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-- Copyright (C) 1991-2005 Altera Corporation<br>
-- Your use of Altera Corporation's design tools, logic functions <br>
-- and other software and tools, and its AMPP partner logic <br>
-- functions, and any output files any of the foregoing <br>
-- (including device programming or simulation files), and any <br>
-- associated documentation or information are expressly subject <br>
-- to the terms and conditions of the Altera Program License <br>
-- Subscription Agreement, Altera MegaCore Function License <br>
-- Agreement, or other applicable license agreement, including, <br>
-- without limitation, that your use is for the sole purpose of <br>
-- programming logic devices manufactured by Altera and sold by <br>
-- Altera or its authorized distributors.  Please refer to the <br>
-- applicable agreement for further details.<br>
<P> --G1_data_out[7] is small_2C35:inst|led_pio:the_led_pio|data_out[7]
<P><A NAME="G1_data_out[7]">G1_data_out[7]</A> = DFFEAS(<A HREF="#D1_d_writedata[7]">D1_d_writedata[7]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --G1_data_out[6] is small_2C35:inst|led_pio:the_led_pio|data_out[6]
<P><A NAME="G1_data_out[6]">G1_data_out[6]</A> = DFFEAS(<A HREF="#D1_d_writedata[6]">D1_d_writedata[6]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --G1_data_out[5] is small_2C35:inst|led_pio:the_led_pio|data_out[5]
<P><A NAME="G1_data_out[5]">G1_data_out[5]</A> = DFFEAS(<A HREF="#D1_d_writedata[5]">D1_d_writedata[5]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --G1_data_out[4] is small_2C35:inst|led_pio:the_led_pio|data_out[4]
<P><A NAME="G1_data_out[4]">G1_data_out[4]</A> = DFFEAS(<A HREF="#D1_d_writedata[4]">D1_d_writedata[4]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --G1_data_out[3] is small_2C35:inst|led_pio:the_led_pio|data_out[3]
<P><A NAME="G1_data_out[3]">G1_data_out[3]</A> = DFFEAS(<A HREF="#D1_d_writedata[3]">D1_d_writedata[3]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --G1_data_out[2] is small_2C35:inst|led_pio:the_led_pio|data_out[2]
<P><A NAME="G1_data_out[2]">G1_data_out[2]</A> = DFFEAS(<A HREF="#D1_d_writedata[2]">D1_d_writedata[2]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --G1_data_out[1] is small_2C35:inst|led_pio:the_led_pio|data_out[1]
<P><A NAME="G1_data_out[1]">G1_data_out[1]</A> = DFFEAS(<A HREF="#D1_d_writedata[1]">D1_d_writedata[1]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --G1_data_out[0] is small_2C35:inst|led_pio:the_led_pio|data_out[0]
<P><A NAME="G1_data_out[0]">G1_data_out[0]</A> = DFFEAS(<A HREF="#D1_d_writedata[0]">D1_d_writedata[0]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  , <A HREF="#G1L31">G1L31</A>,  ,  ,  ,  );


<P> --D1_d_writedata[7] is small_2C35:inst|cpu:the_cpu|d_writedata[7]
<P><A NAME="D1_d_writedata[7]">D1_d_writedata[7]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[7]">P1_q_b[7]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --C1_data_out is small_2C35:inst|small_2C35_reset_clk_domain_synch_module:small_2C35_reset_clk_domain_synch|data_out
<P><A NAME="C1_data_out">C1_data_out</A> = DFFEAS(<A HREF="#C1_data_in_d1">C1_data_in_d1</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#pld_clear_n">pld_clear_n</A>,  ,  ,  ,  ,  ,  );


<P> --M1_d_write is small_2C35:inst|cpu:the_cpu|cpu_test_bench:the_cpu_test_bench|d_write
<P><A NAME="M1_d_write">M1_d_write</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1_d_write_nxt">D1_d_write_nxt</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_internal_d_byteenable[0] is small_2C35:inst|cpu:the_cpu|internal_d_byteenable[0]
<P><A NAME="D1_internal_d_byteenable[0]">D1_internal_d_byteenable[0]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L1">D1L1</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_W_alu_result[14] is small_2C35:inst|cpu:the_cpu|W_alu_result[14]
<P><A NAME="D1_W_alu_result[14]">D1_W_alu_result[14]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L024">D1L024</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_W_alu_result[3] is small_2C35:inst|cpu:the_cpu|W_alu_result[3]
<P><A NAME="D1_W_alu_result[3]">D1_W_alu_result[3]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L129">D1L129</A>, <A HREF="#D1_E_shift_rot_result[3]">D1_E_shift_rot_result[3]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --D1_W_alu_result[2] is small_2C35:inst|cpu:the_cpu|W_alu_result[2]
<P><A NAME="D1_W_alu_result[2]">D1_W_alu_result[2]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L819">D1L819</A>, <A HREF="#D1_E_shift_rot_result[2]">D1_E_shift_rot_result[2]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --D1_W_alu_result[10] is small_2C35:inst|cpu:the_cpu|W_alu_result[10]
<P><A NAME="D1_W_alu_result[10]">D1_W_alu_result[10]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L249">D1L249</A>, <A HREF="#D1_E_shift_rot_result[10]">D1_E_shift_rot_result[10]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --G1L01 is small_2C35:inst|led_pio:the_led_pio|process0~94
<P><A NAME="G1L01">G1L01</A> = <A HREF="#D1_W_alu_result[14]">D1_W_alu_result[14]</A> & !<A HREF="#D1_W_alu_result[3]">D1_W_alu_result[3]</A> & !<A HREF="#D1_W_alu_result[2]">D1_W_alu_result[2]</A> & !<A HREF="#D1_W_alu_result[10]">D1_W_alu_result[10]</A>;


