Examples of org.eclipse.persistence.queries.DoesExistQuery.checkEarlyReturn()

Class org.eclipse.persistence.queries.DoesExistQuery

Examples of org.eclipse.persistence.queries.DoesExistQuery.checkEarlyReturn()

org.eclipse.persistence.queries.DoesExistQuery.checkEarlyReturn()
INTERNAL: Check if existence can be determined without going to the database. Note that custom query check is not require for does exist as the custom is always used. Used by unit of work, and will return null if checkDatabaseIfInvalid is set and the cachekey is invalidated

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

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        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor, shouldForceCascade);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

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        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor, shouldForceCascade);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor, shouldForceCascade);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

        }


        // Check early return to check if it is a new object, i.e. null primary key.
        Boolean doesExist = Boolean.FALSE;
        if (primaryKey != null) {
            doesExist = (Boolean)existQuery.checkEarlyReturn(clone, primaryKey, unitOfWork, null);
        }
        if (doesExist == Boolean.FALSE) {
            checkNewObjectLockVersion(clone, primaryKey, descriptor, unitOfWork);
            Object registeredObject = unitOfWork.internalRegisterObject(clone, descriptor);//should use cloneAndRegisterNewObject to avoid the exist check
            this.mergedNewObjects.put(registeredObject, registeredObject);

View Full Code Here

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