ER
&ER, &KL, &IN, &QU, &XN, &XF, &ET, &BK,
#define EXYNOS5_AES0&EF0 (ER) 0x08180000
#define EXYNOS5_AES0&EF0 (ER) 0x08190000
#define EXYNOS5_AES0&EF0 (ER) 0x081A0000
#define EXYNOS5_AES0&EF0 (ER) 0x081B0000
#define EXYNOS5_AES0&EF0 (ER) 0x081C0000
#define EXYNOS5_AES0&EF0 (ER) 0x081D0000
#define EXYNOS5_AES0&EF0 (ER) 0x081E0000
#define EXYNOS5_AES0&EF0 (ER) 0x081F0000
#define EXYNOS5_AES1&EF1 (ER) 0x08580000
#define EXYNOS5_AES1&EF1 (ER) 0x08590000
#define EXYNOS5_AES1&EF1 (ER) 0x085A0000
#define EXYNOS5_AES1&EF1 (ER) 0x085B0000
#define EXYNOS5_AES1&EF1 (ER) 0x085C0000
#define EXYNOS5_AES1&EF1 (ER) 0x085D0000
#define EXYNOS5_AES1&EF1 (ER) 0x085E0000
#define EXYNOS5_AES1&EF1 (ER) 0x085F0000
DBG_BIT_PRINT(r16, ER);
#define XDC_DONE(SC,RQ,ER) \
(ER) = (RQ); \
(ER) = (SC)->reqs[RQ].errno; \
#define XYC_DONE(SC,ER) \
if ((ER) == XY_ERR_AOK) { \
(ER) = (SC)->ciorq->errno; \
#define XDC_DONE(SC,RQ,ER) { \
(ER) = (RQ); \
(ER) = (SC)->reqs[RQ].errnum; \
#define XYC_DONE(SC,ER) { \
if ((ER) == XY_ERR_AOK) { \
(ER) = (SC)->ciorq->errnum; \
r->attr.su_entry.ER.h.length[0] = 8;
r->attr.su_entry.ER.h.version[0] = 1;
r->attr.su_entry.ER.len_id[0] = (u_char)strlen(ext_id);
r->attr.su_entry.ER.len_des[0] = (u_char)strlen(ext_des);
r->attr.su_entry.ER.len_src[0] = (u_char)strlen(ext_src);
l = r->attr.su_entry.ER.len_id[0] +
r->attr.su_entry.ER.len_src[0] +
r->attr.su_entry.ER.len_des[0];
assert(l + r->attr.su_entry.ER.h.length[0] <= 254);
r->attr.su_entry.ER.h.length[0] += (u_char)l;
r->attr.su_entry.ER.ext_ver[0] = ext_version;
memcpy(r->attr.su_entry.ER.ext_data, ext_id,
(int)r->attr.su_entry.ER.len_id[0]);
l = (int) r->attr.su_entry.ER.len_id[0];
memcpy(r->attr.su_entry.ER.ext_data + l,ext_des,
(int)r->attr.su_entry.ER.len_des[0]);
l += (int)r->attr.su_entry.ER.len_des[0];
memcpy(r->attr.su_entry.ER.ext_data + l,ext_src,
(int)r->attr.su_entry.ER.len_src[0]);
ISO_SUSP_ER ER;