<P> --E1_cpu_data_master_waitrequest is small_2C35:inst|cpu_data_master_arbitrator:the_cpu_data_master|cpu_data_master_waitrequest
<P><A NAME="E1_cpu_data_master_waitrequest">E1_cpu_data_master_waitrequest</A> = DFFEAS(<A HREF="#E1L2">E1L2</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, !<A HREF="#C1_data_out">C1_data_out</A>,  ,  ,  ,  ,  ,  );


<P> --G1L11 is small_2C35:inst|led_pio:the_led_pio|process0~95
<P><A NAME="G1L11">G1L11</A> = <A HREF="#M1_d_write">M1_d_write</A> & <A HREF="#D1_internal_d_byteenable[0]">D1_internal_d_byteenable[0]</A> & <A HREF="#G1L01">G1L01</A> & !<A HREF="#E1_cpu_data_master_waitrequest">E1_cpu_data_master_waitrequest</A>;


<P> --D1_W_alu_result[9] is small_2C35:inst|cpu:the_cpu|W_alu_result[9]
<P><A NAME="D1_W_alu_result[9]">D1_W_alu_result[9]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L939">D1L939</A>, <A HREF="#D1_E_shift_rot_result[9]">D1_E_shift_rot_result[9]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --D1_W_alu_result[8] is small_2C35:inst|cpu:the_cpu|W_alu_result[8]
<P><A NAME="D1_W_alu_result[8]">D1_W_alu_result[8]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L639">D1L639</A>, <A HREF="#D1_E_shift_rot_result[8]">D1_E_shift_rot_result[8]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --D1_W_alu_result[7] is small_2C35:inst|cpu:the_cpu|W_alu_result[7]
<P><A NAME="D1_W_alu_result[7]">D1_W_alu_result[7]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L339">D1L339</A>, <A HREF="#D1_E_shift_rot_result[7]">D1_E_shift_rot_result[7]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --D1_W_alu_result[6] is small_2C35:inst|cpu:the_cpu|W_alu_result[6]
<P><A NAME="D1_W_alu_result[6]">D1_W_alu_result[6]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L039">D1L039</A>, <A HREF="#D1_E_shift_rot_result[6]">D1_E_shift_rot_result[6]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --G1L21 is small_2C35:inst|led_pio:the_led_pio|process0~96
<P><A NAME="G1L21">G1L21</A> = !<A HREF="#D1_W_alu_result[9]">D1_W_alu_result[9]</A> & !<A HREF="#D1_W_alu_result[8]">D1_W_alu_result[8]</A> & !<A HREF="#D1_W_alu_result[7]">D1_W_alu_result[7]</A> & !<A HREF="#D1_W_alu_result[6]">D1_W_alu_result[6]</A>;


<P> --D1_W_alu_result[5] is small_2C35:inst|cpu:the_cpu|W_alu_result[5]
<P><A NAME="D1_W_alu_result[5]">D1_W_alu_result[5]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L729">D1L729</A>, <A HREF="#D1_E_shift_rot_result[5]">D1_E_shift_rot_result[5]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --D1_W_alu_result[4] is small_2C35:inst|cpu:the_cpu|W_alu_result[4]
<P><A NAME="D1_W_alu_result[4]">D1_W_alu_result[4]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1L429">D1L429</A>, <A HREF="#D1_E_shift_rot_result[4]">D1_E_shift_rot_result[4]</A>, <A HREF="#C1_data_out">C1_data_out</A>, <A HREF="#D1L274">D1L274</A>, <A HREF="#D1_R_ctrl_shift_rot">D1_R_ctrl_shift_rot</A>);


<P> --G1L31 is small_2C35:inst|led_pio:the_led_pio|process0~97
<P><A NAME="G1L31">G1L31</A> = <A HREF="#G1L11">G1L11</A> & <A HREF="#G1L21">G1L21</A> & !<A HREF="#D1_W_alu_result[5]">D1_W_alu_result[5]</A> & !<A HREF="#D1_W_alu_result[4]">D1_W_alu_result[4]</A>;


