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The .jrdl_logic.sv file generates a signal for the HW Read SW write register, that is floating.
the signal l2d__r is the signal that remains floating, causing X's to propogate.
what I found is that this register genenrated code misses an assignment as below
always_comb begin
l2d_other_rf_attr_hwrsww_r = rg_other_rf_attr_hwrsww_hwrsww;
end
Simple rdl is as below
//Register with hw = r and sw = w
reg attr_hwrsww_t {
name = "Hw r and sw w";
desc = "register with hw = r and sw = w";
default hw = r;
default sw = w;
field {
fieldwidth = 32;
// reset = 32'h0;
} hwrsww = 32'h0;
};
The text was updated successfully, but these errors were encountered:
From open-register-design-tool created by neenuprince: Juniper#70
The .jrdl_logic.sv file generates a signal for the HW Read SW write register, that is floating.
the signal l2d__r is the signal that remains floating, causing X's to propogate.
what I found is that this register genenrated code misses an assignment as below
always_comb begin
l2d_other_rf_attr_hwrsww_r = rg_other_rf_attr_hwrsww_hwrsww;
end
Simple rdl is as below
//Register with hw = r and sw = w
reg attr_hwrsww_t {
name = "Hw r and sw w";
desc = "register with hw = r and sw = w";
default hw = r;
default sw = w;
field {
fieldwidth = 32;
// reset = 32'h0;
} hwrsww = 32'h0;
};
The text was updated successfully, but these errors were encountered: