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QUESTION 1
.
You have a user named John. He has SELECT access to the Sales schema. You need to eliminate John’s SELECT access rights from the Sales.SalesOrder table
without affecting his other permissions.
Which Transact-SQL statement should you use?
A. DROP USER John;
B. DENY SELECT ON Sales.SalesOrder TO John;
C. GRANT DELETE ON Sales.SalesOrder TO John;
D. REVOKE SELECT ON Sales.SalesOrder FROM John;
Correct Answer: B Explanation
Explanation/Reference:
Explanation/Reference:
REVOKE permanently removes both granted an denied permissions on an object, resulting in no
permissions.Main thing you have to remember is, this does not restrict user accessing the object completely. If user is in a role that has permission on the object
for the operation, user will be able to perform the operation.
DENY Denies permission to the object for an operation. Once it set, it takes precedence over all other GRANT permissions, user will not be able to perform the
operation against the object.
To sum up, because John does not have GRANT permissions on the Sales.SalesOrder table (instead it has GRANT permission on Sales schema), then REVOKE
SELECT ON Sales.SalesOrder from John will not remove any permissions.
Here is a code that shows it clearly.
— create a login and user
CREATE LOGIN [John] WITH PASSWORD = ‘1’, CHECK_POLICY = OFF GO
USE [AdventureWorks2008]
GO
CREATE USER [John] FOR LOGIN [John]
WITH DEFAULT_SCHEMA = [dbo]
GO
— grant permission on Sales schema
GRANT SELECT ON SCHEMA :: Sales TO [John]
— Run SELECT with John’s credentials and see
— He sees records
EXECUTE AS USER = ‘John’
SELECT * FROM Sales.SalesOrderHeader
REVERT
— Revoke permisson for the table from him
REVOKE SELECT ON Sales.SalesOrderHeader FROM [John] — He still sees data
EXECUTE AS USER = ‘John’
SELECT * FROM Sales.SalesOrderHeader
REVERT
— This explicitly denies permission on SalesOrderHeader to John — Once this is executed, he will not be able to see data — even we grant him again.
DENY SELECT ON Sales.SalesOrderHeader TO [John]
— He sees error message: The SELECT permission was denied on the object ‘SalesOrderHeader’, database ‘AdventureWorks2008’, schema ‘Sales’.
EXECUTE AS USER = ‘John’
SELECT * FROM Sales.SalesOrderHeader
REVERT
QUESTION 2
. You need to create a column that allows you to create a unique constraint. Which two column definitions should you choose? (Each correct answer presents a complete solution. Choose two.)
A. nvarchar(100) NULL
B. nvarchar(max) NOT NULL
C. nvarchar(100) NOT NULL
D. nvarchar(100) SPARSE NULL
Correct Answer: AC Explanation
Explanation/Reference:
QUESTION 3
.
You manage a SQL Server 2008 database that is located at your company’s corporate headquarters. The database contains a table named dbo.Sales. You need
to create different views of the dbo.Sales table that will be used by each region to insert, update, and delete rows. Each regional office must only be able to insert,
update, and delete rows for their respective region.
Which view should you create for Region1?
A. CREATE VIEW dbo.Region1Sales AS SELECT SalesID,OrderQty,SalespersonID,RegionID FROM dbo.Sales WHERE RegionID = 1;
B. CREATE VIEW dbo.Region1Sales AS SELECT SalesID,OrderQty,SalespersonID,RegionID FROM dbo.Sales WHERE RegionID = 1 WITH CHECK OPTION;
C. CREATE VIEW dbo.Region1Sales WITH SCHEMABINDING AS SELECT SalesID,OrderQty,SalespersonID,RegionID FROM dbo.Sales WHERE RegionID = 1;
D. CREATE VIEW dbo.Region1Sales WITH VIEW_METADATA AS SELECT SalesID,OrderQty,SalespersonID,RegionID FROM dbo.Sales WHERE RegionID = 1;
Correct Answer: B Explanation
Explanation/Reference:
Explanation/Reference:
CHECK OPTION
Forces all data modification statements executed against the view to follow the criteria set within select_statement. When a row is modified through a view, the
WITH CHECK OPTION makes sure the data remains visible through the view after the modification is committed.
QUESTION 4
.
