    sc_assert((x >= qj) == (qi >= qj));
+                    sc_assert((x >= qj) == (qj <= x));
+                    z = x + y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+                            (qi + qj) );
+                    check_string( z, qi + qj );
+                    z = x - y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi - qj) );
+                    check_string( z, qi - qj );
+                    z = x * y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi * qj) );
+                    check_string( z, qi * qj );
+                    if (y != 0) {
+                        z = x / y;
+                        sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+				(qi / qj) );
+                        check_string( z, qi / qj );
+                        z = x % y;
+                        sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+				(qi % qj) );
+                        check_string( z, qi % qj );
+                    }
+                    z = x & y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi & qj) );
+                    check_string( z, qi & qj );
+                    z = x | y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi | qj) );
+                    check_string( z, qi | qj );
+                    z = x ^ y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi ^ qj) );
+                    check_string( z, qi ^ qj );
+                    if (jj < i - 1) {
+                        z = x << jj;
+                        for (int r = 0; r < i; ++r) {
+                            sc_assert( (bool) z[r] == !!((qi << jj) & (1 << r)) );
+                        }
+                        z = x >> jj;
+                        for (int r = 0; r < i; ++r) {
+                            sc_assert( (bool) z[r] == !!((qi >> jj) & (1 << r)) );
+                        }
+                    }
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith02/golden/arith02.log b/src/systemc/tests/systemc/datatypes/int/arith/arith02/golden/arith02.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith02/golden/arith02.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith02/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith02/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith02/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith03/arith03.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith03/arith03.cpp
new file mode 100644
index 000000000..a9ee10f3f
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith03/arith03.cpp
@@ -0,0 +1,127 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith03.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+#define TEST(A,B) \
+{ \
+	if ( A != B ) \
+		cout << #A << " (" << hex << A << ") != " << #B << "(" << hex << B << ")" << endl; \
+}
+
+#define TESTA(A,B,C) \
+{ \
+	if ( A != (B-C) ) \
+		cout << #A << " (" << hex << A << ") != " << hex << B-C << " " << B << " " << C << endl; \
+}
+
+int
+sc_main( int argc, char* argv[] )
+{
+    unsigned vali[5] = { 0, 1, (unsigned) -1, 7, (unsigned)-8 };
+    unsigned valj[5] = { 0, 1, (unsigned) -1, 7, (unsigned)-8 };
+
+    for (int i = 3; i < 32; ++i) {
+        for (int j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_unsigned x(i);
+            sc_unsigned y(j);
+            sc_unsigned z(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+                    unsigned qi = (ii < 5) ? vali[ii] : (rng.rand() & ((1 << i) - 1));
+                    unsigned qj = (jj < 5) ? valj[jj] : (rng.rand() & ((1 << j) - 1));
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    TEST(x,qi);
+                    y = qj;
+                    TEST(y,qj);
+                    z = x + y;
+                    TEST((sc_unsigned)( z.range(31,0) ),(qi + qj));
+                    z = x - y;
+                    // TEST((sc_unsigned)( z.range(31,0) ),(qi - qj));
+                    TESTA((sc_unsigned)( z.range(31,0) ),qi,qj);
+                    z = x * y;
+                    TEST((sc_unsigned)( z.range(31,0) ),
+			    (qi * qj) );
+                    if (y != 0) {
+                        z = x / y;
+                        TEST((sc_unsigned)( z.range(31,0) ),(qi/qj));
+                        z = x % y;
+                        TEST((sc_unsigned)( z.range(31,0) ),(qi%qj));
+                    }
+                    z = x & y;
+                    TEST( (sc_unsigned)( z.range(31,0) ), (qi & qj) );
+                    z = x | y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi | qj) );
+                    z = x ^ y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi ^ qj) );
+                    if (jj < i - 1) {
+                        z = x << jj;
+                        for (int r = 0; r < i; ++r) {
+                            TEST((bool) z[r],!!((qi << jj) & (1 << r)) );
+                        }
+                        z = x >> jj;
+                        for (int r = 0; r < i; ++r) {
+                            TEST((bool) z[r],!!((qi >> jj) & (1 << r)) );
+                        }
+                    }
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith03/golden/arith03.log b/src/systemc/tests/systemc/datatypes/int/arith/arith03/golden/arith03.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith03/golden/arith03.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith03/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith03/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith03/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith04/arith04.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith04/arith04.cpp
new file mode 100644
index 000000000..587f35f80
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith04/arith04.cpp
@@ -0,0 +1,182 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith04.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+void
+check_string( const sc_signed& z, int v )
+{
+    std::string buf( z.to_string( SC_BIN ) );
+    if (z < 0) {
+        sc_assert(buf[2] == '1');
+    } else {
+        sc_assert(buf[2] == '0');
+    }
+}
+
+int
+sc_main( int argc, char* argv[] )
+{
+    signed int vali[5] = { 0, 1, -1, 7, -8 };
+    signed int valj[5] = { 0, 1, -1, 7, -8 };
+
+    for (int i = 3; i < 32; ++i) {
+        for (int j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_signed x(i);
+            sc_signed y(j);
+            sc_signed z(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+                    signed int qi = (ii < 5) ? vali[ii] : (rng.rand() & ((1 << i) - 1));
+                    signed int qj = (jj < 5) ? valj[jj] : (rng.rand() & ((1 << j) - 1));
+                    signed int tqi;
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    tqi = qi;
+                    sc_assert( x == qi );
+                    y = qj;
+                    sc_assert( y == qj );
+                    sc_assert((x == qj) == (qi == qj));
+                    sc_assert((x == qj) == (qj == x));
+                    sc_assert((x != qj) == (qi != qj));
+                    sc_assert((x != qj) == (qj != x));
+                    sc_assert((x < qj) == (qi < qj));
+                    sc_assert((x < qj) == (qj > x));
+                    sc_assert((x <= qj) == (qi <= qj));
+                    sc_assert((x <= qj) == (qj >= x));
+                    sc_assert((x > qj) == (qi > qj));
+                    sc_assert((x > qj) == (qj < x));
+                    sc_assert((x >= qj) == (qi >= qj));
+                    sc_assert((x >= qj) == (qj <= x));
+
+                    x += y;
+                    tqi += qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x -= y;
+                    tqi -= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x *= y;
+                    tqi *= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    if (y != 0) {
+                        x = qi;
+                        tqi = qi;
+                        x /= y;
+                        tqi /= qj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+
+                        x = qi;
+                        tqi = qi;
+                        x %= y;
+                        tqi %= qj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+                    }
+
+                    x = qi;
+                    tqi = qi;
+                    x &= y;
+                    tqi &= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x |= y;
+                    tqi |= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x ^= y;
+                    tqi ^= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    if (jj < i - 1) {
+                        x = qi;
+                        tqi = qi;
+                        x <<= jj;
+                        tqi <<= jj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+
+                        x = qi;
+                        tqi = qi;
+                        x >>= jj;
+                        tqi >>= jj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+                    }
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith04/golden/arith04.log b/src/systemc/tests/systemc/datatypes/int/arith/arith04/golden/arith04.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith04/golden/arith04.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith04/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith04/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith04/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith05/arith05.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith05/arith05.cpp
