--Try statement in lua
t=false
-- try from here
pcall(load([[
print("Unfinished function bracket =>"
-- To see if execution was without any error or not..
t=true
]]))
-- catch/except from here..
if t==false then print("Failed to get results...") end
-- @KiranLua
t=false
-- try from here
pcall(load([[
print("Unfinished function bracket =>"
-- To see if execution was without any error or not..
t=true
]]))
-- catch/except from here..
if t==false then print("Failed to get results...") end
-- @KiranLua
-- Simple byte formula...
--Encode and decode both...
-- make a function
function enc(x)
-- convert all char to a byte table..
-- like "AaBb" to {65,97,66,98}
x={x:byte(1,-1)}
-- loop in with all the bytes..
for i in pairs(x) do
--[[
Put the formula.. don't be confused with this.. its just a mathematical thing..
for example ABC, now..
A = 65 then (65+(1³+255))%255
(65+255)%255
320%255
65
( bruhh made mistake here...
1^3 + 255 = 1+255 = 256..
so answer will be 66 not 65 )
B = 66 then (66+(2³+255))%255
(66+263)%255
329%255
74
C = 67 then (67+(3³+255))%255
(67+282)%255
349%255
94
So answer will be {65,66,67} to {65,74,94} ( final: {66,74,94} )
Answer in Char = "AJ^" ("BJ^")
]]
x[i]=(x[i]+(i^3+256))%255
end
return string.char(table.unpack(x))
end
function dec(x)
x={x:byte(1,-1)}
for i in pairs(x) do
x[i]=(x[i]-(i^3+256))%255
end
return string.char(table.unpack(x))
end
print(enc("Hello world!"))
print(dec(enc("Hello again!")))
-- Tutorial by @KiranLua
--Encode and decode both...
-- make a function
function enc(x)
-- convert all char to a byte table..
-- like "AaBb" to {65,97,66,98}
x={x:byte(1,-1)}
-- loop in with all the bytes..
for i in pairs(x) do
--[[
Put the formula.. don't be confused with this.. its just a mathematical thing..
for example ABC, now..
A = 65 then (65+(1³+255))%255
(65+255)%255
320%255
65
( bruhh made mistake here...
1^3 + 255 = 1+255 = 256..
so answer will be 66 not 65 )
B = 66 then (66+(2³+255))%255
(66+263)%255
329%255
74
C = 67 then (67+(3³+255))%255
(67+282)%255
349%255
94
So answer will be {65,66,67} to {65,74,94} ( final: {66,74,94} )
Answer in Char = "AJ^" ("BJ^")
]]
x[i]=(x[i]+(i^3+256))%255
end
return string.char(table.unpack(x))
end
function dec(x)
x={x:byte(1,-1)}
for i in pairs(x) do
x[i]=(x[i]-(i^3+256))%255
end
return string.char(table.unpack(x))
end
print(enc("Hello world!"))
print(dec(enc("Hello again!")))
-- Tutorial by @KiranLua
Forwarded from LearnEncryptionMaking ([Left TG] 𝓐𝓼𝓾𝓻𝓪 ☬༒꧂ ✪)
Asura [4.1].lua
457.9 KB
Hello World!
This is Asura v4.1 Encryption
This is a Competition :-
1.What to do to win here?
Decrypt this Script and, you won!
Send file to @YouKnowAsura
2. What do I get if I Decrypt this encryption?
Actually I can't give you Anything...
I am a Kid -_-
3. What are the conditions?
Send ss tool results along with Decrypt
And without any errors
Decrypt through Lasm only
Log, load etc etc will not be acceptable .
4. When competition starts?
Get set go!!! Competition started
5. Duration?
2 days.
++++++++++++++++++++++++
Dm @YouKnowAsura
++++++++++++++++++++++++
Support :-
@LearnEncryptionMaking
++++++++++++++++++++++++
This is Asura v4.1 Encryption
This is a Competition :-
1.What to do to win here?
Decrypt this Script and, you won!
Send file to @YouKnowAsura
2. What do I get if I Decrypt this encryption?
Actually I can't give you Anything...
I am a Kid -_-
3. What are the conditions?
Send ss tool results along with Decrypt
And without any errors
Decrypt through Lasm only
Log, load etc etc will not be acceptable .
4. When competition starts?
Get set go!!! Competition started
5. Duration?
2 days.
++++++++++++++++++++++++
Dm @YouKnowAsura
++++++++++++++++++++++++
Support :-
@LearnEncryptionMaking
++++++++++++++++++++++++
print(os.date('Date: %x\nTime: %r'))-- Get date and time with 1 line of code ;)
Forwarded from LearnEncryptionMaking ([Left TG] 𝓐𝓼𝓾𝓻𝓪 ☬༒꧂ ✪)
Obfuscator.lua
54.7 KB
Hello Again.
This is Asura v4.1 or Asura v"cp"
I realised that I'm nothing in Lua Except a big 0.
I'm Sharing My Last Encryption,
This is quite good and I don't Make Anymore. Cause I am leaving Lua.
I have exams and I have a good Career to go with. So good bye Lua. ❤️
God made me this. I shared all my 4 Encryptions Open source. For some or other reason.
Never Forget :-
@YouKnowAsura
@LearnEncryptionMaking
This is Asura v4.1 or Asura v"cp"
I realised that I'm nothing in Lua Except a big 0.
I'm Sharing My Last Encryption,
This is quite good and I don't Make Anymore. Cause I am leaving Lua.
I have exams and I have a good Career to go with. So good bye Lua. ❤️
God made me this. I shared all my 4 Encryptions Open source. For some or other reason.
Never Forget :-
@YouKnowAsura
@LearnEncryptionMaking
Forwarded from LearnEncryptionMaking (⁅ꌗŦ𐌑⁆ 𝐀 𝐬 𝐮 𝐫 𝐚 ☬༒꧂ ✪)
Asura 5.2.lua
258.8 KB
Hello all 😉
It's Asura
I'm feeling some kind of good today.
So
I am sharing my Encryption
This is Asura 5.2
I hope you'll learn something
That's why I decided to share all my Encryptions open soure in future😉.
What Bolt said is true
I can't stop myself from sharing it 🙂😘.
I made some Anti Logs and Added detectors for preventing bypassing.
Learn from my Obfuscated Keys 😘.
I started my life here as noob & CP
so I decided to Become pro and teach All people at Begining.
My channel is Created for Teaching People 😏😁.
That's why LearnEncryptionMaking is not a name or and any brand;
return "it's a community helping Itself 🙂" end
Never Forget @YouKnowAsura
And
@LearnEncryptionMaking
See you Guys!
It's Asura
I'm feeling some kind of good today.
So
I am sharing my Encryption
This is Asura 5.2
I hope you'll learn something
That's why I decided to share all my Encryptions open soure in future😉.
What Bolt said is true
I can't stop myself from sharing it 🙂😘.
I made some Anti Logs and Added detectors for preventing bypassing.
Learn from my Obfuscated Keys 😘.
I started my life here as noob & CP
so I decided to Become pro and teach All people at Begining.
My channel is Created for Teaching People 😏😁.
That's why LearnEncryptionMaking is not a name or and any brand;
return "it's a community helping Itself 🙂" end
Never Forget @YouKnowAsura
And
@LearnEncryptionMaking
See you Guys!
This media is not supported in your browser
VIEW IN TELEGRAM
This media is not supported in your browser
VIEW IN TELEGRAM
Forwarded from LearnEncryptionMaking (⁅ꌗŦ𐌑⁆ 𝐀 𝐬 𝐮 𝐫 𝐚 ☬༒꧂ ✪)
Big Lasm tool.lua
7.4 KB
Hi Guys. It's Asura 🙂
I am Giving my Big lasm tool.
It's on basic principle ofMyohSUI .
I had controversy with @T_I_C so I'm posting.
I got one tool from 666.zipv6 . And I studied it.
Proof:-
There will be a coding like
Is size >= maxstr and DATA:sub(i+1(etc etc) == "(Hex code)" then
Go print that code. You will understand.
And secondly i made new features and upgraded my tool.
It can bypass almost all encs from a to z. And 1 to 3. Just i don't know why it can't do SEA enc.
Btw Thank me and Take this tool.
New feature :-
Find root and key of big lasm
Easy to remove big lasm
Tool byMYOHSUI and @YouKnowAsura ( Kid)
I am Giving my Big lasm tool.
It's on basic principle of
I had controversy with @T_I_C so I'm posting.
I got one tool from 666.zipv6 . And I studied it.
Proof:-
There will be a coding like
Is size >= maxstr and DATA:sub(i+1(etc etc) == "(Hex code)" then
Go print that code. You will understand.
And secondly i made new features and upgraded my tool.
It can bypass almost all encs from a to z. And 1 to 3. Just i don't know why it can't do SEA enc.
Btw Thank me and Take this tool.
New feature :-
Find root and key of big lasm
Easy to remove big lasm
Tool by
A simple python string emcoder..
def enc(x):
x=list(x) # conver string to a list with each key as a char
byte="" # for output
c=0 # to get current index
for i in x: # loop through all keys...
byte+=chr((ord(i)-c+91)%256) # convert char to ascii value then encode that using a simple formula then convert that encoded ascii value back to char..
c=c+1
return byte # now return that encoded value
# And in dec function we just alter the operators...
def dec(x):
x=list(x)
byte=""
c=0
for i in x:
byte+=chr((ord(i)+c-91)%256)
c=c+1
return byte
print(dec(enc("hello")))
#~ By @KiranLua
def enc(x):
x=list(x) # conver string to a list with each key as a char
byte="" # for output
c=0 # to get current index
for i in x: # loop through all keys...
byte+=chr((ord(i)-c+91)%256) # convert char to ascii value then encode that using a simple formula then convert that encoded ascii value back to char..
c=c+1
return byte # now return that encoded value
# And in dec function we just alter the operators...
def dec(x):
x=list(x)
byte=""
c=0
for i in x:
byte+=chr((ord(i)+c-91)%256)
c=c+1
return byte
print(dec(enc("hello")))
#~ By @KiranLua
🔥2❤1