You administer a SQL Server 2008 database that contains a table name dbo.Sales, which contains the following table definition:
CREATE TABLE [dbo].[Sales](
[SalesID] [int] IDENTITY(1,1) NOT NULL PRIMARY KEY CLUSTERED, [OrderDate] [datetime] NOT NULL,
[CustomerID] [int] NOT NULL,
[SalesPersonID] [int] NULL,
[CommentDate] [date] NULL);
This table contains millions of orders. You run the following query to determine when sales persons comment in the dbo.Sales table:
SELECT SalesID,CustomerID,SalesPersonID,CommentDate FROM dbo.Sales
WHERE CommentDate IS NOT NULL
AND SalesPersonID IS NOT NULL;
You discover that this query runs slow. After examining the data, you find only 1% of rows have comment dates and the SalesPersonID is null on 10% of the rows.
You need to create an index to optimize the query. The index must conserve disk space while optimizing your query.
Which index should you create?
A. CREATE NONCLUSTERED INDEX idx1 ON dbo.Sales (CustomerID) INCLUDE (CommentDate,SalesPersonID);
B. CREATE NONCLUSTERED INDEX idx1 ON dbo.Sales (SalesPersonID) INCLUDE (CommentDate,CustomerID);
C. CREATE NONCLUSTERED INDEX idx1 ON dbo.Sales (CustomerID) INCLUDE(CommentDate) WHERE SalesPersonID IS NOT NULL;
D. CREATE NONCLUSTERED INDEX idx1 ON dbo.Sales (CommentDate, SalesPersonID) INCLUDE(CustomerID) WHERE CommentDate IS NOT NULL;
Correct Answer: D Explanation
Explanation/Reference:
QUESTION 5
.
Your database is 5GB and contains a table named SalesHistory. Sales information is frequently inserted and updated.
You discover that excessive page splitting is occurring. You need to reduce the occurrence of page splitting in the SalesHistory table.
Which code segment should you use?.
A. ALTER DATABASE Sales MODIFY FILE (NAME = Salesdat3, SIZE = 10GB);
B. ALTER INDEX ALL ON Sales.SalesHistory REBUILD WITH (FILLFACTOR = 60);
C. EXEC sys.sp_configure ‘fill factor (%)’, ’60’;
D. UPDATE STATISTICS Sales.SalesHistory(Products) WITH FULLSCAN, NORECOMPUTE;
Correct Answer: B Explanation
Explanation/Reference:
Explanation/Reference:
Fill Factor
The fill-factor option is provided for fine-tuning index data storage and performance. When an index is created or rebuilt, the fill-factor value determines the
percentage of space on each leaf- level page to be filled with data, reserving the remainder on each page as free space for future growth. For example, specifying
a fill-factor value of 60 means that 40 percent of each leaf-level page will be left empty, providing space for index expansion as data is added to the underlying
table.
Page Splits
A correctly chosen fill-factor value can reduce potential page splits by providing enough space for index expansion as data is added to the underlying table.When
a new row is added to a full index page, the Database Engine moves approximately half the rows to a new page to make room for the new row. This
reorganization is known as a page split. A page split makes room for new records, but can take time to perform and is a resource intensive operation. Also, it can
cause fragmentation that causes increased I/O operations.
Fragmentation
Fragmentation breaks down to physical and logical fragmentation (or, internal and external fragmentation).
Physical/Internal fragmentation is caused when there is wasted space in the index caused by page splits, deletes, FILLFACTOR and PAD_INDEX. Logical/
External fragmentation is when the pages that make up the leaf levels of the index are not in good order. This is usually caused by page splits. Both cause
performance problems. Internal fragmentation causes problems because the indexes get bigger and bigger requiring more and more pages to store the data,
which means that reads from the index slow things down. External fragmentation causes problems because when the data needs to be read from the index it has
to skip all over the place following the links between pages, again, slowing things down.
The SQL Server Database Engine automatically maintains indexes whenever insert, update, or delete operations are made to the underlying data. Over time
these modifications can cause the information in the index to become scattered in the database (fragmented). Fragmentation exists when indexes have pages in
which the logical ordering, based on the key value, does not match the physical ordering inside the data file.
You can remedy index fragmentation by either reorganizing an index or by rebuilding an index. To reorganize one or more indexes, use the ALTER INDEX
statement with the REORGANIZE clause.
