Blox Fruits is an immensely popular game on the Roblox platform, boasting a vast user base. This action-adventure game revolves around a pirate theme, where players engage in combat against a variety of enemies and challenging bosses. Exploring islands and consuming different fruits are essential for advancing your character’s level.
What is Roblox Script?
Roblox Scripts typically refer to snippets of code that offer automation advantages within the game. Independent developers and scripters create these scripts, which are not officially endorsed by the Roblox platform. Nevertheless, you can still utilize these scripts through Roblox executors such as Arceus X, Hydrogen Executor, JJSploit, Fluxus executor, and others.
How to Use Roblox Script?
- Launch Roblox and join your desired game.
- Click the “Copy” button to duplicate the script code.
- Paste the script code into your preferred Roblox executor.
- Execute the script code and savor the enhanced experience.
local StrToNumber = tonumber;
local Byte = string.byte;
local Char = string.char;
local Sub = string.sub;
local Subg = string.gsub;
local Rep = string.rep;
local Concat = table.concat;
local Insert = table.insert;
local LDExp = math.ldexp;
local GetFEnv = getfenv or function()
return _ENV;
end;
local Setmetatable = setmetatable;
local PCall = pcall;
local Select = select;
local Unpack = unpack or table.unpack;
local ToNumber = tonumber;
local function VMCall(ByteString, vmenv, ...)
local DIP = 1;
local repeatNext;
ByteString = Subg(Sub(ByteString, 5), "..", function(byte)
if (Byte(byte, 2) == 79) then
repeatNext = StrToNumber(Sub(byte, 1, 1));
return "";
else
local a = Char(StrToNumber(byte, 16));
if repeatNext then
local b = Rep(a, repeatNext);
repeatNext = nil;
return b;
else
return a;
end
end
end);
local function gBit(Bit, Start, End)
if End then
local Res = (Bit / (2 ^ (Start - 1))) % (2 ^ (((End - 1) - (Start - 1)) + 1));
return Res - (Res % 1);
else
local Plc = 2 ^ (Start - 1);
return (((Bit % (Plc + Plc)) >= Plc) and 1) or 0;
end
end
local function gBits8()
local a = Byte(ByteString, DIP, DIP);
DIP = DIP + 1;
return a;
end
local function gBits16()
local a, b = Byte(ByteString, DIP, DIP + 2);
DIP = DIP + 2;
return (b * 256) + a;
end
local function gBits32()
local a, b, c, d = Byte(ByteString, DIP, DIP + 3);
DIP = DIP + 4;
return (d * 16777216) + (c * 65536) + (b * 256) + a;
end
local function gFloat()
local Left = gBits32();
local Right = gBits32();
local IsNormal = 1;
local Mantissa = (gBit(Right, 1, 20) * (2 ^ 32)) + Left;
local Exponent = gBit(Right, 21, 31);
local Sign = ((gBit(Right, 32) == 1) and -1) or 1;
if (Exponent == 0) then
if (Mantissa == 0) then
return Sign * 0;
else
Exponent = 1;
IsNormal = 0;
end
elseif (Exponent == 2047) then
return ((Mantissa == 0) and (Sign * (1 / 0))) or (Sign * NaN);
end
return LDExp(Sign, Exponent - 1023) * (IsNormal + (Mantissa / (2 ^ 52)));
end
local function gString(Len)
local Str;
if not Len then
Len = gBits32();
if (Len == 0) then
return "";
end
end
Str = Sub(ByteString, DIP, (DIP + Len) - 1);
DIP = DIP + Len;
local FStr = {};
for Idx = 1, #Str do
FStr[Idx] = Char(Byte(Sub(Str, Idx, Idx)));
end
return Concat(FStr);
end
local gInt = gBits32;
local function _R(...)
