<gh_stars>10-100
"""
##
# Misc. Python-Mel interop. utilities
#
"""

def createMelWrapper(fn, types='[]', retType="'void'", ignoreDefaultArgs='True', returnCmd='False', outDir='None'):
    """
    \brief Create a wrapper mel proc for a python function
    
    When the mel proc is invoked, it will call the python function, 
    passing any arguments it receives, and then return the function's
    result.
    
    Example:
        - I need a mel proc with signature: proc string[] fn(int $a, string $b)
        - I've created a python function to do the work in 'mymod.py' which looks like:
        - def fn(a,b): return [b]*a
        python>> import mymod
        python>> maya.mel.createMelWrapper(mymod.fn,types=['int','string'], retType='string[]')
        # Result: /users/username/maya/scripts/fn.mel # 
        mel>> rehash;
        mel>> string $as[] = fn(3,"a");
        // Result: a a a // 
    
    \param fn the function to wrap, must be a function.
    \param types string list of mel argument types to use, 
    defaults to all 'string'.
    \param retType mel return type of the function, must be convertible to
    what fn actually returns. None means return type is 'void'.
    \param ignoreDefaultArgs  True means arguments with default values will be
    ignored when creating the mel wrapper proc.
    \param returnCmd True means return the generated mel code that defines the 
    wrapper proc, False means write it to a mel file.
    \param outDir The directory to write the generated file to.  None means 
    prompt for the directory.
    \return path to generated mel proc OR generated mel code, depending on
    returnCmd.
    """

    pass




"""
##
# Misc. Python-Mel interop. utilities
#
"""

def createMelWrapper(fn, types='[]', retType="'void'", ignoreDefaultArgs='True', returnCmd='False', outDir='None'):
    """
    \brief Create a wrapper mel proc for a python function
    
    When the mel proc is invoked, it will call the python function, 
    passing any arguments it receives, and then return the function's
    result.
    
    Example:
        - I need a mel proc with signature: proc string[] fn(int $a, string $b)
        - I've created a python function to do the work in 'mymod.py' which looks like:
        - def fn(a,b): return [b]*a
        python>> import mymod
        python>> maya.mel.createMelWrapper(mymod.fn,types=['int','string'], retType='string[]')
        # Result: /users/username/maya/scripts/fn.mel # 
        mel>> rehash;
        mel>> string $as[] = fn(3,"a");
        // Result: a a a // 
    
    \param fn the function to wrap, must be a function.
    \param types string list of mel argument types to use, 
    defaults to all 'string'.
    \param retType mel return type of the function, must be convertible to
    what fn actually returns. None means return type is 'void'.
    \param ignoreDefaultArgs  True means arguments with default values will be
    ignored when creating the mel wrapper proc.
    \param returnCmd True means return the generated mel code that defines the 
    wrapper proc, False means write it to a mel file.
    \param outDir The directory to write the generated file to.  None means 
    prompt for the directory.
    \return path to generated mel proc OR generated mel code, depending on
    returnCmd.
    """

    pass
## # Misc. Python-Mel interop. utilities # \brief Create a wrapper mel proc for a python function          When the mel proc is invoked, it will call the python function,      passing any arguments it receives, and then return the function's     result.          Example:         - I need a mel proc with signature: proc string[] fn(int $a, string $b)         - I've created a python function to do the work in 'mymod.py' which looks like:         - def fn(a,b): return [b]*a         python>> import mymod         python>> maya.mel.createMelWrapper(mymod.fn,types=['int','string'], retType='string[]')         # Result: /users/username/maya/scripts/fn.mel #          mel>> rehash;         mel>> string $as[] = fn(3,"a");         // Result: a a a //           \param fn the function to wrap, must be a function.     \param types string list of mel argument types to use,      defaults to all 'string'.     \param retType mel return type of the function, must be convertible to     what fn actually returns. None means return type is 'void'.     \param ignoreDefaultArgs  True means arguments with default values will be     ignored when creating the mel wrapper proc.     \param returnCmd True means return the generated mel code that defines the      wrapper proc, False means write it to a mel file.     \param outDir The directory to write the generated file to.  None means      prompt for the directory.     \return path to generated mel proc OR generated mel code, depending on     returnCmd.