<P> --D1_d_writedata[6] is small_2C35:inst|cpu:the_cpu|d_writedata[6]
<P><A NAME="D1_d_writedata[6]">D1_d_writedata[6]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[6]">P1_q_b[6]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_d_writedata[5] is small_2C35:inst|cpu:the_cpu|d_writedata[5]
<P><A NAME="D1_d_writedata[5]">D1_d_writedata[5]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[5]">P1_q_b[5]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_d_writedata[4] is small_2C35:inst|cpu:the_cpu|d_writedata[4]
<P><A NAME="D1_d_writedata[4]">D1_d_writedata[4]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[4]">P1_q_b[4]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_d_writedata[3] is small_2C35:inst|cpu:the_cpu|d_writedata[3]
<P><A NAME="D1_d_writedata[3]">D1_d_writedata[3]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[3]">P1_q_b[3]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_d_writedata[2] is small_2C35:inst|cpu:the_cpu|d_writedata[2]
<P><A NAME="D1_d_writedata[2]">D1_d_writedata[2]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[2]">P1_q_b[2]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_d_writedata[1] is small_2C35:inst|cpu:the_cpu|d_writedata[1]
<P><A NAME="D1_d_writedata[1]">D1_d_writedata[1]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[1]">P1_q_b[1]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --D1_d_writedata[0] is small_2C35:inst|cpu:the_cpu|d_writedata[0]
<P><A NAME="D1_d_writedata[0]">D1_d_writedata[0]</A> = AMPP_FUNCTION(<A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#P1_q_b[0]">P1_q_b[0]</A>, <A HREF="#C1_data_out">C1_data_out</A>);


<P> --P1_q_a[7] is small_2C35:inst|cpu:the_cpu|cpu_rf_module:cpu_rf|altsyncram:the_altsyncram|altsyncram_vuo1:auto_generated|q_a[7]
<P> --RAM Block Operation Mode: True Dual-Port
<P> --Port A Depth: 32, Port A Width: 1, Port B Depth: 32, Port B Width: 1
<P> --Port A Logical Depth: 32, Port A Logical Width: 32, Port B Logical Depth: 32, Port B Logical Width: 32
<P> --Port A Input: Registered, Port A Output: Un-registered, Port B Input: Registered, Port B Output: Un-registered
<P><A NAME="P1_q_a[7]">P1_q_a[7]</A> = AMPP_FUNCTION(<A HREF="#D1_W_rf_wren_a">D1_W_rf_wren_a</A>, <A HREF="#D1_module_input3">D1_module_input3</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1_W_alu_result[7]">D1_W_alu_result[7]</A>, <A HREF="#D1L197">D1L197</A>, <A HREF="#D1L297">D1L297</A>, <A HREF="#D1L397">D1L397</A>, <A HREF="#D1L497">D1L497</A>, <A HREF="#D1L597">D1L597</A>, <A HREF="#D1_av_ld_byte0_data[7]">D1_av_ld_byte0_data[7]</A>, <A HREF="#D1_D_iw[22]">D1_D_iw[22]</A>, <A HREF="#D1_D_iw[23]">D1_D_iw[23]</A>, <A HREF="#D1_D_iw[24]">D1_D_iw[24]</A>, <A HREF="#D1_D_iw[25]">D1_D_iw[25]</A>, <A HREF="#D1_D_iw[26]">D1_D_iw[26]</A>);

<P> --P1_q_b[7] is small_2C35:inst|cpu:the_cpu|cpu_rf_module:cpu_rf|altsyncram:the_altsyncram|altsyncram_vuo1:auto_generated|q_b[7]
<P><A NAME="P1_q_b[7]">P1_q_b[7]</A> = AMPP_FUNCTION(<A HREF="#D1_W_rf_wren_a">D1_W_rf_wren_a</A>, <A HREF="#D1_module_input3">D1_module_input3</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#osc_clk[0]">osc_clk[0]</A>, <A HREF="#D1_W_alu_result[7]">D1_W_alu_result[7]</A>, <A HREF="#D1L197">D1L197</A>, <A HREF="#D1L297">D1L297</A>, <A HREF="#D1L397">D1L397</A>, <A HREF="#D1L497">D1L497</A>, <A HREF="#D1L597">D1L597</A>, <A HREF="#D1_av_ld_byte0_data[7]">D1_av_ld_byte0_data[7]</A>, <A HREF="#D1_D_iw[22]">D1_D_iw[22]</A>, <A HREF="#D1_D_iw[23]">D1_D_iw[23]</A>, <A HREF="#D1_D_iw[24]">D1_D_iw[24]</A>, <A HREF="#D1_D_iw[25]">D1_D_iw[25]</A>, <A HREF="#D1_D_iw[26]">D1_D_iw[26]</A>);


<P> --C1_data_in_d1 is small_2C35:inst|small_2C35_reset_clk_domain_synch_module:small_2C35_reset_clk_domain_synch|data_in_d1
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