return {...}, Select("#", ...);
end
local function Deserialize()
local Instrs = {};
local Functions = {};
local Lines = {};
local Chunk = {Instrs,Functions,nil,Lines};
local ConstCount = gBits32();
local Consts = {};
for Idx = 1, ConstCount do
local Type = gBits8();
local Cons;
if (Type == 1) then
Cons = gBits8() ~= 0;
elseif (Type == 2) then
Cons = gFloat();
elseif (Type == 3) then
Cons = gString();
end
Consts[Idx] = Cons;
end
Chunk[3] = gBits8();
for Idx = 1, gBits32() do
local Descriptor = gBits8();
if (gBit(Descriptor, 1, 1) == 0) then
local Type = gBit(Descriptor, 2, 3);
local Mask = gBit(Descriptor, 4, 6);
local Inst = {gBits16(),gBits16(),nil,nil};
if (Type == 0) then
Inst[3] = gBits16();
Inst[4] = gBits16();
elseif (Type == 1) then
Inst[3] = gBits32();
elseif (Type == 2) then
Inst[3] = gBits32() - (2 ^ 16);
elseif (Type == 3) then
Inst[3] = gBits32() - (2 ^ 16);
Inst[4] = gBits16();
end
if (gBit(Mask, 1, 1) == 1) then
Inst[2] = Consts[Inst[2]];
end
if (gBit(Mask, 2, 2) == 1) then
Inst[3] = Consts[Inst[3]];
end
if (gBit(Mask, 3, 3) == 1) then
Inst[4] = Consts[Inst[4]];
end
Instrs[Idx] = Inst;
end
end
for Idx = 1, gBits32() do
Functions[Idx - 1] = Deserialize();
end
return Chunk;
end
local function Wrap(Chunk, Upvalues, Env)
local Instr = Chunk[1];
local Proto = Chunk[2];
local Params = Chunk[3];
return function(...)
local Instr = Instr;
local Proto = Proto;
local Params = Params;
local _R = _R;
local VIP = 1;
local Top = -1;
local Vararg = {};
local Args = {...};
local PCount = Select("#", ...) - 1;
local Lupvals = {};
local Stk = {};
for Idx = 0, PCount do
if (Idx >= Params) then
Vararg[Idx - Params] = Args[Idx + 1];
else
Stk[Idx] = Args[Idx + 1];
end
end
local Varargsz = (PCount - Params) + 1;
local Inst;
local Enum;
while true do
Inst = Instr[VIP];
Enum = Inst[1];
if (Enum <= 23) then
if (Enum <= 11) then
if (Enum <= 5) then
if (Enum <= 2) then
if (Enum <= 0) then
VIP = Inst[3];
elseif (Enum == 1) then
Stk[Inst[2]][Inst[3]] = Stk[Inst[4]];
else
local A = Inst[2];
Stk[A](Unpack(Stk, A + 1, Top));
end
elseif (Enum <= 3) then local A = Inst[2]; Stk[A](Unpack(Stk, A + 1, Inst[3])); elseif (Enum > 4) then
Stk[Inst[2]] = Inst[3] * Stk[Inst[4]];
else
local A = Inst[2];
local Results, Limit = _R(Stk[A](Stk[A + 1]));
Top = (Limit + A) - 1;
local Edx = 0;
for Idx = A, Top do
Edx = Edx + 1;
Stk[Idx] = Results[Edx];
end
end
elseif (Enum <= 8) then
if (Enum <= 6) then VIP = Inst[3]; elseif (Enum > 7) then
Stk[Inst[2]] = Inst[3] * Stk[Inst[4]];
else
Stk[Inst[2]][Inst[3]] = Inst[4];
end
elseif (Enum <= 9) then local A = Inst[2]; Stk[A] = Stk[A](Stk[A + 1]); elseif (Enum > 10) then
Stk[Inst[2]] = Stk[Inst[3]];
else
local A = Inst[2];
local Step = Stk[A + 2];
local Index = Stk[A] + Step;
Stk[A] = Index;
if (Step > 0) then
if (Index <= Stk[A + 1]) then VIP = Inst[3]; Stk[A + 3] = Index; end elseif (Index >= Stk[A + 1]) then
VIP = Inst[3];
Stk[A + 3] = Index;
end
end
elseif (Enum <= 17) then
if (Enum <= 14) then
if (Enum <= 12) then Stk[Inst[2]] = Stk[Inst[3]][Inst[4]]; elseif (Enum > 13) then
local A = Inst[2];
Stk[A] = Stk[A](Unpack(Stk, A + 1, Inst[3]));
else
Stk[Inst[2]] = Stk[Inst[3]] * Stk[Inst[4]];
end
elseif (Enum <= 15) then Stk[Inst[2]] = Inst[3]; elseif (Enum > 16) then
