1111/**
1212 * {@code TransferInput} is used as the input type of the individual transfer functions of a {@link
1313 * ForwardTransferFunction} or a {@link BackwardTransferFunction}. It also contains a reference to
14- * the node for which the transfer function will be applied.
14+ * the node to which the transfer function will be applied.
1515 *
1616 * <p>A {@code TransferInput} contains one or two stores. If two stores are present, one belongs to
17- * ' then' , and the other to ' else' .
17+ * " then" , and the other to " else" .
1818 *
1919 * @param <V> type of the abstract value that is tracked
2020 * @param <S> the store type used in the analysis
@@ -36,12 +36,12 @@ public class TransferInput<V extends AbstractValue<V>, S extends Store<S>> imple
3636 protected final @ Nullable S store ;
3737
3838 /**
39- * The ' then' result store (or {@code null} if none is present). See invariant at {@link #store}.
39+ * The " then" result store (or {@code null} if none is present). See invariant at {@link #store}.
4040 */
4141 protected final @ Nullable S thenStore ;
4242
4343 /**
44- * The ' else' result store (or {@code null} if none is present). See invariant at {@link #store}.
44+ * The " else" result store (or {@code null} if none is present). See invariant at {@link #store}.
4545 */
4646 protected final @ Nullable S elseStore ;
4747
@@ -64,8 +64,8 @@ public long getUid(@UnknownInitialization TransferInput<V, S> this) {
6464 *
6565 * @param node the corresponding node
6666 * @param store the regular result store, or {@code null} if none is present
67- * @param thenStore the ' then' result store, or {@code null} if none is present
68- * @param elseStore the ' else' result store, or {@code null} if none is present
67+ * @param thenStore the " then" result store, or {@code null} if none is present
68+ * @param elseStore the " else" result store, or {@code null} if none is present
6969 * @param analysis analysis the corresponding analysis class to get intermediate flow results
7070 */
7171 private TransferInput (
@@ -166,7 +166,7 @@ protected TransferInput(TransferInput<V, S> from) {
166166 }
167167
168168 /**
169- * Returns the abstract value of node {@code n}, which is required to be a ' sub-node' (that is, a
169+ * Returns the abstract value of node {@code n}, which is required to be a " sub-node" (that is, a
170170 * direct or indirect child) of the node this transfer input is associated with. Furthermore,
171171 * {@code n} cannot be a l-value node. Returns {@code null} if no value is available.
172172 *
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