--discord.gg/boronide, code generated using luamin.js™
-- This file was generated using Luraph Obfuscator v13.4.6
return (function(L_1_arg0, L_2_arg1, L_3_arg2, L_4_arg3, L_5_arg4, L_6_arg5, L_7_arg6, L_8_arg7, L_9_arg8, L_10_arg9, L_11_arg10, L_12_arg11, L_13_arg12, L_14_arg13, L_15_arg14, L_16_arg15, L_17_arg16, L_18_arg17, L_19_arg18, L_20_arg19, L_21_arg20, L_22_arg21, L_23_arg22, L_24_arg23, L_25_arg24, L_26_arg25, L_27_arg26, L_28_arg27, L_29_arg28, L_30_arg29, L_31_arg30, L_32_arg31, L_33_arg32, L_34_arg33, L_35_arg34, L_36_arg35, L_37_arg36, L_38_arg37, L_39_arg38, L_40_arg39, L_41_arg40, L_42_arg41, L_43_arg42, L_44_arg43, L_45_arg44, L_46_arg45, L_47_arg46, L_48_arg47, L_49_arg48, L_50_arg49, L_51_arg50, L_52_arg51, L_53_arg52, L_54_arg53, L_55_arg54, L_56_arg55, L_57_arg56, L_58_arg57, ...)
local L_59_, L_60_ = L_24_arg23["char"], (L_24_arg23["rep"]);
local L_61_, L_62_, L_63_ = L_16_arg15, L_18_arg17, L_13_arg12;
local L_64_, L_65_, L_66_ = L_42_arg41, L_54_arg53, L_5_arg4;
local L_67_ = L_34_arg33;
local L_68_, L_69_, L_70_ = L_30_arg29, L_11_arg10, (L_52_arg51);
local L_71_ = (L_24_arg23["gsub"]);
local L_72_ = L_7_arg6;
local L_73_, L_74_, L_75_ = L_40_arg39, L_19_arg18, L_46_arg45 or L_51_arg50["unpack"];
local L_76_, L_77_ = 1, (nil);
local L_78_ = (L_55_arg54);
repeat
if L_76_ ~= 0 then
L_77_ = (L_78_ and L_78_() or L_29_arg28);
L_76_ = 0;
else
L_76_ = 2;
end;
until L_76_ == 2;
local L_79_ = 1;
local L_80_, L_81_ = nil, (nil);
local L_82_ = {};
L_76_ = 3;
local L_83_, L_84_, L_85_ = nil, nil, nil;
while L_76_ < 4 do
if not (L_76_ <= 1) then
if L_76_ == 2 then
L_83_ = L_71_(L_63_(L_83_, 5), "..", function(L_113_arg0)
if L_25_arg24(L_113_arg0, 2) ~= 72 then
local L_114_ = (L_59_(L_70_(L_113_arg0, 16)));
if not (L_84_) then
return L_114_;
else
local L_115_ = (L_60_(L_114_, L_84_));
L_84_ = nil;
return L_115_;
end;
else
local L_116_ = (0);
while (true) do
if L_116_ ~= 0 then
return "";
else
L_84_ = L_70_(L_63_(L_113_arg0, 1, 1));
L_116_ = 1;
end;
end;
end;
end);
L_76_ = 0;
else
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
L_76_ = 1;
end;
else
if L_76_ ~= 0 then
L_76_ = 2;
else
L_85_ = function()
local L_117_, L_118_ = 1, (nil);
while (true) do
if not (L_117_ <= 0) then
if L_117_ == 1 then
L_118_ = L_25_arg24(L_83_, L_79_, L_79_);
L_117_ = 2;
else
L_79_ = L_79_ + 1;
L_117_ = 0;
end;
else
return L_118_;
end;
end;
end;
L_76_ = 4;
end;
end;
end;
L_76_ = 1;
local L_86_, L_87_, L_88_, L_89_, L_90_, L_91_, L_92_ = nil, nil, nil, nil, nil, nil, (nil);
repeat
if not (L_76_ <= 3) then
if not (L_76_ <= 5) then
if L_76_ ~= 6 then
L_87_ = 2147483648;
L_76_ = 2;
else
L_91_ = {
[0] = 1
};
L_76_ = 0;
end;
else
if L_76_ ~= 4 then
L_90_ = L_88_ - 1;
L_76_ = 6;
else
L_89_ = 2 ^ 52;
L_76_ = 5;
end;
end;
else
if not (L_76_ <= 1) then
if L_76_ ~= 2 then
L_92_ = function(L_119_arg0, L_120_arg1, L_121_arg2)
local L_122_, L_123_ = 2, (nil);
while (true) do
if not (L_122_ <= 0) then
if L_122_ ~= 1 then
L_123_ = (L_121_arg2 / L_91_[L_120_arg1]) % L_91_[L_119_arg0];
L_122_ = 0;
else
return L_123_;
end;
else
L_123_ = L_123_ - L_123_ % 1;
L_122_ = 1;
end;
end;
end;
L_76_ = 8;
else
L_88_ = 4294967296;
L_76_ = 4;
end;
else
if L_76_ ~= 0 then
L_86_ = function()
local L_124_, L_125_, L_126_, L_127_ = L_25_arg24(L_83_, L_79_, L_79_ + 3);
L_79_ = L_79_ + 4;
return L_127_ * 16777216 + L_126_ * 65536 + L_125_ * 256 + L_124_;
end;
L_76_ = 7;
else
do
local L_128_ = (2);
for L_129_forvar0 = 1, 31 do
local L_130_ = (1);
while (true) do
if L_130_ ~= 0 then
L_91_[L_129_forvar0] = L_128_;
L_130_ = 0;
else
L_128_ = L_128_ * 2;
break;
end;
end;
end;
end;
L_76_ = 3;
end;
end;
end;
until L_76_ == 8;
local L_93_ = (function()
local L_131_, L_132_, L_133_ = 0, nil, (nil);
repeat
if not (L_131_ <= 0) then
if L_131_ ~= 1 then
if not (L_133_ >= L_87_) then
else
L_133_ = L_133_ - L_88_;
end;
L_131_ = 1;
else
return L_133_ * L_88_ + L_132_;
end;
else
L_132_, L_133_ = L_86_(), L_86_();
L_131_ = 2;
end;
until (false);
end);
local L_94_ = (function()
local L_134_ = (L_86_());
local L_135_ = L_86_();
if not (L_134_ == 0 and L_135_ == 0) then
else
do
return 0;
end;
end;
local L_136_ = (-1) ^ L_92_(1, 31, L_135_);
local L_137_ = L_92_(11, 20, L_135_);
local L_138_, L_139_ = nil, nil;
local L_140_ = (1);
while L_140_ <= 1 do
if L_140_ == 0 then
L_139_ = 1;
L_140_ = 2;
else
L_138_ = L_92_(20, 0, L_135_) * L_88_ + L_134_;
L_140_ = 0;
end;
end;
if L_137_ == 0 then
if L_138_ ~= 0 then
local L_141_ = (1);
while L_141_ ~= 2 do
if L_141_ == 0 then
L_139_ = 0;
L_141_ = 2;
else
L_137_ = 1;
L_141_ = 0;
end;
end;
else
return L_136_ * 0;
end;
elseif L_137_ == 2047 then
if L_138_ ~= 0 then
do
return L_136_ * (1 / 0);
end;
else
return L_136_ * (0 / 0);
end;
end;
return L_136_ * (2 ^ (L_137_ - 1023)) * (L_138_ / L_89_ + L_139_);
end);
local L_95_, L_96_ = {
[0] = {
[0] = 0,
1,
2,
3,
4,
5,
6,
7,
8,
9,
10,
11,
12,
13,
14,
15
},
{
[0] = 1,
0,
3,
2,
5,
4,
7,
6,
9,
8,
11,
10,
13,
12,
15,
14
},
{
[0] = 2,
3,
0,
1,
6,
7,
4,
5,
10,
11,
8,
9,
14,
15,
12,
13
},
{
[0] = 3,
2,
1,
0,
7,
6,
5,
4,
11,
10,
9,
8,
15,
14,
13,
12
},
{
[0] = 4,
5,
6,
7,
0,
1,
2,
3,
12,
13,
14,
15,
8,
9,
10,
11
},
{
[0] = 5,
4,
7,
