`default_nettype none
`include "messages.vh"
`ifndef MASTER_OPERATIONS_COUNT
`error_MASTER_OPERATIONS_COUNT_must_be_defined
; /* Cause syntax error */
`endif
`ifndef SIMULATION
`error_SIMULATION_not_defined
; /* Cause syntax error */
`endif
module slave_dispatcher_test();
reg CLK;
reg RST;
wire M_ACK_I;
wire [19:0] M_ADR_O;
wire [15:0] M_DAT_I;
wire [15:0] M_DAT_O;
wire M_SEL_O; /* Ignored, assumed always high */
wire M_STB_O;
wire M_CYC_O;
wire M_WE_O;
wire M_STALL_I;
wire S0_ACK_O, S1_ACK_O, S2_ACK_O,
S3_ACK_O, S4_ACK_O, S5_ACK_O;
wire S0_CLK_I, S1_CLK_I, S2_CLK_I,
S3_CLK_I, S4_CLK_I, S5_CLK_I;
wire [17:0] S0_ADR_I, S1_ADR_I;
wire [16:0] S2_ADR_I, S3_ADR_I, S4_ADR_I, S5_ADR_I;
wire [15:0] S0_DAT_I, S1_DAT_I, S2_DAT_I,
S3_DAT_I, S4_DAT_I, S5_DAT_I;
wire [15:0] S0_DAT_O, S1_DAT_O, S2_DAT_O,
S3_DAT_O, S4_DAT_O, S5_DAT_O;
wire S0_SEL_I, S1_SEL_I, S2_SEL_I,
S3_SEL_I, S4_SEL_I, S5_SEL_I; /* Always high */
wire S0_RST_I, S1_RST_I, S2_RST_I,
S3_RST_I, S4_RST_I, S5_RST_I;
wire S0_STB_I, S1_STB_I, S2_STB_I,
S3_STB_I, S4_STB_I, S5_STB_I;
wire S0_WE_I, S1_WE_I, S2_WE_I,
S3_WE_I, S4_WE_I, S5_WE_I;
wire S0_STALL_O, S1_STALL_O, S2_STALL_O,
S3_STALL_O, S4_STALL_O, S5_STALL_O;
wire S_COMBINED_ACK_O;
wire [19:0] S_COMBINED_ADR_I;
wire [15:0] S_COMBINED_DAT_I;
wire [15:0] S_COMBINED_DAT_O;
wire S_COMBINED_STB_I;
wire S_COMBINED_WE_I;
wire S_COMBINED_STALL_O;
/* Non-wishbone */
wire M_finished;
master_model
#(.MASTER_NR(0),
.OPERATIONS_FILE("operations.mem"),
.OPERATIONS_COUNT(`MASTER_OPERATIONS_COUNT)
) master
(
.ACK_I(M_ACK_I),
.CLK_I(CLK),
.ADR_O(M_ADR_O),
.DAT_I(M_DAT_I),
.DAT_O(M_DAT_O),
.SEL_O(M_SEL_O),
.RST_I(RST),
.STB_O(M_STB_O),
.CYC_O(M_CYC_O),
.WE_O(M_WE_O),
.STALL_I(M_STALL_I),
.finished(M_finished)
);
memory_slave_model
#(
.SLAVE_NR(0)
) slave0
(
.ACK_O(S0_ACK_O),
.CLK_I(CLK),
.ADR_I(S0_ADR_I),
.DAT_I(S0_DAT_I),
.DAT_O(S0_DAT_O),
.SEL_I(S0_SEL_I),
.RST_I(RST),
.STB_I(S0_STB_I),
.WE_I(S0_WE_I),
.STALL_O(S0_STALL_O)
);
memory_slave_model
#(
.SLAVE_NR(1)
) slave1
(
.ACK_O(S1_ACK_O),
.CLK_I(CLK),
.ADR_I(S1_ADR_I),
.DAT_I(S1_DAT_I),
.DAT_O(S1_DAT_O),
.SEL_I(S1_SEL_I),
.RST_I(RST),
.STB_I(S1_STB_I),
.WE_I(S1_WE_I),
.STALL_O(S1_STALL_O)
);
memory_slave_model
#(
.SLAVE_NR(2),
.ADR_BITS(17)
) slave2
(
.ACK_O(S2_ACK_O),
.CLK_I(CLK),
.ADR_I(S2_ADR_I),
.DAT_I(S2_DAT_I),
.DAT_O(S2_DAT_O),
.SEL_I(S2_SEL_I),
.RST_I(RST),
.STB_I(S2_STB_I),
.WE_I(S2_WE_I),
.STALL_O(S2_STALL_O)
);
memory_slave_model
#(
.SLAVE_NR(3),
.ADR_BITS(17)
) slave3
(
.ACK_O(S3_ACK_O),