local A = Inst[2];
local B = Stk[Inst[3]];
Stk[A + 1] = B;
Stk[A] = B[Inst[4]];
else
local A = Inst[2];
local B = Stk[Inst[3]];
Stk[A + 1] = B;
Stk[A] = B[Inst[4]];
end
elseif (Enum <= 20) then
if (Enum <= 18) then Stk[Inst[2]][Inst[3]] = Stk[Inst[4]]; elseif (Enum > 19) then
local A = Inst[2];
Stk[A] = Stk[A](Unpack(Stk, A + 1, Inst[3]));
else
Stk[Inst[2]] = Inst[3];
end
elseif (Enum <= 21) then if Stk[Inst[2]] then VIP = VIP + 1; else VIP = Inst[3]; end elseif (Enum > 22) then
Stk[Inst[2]][Inst[3]] = Inst[4];
else
local A = Inst[2];
Stk[A](Unpack(Stk, A + 1, Inst[3]));
end
elseif (Enum <= 35) then
if (Enum <= 29) then
if (Enum <= 26) then
if (Enum <= 24) then Stk[Inst[2]] = {}; elseif (Enum > 25) then
if Stk[Inst[2]] then
VIP = VIP + 1;
else
VIP = Inst[3];
end
else
local A = Inst[2];
local T = Stk[A];
for Idx = A + 1, Top do
Insert(T, Stk[Idx]);
end
end
elseif (Enum <= 27) then
local A = Inst[2];
local T = Stk[A];
for Idx = A + 1, Top do
Insert(T, Stk[Idx]);
end
elseif (Enum == 28) then
Stk[Inst[2]] = Stk[Inst[3]];
else
Stk[Inst[2]] = Stk[Inst[3]] / Inst[4];
end
elseif (Enum <= 32) then
if (Enum <= 30) then local A = Inst[2]; Stk[A] = Stk[A](Stk[A + 1]); elseif (Enum > 31) then
local A = Inst[2];
Stk[A] = Stk[A]();
else
Stk[Inst[2]] = {};
end
elseif (Enum <= 33) then local A = Inst[2]; Stk[A](Stk[A + 1]); elseif (Enum == 34) then local A = Inst[2]; local Step = Stk[A + 2]; local Index = Stk[A] + Step; Stk[A] = Index; if (Step > 0) then
if (Index <= Stk[A + 1]) then VIP = Inst[3]; Stk[A + 3] = Index; end elseif (Index >= Stk[A + 1]) then
VIP = Inst[3];
Stk[A + 3] = Index;
end
else
local A = Inst[2];
Stk[A](Unpack(Stk, A + 1, Top));
end
elseif (Enum <= 41) then
if (Enum <= 38) then
if (Enum <= 36) then
local A = Inst[2];
Stk[A](Stk[A + 1]);
elseif (Enum == 37) then
local A = Inst[2];
Stk[A] = Stk[A]();
else
Stk[Inst[2]] = Stk[Inst[3]] * Stk[Inst[4]];
end
elseif (Enum <= 39) then Stk[Inst[2]] = Env[Inst[3]]; elseif (Enum == 40) then local A = Inst[2]; local Index = Stk[A]; local Step = Stk[A + 2]; if (Step > 0) then
if (Index > Stk[A + 1]) then
VIP = Inst[3];
else
Stk[A + 3] = Index;
end
elseif (Index < Stk[A + 1]) then
VIP = Inst[3];
else
Stk[A + 3] = Index;
end
else
Stk[Inst[2]] = Stk[Inst[3]][Inst[4]];
end
elseif (Enum <= 44) then
if (Enum <= 42) then Stk[Inst[2]] = Env[Inst[3]]; elseif (Enum > 43) then
local A = Inst[2];
local Index = Stk[A];
local Step = Stk[A + 2];
if (Step > 0) then
if (Index > Stk[A + 1]) then
VIP = Inst[3];
else
Stk[A + 3] = Index;
end
elseif (Index < Stk[A + 1]) then
VIP = Inst[3];
else
Stk[A + 3] = Index;
end
else
local A = Inst[2];
local Results, Limit = _R(Stk[A](Stk[A + 1]));
Top = (Limit + A) - 1;
local Edx = 0;
for Idx = A, Top do
Edx = Edx + 1;
Stk[Idx] = Results[Edx];
end
end
elseif (Enum <= 45) then
do
return;
end
elseif (Enum == 46) then
Stk[Inst[2]] = Stk[Inst[3]] / Inst[4];
else
do
return;
end
end
VIP = VIP + 1;
end
end;
end
return Wrap(Deserialize(), {}, vmenv)(...);
end
VMCall("LOL!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", GetFEnv(), ...);
Remember to employ a dummy account when injecting scripts. We cannot be held responsible for any potential harm caused to your Roblox account.