new file mode 100644
index 000000000..7eb83eaff
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith05/arith05.cpp
@@ -0,0 +1,182 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith05.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+void
+check_string( const sc_signed& z, int v )
+{
+    std::string buf( z.to_string( SC_BIN ) );
+    if (z < 0) {
+        sc_assert(buf[2] == '1');
+    } else {
+        sc_assert(buf[2] == '0');
+    }
+}
+
+int
+sc_main( int argc, char* argv[] )
+{
+    unsigned vali[5] = { 0, 1, (unsigned)-1, 7, (unsigned)-8 };
+    unsigned valj[5] = { 0, 1, (unsigned)-1, 7, (unsigned)-8 };
+
+    for (unsigned i = 3; i < 32; ++i) {
+        for (unsigned j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_unsigned x(i);
+            sc_unsigned y(j);
+            sc_unsigned z(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+            for (unsigned ii = 0; ii < 100; ++ii) {
+                for (unsigned jj = 0; jj < 100; ++jj) {
+                    unsigned qi = (ii < 5) ? vali[ii] : (rng.rand() & ((1 << i) - 1));
+                    unsigned qj = (jj < 5) ? valj[jj] : (rng.rand() & ((1 << j) - 1));
+                    unsigned tqi;
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    tqi = qi;
+                    sc_assert( x == qi );
+                    y = qj;
+                    sc_assert( y == qj );
+                    sc_assert((x == qj) == (qi == qj));
+                    sc_assert((x == qj) == (qj == x));
+                    sc_assert((x != qj) == (qi != qj));
+                    sc_assert((x != qj) == (qj != x));
+                    sc_assert((x < qj) == (qi < qj));
+                    sc_assert((x < qj) == (qj > x));
+                    sc_assert((x <= qj) == (qi <= qj));
+                    sc_assert((x <= qj) == (qj >= x));
+                    sc_assert((x > qj) == (qi > qj));
+                    sc_assert((x > qj) == (qj < x));
+                    sc_assert((x >= qj) == (qi >= qj));
+                    sc_assert((x >= qj) == (qj <= x));
+
+                    x += y;
+                    tqi += qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x -= y;
+                    tqi -= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x *= y;
+                    tqi *= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    if (y != 0) {
+                        x = qi;
+                        tqi = qi;
+                        x /= y;
+                        tqi /= qj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+
+                        x = qi;
+                        tqi = qi;
+                        x %= y;
+                        tqi %= qj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+                    }
+
+                    x = qi;
+                    tqi = qi;
+                    x &= y;
+                    tqi &= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x |= y;
+                    tqi |= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    x = qi;
+                    tqi = qi;
+                    x ^= y;
+                    tqi ^= qj;
+                    tqi = (tqi << (32 - i)) >> (32 - i);
+                    sc_assert( x == tqi );
+
+                    if (jj < i - 1) {
+                        x = qi;
+                        tqi = qi;
+                        x <<= jj;
+                        tqi <<= jj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+
+                        x = qi;
+                        tqi = qi;
+                        x >>= jj;
+                        tqi >>= jj;
+                        tqi = (tqi << (32 - i)) >> (32 - i);
+                        sc_assert( x == tqi );
+                    }
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith05/golden/arith05.log b/src/systemc/tests/systemc/datatypes/int/arith/arith05/golden/arith05.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith05/golden/arith05.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith05/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith05/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith05/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith06/arith06.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith06/arith06.cpp
new file mode 100644
index 000000000..0eebbcd79
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith06/arith06.cpp
@@ -0,0 +1,147 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith06.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+int
+sc_main( int argc, char* argv[] )
+{
+    signed int vali[5] = { 0, 1, -1, 7, -8 };
+    signed int valj[5] = { 0, 1, -1, 7, -8 };
+
+    for (int i = 3; i < 32; ++i) {
+        for (int j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_signed x(i);
+            sc_signed y(j);
+            sc_signed z(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+                    signed int qi = (ii < 5) ? vali[ii] : (rng.rand() & ((1 << i) - 1));
+                    signed int qj = (jj < 5) ? valj[jj] : (rng.rand() & ((1 << j) - 1));
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    sc_assert( x == qi );
+                    y = qj;
+                    sc_assert( y == qj );
+                    sc_assert((x == qj) == (qi == qj));
+                    sc_assert((x == qj) == (qj == x));
+                    sc_assert((x != qj) == (qi != qj));
+                    sc_assert((x != qj) == (qj != x));
+                    sc_assert((x < qj) == (qi < qj));
+                    sc_assert((x < qj) == (qj > x));
+                    sc_assert((x <= qj) == (qi <= qj));
+                    sc_assert((x <= qj) == (qj >= x));
+                    sc_assert((x > qj) == (qi > qj));
+                    sc_assert((x > qj) == (qj < x));
+                    sc_assert((x >= qj) == (qi >= qj));
+                    sc_assert((x >= qj) == (qj <= x));
+                    z = x + qj;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi + qj) );
+                    z = qi + y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi + qj) );
+                    z = x - qj;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi - qj) );
+                    z = qi - y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi - qj) );
+                    z = x * qj;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi * qj) );
+                    z = qi * y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi * qj) );
+                    if (qj != 0) {
+                        z = x / qj;
+                        sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+				(qi / qj) );
+                        z = qi / y;
+                        sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+				(qi / qj) );
+                        z = x % qj;
+                        sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+				(qi % qj) );
+                        z = qi % y;
+                        sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+				(qi % qj) );
+                    }
+                    z = x & qj;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi & qj) );
+                    z = qi & y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi & qj) );
+                    z = x | qj;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi | qj) );
+                    z = qi | y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi | qj) );
+                    z = x ^ qj;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi ^ qj) );
+                    z = qi ^ y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+			    (qi ^ qj) );
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith06/golden/arith06.log b/src/systemc/tests/systemc/datatypes/int/arith/arith06/golden/arith06.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith06/golden/arith06.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith06/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith06/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith06/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith07/arith07.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith07/arith07.cpp
new file mode 100644
index 000000000..977108ea8
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith07/arith07.cpp
@@ -0,0 +1,137 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith07.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+#define TEST(A,B) \
+{ \
+    if ( A != B ) \
+        cout << #A << " (" << A << ") != " << #B << "(" << B << ")" << endl; \
+}
+
+int
+sc_main( int argc, char* argv[] )
+{
+    unsigned int vali[5] = { 0, 1, (unsigned)-1, 7, (unsigned)-8 };
+    unsigned int valj[5] = { 0, 1, (unsigned)-1, 7, (unsigned)-8 };
+
+    for (int i = 3; i < 32; ++i) {
+        for (int j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_unsigned x(i);
+            sc_unsigned y(j);
+            sc_unsigned z(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+                    unsigned qi = (ii < 5) ? vali[ii] : (rng.rand() & ((1 << i) - 1));
+                    unsigned qj = (jj < 5) ? valj[jj] : (rng.rand() & ((1 << j) - 1));
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    TEST(x,qi );
+                    y = qj;
+                    TEST(y,qj );
+                    TEST((x == qj),(qi == qj));
+                    TEST((x == qj),(qj == x));
