marshal.py

#!/usr/bin/python3

# Decoded By: Dr Decrypter | Specter 
# Published in: https://t.me/esfelurm && ghttps://github.com/Mr-Spect3r
# Decode : marshal3.8 - 3.11 
# Decode : zlib
# Decode : Base64
# Prerequisites: pycdc,pycdas

# =========================================================
from re import findall
from typing import Optional	
import sys,marshal,re
from typing import Union,Optional
from types import CodeType
from zipfile import ZipFile
from rich.console import Console
cons=Console()
console=cons
from subprocess import Popen, PIPE
import webbrowser,os,builtins
from multiprocessing import Process
from rich.syntax import Syntax
import os

tr = '[red][[/red][green]+[/green][red]][/red] '
def bytos(so):
	source=so
	
	do={}
	for i in source.split('bytes'):
		
		
		try:
			
			sb=str(i).split('(')[1]
			sb=sb.split(').dec')[0]
			enc='bytes('+sb+').decode()'
			ev=(sb.replace(' ',''))
			ls=[]
			for e in ev.split('\n'):
				e=e.replace(',','')
				e=e.replace(']','')
				e=e.replace('[','')
				try:
					en=(int(e))
					ls.append(en)
				
				
				except:
					1
		
		
			rel=(bytes(ls).decode())
			enc=enc
			do.update({enc:rel})
			ls.clear
		except IndexError:
			pass
		#print(rel)

	for en,de in do.items():
		#source=open(fi,'r').read()
		if en in source:
			source=source
			#print(de)
			source=source.replace(en,f"'''{de}'''")
		source=source
		#source=open(fi,'w').write(source)
		save(source,'w','ou')
		
def kill_none(source):
	cod=open(source,'r').read()
	non="""None(None((lambda .0 = None: for i in .0:
"""
	rng='))(range('
	qc='))))'
	cod=cod.replace(non,"str(''.join(")
	cod=cod.replace(rng,") for i in range(int(")
	open(source,'w').write(cod)
	#print(cod)
	
def kill_non(file):
	rso=file
	fin=open(file,'r')
	#fri=0
	if 'None(None((lambda' in fin.read():
		
		fri=0
		for jkk in open(file,'r').readlines():
			
			if 'None(None((lambda' in jkk:
				
				
				fri+=1
				
		for ils in range(fri):
				file =open(rso,'r').read()
				first=file.split('None(None((lambda')[1]
				fend=first.split(')))')[0]
				none=('None(None((lambda'+fend+'))))')
				print(none)
				
				
				cho=first.split('choice(')[1].split(')')[0]
				rang=first.split('range(')[1]
				if '(' in rang:
					rang=rang.split('int(')[1].split(')')[0]
				else:
					rsng=rang.split(')')[0]
				
				#print(range)
				rel="str(''.join(random.choice("+str(cho)+') for i in range(int('+str(rang)+'))'
				if none in file:
					#print(none)
					sourc=file.replace(none,rel)
					open(rso,'w').write(sourc)
		
		

Copyright=['@esfelurm','@Mr_Spect3r']
		
def clear_un(source):
	p="Thread(rann, **('target',)"
	if p in source:
		source=source.replace(p,'Thread(target=rann')			
	p='return None'
	if p in source:
		source=source.replace(p,'')		
	p='''finally:
                                continue'''
                                
	if p in source:
		source=source.replace(p,'except:')	
	p='''finally:
                        pass'''
	if p in source:
		source=source.replace(p,'except:')
	p='''finally:
                    pass'''
	if p in source:
		source=source.replace(p,'except:')
	p='''finally:
            pass'''
    
	if p in source:
		source=source.replace(p,'except:')
	p='finally:'
	if p in source:
		source=source.replace(p,'except:')
	p="  copyright = '@esfelurm'"
	if p in source:
		source=source.replace(p,'')
	p='continue'
	if p in source:
		source=source.replace(p,'')
	p='''foo = False
if foo:
    
    try:'''
    
