obfuscryption.txt

@name obfuscryption
@inputs 
@outputs 
@persist E:entity
@trigger

@persist K:array L
#[]#
#[    I don't care if you take this library
#[    It's public anyway, lol
#[]#
#[]#  #include "asyncfileslib"
#[]#

function second(){} # function prototype

if( first() ){
    
    # this is all you're getting
    # good luck!
    runOnTick(1)
    function onLoad(Data:string,Name:string){
        print("expression decrypted, hope you had the key!")
        K = vonDecode(Data)
        L = 1
        second()
    }
    fileLoadASync("private_key.txt","onLoad")
    
}

function second(){ # equivalent to first() but for the protected code
    E = K[1,string](K[2,string],K[4,string](K[3,string]()[entity])[vector]+K[5,string](0,0,30)[vector],0)[entity]
    K[6,string](1)
}

if( L ){ # everything else goes in here
    K[7,string](E,(K[4,string](K[3,string]()[entity])[vector]+K[5,string](0,0,30)[vector]-K[4,string](E)[vector])*(K[8,string](E)[number]*10)-K[9,string](E)[vector]*K[8,string](E)[number]*0.1)
}


# This should roughly explain how to craft private keys for this system.
# Just take the function names and put them in here, then obsfucate the actual functions in the e2.
# If you wanted to you could even do multiple layers of private keys to obsfucate the name of the real private key.

# Have fun!  -Fast

#[
if(first()){
    Keys = array(
        "propSpawn",
        "models/dav0r/hoverball.mdl",
        "entity",
        "pos",
        "vec",
        "runOnTick",
        "applyForce",
        "mass",
        "vel"
    )
    fileWriteASync("private_key.txt",vonEncode(Keys))
    runOnTick(1)
}
]#