S - The Store used to keep track of intermediate results.public class RegularTransferResult<A extends AbstractValue<A>,S extends Store<S>> extends TransferResult<A,S>
TransferResult with just one non-exceptional
store. The result of getThenStore and getElseStore is equal
to the only underlying store.| Modifier and Type | Field and Description |
|---|---|
protected S |
store
The regular result store.
|
exceptionalStores, resultValue| Constructor and Description |
|---|
RegularTransferResult(A value,
S resultStore) |
RegularTransferResult(A value,
S resultStore,
boolean storeChanged)
Create a
TransferResult with resultStore as the resulting
store. |
RegularTransferResult(A value,
S resultStore,
Map<TypeMirror,S> exceptionalStores) |
RegularTransferResult(A value,
S resultStore,
Map<TypeMirror,S> exceptionalStores,
boolean storeChanged)
Create a
TransferResult with resultStore as the resulting
store. |
| Modifier and Type | Method and Description |
|---|---|
boolean |
containsTwoStores() |
S |
getElseStore() |
S |
getRegularStore() |
S |
getThenStore() |
boolean |
storeChanged() |
String |
toString() |
getExceptionalStore, getExceptionalStores, getResultValue, setResultValuepublic RegularTransferResult(A value, S resultStore, boolean storeChanged)
TransferResult with resultStore as the resulting
store. If the corresponding Node is a boolean node, then
resultStore is used for both the 'then' and 'else' edge.
Exceptions: If the corresponding Node throws an
exception, then it is assumed that no special handling is necessary and
the store before the corresponding Node will be passed along any
exceptional edge.
Aliasing: resultStore is not allowed to be used anywhere
outside of this class (including use through aliases). Complete control
over the object is transfered to this class.
public RegularTransferResult(A value, S resultStore, Map<TypeMirror,S> exceptionalStores, boolean storeChanged)
TransferResult with resultStore as the resulting
store. If the corresponding Node is a boolean node, then
resultStore is used for both the 'then' and 'else' edge.
For the meaning of storeChanged, see
TransferResult.storeChanged().
Exceptions: If the corresponding Node throws an
exception, then the corresponding store in exceptionalStores is
used. If no exception is found in exceptionalStores, then it is
assumed that no special handling is necessary and the store before the
corresponding Node will be passed along any exceptional edge.
Aliasing: resultStore and any store in
exceptionalStores are not allowed to be used anywhere outside of
this class (including use through aliases). Complete control over the
objects is transfered to this class.
public RegularTransferResult(A value, S resultStore, Map<TypeMirror,S> exceptionalStores)
public S getRegularStore()
getRegularStore in class TransferResult<A extends AbstractValue<A>,S extends Store<S>>Node corresponding to this transfer function result.public S getThenStore()
getThenStore in class TransferResult<A extends AbstractValue<A>,S extends Store<S>>Node this result belongs
to evaluates to true.public S getElseStore()
getElseStore in class TransferResult<A extends AbstractValue<A>,S extends Store<S>>Node this result belongs
to evaluates to false.public boolean containsTwoStores()
containsTwoStores in class TransferResult<A extends AbstractValue<A>,S extends Store<S>>true if and only if this transfer result contains two
stores that are potentially not equal. Note that the result
true does not imply that getRegularStore cannot
be called (or vice versa for false). Rather, it indicates
that getThenStore or getElseStore can be used to
give more precise results. Otherwise, if the result is
false, then all three methods getRegularStore,
getThenStore, and getElseStore return equivalent
stores.public boolean storeChanged()
storeChanged in class TransferResult<A extends AbstractValue<A>,S extends Store<S>>true if and only if the transfer function returning this
transfer result changed the regularStore, elseStore, or thenStore.TransferResult.storeChanged()