+                    TEST((x != qj),(qi != qj));
+                    TEST((x != qj),(qj != x));
+                    TEST((x < qj),(qi < qj));
+                    TEST((x < qj),(qj > x));
+                    TEST((x <= qj),(qi <= qj));
+                    TEST((x <= qj),(qj >= x));
+                    TEST((x > qj),(qi > qj));
+                    TEST((x > qj),(qj < x));
+                    TEST((x >= qj),(qi >= qj));
+                    TEST((x >= qj),(qj <= x));
+                    z = x + qj;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi + qj) );
+                    z = qi + y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi + qj) );
+                    z = x - qj;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi - qj) );
+                    z = qi - y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi - qj) );
+                    z = x * qj;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi * qj) );
+                    z = qi * y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi * qj) );
+                    if (qj != 0) {
+                        z = x / qj;
+                        TEST((sc_unsigned)( z.range(31,0) ),(qi/qj));
+                        z = qi / y;
+                        TEST((sc_unsigned)( z.range(31,0) ),(qi/qj));
+                        z = x % qj;
+                        TEST((sc_unsigned)( z.range(31,0) ),(qi%qj));
+                        z = qi % y;
+                        TEST((sc_unsigned)( z.range(31,0) ),(qi%qj));
+                    }
+                    z = x & qj;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi & qj) );
+                    z = qi & y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi & qj) );
+                    z = x | qj;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi | qj) );
+                    z = qi | y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi | qj) );
+                    z = x ^ qj;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi ^ qj) );
+                    z = qi ^ y;
+                    TEST((sc_unsigned)( z.range(31,0) ), (qi ^ qj) );
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith07/golden/arith07.log b/src/systemc/tests/systemc/datatypes/int/arith/arith07/golden/arith07.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith07/golden/arith07.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith07/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith07/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith07/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith08/arith08.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith08/arith08.cpp
new file mode 100644
index 000000000..d44dda816
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith08/arith08.cpp
@@ -0,0 +1,123 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith08.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+#define TEST(A,B) \
+{ \
+    if ( A != B ) \
+        cout << #A << " (" << A << ") != " << #B << "(" << B << ")" << endl; \
+}
+
+int
+sc_main(int, char**)
+{
+    unsigned vali[5] = { 0, 1, (unsigned)-1, 7, (unsigned)-8 };
+    signed int valj[5] = { 0, 1, -1, 7, -8 };
+
+    for (int i = 3; i < 30; ++i) {
+        for (int j = 3; j < 30; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+            sc_unsigned x(i);
+            sc_signed y(j);
+            sc_signed z(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+            
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+                    unsigned qi = (ii < 5) ? vali[ii] :
+		                             (rng.rand() & ((1 << i) - 1));
+                    signed int qj = (jj < 5) ? valj[jj] :
+		                               (rng.rand() & ((1 << j) - 1));
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    y = qj;
+
+                    sc_signed ty(x);
+                    TEST(x,ty );
+                    sc_assert( ty >= 0 );
+                    sc_assert((! x[i-1]) || (ty.length() == i+1) );
+
+                    z = x + y;
+                    TEST(static_cast<sc_bigint<32> >( z.range(31,0) ),
+			    int(int(qi) + qj) );
+                    z = x - y;
+                    TEST(static_cast<sc_bigint<32> >( z.range(31,0) ),
+			    int(int(qi) - qj) );
+                    z = x * y;
+                    TEST(static_cast<sc_bigint<32> >( z.range(31,0) ),
+			    int(int(qi) * qj) );
+                    sc_unsigned xx(i);
+                    xx = x;
+                    xx *= y;
+                    sc_unsigned xx2(i);
+                    xx2 = z.range(i - 1, 0);
+                    TEST(xx,xx2);
+
+                    if (y != 0) {
+                        z = x / y;
+                        TEST(static_cast<sc_bigint<32> >( z.range(31,0) ), int(int(qi) / qj) );
+                        z = x % y;
+                        TEST(static_cast<sc_bigint<32> >( z.range(31,0) ), int(int(qi) % qj) );
+                    }
+                    z = x & y;
+                    TEST(static_cast<sc_bigint<32> >( z.range(31,0) ), int(int(qi) & qj) );
+                    z = x | y;
+                    TEST(static_cast<sc_bigint<32> >( z.range(31,0) ), int(int(qi) | qj) );
+                    z = x ^ y;
+                    TEST(static_cast<sc_bigint<32> >( z.range(31,0) ), int(int(qi) ^ qj) );
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith08/golden/arith08.log b/src/systemc/tests/systemc/datatypes/int/arith/arith08/golden/arith08.log
new file mode 100644
index 000000000..d7f3045b2
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith08/golden/arith08.log
@@ -0,0 +1,730 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith08/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith08/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith08/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith09/arith09.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith09/arith09.cpp
new file mode 100644
index 000000000..f918c0506
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith09/arith09.cpp
@@ -0,0 +1,122 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith09.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+int
+sc_main( int argc, char* argv[] )
+{
+    unsigned int vali[5] = { 0, 1, (unsigned)-1, 7, (unsigned)-8 };
+    unsigned int valj[5] = { 0, 1, (unsigned)-1, 7, (unsigned)-8 };
+
+    for (int i = 3; i < 32; ++i) {
+        for (int j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_unsigned x(i);
+            sc_unsigned y(j);
+            sc_unsigned z(64), q(64);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+                    unsigned qi = (ii < 5) ? vali[ii] :
+		                             (rng.rand() & ((1 << i) - 1));
+                    unsigned qj = (jj < 5) ? valj[jj] :
+		                             (rng.rand() & ((1 << j) - 1));
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    y = qj;
+                    z = x * y;
+                    sc_assert( (sc_unsigned)( z.range(31,0) ) ==
+			    (qi * qj) );
+                    if ( i < 17 )
+                    {
+                        if ( j < 17 ) // (i < 17)
+                        {
+                            q = (x.range(i-1,0) * y.range(j-1,0));
+                        }
+                        else // (j >= 17) (i < 17)
+                        {
+                            q = (x.range(i-1,0) * y.range(15,0)) +
+                                ( x.range(i-1,0) * y.range(j-1,16) ) * 65536;
+                        }
+		    }
+                    else
+                    {
+                        if ( j < 17 ) // (i >= 17)
+                        {
+                            q = (x.range(15,0) * y.range(j-1,0)) +
+                                (x.range(i-1,16) * y.range(j-1,0)) * 65536;
+                        }
+                        else // (j >= 17) (i >= 17)
+                        {
+                            q = (x.range(15,0) * y.range(15,0)) +
+                                (x.range(i-1,16) * y.range(15,0) +
+                                 x.range(15,0) * y.range(j-1,16)) * 65536 +
+                                ((x.range(i-1,16) * y.range(j-1,16) * 65536) 
+                                * 65536);
+                        }
+                    }
+                    sc_assert(z == q);
+
+                    if (y != 0) {
+                        z /= y;
+                        sc_assert(z == x);
+                    }
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith09/golden/arith09.log b/src/systemc/tests/systemc/datatypes/int/arith/arith09/golden/arith09.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith09/golden/arith09.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith09/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith09/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith09/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith10/arith10.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith10/arith10.cpp
new file mode 100644
index 000000000..e649cb2a3
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith10/arith10.cpp
@@ -0,0 +1,119 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith10.cpp -- 
+
+  Original Author: Martin Janssen, Synopsys, Inc., 2002-02-15
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <stdlib.h>
+#include "systemc.h"
+#include "isaac.h"
+
+QTIsaac<8> rng;		// Platform independent random number generator.
