human
Solve the following python programming problem given the following code:
@ staticmethod 
def helper_c_code(node, name, inputs, outputs, sub, idx_list, view_ndim, c_prefix = None, strides_mul = None) : 
    '
        The parameters c_prefix are there to allow reusing this
        function on PyArray and CudaNdarray object.

        This fct take as input the x.

        ' 
    default_args = Subtensor.default_helper_c_code_args () 
    if (strides_mul is None) : 
        strides_mul = default_args ['strides_mul'] 
if (c_prefix is None) : 
        c_prefix = default_args ['c_prefix'] 
fail = sub ['fail'] 
    init_cmds = [] 
    is_slice = [] 
    NONE_CODE = (sys.maxsize - 1) 
    pos = [0, 1] 
    def inc_spec_pos(amt) : 
        pos [0] += amt 
def inc_input_pos(amt) : 
        pos [1] += amt 
def spec_pos() : 
        return pos [0] 
def input_pos() : 
        return pos [1] 
def init_entry(entry, depth = 0) : 
        if isinstance (entry, (numpy.integer, int)) : 
            init_cmds.append (('subtensor_spec[%i] = %i;' % (spec_pos (), entry))) 
            inc_spec_pos (1) 
            if (depth == 0) : 
                is_slice.append (0) 
else : 
            if isinstance (entry, Type) : 
                init_cmds.append (('subtensor_spec[%i] = %s;' % (spec_pos (), inputs [input_pos ()]))) 
                inc_spec_pos (1) 
                inc_input_pos (1) 
                if (depth == 0) : 
                    is_slice.append (0) 
else : 
                if (entry is None) : 
                    init_cmds.append (('subtensor_spec[%i] = %i;' % (spec_pos (), NONE_CODE))) 
                    inc_spec_pos (1) 
                    if (depth == 0) : 
                        is_slice.append (0) 
else : 
                    if ((depth == 0) and isinstance (entry, slice)) : 
                        init_entry (entry.start, (depth + 1)) 
                        init_entry (entry.stop, (depth + 1)) 
                        init_entry (entry.step, (depth + 1)) 
                        is_slice.append (1) 
else : 
                        assert 0, entry 
for entry in idx_list : 
   ...

    
    

    Fix the buggy line: assert (len (is_slice) <= node.inputs [0].ndim), init_entry.inputs [0].ndim
assistant
#Here is Python code to fix the buggy line: assert (len (is_slice) <= node.

assert (len (is_slice) <= node.inputs [0].ndim), node.inputs [0].ndim