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Solve the following problem using Python, implementing the functions described below, one line at a time
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Description:
 def minify(drop_semi=True):
 """ Rules for minifying output. Arguments: drop_semi Drop semicolons whenever possible. Note that if Dedent and OptionalNewline has a handler defined, it will stop final break statements from being resolved due to reliance on normalized resolution. """


    layout_handlers = {
        OpenBlock: layout_handler_openbrace,
        CloseBlock: layout_handler_closebrace,
        EndStatement: layout_handler_semicolon,
        Space: layout_handler_space_minimum,
        OptionalSpace: layout_handler_space_minimum,
        RequiredSpace: layout_handler_space_imply,
        (Space, OpenBlock): layout_handler_openbrace,
        (Space, EndStatement): layout_handler_semicolon,
        (OptionalSpace, EndStatement): layout_handler_semicolon,
    }

    if drop_semi:
        # if these are defined, they should be dropped; should really
        # provide these as a flag.
        # layout_handlers.update({
        #     OptionalNewline: None,
        #     Dedent: None,
        # })

        layout_handlers.update({
            EndStatement: layout_handler_semicolon_optional,

            # these two rules rely on the normalized resolution
            (OptionalSpace, EndStatement): layout_handler_semicolon_optional,
            (EndStatement, CloseBlock): layout_handler_closebrace,

            # this is a fallback rule for when Dedent is defined by
            # some other rule, which won't neuter all optional
            # semicolons.
            (EndStatement, Dedent): rule_handler_noop,
            ((OptionalSpace, EndStatement), CloseBlock):
                layout_handler_closebrace,
        })

    def minify_rule():
        return {
            'layout_handlers': layout_handlers,
            'deferrable_handlers': {
                Literal: deferrable_handler_literal_continuation,
            },
        }

    return minify_rule