1 // RUN: %clangxx -O0 -g %s -DSHASIZE=224 -o %t && %run %t 2>&1 | FileCheck %s -check-prefix=CHECK-224
2 // RUN: %clangxx -O0 -g %s -DSHASIZE=256 -o %t && %run %t 2>&1 | FileCheck %s -check-prefix=CHECK-256
3 // RUN: %clangxx -O0 -g %s -DSHASIZE=384 -o %t && %run %t 2>&1 | FileCheck %s -check-prefix=CHECK-384
4 // RUN: %clangxx -O0 -g %s -DSHASIZE=512 -o %t && %run %t 2>&1 | FileCheck %s -check-prefix=CHECK-512
5
6 #include <sys/param.h>
7
8 #include <assert.h>
9 #include <endian.h>
10 #include <sha2.h>
11 #include <stdio.h>
12 #include <stdlib.h>
13 #include <string.h>
14
15 #ifndef SHASIZE
16 #error SHASIZE must be defined
17 #endif
18
19 #define _SHA_CTX(x) SHA##x##_CTX
20 #define SHA_CTX(x) _SHA_CTX(x)
21
22 #define _SHA_DIGEST_LENGTH(x) SHA##x##_DIGEST_LENGTH
23 #define SHA_DIGEST_LENGTH(x) _SHA_DIGEST_LENGTH(x)
24
25 #define _SHA_DIGEST_STRING_LENGTH(x) SHA##x##_DIGEST_STRING_LENGTH
26 #define SHA_DIGEST_STRING_LENGTH(x) _SHA_DIGEST_STRING_LENGTH(x)
27
28 #define _SHA_Init(x) SHA##x##_Init
29 #define SHA_Init(x) _SHA_Init(x)
30
31 #define _SHA_Update(x) SHA##x##_Update
32 #define SHA_Update(x) _SHA_Update(x)
33
34 #define _SHA_Final(x) SHA##x##_Final
35 #define SHA_Final(x) _SHA_Final(x)
36
37 #define _SHA_End(x) SHA##x##_End
38 #define SHA_End(x) _SHA_End(x)
39
40 #define _SHA_File(x) SHA##x##_File
41 #define SHA_File(x) _SHA_File(x)
42
43 #define _SHA_FileChunk(x) SHA##x##_FileChunk
44 #define SHA_FileChunk(x) _SHA_FileChunk(x)
45
46 #define _SHA_Data(x) SHA##x##_Data
47 #define SHA_Data(x) _SHA_Data(x)
48
test1()49 void test1() {
50 SHA_CTX(SHASIZE) ctx;
51 uint8_t entropy[] = {0x11, 0x22, 0x33, 0x44, 0x55, 0x66};
52 uint8_t digest[SHA_DIGEST_LENGTH(SHASIZE)];
53
54 SHA_Init(SHASIZE)(&ctx);
55 SHA_Update(SHASIZE)(&ctx, entropy, __arraycount(entropy));
56 SHA_Final(SHASIZE)(digest, &ctx);
57
58 printf("test1: '");
59 for (size_t i = 0; i < __arraycount(digest); i++)
60 printf("%02x", digest[i]);
61 printf("'\n");
62 }
63
test2()64 void test2() {
65 SHA_CTX(SHASIZE) ctx;
66 uint8_t entropy[] = {0x11, 0x22, 0x33, 0x44, 0x55, 0x66};
67 char digest[SHA_DIGEST_STRING_LENGTH(SHASIZE)];
68
69 SHA_Init(SHASIZE)(&ctx);
70 SHA_Update(SHASIZE)(&ctx, entropy, __arraycount(entropy));
71 char *p = SHA_End(SHASIZE)(&ctx, digest);
72 assert(p == digest);
73
74 printf("test2: '%s'\n", digest);
75 }
76
test3()77 void test3() {
78 SHA_CTX(SHASIZE) ctx;
79 uint8_t entropy[] = {0x11, 0x22, 0x33, 0x44, 0x55, 0x66};
80
81 SHA_Init(SHASIZE)(&ctx);
82 SHA_Update(SHASIZE)(&ctx, entropy, __arraycount(entropy));
83 char *p = SHA_End(SHASIZE)(&ctx, NULL);
84 assert(strlen(p) == SHA_DIGEST_STRING_LENGTH(SHASIZE) - 1);
85
86 printf("test3: '%s'\n", p);
87
88 free(p);
89 }
90
test4()91 void test4() {
92 char digest[SHA_DIGEST_STRING_LENGTH(SHASIZE)];
93
94 char *p = SHA_File(SHASIZE)("/etc/fstab", digest);
95 assert(p == digest);
96
97 printf("test4: '%s'\n", p);
98 }
99
test5()100 void test5() {
101 char *p = SHA_File(SHASIZE)("/etc/fstab", NULL);
102 assert(strlen(p) == SHA_DIGEST_STRING_LENGTH(SHASIZE) - 1);
103
104 printf("test5: '%s'\n", p);
105
106 free(p);
107 }
108
test6()109 void test6() {
110 char digest[SHA_DIGEST_STRING_LENGTH(SHASIZE)];
111
112 char *p = SHA_FileChunk(SHASIZE)("/etc/fstab", digest, 10, 20);
113 assert(p == digest);
114
115 printf("test6: '%s'\n", p);
116 }
117
test7()118 void test7() {
119 char *p = SHA_FileChunk(SHASIZE)("/etc/fstab", NULL, 10, 20);
120 assert(strlen(p) == SHA_DIGEST_STRING_LENGTH(SHASIZE) - 1);
121
122 printf("test7: '%s'\n", p);
123
124 free(p);
125 }
126
test8()127 void test8() {
128 uint8_t entropy[] = {0x11, 0x22, 0x33, 0x44, 0x55, 0x66};