+
+int
+sc_main( int argc, char* argv[] )
+{
+    signed int vali[5] = { 0, 1, -1, 7, -8 };
+    signed int valj[5] = { 0, 1, -1, 7, -8 };
+
+    for (int i = 3; i < 32; ++i) {
+        for (int j = 3; j < 32; ++j) {
+            cout << "i = " << i << ", j = " << j << endl;
+
+            sc_signed x(i);
+            sc_signed y(j);
+            sc_signed z(65), q(65);
+
+            vali[3] = (1 << (i - 1)) - 1;
+            vali[4] = - (1 << (i - 1));
+
+            valj[3] = (1 << (j - 1)) - 1;
+            valj[4] = - (1 << (j - 1));
+
+            for (int ii = 0; ii < 100; ++ii) {
+                for (int jj = 0; jj < 100; ++jj) {
+                    signed int qi = (ii < 5) ? vali[ii] : (rng.rand() & ((1 << i) - 1));
+                    signed int qj = (jj < 5) ? valj[jj] : (rng.rand() & ((1 << j) - 1));
+
+                    if (qi & (1 << (i - 1))) {
+                        qi = (qi << (32 - i)) >> (32 - i);
+                    }
+                    if (qj & (1 << (j - 1))) {
+                        qj = (qj << (32 - j)) >> (32 - j);
+                    }
+
+                    x = qi;
+                    y = qj;
+                    z = x * y;
+                    sc_assert( static_cast<sc_bigint<32> >( z.range(31,0) ) ==
+                            (qi * qj) );
+                    bool s;
+                    s = ((x < 0) != (y < 0));
+                    sc_signed x2(i+1);
+                    x2 = x;
+                    if (x < 0) {
+                        x2 = - x;
+                    }
+                    sc_signed y2(j+1);
+                    y2 = y;
+                    if (y < 0) {
+                        y2 = - y;
+                    }
+
+                    sc_unsigned xhi(16), xlo(16);
+                    sc_unsigned yhi(16), ylo(16);
+		    sc_unsigned zero(16);
+		    zero = 0;
+                    xlo = i > 14 ? x2.range(15,0) : x2.range(i,0);
+                    xhi = i > 15 ? x2.range(i,16) : zero;
+                    ylo = j > 14 ? y2.range(15,0) : y2.range(j,0);
+                    yhi = j > 15 ? y2.range(j,16) : zero;
+                    q = (xlo * ylo) +
+                        (xhi * ylo + xlo * yhi) * 65536 +
+                        ((xhi * yhi) * 65536) * 65536;
+                    if (s)
+                        q = - q;
+                    if (z.range(63,0) != q.range(63,0)) {
+                        cout << "xlo = " << xlo << endl;
+                        cout << "xhi = " << xhi << endl;
+                        cout << "ylo = " << ylo << endl;
+                        cout << "yhi = " << yhi << endl;
+                        sc_assert(false);
+                    }
+                }
+            }
+        }
+    }
+    return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith10/golden/arith10.log b/src/systemc/tests/systemc/datatypes/int/arith/arith10/golden/arith10.log
new file mode 100644
index 000000000..4e17a8196
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith10/golden/arith10.log
@@ -0,0 +1,842 @@
+SystemC Simulation
+i = 3, j = 3
+i = 3, j = 4
+i = 3, j = 5
+i = 3, j = 6
+i = 3, j = 7
+i = 3, j = 8
+i = 3, j = 9
+i = 3, j = 10
+i = 3, j = 11
+i = 3, j = 12
+i = 3, j = 13
+i = 3, j = 14
+i = 3, j = 15
+i = 3, j = 16
+i = 3, j = 17
+i = 3, j = 18
+i = 3, j = 19
+i = 3, j = 20
+i = 3, j = 21
+i = 3, j = 22
+i = 3, j = 23
+i = 3, j = 24
+i = 3, j = 25
+i = 3, j = 26
+i = 3, j = 27
+i = 3, j = 28
+i = 3, j = 29
+i = 3, j = 30
+i = 3, j = 31
+i = 4, j = 3
+i = 4, j = 4
+i = 4, j = 5
+i = 4, j = 6
+i = 4, j = 7
+i = 4, j = 8
+i = 4, j = 9
+i = 4, j = 10
+i = 4, j = 11
+i = 4, j = 12
+i = 4, j = 13
+i = 4, j = 14
+i = 4, j = 15
+i = 4, j = 16
+i = 4, j = 17
+i = 4, j = 18
+i = 4, j = 19
+i = 4, j = 20
+i = 4, j = 21
+i = 4, j = 22
+i = 4, j = 23
+i = 4, j = 24
+i = 4, j = 25
+i = 4, j = 26
+i = 4, j = 27
+i = 4, j = 28
+i = 4, j = 29
+i = 4, j = 30
+i = 4, j = 31
+i = 5, j = 3
+i = 5, j = 4
+i = 5, j = 5
+i = 5, j = 6
+i = 5, j = 7
+i = 5, j = 8
+i = 5, j = 9
+i = 5, j = 10
+i = 5, j = 11
+i = 5, j = 12
+i = 5, j = 13
+i = 5, j = 14
+i = 5, j = 15
+i = 5, j = 16
+i = 5, j = 17
+i = 5, j = 18
+i = 5, j = 19
+i = 5, j = 20
+i = 5, j = 21
+i = 5, j = 22
+i = 5, j = 23
+i = 5, j = 24
+i = 5, j = 25
+i = 5, j = 26
+i = 5, j = 27
+i = 5, j = 28
+i = 5, j = 29
+i = 5, j = 30
+i = 5, j = 31
+i = 6, j = 3
+i = 6, j = 4
+i = 6, j = 5
+i = 6, j = 6
+i = 6, j = 7
+i = 6, j = 8
+i = 6, j = 9
+i = 6, j = 10
+i = 6, j = 11
+i = 6, j = 12
+i = 6, j = 13
+i = 6, j = 14
+i = 6, j = 15
+i = 6, j = 16
+i = 6, j = 17
+i = 6, j = 18
+i = 6, j = 19
+i = 6, j = 20
+i = 6, j = 21
+i = 6, j = 22
+i = 6, j = 23
+i = 6, j = 24
+i = 6, j = 25
+i = 6, j = 26
+i = 6, j = 27
+i = 6, j = 28
+i = 6, j = 29
+i = 6, j = 30