	ex="""    except:
		1"""
	if p in source:
		source=source+ex
	#header
	h="(c, head1, data1, **('headers', 'data'))"
	if h in source:
		source=source.replace(h,"(url=c,headers=head1,data1)")
	h="(url, headers, **('headers',))"
	if h in source:
		source=source.replace(h,'(url=url,headers=headers')
	h="'cookie': cok }, **('cookies',)"
	if h in source:
		source=source.replace(h,"'cookie': cookies=cok")
	h="headers_, **('headers',)"
	if h in source:
		source=source.replace(h,'headera=headera_,')
	if "os.system('pip install" in source:
		source=source.replace("os.system('pip install","    os.system('pip install")
	h="\n')"
	if h in source:
		source =source.replace(h,"')")
	h="head1, **('headers',)"
	if h in source:
		source =source.replace(h,'headers=head1')
	h="headers, cookies, **('headers', 'cookies')"
	if h in source :
		source =source.replace(h,'headers=headers,cookies=cookies')
	h="head, **('headers',)"
	if h in source :
		source=source.replace(h,'headers=head')
	h="headers, data, **('headers', 'data')"
	if h in source :
		source =source.replace(h,'headers=headers,data=data')
	h="headers, **('headers',)"
	if h in source:
		source =source.replace(h,'headers=headers')
                                  
	h="        os.system('pip install"
	if h in source:
		source =source.replace(h,"    os.system('pip install")
	cobe="#Dec bY C4 TEAM: @esfelurm  oN: @esfelurm🌪️ .\n"
	source=cobe+source+''+cobe
	

	open('decoded.py','w').write(source)
	
	#os.system('autopep8 --in-place --aggressive --aggressive decoded.py')
def marsh3():
    #print (lo)
    import time
    #time.sleep(5)
    lo=int(console.input(f'[red][[/red][green]1[/green][red]][/red] x84!Z\n[red][[/red][green]2[/green][red]][/red] x02Z\n[red][[/red][green]3[/green][red]][/red] x1e\n[red][[/red][green]4[/green][red]][/red] x01d\n\n\n{tr}Enter Method: '))
    try:
        source =open(into,'r').read()
        if lo==1:
            print(lo)
            source=source.replace('\x84!Z\x01d\x02d\x03l','\x84!1\x011\x02d\x03l')
            save(source,'w','ou')
            #decoder(la,lo)
        elif lo ==2:
            print(lo)
            source=source.replace('x02Z','x02z')
            save(source,'w','ou')
            #decoder(la,lo)
        elif lo ==3:
            print(lo)
            source=source.replace('x1e','x1z')
            save(source,'w','ou')
            #decoder(la,lo)
        elif lo ==4:
            print(lo)
            source=source.replace(r'x01d\x02d',r'x01z\x02d')
            save(source,'w','ou')
            #decoder(la,lo)      
			# 
        elif lo ==5:
            open('47474747474.txt','w').write(source)
            Pyprivet(source).source()
            source: Union[str, None, CodeType] = FakeFunction(source, outo).get_source()
            save(source,'w','ou')

#  
        else:
           decoder(la,lo)
           
    except UnicodeDecodeError:
              decoder(la,lo)
              
		
def search_func(source: str, function_name: str):
    pattern: str = r"(" + function_name + r"(?:[\s]+)?\()"
    while True:
        func_names = re.findall(pattern, source)
        if len(func_names) == 0:
            break

        for func_name in func_names:
            index = source.find(func_name)
            if index:
                break

        if index == -1:
            break
        text = func_name
        open_brakets = 1
        for char in source[index + len(func_name):]:
            text += char
            if char == ")":
                open_brakets -= 1
            elif char == "(":
                open_brakets += 1
            if open_brakets == 0:
                break

        yield source[source.find(text):source.find(text) + len(text)]
        source = source[:source.find(text)] + source[source.find(text) + len(text):]

def eval_filter(source) -> str:
    def root_search(all_eval_functions, source):
        for func in all_eval_functions:
            if not func.strip():
                all_eval_functions.remove(func)

        exceptions = 0
        for eval_f in all_eval_functions:
            try:
                eval_body = re.findall(r"\((.+)\)", eval_f)[0]
                bad_functions = ["eval", "exec"]
                is_in = False
                for function in bad_functions:
                    if function in eval_body:
                        is_in = True
                if is_in:
                    root_search(list(set(list(search_func(eval_body, "eval")))), source)
                    exceptions += 1
                    continue
            except IndexError:
                continue

            try:
                try:
                    eval_data = eval(f"b{eval_body}").decode()
                except Exception:
                    eval_data = eval(eval_body)
                source = source.replace(eval_f, eval_data)
            except Exception:
                exceptions += 1
        return source

    return root_search(list(set(list(search_func(source, "eval")))), source)

