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const _empty1_key_offsets = Int8[0, 0, 0 , ]
const _empty1_trans_keys = UInt8[0 , ]
const _empty1_single_lengths = Int8[0, 0, 0 , ]
const _empty1_range_lengths = Int8[0, 0, 0 , ]
const _empty1_index_offsets = Int8[0, 0, 0 , ]
const _empty1_trans_cond_spaces = Int8[-1, 0 , ]
const _empty1_trans_offsets = Int8[0, 0 , ]
const _empty1_trans_lengths = Int8[1, 0 , ]
const _empty1_cond_keys = Int8[0, 0 , ]
const _empty1_cond_targs = Int8[0, 0 , ]
const _empty1_cond_actions = Int8[0, 0 , ]
const _empty1_nfa_targs = Int8[0, 0 , ]
const _empty1_nfa_offsets = Int8[0, 0, 0 , ]
const _empty1_nfa_push_actions = Int8[0, 0 , ]
const _empty1_nfa_pop_trans = Int8[0, 0 , ]
const empty1_start = 1
const empty1_first_final = 2
const empty1_error = 0
const empty1_en_main = 1
function m( data::AbstractString )
p = 0
pe = length(data)
eof = length(data)
cs = 0
buffer = ""
cs = convert(Int, empty1_start )
_klen= 0
;
_trans = 0;
_cond = 0;
_have = 0;
_cont = 1;
_keys = 0;
_ckeys = 0;
_cpc= 0
;
while _cont == 1
if cs == 0
_cont = 0
end
_have = 0
if p == pe
if _have == 0
_cont = 0
end
end
if _cont == 1
if _have == 0
_keys = _empty1_key_offsets[1+(cs)]
_trans = convert(UInt, _empty1_index_offsets[1+(cs)] )
_have = 0
_klen = convert(Int, _empty1_single_lengths[1+(cs)] )
if _klen > 0
_lower = 0;
_mid = 0;
_upper = 0;
_lower = _keys
_upper = _keys + _klen - 1
while _upper >= _lower && _have == 0
_mid = _lower + ((_upper-_lower)>> 1)
if (data[1+(p )])< _empty1_trans_keys[1+(_mid )]
_upper = _mid - 1
elseif (data[1+(p )])> _empty1_trans_keys[1+(_mid )]
_lower = _mid + 1
else
_trans += convert(UInt, (_mid - _keys) )
_have = 1
end
end
if _have == 0
_keys += _klen
_trans += convert(UInt, _klen )
end
end
if _have == 0
_klen = convert(Int, _empty1_range_lengths[1+(cs)] )
if _klen > 0
_lower = 0;
_mid = 0;
_upper = 0;
_lower = _keys
_upper = _keys + (_klen<<1)- 2
while _have == 0 && _lower <= _upper
_mid = _lower + (((_upper-_lower)>> 1)& ~1)
if (data[1+(p )])< _empty1_trans_keys[1+(_mid )]
_upper = _mid - 2
elseif (data[1+(p )])> _empty1_trans_keys[1+(_mid + 1 )]
_lower = _mid + 2
else
_trans += convert(UInt, ((_mid - _keys)>>1) )
_have = 1
end
end
if _have == 0
_trans += convert(UInt, _klen )
end
end
end
_ckeys = _empty1_trans_offsets[1+(_trans)]
_klen = convert(Int, _empty1_trans_lengths[1+(_trans)] )
_cond = convert(UInt, _empty1_trans_offsets[1+(_trans)] )
_have = 0
_cpc = 0
_lower = 0;
_mid = 0;
_upper = 0;
_lower = _ckeys
_upper = _ckeys + _klen - 1
while _have == 0 && _lower <= _upper
_mid = _lower + ((_upper-_lower)>> 1)
if _cpc < convert(Int, _empty1_cond_keys[1+(_mid )] )
_upper = _mid - 1
elseif _cpc > convert(Int, _empty1_cond_keys[1+(_mid )] )
_lower = _mid + 1
else
_cond += convert(UInt, (_mid - _ckeys) )
_have = 1
end
end
if _have == 0
cs = 0
_cont = 0
end
end
if _cont == 1
cs = convert(Int, _empty1_cond_targs[1+(_cond)] )
if cs == 0
_cont = 0
end
if _cont == 1
p += 1
end
end
end
end
if ( cs >= empty1_first_final )
println( "ACCEPT" );
else
println( "FAIL" );
end
end
m( "" );
m( "x" );
|