+i = 6, j = 31
+i = 7, j = 3
+i = 7, j = 4
+i = 7, j = 5
+i = 7, j = 6
+i = 7, j = 7
+i = 7, j = 8
+i = 7, j = 9
+i = 7, j = 10
+i = 7, j = 11
+i = 7, j = 12
+i = 7, j = 13
+i = 7, j = 14
+i = 7, j = 15
+i = 7, j = 16
+i = 7, j = 17
+i = 7, j = 18
+i = 7, j = 19
+i = 7, j = 20
+i = 7, j = 21
+i = 7, j = 22
+i = 7, j = 23
+i = 7, j = 24
+i = 7, j = 25
+i = 7, j = 26
+i = 7, j = 27
+i = 7, j = 28
+i = 7, j = 29
+i = 7, j = 30
+i = 7, j = 31
+i = 8, j = 3
+i = 8, j = 4
+i = 8, j = 5
+i = 8, j = 6
+i = 8, j = 7
+i = 8, j = 8
+i = 8, j = 9
+i = 8, j = 10
+i = 8, j = 11
+i = 8, j = 12
+i = 8, j = 13
+i = 8, j = 14
+i = 8, j = 15
+i = 8, j = 16
+i = 8, j = 17
+i = 8, j = 18
+i = 8, j = 19
+i = 8, j = 20
+i = 8, j = 21
+i = 8, j = 22
+i = 8, j = 23
+i = 8, j = 24
+i = 8, j = 25
+i = 8, j = 26
+i = 8, j = 27
+i = 8, j = 28
+i = 8, j = 29
+i = 8, j = 30
+i = 8, j = 31
+i = 9, j = 3
+i = 9, j = 4
+i = 9, j = 5
+i = 9, j = 6
+i = 9, j = 7
+i = 9, j = 8
+i = 9, j = 9
+i = 9, j = 10
+i = 9, j = 11
+i = 9, j = 12
+i = 9, j = 13
+i = 9, j = 14
+i = 9, j = 15
+i = 9, j = 16
+i = 9, j = 17
+i = 9, j = 18
+i = 9, j = 19
+i = 9, j = 20
+i = 9, j = 21
+i = 9, j = 22
+i = 9, j = 23
+i = 9, j = 24
+i = 9, j = 25
+i = 9, j = 26
+i = 9, j = 27
+i = 9, j = 28
+i = 9, j = 29
+i = 9, j = 30
+i = 9, j = 31
+i = 10, j = 3
+i = 10, j = 4
+i = 10, j = 5
+i = 10, j = 6
+i = 10, j = 7
+i = 10, j = 8
+i = 10, j = 9
+i = 10, j = 10
+i = 10, j = 11
+i = 10, j = 12
+i = 10, j = 13
+i = 10, j = 14
+i = 10, j = 15
+i = 10, j = 16
+i = 10, j = 17
+i = 10, j = 18
+i = 10, j = 19
+i = 10, j = 20
+i = 10, j = 21
+i = 10, j = 22
+i = 10, j = 23
+i = 10, j = 24
+i = 10, j = 25
+i = 10, j = 26
+i = 10, j = 27
+i = 10, j = 28
+i = 10, j = 29
+i = 10, j = 30
+i = 10, j = 31
+i = 11, j = 3
+i = 11, j = 4
+i = 11, j = 5
+i = 11, j = 6
+i = 11, j = 7
+i = 11, j = 8
+i = 11, j = 9
+i = 11, j = 10
+i = 11, j = 11
+i = 11, j = 12
+i = 11, j = 13
+i = 11, j = 14
+i = 11, j = 15
+i = 11, j = 16
+i = 11, j = 17
+i = 11, j = 18
+i = 11, j = 19
+i = 11, j = 20
+i = 11, j = 21
+i = 11, j = 22
+i = 11, j = 23
+i = 11, j = 24
+i = 11, j = 25
+i = 11, j = 26
+i = 11, j = 27
+i = 11, j = 28
+i = 11, j = 29
+i = 11, j = 30
+i = 11, j = 31
+i = 12, j = 3
+i = 12, j = 4
+i = 12, j = 5
+i = 12, j = 6
+i = 12, j = 7
+i = 12, j = 8
+i = 12, j = 9
+i = 12, j = 10
+i = 12, j = 11
+i = 12, j = 12
+i = 12, j = 13
+i = 12, j = 14
+i = 12, j = 15
+i = 12, j = 16
+i = 12, j = 17
+i = 12, j = 18
+i = 12, j = 19
+i = 12, j = 20
+i = 12, j = 21
+i = 12, j = 22
+i = 12, j = 23
+i = 12, j = 24
+i = 12, j = 25
+i = 12, j = 26
+i = 12, j = 27
+i = 12, j = 28
+i = 12, j = 29
+i = 12, j = 30
+i = 12, j = 31
+i = 13, j = 3
+i = 13, j = 4
+i = 13, j = 5
+i = 13, j = 6
+i = 13, j = 7
+i = 13, j = 8
+i = 13, j = 9
+i = 13, j = 10
+i = 13, j = 11
+i = 13, j = 12
+i = 13, j = 13
+i = 13, j = 14
+i = 13, j = 15
+i = 13, j = 16
+i = 13, j = 17
+i = 13, j = 18
+i = 13, j = 19
+i = 13, j = 20
+i = 13, j = 21
+i = 13, j = 22
+i = 13, j = 23
+i = 13, j = 24
+i = 13, j = 25
+i = 13, j = 26
+i = 13, j = 27
+i = 13, j = 28
+i = 13, j = 29
+i = 13, j = 30
+i = 13, j = 31
+i = 14, j = 3
+i = 14, j = 4
+i = 14, j = 5
+i = 14, j = 6
+i = 14, j = 7
+i = 14, j = 8
+i = 14, j = 9
+i = 14, j = 10
+i = 14, j = 11
+i = 14, j = 12
+i = 14, j = 13
+i = 14, j = 14
+i = 14, j = 15
+i = 14, j = 16
+i = 14, j = 17
+i = 14, j = 18
+i = 14, j = 19
+i = 14, j = 20
+i = 14, j = 21
+i = 14, j = 22
+i = 14, j = 23
+i = 14, j = 24
+i = 14, j = 25
+i = 14, j = 26
+i = 14, j = 27
+i = 14, j = 28
+i = 14, j = 29
+i = 14, j = 30
+i = 14, j = 31
+i = 15, j = 3
+i = 15, j = 4
+i = 15, j = 5
+i = 15, j = 6
+i = 15, j = 7
+i = 15, j = 8
+i = 15, j = 9
+i = 15, j = 10
+i = 15, j = 11
+i = 15, j = 12
+i = 15, j = 13
+i = 15, j = 14
+i = 15, j = 15
+i = 15, j = 16
+i = 15, j = 17
+i = 15, j = 18
+i = 15, j = 19
+i = 15, j = 20
+i = 15, j = 21
+i = 15, j = 22
+i = 15, j = 23
+i = 15, j = 24
+i = 15, j = 25
+i = 15, j = 26
+i = 15, j = 27
+i = 15, j = 28
+i = 15, j = 29
+i = 15, j = 30
+i = 15, j = 31
+i = 16, j = 3
+i = 16, j = 4
+i = 16, j = 5
+i = 16, j = 6
+i = 16, j = 7
+i = 16, j = 8
+i = 16, j = 9
+i = 16, j = 10
+i = 16, j = 11
+i = 16, j = 12
+i = 16, j = 13
+i = 16, j = 14
+i = 16, j = 15
+i = 16, j = 16
+i = 16, j = 17
+i = 16, j = 18
+i = 16, j = 19
+i = 16, j = 20
+i = 16, j = 21
+i = 16, j = 22
+i = 16, j = 23
+i = 16, j = 24
+i = 16, j = 25
+i = 16, j = 26
+i = 16, j = 27
+i = 16, j = 28
+i = 16, j = 29
+i = 16, j = 30
+i = 16, j = 31
+i = 17, j = 3
+i = 17, j = 4
+i = 17, j = 5
+i = 17, j = 6
+i = 17, j = 7
+i = 17, j = 8
+i = 17, j = 9
+i = 17, j = 10
+i = 17, j = 11
+i = 17, j = 12
+i = 17, j = 13
+i = 17, j = 14
+i = 17, j = 15
+i = 17, j = 16
+i = 17, j = 17
+i = 17, j = 18