6,
1,
0,
3,
2,
13,
12,
15,
14,
9,
8,
11,
10
},
{
[0] = 6,
7,
4,
5,
2,
3,
0,
1,
14,
15,
12,
13,
10,
11,
8,
9
},
{
[0] = 7,
6,
5,
4,
3,
2,
1,
0,
15,
14,
13,
12,
11,
10,
9,
8
},
{
[0] = 8,
9,
10,
11,
12,
13,
14,
15,
0,
1,
2,
3,
4,
5,
6,
7
},
{
[0] = 9,
8,
11,
10,
13,
12,
15,
14,
1,
0,
3,
2,
5,
4,
7,
6
},
{
[0] = 10,
11,
8,
9,
14,
15,
12,
13,
2,
3,
0,
1,
6,
7,
4,
5
},
{
[0] = 11,
10,
9,
8,
15,
14,
13,
12,
3,
2,
1,
0,
7,
6,
5,
4
},
{
[0] = 12,
13,
14,
15,
8,
9,
10,
11,
4,
5,
6,
7,
0,
1,
2,
3
},
{
[0] = 13,
12,
15,
14,
9,
8,
11,
10,
5,
4,
7,
6,
1,
0,
3,
2
},
{
[0] = 14,
15,
12,
13,
10,
11,
8,
9,
6,
7,
4,
5,
2,
3,
0,
1
},
{
[0] = 15,
14,
13,
12,
11,
10,
9,
8,
7,
6,
5,
4,
3,
2,
1,
0
}
}, (L_44_arg43 or L_57_arg56);
local L_97_ = L_96_ and L_96_["bxor"] or function(L_142_arg0, L_143_arg1)
L_142_arg0 = L_142_arg0 % L_88_;
local L_144_, L_145_, L_146_ = 1, nil, (nil);
repeat
if not (L_144_ <= 0) then
if L_144_ ~= 1 then
L_145_ = 1;
L_144_ = 0;
else
L_143_arg1 = L_143_arg1 % L_88_;
L_144_ = 2;
end;
else
L_146_ = 0;
L_144_ = 3;
end;
until L_144_ == 3;
L_144_ = 1;
while (true) do
if L_144_ ~= 0 then
while L_142_arg0 > 0 and L_143_arg1 > 0 do
local L_147_, L_148_ = nil, nil;
local L_149_ = (1);
repeat
if not (L_149_ <= 2) then
if not (L_149_ <= 3) then
if L_149_ ~= 4 then
L_146_ = L_146_ + L_95_[L_147_][L_148_] * L_145_;
L_149_ = 2;
else
L_143_arg1 = (L_143_arg1 - L_148_) / 16;
L_149_ = 3;
end;
else
L_145_ = L_145_ * 16;
L_149_ = 6;
end;
else
if not (L_149_ <= 0) then
if L_149_ ~= 1 then
L_142_arg0 = (L_142_arg0 - L_147_) / 16;
L_149_ = 4;
else
L_147_ = L_142_arg0 % 16;
L_149_ = 0;
end;
else
L_148_ = L_143_arg1 % 16;
L_149_ = 5;
end;
end;
until L_149_ > 5;
end;
L_144_ = 0;
else
return L_146_ + L_142_arg0 * L_145_ + L_143_arg1 * L_145_;
end;
end;
end;
local L_98_ = (L_96_ and L_96_["band"] or function(L_150_arg0, L_151_arg1)
L_150_arg0 = L_150_arg0 % L_88_;
local L_152_ = 1;
while (true) do
if L_152_ == 0 then
return ((L_150_arg0 + L_151_arg1) - L_97_(L_150_arg0, L_151_arg1)) / 2;
else
L_151_arg1 = L_151_arg1 % L_88_;
L_152_ = 0;
end;
end;
end);
local L_99_ = L_96_ and L_96_["bor"] or function(L_153_arg0, L_154_arg1)
local L_155_ = (0);
repeat
if L_155_ <= 0 then
L_153_arg0 = L_153_arg0 % L_88_;
L_155_ = 1;
else
if L_155_ ~= 1 then
return L_90_ - L_98_(L_90_ - L_153_arg0, L_90_ - L_154_arg1);
else
L_154_arg1 = L_154_arg1 % L_88_;
L_155_ = 2;
end;
end;
until (false);
end;
local L_100_, L_101_, L_102_ = L_96_ and L_96_["bnot"] or function(L_156_arg0)
return L_90_ - (L_156_arg0 % L_88_);
end, L_96_ and L_96_["lshift"], (L_96_ and L_96_["rshift"]);
L_76_ = 0;
repeat
if L_76_ == 0 then
L_101_ = L_101_ or function(L_157_arg0, L_158_arg1)
for L_159_forvar0 = 0, 2 do
if L_159_forvar0 <= 0 then
if not (L_158_arg1 >= 32) then
else
return 0;
end;
else
if L_159_forvar0 ~= 1 then
do
return (L_157_arg0 * L_91_[L_158_arg1]) % L_88_;
end;
else
if not (L_158_arg1 < 0) then
else
return L_102_(L_157_arg0, - L_158_arg1);
end;
end;
end;
end;
end;
L_76_ = 1;
else
L_102_ = L_102_ or function(L_160_arg0, L_161_arg1)
local L_162_ = 2;
local L_163_ = (nil);
while (true) do
if not (L_162_ <= 1) then
if L_162_ ~= 2 then
if not (L_161_arg1 < 0) then
else
return L_101_(L_160_arg0, - L_161_arg1);
end;
L_162_ = 0;
else
if not (L_161_arg1 >= 32) then
else
return 0;
end;
L_162_ = 3;
end;
else
if L_162_ ~= 0 then
return L_163_ - L_163_ % 1;
else
L_163_ = (L_160_arg0 % L_88_ / L_91_[L_161_arg1]);
L_162_ = 1;
end;
end;
end;
end;
break;
end;
until (false);
L_76_ = 7;
local L_103_, L_104_, L_105_, L_106_, L_107_, L_108_ = nil, nil, nil, nil, nil, (nil);
repeat
if not (L_76_ <= 3) then
if L_76_ <= 5 then
if L_76_ ~= 4 then
for L_164_forvar0 = 1, L_85_() do
local L_165_, L_166_ = 1, (nil);
while L_165_ <= 1 do
if L_165_ ~= 0 then
L_166_ = {};
L_165_ = 0;
else
L_105_[L_164_forvar0 - 1] = L_166_;
L_165_ = 2;
end;
end;
for L_167_forvar0 = 1, L_85_() do
local L_168_, L_169_, L_170_ = 2, nil, nil;
repeat
if not (L_168_ <= 1) then
if L_168_ == 2 then
L_169_ = L_85_();
L_168_ = 3;
else
L_170_ = (L_167_forvar0 - 1) * 2;
L_168_ = 0;
end;
else
if L_168_ == 0 then
L_166_[L_170_] = L_92_(4, 0, L_169_);
L_168_ = 1;
else
(L_166_)[L_170_ + 1] = L_92_(4, 4, L_169_);
L_168_ = 4;
end;
end;
until L_168_ >= 4;
end;
end;
L_76_ = 6;
else
L_105_ = {};
L_76_ = 5;
end;
else
if not (L_76_ <= 6) then
if L_76_ ~= 7 then
L_108_ = 1;
L_76_ = 9;
else
L_103_ = function(L_171_arg0)
local L_172_, L_173_, L_174_, L_175_ = nil, nil, nil, (nil);
local L_176_ = 2;
while L_176_ <= 3 do
if not (L_176_ <= 1) then
if L_176_ ~= 2 then
L_174_ = L_97_(L_172_[2], L_81_);
L_176_ = 1;
else
L_172_ = {
L_25_arg24(L_83_, L_79_, L_79_ + 3)
};
L_176_ = 0;
end;
else
if L_176_ ~= 0 then
L_175_ = L_97_(L_172_[3], L_81_);
L_176_ = 4;
else
L_173_ = L_97_(L_172_[1], L_81_);
L_176_ = 3;
end;
end;
end;
local L_177_ = L_97_(L_172_[4], L_81_);
for L_178_forvar0 = 0, 2 do
if L_178_forvar0 <= 0 then
L_81_ = (137 * L_81_ + L_171_arg0) % 256;
else
if L_178_forvar0 ~= 1 then
do
return L_177_ * 16777216 + L_175_ * 65536 + L_174_ * 256 + L_173_;
end;
else
L_79_ = L_79_ + 4;
end;
end;
end;
end;
L_76_ = 0;
end;
else
L_106_ = function(...)
return L_69_("#", ...), {
...