Reorganizing an index defragments the leaf level of clustered and nonclustered indexes on tables and views by physically reordering the leaf-level pages to match
the logical order (left to right) of the leaf nodes. Having the pages in order improves index-scanning performance. The index is reorganized within the existing
pages allocated to it; no new pages are allocated.
Rebuilding an index drops the index and creates a new one. In doing this, fragmentation is removed, disk space is reclaimed by compacting the pages using the
specified or existing fill factor setting, and the index rows are reordered in contiguous pages (allocating new pages as needed). This can improve disk performance
by reducing the number of page reads required to obtain the requested data.
You can use the CREATE INDEX with the DROP_EXISTING clause or ALTER INDEX with the REBUILD clause statements to set the fill-factor value for individual
indexes. EXEC sys.sp_configure ‘fill factor (%)’, ’60’; will modify the server default fill factor value.
QUESTION 6
.
You have a table named dbo.Customers. The table was created by using the following Transact- SQL statement:
CREATE TABLE dbo.Customers
(
CustomerID int IDENTITY(1,1) PRIMARY KEY CLUSTERED, AccountNumber nvarchar(25) NOT NULL,
FirstName nvarchar(50) NOT NULL,
LastName nvarchar(50) NOT NULL,
AddressLine1 nvarchar(255) NOT NULL,
AddressLine2 nvarchar(255) NOT NULL,
City nvarchar(50) NOT NULL,
StateProvince nvarchar(50) NOT NULL,
Country nvarchar(50) NOT NULL,
PostalCode nvarchar(50) NOT NULL,
CreateDate datetime NOT NULL DEFAULT(GETDATE()),
ModifiedDate datetime NOT NULL DEFAULT(GETDATE())
)
You create a stored procedure that includes the AccountNumber, Country, and StateProvince columns from the dbo.Customers table. The stored procedure
accepts a parameter to filter the output on the AccountNumber column.
You need to optimize the performance of the stored procedure. You must not change the existing structure of the table.
Which Transact-SQL statement should you use?
A. CREATE STATISTICS ST_Customer_AccountNumber ON dbo.Customer (AccountNumber) WITH FULLSCAN;
B. CREATE CLUSTERED INDEX IX_Customer_AccountNumber ON dbo.Customer (AccountNumber);
C. CREATE NONCLUSTERED INDEX IX_Customer_AccountNumber ON dbo.Customer (AccountNumber) WHERE AccountNumber = ”;
D. CREATE NONCLUSTERED INDEX IX_Customer_AccountNumber ON dbo.Customer (AccountNumber) INCLUDE (Country, StateProvince);
Correct Answer: D Explanation
Explanation/Reference:
QUESTION 7
.
You have a table named Customer.
You need to ensure that customer data in the table meets the following requirements:
credit limit must be zero unless customer identification has been verified.
credit limit must be less than 10,000.
Which constraint should you use?
A. CHECK (CreditLimt BETWEEN 1 AND 10000)
B. CHECK (Verified = 1 AND CreditLimt BETWEEN 1 AND 10000)
C. CHECK ((CreditLimt = 0 AND Verified = 0) OR (CreditLimt BETWEEN 1 AND 10000 AND Verified = 1))
D. CHECK ((CreditLimt = 0 AND Verified = 0) AND (CreditLimt BETWEEN 1 AND 10000 AND Verified = 1))
Correct Answer: C Explanation
Explanation/Reference:
QUESTION 8
.
You have a table named AccountsReceivable. The table has no indexes. There are 75,000 rows in the table. You have a partition function named
FG_AccountData. The AccountsReceivable table is defined in the following Transact-SQL statement:
CREATE TABLE AccountsReceivable (
column_a INT NOT NULL,
column_b VARCHAR(20) NULL)
ON [PRIMARY];
You need to move the AccountsReceivable table from the PRIMARY file group to FG_AccountData.
Which Transact-SQL statement should you use?
