68 #define GET_16BE(off)	((buf[off] << 8) + (buf[(off)+1]))  argument
69 #define GET_32BE(off)	((GET_16BE(off) << 16U) + GET_16BE((off)+2U))  argument
70 #define GET_64BE(off)	((((unsigned long long)GET_32BE(off)) << 32ULL) + \  argument
71 			((unsigned long long)GET_32BE((off)+4ULL)))
72 #define PUT_16BE(off, v)(buf[off] = ((v) >> 8) & 0xff, \  argument
73 			 buf[(off) + 1] = (v) & 0xff)
74 #define PUT_32BE(off, v)(PUT_16BE((off), (v) >> 16L), PUT_16BE((off) + 2, (v)))  argument
75 #define PUT_64BE(off, v)((PUT_32BE((off), (v) >> 32L), \  argument
76 			  PUT_32BE((off) + 4, (v))))
78 #define GET_16LE(off)	((buf[off]) + (buf[(off)+1] << 8))  argument
79 #define GET_32LE(off)	(GET_16LE(off) + (GET_16LE((off)+2U) << 16U))  argument
80 #define GET_64LE(off)	((unsigned long long)GET_32LE(off) + \  argument
81 			(((unsigned long long)GET_32LE((off)+4ULL)) << 32ULL))
82 #define PUT_16LE(off, v) (buf[off] = (v) & 0xff, \  argument
83 			  buf[(off) + 1] = ((v) >> 8) & 0xff)
84 #define PUT_32LE(off, v) (PUT_16LE((off), (v)), PUT_16LE((off) + 2, (v) >> 16L))  argument
85 #define PUT_64LE(off, v) (PUT_32LE((off), (v)), PUT_32LE((off) + 4, (v) >> 32L))  argument
87 #define GET_16(off)	(e_data == ELFDATA2MSB ? GET_16BE(off) : GET_16LE(off))  argument
88 #define GET_32(off)	(e_data == ELFDATA2MSB ? GET_32BE(off) : GET_32LE(off))  argument
89 #define GET_64(off)	(e_data == ELFDATA2MSB ? GET_64BE(off) : GET_64LE(off))  argument
90 #define PUT_16(off, v)	(e_data == ELFDATA2MSB ? PUT_16BE(off, v) : \  argument
91 			 PUT_16LE(off, v))
92 #define PUT_32(off, v)  (e_data == ELFDATA2MSB ? PUT_32BE(off, v) : \  argument
93 			 PUT_32LE(off, v))
94 #define PUT_64(off, v)  (e_data == ELFDATA2MSB ? PUT_64BE(off, v) : \  argument
95 			 PUT_64LE(off, v))