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[/] [openrisc/] [trunk/] [orpsocv2/] [rtl/] [verilog/] [wb_switch_b3/] [wb_switch_b3.v] - Rev 360
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// Switch network arbiter // Wishbone B3 signals compliant `define NUM_MASTERS_4 `define NUM_SLAVES_5 `define WATCHDOG_TIMER `ifdef NUM_MASTERS_6 `define NUM_MASTERS 6 `define WBM5 `define WBM4 `define WBM3 `define WBM2 `define WBM1 `else `ifdef NUM_MASTERS_5 `define NUM_MASTERS 5 `define WBM4 `define WBM3 `define WBM2 `define WBM1 `else `ifdef NUM_MASTERS_4 `define NUM_MASTERS 4 `define WBM3 `define WBM2 `define WBM1 `else `ifdef NUM_MASTERS_3 `define NUM_MASTERS 3 `define WBM2 `define WBM1 `else `ifdef NUM_MASTERS_2 `define NUM_MASTERS 2 `define WBM1 `else `define NUM_MASTERS 1 `endif `endif // !`ifdef NUM_MASTERS_3 `endif // !`ifdef NUM_MASTERS_4 `endif // !`ifdef NUM_MASTERS_5 `endif // !`ifdef NUM_MASTERS_6 `ifdef NUM_SLAVES_8 `define NUM_SLAVES 8 `define WBS7 `define WBS6 `define WBS5 `define WBS4 `define WBS3 `define WBS2 `define WBS1 `else `ifdef NUM_SLAVES_7 `define NUM_SLAVES 7 `define WBS6 `define WBS5 `define WBS4 `define WBS3 `define WBS2 `define WBS1 `else `ifdef NUM_SLAVES_6 `define NUM_SLAVES 6 `define WBS5 `define WBS4 `define WBS3 `define WBS2 `define WBS1 `else `ifdef NUM_SLAVES_5 `define NUM_SLAVES 5 `define WBS4 `define WBS3 `define WBS2 `define WBS1 `else `ifdef NUM_SLAVES_4 `define NUM_SLAVES 4 `define WBS3 `define WBS2 `define WBS1 `else `ifdef NUM_SLAVES_3 `define NUM_SLAVES 3 `define WBS2 `define WBS1 `else `ifdef NUM_SLAVES_2 `define NUM_SLAVES 2 `define WBS1 `else `define NUM_SLAVES 1 `endif `endif `endif // !`ifdef NUM_SLAVES_4 `endif // !`ifdef NUM_SLAVES_5 `endif // !`ifdef NUM_SLAVES_6 `endif // !`ifdef NUM_SLAVES_7 `endif // !`ifdef NUM_SLAVES_8 module wb_switch_b3 ( // Master ports wbm0_adr_o, wbm0_bte_o, wbm0_cti_o, wbm0_cyc_o, wbm0_dat_o, wbm0_sel_o, wbm0_stb_o, wbm0_we_o, wbm0_ack_i, wbm0_err_i, wbm0_rty_i, wbm0_dat_i, `ifdef WBM1 wbm1_adr_o, wbm1_bte_o, wbm1_cti_o, wbm1_cyc_o, wbm1_dat_o, wbm1_sel_o, wbm1_stb_o, wbm1_we_o, wbm1_ack_i, wbm1_err_i, wbm1_rty_i, wbm1_dat_i, `endif `ifdef WBM2 wbm2_adr_o, wbm2_bte_o, wbm2_cti_o, wbm2_cyc_o, wbm2_dat_o, wbm2_sel_o, wbm2_stb_o, wbm2_we_o, wbm2_ack_i, wbm2_err_i, wbm2_rty_i, wbm2_dat_i, `endif `ifdef WBM3 wbm3_adr_o, wbm3_bte_o, wbm3_cti_o, wbm3_cyc_o, wbm3_dat_o, wbm3_sel_o, wbm3_stb_o, wbm3_we_o, wbm3_ack_i, wbm3_err_i, wbm3_rty_i, wbm3_dat_i, `endif `ifdef WBM4 wbm4_adr_o, wbm4_bte_o, wbm4_cti_o, wbm4_cyc_o, wbm4_dat_o, wbm4_sel_o, wbm4_stb_o, wbm4_we_o, wbm4_ack_i, wbm4_err_i, wbm4_rty_i, wbm4_dat_i, `endif `ifdef WBM5 wbm5_adr_o, wbm5_bte_o, wbm5_cti_o, wbm5_cyc_o, wbm5_dat_o, wbm5_sel_o, wbm5_stb_o, wbm5_we_o, wbm5_ack_i, wbm5_err_i, wbm5_rty_i, wbm5_dat_i, `endif // Slave ports wbs0_adr_i, wbs0_bte_i, wbs0_cti_i, wbs0_cyc_i, wbs0_dat_i, wbs0_sel_i, wbs0_stb_i, wbs0_we_i, wbs0_ack_o, wbs0_err_o, wbs0_rty_o, wbs0_dat_o, `ifdef WBS1 wbs1_adr_i, wbs1_bte_i, wbs1_cti_i, wbs1_cyc_i, wbs1_dat_i, wbs1_sel_i, wbs1_stb_i, wbs1_we_i, wbs1_ack_o, wbs1_err_o, wbs1_rty_o, wbs1_dat_o, `endif `ifdef WBS2 wbs2_adr_i, wbs2_bte_i, wbs2_cti_i, wbs2_cyc_i, wbs2_dat_i, wbs2_sel_i, wbs2_stb_i, wbs2_we_i, wbs2_ack_o, wbs2_err_o, wbs2_rty_o, wbs2_dat_o, `endif `ifdef WBS3 wbs3_adr_i, wbs3_bte_i, wbs3_cti_i, wbs3_cyc_i, wbs3_dat_i, wbs3_sel_i, wbs3_stb_i, wbs3_we_i, wbs3_ack_o, wbs3_err_o, wbs3_rty_o, wbs3_dat_o, `endif `ifdef WBS4 wbs4_adr_i, wbs4_bte_i, wbs4_cti_i, wbs4_cyc_i, wbs4_dat_i, wbs4_sel_i, wbs4_stb_i, wbs4_we_i, wbs4_ack_o, wbs4_err_o, wbs4_rty_o, wbs4_dat_o, `endif `ifdef WBS5 wbs5_adr_i, wbs5_bte_i, wbs5_cti_i, wbs5_cyc_i, wbs5_dat_i, wbs5_sel_i, wbs5_stb_i, wbs5_we_i, wbs5_ack_o, wbs5_err_o, wbs5_rty_o, wbs5_dat_o, `endif `ifdef WBS6 wbs6_adr_i, wbs6_bte_i, wbs6_cti_i, wbs6_cyc_i, wbs6_dat_i, wbs6_sel_i, wbs6_stb_i, wbs6_we_i, wbs6_ack_o, wbs6_err_o, wbs6_rty_o, wbs6_dat_o, `endif `ifdef WBS7 wbs7_adr_i, wbs7_bte_i, wbs7_cti_i, wbs7_cyc_i, wbs7_dat_i, wbs7_sel_i, wbs7_stb_i, wbs7_we_i, wbs7_ack_o, wbs7_err_o, wbs7_rty_o, wbs7_dat_o, `endif // Clocks, resets wb_clk, wb_rst ); // Data and address width parameters parameter dw = 32; parameter aw = 32; input [aw-1:0] wbm0_adr_o;input [1:0] wbm0_bte_o;input [2:0] wbm0_cti_o;input wbm0_cyc_o;input [dw-1:0] wbm0_dat_o;input [3:0] wbm0_sel_o;input wbm0_stb_o;input wbm0_we_o;output wbm0_ack_i;output wbm0_err_i;output wbm0_rty_i;output [dw-1:0] wbm0_dat_i; `ifdef WBM1 input [aw-1:0] wbm1_adr_o;input [1:0] wbm1_bte_o;input [2:0] wbm1_cti_o;input wbm1_cyc_o;input [dw-1:0] wbm1_dat_o;input [3:0] wbm1_sel_o;input wbm1_stb_o;input wbm1_we_o;output wbm1_ack_i;output wbm1_err_i;output wbm1_rty_i;output [dw-1:0] wbm1_dat_i; `endif `ifdef WBM2 input [aw-1:0] wbm2_adr_o;input [1:0] wbm2_bte_o;input [2:0] wbm2_cti_o;input wbm2_cyc_o;input [dw-1:0] wbm2_dat_o;input [3:0] wbm2_sel_o;input wbm2_stb_o;input wbm2_we_o;output wbm2_ack_i;output wbm2_err_i;output wbm2_rty_i;output [dw-1:0] wbm2_dat_i; `endif `ifdef WBM3 input [aw-1:0] wbm3_adr_o;input [1:0] wbm3_bte_o;input [2:0] wbm3_cti_o;input wbm3_cyc_o;input [dw-1:0] wbm3_dat_o;input [3:0] wbm3_sel_o;input wbm3_stb_o;input wbm3_we_o;output wbm3_ack_i;output wbm3_err_i;output wbm3_rty_i;output [dw-1:0] wbm3_dat_i; `endif `ifdef WBM4 input [aw-1:0] wbm4_adr_o;input [1:0] wbm4_bte_o;input [2:0] wbm4_cti_o;input wbm4_cyc_o;input [dw-1:0] wbm4_dat_o;input [3:0] wbm4_sel_o;input wbm4_stb_o;input wbm4_we_o;output wbm4_ack_i;output wbm4_err_i;output wbm4_rty_i;output [dw-1:0] wbm4_dat_i; `endif `ifdef WBM5 input [aw-1:0] wbm5_adr_o;input [1:0] wbm5_bte_o;input [2:0] wbm5_cti_o;input wbm5_cyc_o;input [dw-1:0] wbm5_dat_o;input [3:0] wbm5_sel_o;input wbm5_stb_o;input wbm5_we_o;output wbm5_ack_i;output wbm5_err_i;output wbm5_rty_i;output [dw-1:0] wbm5_dat_i; `endif output [aw-1:0] wbs0_adr_i;output [1:0] wbs0_bte_i;output [2:0] wbs0_cti_i;output wbs0_cyc_i;output [dw-1:0] wbs0_dat_i;output [3:0] wbs0_sel_i;output wbs0_stb_i;output wbs0_we_i;input wbs0_ack_o;input wbs0_err_o;input wbs0_rty_o;input [dw-1:0] wbs0_dat_o; `ifdef WBS1 output [aw-1:0] wbs1_adr_i;output [1:0] wbs1_bte_i;output [2:0] wbs1_cti_i;output wbs1_cyc_i;output [dw-1:0] wbs1_dat_i;output [3:0] wbs1_sel_i;output wbs1_stb_i;output wbs1_we_i;input wbs1_ack_o;input wbs1_err_o;input wbs1_rty_o;input [dw-1:0] wbs1_dat_o; `endif `ifdef WBS2 output [aw-1:0] wbs2_adr_i;output [1:0] wbs2_bte_i;output [2:0] wbs2_cti_i;output