+i = 17, j = 19
+i = 17, j = 20
+i = 17, j = 21
+i = 17, j = 22
+i = 17, j = 23
+i = 17, j = 24
+i = 17, j = 25
+i = 17, j = 26
+i = 17, j = 27
+i = 17, j = 28
+i = 17, j = 29
+i = 17, j = 30
+i = 17, j = 31
+i = 18, j = 3
+i = 18, j = 4
+i = 18, j = 5
+i = 18, j = 6
+i = 18, j = 7
+i = 18, j = 8
+i = 18, j = 9
+i = 18, j = 10
+i = 18, j = 11
+i = 18, j = 12
+i = 18, j = 13
+i = 18, j = 14
+i = 18, j = 15
+i = 18, j = 16
+i = 18, j = 17
+i = 18, j = 18
+i = 18, j = 19
+i = 18, j = 20
+i = 18, j = 21
+i = 18, j = 22
+i = 18, j = 23
+i = 18, j = 24
+i = 18, j = 25
+i = 18, j = 26
+i = 18, j = 27
+i = 18, j = 28
+i = 18, j = 29
+i = 18, j = 30
+i = 18, j = 31
+i = 19, j = 3
+i = 19, j = 4
+i = 19, j = 5
+i = 19, j = 6
+i = 19, j = 7
+i = 19, j = 8
+i = 19, j = 9
+i = 19, j = 10
+i = 19, j = 11
+i = 19, j = 12
+i = 19, j = 13
+i = 19, j = 14
+i = 19, j = 15
+i = 19, j = 16
+i = 19, j = 17
+i = 19, j = 18
+i = 19, j = 19
+i = 19, j = 20
+i = 19, j = 21
+i = 19, j = 22
+i = 19, j = 23
+i = 19, j = 24
+i = 19, j = 25
+i = 19, j = 26
+i = 19, j = 27
+i = 19, j = 28
+i = 19, j = 29
+i = 19, j = 30
+i = 19, j = 31
+i = 20, j = 3
+i = 20, j = 4
+i = 20, j = 5
+i = 20, j = 6
+i = 20, j = 7
+i = 20, j = 8
+i = 20, j = 9
+i = 20, j = 10
+i = 20, j = 11
+i = 20, j = 12
+i = 20, j = 13
+i = 20, j = 14
+i = 20, j = 15
+i = 20, j = 16
+i = 20, j = 17
+i = 20, j = 18
+i = 20, j = 19
+i = 20, j = 20
+i = 20, j = 21
+i = 20, j = 22
+i = 20, j = 23
+i = 20, j = 24
+i = 20, j = 25
+i = 20, j = 26
+i = 20, j = 27
+i = 20, j = 28
+i = 20, j = 29
+i = 20, j = 30
+i = 20, j = 31
+i = 21, j = 3
+i = 21, j = 4
+i = 21, j = 5
+i = 21, j = 6
+i = 21, j = 7
+i = 21, j = 8
+i = 21, j = 9
+i = 21, j = 10
+i = 21, j = 11
+i = 21, j = 12
+i = 21, j = 13
+i = 21, j = 14
+i = 21, j = 15
+i = 21, j = 16
+i = 21, j = 17
+i = 21, j = 18
+i = 21, j = 19
+i = 21, j = 20
+i = 21, j = 21
+i = 21, j = 22
+i = 21, j = 23
+i = 21, j = 24
+i = 21, j = 25
+i = 21, j = 26
+i = 21, j = 27
+i = 21, j = 28
+i = 21, j = 29
+i = 21, j = 30
+i = 21, j = 31
+i = 22, j = 3
+i = 22, j = 4
+i = 22, j = 5
+i = 22, j = 6
+i = 22, j = 7
+i = 22, j = 8
+i = 22, j = 9
+i = 22, j = 10
+i = 22, j = 11
+i = 22, j = 12
+i = 22, j = 13
+i = 22, j = 14
+i = 22, j = 15
+i = 22, j = 16
+i = 22, j = 17
+i = 22, j = 18
+i = 22, j = 19
+i = 22, j = 20
+i = 22, j = 21
+i = 22, j = 22
+i = 22, j = 23
+i = 22, j = 24
+i = 22, j = 25
+i = 22, j = 26
+i = 22, j = 27
+i = 22, j = 28
+i = 22, j = 29
+i = 22, j = 30
+i = 22, j = 31
+i = 23, j = 3
+i = 23, j = 4
+i = 23, j = 5
+i = 23, j = 6
+i = 23, j = 7
+i = 23, j = 8
+i = 23, j = 9
+i = 23, j = 10
+i = 23, j = 11
+i = 23, j = 12
+i = 23, j = 13
+i = 23, j = 14
+i = 23, j = 15
+i = 23, j = 16
+i = 23, j = 17
+i = 23, j = 18
+i = 23, j = 19
+i = 23, j = 20
+i = 23, j = 21
+i = 23, j = 22
+i = 23, j = 23
+i = 23, j = 24
+i = 23, j = 25
+i = 23, j = 26
+i = 23, j = 27
+i = 23, j = 28
+i = 23, j = 29
+i = 23, j = 30
+i = 23, j = 31
+i = 24, j = 3
+i = 24, j = 4
+i = 24, j = 5
+i = 24, j = 6
+i = 24, j = 7
+i = 24, j = 8
+i = 24, j = 9
+i = 24, j = 10
+i = 24, j = 11
+i = 24, j = 12
+i = 24, j = 13
+i = 24, j = 14
+i = 24, j = 15
+i = 24, j = 16
+i = 24, j = 17
+i = 24, j = 18
+i = 24, j = 19
+i = 24, j = 20
+i = 24, j = 21
+i = 24, j = 22
+i = 24, j = 23
+i = 24, j = 24
+i = 24, j = 25
+i = 24, j = 26
+i = 24, j = 27
+i = 24, j = 28
+i = 24, j = 29
+i = 24, j = 30
+i = 24, j = 31
+i = 25, j = 3
+i = 25, j = 4
+i = 25, j = 5
+i = 25, j = 6
+i = 25, j = 7
+i = 25, j = 8
+i = 25, j = 9
+i = 25, j = 10
+i = 25, j = 11
+i = 25, j = 12
+i = 25, j = 13
+i = 25, j = 14
+i = 25, j = 15
+i = 25, j = 16
+i = 25, j = 17
+i = 25, j = 18
+i = 25, j = 19
+i = 25, j = 20
+i = 25, j = 21
+i = 25, j = 22
+i = 25, j = 23
+i = 25, j = 24
+i = 25, j = 25
+i = 25, j = 26
+i = 25, j = 27
+i = 25, j = 28
+i = 25, j = 29
+i = 25, j = 30
+i = 25, j = 31
+i = 26, j = 3
+i = 26, j = 4
+i = 26, j = 5
+i = 26, j = 6
+i = 26, j = 7
+i = 26, j = 8
+i = 26, j = 9
+i = 26, j = 10
+i = 26, j = 11
+i = 26, j = 12
+i = 26, j = 13
+i = 26, j = 14
+i = 26, j = 15
+i = 26, j = 16
+i = 26, j = 17
+i = 26, j = 18
+i = 26, j = 19
+i = 26, j = 20
+i = 26, j = 21
+i = 26, j = 22
+i = 26, j = 23
+i = 26, j = 24
+i = 26, j = 25
+i = 26, j = 26
+i = 26, j = 27
+i = 26, j = 28
+i = 26, j = 29
+i = 26, j = 30
+i = 26, j = 31
+i = 27, j = 3
+i = 27, j = 4
+i = 27, j = 5
+i = 27, j = 6
+i = 27, j = 7
+i = 27, j = 8
+i = 27, j = 9
+i = 27, j = 10
+i = 27, j = 11
+i = 27, j = 12
+i = 27, j = 13
+i = 27, j = 14
+i = 27, j = 15
+i = 27, j = 16
+i = 27, j = 17
+i = 27, j = 18
+i = 27, j = 19
+i = 27, j = 20
+i = 27, j = 21
+i = 27, j = 22
+i = 27, j = 23
+i = 27, j = 24
+i = 27, j = 25
+i = 27, j = 26
+i = 27, j = 27
+i = 27, j = 28
+i = 27, j = 29
