25 #ifndef MIN
26 # define MIN(x,y) ((x) < (y) ? (x) : (y))  macro
187 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
192 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
197 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
202 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
207 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
212 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
218 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
223 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
228 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
233 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
238 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
243 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
249 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
254 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
259 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
264 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
269 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
274 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
279 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
297 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()
303 	assert(bsize == 0 || buf[MIN(n, bsize_int)] == '\0');  in test_vim_snprintf()