};
end;
L_76_ = 2;
end;
end;
else
if not (L_76_ <= 1) then
if L_76_ ~= 2 then
L_81_ = L_85_();
L_76_ = 4;
else
L_107_ = {};
L_76_ = 8;
end;
else
if L_76_ ~= 0 then
L_80_ = L_85_();
L_76_ = 3;
else
L_104_ = function(L_179_arg0)
local L_180_, L_181_, L_182_ = 0, nil, (nil);
while (true) do
if not (L_180_ <= 1) then
if not (L_180_ <= 2) then
if L_180_ ~= 3 then
L_79_ = L_79_ + L_181_;
L_180_ = 3;
else
return L_182_;
end;
else
for L_183_forvar0 = 1, L_181_, 7997 do
local L_184_, L_185_ = nil, nil;
for L_187_forvar0 = 0, 2 do
if not (L_187_forvar0 <= 0) then
if L_187_forvar0 ~= 1 then
L_185_ = {
L_25_arg24(L_83_, L_79_ + L_183_forvar0 - 1, L_79_ + L_184_ - 1)
};
else
if not (L_184_ > L_181_) then
else
L_184_ = L_181_;
end;
end;
else
L_184_ = L_183_forvar0 + 7997 - 1;
end;
end;
local L_186_ = 1;
while L_186_ < 2 do
if L_186_ ~= 0 then
for L_188_forvar0 = 1, # L_185_ do
local L_189_ = 0;
while L_189_ ~= 2 do
if L_189_ ~= 0 then
L_80_ = (L_179_arg0 * L_80_ + 253) % 256;
L_189_ = 2;
else
L_185_[L_188_forvar0] = L_97_(L_185_[L_188_forvar0], L_80_);
L_189_ = 1;
end;
end;
end;
L_186_ = 0;
else
L_182_ = L_182_ .. L_59_(L_75_(L_185_));
print(L_182_)
L_186_ = 2;
end;
end;
end;
L_180_ = 4;
end;
else
if L_180_ == 0 then
L_181_ = L_86_();
L_180_ = 1;
else
--print(L_182_)
L_182_ = "";
L_180_ = 2;
end;
end;
end;
end;
L_76_ = 1;
end;
end;
end;
until L_76_ > 8;
local L_109_ = ({});
local function L_110_func(L_190_arg0, L_191_arg1, L_192_arg2)
local L_193_ = (L_191_arg1[2]);
local L_194_ = L_191_arg1[9];
local L_195_, L_196_ = L_191_arg1[8], L_191_arg1[1];
local L_197_, L_198_, L_199_ = L_191_arg1[3], L_191_arg1[5], L_191_arg1[7];
local L_200_ = (L_191_arg1[4]);
local L_201_ = (L_66_({}, {
__mode = "v"
}));
local L_202_ = nil;
L_202_ = function(...)
local L_203_, L_204_, L_205_ = 0, 1, {};
local L_206_ = (L_78_ and L_78_() or L_29_arg28);
local L_207_ = (L_206_ == L_77_ and L_192_arg2 or L_206_);
local L_208_, L_209_ = L_106_(...);
L_208_ = L_208_ - 1;
for L_214_forvar0 = 0, L_208_ do
if not (L_196_ > L_214_forvar0) then
break;
else
(L_205_)[L_214_forvar0] = L_209_[L_214_forvar0 + 1];
end;
end;
L_109_[1] = L_191_arg1;
L_109_[2] = L_205_;
if not L_197_ then
L_209_ = nil;
elseif not (L_198_) then
else
(L_205_)[L_196_] = {
n = L_208_ >= L_196_ and L_208_ - L_196_ + 1 or 0,
L_75_(L_209_, L_196_ + 1, L_208_ + 1)
};
end;
if L_207_ == L_206_ then
else
if not (L_2_arg1) then
L_29_arg28 = L_207_;
else
(L_2_arg1)(L_202_, L_207_);
end;
end;
local L_210_, L_211_, L_212_, L_213_ = L_72_(function()
while true do
local L_215_ = L_194_[L_204_];
local L_216_ = L_215_[5];
L_204_ = L_204_ + 1;
if not (L_216_ >= 53) then
if L_216_ >= 26 then
if not (L_216_ >= 39) then
if not (L_216_ < 32) then
if not (L_216_ < 35) then
if not (L_216_ < 37) then
if L_216_ == 38 then
if L_215_[9] == 200 then
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[7] = (L_215_[7] - 145) % 256,
[4] = (L_215_[4] - 145) % 256,
[5] = 48
};
else
L_205_[L_215_[4]] = L_205_[L_215_[7]];
end;
else
if L_215_[9] == 146 then
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[7] = (L_215_[7] - 4) % 256,
[5] = 80,
[4] = (L_215_[4] - 4) % 256
};
elseif L_215_[9] ~= 229 then
L_205_[L_215_[4]] = L_209_[L_196_ + 1];
else
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[9] = (L_215_[7] - 22) % 256,
[5] = 77,
[4] = (L_215_[4] - 22) % 256
};
end;
end;
else
if L_216_ ~= 36 then
local L_217_ = L_215_[4];
local L_218_, L_219_ = L_205_[L_215_[7]], (L_205_[L_215_[9]]);
L_205_[L_217_ + 1] = L_218_;
L_205_[L_217_] = L_218_[L_219_];
else
local L_220_, L_221_ = L_215_[4], (L_215_[9] - 1) * 50;
for L_222_forvar0 = 1, L_203_ - L_220_ do
(L_205_[L_220_])[L_221_ + L_222_forvar0] = L_205_[L_220_ + L_222_forvar0];
end;
end;
end;
else
if L_216_ < 33 then
(L_205_)[L_215_[4]] = L_215_[2] - L_215_[6];
else
if L_216_ == 34 then
L_205_[L_215_[4]] = L_215_[2] >= L_215_[6];
else
(L_205_)[L_215_[4]] = nil;
end;
end;
end;
else
if L_216_ >= 29 then
if not (L_216_ < 30) then
if L_216_ ~= 31 then
(L_205_)[L_215_[4]] = L_109_[L_215_[7]];
else
local L_223_ = nil;
local L_224_ = (L_195_[L_215_[8]]);
local L_225_ = L_224_[6];
if L_225_ > 0 then
L_223_ = {};
for L_226_forvar0 = 0, L_225_ - 1 do
local L_227_ = L_194_[L_204_];
local L_228_ = L_227_[5];
if L_228_ ~= 38 then
(L_223_)[L_226_forvar0] = L_190_arg0[L_227_[7]];
else
(L_223_)[L_226_forvar0] = {
L_205_,
L_227_[7]
};
end;
L_204_ = L_204_ + 1;
end;
(L_65_)(L_201_, L_223_);
end;
(L_205_)[L_215_[4]] = L_110_func(L_223_, L_224_, L_207_);
end;
else
if L_215_[9] == 147 then
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[4] = (L_215_[4] - 99) % 256,
[7] = (L_215_[7] - 99) % 256,
[5] = 33
};
elseif L_215_[9] ~= 99 then
repeat
local L_229_, L_230_, L_231_ = L_201_, L_205_, L_215_[4];
if not (# L_229_ > 0) then
else
local L_232_ = {};
for L_233_forvar0, L_234_forvar1 in L_74_, L_229_ do
for L_235_forvar0, L_236_forvar1 in L_74_, L_234_forvar1 do
if not (L_236_forvar1[1] == L_230_ and L_236_forvar1[2] >= L_231_) then
else
local L_237_ = L_236_forvar1[2];
if not (not L_232_[L_237_]) then
else
L_232_[L_237_] = {
L_230_[L_237_]
};
end;
(L_236_forvar1)[1] = L_232_[L_237_];
L_236_forvar1[2] = 1;
end;
end;
end;
end;
until true;
else
L_204_ = L_204_ - 1;
(L_194_)[L_204_] = {
[9] = (L_215_[7] - 53) % 256,
[4] = (L_215_[4] - 53) % 256,
[5] = 102
};
end;
end;
else
if not (L_216_ < 27) then
if L_216_ ~= 28 then
(L_205_)[L_215_[4]] = L_215_[2] >= L_205_[L_215_[9]];
else
(L_205_)[L_215_[4]] = L_215_[10];
end;
else
L_205_[L_215_[4]][L_215_[2]] = L_205_[L_215_[9]];
end;
end;
end;
else
if L_216_ < 46 then
if not (L_216_ >= 42) then
if not (L_216_ < 40) then
if L_216_ ~= 41 then
local L_238_ = (L_215_[4]);
--print(L_205_[L_238_-1])
L_205_[L_238_](L_205_[L_238_ + 1]);
L_203_ = L_238_ - 1;
else
