4 * The contents of this file are subject to the terms of the
5 * Common Development and Distribution License (the "License").
6 * You may not use this file except in compliance with the License.
8 * You can obtain a copy of the license at usr/src/OPENSOLARIS.LICENSE
9 * or http://www.opensolaris.org/os/licensing.
10 * See the License for the specific language governing permissions
11 * and limitations under the License.
13 * When distributing Covered Code, include this CDDL HEADER in each
14 * file and include the License file at usr/src/OPENSOLARIS.LICENSE.
15 * If applicable, add the following below this CDDL HEADER, with the
16 * fields enclosed by brackets "[]" replaced with your own identifying
17 * information: Portions Copyright [yyyy] [name of copyright owner]
23 * Copyright 2006 Sun Microsystems, Inc. All rights reserved.
24 * Use is subject to license terms.
27 #
pragma ident
"%Z%%M% %I% %E% SMI"
30 * ASSERTION: Declare arrays of different data types and verify that the
31 * addresses of the individual elements differ by an amount equal to the number
32 * elements separating them multiplied by the size of each element.
34 * SECTION: Pointers and Arrays/Array Declarations and Storage;
35 * Pointers and Arrays/Pointer Arithmetic
41 #
pragma D option quiet
47 long long long_long_array
[5];
49 int16_t int16_array
[5];
50 int32_t int32_array
[5];
51 int64_t int64_array
[5];
52 intptr_t intptr_array
[5];
53 uint8_t uint8_array
[5];
54 uint16_t uint16_array
[5];
55 uint32_t uint32_array
[5];
56 uint64_t uint64_array
[5];
57 uintptr_t uintptr_array
[5];
61 double double_array[5];
62 long double long_double_array[5];
64 string string_array[5];
75 } anon_struct_array
[5];
85 } anon_union_array
[5];
95 char_var0
= &char_array
[0]; char_var2
= &char_array
[2];
96 short_var0
= &short_array
[0]; short_var3
= &short_array
[3];
97 int_var3
= &int_array
[3]; int_var5
= &int_array
[5];
99 long_var0
= &long_array
[0]; long_var4
= &long_array
[4];
100 long_long_var0
= &long_long_array
[0];
101 long_long_var2
= &long_long_array
[2];
102 int8_var3
= &int8_array
[3]; int8_var5
= &int8_array
[5];
104 int16_var0
= &int16_array
[0]; int16_var4
= &int16_array
[4];
105 int32_var0
= &int32_array
[0]; int32_var3
= &int32_array
[3];
106 int64_var0
= &int64_array
[0]; int64_var1
= &int64_array
[1];
108 uintptr_var0
= &uintptr_array
[0]; uintptr_var2
= &uintptr_array
[2];
109 struct_var0
= &struct_array
[0]; struct_var2
= &struct_array
[2];
110 anon_struct_var3
= &anon_struct_array
[3];
111 anon_struct_var5
= &anon_struct_array
[5];
113 union_var0
= &union_array
[0]; union_var3
= &union_array
[3];
114 anon_union_var0
= &anon_union_array
[0];
115 anon_union_var4
= &anon_union_array
[4];
116 enum_var0
= &enum_array
[0]; enum_var2
= &enum_array
[2];
118 printf("char_var2 - char_var0: %d\n",
119 (int) char_var2
- (int) char_var0
);
120 printf("short_var3 - short_var0: %d\n",
121 (int) short_var3
- (int) short_var0
);
122 printf("int_var5 - int_var3: %d\n", (int) int_var5
- (int) int_var3
);
124 printf("long_var4 - long_var0: %d\n",
125 (int) long_var4
- (int) long_var0
);
126 printf("long_long_var2 - long_long_var0: %d\n",
127 (int) long_long_var2
- (int) long_long_var0
);
128 printf("int8_var5 - int8_var3: %d\n",
129 (int) int8_var5
- (int) int8_var3
);
131 printf("int16_var4 - int16_var0: %d\n",
132 (int) int16_var4
- (int) int16_var0
);
133 printf("int32_var3 - int32_var0: %d\n",
134 (int) int32_var3
- (int) int32_var0
);
135 printf("int64_var1 - int64_var0: %d\n",
136 (int) int64_var1
- (int) int64_var0
);
138 printf("uintptr_var2 - uintptr_var0: %d\n",
139 (int) uintptr_var2
- (int) uintptr_var0
);
140 printf("struct_var2 - struct_var0: %d\n",
141 (int) struct_var2
- (int) struct_var0
);
142 printf("anon_struct_var5 - anon_struct_var3: %d\n",
143 (int) anon_struct_var5
- (int) anon_struct_var3
);
145 printf("union_var3 - union_var0: %d\n",
146 (int) union_var3
- (int) union_var0
);
147 printf("anon_union_var4 - anon_union_var0: %d\n",
148 (int) anon_union_var4
- (int) anon_union_var0
);
149 printf("enum_var2 - enum_var0: %d\n",
150 (int) enum_var2
- (int) enum_var0
);
155 /(2 != ((int) char_var2
- (int) char_var0
)) ||
156 (6 != ((int) short_var3
- (int) short_var0
)) ||
157 (8 != ((int) int_var5
- (int) int_var3
)) ||
158 ((32 != ((int) long_var4
- (int) long_var0
)) &&
159 (16 != ((int) long_var4
- (int) long_var0
))) ||
160 (16 != ((int) long_long_var2
- (int) long_long_var0
)) ||
161 (2 != ((int) int8_var5
- (int) int8_var3
))
162 ||
(8 != ((int) int16_var4
- (int) int16_var0
)) ||
163 (12 != ((int) int32_var3
- (int) int32_var0
)) ||
164 (8 != ((int) int64_var1
- (int) int64_var0
)) ||
165 ((16 != ((int) uintptr_var2
- (int) uintptr_var0
))
166 && (8 != ((int) uintptr_var2
- (int) uintptr_var0
))) ||
167 (16 != ((int) struct_var2
- (int) struct_var0
)) ||
168 (16 != ((int) anon_struct_var5
- (int) anon_struct_var3
))
169 ||
(12 != ((int) union_var3
- (int) union_var0
)) ||
170 (16 != ((int) anon_union_var4
- (int) anon_union_var0
)) ||
171 (8 != ((int) enum_var2
- (int) enum_var0
))/