Lines Matching refs:tmp1
29 #define tmp1 r19 macro
41 extru s_addr,31,2,tmp1 /* Extract the low two bits of the source address. */
44 comb,<> tmp2,tmp1,not_aligned /* see if s1 is aligned w.r.t. s2. */
56 ldwm 16(0,s_addr),tmp1 /* tmp1 = *s_addr s_addr += 16 */
61 …stbys,b,m tmp1,4(0,d_addr) /* tmp1 = 1st word stored d_addr += 16 also take care of front porc…
71 ldws,ma 4(s_addr),tmp1 /* tmp1 = *s_addr++ */
73 stbys,b,m tmp1,4(d_addr) /* *d_addr++ = tmp1 */
78 ldws 0(s_addr),tmp1 /* load up the back_porch */
81 stbys,e tmp1,0(d_addr) /* kerplunk! whew ! */
85 …sub,>= tmp2,tmp1,tmp3 /* compute the shift quantity again and skip the load if tmp2 > tm…
86 … ldwm 4(0,s_addr),tmp1 /* load up the first word from the source. tmp1 = *s_addr++ */
97 vshd tmp1,tmp2,tmp6 /* position data ! */
109 copy tmp5,tmp1
117 vshd tmp1,tmp2,tmp3 /* position data ! */
121 ldwm 4(0,s_addr),tmp1 /* get 4th word ! */
122 vshd tmp2,tmp1,tmp3 /* position data ! */
126 bp_0: copy tmp1,tmp2 /* switch registers used in the shift process. */
133 ldwm 4(0,s_addr),tmp1 /* get final word ! */
134 vshd tmp2,tmp1,tmp3 /* position data ! */
143 ldbs,ma 1(s_addr),tmp1
145 stbs,ma tmp1,1(d_addr)