(AndOr OP_AND_IF
  (FunctionDef _renice []
    (List
      (= scope=<EAssignScope.LOCAL 0> flags=0 words=[{[LIT_CHARS cur]}, {[LIT_CHARS prev]}, {[LIT_CHARS words]}, {[LIT_CHARS cword]}] bindings=[])
      (AndOr OP_OR_IF
        (Com {[LIT_CHARS _init_completion]}        )
        (Com {[LIT_CHARS return]}        )
      )
      (= scope=<EAssignScope.LOCAL 0> flags=0 words=[{[LIT_CHARS curopt]}] bindings=[('command', {[VarSub 1]}), ('i', {[LIT_CHARS 0]})])
      (While
        (DBracket {B? LOGICAL_BINARY_AND {B2 BINARY_INT_LE {[VarSub i]} {[VarSub cword]}} {B2 BINARY_INT_EQ {[VarSub COMPREPLY bracket_op=(Index {A Atom NODE_ARITH_WORD {AS_OP_AT "@"}}) transform_ops=[(#len)]]} {[LIT_CHARS 0]}}})
        (List
          (= scope=<EAssignScope.GLOBAL 1> flags=0 words=[] bindings=[('curopt', {[VarSub words bracket_op=(Index {A2 AS_OP_MINUS {A Atom NODE_ARITH_WORD {[VarSub cword]}} {A Atom NODE_ARITH_WORD {[VarSub i]}}})]})])
          (Case to_match={[DQ [VarSub curopt]]}, pat_word_list=[[{[LIT_CHARS -u]}], [{[LIT_CHARS -g]}], [{[LIT_CHARS -p]}, {[VarSub command]}]]
            (Com {[LIT_CHARS _allowed_users]}            )
            (Com {[LIT_CHARS _pgids]}            )
            (Com {[LIT_CHARS _pids]}            )
          )
          (= scope=<EAssignScope.GLOBAL 1> flags=0 words=[] bindings=[('i', {[ArithSub {A1 AS_OP_DPLUS {A Atom NODE_ARITH_WORD {[VarSub i]}} }]})])
        )
      )
    )
  )
  (Com {[LIT_CHARS complete]} {[LIT_CHARS -F]} {[LIT_CHARS _renice]} {[LIT_CHARS renice]}  )
)