| Line 59... |
Line 59... |
ecl_rml_cansave_wen_w, ecl_rml_canrestore_wen_w,
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ecl_rml_cansave_wen_w, ecl_rml_canrestore_wen_w,
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ecl_rml_otherwin_wen_w, ecl_rml_wstate_wen_w,
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ecl_rml_otherwin_wen_w, ecl_rml_wstate_wen_w,
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ecl_rml_cleanwin_wen_w, ecl_rml_xor_data_e, ecl_rml_kill_e,
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ecl_rml_cleanwin_wen_w, ecl_rml_xor_data_e, ecl_rml_kill_e,
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ecl_rml_kill_w, ecl_rml_early_flush_w, exu_tlu_wsr_data_w,
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ecl_rml_kill_w, ecl_rml_early_flush_w, exu_tlu_wsr_data_w,
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tlu_exu_agp, tlu_exu_agp_swap, tlu_exu_agp_tid, tlu_exu_cwp_m,
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tlu_exu_agp, tlu_exu_agp_swap, tlu_exu_agp_tid, tlu_exu_cwp_m,
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tlu_exu_cwpccr_update_m, ecl_rml_inst_vld_w
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tlu_exu_cwpccr_update_m, ecl_rml_inst_vld_w,current_cwp
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) ;
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) ;
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input rclk;
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input rclk;
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input se;
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input se;
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input si;
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input si;
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input grst_l;
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input grst_l;
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| Line 144... |
Line 144... |
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output [1:0] rml_irf_old_agp; // alternate global pointer
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output [1:0] rml_irf_old_agp; // alternate global pointer
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output [1:0] rml_irf_new_agp; // alternate global pointer
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output [1:0] rml_irf_new_agp; // alternate global pointer
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output rml_irf_swap_global;
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output rml_irf_swap_global;
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output [1:0] rml_irf_global_tid;
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output [1:0] rml_irf_global_tid;
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output reg [11:0] current_cwp;
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wire clk;
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wire clk;
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wire [1:0] tid_d;
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wire [1:0] tid_d;
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wire [3:0] thr_d;
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wire [3:0] thr_d;
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wire [1:0] tid_e;
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wire [1:0] tid_e;
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| Line 443... |
Line 444... |
assign oddwin_m[1] = (cwp_wen_m & ecl_rml_thr_m[1])? next_cwp_m[0]: oddwin_w[1];
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assign oddwin_m[1] = (cwp_wen_m & ecl_rml_thr_m[1])? next_cwp_m[0]: oddwin_w[1];
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assign oddwin_m[0] = (cwp_wen_m & ecl_rml_thr_m[0])? next_cwp_m[0]: oddwin_w[0];
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assign oddwin_m[0] = (cwp_wen_m & ecl_rml_thr_m[0])? next_cwp_m[0]: oddwin_w[0];
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dff_s #(4) oddwin_dff(.din(oddwin_m[3:0]), .clk(clk), .q(exu_ifu_oddwin_s[3:0]),
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dff_s #(4) oddwin_dff(.din(oddwin_m[3:0]), .clk(clk), .q(exu_ifu_oddwin_s[3:0]),
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.se(se), .si(), .so());
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.se(se), .si(), .so());
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integer i;
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wire [11:0] next_cwp;
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always @(posedge clk)
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begin
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current_cwp[2:0]<=(cwp_wen_m & ecl_rml_thr_m[0])? next_cwp_m: next_cwp[2:0];
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current_cwp[5:3]<=(cwp_wen_m & ecl_rml_thr_m[1])? next_cwp_m: next_cwp[5:3];
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current_cwp[8:6]<=(cwp_wen_m & ecl_rml_thr_m[2])? next_cwp_m: next_cwp[8:6];
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current_cwp[11:9]<=(cwp_wen_m & ecl_rml_thr_m[3])? next_cwp_m: next_cwp[11:9];
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end
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sparc_exu_rml_cwp cwp(
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sparc_exu_rml_cwp cwp(
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.swap_outs (swap_outs),
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.swap_outs (swap_outs),
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.swap_locals_ins(swap_locals_ins),
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.swap_locals_ins(swap_locals_ins),
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.rml_ecl_cwp_e (rml_ecl_cwp_e[2:0]),
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.rml_ecl_cwp_e (rml_ecl_cwp_e[2:0]),
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.old_cwp_e (old_cwp_e[2:0]),
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.old_cwp_e (old_cwp_e[2:0]),
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.new_cwp_e (new_cwp_e[2:0]),
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.new_cwp_e (new_cwp_e[2:0]),
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.oddwin_w (oddwin_w[3:0]),
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.oddwin_w (oddwin_w[3:0]),
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.next_cwp (next_cwp),
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/*AUTOINST*/
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/*AUTOINST*/
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// Outputs
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// Outputs
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.rml_ecl_cwp_d (rml_ecl_cwp_d[2:0]),
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.rml_ecl_cwp_d (rml_ecl_cwp_d[2:0]),
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.exu_tlu_cwp0_w(exu_tlu_cwp0_w[2:0]),
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.exu_tlu_cwp0_w(exu_tlu_cwp0_w[2:0]),
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.exu_tlu_cwp1_w(exu_tlu_cwp1_w[2:0]),
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.exu_tlu_cwp1_w(exu_tlu_cwp1_w[2:0]),
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