def show_code(source: str, temp):
    if not temp:
        p = Process(target=show_code, args=(source, 1))
        p.start()
        p.join(5)
        if p.is_alive():
            p.kill()
            console.print("# [yellow]can't show the code because the file is too big![/yellow]")
    else:
        syntax = Syntax(source, "python", line_numbers=True)
        console.print(syntax)

class DecompilePyc:
    def __init__(self, filename: str):
        self.filename = filename
        
        self.std = Popen(["pycdc", filename], stdout=PIPE,
                         stderr=PIPE)

    def get_source(self) -> Optional[str]:
        out = self.std.stdout.read().decode()
        err = self.std.stderr.read().decode()
        if out and err:
            return out + '\n' + err
        elif out:
            return out
        else:
            print(err)
            return None


class DecompileMarshal:
    def __init__(self, bytecode: CodeType):
        self._data: bytes = marshal.dumps(bytecode)
        self._magic_number: bytes = b'a\r\r\n\x00\x00\x00\x00\xe2\xb6\xcea\r\x00\x00\x00'
        

    def get_source(self) -> bytes:
        return self._magic_number + self._data


def get_source_type(source) -> str:
    try:
        compile(source, "<string>", "exec")
        return "py"
    except Exception:
        if type(source) == str:
            try:
                source = source.encode("utf-8")
            except:
                pass
        if b'PK\x03\x04' in source:
            return "zip"
        else:
            try:
                source.decode()
                return "py"
            except Exception:
                return "pyc"



def get_bytecode(source: str) -> CodeType:
    return compile(source, "<strings>", "exec")


def get_bytecode_from_file(filename: str) -> CodeType:
    try:
        with open(filename, "r") as f:
            data = f.read()
        return get_bytecode(data)
    except UnicodeDecodeError:
        with open(filename, "rb") as f:
            data = f.read()
        return marshal.loads(data[16:])

def clean_source(source: Union[str, bytes]) -> Union[str, bytes, CodeType]:
    if type(source) == str:
        try:
           

            
            open('3737373737373','w').write(source)
            get_bytecode(source)
            return source
        except SyntaxError:
           # print(source)
           
            print("# This is not a python file or maybe there is a syntax error!")
            
        except ValueError:
            return source.encode()
    try:
    
            return source.decode("utf-8",errors='ignore')
    except UnicodeDecodeError :
        return get_bytecode(source)
def open_file(filename) -> Union[str, bytes, CodeType]:
    try:
        with open(filename, "r") as r_file:
            source=r_file.read()
            source=source.replace("exec(loads","exec(marshal.loads")
            return clean_source(source)
    except UnicodeDecodeError:
        with open(filename, "rb") as rb_file:
            return rb_file.read()

class FakeFunction:
    def __init__(self, source: str, filename: str):
        global __file__
        #aa=marshal.loads(eval(source))
        self.pyc_source = None

        # to save the real functions.
        self.old_webbrowser_open = webbrowser.open
        self.old_os_system = os.system
        self.old__file__ = __file__
        self.old_exec = builtins.exec 
        self.old_loads = marshal.loads
        self.old_compile = builtins.compile

        #change real functions to fake function.
        __file__ = filename
        exec = self._fake_exec
        marshal.loads = self._fake_loads
        builtins.compile = self._fake_compile

        # ignore spamm function
        webbrowser.open = lambda *args, **kwargs: None
        os.system = lambda *agrs, **kwargs: None

        # execute the source code.
        try:
            if "eval" in source:
                source = eval_filter(source)
            
            
            self.old_exec(source)
        except ModuleNotFoundError as err:
            print("#", err)
            print("# install the Module first then try again.")
        except SystemError:
            print("# unknown opcode! try to use another python3 version to decode this file.")
        except NameError as err:
            if self.pyc_source is not None:
                pass
            else:
                print("#", err)
                print("# there is a NameError in the file fix it first and try again.")
        except KeyboardInterrupt:
            pass

