37 		return -1;  in self_test_add_overflow()
39 		return -1;  in self_test_add_overflow()
41 		return -1;  in self_test_add_overflow()
43 		return -1;  in self_test_add_overflow()
45 		return -1;  in self_test_add_overflow()
46 	if (!ADD_OVERFLOW(UINT32_MAX / 2 + 1, UINT32_MAX / 2 + 1, &r_u32))  in self_test_add_overflow()
47 		return -1;  in self_test_add_overflow()
48 	if (ADD_OVERFLOW(UINT32_MAX / 2, UINT32_MAX / 2 + 1, &r_u32))  in self_test_add_overflow()
49 		return -1;  in self_test_add_overflow()
51 		return -1;  in self_test_add_overflow()
54 		return -1;  in self_test_add_overflow()
55 	if (r_s32 != -1)  in self_test_add_overflow()
56 		return -1;  in self_test_add_overflow()
58 		return -1;  in self_test_add_overflow()
59 	if (r_s32 != -1)  in self_test_add_overflow()
60 		return -1;  in self_test_add_overflow()
62 		return -1;  in self_test_add_overflow()
63 	if (r_s32 != -1)  in self_test_add_overflow()
64 		return -1;  in self_test_add_overflow()
66 	if (ADD_OVERFLOW(INT32_MIN + 1, -1, &r_s32))  in self_test_add_overflow()
67 		return -1;  in self_test_add_overflow()
69 		return -1;  in self_test_add_overflow()
70 	if (!ADD_OVERFLOW(INT32_MIN, -1, &r_s32))  in self_test_add_overflow()
71 		return -1;  in self_test_add_overflow()
72 	if (!ADD_OVERFLOW(INT32_MIN + 1, -2, &r_s32))  in self_test_add_overflow()
73 		return -1;  in self_test_add_overflow()
75 		return -1;  in self_test_add_overflow()
77 		return -1;  in self_test_add_overflow()
79 		return -1;  in self_test_add_overflow()
81 		return -1;  in self_test_add_overflow()
82 	if (!ADD_OVERFLOW(INT32_MAX / 2 + 1, INT32_MAX / 2 + 1, &r_s32))  in self_test_add_overflow()
83 		return -1;  in self_test_add_overflow()
84 	if (ADD_OVERFLOW(INT32_MAX / 2, INT32_MAX / 2 + 1, &r_s32))  in self_test_add_overflow()
85 		return -1;  in self_test_add_overflow()
87 		return -1;  in self_test_add_overflow()
98 	if (SUB_OVERFLOW(8U, 1U, &r_s32))  in self_test_sub_overflow()
99 		return -1;  in self_test_sub_overflow()
101 		return -1;  in self_test_sub_overflow()
103 		return -1;  in self_test_sub_overflow()
105 		return -1;  in self_test_sub_overflow()
107 		return -1;  in self_test_sub_overflow()
110 		return -1;  in self_test_sub_overflow()
111 	if (r_s32 != -1)  in self_test_sub_overflow()
112 		return -1;  in self_test_sub_overflow()
113 	if (SUB_OVERFLOW(-1, INT32_MAX, &r_s32))  in self_test_sub_overflow()
114 		return -1;  in self_test_sub_overflow()
116 		return -1;  in self_test_sub_overflow()
118 		return -1;  in self_test_sub_overflow()
121 		return -1;  in self_test_sub_overflow()
123 		return -1;  in self_test_sub_overflow()
125 		return -1;  in self_test_sub_overflow()
127 		return -1;  in self_test_sub_overflow()
129 		return -1;  in self_test_sub_overflow()
131 		return -1;  in self_test_sub_overflow()
133 		return -1;  in self_test_sub_overflow()
134 	if (r_s32 != -1)  in self_test_sub_overflow()
135 		return -1;  in self_test_sub_overflow()
137 	if (SUB_OVERFLOW((int32_t)31, -(INTMAX_MIN + 1), &r_sm))  in self_test_sub_overflow()
138 		return -1;  in self_test_sub_overflow()
140 		return -1;  in self_test_sub_overflow()
153 		return -1;  in self_test_mul_unsigned_overflow()
155 		return -1;  in self_test_mul_unsigned_overflow()
157 		return -1;  in self_test_mul_unsigned_overflow()
159 		return -1;  in self_test_mul_unsigned_overflow()
161 	if (MUL_OVERFLOW(UINTMAX_MAX, 1, &r_um))  in self_test_mul_unsigned_overflow()
162 		return -1;  in self_test_mul_unsigned_overflow()
164 		return -1;  in self_test_mul_unsigned_overflow()
166 		return -1;  in self_test_mul_unsigned_overflow()
168 		return -1;  in self_test_mul_unsigned_overflow()
169 	if (!MUL_OVERFLOW(UINTMAX_MAX / 4 + 1, 4, &r_um))  in self_test_mul_unsigned_overflow()