wbs2_cyc_i;output [dw-1:0] wbs2_dat_i;output [3:0] wbs2_sel_i;output wbs2_stb_i;output wbs2_we_i;input wbs2_ack_o;input wbs2_err_o;input wbs2_rty_o;input [dw-1:0] wbs2_dat_o; `endif `ifdef WBS3 output [aw-1:0] wbs3_adr_i;output [1:0] wbs3_bte_i;output [2:0] wbs3_cti_i;output wbs3_cyc_i;output [dw-1:0] wbs3_dat_i;output [3:0] wbs3_sel_i;output wbs3_stb_i;output wbs3_we_i;input wbs3_ack_o;input wbs3_err_o;input wbs3_rty_o;input [dw-1:0] wbs3_dat_o; `endif `ifdef WBS4 output [aw-1:0] wbs4_adr_i;output [1:0] wbs4_bte_i;output [2:0] wbs4_cti_i;output wbs4_cyc_i;output [dw-1:0] wbs4_dat_i;output [3:0] wbs4_sel_i;output wbs4_stb_i;output wbs4_we_i;input wbs4_ack_o;input wbs4_err_o;input wbs4_rty_o;input [dw-1:0] wbs4_dat_o; `endif `ifdef WBS5 output [aw-1:0] wbs5_adr_i;output [1:0] wbs5_bte_i;output [2:0] wbs5_cti_i;output wbs5_cyc_i;output [dw-1:0] wbs5_dat_i;output [3:0] wbs5_sel_i;output wbs5_stb_i;output wbs5_we_i;input wbs5_ack_o;input wbs5_err_o;input wbs5_rty_o;input [dw-1:0] wbs5_dat_o; `endif `ifdef WBS6 output [aw-1:0] wbs6_adr_i;output [1:0] wbs6_bte_i;output [2:0] wbs6_cti_i;output wbs6_cyc_i;output [dw-1:0] wbs6_dat_i;output [3:0] wbs6_sel_i;output wbs6_stb_i;output wbs6_we_i;input wbs6_ack_o;input wbs6_err_o;input wbs6_rty_o;input [dw-1:0] wbs6_dat_o; `endif `ifdef WBS7 output [aw-1:0] wbs7_adr_i;output [1:0] wbs7_bte_i;output [2:0] wbs7_cti_i;output wbs7_cyc_i;output [dw-1:0] wbs7_dat_i;output [3:0] wbs7_sel_i;output wbs7_stb_i;output wbs7_we_i;input wbs7_ack_o;input wbs7_err_o;input wbs7_rty_o;input [dw-1:0] wbs7_dat_o; `endif input wb_clk, wb_rst; // have a master select for each slave, meaning multiple slaves could be driven at a time wire [`NUM_MASTERS-1:0] wbs0_master_sel; wire wbs0_master_sel_new; `ifdef WBS1 wire [`NUM_MASTERS-1:0] wbs1_master_sel; wire wbs1_master_sel_new; `endif `ifdef WBS2 wire [`NUM_MASTERS-1:0] wbs2_master_sel; wire wbs2_master_sel_new; `endif `ifdef WBS3 wire [`NUM_MASTERS-1:0] wbs3_master_sel; wire wbs3_master_sel_new; `endif `ifdef WBS4 wire [`NUM_MASTERS-1:0] wbs4_master_sel; wire wbs4_master_sel_new; `endif `ifdef WBS5 wire [`NUM_MASTERS-1:0] wbs5_master_sel; wire wbs5_master_sel_new; `endif `ifdef WBS6 wire [`NUM_MASTERS-1:0] wbs6_master_sel; wire wbs6_master_sel_new; `endif `ifdef WBS7 wire [`NUM_MASTERS-1:0] wbs7_master_sel; wire wbs7_master_sel_new; `endif wire [`NUM_SLAVES-1:0] wbm0_slave_sel; `ifdef WBM1 wire [`NUM_SLAVES-1:0] wbm1_slave_sel; `endif `ifdef WBM2 wire [`NUM_SLAVES-1:0] wbm2_slave_sel; `endif `ifdef WBM3 wire [`NUM_SLAVES-1:0] wbm3_slave_sel; `endif `ifdef WBM4 wire [`NUM_SLAVES-1:0] wbm4_slave_sel; `endif `ifdef WBM5 wire [`NUM_SLAVES-1:0] wbm5_slave_sel; `endif // Should probably be def-param'd outside parameter slave0_sel_width = -1; parameter slave0_sel_addr = 4'hx; parameter slave1_sel_width = -1; parameter slave1_sel_addr = 4'hx; parameter slave2_sel_width = -1; parameter slave2_sel_addr = 8'hxx; parameter slave3_sel_width = -1; parameter slave3_sel_addr = 8'hxx; parameter slave4_sel_width = -1; parameter slave4_sel_addr = 8'hxx; parameter slave5_sel_width = -1; parameter slave5_sel_addr = 8'hxx; parameter slave6_sel_width = -1; parameter slave6_sel_addr = 8'hxx; parameter slave7_sel_width = -1; parameter slave7_sel_addr = 8'hxx; /////////////////////////////////////////////////////////////////////////// // Slave Select logic // /////////////////////////////////////////////////////////////////////////// // Slave select logic, for each master wb_b3_switch_slave_sel slave_sel0 ( // Outputs .wbs_master_sel (wbs0_master_sel), .wbs_master_sel_new (wbs0_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel0.num_masters = `NUM_MASTERS; defparam slave_sel0.slave_sel_bit_width = slave0_sel_width; defparam slave_sel0.slave_addr = slave0_sel_addr; `ifdef WBS1 // Slave selec logic, for each master wb_b3_switch_slave_sel slave_sel1 ( // Outputs .wbs_master_sel (wbs1_master_sel), .wbs_master_sel_new (wbs1_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel1.num_masters = `NUM_MASTERS; defparam slave_sel1.slave_sel_bit_width = slave1_sel_width; defparam slave_sel1.slave_addr = slave1_sel_addr; `endif // `ifdef WBS1 `ifdef WBS2 // Slave selec logic, for each master wb_b3_switch_slave_sel slave_sel2 ( // Outputs .wbs_master_sel (wbs2_master_sel), .wbs_master_sel_new (wbs2_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel2.num_masters = `NUM_MASTERS; defparam slave_sel2.slave_sel_bit_width = slave2_sel_width; defparam slave_sel2.slave_addr = slave2_sel_addr; `endif // `ifdef WBS2 `ifdef WBS3 // Slave selec logic, for each master wb_b3_switch_slave_sel slave_sel3 ( // Outputs .wbs_master_sel (wbs3_master_sel), .wbs_master_sel_new (wbs3_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel3.num_masters = `NUM_MASTERS; defparam slave_sel3.slave_sel_bit_width = slave3_sel_width; defparam slave_sel3.slave_addr = slave3_sel_addr; `endif // `ifdef WBS3 `ifdef WBS4 // Slave selec logic, for each master wb_b3_switch_slave_sel slave_sel4 ( // Outputs .wbs_master_sel (wbs4_master_sel), .wbs_master_sel_new (wbs4_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel4.num_masters = `NUM_MASTERS; defparam slave_sel4.slave_sel_bit_width = slave4_sel_width; defparam slave_sel4.slave_addr = slave4_sel_addr; `endif // `ifdef WBS4 `ifdef WBS5 // Slave selec logic, for each master wb_b3_switch_slave_sel slave_sel5 ( // Outputs .wbs_master_sel (wbs5_master_sel), .wbs_master_sel_new (wbs5_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel5.num_masters = `NUM_MASTERS; defparam slave_sel5.slave_sel_bit_width = slave5_sel_width; defparam slave_sel5.slave_addr = slave5_sel_addr; `endif // `ifdef WBS5 `ifdef WBS6 // Slave selec logic, for each master wb_b3_switch_slave_sel slave_sel6 ( // Outputs .wbs_master_sel (wbs6_master_sel), .wbs_master_sel_new (wbs6_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel6.num_masters = `NUM_MASTERS; defparam slave_sel6.slave_sel_bit_width = slave6_sel_width; defparam slave_sel6.slave_addr = slave6_sel_addr; `endif // `ifdef WBS6 `ifdef WBS7 // Slave selec logic, for each master wb_b3_switch_slave_sel slave_sel7 ( // Outputs .wbs_master_sel (wbs7_master_sel), .wbs_master_sel_new (wbs7_master_sel_new), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_cyc_o (wbm0_cyc_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_cyc_o (wbm1_cyc_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_cyc_o (wbm2_cyc_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_cyc_o (wbm3_cyc_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_cyc_o (wbm4_cyc_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_cyc_o (wbm5_cyc_o), `endif .wb_clk (wb_clk), .wb_rst (wb_rst)); defparam slave_sel7.num_masters = `NUM_MASTERS; defparam slave_sel7.slave_sel_bit_width = slave7_sel_width; defparam slave_sel7.slave_addr = slave7_sel_addr; `endif // `ifdef WBS7 ///////////////////////////////////////////////////////////////////////////// // Master slave detection: detect which slave has selected each master ///////////////////////////////////////////////////////////////////////////// wb_b3_switch_master_detect_slave_sel master_detect_slave0 ( // Outputs .wbm_slave_sel (wbm0_slave_sel), // Inputs .wbs0_master_sel (wbs0_master_sel), .wbs0_master_sel_new (wbs0_master_sel_new), `ifdef WBS1 .wbs1_master_sel (wbs1_master_sel), .wbs1_master_sel_new (wbs1_master_sel_new), `endif `ifdef WBS2 .wbs2_master_sel (wbs2_master_sel), .wbs2_master_sel_new (wbs2_master_sel_new), `endif `ifdef WBS3 .wbs3_master_sel (wbs3_master_sel), .wbs3_master_sel_new (wbs3_master_sel_new), `endif `ifdef WBS4 .wbs4_master_sel (wbs4_master_sel), .wbs4_master_sel_new (wbs4_master_sel_new), `endif `ifdef WBS5 .wbs5_master_sel (wbs5_master_sel), .wbs5_master_sel_new (wbs5_master_sel_new), `endif `ifdef WBS6 .wbs6_master_sel (wbs6_master_sel), .wbs6_master_sel_new (wbs6_master_sel_new), `endif `ifdef WBS7 .wbs7_master_sel (wbs7_master_sel), .wbs7_master_sel_new (wbs7_master_sel_new), `endif .wb_clk(wb_clk), .wb_rst(wb_rst) ); defparam master_detect_slave0.slave_bit = 0; `ifdef WBM1 wb_b3_switch_master_detect_slave_sel master_detect_slave1 ( // Outputs .wbm_slave_sel (wbm1_slave_sel), // Inputs .wbs0_master_sel (wbs0_master_sel), .wbs0_master_sel_new (wbs0_master_sel_new), `ifdef WBS1 .wbs1_master_sel (wbs1_master_sel), .wbs1_master_sel_new (wbs1_master_sel_new), `endif `ifdef WBS2 .wbs2_master_sel (wbs2_master_sel), .wbs2_master_sel_new (wbs2_master_sel_new), `endif `ifdef WBS3 .wbs3_master_sel (wbs3_master_sel), .wbs3_master_sel_new (wbs3_master_sel_new), `endif `ifdef WBS4 .wbs4_master_sel (wbs4_master_sel), .wbs4_master_sel_new (wbs4_master_sel_new), `endif `ifdef WBS5 .wbs5_master_sel (wbs5_master_sel), .wbs5_master_sel_new (wbs5_master_sel_new), `endif `ifdef WBS6 .wbs6_master_sel (wbs6_master_sel), .wbs6_master_sel_new (wbs6_master_sel_new), `endif `ifdef WBS7 .wbs7_master_sel (wbs7_master_sel), .wbs7_master_sel_new (wbs7_master_sel_new), `endif .wb_clk(wb_clk), .wb_rst(wb_rst) ); defparam master_detect_slave1.slave_bit = 1; `endif // `ifdef WBM1 `ifdef WBM2 wb_b3_switch_master_detect_slave_sel master_detect_slave2 ( // Outputs .wbm_slave_sel (wbm2_slave_sel), // Inputs .wbs0_master_sel (wbs0_master_sel), .wbs0_master_sel_new (wbs0_master_sel_new), `ifdef WBS1 .wbs1_master_sel (wbs1_master_sel), .wbs1_master_sel_new (wbs1_master_sel_new), `endif `ifdef WBS2 .wbs2_master_sel (wbs2_master_sel), .wbs2_master_sel_new (wbs2_master_sel_new), `endif `ifdef WBS3 .wbs3_master_sel (wbs3_master_sel), .wbs3_master_sel_new (wbs3_master_sel_new), `endif `ifdef WBS4 .wbs4_master_sel (wbs4_master_sel), .wbs4_master_sel_new (wbs4_master_sel_new), `endif `ifdef WBS5 .wbs5_master_sel (wbs5_master_sel), .wbs5_master_sel_new (wbs5_master_sel_new), `endif `ifdef WBS6 .wbs6_master_sel (wbs6_master_sel), .wbs6_master_sel_new (wbs6_master_sel_new), `endif `ifdef WBS7 .wbs7_master_sel (wbs7_master_sel), .wbs7_master_sel_new (wbs7_master_sel_new), `endif .wb_clk(wb_clk), .wb_rst(wb_rst) ); defparam master_detect_slave2.slave_bit = 2; `endif // `ifdef WBM2 `ifdef WBM3 wb_b3_switch_master_detect_slave_sel master_detect_slave3 ( // Outputs .wbm_slave_sel (wbm3_slave_sel), // Inputs .wbs0_master_sel (wbs0_master_sel), .wbs0_master_sel_new (wbs0_master_sel_new), `ifdef WBS1 .wbs1_master_sel (wbs1_master_sel), .wbs1_master_sel_new (wbs1_master_sel_new), `endif `ifdef WBS2 .wbs2_master_sel (wbs2_master_sel), .wbs2_master_sel_new (wbs2_master_sel_new), `endif `ifdef WBS3 .wbs3_master_sel (wbs3_master_sel), .wbs3_master_sel_new (wbs3_master_sel_new), `endif `ifdef WBS4 .wbs4_master_sel (wbs4_master_sel), .wbs4_master_sel_new (wbs4_master_sel_new), `endif `ifdef WBS5 .wbs5_master_sel (wbs5_master_sel), .wbs5_master_sel_new (wbs5_master_sel_new), `endif `ifdef WBS6 .wbs6_master_sel (wbs6_master_sel), .wbs6_master_sel_new (wbs6_master_sel_new), `endif `ifdef WBS7 .wbs7_master_sel (wbs7_master_sel), .wbs7_master_sel_new (wbs7_master_sel_new), `endif .wb_clk(wb_clk), .wb_rst(wb_rst) ); defparam master_detect_slave3.slave_bit = 3; `endif // `ifdef WBM3 `ifdef WBM4 wb_b3_switch_master_detect_slave_sel master_detect_slave4 ( // Outputs .wbm_slave_sel (wbm4_slave_sel), // Inputs .wbs0_master_sel (wbs0_master_sel), .wbs0_master_sel_new (wbs0_master_sel_new), `ifdef WBS1 .wbs1_master_sel (wbs1_master_sel), .wbs1_master_sel_new (wbs1_master_sel_new), `endif `ifdef WBS2 .wbs2_master_sel (wbs2_master_sel), .wbs2_master_sel_new (wbs2_master_sel_new), `endif `ifdef WBS3 .wbs3_master_sel (wbs3_master_sel), .wbs3_master_sel_new (wbs3_master_sel_new), `endif `ifdef WBS4 .wbs4_master_sel (wbs4_master_sel), .wbs4_master_sel_new (wbs4_master_sel_new), `endif `ifdef WBS5 .wbs5_master_sel (wbs5_master_sel), .wbs5_master_sel_new (wbs5_master_sel_new), `endif `ifdef WBS6 .wbs6_master_sel (wbs6_master_sel), .wbs6_master_sel_new (wbs6_master_sel_new), `endif `ifdef WBS7 .wbs7_master_sel (wbs7_master_sel), .wbs7_master_sel_new (wbs7_master_sel_new), `endif .wb_clk(wb_clk), .wb_rst(wb_rst) ); defparam master_detect_slave4.slave_bit = 4; `endif // `ifdef WBM4 `ifdef WBM5 wb_b3_switch_master_detect_slave_sel master_detect_slave5 ( // Outputs .wbm_slave_sel (wbm5_slave_sel), // Inputs .wbs0_master_sel (wbs0_master_sel), .wbs0_master_sel_new (wbs0_master_sel_new), `ifdef WBS1 .wbs1_master_sel (wbs1_master_sel), .wbs1_master_sel_new (wbs1_master_sel_new), `endif `ifdef WBS2 .wbs2_master_sel (wbs2_master_sel), .wbs2_master_sel_new (wbs2_master_sel_new), `endif `ifdef WBS3 .wbs3_master_sel (wbs3_master_sel), .wbs3_master_sel_new (wbs3_master_sel_new), `endif `ifdef WBS4 .wbs4_master_sel (wbs4_master_sel), .wbs4_master_sel_new (wbs4_master_sel_new), `endif `ifdef WBS5 .wbs5_master_sel (wbs5_master_sel), .wbs5_master_sel_new (wbs5_master_sel_new), `endif `ifdef WBS6 .wbs6_master_sel (wbs6_master_sel), .wbs6_master_sel_new (wbs6_master_sel_new), `endif `ifdef WBS7 .wbs7_master_sel (wbs7_master_sel), .wbs7_master_sel_new (wbs7_master_sel_new), `endif .wb_clk(wb_clk), .wb_rst(wb_rst) ); defparam master_detect_slave5.slave_bit = 5; `endif // `ifdef WBM5 ///////////////////////////////////////////////////////////////////////////// // Slave Output MUXes ///////////////////////////////////////////////////////////////////////////// wb_b3_switch_slave_out_mux slave_out_mux0 ( // Outputs .wbs_adr_i (wbs0_adr_i[aw-1:0]), .wbs_bte_i (wbs0_bte_i[1:0]), .wbs_cti_i (wbs0_cti_i[2:0]), .wbs_cyc_i (wbs0_cyc_i), .wbs_dat_i (wbs0_dat_i[dw-1:0]), .wbs_sel_i (wbs0_sel_i[3:0]), .wbs_stb_i (wbs0_stb_i), .wbs_we_i (wbs0_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs0_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `ifdef WBS1 wb_b3_switch_slave_out_mux slave_out_mux1 ( // Outputs .wbs_adr_i (wbs1_adr_i[aw-1:0]), .wbs_bte_i (wbs1_bte_i[1:0]), .wbs_cti_i (wbs1_cti_i[2:0]), .wbs_cyc_i (wbs1_cyc_i), .wbs_dat_i (wbs1_dat_i[dw-1:0]), .wbs_sel_i (wbs1_sel_i[3:0]), .wbs_stb_i (wbs1_stb_i), .wbs_we_i (wbs1_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs1_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBS1 `ifdef WBS2 wb_b3_switch_slave_out_mux slave_out_mux2 ( // Outputs .wbs_adr_i (wbs2_adr_i[aw-1:0]), .wbs_bte_i (wbs2_bte_i[1:0]), .wbs_cti_i (wbs2_cti_i[2:0]), .wbs_cyc_i (wbs2_cyc_i), .wbs_dat_i (wbs2_dat_i[dw-1:0]), .wbs_sel_i (wbs2_sel_i[3:0]), .wbs_stb_i (wbs2_stb_i), .wbs_we_i (wbs2_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs2_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBS2 `ifdef WBS3 wb_b3_switch_slave_out_mux slave_out_mux3 ( // Outputs .wbs_adr_i (wbs3_adr_i[aw-1:0]), .wbs_bte_i (wbs3_bte_i[1:0]), .wbs_cti_i (wbs3_cti_i[2:0]), .wbs_cyc_i (wbs3_cyc_i), .wbs_dat_i (wbs3_dat_i[dw-1:0]), .wbs_sel_i (wbs3_sel_i[3:0]), .wbs_stb_i (wbs3_stb_i), .wbs_we_i (wbs3_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs3_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBS3 `ifdef WBS4 wb_b3_switch_slave_out_mux slave_out_mux4 ( // Outputs .wbs_adr_i (wbs4_adr_i[aw-1:0]), .wbs_bte_i (wbs4_bte_i[1:0]), .wbs_cti_i (wbs4_cti_i[2:0]), .wbs_cyc_i (wbs4_cyc_i), .wbs_dat_i (wbs4_dat_i[dw-1:0]), .wbs_sel_i (wbs4_sel_i[3:0]), .wbs_stb_i (wbs4_stb_i), .wbs_we_i (wbs4_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs4_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBS4 `ifdef WBS5 wb_b3_switch_slave_out_mux slave_out_mux5 ( // Outputs .wbs_adr_i (wbs5_adr_i[aw-1:0]), .wbs_bte_i (wbs5_bte_i[1:0]), .wbs_cti_i (wbs5_cti_i[2:0]), .wbs_cyc_i (wbs5_cyc_i), .wbs_dat_i (wbs5_dat_i[dw-1:0]), .wbs_sel_i (wbs5_sel_i[3:0]), .wbs_stb_i (wbs5_stb_i), .wbs_we_i (wbs5_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs5_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBS5 `ifdef WBS6 wb_b3_switch_slave_out_mux slave_out_mux6 ( // Outputs .wbs_adr_i (wbs6_adr_i[aw-1:0]), .wbs_bte_i (wbs6_bte_i[1:0]), .wbs_cti_i (wbs6_cti_i[2:0]), .wbs_cyc_i (wbs6_cyc_i), .wbs_dat_i (wbs6_dat_i[dw-1:0]), .wbs_sel_i (wbs6_sel_i[3:0]), .wbs_stb_i (wbs6_stb_i), .wbs_we_i (wbs6_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs6_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBS6 `ifdef WBS7 wb_b3_switch_slave_out_mux slave_out_mux7 ( // Outputs .wbs_adr_i (wbs7_adr_i[aw-1:0]), .wbs_bte_i (wbs7_bte_i[1:0]), .wbs_cti_i (wbs7_cti_i[2:0]), .wbs_cyc_i (wbs7_cyc_i), .wbs_dat_i (wbs7_dat_i[dw-1:0]), .wbs_sel_i (wbs7_sel_i[3:0]), .wbs_stb_i (wbs7_stb_i), .wbs_we_i (wbs7_we_i), // Inputs .wbm0_adr_o (wbm0_adr_o[aw-1:0]), .wbm0_bte_o (wbm0_bte_o[1:0]), .wbm0_cti_o (wbm0_cti_o[2:0]), .wbm0_cyc_o (wbm0_cyc_o), .wbm0_dat_o (wbm0_dat_o[dw-1:0]), .wbm0_sel_o (wbm0_sel_o[3:0]), .wbm0_stb_o (wbm0_stb_o), .wbm0_we_o (wbm0_we_o), `ifdef WBM1 .wbm1_adr_o (wbm1_adr_o[aw-1:0]), .wbm1_bte_o (wbm1_bte_o[1:0]), .wbm1_cti_o (wbm1_cti_o[2:0]), .wbm1_cyc_o (wbm1_cyc_o), .wbm1_dat_o (wbm1_dat_o[dw-1:0]), .wbm1_sel_o (wbm1_sel_o[3:0]), .wbm1_stb_o (wbm1_stb_o), .wbm1_we_o (wbm1_we_o), `endif `ifdef WBM2 .wbm2_adr_o (wbm2_adr_o[aw-1:0]), .wbm2_bte_o (wbm2_bte_o[1:0]), .wbm2_cti_o (wbm2_cti_o[2:0]), .wbm2_cyc_o (wbm2_cyc_o), .wbm2_dat_o (wbm2_dat_o[dw-1:0]), .wbm2_sel_o (wbm2_sel_o[3:0]), .wbm2_stb_o (wbm2_stb_o), .wbm2_we_o (wbm2_we_o), `endif `ifdef WBM3 .wbm3_adr_o (wbm3_adr_o[aw-1:0]), .wbm3_bte_o (wbm3_bte_o[1:0]), .wbm3_cti_o (wbm3_cti_o[2:0]), .wbm3_cyc_o (wbm3_cyc_o), .wbm3_dat_o (wbm3_dat_o[dw-1:0]), .wbm3_sel_o (wbm3_sel_o[3:0]), .wbm3_stb_o (wbm3_stb_o), .wbm3_we_o (wbm3_we_o), `endif `ifdef WBM4 .wbm4_adr_o (wbm4_adr_o[aw-1:0]), .wbm4_bte_o (wbm4_bte_o[1:0]), .wbm4_cti_o (wbm4_cti_o[2:0]), .wbm4_cyc_o (wbm4_cyc_o), .wbm4_dat_o (wbm4_dat_o[dw-1:0]), .wbm4_sel_o (wbm4_sel_o[3:0]), .wbm4_stb_o (wbm4_stb_o), .wbm4_we_o (wbm4_we_o), `endif `ifdef WBM5 .wbm5_adr_o (wbm5_adr_o[aw-1:0]), .wbm5_bte_o (wbm5_bte_o[1:0]), .wbm5_cti_o (wbm5_cti_o[2:0]), .wbm5_cyc_o (wbm5_cyc_o), .wbm5_dat_o (wbm5_dat_o[dw-1:0]), .wbm5_sel_o (wbm5_sel_o[3:0]), .wbm5_stb_o (wbm5_stb_o), .wbm5_we_o (wbm5_we_o), `endif .wbs_master_sel (wbs7_master_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBS7 ///////////////////////////////////////////////////////////////////////////// // Master output MUXes ///////////////////////////////////////////////////////////////////////////// wb_b3_switch_master_out_mux master_out_mux0 ( .wbm_stb_o (wbm0_stb_o), // Outputs .wbm_ack_i (wbm0_ack_i), .wbm_err_i (wbm0_err_i), .wbm_rty_i (wbm0_rty_i), .wbm_dat_i (wbm0_dat_i[dw-1:0]), // Inputs .wbs0_ack_o (wbs0_ack_o), .wbs0_err_o (wbs0_err_o), .wbs0_rty_o (wbs0_rty_o), .wbs0_dat_o (wbs0_dat_o[dw-1:0]), `ifdef WBS1 .wbs1_ack_o (wbs1_ack_o), .wbs1_err_o (wbs1_err_o), .wbs1_rty_o (wbs1_rty_o), .wbs1_dat_o (wbs1_dat_o[dw-1:0]), `endif `ifdef WBS2 .wbs2_ack_o (wbs2_ack_o), .wbs2_err_o (wbs2_err_o), .wbs2_rty_o (wbs2_rty_o), .wbs2_dat_o (wbs2_dat_o[dw-1:0]), `endif `ifdef WBS3 .wbs3_ack_o (wbs3_ack_o), .wbs3_err_o (wbs3_err_o), .wbs3_rty_o (wbs3_rty_o), .wbs3_dat_o (wbs3_dat_o[dw-1:0]), `endif `ifdef WBS4 .wbs4_ack_o (wbs4_ack_o), .wbs4_err_o (wbs4_err_o), .wbs4_rty_o (wbs4_rty_o), .wbs4_dat_o (wbs4_dat_o[dw-1:0]), `endif `ifdef WBS5 .wbs5_ack_o (wbs5_ack_o), .wbs5_err_o (wbs5_err_o), .wbs5_rty_o (wbs5_rty_o), .wbs5_dat_o (wbs5_dat_o[dw-1:0]), `endif `ifdef WBS6 .wbs6_ack_o (wbs6_ack_o), .wbs6_err_o (wbs6_err_o), .wbs6_rty_o (wbs6_rty_o), .wbs6_dat_o (wbs6_dat_o[dw-1:0]), `endif `ifdef WBS7 .wbs7_ack_o (wbs7_ack_o), .wbs7_err_o (wbs7_err_o), .wbs7_rty_o (wbs7_rty_o), .wbs7_dat_o (wbs7_dat_o[dw-1:0]), `endif .wbm_slave_sel (wbm0_slave_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `ifdef WBM1 wb_b3_switch_master_out_mux master_out_mux1 ( .wbm_stb_o (wbm1_stb_o), // Outputs .wbm_ack_i (wbm1_ack_i), .wbm_err_i (wbm1_err_i), .wbm_rty_i (wbm1_rty_i), .wbm_dat_i (wbm1_dat_i[dw-1:0]), // Inputs .wbs0_ack_o (wbs0_ack_o), .wbs0_err_o (wbs0_err_o), .wbs0_rty_o (wbs0_rty_o), .wbs0_dat_o (wbs0_dat_o[dw-1:0]), `ifdef WBS1 .wbs1_ack_o (wbs1_ack_o), .wbs1_err_o (wbs1_err_o), .wbs1_rty_o (wbs1_rty_o), .wbs1_dat_o (wbs1_dat_o[dw-1:0]), `endif `ifdef WBS2 .wbs2_ack_o (wbs2_ack_o), .wbs2_err_o (wbs2_err_o), .wbs2_rty_o (wbs2_rty_o), .wbs2_dat_o (wbs2_dat_o[dw-1:0]), `endif `ifdef WBS3 .wbs3_ack_o (wbs3_ack_o), .wbs3_err_o (wbs3_err_o), .wbs3_rty_o (wbs3_rty_o), .wbs3_dat_o (wbs3_dat_o[dw-1:0]), `endif `ifdef WBS4 .wbs4_ack_o (wbs4_ack_o), .wbs4_err_o (wbs4_err_o), .wbs4_rty_o (wbs4_rty_o), .wbs4_dat_o (wbs4_dat_o[dw-1:0]), `endif `ifdef WBS5 .wbs5_ack_o (wbs5_ack_o), .wbs5_err_o (wbs5_err_o), .wbs5_rty_o (wbs5_rty_o), .wbs5_dat_o (wbs5_dat_o[dw-1:0]), `endif `ifdef WBS6 .wbs6_ack_o (wbs6_ack_o), .wbs6_err_o (wbs6_err_o), .wbs6_rty_o (wbs6_rty_o), .wbs6_dat_o (wbs6_dat_o[dw-1:0]), `endif `ifdef WBS7 .wbs7_ack_o (wbs7_ack_o), .wbs7_err_o (wbs7_err_o), .wbs7_rty_o (wbs7_rty_o), .wbs7_dat_o (wbs7_dat_o[dw-1:0]), `endif .wbm_slave_sel (wbm1_slave_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif // `ifdef WBM1 `ifdef WBM2 wb_b3_switch_master_out_mux master_out_mux2 ( .wbm_stb_o (wbm2_stb_o), // Outputs .wbm_ack_i (wbm2_ack_i), .wbm_err_i (wbm2_err_i), .wbm_rty_i (wbm2_rty_i), .wbm_dat_i (wbm2_dat_i[dw-1:0]), // Inputs .wbs0_ack_o (wbs0_ack_o), .wbs0_err_o (wbs0_err_o), .wbs0_rty_o (wbs0_rty_o), .wbs0_dat_o (wbs0_dat_o[dw-1:0]), `ifdef WBS1 .wbs1_ack_o (wbs1_ack_o), .wbs1_err_o (wbs1_err_o), .wbs1_rty_o (wbs1_rty_o), .wbs1_dat_o (wbs1_dat_o[dw-1:0]), `endif `ifdef WBS2 .wbs2_ack_o (wbs2_ack_o), .wbs2_err_o (wbs2_err_o), .wbs2_rty_o (wbs2_rty_o), .wbs2_dat_o (wbs2_dat_o[dw-1:0]), `endif `ifdef WBS3 .wbs3_ack_o (wbs3_ack_o), .wbs3_err_o (wbs3_err_o), .wbs3_rty_o (wbs3_rty_o), .wbs3_dat_o (wbs3_dat_o[dw-1:0]), `endif `ifdef WBS4 .wbs4_ack_o (wbs4_ack_o), .wbs4_err_o (wbs4_err_o), .wbs4_rty_o (wbs4_rty_o), .wbs4_dat_o (wbs4_dat_o[dw-1:0]), `endif `ifdef WBS5 .wbs5_ack_o (wbs5_ack_o), .wbs5_err_o (wbs5_err_o), .wbs5_rty_o (wbs5_rty_o), .wbs5_dat_o (wbs5_dat_o[dw-1:0]), `endif `ifdef WBS6 .wbs6_ack_o (wbs6_ack_o), .wbs6_err_o (wbs6_err_o), .wbs6_rty_o (wbs6_rty_o), .wbs6_dat_o (wbs6_dat_o[dw-1:0]), `endif `ifdef WBS7 .wbs7_ack_o (wbs7_ack_o), .wbs7_err_o (wbs7_err_o), .wbs7_rty_o (wbs7_rty_o), .wbs7_dat_o (wbs7_dat_o[dw-1:0]), `endif .wbm_slave_sel (wbm2_slave_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif `ifdef WBM3 wb_b3_switch_master_out_mux master_out_mux3 ( .wbm_stb_o (wbm3_stb_o), // Outputs .wbm_ack_i (wbm3_ack_i), .wbm_err_i (wbm3_err_i), .wbm_rty_i (wbm3_rty_i), .wbm_dat_i (wbm3_dat_i[dw-1:0]), // Inputs .wbs0_ack_o (wbs0_ack_o), .wbs0_err_o (wbs0_err_o), .wbs0_rty_o (wbs0_rty_o), .wbs0_dat_o (wbs0_dat_o[dw-1:0]), `ifdef WBS1 .wbs1_ack_o (wbs1_ack_o), .wbs1_err_o (wbs1_err_o), .wbs1_rty_o (wbs1_rty_o), .wbs1_dat_o (wbs1_dat_o[dw-1:0]), `endif `ifdef WBS2 .wbs2_ack_o (wbs2_ack_o), .wbs2_err_o (wbs2_err_o), .wbs2_rty_o (wbs2_rty_o), .wbs2_dat_o (wbs2_dat_o[dw-1:0]), `endif `ifdef WBS3 .wbs3_ack_o (wbs3_ack_o), .wbs3_err_o (wbs3_err_o), .wbs3_rty_o (wbs3_rty_o), .wbs3_dat_o (wbs3_dat_o[dw-1:0]), `endif `ifdef WBS4 .wbs4_ack_o (wbs4_ack_o), .wbs4_err_o (wbs4_err_o), .wbs4_rty_o (wbs4_rty_o), .wbs4_dat_o (wbs4_dat_o[dw-1:0]), `endif `ifdef WBS5 .wbs5_ack_o (wbs5_ack_o), .wbs5_err_o (wbs5_err_o), .wbs5_rty_o (wbs5_rty_o), .wbs5_dat_o (wbs5_dat_o[dw-1:0]), `endif `ifdef WBS6 .wbs6_ack_o (wbs6_ack_o), .wbs6_err_o (wbs6_err_o), .wbs6_rty_o (wbs6_rty_o), .wbs6_dat_o (wbs6_dat_o[dw-1:0]), `endif `ifdef WBS7 .wbs7_ack_o (wbs7_ack_o), .wbs7_err_o (wbs7_err_o), .wbs7_rty_o (wbs7_rty_o), .wbs7_dat_o (wbs7_dat_o[dw-1:0]), `endif .wbm_slave_sel (wbm3_slave_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif `ifdef WBM4 wb_b3_switch_master_out_mux master_out_mux4 ( .wbm_stb_o (wbm4_stb_o), // Outputs .wbm_ack_i (wbm4_ack_i), .wbm_err_i (wbm4_err_i), .wbm_rty_i (wbm4_rty_i), .wbm_dat_i (wbm4_dat_i[dw-1:0]), // Inputs .wbs0_ack_o (wbs0_ack_o), .wbs0_err_o (wbs0_err_o), .wbs0_rty_o (wbs0_rty_o), .wbs0_dat_o (wbs0_dat_o[dw-1:0]), `ifdef WBS1 .wbs1_ack_o (wbs1_ack_o), .wbs1_err_o (wbs1_err_o), .wbs1_rty_o (wbs1_rty_o), .wbs1_dat_o (wbs1_dat_o[dw-1:0]), `endif `ifdef WBS2 .wbs2_ack_o (wbs2_ack_o), .wbs2_err_o (wbs2_err_o), .wbs2_rty_o (wbs2_rty_o), .wbs2_dat_o (wbs2_dat_o[dw-1:0]), `endif `ifdef WBS3 .wbs3_ack_o (wbs3_ack_o), .wbs3_err_o (wbs3_err_o), .wbs3_rty_o (wbs3_rty_o), .wbs3_dat_o (wbs3_dat_o[dw-1:0]), `endif `ifdef WBS4 .wbs4_ack_o (wbs4_ack_o), .wbs4_err_o (wbs4_err_o), .wbs4_rty_o (wbs4_rty_o), .wbs4_dat_o (wbs4_dat_o[dw-1:0]), `endif `ifdef WBS5 .wbs5_ack_o (wbs5_ack_o), .wbs5_err_o (wbs5_err_o), .wbs5_rty_o (wbs5_rty_o), .wbs5_dat_o (wbs5_dat_o[dw-1:0]), `endif `ifdef WBS6 .wbs6_ack_o (wbs6_ack_o), .wbs6_err_o (wbs6_err_o), .wbs6_rty_o (wbs6_rty_o), .wbs6_dat_o (wbs6_dat_o[dw-1:0]), `endif `ifdef WBS7 .wbs7_ack_o (wbs7_ack_o), .wbs7_err_o (wbs7_err_o), .wbs7_rty_o (wbs7_rty_o), .wbs7_dat_o (wbs7_dat_o[dw-1:0]), `endif .wbm_slave_sel (wbm4_slave_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif `ifdef WBM5 wb_b3_switch_master_out_mux master_out_mux5 ( .wbm_stb_o (wbm5_stb_o), // Outputs .wbm_ack_i (wbm5_ack_i), .wbm_err_i (wbm5_err_i), .wbm_rty_i (wbm5_rty_i), .wbm_dat_i (wbm5_dat_i[dw-1:0]), // Inputs .wbs0_ack_o (wbs0_ack_o), .wbs0_err_o (wbs0_err_o), .wbs0_rty_o (wbs0_rty_o), .wbs0_dat_o (wbs0_dat_o[dw-1:0]), `ifdef WBS1 .wbs1_ack_o (wbs1_ack_o), .wbs1_err_o (wbs1_err_o), .wbs1_rty_o (wbs1_rty_o), .wbs1_dat_o (wbs1_dat_o[dw-1:0]), `endif `ifdef WBS2 .wbs2_ack_o (wbs2_ack_o), .wbs2_err_o (wbs2_err_o), .wbs2_rty_o (wbs2_rty_o), .wbs2_dat_o (wbs2_dat_o[dw-1:0]), `endif `ifdef WBS3 .wbs3_ack_o (wbs3_ack_o), .wbs3_err_o (wbs3_err_o), .wbs3_rty_o (wbs3_rty_o), .wbs3_dat_o (wbs3_dat_o[dw-1:0]), `endif `ifdef WBS4 .wbs4_ack_o (wbs4_ack_o), .wbs4_err_o (wbs4_err_o), .wbs4_rty_o (wbs4_rty_o), .wbs4_dat_o (wbs4_dat_o[dw-1:0]), `endif `ifdef WBS5 .wbs5_ack_o (wbs5_ack_o), .wbs5_err_o (wbs5_err_o), .wbs5_rty_o (wbs5_rty_o), .wbs5_dat_o (wbs5_dat_o[dw-1:0]), `endif `ifdef WBS6 .wbs6_ack_o (wbs6_ack_o), .wbs6_err_o (wbs6_err_o), .wbs6_rty_o (wbs6_rty_o), .wbs6_dat_o (wbs6_dat_o[dw-1:0]), `endif `ifdef WBS7 .wbs7_ack_o (wbs7_ack_o), .wbs7_err_o (wbs7_err_o), .wbs7_rty_o (wbs7_rty_o), .wbs7_dat_o (wbs7_dat_o[dw-1:0]), `endif .wbm_slave_sel (wbm5_slave_sel), .wb_clk (wb_clk), .wb_rst (wb_rst)); `endif endmodule // wb_b3_switch // Master selection logic module wb_b3_switch_slave_sel ( wbm0_adr_o, wbm0_cyc_o, `ifdef WBM1 wbm1_adr_o, wbm1_cyc_o, `endif `ifdef WBM2 wbm2_adr_o, wbm2_cyc_o, `endif `ifdef WBM3 wbm3_adr_o, wbm3_cyc_o, `endif `ifdef WBM4 wbm4_adr_o, wbm4_cyc_o, `endif `ifdef WBM5 wbm5_adr_o, wbm5_cyc_o, `endif wbs_master_sel, wbs_master_sel_new, wb_clk, wb_rst); parameter dw = 32; parameter aw = 32; parameter num_masters = 4; parameter slave_sel_bit_width = 4; parameter slave_addr = 4'hf; input [aw-1:0] wbm0_adr_o;input wbm0_cyc_o; `ifdef WBM1 input [aw-1:0] wbm1_adr_o;input wbm1_cyc_o; `endif `ifdef WBM2 input [aw-1:0] wbm2_adr_o;input wbm2_cyc_o; `endif `ifdef WBM3 input [aw-1:0] wbm3_adr_o;input wbm3_cyc_o; `endif `ifdef WBM4 input [aw-1:0] wbm4_adr_o;input wbm4_cyc_o; `endif `ifdef WBM5 input [aw-1:0] wbm5_adr_o;input wbm5_cyc_o; `endif input wb_clk, wb_rst; output reg [num_masters - 1:0] wbs_master_sel; output wbs_master_sel_new; reg [num_masters - 1:0] wbs_master_sel_r; reg [num_masters - 1:0] last_master; wire wbm0_req; assign wbm0_req = (wbm0_adr_o[aw-1:(aw-(slave_sel_bit_width))] == slave_addr) & wbm0_cyc_o; `ifdef WBM1 wire wbm1_req; assign wbm1_req = (wbm1_adr_o[aw-1:(aw-(slave_sel_bit_width))] == slave_addr) & wbm1_cyc_o; `endif `ifdef WBM2 wire wbm2_req; assign wbm2_req = (wbm2_adr_o[aw-1:(aw-(slave_sel_bit_width))] == slave_addr) & wbm2_cyc_o; `endif `ifdef WBM3 wire wbm3_req; assign wbm3_req = (wbm3_adr_o[aw-1:(aw-(slave_sel_bit_width))] == slave_addr) & wbm3_cyc_o; `endif `ifdef WBM4 wire wbm4_req; assign wbm4_req = (wbm4_adr_o[aw-1:(aw-(slave_sel_bit_width))] == slave_addr) & wbm4_cyc_o; `endif `ifdef WBM5 wire wbm5_req; assign wbm5_req = (wbm5_adr_o[aw-1:(aw-(slave_sel_bit_width))] == slave_addr) & wbm5_cyc_o; `endif // Generate wires to check if there's other requests than our own, to enable us to stop // any particular master hogging the bus `ifdef WBM5 wire wbm0_other_reqs; assign wbm0_other_reqs = (wbm1_req | wbm2_req | wbm3_req | wbm4_req | wbm5_req); wire wbm1_other_reqs; assign wbm1_other_reqs = (wbm0_req | wbm2_req | wbm3_req | wbm4_req | wbm5_req); wire wbm2_other_reqs; assign wbm2_other_reqs = (wbm1_req | wbm0_req | wbm3_req | wbm4_req | wbm5_req); wire wbm3_other_reqs; assign wbm3_other_reqs = (wbm1_req | wbm2_req | wbm0_req | wbm4_req | wbm5_req); wire wbm4_other_reqs; assign wbm4_other_reqs = (wbm1_req | wbm2_req | wbm0_req | wbm3_req | wbm5_req); wire wbm5_other_reqs; assign wbm5_other_reqs = (wbm1_req | wbm2_req | wbm0_req | wbm3_req | wbm4_req); `else `ifdef WBM4 wire wbm0_other_reqs; assign wbm0_other_reqs = (wbm1_req | wbm2_req | wbm3_req | wbm4_req); wire wbm1_other_reqs; assign wbm1_other_reqs = (wbm0_req | wbm2_req | wbm3_req | wbm4_req); wire wbm2_other_reqs; assign wbm2_other_reqs = (wbm1_req | wbm0_req | wbm3_req | wbm4_req); wire wbm3_other_reqs; assign wbm3_other_reqs = (wbm1_req | wbm2_req | wbm0_req | wbm4_req); wire wbm4_other_reqs; assign wbm4_other_reqs = (wbm1_req | wbm2_req | wbm0_req | wbm3_req); `else `ifdef WBM3 wire wbm0_other_reqs; assign wbm0_other_reqs = (wbm1_req | wbm2_req | wbm3_req); wire wbm1_other_reqs; assign wbm1_other_reqs = (wbm0_req | wbm2_req | wbm3_req); wire wbm2_other_reqs; assign wbm2_other_reqs = (wbm1_req | wbm0_req | wbm3_req); wire wbm3_other_reqs; assign wbm3_other_reqs = (wbm1_req | wbm2_req | wbm0_req); `else `ifdef WBM2 wire wbm0_other_reqs; assign wbm0_other_reqs = (wbm1_req | wbm2_req); wire wbm1_other_reqs; assign wbm1_other_reqs = (wbm0_req | wbm2_req); wire wbm2_other_reqs; assign wbm2_other_reqs = (wbm1_req | wbm0_req); `else `ifdef WBM1 wire wbm0_other_reqs; assign wbm0_other_reqs = (wbm1_req); wire wbm1_other_reqs; assign wbm1_other_reqs = (wbm0_req); `else wire wbm0_other_reqs; assign wbm0_other_reqs = 0; `endif `endif // !`ifdef WBM2 `endif // !`ifdef WBM3 `endif // !`ifdef WBM4 `endif // !`ifdef WBM5 // Address match logic - number of bits from the MSbit we used for address // selection. Typically just the top nibble always @(posedge wb_clk) if (wb_rst) begin wbs_master_sel <= 0; last_master <= 0; end // if (wb_rst) else begin if ((!(|wbs_master_sel)) & (!(|wbs_master_sel_r))) // Make sure it's cleared for a couple cycles begin // check for a new master request if (wbm0_req & ((!last_master[0]) | (last_master[0] & !wbm0_other_reqs))) begin wbs_master_sel[0] <= 1; last_master <= 1; end `ifdef WBM1 else if (wbm1_req & ((!last_master[1]) | (last_master[1] & !wbm1_other_reqs))) begin wbs_master_sel[1] <= 1; last_master <= 2; end `endif `ifdef WBM2 else if (wbm2_req & ((!last_master[2]) | (last_master[2] & !wbm2_other_reqs))) begin wbs_master_sel[2] <= 1; last_master <= 4; end `endif `ifdef WBM3 else if (wbm3_req & ((!last_master[3]) | (last_master[3] & !wbm3_other_reqs))) begin wbs_master_sel[3] <= 1; last_master <= 8; end `endif `ifdef WBM4 else if (wbm4_req & ((!last_master[4]) | (last_master[4] & !wbm4_other_reqs))) begin wbs_master_sel[4] <= 1; last_master <= 16; end `endif `ifdef WBM5 else if (wbm5_req & ((!last_master[5]) | (last_master[5] & !wbm5_other_reqs))) begin wbs_master_sel[5] <= 1; last_master <= 32; end `endif end // if (!(|wbs_master_sel)) else begin // Poll the cycle of the selected master until it goes low, // at which point we select another master if (wbs_master_sel[0] & !wbm0_cyc_o) wbs_master_sel[0] <= 0; `ifdef WBM1 if (wbs_master_sel[1] & !wbm1_cyc_o) wbs_master_sel[1] <= 0; `endif `ifdef WBM2 if (wbs_master_sel[2] & !wbm2_cyc_o) wbs_master_sel[2] <= 0; `endif `ifdef WBM3 if (wbs_master_sel[3] & !wbm3_cyc_o) wbs_master_sel[3] <= 0; `endif `ifdef WBM4 if (wbs_master_sel[4] & !wbm4_cyc_o) wbs_master_sel[4] <= 0; `endif `ifdef WBM5 if (wbs_master_sel[5] & !wbm5_cyc_o) wbs_master_sel[5] <= 0; `endif end // else: !if(!(|wbs_master_sel)) end // else: !if(wb_rst) always @(posedge wb_clk) wbs_master_sel_r <= wbs_master_sel; `define WBS_MASTER_DESELECT_ALSO `ifdef WBS_MASTER_DESELECT_ALSO // Also pulse for deselection of master assign wbs_master_sel_new = ((|wbs_master_sel) & !(|wbs_master_sel_r)) | (!(|wbs_master_sel)) & (|wbs_master_sel_r); `else // Pulse for just new select of master by slave assign wbs_master_sel_new = (|wbs_master_sel) & !