        # to replace all fake functions with the
        # real function.
        webbrowser.open = self.old_webbrowser_open
        os.system = self.old_os_system
        __file__ = self.old__file__
        builtins.exec = self.old_exec
        marshal.loads = self.old_loads
        builtins.compile = self.old_compile

    def get_source(self) -> Union[str, None, CodeType]:
        if self.pyc_source:
            if type(self.pyc_source) == bytes:
                try:
                    return self.pyc_source.decode()
                except UnicodeDecodeError:
                    return marshal.loads(self.pyc_source)
            else:
                return str(self.pyc_source)
        return None

    def _fake_exec(self, *args, **kwargs):
        if type(args[0]) in (bytes, str):
            self.pyc_source = args[0]

    def _fake_loads(self, *args, **kwargs):
        if type(args[0]) in (bytes, str):
            self.pyc_source = args[0]
        return self.old_loads(*args, **kwargs)

    def _fake_compile(self, *args, **kwargs):
        if type(args[0]) in (bytes, str):
            self.pyc_source = args[0]
        return self.old_compile(*args, **kwargs)


def get_file_type(filename) -> str:
    source = open_file(filename)
    
    return get_source_type(source)
def open_python_file(filename) -> Union[str, bytes, CodeType]:
    source = open_file(filename)
    if get_source_type(filename) == "zip":
        archive = ZipFile(filename)
        py_filename = archive.filelist[0].filename
        source = archive.read(py_filename)
        if get_source_type(source) == "py":
            return clean_source(source)
        return source
    return source

class Pyprivet:
	def __init__(self,file):
		self.file=file
		file=self.file
		cc=r'c\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00'
		
		
		xe3=r'\xe3\x00\x00\x00\x00\x00\x00\x00\x00\x00\x00\x'
		n=0
		mod='>eludom<'
		refile=file[::-1]
		
		
		if xe3 in file:
			for i in file.split('\\'):
		
			
				if 'x84!Z' in i:
					n+=1
			if n >0:
				moufle=refile.split(mod)[0][::-1].split("'))")[0]
				ns=[]
				#module
				for i in range(len(moufle)//2):
					
					aa=(moufle[i])
					ns.append(aa)
				ns=("".join(ns))
				file=(file.split((ns))[0]+moufle)
				#xe3
				xe3=file.split('x84!Z')[0]+'x84!Z'
				x84=file[::-1].split('Z!48x')[1].split('3ex')[0]
				
				x84='\\xe3'+x84[::-1]+'x84!Z'
				xe3=file.split(x84)[1]
				xe3="import marshal\nexec(marshal.loads(b'"+x84+xe3+"'))"
				
				
				self.file=xe3
				#print(xe3)
			else:
				print('error xe3')
				
				
				
				
		elif cc in file:
			print('ok')
			for i in file.split('\\'):
		
			
				if 'x84!Z' in i:
					n+=1
					
			if n >0:
				moufle=refile.split(mod)[0][::-1].split("'))")[0]
				ns=[]
				#module
				for i in range(len(moufle)//2):
					
					aa=(moufle[i])
					ns.append(aa)
				ns=("".join(ns))
				file=(file.split((ns))[0]+moufle)+"'))"
			#	b'c\x00'
				try:
					
					x84=file[::-1].split('Z!48x')[1]
					cc=x84[::-1].split('x00c')[1]
					file=file[::-1].split('Z!48x')[0][::-1]
					file='c'+cc+'x84!Z'+file
					file="import marshal\nexec(marshal.loads(b'"+file
					self.file=file
				except IndexError:
			#		print(file)
					open('jejeje.txt','w').write(file)
					print('error pyprivet 1')
			else:
				print('error pyprivet 2')
				
					
				
		else:
				print('error1')
				
		self.file=self.file.replace('!Z\x01d','!z\x01z')
		self.file=self.file.replace('!Z','!z')
	def source(self):
			if r'x84!Z' in self.file:
				self.file=self.file.replace(r'x84!Z',r'x84!1')
			if r'x84!1\x01d\x02d\x03l' in self.file:
				self.file=self.file.replace(r'x84!1\x01d\x02d\x03l',r'x84!1\x011\x02d\x03l')
			if  r'x84!1\x01e\x02e\x03\xa0\x04d\x03\xa1\x01\x83\x01Z' in self.file:
				self.file=self.file.replace(r'x84!1\x01e\x02e\x03\xa0\x04d\x03\xa1\x01\x83\x01Z',r'x84!1\x01e\x02e\x03\xa0\x04d\x03\xa1\x01\x83\x011')
				
			#print(self.file)
			open('dec_dbdbdbdhd.py','w').write(self.file)
			save(self.file,'w','ou')
			decoder(la)
				
