public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
public boolean commit_state (Uid objUid, String tName) throws ObjectStoreException { return CacheStore._storeManager.addWork(this, AsyncStore.COMMIT, objUid, tName, null, CacheStore.NO_STATE_TYPE); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }
protected boolean write_state (Uid objUid, String tName, OutputObjectState state, int ft) throws ObjectStoreException { /* * If there is already a write operation in the cache for exactly this * state and type, then remove it and any corresponding remove_state * there might be. This is because write_state overwrites the state * rather than appending some operational work. If we used an appender * log then obviously this isn't appropriate. */ int status = CacheStore._storeManager.removeWriteState(objUid, ft); return CacheStore._storeManager.addWork(this, AsyncStore.WRITE, objUid, tName, state, ft); }