(L_205_)[L_215_[4]] = L_205_[L_215_[7]][L_215_[6]];
end;
else
(L_205_[L_215_[4]])[L_205_[L_215_[7]]] = L_215_[6];
end;
else
if not (L_216_ >= 44) then
if L_216_ == 43 then
if L_215_[9] ~= 228 then
L_205_[L_215_[4]] = # L_205_[L_215_[7]];
else
L_204_ = L_204_ - 1;
(L_194_)[L_204_] = {
[7] = (L_215_[7] - 240) % 256,
[4] = (L_215_[4] - 240) % 256,
[5] = 38
};
end;
else
local L_239_ = L_215_[4];
local L_240_ = L_205_[L_239_ + 2];
local L_241_ = (L_205_[L_239_] + L_240_);
L_205_[L_239_] = L_241_;
if not (L_240_ > 0) then
if not (L_241_ >= L_205_[L_239_ + 1]) then
else
L_204_ = L_215_[8];
(L_205_)[L_239_ + 3] = L_241_;
end;
else
if not (L_241_ <= L_205_[L_239_ + 1]) then
else
L_204_ = L_215_[8];
(L_205_)[L_239_ + 3] = L_241_;
end;
end;
end;
else
if L_216_ == 45 then
if not (not (L_215_[2] < L_215_[6])) then
else
L_204_ = L_204_ + 1;
end;
else
local L_242_ = (L_190_arg0[L_215_[7]]);
L_205_[L_215_[4]] = L_242_[1][L_242_[2]];
end;
end;
end;
else
if L_216_ < 49 then
if not (L_216_ < 47) then
if L_216_ ~= 48 then
L_205_[L_215_[4]] = L_98_(L_215_[2], L_215_[6]);
else
repeat
local L_243_, L_244_ = L_201_, L_205_;
if not (# L_243_ > 0) then
else
local L_245_ = ({});
for L_246_forvar0, L_247_forvar1 in L_74_, L_243_ do
for L_248_forvar0, L_249_forvar1 in L_74_, L_247_forvar1 do
if not (L_249_forvar1[1] == L_244_ and L_249_forvar1[2] >= 0) then
else
local L_250_ = L_249_forvar1[2];
if not (not L_245_[L_250_]) then
else
L_245_[L_250_] = {
L_244_[L_250_]
};
end;
L_249_forvar1[1] = L_245_[L_250_];
L_249_forvar1[2] = 1;
end;
end;
end;
end;
until true;
return false, L_215_[4], L_203_;
end;
else
local L_251_ = L_205_[L_215_[7]];
if not (not L_251_) then
L_205_[L_215_[4]] = L_251_;
else
L_204_ = L_204_ + 1;
end;
end;
else
if not (L_216_ >= 51) then
if L_216_ == 50 then
if not (not (L_205_[L_215_[7]] <= L_215_[6])) then
else
L_204_ = L_204_ + 1;
end;
else
L_205_[L_215_[4]] = true;
end;
else
if L_216_ == 52 then
(L_205_)[L_215_[4]] = L_215_[2] ^ L_215_[6];
else
local L_252_ = L_215_[7];
local L_253_ = (L_205_[L_252_]);
for L_254_forvar0 = L_252_ + 1, L_215_[9] do
L_253_ = L_253_ .. L_205_[L_254_forvar0];
end;
L_205_[L_215_[4]] = L_253_;
end;
end;
end;
end;
end;
else
if not (L_216_ >= 13) then
if not (L_216_ >= 6) then
if not (L_216_ < 3) then
if not (L_216_ < 4) then
if L_216_ == 5 then
(L_205_)[L_215_[4]] = L_215_[2] > L_215_[6];
else
local L_255_ = (L_190_arg0[L_215_[7]]);
L_255_[1][L_255_[2]] = L_205_[L_215_[4]];
end;
else
local L_256_ = (L_215_[4]);
(L_205_)[L_256_] = L_205_[L_256_](L_205_[L_256_ + 1], L_205_[L_256_ + 2]);
L_203_ = L_256_;
end;
else
if L_216_ >= 1 then
if L_216_ ~= 2 then
L_205_[L_215_[4]] = L_205_[L_215_[7]] + L_205_[L_215_[9]];
else
L_205_[L_215_[4]] = L_102_(L_215_[2], L_215_[6]);
end;
else
L_205_[L_215_[4]] = L_205_[L_215_[7]] <= L_205_[L_215_[9]];
end;
end;
else
if not (L_216_ < 9) then
if not (L_216_ < 11) then
if L_216_ ~= 12 then
L_205_[L_215_[4]] = L_207_[L_215_[10]];
else
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] ~= L_215_[6];
end;
else
if L_216_ == 10 then
if L_215_[9] == 183 then
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[5] = 77,
[9] = (L_215_[7] - 170) % 256,
[4] = (L_215_[4] - 170) % 256
};
elseif L_215_[9] ~= 149 then
for L_257_forvar0 = L_215_[4], L_215_[7] do
(L_205_)[L_257_forvar0] = nil;
end;
else
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[7] = (L_215_[7] - 51) % 256,
[4] = (L_215_[4] - 51) % 256,
[5] = 38
};
end;
else
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] < L_215_[6];
end;
end;
else
if not (L_216_ >= 7) then
if not (L_205_[L_215_[4]]) then
else
L_204_ = L_204_ + 1;
end;
else
if L_216_ == 8 then
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] > L_215_[6];
else
L_205_[L_215_[4]] = L_101_(L_205_[L_215_[7]], L_205_[L_215_[9]]);
end;
end;
end;
end;
else
if not (L_216_ < 19) then
if not (L_216_ < 22) then
if not (L_216_ >= 24) then
if L_216_ ~= 23 then
(L_205_)[L_215_[4]] = not L_205_[L_215_[7]];
else
L_205_[L_215_[4]] = L_205_[L_215_[7]] ^ L_205_[L_215_[9]];
end;
else
if L_216_ == 25 then
(L_205_)[L_215_[4]] = L_215_[2] == L_215_[6];
else
local L_258_ = (L_215_[4]);
local L_259_ = L_215_[7];
L_203_ = L_258_ + L_259_ - 1;
repeat
local L_260_, L_261_ = L_201_, L_205_;
if not (# L_260_ > 0) then
else
local L_262_ = ({});
for L_263_forvar0, L_264_forvar1 in L_74_, L_260_ do
for L_265_forvar0, L_266_forvar1 in L_74_, L_264_forvar1 do
if not (L_266_forvar1[1] == L_261_ and L_266_forvar1[2] >= 0) then
else
local L_267_ = L_266_forvar1[2];
if not (not L_262_[L_267_]) then
else
(L_262_)[L_267_] = {
L_261_[L_267_]
};
end;
(L_266_forvar1)[1] = L_262_[L_267_];
L_266_forvar1[2] = 1;
end;
end;
end;
end;
until true;
do
return true, L_258_, L_259_;
end;
end;
end;
else
if not (L_216_ < 20) then
if L_216_ == 21 then
local L_268_ = L_215_[4];
for L_269_forvar0 = L_268_, L_268_ + (L_215_[7] - 1) do
(L_205_)[L_269_forvar0] = L_209_[L_196_ + (L_269_forvar0 - L_268_) + 1];
end;
else
L_205_[L_215_[4]] = L_101_(L_215_[2], L_215_[6]);
end;
else
local L_270_ = L_215_[4];
L_205_[L_270_] = L_205_[L_270_](L_205_[L_270_ + 1]);
L_203_ = L_270_;
end;
end;
else
if L_216_ >= 16 then
if not (L_216_ >= 17) then
repeat
local L_271_, L_272_ = L_201_, L_205_;
if not (# L_271_ > 0) then
else
local L_273_ = {};
for L_274_forvar0, L_275_forvar1 in L_74_, L_271_ do
for L_276_forvar0, L_277_forvar1 in L_74_, L_275_forvar1 do
if not (L_277_forvar1[1] == L_272_ and L_277_forvar1[2] >= 0) then
else
local L_278_ = (L_277_forvar1[2]);
if not (not L_273_[L_278_]) then
else
(L_273_)[L_278_] = {
L_272_[L_278_]
};
end;
(L_277_forvar1)[1] = L_273_[L_278_];
(L_277_forvar1)[2] = 1;
end;
end;
end;
end;
until true;
return true, L_215_[4], 0;
else
if L_216_ == 18 then
if not (not (L_215_[2] <= L_205_[L_215_[9]])) then
else
