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`ifndef SAIL_LIBRARY
`define SAIL_LIBRARY
// The Sail unit type.
typedef enum logic [0:0] {SAIL_UNIT=0} sail_unit;
// The Sail zero-width bitvector.
typedef enum logic [0:0] {SAIL_ZWBV=0} sail_zwbv;
`ifdef SAIL_NOSTRINGS
function automatic sail_unit sail_print_endline(sail_unit s);
return SAIL_UNIT;
endfunction // sail_print_endline
function automatic sail_unit sail_prerr_endline(sail_unit s);
return SAIL_UNIT;
endfunction // sail_prerr_endline
function automatic sail_unit sail_print(sail_unit s);
return SAIL_UNIT;
endfunction // sail_print
function automatic sail_unit sail_prerr(sail_unit s);
return SAIL_UNIT;
endfunction // sail_prerr
function automatic sail_unit sail_assert(bit b, sail_unit msg);
return SAIL_UNIT;
endfunction // sail_assert
function automatic bit sail_eq_string(sail_unit s1, sail_unit s2);
return 0;
endfunction
`else
function automatic sail_unit sail_print_endline(string s);
$display(s);
return SAIL_UNIT;
endfunction // sail_print_endline
function automatic sail_unit sail_prerr_endline(string s);
$display(s);
return SAIL_UNIT;
endfunction // sail_prerr_endline
function automatic sail_unit sail_print(string s);
$write(s);
return SAIL_UNIT;
endfunction // sail_print
function automatic sail_unit sail_prerr(string s);
$write(s);
return SAIL_UNIT;
endfunction // sail_prerr
function automatic sail_unit sail_assert(bit b, string msg);
if (!b) begin
$display("%s", msg);
end;
return SAIL_UNIT;
endfunction // sail_assert
function automatic bit sail_eq_string(string s1, string s2);
return s1 == s2;
endfunction
`endif
typedef enum logic [0:0] {SAIL_REAL} sail_real;
`endif // `ifndef SAIL_LIBRARY
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