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] ] 0 0 0 0 0 0 0 0 0 0 0 0 ieee .std _log ic_1 164. std_ logi c_ve ctor tor clk_ cont rol LL 8 m clk_ sear ch r LL 9 ctrl _add ress ess LL : ctrl _rd LL ; ctrl _rdd ata LL < ctrl _wai t ai LL = ctrl _wr LL > ( ctrl _wrd ata LL ? @ rese t se LL @ ` sear ch_e of e LL A x sear ch_k ey k LL B sear ch_p ort_ stal led LL C sear ch_r esul t ul LL D sear ch_r esul t_av _av LL E sear ch_s of s LL F ( q_b LL P H sa_w ren LL Q ` data _b a LL R x addr ess_ b s_ LL S wren _a n LL T addr ess_ a s_ LL U data _a a LL V q_a LL W sear ch_s a_dr op_c nt c LL X sear ch_e ntry _age _tim e im LL Y @ wrre q re LL Z h data ata LL [ wrfu ll u LL \ rdre q re LL ] q re LL ^ rdem pty LL _ sear ch_s a_ov erlo ad_c nt c LL ` rdus edw LL a sear ch_e ntry _age _tim e_en a en LL b 8 clk_ en _ LL c h esoc _clk _en_ gen_ div LL d net_ 0 t_ LL e rden _b n LL f line __21 7 21 u0 1 sear ch_t able _add ress ess sear ch_t able _dat a at sear ch_t able _q e sear ch_t able _rde n de sear ch_t able _wre n re esoc _sea rch_ engi ne_d a _d work ork ieee eee std n s x u1 sear ch_a ging _tic k ic sear ch_s a_st ore_ empt y pt sear ch_s a_st ore_ q e_ sear ch_s a_st ore_ rd _ sear ch_s a_st ore_ word s rd esoc _sea rch_ engi ne_s a _s n s x u3 s 4 esoc _sea rch_ engi ne_c ontr ol r n s x u2 r wren _b n cloc k oc rden _a n | esoc _ram _8kx 80 x n s x u5 x sear ch_s a_st ore_ d e_ sear ch_s a_st ore_ full ull sear ch_s a_st ore_ wr _ % esoc _sea rch_ engi ne_s a_st ore n s x u6 aclr clr rdcl k cl wrcl k cl 3 T esoc _fif o_12 8x80 x80 n s x u7 0 clk clk_ div : esoc _clk _en_ gen n s x esoc _sea rch esoc _sea rch_ engi ne i c:/d ata/ temp /ESo C/So urce s/lo gixa /eso c_se arch _eng ine. vhd
