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module gfx_fpint
(
input logic clk,
input gfx::word a,
b,
input logic setup_mul_float,
setup_unit_b,
mnorm_put_hi,
mnorm_put_lo,
mnorm_put_mul,
mnorm_zero_b,
mnorm_zero_flags,
minmax_copy_flags,
shiftr_int_signed,
addsub_copy_flags,
addsub_int_operand,
clz_force_nop,
shiftl_copy_flags,
round_copy_flags,
round_enable,
encode_enable,
output gfx::word q
);
import gfx::*;
fpint_op op, stage_op[FPINT_STAGES];
assign stage_op[0] = op;
assign op.setup_mul_float = setup_mul_float;
assign op.setup_unit_b = setup_unit_b;
assign op.mnorm_put_hi = mnorm_put_hi;
assign op.mnorm_put_lo = mnorm_put_lo;
assign op.mnorm_put_mul = mnorm_put_mul;
assign op.mnorm_zero_b = mnorm_zero_b;
assign op.mnorm_zero_flags = mnorm_zero_flags;
assign op.minmax_copy_flags = minmax_copy_flags;
assign op.shiftr_int_signed = shiftr_int_signed;
assign op.addsub_copy_flags = addsub_copy_flags;
assign op.addsub_int_operand = addsub_int_operand;
assign op.clz_force_nop = clz_force_nop;
assign op.shiftl_copy_flags = shiftl_copy_flags;
assign op.round_copy_flags = round_copy_flags;
assign op.round_enable = round_enable;
assign op.encode_enable = encode_enable;
gfx_fpint_lane lane
(
.clk(clk),
.a(a),
.b(b),
.q(q),
.mul_float_0(stage_op[0].setup_mul_float),
.unit_b_0(stage_op[0].setup_unit_b),
.put_hi_2(stage_op[2].mnorm_put_hi),
.put_lo_2(stage_op[2].mnorm_put_lo),
.put_mul_2(stage_op[2].mnorm_put_mul),
.zero_b_2(stage_op[2].mnorm_zero_b),
.zero_flags_2(stage_op[2].mnorm_zero_flags),
.copy_flags_3(stage_op[3].minmax_copy_flags),
.int_signed_5(stage_op[5].shiftr_int_signed),
.copy_flags_6(stage_op[6].addsub_copy_flags),
.int_operand_6(stage_op[6].addsub_int_operand),
.force_nop_7(stage_op[7].clz_force_nop),
.copy_flags_11(stage_op[11].shiftl_copy_flags),
.copy_flags_12(stage_op[12].round_copy_flags),
.enable_12(stage_op[12].round_enable),
.enable_14(stage_op[14].encode_enable)
);
always_ff @(posedge clk)
for (int i = 1; i < FPINT_STAGES; ++i)
stage_op[i] <= stage_op[i - 1];
endmodule
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