human
Solve the following python programming problem given the following code:
def _parse_template(self, code, label) : 
    '
        Pare smart indented templates

        Takes a template a returns a list of sub-templates, taking in account
        the indentation of the original code based on the first line indentation(0)
        Special treatment of whitespace: returns special Offset and INTERNAL_WHITESPACE, so the generation can be configurable
        It auto detects the indentation width used, as the indent of the first indented line
        >>> indented("""
          def %<code>
            e =
            %<code2>
          """)
        [\'def\', INTERNAL_WHITESPACE, Placeholder(\'code\', 0), NEWLINE,
          Offset(1),\'e\', INTERNAL_WHITESPACE, \'=\', NEWLINE,
          Placeholder(\'code2\', 1), NEWLINE]
        ' 
    if isinstance (code, tuple) : 
        return tuple ((self._parse_template (c, label) for c in code)) 
else : 
        if isinstance (code, dict) : 
            return { k : (self._parse_template (v, label) if (k != '_key') else v) for (k, v) in code.items () } 
else : 
            if (not isinstance (code, str)) : 
                return [] 
lines = code.split ('
') 
    parsed = [] 
    if (len (lines) == 1) : 
        i = re.match ('^(+)', lines [0]) 
        indent_size = (len (i.group ()) if i else 0) 
        indent = (1 if i else 0) 
        actual = lines 
        base = 0 
else : 
        base = len (re.match ('^(*)', lines [1]).group ()) 
        rebased = [line [base :] for line in lines] 
        for line in rebased : 
            i = re.match ('^(+)', line) 
            if i : 
                indent_size = len (i.group ()) 
                break 
else : 
            indent_size = 0 
actual = rebased [1 :] 
for line in actual : 
        j = LINE_FIRS.match (line) 
        indent = ((len (j.group ()) // indent_size) if j else 0) 
        if parsed : 
            parsed.append (Offset (indent)) 
in_placeholder = False 
        in_action = False 
        in_args = False 
        in_string_arg = False 
        in_double_arg = False 
       ...

    
    

    Fix the buggy line: q = SubTemplate (label, i [1 :])
assistant
#Here is Python program to fix the buggy line: q = SubTemplate (label, i [1 :])
.

q = SubTemplate (label, placeholder [1 :])