170 		return -1;  in self_test_mul_unsigned_overflow()
172 		return -1;  in self_test_mul_unsigned_overflow()
175 		return -1;  in self_test_mul_unsigned_overflow()
185 		return -1;  in self_test_mul_signed_overflow()
187 		return -1;  in self_test_mul_signed_overflow()
189 		return -1;  in self_test_mul_signed_overflow()
191 		return -1;  in self_test_mul_signed_overflow()
193 		return -1;  in self_test_mul_signed_overflow()
195 		return -1;  in self_test_mul_signed_overflow()
197 	if (MUL_OVERFLOW(INTMAX_MAX, 1, &r))  in self_test_mul_signed_overflow()
198 		return -1;  in self_test_mul_signed_overflow()
200 		return -1;  in self_test_mul_signed_overflow()
202 		return -1;  in self_test_mul_signed_overflow()
204 		return -1;  in self_test_mul_signed_overflow()
205 	if (!MUL_OVERFLOW(INTMAX_MAX / 4 + 1, 4, &r))  in self_test_mul_signed_overflow()
206 		return -1;  in self_test_mul_signed_overflow()
208 		return -1;  in self_test_mul_signed_overflow()
209 	if (MUL_OVERFLOW(INTMAX_MIN + 1, 1, &r))  in self_test_mul_signed_overflow()
210 		return -1;  in self_test_mul_signed_overflow()
211 	if (r != INTMAX_MIN + 1)  in self_test_mul_signed_overflow()
212 		return -1;  in self_test_mul_signed_overflow()
213 	if (MUL_OVERFLOW(1, INTMAX_MIN + 1, &r))  in self_test_mul_signed_overflow()
214 		return -1;  in self_test_mul_signed_overflow()
215 	if (r != INTMAX_MIN + 1)  in self_test_mul_signed_overflow()
216 		return -1;  in self_test_mul_signed_overflow()
218 		return -1;  in self_test_mul_signed_overflow()
220 		return -1;  in self_test_mul_signed_overflow()
221 	if (MUL_OVERFLOW(1, INTMAX_MIN, &r))  in self_test_mul_signed_overflow()
222 		return -1;  in self_test_mul_signed_overflow()
224 		return -1;  in self_test_mul_signed_overflow()
243 	b = (signed)((unsigned)(vaddr_t)&b & 0x00FFF) + 1;  in self_test_division()
248 		ret = -1;  in self_test_division()
259 	b = (signed)((unsigned)(vaddr_t)&b & 0x00FFF) - 1;  in self_test_division()
264 		ret = -1;  in self_test_division()
275 	b = -(signed)((unsigned)(vaddr_t)&b & 0x00FFF) + 1;  in self_test_division()
281 	b = (signed)((unsigned)(vaddr_t)&b & 0x00FFF) + 1;  in self_test_division()
286 		ret = -1;  in self_test_division()
297 	b = (signed)((unsigned)(vaddr_t)&a - 1);  in self_test_division()
302 		ret = -1;  in self_test_division()
337 		ret = -1;  in self_test_malloc()
354 		ret = -1;  in self_test_malloc()
374 		ret = -1;  in self_test_malloc()
395 		ret = -1;  in self_test_malloc()
415 		ret = -1;  in self_test_malloc()
457 		ret = -1;  in self_test_nex_malloc()
474 		ret = -1;  in self_test_nex_malloc()
494 		ret = -1;  in self_test_nex_malloc()
515 		ret = -1;  in self_test_nex_malloc()
535 		ret = -1;  in self_test_nex_malloc()
574 	v = phys_to_virt(pa, m, 1);  in check_virt_to_phys()
583 	return -1;  in check_virt_to_phys()
592 	v = phys_to_virt(pa, m, 1);  in check_phys_to_virt()
610 	return -1;  in check_phys_to_virt()
625 			return -1;  in self_test_va2pa()
638 			ret = -1;  in self_test_va2pa()
641 			ret = -1;  in self_test_va2pa()
644 			ret = -1;  in self_test_va2pa()
647 			ret = -1;  in self_test_va2pa()
652 		ret = -1;  in self_test_va2pa()
654 		ret = -1;  in self_test_va2pa()
656 		ret = -1;  in self_test_va2pa()
658 		ret = -1;  in self_test_va2pa()
665 #define ASAN_TEST_SUCCESS 1
670 static const char asan_test_sgbuf_ro[ASAN_TEST_BUF_SIZE + 1];
732 		ret = -1;  in asan_call_test()
760 		       ASAN_TEST_BUF_SIZE + 1);  in asan_global_ro()
789 	p = ctx->pmalloc2[1];  in asan_malloc2()
805 	static char b[ASAN_TEST_BUF_SIZE + 1];  in asan_memcpy_dst()
814 	static char a[ASAN_TEST_BUF_SIZE + 1];  in asan_memcpy_src()
823 	ctx->memset_func(b, ctx->write_value, ASAN_TEST_BUF_SIZE + 1);  in asan_memset()
857 		ret = -1;  in self_test_asan()