(|wbs_master_sel_r); `endif endmodule // wb_b3_switch_slave_sel // Detect which slave has selected this master to control its bus // Need this to determine which slave's output to mux onto which master's inputs module wb_b3_switch_master_detect_slave_sel ( output reg [`NUM_SLAVES-1:0] wbm_slave_sel, input [`NUM_MASTERS-1:0] wbs0_master_sel, input wbs0_master_sel_new, `ifdef WBS1 input [`NUM_MASTERS-1:0] wbs1_master_sel, input wbs1_master_sel_new, `endif `ifdef WBS2 input [`NUM_MASTERS-1:0] wbs2_master_sel, input wbs2_master_sel_new, `endif `ifdef WBS3 input [`NUM_MASTERS-1:0] wbs3_master_sel, input wbs3_master_sel_new, `endif `ifdef WBS4 input [`NUM_MASTERS-1:0] wbs4_master_sel, input wbs4_master_sel_new, `endif `ifdef WBS5 input [`NUM_MASTERS-1:0] wbs5_master_sel, input wbs5_master_sel_new, `endif `ifdef WBS6 input [`NUM_MASTERS-1:0] wbs6_master_sel, input wbs6_master_sel_new, `endif `ifdef WBS7 input [`NUM_MASTERS-1:0] wbs7_master_sel, input wbs7_master_sel_new, `endif input wb_clk, wb_rst ); parameter slave_bit = 0; // Master's slave select detection logic (depends on which slave has // selected it) always @(posedge wb_clk) if (wb_rst) wbm_slave_sel <= 0; else if (wbs0_master_sel_new `ifdef WBS1 | wbs1_master_sel_new `endif `ifdef WBS2 | wbs2_master_sel_new `endif `ifdef WBS3 | wbs3_master_sel_new `endif `ifdef WBS4 | wbs4_master_sel_new `endif `ifdef WBS5 | wbs5_master_sel_new `endif `ifdef WBS6 | wbs6_master_sel_new `endif `ifdef WBS7 | wbs7_master_sel_new `endif ) // Figure out which slave is tied to master0 wbm_slave_sel <= `ifdef WBS7 {wbs7_master_sel[slave_bit], wbs6_master_sel[slave_bit], wbs5_master_sel[slave_bit], wbs4_master_sel[slave_bit], wbs3_master_sel[slave_bit], wbs2_master_sel[slave_bit], wbs1_master_sel[slave_bit], wbs0_master_sel[slave_bit]}; `else `ifdef WBS6 {wbs6_master_sel[slave_bit], wbs5_master_sel[slave_bit], wbs4_master_sel[slave_bit], wbs3_master_sel[slave_bit], wbs2_master_sel[slave_bit], wbs1_master_sel[slave_bit], wbs0_master_sel[slave_bit]}; `else `ifdef WBS5 {wbs5_master_sel[slave_bit], wbs4_master_sel[slave_bit], wbs3_master_sel[slave_bit], wbs2_master_sel[slave_bit], wbs1_master_sel[slave_bit], wbs0_master_sel[slave_bit]}; `else `ifdef WBS4 {wbs4_master_sel[slave_bit], wbs3_master_sel[slave_bit], wbs2_master_sel[slave_bit], wbs1_master_sel[slave_bit], wbs0_master_sel[slave_bit]}; `else `ifdef WBS3 {wbs3_master_sel[slave_bit], wbs2_master_sel[slave_bit], wbs1_master_sel[slave_bit], wbs0_master_sel[slave_bit]}; `else `ifdef WBS2 {wbs2_master_sel[slave_bit], wbs1_master_sel[slave_bit], wbs0_master_sel[slave_bit]}; `else `ifdef WBS1 {wbs1_master_sel[slave_bit], wbs0_master_sel[slave_bit]}; `else wbs0_master_sel[slave_bit]; `endif `endif `endif // !`ifdef WBS3 `endif // !`ifdef WBS4 `endif // !`ifdef WBS5 `endif // !`ifdef WBS6 `endif // !`ifdef WBS7 endmodule // wb_b3_switch_master_detect_slave_sel // All signals FROM master coming in, Muxing them to the signals TO the slave module wb_b3_switch_slave_out_mux ( // Master ports wbm0_adr_o, wbm0_bte_o, wbm0_cti_o, wbm0_cyc_o, wbm0_dat_o, wbm0_sel_o, wbm0_stb_o, wbm0_we_o, `ifdef WBM1 wbm1_adr_o, wbm1_bte_o, wbm1_cti_o, wbm1_cyc_o, wbm1_dat_o, wbm1_sel_o, wbm1_stb_o, wbm1_we_o, `endif `ifdef WBM2 wbm2_adr_o, wbm2_bte_o, wbm2_cti_o, wbm2_cyc_o, wbm2_dat_o, wbm2_sel_o, wbm2_stb_o, wbm2_we_o, `endif `ifdef WBM3 wbm3_adr_o, wbm3_bte_o, wbm3_cti_o, wbm3_cyc_o, wbm3_dat_o, wbm3_sel_o, wbm3_stb_o, wbm3_we_o, `endif `ifdef WBM4 wbm4_adr_o, wbm4_bte_o, wbm4_cti_o, wbm4_cyc_o, wbm4_dat_o, wbm4_sel_o, wbm4_stb_o, wbm4_we_o, `endif `ifdef WBM5 wbm5_adr_o, wbm5_bte_o, wbm5_cti_o, wbm5_cyc_o, wbm5_dat_o, wbm5_sel_o, wbm5_stb_o, wbm5_we_o, `endif // Slave ports wbs_adr_i, wbs_bte_i, wbs_cti_i, wbs_cyc_i, wbs_dat_i, wbs_sel_i, wbs_stb_i, wbs_we_i, wbs_master_sel, wb_clk, wb_rst ); parameter dw = 32; parameter aw = 32; parameter num_masters = `NUM_MASTERS; input [aw-1:0] wbm0_adr_o;input [1:0] wbm0_bte_o;input [2:0] wbm0_cti_o;input wbm0_cyc_o;input [dw-1:0] wbm0_dat_o;input [3:0] wbm0_sel_o;input wbm0_stb_o;input wbm0_we_o; `ifdef WBM1 input [aw-1:0] wbm1_adr_o;input [1:0] wbm1_bte_o;input [2:0] wbm1_cti_o;input wbm1_cyc_o;input [dw-1:0] wbm1_dat_o;input [3:0] wbm1_sel_o;input wbm1_stb_o;input wbm1_we_o; `endif `ifdef WBM2 input [aw-1:0] wbm2_adr_o;input [1:0] wbm2_bte_o;input [2:0] wbm2_cti_o;input wbm2_cyc_o;input [dw-1:0] wbm2_dat_o;input [3:0] wbm2_sel_o;input wbm2_stb_o;input wbm2_we_o; `endif `ifdef WBM3 input [aw-1:0] wbm3_adr_o;input [1:0] wbm3_bte_o;input [2:0] wbm3_cti_o;input wbm3_cyc_o;input [dw-1:0] wbm3_dat_o;input [3:0] wbm3_sel_o;input wbm3_stb_o;input wbm3_we_o; `endif `ifdef WBM4 input [aw-1:0] wbm4_adr_o;input [1:0] wbm4_bte_o;input [2:0] wbm4_cti_o;input wbm4_cyc_o;input [dw-1:0] wbm4_dat_o;input [3:0] wbm4_sel_o;input wbm4_stb_o;input wbm4_we_o; `endif `ifdef WBM5 input [aw-1:0] wbm5_adr_o;input [1:0] wbm5_bte_o;input [2:0] wbm5_cti_o;input wbm5_cyc_o;input [dw-1:0] wbm5_dat_o;input [3:0] wbm5_sel_o;input wbm5_stb_o;input wbm5_we_o; `endif output [aw-1:0] wbs_adr_i;output [1:0] wbs_bte_i;output [2:0] wbs_cti_i;output wbs_cyc_i;output [dw-1:0] wbs_dat_i;output [3:0] wbs_sel_i;output wbs_stb_i;output wbs_we_i; input [num_masters-1:0] wbs_master_sel; input wb_clk, wb_rst; assign wbs_adr_i = (wbs_master_sel[0]) ? wbm0_adr_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_adr_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_adr_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_adr_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_adr_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_adr_o : `endif 0; assign wbs_bte_i = (wbs_master_sel[0]) ? wbm0_bte_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_bte_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_bte_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_bte_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_bte_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_bte_o : `endif 0; assign wbs_cti_i = (wbs_master_sel[0]) ? wbm0_cti_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_cti_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_cti_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_cti_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_cti_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_cti_o : `endif 0; assign wbs_cyc_i = (wbs_master_sel[0]) ? wbm0_cyc_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_cyc_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_cyc_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_cyc_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_cyc_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_cyc_o : `endif 0; assign wbs_dat_i = (wbs_master_sel[0]) ? wbm0_dat_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_dat_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_dat_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_dat_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_dat_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_dat_o : `endif 0; assign wbs_sel_i = (wbs_master_sel[0]) ? wbm0_sel_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_sel_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_sel_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_sel_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_sel_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_sel_o : `endif 0; assign wbs_stb_i = (wbs_master_sel[0]) ? wbm0_stb_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_stb_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_stb_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_stb_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_stb_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_stb_o : `endif 0; assign wbs_we_i = (wbs_master_sel[0]) ? wbm0_we_o : `ifdef WBM1 (wbs_master_sel[1]) ? wbm1_we_o : `endif `ifdef WBM2 (wbs_master_sel[2]) ? wbm2_we_o : `endif `ifdef WBM3 (wbs_master_sel[3]) ? wbm3_we_o : `endif `ifdef WBM4 (wbs_master_sel[4]) ? wbm4_we_o : `endif `ifdef WBM5 (wbs_master_sel[5]) ? wbm5_we_o : `endif 0; endmodule // wb_b3_switch_slave_out_mux module wb_b3_switch_master_out_mux ( // Master in, for watchdog wbm_stb_o, // Master outs wbm_ack_i, wbm_err_i, wbm_rty_i, wbm_dat_i, // Slave ports wbs0_ack_o, wbs0_err_o, wbs0_rty_o, wbs0_dat_o, `ifdef WBS1 wbs1_ack_o, wbs1_err_o, wbs1_rty_o, wbs1_dat_o, `endif `ifdef WBS2 wbs2_ack_o, wbs2_err_o, wbs2_rty_o, wbs2_dat_o, `endif `ifdef WBS3 wbs3_ack_o, wbs3_err_o, wbs3_rty_o, wbs3_dat_o, `endif `ifdef WBS4 wbs4_ack_o, wbs4_err_o, wbs4_rty_o, wbs4_dat_o, `endif `ifdef WBS5 wbs5_ack_o, wbs5_err_o, wbs5_rty_o, wbs5_dat_o, `endif `ifdef WBS6 wbs6_ack_o, wbs6_err_o, wbs6_rty_o, wbs6_dat_o, `endif `ifdef WBS7 wbs7_ack_o, wbs7_err_o, wbs7_rty_o, wbs7_dat_o, `endif wbm_slave_sel, wb_clk, wb_rst); // Data and address width parameters parameter dw = 32; parameter aw = 32; input wbm_stb_o; output wbm_ack_i;output wbm_err_i;output wbm_rty_i;output [dw-1:0] wbm_dat_i; input wbs0_ack_o;input wbs0_err_o;input wbs0_rty_o;input [dw-1:0] wbs0_dat_o; `ifdef WBS1 input wbs1_ack_o;input wbs1_err_o;input wbs1_rty_o;input [dw-1:0] wbs1_dat_o; `endif `ifdef WBS2 input wbs2_ack_o;input wbs2_err_o;input wbs2_rty_o;input [dw-1:0] wbs2_dat_o; `endif `ifdef WBS3 input wbs3_ack_o;input wbs3_err_o;input wbs3_rty_o;input [dw-1:0] wbs3_dat_o; `endif `ifdef WBS4 input wbs4_ack_o;input wbs4_err_o;input wbs4_rty_o;input [dw-1:0] wbs4_dat_o; `endif `ifdef WBS5 input wbs5_ack_o;input wbs5_err_o;input wbs5_rty_o;input [dw-1:0] wbs5_dat_o; `endif `ifdef WBS6 input wbs6_ack_o;input wbs6_err_o;input wbs6_rty_o;input [dw-1:0] wbs6_dat_o; `endif `ifdef WBS7 input wbs7_ack_o;input wbs7_err_o;input wbs7_rty_o;input [dw-1:0] wbs7_dat_o; `endif input [`NUM_SLAVES-1:0] wbm_slave_sel; input wb_clk, wb_rst; `ifdef WATCHDOG_TIMER parameter watchdog_timer_width = 8; reg [watchdog_timer_width-1:0] watchdog_timer; reg watchdog_err; reg wbm_stb_r, wbm_stb_r2; // Register strobe wire wbm_stb_edge; // Detect its edge reg wbm_stb_edge_r; reg wbm_ack_i_r; always @(posedge wb_clk) wbm_stb_r <= wbm_stb_o; always @(posedge wb_clk) wbm_stb_r2 <= wbm_stb_r; always @(posedge wb_clk) wbm_stb_edge_r <= wbm_stb_edge; always @(posedge wb_clk) wbm_ack_i_r <= wbm_ack_i; assign wbm_stb_edge = (wbm_stb_r & !wbm_stb_r2); // Counter logic always @(posedge wb_clk) if (wb_rst) watchdog_timer <= 0; else if (wbm_ack_i_r) // When we see an ack, turn off timer watchdog_timer <= 0; else if (wbm_stb_edge_r) // New access means start timer again watchdog_timer <= 1; else if (|watchdog_timer) // Continue counting if counter > 0 watchdog_timer <= watchdog_timer + 1; always @(posedge wb_clk) watchdog_err <= (&watchdog_timer); always @(posedge watchdog_err) begin $display("%t: %m - Watchdog counter error",$time); if (|wbm_slave_sel) $display("%t: %m - slave %d selected - it didn't respond in time", $time, wbm_slave_sel); else $display("%t: %m - NO slave was selected by switch - either bad address or arbiter hadn't granted a access to a locked slave", $time); end `else wire watchdog_err; assign watchdog_err = 0; `endif assign wbm_ack_i = (wbm_slave_sel[0]) ? wbs0_ack_o : `ifdef WBS1 (wbm_slave_sel[1]) ? wbs1_ack_o : `endif `ifdef WBS2 (wbm_slave_sel[2]) ? wbs2_ack_o : `endif `ifdef WBS3 (wbm_slave_sel[3]) ? wbs3_ack_o : `endif `ifdef WBS4 (wbm_slave_sel[4]) ? wbs4_ack_o : `endif `ifdef WBS5 (wbm_slave_sel[5]) ? wbs5_ack_o : `endif `ifdef WBS6 (wbm_slave_sel[6]) ? wbs6_ack_o : `endif `ifdef WBS7 (wbm_slave_sel[7]) ? wbs7_ack_o : `endif watchdog_err; assign wbm_err_i = (wbm_slave_sel[0]) ? wbs0_err_o : `ifdef WBS1 (wbm_slave_sel[1]) ? wbs1_err_o : `endif `ifdef WBS2 (wbm_slave_sel[2]) ? wbs2_err_o : `endif `ifdef WBS3 (wbm_slave_sel[3]) ? wbs3_err_o : `endif `ifdef WBS4 (wbm_slave_sel[4]) ? wbs4_err_o : `endif `ifdef WBS5 (wbm_slave_sel[5]) ? wbs5_err_o : `endif `ifdef WBS6 (wbm_slave_sel[6]) ? wbs6_err_o : `endif `ifdef WBS7 (wbm_slave_sel[7]) ? wbs7_err_o : `endif watchdog_err; assign wbm_rty_i = (wbm_slave_sel[0]) ? wbs0_rty_o : `ifdef WBS1 (wbm_slave_sel[1]) ? wbs1_rty_o : `endif `ifdef WBS2 (wbm_slave_sel[2]) ? wbs2_rty_o : `endif `ifdef WBS3 (wbm_slave_sel[3]) ? wbs3_rty_o : `endif `ifdef WBS4 (wbm_slave_sel[4]) ? wbs4_rty_o : `endif `ifdef WBS5 (wbm_slave_sel[5]) ? wbs5_rty_o : `endif `ifdef WBS6 (wbm_slave_sel[6]) ? wbs6_rty_o : `endif `ifdef WBS7 (wbm_slave_sel[7]) ? wbs7_rty_o : `endif 0; assign wbm_dat_i = (wbm_slave_sel[0]) ? wbs0_dat_o : `ifdef WBS1 (wbm_slave_sel[1]) ? wbs1_dat_o : `endif `ifdef WBS2 (wbm_slave_sel[2]) ? wbs2_dat_o : `endif `ifdef WBS3 (wbm_slave_sel[3]) ? wbs3_dat_o : `endif `ifdef WBS4 (wbm_slave_sel[4]) ? wbs4_dat_o : `endif `ifdef WBS5 (wbm_slave_sel[5]) ? wbs5_dat_o : `endif `ifdef WBS6 (wbm_slave_sel[6]) ? wbs6_dat_o : `endif `ifdef WBS7 (wbm_slave_sel[7]) ? wbs7_dat_o : `endif 0; endmodule // wb_b3_switch_master_out_mux