				
				#return'self.file'
class Eval_conv:
	def __init__(self,file):
		self.file=file
		file=self.file
		
	def sorce(self):
		ns={}
		file=self.file	
		for i in file.split('eval'):
			if '(marshal.loads(b' in i:
				try:
					if 'ruuesudjjdejejej' in i:
						pass
					else:
						eve=i.split("(marshal.loads(")[1].split("'))")[0]+"'"
						res='eval(marshal.loads('+eve+'))'
						try:
							try:
								eve=eval(marshal.loads(eval(eve)))
								ns.update({res:eve})
							except EOFError:
								pass
						except SyntaxError:
							pass
				except IndexError:
					try:
			   			
						if 'ruuesudjjdejejej' in i:
							pass
						try:
							eve=i.split("eval(marshal.loads(")[1].split('"))')[0]+'"'
							res='eval(marshal.loads('+eve+'))'
							eve=eval(marshal.loads(eval(eve)))
							ns.update({res:eve})
						except EOFError:
							pass
					except SyntaxError:
						pass
	
		for i,s in ns.items():
				
			if i in file:
				file=file
				ss=file.replace(i,f'"{s}"')
			file=ss
			
			
				    
		save(file,'w','ou')
	def en_marsh(self):
		file=self.file
		try:
			ma=file.split('exec(marshal.loads(')[1].split("'))\n")[0]+"'))"
			ma='import marshal\nexec(marshal.loads('+ma
			save(ma,'w','ou')
			decoder(la,1)
			return 'save'
			
		except IndexError:
			print('error')	
class Byto:
	def __init__(self,file):
		self.file=file
	def en_marsh(self):
		file=self.file
		print('marshal')
		ma=file.split('exec(marshal.loads(')[1].split("'))")[0]
		ok='import marshal\nexec(marshal.loads('+ma+"'))"
		save(ok,'w','ou')
		#Pyprivet(outo).source()
		return 'ok en Byto'
	def source(self):
		
		file=self.file
		#print(file)
		ls=[]
		doce={}
		
		try:
			
			
		
			for ss in file.split('bytes(['):
				if ']).decode()' in ss:
					isa=ss.split(']).decode()')[0]
					for sha in isa.split(","):
						fin=findall("[0-9]",sha)
						finz="".join(fin)
						try:
							if ' ' in finz:
								pass
							else:
								aa=int(finz)
								ls.append(aa)
								
								
							
						except Exception as E:
							print('errorrrs integr')
					rel=(bytes(ls).decode())
					
					byto='bytes([' + isa.rstrip() +']).decode()'
					doce.update({byto:rel})
					
								
	    	 
			for p,h in doce.items():
				if p in file:
					file=file
					ss=file.replace(p,h)

				file=ss
				open('estest.txt','w').write(file)
				
				print('es2')
				
				save(file,'w','ou')

		except Exception as E:
			print(E)
			print('okk')

def decoder(la,lo:Optional[int] =1 ):

	la+=1
	
	source = open_python_file(outo)
	
	file_type = get_file_type(outo)
	
	#print(source)	
	if file_type == "zip":
		pass
	elif type(source)==str:
		if 'x84!Z' in source:
			print ('hhhhhhhhhh')
			import time
			open('47474747474.txt','w').write(source)
			print(7437373737)
			Pyprivet(source).source()
		source: Union[str, None, CodeType] = FakeFunction(source, outo).get_source()
	           	

	elif type(source) == bytes:
		source: str = DecompilePyc(outo).get_source()
		print(outo)
		print(na)
		marsh3()

	else:
		print('Is not python file')
        
       
	if type(source) == str:
		cop='''(Python 3.9)''' 
		if cop in source:
			source=source.split(cop)[1]
			if 'Warning:' in source:
				source=source.split('Warning:')[0]
			save(source,'w','ou')
			show_code(source, 0)
			save(source,'w','ou')
			if 'exec(base64' in source:
				try:
					source=source.split('exec(base64')[1].split("'))")[0]
					source='import base64\nexec(base64'+source+"'))"
					save(source,'w','ou')
					decoder(la,lo)
				except IndexError:
					source=source.split('exec(base64')[1].split('"))')[0]
					source='import base64\nexec(base64'+source+'"))'
					save(source,'w','ou')
					decoder(la,lo)
			if 'exec(zlib' in source:
				try:
					source=source.split('exec(zlib')[1].split("'))")[0]
					source='import zlib\nexec(zlib'+source+"'))"
					save(source,'w','ou')
					decoder(la,lo)
				except IndexError:
					source=source.split('exec(zlib')[1].split('"))')[0]
					source='import zlib\nexec(zlib'+source+'"))'
					save(source,'w','ou')
					decoder(la,lo)
			if 'exec(marshal.loads' in source:
				if 'eval' in source:
					if 'exec(marshal.loads' in source:
						Eval_conv(source).en_marsh()
					else:
						Eval_conv(source).sorce()
				else:
					decoder(la,lo)
			if 'eval(' in source:
				if 'exec(marsh' in source:
					Eval_conv(source).en_marsh()
			else:
				print('eval(')
				Eval_conv(source).sorce()
			if 'bytes([' in source:
				if 'exec(marshal' in source:
					Byto(source).en_marsh()
				else:
					bytos(source)
			if len(source) > 250:
				print('OK_decode_esfelurm')
				
