from _botan import *

init = LibraryInitializer()

class SymmetricKey(OctetString):
    pass

class InitializationVector(OctetString):
    pass

def Filter(name, key = None, iv = None, dir = None):
    if key != None and iv != None and dir != None:
        return make_filter(name, key, iv, dir)
    elif key != None and dir != None:
        return make_filter(name, key, dir)
    elif key != None:
        return make_filter(name, key)
    else:
        return make_filter(name)

def Pipe(*filters):
    pipe = PipeObj()
    for filter in filters:
        if filter:
            pipe.append(filter)
    return pipe

#def Filter(name, key):
#    return make_filter(name, key)

from _botan import *

# Initialize the library when the module is imported
init = LibraryInitializer()

class SymmetricKey(OctetString):
    pass

class InitializationVector(OctetString):
    pass

def Filter(name, key = None, iv = None, dir = None):
    if key != None and iv != None and dir != None:
        return make_filter(name, key, iv, dir)
    elif key != None and dir != None:
        return make_filter(name, key, dir)
    elif key != None:
        return make_filter(name, key)
    else:
        return make_filter(name)

def Pipe(*filters):
    pipe = PipeObj()
    for filter in filters:
        if filter:
            pipe.append(filter)
    return pipe

Remove an old version of the Filter() wrapper function
Remove an old version of the Filter() wrapper function

  from _botan import *
  
+ # Initialize the library when the module is imported
  init = LibraryInitializer()
  
  class SymmetricKey(OctetString):
      pass
  
  class InitializationVector(OctetString):
      pass
  
  def Filter(name, key = None, iv = None, dir = None):
      if key != None and iv != None and dir != None:
          return make_filter(name, key, iv, dir)
      elif key != None and dir != None:
          return make_filter(name, key, dir)
      elif key != None:
          return make_filter(name, key)
      else:
          return make_filter(name)
  
  def Pipe(*filters):
      pipe = PipeObj()
      for filter in filters:
          if filter:
              pipe.append(filter)
      return pipe
  
- #def Filter(name, key):
- #    return make_filter(name, key)
- 
Remove an old version of the Filter() wrapper function
## Code Before:
from _botan import *

init = LibraryInitializer()

class SymmetricKey(OctetString):
    pass

class InitializationVector(OctetString):
    pass

def Filter(name, key = None, iv = None, dir = None):
    if key != None and iv != None and dir != None:
        return make_filter(name, key, iv, dir)
    elif key != None and dir != None:
        return make_filter(name, key, dir)
    elif key != None:
        return make_filter(name, key)
    else:
        return make_filter(name)

def Pipe(*filters):
    pipe = PipeObj()
    for filter in filters:
        if filter:
            pipe.append(filter)
    return pipe

#def Filter(name, key):
#    return make_filter(name, key)

## Instruction:
Remove an old version of the Filter() wrapper function
## Code After:
from _botan import *

# Initialize the library when the module is imported
init = LibraryInitializer()

class SymmetricKey(OctetString):
    pass

class InitializationVector(OctetString):
    pass

def Filter(name, key = None, iv = None, dir = None):
    if key != None and iv != None and dir != None:
        return make_filter(name, key, iv, dir)
    elif key != None and dir != None:
        return make_filter(name, key, dir)
    elif key != None:
        return make_filter(name, key)
    else:
        return make_filter(name)

def Pipe(*filters):
    pipe = PipeObj()
    for filter in filters:
        if filter:
            pipe.append(filter)
    return pipe