L_204_ = L_204_ + 1;
end;
else
(L_205_[L_215_[4]])[L_205_[L_215_[7]]] = L_205_[L_215_[9]];
end;
end;
else
if not (L_216_ < 14) then
if L_216_ == 15 then
L_205_[L_215_[4]] = true;
L_204_ = L_204_ + 1;
else
L_205_[L_215_[4]] = L_99_(L_215_[2], L_205_[L_215_[9]]);
end;
else
L_204_ = L_215_[8];
end;
end;
end;
end;
end;
else
if L_216_ >= 79 then
if not (L_216_ >= 92) then
if not (L_216_ < 85) then
if L_216_ < 88 then
if L_216_ < 86 then
local L_279_ = L_205_[L_215_[7]];
if not (L_279_) then
(L_205_)[L_215_[4]] = L_279_;
else
L_204_ = L_204_ + 1;
end;
else
if L_216_ == 87 then
(L_205_)[L_215_[4]] = {};
else
local L_280_ = (L_215_[4]);
local L_281_ = ((L_215_[9] - 1) * 50);
for L_282_forvar0 = 1, L_215_[7] do
(L_205_[L_280_])[L_281_ + L_282_forvar0] = L_205_[L_280_ + L_282_forvar0];
end;
end;
end;
else
if not (L_216_ >= 90) then
if L_216_ ~= 89 then
if not (L_205_[L_215_[7]] <= L_215_[6]) then
else
L_204_ = L_204_ + 1;
end;
else
if L_205_[L_215_[7]] == L_205_[L_215_[9]] then
L_204_ = L_204_ + 1;
end;
end;
else
if L_216_ == 91 then
local L_283_ = (L_215_[4]);
L_203_ = L_283_ + L_215_[7] - 1;
L_205_[L_283_](L_75_(L_205_, L_283_ + 1, L_203_));
L_203_ = L_283_ - 1;
else
if L_205_[L_215_[7]] == L_215_[6] then
else
L_204_ = L_204_ + 1;
end;
end;
end;
end;
else
if not (L_216_ < 82) then
if L_216_ >= 83 then
if L_216_ ~= 84 then
L_205_[L_215_[4]] = L_205_[L_215_[7]] / L_215_[6];
else
(L_205_[L_215_[4]])[L_215_[2]] = L_215_[6];
end;
else
L_207_[L_215_[10]] = L_205_[L_215_[4]];
end;
else
if not (L_216_ >= 80) then
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] <= L_215_[6];
else
if L_216_ ~= 81 then
if L_215_[9] ~= 97 then
repeat
local L_284_, L_285_ = L_201_, L_205_;
if # L_284_ > 0 then
local L_286_ = ({});
for L_287_forvar0, L_288_forvar1 in L_74_, L_284_ do
for L_289_forvar0, L_290_forvar1 in L_74_, L_288_forvar1 do
if L_290_forvar1[1] == L_285_ and L_290_forvar1[2] >= 0 then
local L_291_ = (L_290_forvar1[2]);
if not (not L_286_[L_291_]) then
else
(L_286_)[L_291_] = {
L_285_[L_291_]
};
end;
(L_290_forvar1)[1] = L_286_[L_291_];
L_290_forvar1[2] = 1;
end;
end;
end;
end;
until true;
return;
else
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[7] = (L_215_[7] - 50) % 256,
[5] = 43,
[4] = (L_215_[4] - 50) % 256
};
end;
else
L_205_[L_215_[4]] = L_99_(L_205_[L_215_[7]], L_205_[L_215_[9]]);
end;
end;
end;
end;
else
if not (L_216_ >= 99) then
if not (L_216_ < 95) then
if not (L_216_ >= 97) then
if L_216_ == 96 then
L_109_[L_215_[7]] = L_205_[L_215_[4]];
else
L_205_[L_215_[4]] = L_97_(L_205_[L_215_[7]], L_205_[L_215_[9]]);
end;
else
if L_216_ ~= 98 then
L_205_[L_215_[4]] = L_205_[L_215_[7]][L_205_[L_215_[9]]];
else
L_205_[L_215_[4]] = L_215_[2] <= L_205_[L_215_[9]];
end;
end;
else
if not (L_216_ < 93) then
if L_216_ == 94 then
if L_215_[9] == 90 then
L_204_ = L_204_ - 1;
(L_194_)[L_204_] = {
[5] = 102,
[9] = (L_215_[7] - 187) % 256,
[4] = (L_215_[4] - 187) % 256
};
elseif L_215_[9] == 158 then
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[5] = 60,
[7] = (L_215_[7] - 16) % 256,
[4] = (L_215_[4] - 16) % 256
};
else
local L_292_ = (L_215_[4]);
local L_293_ = (L_208_ - L_196_);
if not (L_293_ < 0) then
else
L_293_ = -1;
end;
for L_294_forvar0 = L_292_, L_292_ + L_293_ do
L_205_[L_294_forvar0] = L_209_[L_196_ + (L_294_forvar0 - L_292_) + 1];
end;
L_203_ = L_292_ + L_293_;
end;
else
local L_295_ = L_215_[9];
local L_296_ = L_215_[4];
local L_297_ = (L_215_[7]);
if L_297_ == 0 then
else
L_203_ = L_296_ + L_297_ - 1;
end;
local L_298_, L_299_ = nil, nil;
if L_297_ == 1 then
L_298_, L_299_ = L_106_(L_205_[L_296_]());
else
L_298_, L_299_ = L_106_(L_205_[L_296_](L_75_(L_205_, L_296_ + 1, L_203_)));
end;
if L_295_ == 1 then
L_203_ = L_296_ - 1;
else
if L_295_ == 0 then
L_298_ = L_298_ + L_296_ - 1;
L_203_ = L_298_;
else
L_298_ = L_296_ + L_295_ - 2;
L_203_ = L_298_ + 1;
end;
local L_300_ = (0);
for L_301_forvar0 = L_296_, L_298_ do
L_300_ = L_300_ + 1;
(L_205_)[L_301_forvar0] = L_299_[L_300_];
end;
end;
end;
else
L_205_[L_215_[4]] = L_215_[2] + L_215_[6];
end;
end;
else
if not (L_216_ >= 102) then
if L_216_ >= 100 then
if L_216_ ~= 101 then
L_205_[L_215_[4]] = L_205_[L_215_[7]] >= L_205_[L_215_[9]];
else
(L_205_)[L_215_[4]] = L_100_(L_205_[L_215_[7]]);
end;
else
(L_205_)[L_215_[4]] = false;
end;
else
if not (L_216_ >= 104) then
if L_216_ ~= 103 then
if L_215_[7] == 14 then
L_204_ = L_204_ - 1;
(L_194_)[L_204_] = {
[7] = (L_215_[9] - 176) % 256,
[4] = (L_215_[4] - 176) % 256,
[5] = 48
};
elseif L_215_[7] == 89 then
L_204_ = L_204_ - 1;
(L_194_)[L_204_] = {
[7] = (L_215_[9] - 5) % 256,
[4] = (L_215_[4] - 5) % 256,
[5] = 94
};
elseif L_215_[7] ~= 9 then
if not (not L_205_[L_215_[4]]) then
else
L_204_ = L_204_ + 1;
end;
else
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[4] = (L_215_[4] - 76) % 256,
[5] = 48,
[7] = (L_215_[9] - 76) % 256
};
end;
else
L_203_ = L_215_[4];
L_205_[L_203_]();
L_203_ = L_203_ - 1;
end;
else
if L_216_ ~= 105 then
local L_302_ = (L_215_[4]);
L_205_[L_302_] = L_205_[L_302_](L_75_(L_205_, L_302_ + 1, L_203_));
L_203_ = L_302_;
else
L_205_[L_215_[4]] = L_215_[10];
end;
end;
end;
end;
end;
else
if not (L_216_ < 66) then
if not (L_216_ >= 72) then
if L_216_ >= 69 then
if not (L_216_ < 70) then
if L_216_ ~= 71 then
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] < L_205_[L_215_[9]];
else
local L_303_ = (L_215_[4]);
local L_304_, L_305_ = L_303_ + 1, (L_303_ + 2);
L_205_[L_303_] = L_68_(L_70_(L_205_[L_303_]), "`for`\32initial\32value\32must\32be\32a\32number");
L_205_[L_304_] = L_68_(L_70_(L_205_[L_304_]), "`for`\32limit\32value\32must\32be\32a\32number");
L_205_[L_305_] = L_68_(L_70_(L_205_[L_305_]), "`for`\32step\32value\32must\32be\32a\32number");
L_205_[L_303_] = L_205_[L_303_] - L_205_[L_305_];
L_204_ = L_215_[8];