A. CREATE CLUSTERED INDEX idx_AccountsReceivable ON AccountsReceivable(column_a) ON [FG_AccountData];
B. CREATE NONCLUSTERED INDEX idx_AccountsReceivable ON AccountsReceivable(column_a) ON [FG_AccountData];
C. CREATE CLUSTERED INDEX idx_AccountsReceivable ON AccountsReceivable(column_a) ON FG_AccountData(column_a);
D. CREATE NONCLUSTERED INDEX idx_AccountsReceivable ON AccountsReceivable(column_a) ON FG_AccountData(column_a);
Correct Answer: C Explanation
Explanation/Reference: QUESTION 9
. You have a SQL Server 2008 database named Contoso with a table named Invoice. The primary key of the table is InvoiceId, and it is populated by using the identity property. The Invoice table is related to the InvoiceLineItem table. You remove all constraints from the Invoice table during a data load to increase load speed. You notice that while the constraints were removed, a row with InvoiceId = 10 was removed from the database. You need to re-insert the row into the Invoice table with the same InvoiceId value. Which Transact-SQL statement should you use?
A. INSERT INTO Invoice (InvoiceId, …VALUES (10, …
B. SET IDENTITY_INSERT Invoice ON; INSERT INTO Invoice (InvoiceId, … VALUES (10, … SET IDENTITY_INSERT Invoice OFF;
C. ALTER TABLE Invoice; ALTER COLUMN InvoiceId int; INSERT INTO Invoice (InvoiceId, … VALUES (10, …
D. ALTER DATABASE Contoso SET SINGLE_USER; INSERT INTO Invoice (InvoiceId, … VALUES (10, … ALTER DATABASE Contoso SET MULTI_USER;
Correct Answer: B Explanation
Explanation/Reference:
QUESTION 10
.
You are developing a new database. The database contains two tables named SalesOrderDetail and Product.
You need to ensure that all products referenced in the SalesOrderDetail table have a corresponding record in the Product table.
Which method should you use?
A. JOIN
B. DDL trigger
C. Foreign key constraint
D. Primary key constraint
Correct Answer: C Explanation
Explanation/Reference:
QUESTION 11
.
You are creating a table that stores the GPS location of customers. You need to ensure that the table allows you to identify customers within a specified sales
boundary and to calculate the distance between a customer and the nearest store.
Which data type should you use?
A. geometry
B. geography
C. nvarchar(max)
D. varbinary(max) FILESTREAM
Correct Answer: B Explanation
Explanation/Reference:
Explanation/Reference:
The GEOGRAPHY data type is used to store ellipsoidal (round-earth) data. It is used to store latitude and longitude coordinates that represent points, lines, and
polygons on the earth’s surface. For example, GPS data that represents the lay of the land is one example of data that can be stored in the GEOGRAPHY data
type.
QUESTION 12
. You plan to add a new column named SmallKey to the Sales.Product table that will be used in a unique constraint. You are required to ensure that the following information is applied when adding the new column:
‘a1’ and ‘A1’ are treated as different values ‘a’ and ‘A’ sort before ‘b’ and ‘B’ in an ORDER BY clause
You need to select the collation that meets the requirements for the new column. Which collation should you select?
A. Latin1_General_BIN
B. SQL_Latin1_General_CP1_CI_AI
C. SQL_Latin1_General_CP1_CI_AS
D. SQL_Latin1_General_CP1_CS_AS
Correct Answer: D Explanation
Explanation/Reference:
Explanation/Reference:
SQL Server Collation Name consists of several parts, one of them is responsible for CaseSensitivity CI specifies case-insensitive, CS specifies case-sensitive.
BIN specifies the binary sort order to be used.
So, because we want case-sensitive location, B and C are not suitable. Latin1_General_BIN use binary sort order, but we want linguistical sort order (according to
rules of language), not based on the code point values of characters.
QUESTION 13
.
You have multiple tables that represent properties of the same kind of entities. The property values are comprised of text, geometry, varchar(max), and user-
defined types specified as ‘bit NOT NULL’ data types.
You plan to consolidate the data from multiple tables into a single table. The table will use semi- structured storage by taking advantage of the SPARSE option.
You are tasked to identify the data types that are compatible with the SPARSE option. Which data type is compatible with the SPARSE option?
A. text
B. geometry
C. varchar(max)
D. A user-defined type defined as ‘bit NOT NULL’
Correct Answer: C Explanation
Explanation/Reference:
Explanation/Reference: Sparse columns are ordinary columns that have an optimized storage for null values. Sparse columns reduce the space requirements for null values at the cost of more overhead to retrieve nonnull values. The following data types cannot be specified as SPARSE: geography geometry image next text timestamp user-defined data types
QUESTION 14
.
