8 8 8 8 8 8 8 8 8 8 8 8 8 ieee .std _log ic_1 164. std_ logi c_ve ctor tor clk_ cont rol L L 8 clk_ data ata L L 9 0 clk_ sear ch r L L : X inbo und_ port _dat a at L L ; inbo und_ port _dat a_fu ll u L L < inbo und_ port _dat a_wr ite L L = inbo und_ port _hea der L L > inbo und_ port _hea der_ writ e it L L ? @ inbo und_ port _inf o nf L L @ x inbo und_ port _inf o_wr ite L L A inbo und_ proc _dat a at L L B inbo und_ proc _dat a_fu ll u L L C inbo und_ proc _dat a_re ad e L L D 8 inbo und_ proc _hea der L L E h inbo und_ proc _hea der_ empt y pt L L F inbo und_ proc _hea der_ read ead L L G inbo und_ proc _inf o nf L L H inbo und_ proc _inf o_em pty L L I 8 inbo und_ proc _inf o_re ad e L L J h outb ound _por t_da ta a L L K outb ound _por t_da ta_r ead L L L outb ound _por t_in fo n L L M outb ound _por t_in fo_e mpty pty L L N ( outb ound _por t_in fo_r ead L L O ` outb ound _pro c_da ta a L L P outb ound _pro c_da ta_f ull L L Q outb ound _pro c_da ta_w rite ite L L R outb ound _pro c_in fo n L L S ( outb ound _pro c_in fo_w rite ite L L T X rese t se L L U inbo und_ wrus edw L L _ inbo und_ rdus edw L L ` u1 aclr clr data ata rdcl k cl rdre q re wrcl k cl wrre q re q re rdem pty rdus edw wrfu ll u wrus edw esoc _fif o_25 6x32 x32 work ork ieee eee std m r w u4 esoc _fif o_25 6x11 2 11 m r w u5 1 esoc _fif o_25 6x16 x16 m r w u6 6 esoc _fif o_2k x32x 64 x m r w u0 x 0
8 8 8 8 8 8 8 8 8 8 8 8 8 ieee .std _log ic_1 164. std_ logi c_ve ctor tor clk_ cont rol L L clk_ data ata L L ! 0 clk_ sear ch r L L " X inbo und_ port _dat a at L L # inbo und_ port _dat a_fu ll u L L $ inbo und_ port _dat a_wr ite L L % inbo und_ port _hea der L L & inbo und_ port _hea der_ writ e it L L ' @ inbo und_ port _inf o nf L L ( x inbo und_ port _inf o_wr ite L L ) inbo und_ proc _dat a at L L * inbo und_ proc _dat a_fu ll u L L + inbo und_ proc _dat a_re ad e L L , 8 inbo und_ proc _hea der L L - h inbo und_ proc _hea der_ empt y pt L L . inbo und_ proc _hea der_ read ead L L / inbo und_ proc _inf o nf L L 0 inbo und_ proc _inf o_em pty L L 1 8 inbo und_ proc _inf o_re ad e L L 2 h outb ound _por t_da ta a L L 3 outb ound _por t_da ta_r ead L L 4 outb ound _por t_in fo n L L 5 outb ound _por t_in fo_e mpty pty L L 6 ( outb ound _por t_in fo_r ead L L 7 ` outb ound _pro c_da ta a L L 8 outb ound _pro c_da ta_f ull L L 9 outb ound _pro c_da ta_w rite ite L L : outb ound _pro c_in fo n L L ; ( outb ound _pro c_in fo_w rite ite L L < X rese t se L L = inbo und_ wrus edw L L G inbo und_ rdus edw L L H u1 aclr clr data ata rdcl k cl rdre q re wrcl k cl wrre q re q re rdem pty rdus edw wrfu ll u wrus edw esoc _fif o_25 6x32 x32 work ork ieee eee std m r w u4 esoc _fif o_25 6x11 2 11 m r w u5 1 esoc _fif o_25 6x16 x16 m r w u6 6 esoc _fif o_2k x32x 64 x m r w u0 x 0
esoc _fif o_2k x64x 32 x m r w line __26 2 26 line __26 5 26 stru ctur e ur esoc _por t_st orag e ag c:/d ata/ temp /ESo C/So urce s/lo gixa /eso c_po rt_s tora ge.v hd v
esoc _fif o_2k x64x 32 x m r w line __23 8 23 line __24 1 24 stru ctur e ur esoc _por t_st orag e ag c:/d ata/ temp /ESo C/So urce s/lo gixa /eso c_po rt_s tora ge.v hd v