129 char digest[SHA_DIGEST_STRING_LENGTH(SHASIZE)];
130
131 char *p = SHA_Data(SHASIZE)(entropy, __arraycount(entropy), digest);
132 assert(p == digest);
133
134 printf("test8: '%s'\n", p);
135 }
136
test9()137 void test9() {
138 uint8_t entropy[] = {0x11, 0x22, 0x33, 0x44, 0x55, 0x66};
139
140 char *p = SHA_Data(SHASIZE)(entropy, __arraycount(entropy), NULL);
141 assert(strlen(p) == SHA_DIGEST_STRING_LENGTH(SHASIZE) - 1);
142
143 printf("test9: '%s'\n", p);
144
145 free(p);
146 }
147
main(void)148 int main(void) {
149 printf("SHA" ___STRING(SHASIZE) "\n");
150
151 test1();
152 test2();
153 test3();
154 test4();
155 test5();
156 test6();
157 test7();
158 test8();
159 test9();
160
161 // CHECK-224: SHA224
162 // CHECK-224: test1: '760dfb93100a6bf5996c90f678e529dc945bb2f74a211eedcf0f3a48'
163 // CHECK-224: test2: '760dfb93100a6bf5996c90f678e529dc945bb2f74a211eedcf0f3a48'
164 // CHECK-224: test3: '760dfb93100a6bf5996c90f678e529dc945bb2f74a211eedcf0f3a48'
165 // CHECK-224: test4: '{{.*}}'
166 // CHECK-224: test5: '{{.*}}'
167 // CHECK-224: test6: '{{.*}}'
168 // CHECK-224: test7: '{{.*}}'
169 // CHECK-224: test8: '760dfb93100a6bf5996c90f678e529dc945bb2f74a211eedcf0f3a48'
170 // CHECK-224: test9: '760dfb93100a6bf5996c90f678e529dc945bb2f74a211eedcf0f3a48'
171
172 // CHECK-256: SHA256
173 // CHECK-256: test1: 'bb000ddd92a0a2a346f0b531f278af06e370f86932ccafccc892d68d350f80f8'
174 // CHECK-256: test2: 'bb000ddd92a0a2a346f0b531f278af06e370f86932ccafccc892d68d350f80f8'
175 // CHECK-256: test3: 'bb000ddd92a0a2a346f0b531f278af06e370f86932ccafccc892d68d350f80f8'
176 // CHECK-256: test4: '{{.*}}'
177 // CHECK-256: test5: '{{.*}}'
178 // CHECK-256: test6: '{{.*}}'
179 // CHECK-256: test7: '{{.*}}'
180 // CHECK-256: test8: 'bb000ddd92a0a2a346f0b531f278af06e370f86932ccafccc892d68d350f80f8'
181 // CHECK-256: test9: 'bb000ddd92a0a2a346f0b531f278af06e370f86932ccafccc892d68d350f80f8'
182
183 // CHECK-384: SHA384
184 // CHECK-384: test1: 'f450c023b168ebd56ff916ca9b1f1f0010b8c592d28205cc91fa3056f629eed108e8bac864f01ca37a3edee596739e12'
185 // CHECK-384: test2: 'f450c023b168ebd56ff916ca9b1f1f0010b8c592d28205cc91fa3056f629eed108e8bac864f01ca37a3edee596739e12'
186 // CHECK-384: test3: 'f450c023b168ebd56ff916ca9b1f1f0010b8c592d28205cc91fa3056f629eed108e8bac864f01ca37a3edee596739e12'
187 // CHECK-384: test4: '{{.*}}'
188 // CHECK-384: test5: '{{.*}}'
189 // CHECK-384: test6: '{{.*}}'
190 // CHECK-384: test7: '{{.*}}'
191 // CHECK-384: test8: 'f450c023b168ebd56ff916ca9b1f1f0010b8c592d28205cc91fa3056f629eed108e8bac864f01ca37a3edee596739e12'
192 // CHECK-384: test9: 'f450c023b168ebd56ff916ca9b1f1f0010b8c592d28205cc91fa3056f629eed108e8bac864f01ca37a3edee596739e12'
193
194 // CHECK-512: SHA512
195 // CHECK-512: test1: '0e3f68731c0e2a6a4eab5d713c9a80dc78086b5fa7d2b5ab127277958e68d1b1dee1882b083b0106cd4319de42c0c8f452871364f5baa8a6379690612c6b844e'
196 // CHECK-512: test2: '0e3f68731c0e2a6a4eab5d713c9a80dc78086b5fa7d2b5ab127277958e68d1b1dee1882b083b0106cd4319de42c0c8f452871364f5baa8a6379690612c6b844e'
197 // CHECK-512: test3: '0e3f68731c0e2a6a4eab5d713c9a80dc78086b5fa7d2b5ab127277958e68d1b1dee1882b083b0106cd4319de42c0c8f452871364f5baa8a6379690612c6b844e'
198 // CHECK-512: test4: '{{.*}}'
199 // CHECK-512: test5: '{{.*}}'
200 // CHECK-512: test6: '{{.*}}'
201 // CHECK-512: test7: '{{.*}}'
202 // CHECK-512: test8: '0e3f68731c0e2a6a4eab5d713c9a80dc78086b5fa7d2b5ab127277958e68d1b1dee1882b083b0106cd4319de42c0c8f452871364f5baa8a6379690612c6b844e'
203 // CHECK-512: test9: '0e3f68731c0e2a6a4eab5d713c9a80dc78086b5fa7d2b5ab127277958e68d1b1dee1882b083b0106cd4319de42c0c8f452871364f5baa8a6379690612c6b844e'
204
205 return 0;
206 }
207