verilator/test_regress/t/t_debug_emitv.out

module Vt_debug_emitv___024root;
    input logic clk;
    input logic in;
    signed int [31:0]  t.array[0:2];
    logic [15:0]  t.pubflat;
    logic [15:0]  t.pubflat_r;
    signed int [31:0]  t.fd;
    signed int [31:0]  t.i;
    signed int [31:0]  t.cyc;
    signed int [31:0]  t.fo;
    signed int [31:0]  t.sum;
    signed real t.r;
    string t.str;
    signed int [31:0]  t._Vpast_0_0;
    signed int [31:0]  t._Vpast_1_0;
    signed int [31:0]  t.unnamedblk3.i;
    @(*)@([settle])@([initial])@(posedge clk)@(negedge 
                                               clk)always @(
                                                            *)@(
                                                                [settle])@(
                                                                           [initial])@(
                                                                                posedge 
                                                                                clk)@(
                                                                                negedge 
                                                                                clk) begin
        $display("stmt");
    end
    always @([settle])@([initial])@(posedge clk)@(negedge 
                                                  clk) begin
        $display("stmt");
    end
    initial begin
        // Function: f
        $write("stmt\nstmt           0          99\n");
        // Function: t
        $display("stmt");
        // Function: f
        $write("stmt\nstmt           1          -1\n");
        // Function: t
        $display("stmt");
        // Function: f
        $display("stmt");
        $display("stmt           2          -2");
        // Function: t
        $display("stmt");
        $display("stmt");
    end