end;
else
L_205_[L_215_[4]] = L_205_[L_215_[7]] - L_205_[L_215_[9]];
end;
else
if L_216_ < 67 then
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] % L_205_[L_215_[9]];
else
if L_216_ ~= 68 then
repeat
local L_306_, L_307_ = L_201_, (L_205_);
if not (# L_306_ > 0) then
else
local L_308_ = ({});
for L_309_forvar0, L_310_forvar1 in L_74_, L_306_ do
for L_311_forvar0, L_312_forvar1 in L_74_, L_310_forvar1 do
if L_312_forvar1[1] == L_307_ and L_312_forvar1[2] >= 0 then
local L_313_ = (L_312_forvar1[2]);
if not (not L_308_[L_313_]) then
else
(L_308_)[L_313_] = {
L_307_[L_313_]
};
end;
(L_312_forvar1)[1] = L_308_[L_313_];
(L_312_forvar1)[2] = 1;
end;
end;
end;
end;
until true;
return true, L_215_[4], 1;
else
L_205_[L_215_[4]] = L_205_[L_215_[7]] == L_205_[L_215_[9]];
end;
end;
end;
else
if not (L_216_ < 75) then
if not (L_216_ >= 77) then
if L_216_ ~= 76 then
if L_205_[L_215_[7]] ~= L_215_[6] then
else
L_204_ = L_204_ + 1;
end;
else
local L_314_ = (L_215_[4]);
L_205_[L_314_](L_205_[L_314_ + 1], L_205_[L_314_ + 2]);
L_203_ = L_314_ - 1;
end;
else
if L_216_ == 78 then
L_205_[L_215_[4]] = L_205_[L_215_[7]] + L_215_[6];
else
local L_315_ = (L_215_[4]);
local L_316_ = L_315_ + 3;
local L_317_ = L_315_ + 2;
local L_318_ = ({
L_205_[L_315_](L_205_[L_315_ + 1], L_205_[L_317_])
});
for L_320_forvar0 = 1, L_215_[9] do
L_205_[L_317_ + L_320_forvar0] = L_318_[L_320_forvar0];
end;
local L_319_ = (L_205_[L_316_]);
if L_319_ == nil then
L_204_ = L_204_ + 1;
else
(L_205_)[L_317_] = L_319_;
end;
end;
end;
else
if L_216_ < 73 then
(L_205_)[L_215_[4]] = L_215_[2] + L_205_[L_215_[9]];
else
if L_216_ ~= 74 then
local L_321_ = L_215_[7];
(L_205_)[L_215_[4]] = L_205_[L_321_] .. L_205_[L_321_ + 1];
else
L_205_[L_215_[4]] = L_205_[L_215_[7]] > L_205_[L_215_[9]];
end;
end;
end;
end;
else
if not (L_216_ < 59) then
if not (L_216_ >= 62) then
if not (L_216_ < 60) then
if L_216_ == 61 then
L_205_[L_215_[4]] = {
L_75_({}, 1, L_215_[7])
};
else
L_205_[L_215_[4]] = - L_205_[L_215_[7]];
end;
else
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] * L_205_[L_215_[9]];
end;
else
if not (L_216_ >= 64) then
if L_216_ == 63 then
L_205_[L_215_[4]] = L_205_[L_215_[7]] % L_215_[6];
else
L_205_[L_215_[4]] = L_205_[L_215_[7]] ~= L_205_[L_215_[9]];
end;
else
if L_216_ == 65 then
if L_215_[9] == 80 then
L_204_ = L_204_ - 1;
(L_194_)[L_204_] = {
[7] = (L_215_[7] - 141) % 256,
[4] = (L_215_[4] - 141) % 256,
[5] = 53
};
elseif L_215_[9] ~= 64 then
repeat
local L_323_, L_324_ = L_201_, (L_205_);
if # L_323_ > 0 then
local L_325_ = {};
for L_326_forvar0, L_327_forvar1 in L_74_, L_323_ do
for L_328_forvar0, L_329_forvar1 in L_74_, L_327_forvar1 do
if not (L_329_forvar1[1] == L_324_ and L_329_forvar1[2] >= 0) then
else
local L_330_ = L_329_forvar1[2];
if not (not L_325_[L_330_]) then
else
L_325_[L_330_] = {
L_324_[L_330_]
};
end;
L_329_forvar1[1] = L_325_[L_330_];
(L_329_forvar1)[2] = 1;
end;
end;
end;
end;
until true;
local L_322_ = L_215_[4];
return false, L_322_, L_322_;
else
L_204_ = L_204_ - 1;
(L_194_)[L_204_] = {
[4] = (L_215_[4] - 183) % 256,
[7] = (L_215_[7] - 183) % 256,
[5] = 33
};
end;
else
if L_205_[L_215_[7]] == L_205_[L_215_[9]] then
else
L_204_ = L_204_ + 1;
end;
end;
end;
end;
else
if L_216_ >= 56 then
if not (L_216_ >= 57) then
local L_331_ = L_215_[4];
L_205_[L_331_](L_75_(L_205_, L_331_ + 1, L_203_));
L_203_ = L_331_ - 1;
else
if L_216_ == 58 then
L_205_[L_215_[4]] = L_205_[L_215_[7]] == L_215_[6];
else
(L_205_)[L_215_[4]] = L_205_[L_215_[7]] / L_205_[L_215_[9]];
end;
end;
else
if not (L_216_ < 54) then
if L_216_ ~= 55 then
(L_205_)[L_215_[4]] = L_215_[2] - L_205_[L_215_[9]];
else
(L_205_)[L_215_[4]] = L_215_[2] * L_215_[6];
end;
else
if L_215_[9] ~= 123 then
repeat
local L_333_, L_334_ = L_201_, (L_205_);
if not (# L_333_ > 0) then
else
local L_335_ = ({});
for L_336_forvar0, L_337_forvar1 in L_74_, L_333_ do
for L_338_forvar0, L_339_forvar1 in L_74_, L_337_forvar1 do
if not (L_339_forvar1[1] == L_334_ and L_339_forvar1[2] >= 0) then
else
local L_340_ = L_339_forvar1[2];
if not (not L_335_[L_340_]) then
else
L_335_[L_340_] = {
L_334_[L_340_]
};
end;
(L_339_forvar1)[1] = L_335_[L_340_];
L_339_forvar1[2] = 1;
end;
end;
end;
end;
until true;
local L_332_ = (L_215_[4]);
return false, L_332_, L_332_ + L_215_[7] - 2;
else
L_204_ = L_204_ - 1;
L_194_[L_204_] = {
[5] = 80,
[7] = (L_215_[7] - 210) % 256,
[4] = (L_215_[4] - 210) % 256
};
end;
end;
end;
end;
end;
end;
end;
end;
end);
if L_210_ then
if L_211_ then
if L_213_ == 1 then
return L_205_[L_212_]();
else
return L_205_[L_212_](L_75_(L_205_, L_212_ + 1, L_203_));
end;
elseif not (L_212_) then
else
return L_75_(L_205_, L_212_, L_213_);
end;
else
if L_37_arg36(L_211_) ~= "string" then
(L_62_)(L_211_, 0);
else
if not (L_64_(L_211_, "attempt\32to\32yield\32across\32metamethod/C%-call\32boundary")) then
else
return L_21_arg20();
end;
if not (L_64_(L_211_, "^.-:%d+:\32")) then
L_62_(L_211_, 0);
else
L_62_("Luraph\32Script:" .. (L_193_[L_204_ - 1] or "(internal)") .. ": " .. L_61_(L_211_), 0);
end;
end;
end;
end;
if not (L_2_arg1) then
else
(L_2_arg1)(L_202_, L_192_arg2);
end;
return L_202_;
end;
local L_111_, L_112_ = nil, nil;
for L_341_forvar0 = 0, 4 do
if not (L_341_forvar0 <= 1) then
if L_341_forvar0 <= 2 then
L_109_[4] = L_107_;
else
if L_341_forvar0 == 3 then
L_107_ = nil;
else
return L_110_func(nil, L_112_, L_77_)(...);
end;
end;
else
if L_341_forvar0 ~= 0 then
L_112_ = L_111_();
else
function L_111_()
local L_342_, L_343_ = 1, nil;
repeat
if L_342_ == 0 then
L_343_ = {
nil,
{},
nil,
nil,
nil,
nil,
nil,
{},
{}
};
L_342_ = 2;
else
L_342_ = 0;
end;
until L_342_ >= 2;
L_342_ = 5;
local L_344_, L_345_, L_346_, L_347_, L_348_, L_349_ = nil, nil, nil, nil, nil, nil;
while L_342_ < 8 do
if not (L_342_ <= 3) then