+i = 27, j = 30
+i = 27, j = 31
+i = 28, j = 3
+i = 28, j = 4
+i = 28, j = 5
+i = 28, j = 6
+i = 28, j = 7
+i = 28, j = 8
+i = 28, j = 9
+i = 28, j = 10
+i = 28, j = 11
+i = 28, j = 12
+i = 28, j = 13
+i = 28, j = 14
+i = 28, j = 15
+i = 28, j = 16
+i = 28, j = 17
+i = 28, j = 18
+i = 28, j = 19
+i = 28, j = 20
+i = 28, j = 21
+i = 28, j = 22
+i = 28, j = 23
+i = 28, j = 24
+i = 28, j = 25
+i = 28, j = 26
+i = 28, j = 27
+i = 28, j = 28
+i = 28, j = 29
+i = 28, j = 30
+i = 28, j = 31
+i = 29, j = 3
+i = 29, j = 4
+i = 29, j = 5
+i = 29, j = 6
+i = 29, j = 7
+i = 29, j = 8
+i = 29, j = 9
+i = 29, j = 10
+i = 29, j = 11
+i = 29, j = 12
+i = 29, j = 13
+i = 29, j = 14
+i = 29, j = 15
+i = 29, j = 16
+i = 29, j = 17
+i = 29, j = 18
+i = 29, j = 19
+i = 29, j = 20
+i = 29, j = 21
+i = 29, j = 22
+i = 29, j = 23
+i = 29, j = 24
+i = 29, j = 25
+i = 29, j = 26
+i = 29, j = 27
+i = 29, j = 28
+i = 29, j = 29
+i = 29, j = 30
+i = 29, j = 31
+i = 30, j = 3
+i = 30, j = 4
+i = 30, j = 5
+i = 30, j = 6
+i = 30, j = 7
+i = 30, j = 8
+i = 30, j = 9
+i = 30, j = 10
+i = 30, j = 11
+i = 30, j = 12
+i = 30, j = 13
+i = 30, j = 14
+i = 30, j = 15
+i = 30, j = 16
+i = 30, j = 17
+i = 30, j = 18
+i = 30, j = 19
+i = 30, j = 20
+i = 30, j = 21
+i = 30, j = 22
+i = 30, j = 23
+i = 30, j = 24
+i = 30, j = 25
+i = 30, j = 26
+i = 30, j = 27
+i = 30, j = 28
+i = 30, j = 29
+i = 30, j = 30
+i = 30, j = 31
+i = 31, j = 3
+i = 31, j = 4
+i = 31, j = 5
+i = 31, j = 6
+i = 31, j = 7
+i = 31, j = 8
+i = 31, j = 9
+i = 31, j = 10
+i = 31, j = 11
+i = 31, j = 12
+i = 31, j = 13
+i = 31, j = 14
+i = 31, j = 15
+i = 31, j = 16
+i = 31, j = 17
+i = 31, j = 18
+i = 31, j = 19
+i = 31, j = 20
+i = 31, j = 21
+i = 31, j = 22
+i = 31, j = 23
+i = 31, j = 24
+i = 31, j = 25
+i = 31, j = 26
+i = 31, j = 27
+i = 31, j = 28
+i = 31, j = 29
+i = 31, j = 30
+i = 31, j = 31
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith10/isaac.h b/src/systemc/tests/systemc/datatypes/int/arith/arith10/isaac.h
new file mode 100644
index 000000000..9625be2ac
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith10/isaac.h
@@ -0,0 +1,272 @@
+#ifndef __ISAAC_HPP
+#define __ISAAC_HPP
+
+
+/*
+
+    C++ TEMPLATE VERSION OF Robert J. Jenkins Jr.'s
+    ISAAC Random Number Generator.
+
+    Ported from vanilla C to to template C++ class
+    by Quinn Tyler Jackson on 16-23 July 1998.
+
+        quinn@qtj.net
+
+    The function for the expected period of this
+    random number generator, according to Jenkins is:
+
+        f(a,b) = 2**((a+b*(3+2^^a)-1)
+
+        (where a is ALPHA and b is bitwidth)
+        
+    So, for a bitwidth of 32 and an ALPHA of 8,
+    the expected period of ISAAC is:
+
+        2^^(8+32*(3+2^^8)-1) = 2^^8295
+
+    Jackson has been able to run implementations
+    with an ALPHA as high as 16, or
+
+        2^^2097263
+
+*/
+
+
+typedef unsigned int UINT32;
+const UINT32 GOLDEN_RATIO = UINT32(0x9e3779b9);
+
+
+template <UINT32 ALPHA = (8)>
+class QTIsaac
+{
+  public:
+   
+    typedef unsigned char byte;
+   
+    struct randctx
+    {
+        randctx(void)
+        {
+            randrsl = new UINT32[N];
+            randmem = new UINT32[N];
+        }
+      
+        ~randctx(void)
+        {
+            delete [] randrsl;
+            delete [] randmem;
+        }
+      
+        UINT32 randcnt;
+        UINT32* randrsl;
+        UINT32* randmem;
+        UINT32 randa;
+        UINT32 randb;
+        UINT32 randc;
+	};
+   
+    QTIsaac(UINT32 a = 0, UINT32 b = 0, UINT32 c = 0);
+    virtual ~QTIsaac(void);
+   
+    UINT32 rand(void);
+    virtual void randinit(randctx* ctx, bool bUseSeed);
+    virtual void srand(
+		UINT32 a = 0, UINT32 b = 0, UINT32 c = 0, UINT32* s = NULL);
+   
+    enum {N = (1<<ALPHA)};
+   
+  protected:
+   
+     virtual void isaac(randctx* ctx);
+   
+     UINT32 ind(UINT32* mm, UINT32 x);
+     void rngstep(
+		UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, 
+		UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y);
+     virtual void shuffle(
+		UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, 
+		UINT32& g, UINT32& h);
+   
+  private:
+    randctx m_rc;   
+};
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::QTIsaac(UINT32 a, UINT32 b, UINT32 c) : m_rc()
+{
+    srand(a, b, c);
+}
+
+
+template<UINT32 ALPHA>
+QTIsaac<ALPHA>::~QTIsaac(void)
+{
+    // DO NOTHING
+}
+
+
+template<UINT32 ALPHA>
+void QTIsaac<ALPHA>::srand(UINT32 a, UINT32 b, UINT32 c, UINT32* s)
+{
+	for(int i = 0; i < N; i++)
+	{
+		m_rc.randrsl[i] = s != NULL ? s[i] : 0;
+	}
+   
+	m_rc.randa = a;
+	m_rc.randb = b;
+	m_rc.randc = c;
+   
+	randinit(&m_rc, true);
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::rand(void)
+{
+	return 0x7fffffff & (!m_rc.randcnt-- ? 