    ???? // CFUNC '_final_TOP'
    $display("stmt");
    always @(posedge clk)@(negedge clk) begin
        $display("posedge clk");
    end
    always @(posedge clk)@(negedge clk) begin
        __Vdly__t.pubflat_r <= t.pubflat;
    end
    always @(posedge clk)@(negedge clk) begin
        __Vdly__t.cyc <= (32'sh1 + t.cyc);
        __Vdly__t.r <= (0.01 + t.r);
        t.fo = t.cyc;
        // Function: inc
        __Vtask_t.sub.inc__2__i = t.fo;
        __Vtask_t.sub.inc__2__o = (32'h1 + __Vtask_t.sub.inc__2__i[31:1]);
        t.sum = __Vtask_t.sub.inc__2__o;
        // Function: f
        __Vfunc_t.sub.f__3__v = t.sum;
        begin : label0
            begin : label0
                if ((32'sh0 == __Vfunc_t.sub.f__3__v)) begin
                    __Vfunc_t.sub.f__3__Vfuncout = 32'sh21;
                    disable label0;
                end
                __Vfunc_t.sub.f__3__Vfuncout = (32'h1 
                                                + __Vfunc_t.sub.f__3__v[2]);
                disable label0;
            end
        end
        t.sum = __Vfunc_t.sub.f__3__Vfuncout;
        $display("[%0t] sum = %~", $timet.sum, t.sum);
        $display("a?= %d", ($c(32'sh1) ? $c(32'sh14)
                             : $c(32'sh1e)));
        $c(;);
        $display("%d", $c(0));
        $fopen(72'h2f6465762f6e756c6c);
        $fclose(t.fd);
        $fopen(72'h2f6465762f6e756c6c, 8'h72);
        $fgetc(t.fd);
        $fflush(t.fd);
        $fscanf(t.fd, "%d", t.sum);
        ;
        $fdisplay(32'h69203d20, "%~", t.sum);
        $fwrite(t.fd, "hello");
        $readmemh(t.fd, t.array);
        $readmemh(t.fd, t.array, 32'sh0);
        $readmemh(t.fd, t.array, 32'sh0, 32'sh0);
        t.sum = 32'sh0;
        t.unnamedblk3.i = 32'sh0;
        begin : label0
            while ((t.unnamedblk3.i < t.cyc)) begin
                t.sum = (t.sum + t.unnamedblk3.i);
                if ((32'sha < t.sum)) begin
                    disable label0;
                end
                else begin
                    t.sum = (32'sh1 + t.sum);
                end
                t.unnamedblk3.i = (32'h1 + t.unnamedblk3.i);
            end
        end
        if ((32'sh63 == t.cyc)) begin
            $finish;
        end
        if ((32'sh64 == t.cyc)) begin
            $stop;
        end
        if (in) begin
            $display("1");
        end
        else begin
            $display("default");
        end
        if (in) begin
            $display("1");
        end
        else begin
            $display("default");
        end
        if (in) begin
            $display("1");
        end
        else begin
            $display("default");
        end
        if (in) begin
            $display("1");
        end
        else begin
            $display("default");
        end
        if (in) begin
            $display("1");
        end
        else begin
            $display("0");
        end
        priority if (in) begin
            $display("1");
        end
        else begin
            $display("0");
        end
        unique if (in) begin
            $display("1");
        end
        else begin
            $display("0");
        end
        unique0 if (in) begin
            $display("1");
        end
        else begin
            $display("0");
        end
        $display("%~%~", t._Vpast_0_0t._Vpast_1_0, 
                 t._Vpast_1_0);
        t.str = $sformatf("cyc=%~", t.cyc);
        ;
        $display("str = %@", t.str);
        $display("%% [%t] [%^] to=%o td=%d", $time$realtime
                 $time$time, $realtime$time$time, $time
                 $time, $time);
        $sscanf(40'h666f6f3d35, "foo=%d", t.i);
        ;
        $printtimescale;
        if ((32'sh5 != t.i)) begin
            $stop;
        end
        t.sum = 
        ???? // RAND
        32'sha;
        $display("%g", $log10(t.r));
        $display("%g", $ln(t.r));
        $display("%g", $exp(t.r));
        $display("%g", $sqrt(t.r));
        $display("%g", $floor(t.r));
        $display("%g", $ceil(t.r));
        $display("%g", $sin(t.r));
        $display("%g", $cos(t.r));
        $display("%g", $tan(t.r));
        $display("%g", $asin(t.r));
        $display("%g", $acos(t.r));
        $display("%g", $atan(t.r));
        $display("%g", $sinh(t.r));
        $display("%g", $cosh(t.r));
        $display("%g", $tanh(t.r));
        $display("%g", $asinh(t.r));
        $display("%g", $acosh(t.r));
        $display("%g", $atanh(t.r));
    end
    /*verilator public_flat_rw @(posedge clk)@(negedge 
                                               clk) t.pubflat*/
    always @(posedge clk)@(negedge clk) begin
        __Vdly__t._Vpast_0_0 <= t.cyc;
    end
    always @(posedge clk)@(negedge clk) begin
        __Vdly__t._Vpast_1_0 <= t.cyc;
    end
    __Vdly__t._Vpast_1_0 = t._Vpast_1_0;
    t._Vpast_1_0 = __Vdly__t._Vpast_1_0;
    __Vdly__t._Vpast_0_0 = t._Vpast_0_0;
    t._Vpast_0_0 = __Vdly__t._Vpast_0_0;
    __Vdly__t.r = t.r;
    t.r = __Vdly__t.r;
    __Vdly__t.cyc = t.cyc;
    t.cyc = __Vdly__t.cyc;
    __Vdly__t.pubflat_r = t.pubflat_r;
    t.pubflat_r = __Vdly__t.pubflat_r;
    always @(negedge clk) begin
        $display("negedge clk, pfr = %x", t.pubflat_r);
    end
    signed int [31:0]  __Vtask_t.sub.inc__2__i;
    signed int [31:0]  __Vtask_t.sub.inc__2__o;
    signed int [31:0]  __Vfunc_t.sub.f__3__Vfuncout;
    signed int [31:0]  __Vfunc_t.sub.f__3__v;
    logic [15:0]  __Vdly__t.pubflat_r;
    signed int [31:0]  __Vdly__t.cyc;
    signed real __Vdly__t.r;
    signed int [31:0]  __Vdly__t._Vpast_0_0;
    signed int [31:0]  __Vdly__t._Vpast_1_0;
endmodule
package Vt_debug_emitv___024unit;
endpackage
package Vt_debug_emitv_Pkg;
endpackage
class Vt_debug_emitv___024unit__03a__03aCls;
signed int [31:0]  member;

???? // CFUNC '__VnoInFunc_method'

???? // CFUNC 'new'
$_CSTMT(_ctor_var_reset(vlSymsp);
);
$unit::Cls.member = 32'sh1;
endclass
/*class*/package Vt_debug_emitv___024unit__03a__03aCls__Vclpkg;
end/*class*/package