.CLK_I(CLK),
.ADR_I(S3_ADR_I),
.DAT_I(S3_DAT_I),
.DAT_O(S3_DAT_O),
.SEL_I(S3_SEL_I),
.RST_I(RST),
.STB_I(S3_STB_I),
.WE_I(S3_WE_I),
.STALL_O(S3_STALL_O)
);
memory_slave_model
#(
.SLAVE_NR(4),
.ADR_BITS(17)
) slave4
(
.ACK_O(S4_ACK_O),
.CLK_I(CLK),
.ADR_I(S4_ADR_I),
.DAT_I(S4_DAT_I),
.DAT_O(S4_DAT_O),
.SEL_I(S4_SEL_I),
.RST_I(RST),
.STB_I(S4_STB_I),
.WE_I(S4_WE_I),
.STALL_O(S4_STALL_O)
);
memory_slave_model
#(
.SLAVE_NR(3),
.ADR_BITS(17)
) slave5
(
.ACK_O(S5_ACK_O),
.CLK_I(CLK),
.ADR_I(S5_ADR_I),
.DAT_I(S5_DAT_I),
.DAT_O(S5_DAT_O),
.SEL_I(S5_SEL_I),
.RST_I(RST),
.STB_I(S5_STB_I),
.WE_I(S5_WE_I),
.STALL_O(S5_STALL_O)
);
slave_dispatcher dispatcher
(
.CLK(CLK),
.RST(RST),
.S0_ACK_O(S0_ACK_O),
.S0_ADR_I(S0_ADR_I),
.S0_DAT_I(S0_DAT_I),
.S0_DAT_O(S0_DAT_O),
.S0_STB_I(S0_STB_I),
.S0_WE_I(S0_WE_I),
.S0_STALL_O(S0_STALL_O),
.S1_ACK_O(S1_ACK_O),
.S1_ADR_I(S1_ADR_I),
.S1_DAT_I(S1_DAT_I),
.S1_DAT_O(S1_DAT_O),
.S1_STB_I(S1_STB_I),
.S1_WE_I(S1_WE_I),
.S1_STALL_O(S1_STALL_O),
.S2_ACK_O(S2_ACK_O),
.S2_ADR_I(S2_ADR_I),
.S2_DAT_I(S2_DAT_I),
.S2_DAT_O(S2_DAT_O),
.S2_STB_I(S2_STB_I),
.S2_WE_I(S2_WE_I),
.S2_STALL_O(S2_STALL_O),
.S3_ACK_O(S3_ACK_O),
.S3_ADR_I(S3_ADR_I),
.S3_DAT_I(S3_DAT_I),
.S3_DAT_O(S3_DAT_O),
.S3_STB_I(S3_STB_I),
.S3_WE_I(S3_WE_I),
.S3_STALL_O(S3_STALL_O),
.S4_ACK_O(S4_ACK_O),
.S4_ADR_I(S4_ADR_I),
.S4_DAT_I(S4_DAT_I),
.S4_DAT_O(S4_DAT_O),
.S4_STB_I(S4_STB_I),
.S4_WE_I(S4_WE_I),
.S4_STALL_O(S4_STALL_O),
.S5_ACK_O(S5_ACK_O),
.S5_ADR_I(S5_ADR_I),
.S5_DAT_I(S5_DAT_I),
.S5_DAT_O(S5_DAT_O),
.S5_STB_I(S5_STB_I),
.S5_WE_I(S5_WE_I),
.S5_STALL_O(S5_STALL_O),
.S_COMBINED_ACK_O(S_COMBINED_ACK_O),
.S_COMBINED_ADR_I(S_COMBINED_ADR_I),
.S_COMBINED_DAT_I(S_COMBINED_DAT_I),
.S_COMBINED_DAT_O(S_COMBINED_DAT_O),
.S_COMBINED_STB_I(S_COMBINED_STB_I),
.S_COMBINED_WE_I(S_COMBINED_WE_I),
.S_COMBINED_STALL_O(S_COMBINED_STALL_O)
);
assign M_ACK_I = S_COMBINED_ACK_O;
assign M_DAT_I = S_COMBINED_DAT_O;
assign M_STALL_I = S_COMBINED_STALL_O;
assign S_COMBINED_ADR_I = M_ADR_O;
assign S_COMBINED_DAT_I = M_DAT_O;
assign S_COMBINED_STB_I = M_STB_O && M_CYC_O;
assign S_COMBINED_WE_I = M_WE_O;
assign S0_SEL_I = 1;
assign S1_SEL_I = 1;
assign S2_SEL_I = 1;
assign S3_SEL_I = 1;
assign S4_SEL_I = 1;
assign S5_SEL_I = 1;
integer i;
initial begin
CLK <= 0;
RST <= 1;
for (i = 0; i < 500; i++) begin
#1;
CLK <= ~CLK;
if (CLK)
RST <= 0;
if (M_finished)
$finish;
end
$display("error: master hasn't finished its opertaions in 300 ticks");
$finish;
end
endmodule // slave_dispatcher_test