if not (L_342_ <= 5) then
if L_342_ ~= 6 then
L_348_ = L_85_();
L_342_ = 2;
else
(L_343_)[13] = L_86_();
L_342_ = 3;
end;
else
if L_342_ == 4 then
(L_343_)[11] = L_86_();
L_342_ = 6;
else
L_344_ = {};
L_342_ = 1;
end;
end;
else
if not (L_342_ <= 1) then
if L_342_ ~= 2 then
L_347_ = L_86_() - 133717;
L_342_ = 7;
else
L_349_ = L_85_() ~= 0;
L_342_ = 8;
end;
else
if L_342_ ~= 0 then
L_345_ = {};
L_342_ = 0;
else
L_346_ = 1;
L_342_ = 4;
end;
end;
end;
end;
local L_350_, L_351_ = nil, (nil);
for L_356_forvar0 = 0, 7 do
if not (L_356_forvar0 <= 3) then
if not (L_356_forvar0 <= 5) then
if L_356_forvar0 == 6 then
L_343_[6] = L_85_();
else
(L_343_)[18] = L_85_();
end;
else
if L_356_forvar0 ~= 4 then
for L_357_forvar0 = 1, L_350_ do
local L_358_ = 1;
local L_359_, L_360_ = nil, nil;
while L_358_ < 2 do
if L_358_ ~= 0 then
L_359_ = {
nil,
nil,
nil,
nil,
nil,
nil,
nil,
nil,
nil,
nil
};
L_358_ = 0;
else
L_360_ = L_103_(L_351_);
L_358_ = 2;
end;
end;
L_358_ = 0;
while L_358_ <= 9 do
if not (L_358_ <= 4) then
if not (L_358_ <= 6) then
if L_358_ <= 7 then
(L_359_)[8] = L_92_(18, 14, L_360_);
L_358_ = 5;
else
if L_358_ ~= 8 then
(L_359_)[18] = L_92_(7, 18, L_360_);
L_358_ = 4;
else
(L_359_)[15] = L_92_(30, 7, L_360_);
L_358_ = 1;
end;
end;
else
if L_358_ ~= 5 then
(L_359_)[4] = L_92_(8, 6, L_360_);
L_358_ = 3;
else
L_359_[14] = L_92_(5, 23, L_360_);
L_358_ = 6;
end;
end;
else
if not (L_358_ <= 1) then
if L_358_ <= 2 then
L_359_[5] = L_85_();
L_358_ = 7;
else
if L_358_ ~= 3 then
(L_359_)[7] = L_92_(9, 14, L_360_);
L_358_ = 1;
else
L_359_[15] = L_92_(6, 14, L_360_);
L_358_ = 9;
end;
end;
else
if L_358_ ~= 0 then
(L_359_)[9] = L_92_(9, 23, L_360_);
L_358_ = 10;
else
(L_359_)[15] = L_92_(30, 7, L_360_);
L_358_ = 2;
end;
end;
end;
end;
L_343_[9][L_357_forvar0] = L_359_;
end;
else
L_351_ = L_85_();
end;
end;
else
if not (L_356_forvar0 <= 1) then
if L_356_forvar0 ~= 2 then
L_350_ = L_86_() - 133742;
else
(L_343_)[12] = L_86_();
end;
else
if L_356_forvar0 == 0 then
for L_361_forvar0 = 1, L_347_ do
local L_362_ = (0);
local L_363_, L_364_ = nil, (nil);
while L_362_ < 2 do
if L_362_ ~= 0 then
L_364_ = L_85_();
L_362_ = 2;
else
L_362_ = 1;
end;
end;
L_362_ = 1;
while (true) do
if L_362_ <= 1 then
if L_362_ ~= 0 then
if L_364_ == 119 then
L_363_ = false;
elseif L_364_ == 99 then
L_363_ = L_63_(L_104_(L_348_), L_85_());
elseif L_364_ == 106 then
L_363_ = L_94_();
elseif L_364_ == 74 then
L_363_ = L_94_() + L_86_();
elseif L_364_ == 51 then
L_363_ = L_63_(L_104_(L_348_), L_94_() + L_86_());
elseif L_364_ == 120 then
L_363_ = true;
elseif L_364_ == 193 then
L_363_ = L_63_(L_104_(L_348_), 2);
elseif L_364_ == 218 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ == 121 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ ~= 44 then
else
L_363_ = L_93_();
end;
break;
else
if L_364_ == 119 then
L_363_ = false;
elseif L_364_ == 99 then
L_363_ = L_63_(L_104_(L_348_), L_85_());
elseif L_364_ == 106 then
L_363_ = L_94_();
elseif L_364_ == 74 then
L_363_ = L_94_() + L_86_();
elseif L_364_ == 51 then
L_363_ = L_63_(L_104_(L_348_), L_94_() + L_86_());
elseif L_364_ == 120 then
L_363_ = true;
elseif L_364_ == 193 then
L_363_ = L_63_(L_104_(L_348_), 2);
elseif L_364_ == 218 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ == 121 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ ~= 44 then
else
L_363_ = L_93_();
end;
L_362_ = 1;
end;
else
if not (L_362_ <= 2) then
if L_362_ == 3 then
if L_364_ == 119 then
L_363_ = false;
elseif L_364_ == 99 then
L_363_ = L_63_(L_104_(L_348_), L_85_());
elseif L_364_ == 106 then
L_363_ = L_94_();
elseif L_364_ == 74 then
L_363_ = L_94_() + L_86_();
elseif L_364_ == 51 then
L_363_ = L_63_(L_104_(L_348_), L_94_() + L_86_());
elseif L_364_ == 120 then
L_363_ = true;
elseif L_364_ == 193 then
L_363_ = L_63_(L_104_(L_348_), 2);
elseif L_364_ == 218 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ == 121 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ ~= 44 then
else
L_363_ = L_93_();
end;
L_362_ = 0;
else
if L_364_ == 119 then
L_363_ = false;
elseif L_364_ == 99 then
L_363_ = L_63_(L_104_(L_348_), L_85_());
elseif L_364_ == 106 then
L_363_ = L_94_();
elseif L_364_ == 74 then
L_363_ = L_94_() + L_86_();
elseif L_364_ == 51 then
L_363_ = L_63_(L_104_(L_348_), L_94_() + L_86_());
elseif L_364_ == 120 then
L_363_ = true;
elseif L_364_ == 193 then
L_363_ = L_63_(L_104_(L_348_), 2);
elseif L_364_ == 218 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ == 121 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ == 44 then
L_363_ = L_93_();
end;
L_362_ = 0;
end;
else
if L_364_ == 119 then
L_363_ = false;
elseif L_364_ == 99 then
L_363_ = L_63_(L_104_(L_348_), L_85_());
elseif L_364_ == 106 then
L_363_ = L_94_();
elseif L_364_ == 74 then
L_363_ = L_94_() + L_86_();
elseif L_364_ == 51 then
L_363_ = L_63_(L_104_(L_348_), L_94_() + L_86_());
elseif L_364_ == 120 then
L_363_ = true;
elseif L_364_ == 193 then
L_363_ = L_63_(L_104_(L_348_), 2);
elseif L_364_ == 218 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ == 121 then
L_363_ = L_63_(L_104_(L_348_), 1);
elseif L_364_ ~= 44 then
else
L_363_ = L_93_();
end;
L_362_ = 5;
end;
end;
end;
L_344_[L_361_forvar0 - 1] = L_346_;
local L_365_ = {
L_363_,
{}
};
L_362_ = 1;
repeat
if L_362_ ~= 0 then
(L_345_)[L_346_] = L_365_;
L_362_ = 0;
else
L_346_ = L_346_ + 1;
L_362_ = 2;
end;
until L_362_ >= 2;
if not (L_349_) then
else
(L_107_)[L_108_] = L_365_;
L_108_ = L_108_ + 1;
end;
end;
else
L_343_[1] = L_85_();
end;
end;
end;
end;
L_343_[4] = L_85_();
local L_352_ = (L_86_());
for L_366_forvar0 = 1, L_352_ do
(L_343_[8])[L_366_forvar0 - 1] = L_111_();
end;
local L_353_ = nil;
for L_367_forvar0 = 0, 1 do
if L_367_forvar0 ~= 0 then
L_353_ = L_86_();
else
L_343_[14] = L_86_();
end;
end;