			m='''#Decrypted By: @esfelurm\n\n\nimport lzma,zlib,codecs,base64\n
_ = lambda __ : __import__('marshal').loads(__import__('zlib').decompress(__import__('base64').b64decode(__[::-1])));\n'''
			save(m+source,'w','ou')
			decoder(la,lo)
			file=open('esfelurm_'+na,'r').read()
			if 'std::bad_cast' in file:
				exit()
			else:
				fs=0
				for cop in Copyright:
					if cop in file:
						fs+=1
					if fs > 0:
						pass
					elif fs == 0:
						clear_un(file)
					kill_non('decoded.py')
					open(outo,'w').write(open('decoded.py','r').read())
					la=0
					return 1
					pass 
				pass

	elif type(source) == CodeType:
		source:bytes = DecompileMarshal(source).get_source()
		save(source,"wb",'ou')
	else:
		print(type(source))
		print('error2')
	if type(source) == bytes:
		decoder(la,lo)
		
		
	if type(source) == str:
		if 'exec(marshal.loads(' in source:
		       decoder(la,lo) 

def save(source,w,typ):
	if typ=='ou':
		open(outo,w).write(source)
	elif typ=='ine':
		open(into,w).write(source)

def main(na,m):

	global file,into,outo,lay,la,outo
	lo=m
	la=layrs
	into=na
	outo='esfelurm_'+into
	try:
		file=open(into,'r').read()
		open(outo,'w')
		save(file,'w','ou')
		file=open(outo,'r').read()
		lay=0
		while 1 > lay:
			lay+= 1
			file=open(outo,'r').read()
			decoder(la,lo='anything')

	except UnicodeDecodeError:
		
		file=open(into,'rb').read()
		decoder(la,lo)

layrs=0
console.print('''[red]
             :=+*####*=:            
         :*%@@@@@@@@@@@@*-         
       .*@@@@@@@@@@@@@@@@@%:       
      .%@*@@@@@@@@@@@@@@@*%@-      
      %@+ .=%@@@@@@@@@%+. -@@:     
     +@@-    :+%@@@@*:    :@@#     
    :@@@#       %@@.      *@@@=    
    #@@@@+     .@@@:     -@@@@@.   
   -@@@@%@+    *@@@#    =@@@@@@+   
   %@@@@=#@%=.=@%@%%+.-%@%-@@@@@.  
  -@@@@@%=-@@@@=#@%-@@@@=-%@@@@@+  
  *@@#@@@@--@@#:@@@-*@@=:@@@@#@@%  
  #%# #@@@*.@@:+@@@#.@@:+@@@% +@@  
  #@- %%%@%:%%.#%@@%.%@-*%@@%:.@%  
  *@.-@@%%%=@@:#@@@%:@@+%%%@@+ %#  TG: @esfelurm
  =% *@@::@*@@+*@@@#=@@*@=.@@% **  Decrypter Marshal
  -* +@@..@%@@*+@@@*+@@%@- %@# ++  
  -+ .@@ :@@@@=+@@@#-@@@@= #@: -+  
  :=  *# -@@@% #@@@%.#@@@= *%  :=  
  :-  +*  %@@= #@@@%.-@@%. +*  :-  
  ..  =+  .%@: #@@@% .@@:  =+  .:  
  .   --   =@. *@@@%  @*   :-   .  
  .   :.   -@. -@@@+  @+   .-   .  
      .    :%  .@@@:  %-    :      
           .#   *@#   #:           
            *   :@=   *.           
            =   .%.   =            
            :    *    -            
            .    :    .            
           
[/red]''')
na=console.input(f'{tr}Enter File Name: ')
d=''
webbrowser.open_new_tab('https://github.com/Mr-Spect3r')
main(na,d)
print(outo)