You currently store date information in two columns. One column contains the date in local time and one column contains the difference between local time and
UTC time. You need to store this data in a single column.
Which data type should you use?
A. time
B. datetime2
C. datetime2(5)
D. datetimeoffset
Correct Answer: D Explanation
Explanation/Reference:
Explanation/Reference:
datetimeoffset defines a date that is combined with a time of a day that has time zone awareness.
QUESTION 15
.
You have two partitioned tables named Transaction and TransactionHistory. You need to archive one of the partitions of the Transaction table to the
TransactionHistory table.
Which method should you use?
A. ALTER TABLE … SWITCH …
B. INSERT … SELECT …; TRUNCATE TABLE
C. ALTER PARTITION FUNCTION … MERGE …
D. ALTER PARTITION FUNCTION … SPLIT …
Correct Answer: B Explanation
Explanation/Reference:
QUESTION 16
.
You are creating a new table in a database. Your business requires you to store data in the table for only seven days.
You need to implement a partitioned table to meet this business requirement.
Which tasks should you complete?
A. Create the partition function Create the partition scheme Create the table
B. Create the partition function Create the table Create a filtered index
C. Add a secondary file to the primary filegroups Create the table Create the distributed partitioned view
D. Create the partition function Create the partition scheme Create the distributed partitioned view
Correct Answer: A Explanation
Explanation/Reference: QUESTION 17
.
You need to alter stored procedures to use the WITH RECOMPILE option.
Which types of stored procedures should you alter? (Each correct answer represents a complete solution. Choose two.)
A. Stored procedures implemented from CLR assemblies.
B. Stored procedures that require the FOR REPLICATION option.
C. Stored procedures that require the WITH ENCRYPTION option.
D. Stored procedures that contain queries that use the OPTION (RECOMPILE) hint.
Correct Answer: CD Explanation
Explanation/Reference:
Explanation/Reference: As a database is changed by such actions as adding indexes or changing data in indexed columns, the original query plans used to access its tables should be optimized again by recompiling them. This optimization happens automatically the first time a stored procedure is run after Microsoft SQL Server is restarted. It also occurs if an underlying table used by the stored procedure changes. But if a new index is added from which the stored procedure might benefit, optimization does not happen until the next time the stored procedure is run after SQL Server is restarted. In this situation, it can be useful to force the stored procedure to recompile the next time it executes. SQL Server provides three ways to force a stored procedure to recompile: The sp_recompile system stored procedure forces a recompile of a stored procedure the next time that it is run. It does this by deleting the existing plan from the procedure cache forcing a new plan to be created the next time that the procedure is run. Creating a stored procedure that specifies the WITH RECOMPILE option in its definition indicates that SQL Server does not cache a plan for this stored procedure; the stored procedure is recompiled every time that it is executed. Use of this option is uncommon and causes the stored procedure to execute more slowly, because the stored procedure must be recompiled every time that it is executed. You can force the stored procedure to be recompiled by specifying the WITH RECOMPILE option when you execute the stored procedure.
A. CREATE and ALTER PROCEDURE syntax for CLR Stored Procedure does not have RECOMPILE option.
B. The RECOMPILE option is ignored for procedures created with FOR REPLICATION. C. ENCRYPTION option and RECOMPILE option can go together.
QUESTION 18
. You have a SQL Server database. The database contains two schemas named Marketing and Sales. The Marketing schema is owned by a user named MarketingManager. The Sales schema is owned by a user named SalesManager. A user named John must be able to access the Sales.Orders table by using a stored procedure named Marketing.GetSalesSummary. John is not granted a SELECT permission on the Sales.Orders table. A user named SalesUser does have SELECT permission on the Sales.Orders table. You need to implement appropriate permissions for John and the stored procedure Marketing.GetSalesSummary. What should you do?
A. Marketing.GetSalesSummary should be created by using the EXECUTE AS ‘SalesUser’ clause. John should be granted EXECUTE permission on Marketing.GetSalesSummary.
B. Marketing.GetSalesSummary should be created by using the EXECUTE AS OWNER clause. John should be granted EXECUTE WITH GRANT OPTION on Marketing.GetSalesSummary.