for L_368_forvar0 = 1, L_353_ do
local L_369_ = 1;
local L_370_, L_371_ = nil, nil;
while (true) do
if L_369_ == 0 then
L_371_ = L_86_();
break;
else
L_370_ = L_86_();
L_369_ = 0;
end;
end;
L_369_ = 1;
local L_372_ = nil;
while L_369_ <= 1 do
if L_369_ ~= 0 then
L_372_ = L_86_();
L_369_ = 0;
else
for L_373_forvar0 = L_370_, L_371_ do
(L_343_[2])[L_373_forvar0] = L_372_;
end;
L_369_ = 2;
end;
end;
end;
L_343_[13] = L_85_();
(L_343_)[7] = L_85_();
local L_354_ = L_105_[L_343_[7]];
for L_374_forvar0 = 1, L_350_ do
local L_375_, L_376_ = nil, (nil);
for L_379_forvar0 = 0, 1 do
if L_379_forvar0 ~= 0 then
L_376_ = L_354_[L_375_[5]];
else
L_375_ = L_343_[9][L_374_forvar0];
end;
end;
local L_377_, L_378_ = L_376_ == 0, (0);
while L_378_ < 4 do
if not (L_378_ <= 1) then
if L_378_ ~= 2 then
if L_376_ ~= 2 then
else
L_375_[8] = L_374_forvar0 + (L_375_[8] - 131071) + 1;
end;
L_378_ = 2;
else
if not ((L_376_ == 14 or L_377_) and L_375_[7] > 255) then
else
local L_380_ = 1;
local L_381_, L_382_ = nil, (nil);
while L_380_ <= 3 do
if L_380_ <= 1 then
if L_380_ ~= 0 then
(L_375_)[1] = true;
L_380_ = 3;
else
L_382_ = L_345_[L_381_];
L_380_ = 2;
end;
else
if L_380_ ~= 2 then
L_381_ = L_344_[L_375_[7] - 256];
L_380_ = 0;
else
if not (L_382_) then
else
(L_375_)[2] = L_382_[1];
local L_383_ = (L_382_[2]);
(L_383_)[# L_383_ + 1] = {
L_375_,
2
};
end;
L_380_ = 4;
end;
end;
end;
end;
L_378_ = 1;
end;
else
if L_378_ ~= 0 then
if L_376_ ~= 15 then
else
local L_384_, L_385_, L_386_ = 0, nil, (nil);
repeat
if L_384_ == 0 then
L_385_ = L_344_[L_375_[8]];
L_384_ = 1;
else
L_386_ = L_345_[L_385_];
L_384_ = 2;
end;
until L_384_ > 1;
if not (L_386_) then
else
local L_387_, L_388_ = 0, nil;
while L_387_ < 2 do
if L_387_ ~= 0 then
L_388_ = L_386_[2];
L_387_ = 2;
else
L_375_[10] = L_386_[1];
L_387_ = 1;
end;
end;
(L_388_)[# L_388_ + 1] = {
L_375_,
10
};
end;
end;
L_378_ = 4;
else
if not ((L_376_ == 5 or L_377_) and L_375_[9] > 255) then
else
L_375_[3] = true;
local L_389_, L_390_ = L_344_[L_375_[9] - 256], nil;
for L_391_forvar0 = 0, 1 do
if L_391_forvar0 ~= 0 then
if not (L_390_) then
else
local L_392_, L_393_ = 0, nil;
while L_392_ ~= 3 do
if not (L_392_ <= 0) then
if L_392_ ~= 1 then
(L_393_)[# L_393_ + 1] = {
L_375_,
6
};
L_392_ = 3;
else
L_393_ = L_390_[2];
L_392_ = 2;
end;
else
(L_375_)[6] = L_390_[1];
L_392_ = 1;
end;
end;
end;
else
L_390_ = L_345_[L_389_];
end;
end;
end;
L_378_ = 3;
end;
end;
end;
end;
L_342_ = 2;
local L_355_ = (nil);
repeat
if not (L_342_ <= 1) then
if not (L_342_ <= 2) then
if L_342_ ~= 3 then
L_343_[17] = L_85_();
L_342_ = 3;
else
return L_343_;
end;
else
L_355_ = L_85_();
L_342_ = 1;
end;
else
if L_342_ ~= 0 then
(L_343_)[3] = L_92_(1, 1, L_355_) ~= 0;
L_342_ = 0;
else
(L_343_)[5] = L_92_(1, 2, L_355_) ~= 0;
L_342_ = 4;
end;
end;
until (false);
end;
end;
end;
end;
end)("char", setfenv, "rep", "attempt\32to\32yield\32across\32metamethod/C%-call\32boundary", setmetatable, "`for`\32initial\32value\32must\32be\32a\32number", pcall, "v", "^.-:%d+:\32", "lshift", select, "band", string.sub, "unpack", "rshift", tostring, "", error, next, 218, coroutine.yield, "(internal)", "bnot", string, string.byte, true, 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nil, _ENV, assert, "`for`\32step\32value\32must\32be\32a\32number", "Luraph\32Script:", "#", rawget, 256, "bor", type, "..", 255, rawset, "`for`\32limit\32value\32must\32be\32a\32number", string.match, "string", bit, 105, unpack, 183, "bxor", false, 145, table, tonumber, 133717, table.insert, getfenv, 7997, bit32, "gsub", ...); Write, Run & Share Lua code online using OneCompiler's Lua online compiler for free. It's one of the robust, feature-rich online compilers for Lua language, running the latest Lua version 5.4. Getting started with the OneCompiler's Lua editor is easy and fast. The editor shows sample boilerplate code when you choose language as Lua and start coding.
OneCompiler's Lua online editor supports stdin and users can give inputs to programs using the STDIN textbox under the I/O tab. Following is a sample Lua program which takes name as input and prints hello message with your name.
name = io.read("*a")
print ("Hello ", name)
Lua is a light weight embeddable scripting language which is built on top of C. It is used in almost all kind of applications like games, web applications, mobile applications, image processing etc. It's a very powerful, fast, easy to learn, open-source scripting language.
-- global variables
a = 10
-- local variables
local x = 30
| Value Type | Description |
|---|---|
| number | Represents numbers |
| string | Represents text |
| nil | Differentiates values whether it has data or not |
| boolean | Value can be either true or false |
| function | Represents a sub-routine |
| userdata | Represents arbitary C data |
| thread | Represents independent threads of execution. |
| table | Can hold any value except nil |
While is also used to iterate a set of statements based on a condition. Usually while is preferred when number of iterations are not known in advance.
while(condition)
do
--code
end
Repeat-Until is also used to iterate a set of statements based on a condition. It is very similar to Do-While, it is mostly used when you need to execute the statements atleast once.
repeat
--code
until( condition )
For loop is used to iterate a set of statements based on a condition.
for init,max/min value, increment
do
--code
end
Function is a sub-routine which contains set of statements. Usually functions are written when multiple calls are required to same set of statements which increase re-usuability and modularity.
optional_function_scope function function_name( argument1, argument2, argument3........, argumentn)
--code
return params with comma seperated
end