+		(isaac(&m_rc), m_rc.randcnt=(N-1), m_rc.randrsl[m_rc.randcnt]) : 
+		m_rc.randrsl[m_rc.randcnt]);
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::randinit(randctx* ctx, bool bUseSeed)
+{
+	UINT32 a,b,c,d,e,f,g,h;
+	int i;
+
+	a = b = c = d = e = f = g = h = GOLDEN_RATIO;
+
+	UINT32* m = (ctx->randmem);
+	UINT32* r = (ctx->randrsl);
+
+	if(!bUseSeed)
+	{
+		ctx->randa = 0;
+		ctx->randb = 0;
+		ctx->randc = 0;
+	}
+
+	// scramble it
+	for(i=0; i < 4; ++i)         
+	{
+		shuffle(a,b,c,d,e,f,g,h);
+	}
+
+	if(bUseSeed) 
+	{
+		// initialize using the contents of r[] as the seed
+
+		for(i=0; i < N; i+=8)
+		{
+			a+=r[i  ]; b+=r[i+1]; c+=r[i+2]; d+=r[i+3];
+			e+=r[i+4]; f+=r[i+5]; g+=r[i+6]; h+=r[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}           
+
+		//do a second pass to make all of the seed affect all of m
+
+		for(i=0; i < N; i += 8)
+		{
+			a+=m[i  ]; b+=m[i+1]; c+=m[i+2]; d+=m[i+3];
+			e+=m[i+4]; f+=m[i+5]; g+=m[i+6]; h+=m[i+7];
+
+			shuffle(a,b,c,d,e,f,g,h);
+
+			m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+			m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+		}
+	}
+	else
+	{
+		// fill in mm[] with messy stuff
+
+		shuffle(a,b,c,d,e,f,g,h);
+
+		m[i  ]=a; m[i+1]=b; m[i+2]=c; m[i+3]=d;
+		m[i+4]=e; m[i+5]=f; m[i+6]=g; m[i+7]=h;
+
+	}
+
+	isaac(ctx);         // fill in the first set of results 
+	ctx->randcnt = N;   // prepare to use the first set of results 
+}
+
+
+template<UINT32 ALPHA>
+inline UINT32 QTIsaac<ALPHA>::ind(UINT32* mm, UINT32 x)
+{
+	return (*(UINT32*)((byte*)(mm) + ((x) & ((N-1)<<2))));
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::rngstep(UINT32 mix, UINT32& a, UINT32& b, UINT32*& mm, UINT32*& m, UINT32*& m2, UINT32*& r, UINT32& x, UINT32& y)
+{
+	x = *m;  
+	a = (a^(mix)) + *(m2++); 
+	*(m++) = y = ind(mm,x) + a + b; 
+	*(r++) = b = ind(mm,y>>ALPHA) + x; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::shuffle(UINT32& a, UINT32& b, UINT32& c, UINT32& d, UINT32& e, UINT32& f, UINT32& g, UINT32& h)
+{ 
+	a^=b<<11; d+=a; b+=c; 
+	b^=c>>2;  e+=b; c+=d; 
+	c^=d<<8;  f+=c; d+=e; 
+	d^=e>>16; g+=d; e+=f; 
+	e^=f<<10; h+=e; f+=g; 
+	f^=g>>4;  a+=f; g+=h; 
+	g^=h<<8;  b+=g; h+=a; 
+	h^=a>>9;  c+=h; a+=b; 
+}
+
+
+template<UINT32 ALPHA>
+inline void QTIsaac<ALPHA>::isaac(randctx* ctx)
+{
+	UINT32 x,y;
+
+	UINT32* mm = ctx->randmem;
+	UINT32* r  = ctx->randrsl;
+
+	UINT32 a = (ctx->randa);
+	UINT32 b = (ctx->randb + (++ctx->randc));
+
+	UINT32* m    = mm; 
+	UINT32* m2   = (m+(N/2));
+	UINT32* mend = m2;
+
+	for(; m<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	m2 = mm;
+
+	for(; m2<mend; )
+	{
+		rngstep((a<<13), a, b, mm, m, m2, r, x, y);
+		rngstep((a>>6) , a, b, mm, m, m2, r, x, y);
+		rngstep((a<<2) , a, b, mm, m, m2, r, x, y);
+		rngstep((a>>16), a, b, mm, m, m2, r, x, y);
+	}
+
+	ctx->randb = b;
+	ctx->randa = a;
+}
+
+
+#endif // __ISAAC_HPP
+
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith11/arith11.cpp b/src/systemc/tests/systemc/datatypes/int/arith/arith11/arith11.cpp
new file mode 100644
index 000000000..341ebf150
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith11/arith11.cpp
@@ -0,0 +1,57 @@
+/*****************************************************************************
+
+  Licensed to Accellera Systems Initiative Inc. (Accellera) under one or
+  more contributor license agreements.  See the NOTICE file distributed
+  with this work for additional information regarding copyright ownership.
+  Accellera licenses this file to you under the Apache License, Version 2.0
+  (the "License"); you may not use this file except in compliance with the
+  License.  You may obtain a copy of the License at
+
+    http://www.apache.org/licenses/LICENSE-2.0
+
+  Unless required by applicable law or agreed to in writing, software
+  distributed under the License is distributed on an "AS IS" BASIS,
+  WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or
+  implied.  See the License for the specific language governing
+  permissions and limitations under the License.
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  arith11.cpp -- test auto increment on sc_bigint<N> and sc_biguint<N>
+
+  Original Author: Andy Goodrich, Forte Design Systems, 24 March 2008
+
+ *****************************************************************************/
+
+/*****************************************************************************
+
+  MODIFICATION LOG - modifiers, enter your name, affiliation, date and
+  changes you are making here.
+
+      Name, Affiliation, Date:
+  Description of Modification:
+
+ *****************************************************************************/
+
+#include <systemc.h>
+ 
+int sc_main(int argc, char**argv)
+{
+  sc_biguint<3> a = 7;
+  sc_bigint<3>  b = 7;
+
+  ++a;
+  cout << "a         is " << a << endl;
+  cout << "a == 0    is " << (a==0) << endl;
+  cout << "raw digit: " << *a.get_raw() << endl;
+  cout << endl;
+
+  ++b;
+  cout << "b         is " << b << endl;
+  cout << "b == 0    is " << (b==0) << endl;
+  cout << "raw digit: " << *b.get_raw() << endl;
+
+  return 0;
+}
diff --git a/src/systemc/tests/systemc/datatypes/int/arith/arith11/golden/arith11.log b/src/systemc/tests/systemc/datatypes/int/arith/arith11/golden/arith11.log
new file mode 100644
index 000000000..06a259a10
--- /dev/null
+++ b/src/systemc/tests/systemc/datatypes/int/arith/arith11/golden/arith11.log
@@ -0,0 +1,8 @@
+SystemC Simulation
+a         is 0
+a == 0    is 1
+raw digit: 0
+
+b         is 0
+b == 0    is 1
+raw digit: 0
-- 
cgit v1.2.3