C. Marketing.GetSalesSummary should be created by using the EXECUTE AS CALLER clause. John should be granted IMPERSONATE permission for the user named SalesUser.
D. Marketing.GetSalesSummary should be created without an EXECUTE AS clause. John should be granted SELECT permission on the Sales.Orders table.
Correct Answer: A Explanation
Explanation/Reference:
Explanation/Reference:
1.
When the module is executed, the Database Engine first verifies that the user executing the module has EXECUTE permission on the module. So John should
be granted EXECUTE permission on Marketing.
GetSalesSummary stored procedure.
2.
Additional permissions checks on objects that are accessed by the module are performed against the user account specified in the EXECUTE AS clause. The
user executing the module is, in effect, impersonating the specified user. Because John is not granted a SELECT permission on the Sales.Orders table which is
referenced by the stored procedure, EXECUTE AS CALLER is not suitable. (CALLER specifies the statements inside the module are executed in the context of
the caller of the module. The user executing the module must have appropriate permissions not only on the module itself, but also on any database objects that
are referenced by the module.) Because the user named SalesUser DOES have SELECT permission on the Sales.Orders table, he can be specified in EXECUTE
AS clause. It means that Marketing. GetSalesSummary stored procedure should be created by using the EXECUTE AS ‘SalesUser’ clause.
QUESTION 19
.
You need to create a stored procedure that accepts a table-valued parameter named @Customers.
Which code segment should you use?
A. CREATE PROCEDURE AddCustomers (@Customers varchar(max))
B. CREATE PROCEDURE AddCustomers (@Customers Customer READONLY)
C. CREATE PROCEDURE AddCustomers (@Customers CustomerType OUTPUT)
D. CREATE PROCEDURE ADDCUSTOMERS (@Customers varchar (max)) AS EXTERNAL NAME Customer.Add.NewCustomer
Correct Answer: B Explanation
Explanation/Reference:
Explanation/Reference:
To create and use table-valued parameters, follow these steps:
1.
Create a table type and define the table structure.
/* Create a table type. */
CREATE TYPE LocationTableType AS TABLE
( LocationName VARCHAR(50)
, CostRate INT );
GO
2.
Declare a routine that has a parameter of the table type. /* Create a procedure to receive data for the table-valued parameter. */ CREATE PROCEDURE
usp_InsertProductionLocation
@TVP LocationTableType READONLY
AS
SET NOCOUNT ON
INSERT INTO [AdventureWorks2008R2].[Production].[Location] ([Name]
,[CostRate]
,[Availability]
,[ModifiedDate])
SELECT *, 0, GETDATE()
FROM @TVP;
GO
3.
Declare a variable of the table type, and reference the table type. /* Declare a variable that references the type. */ DECLARE @LocationTVP
AS LocationTableType;
4.
Fill the table variable by using an INSERT statement.
/* Add data to the table variable. */
INSERT INTO @LocationTVP (LocationName, CostRate)
SELECT [Name], 0.00
FROM
[AdventureWorks2008R2].[Person].[StateProvince];
5.
After the table variable is created and filled, you can pass the variable to a routine. /* Pass the table variable data to a stored procedure. */ EXEC
usp_InsertProductionLocation @LocationTVP;
Restrictions
Table-valued parameters must be passed as input READONLY parameters to Transact-SQL routines. You cannot perform DML operations such as UPDATE,
DELETE, or INSERT on a table-valued parameter in the body of a routine.
QUESTION 20
.
You have a computed column that is implemented with a user-defined function. The user-defined function returns a formatted account number. The column must
be indexed to provide adequate search performance.
You plan to create an index on the computed column. You need to identify the valid combination of ObjectPropertyEX values for the user-defined function.
Which combination should you use?
A. IsDeterministic = True IsSystemVerified = True UserDataAccess = False SystemDataAccess = False
B. IsDeterministic = True IsSystemVerified = True IsPrecise = True IsTableFunction = True
C. IsDeterministic = False IsSystemVerified = True UserDataAccess = False SystemDataAccess = False
D. IsDeterministic = False IsSystemVerified = True IsPrecise = True SystemDataAccess = False
Correct Answer: A Explanation
Explanation/Reference:
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