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Install these models in the following way: 1 2 3 With the door closed, select the proper template Tape it to the inside face of the door with the center line about 38 inches above the floor, according to the template directions Mark and drill the holes Remove the lock cover and four screws holding the cylinder housing to the bolt cover Install the rim cylinder (CER) with the keyway horizontal, facing the front of the lock in the nine o clock position Cut the cylinder tailpiece 3 8 inch beyond the base of the cylinder Reinstall the cylinder housing, guiding the tailpiece into the crosshole of the cam with the four screws Use the key to test for proper operation of the deadbolt You should be able to withdraw the key from the lock in either the fully locked or the fully unlocked position of the deadbolt If not, the cylinder and the cam are misaligned, and the cylinder housing must be removed Turn the cam one-quarter turn to the right, and reinstall the cylinder housing Note: The deadbolt can be projected into the keeper by turning the key counterclockwise Likewise, it can be withdrawn from the keeper by turning the key clockwise one full turn For the outside cylinder only (CER-OKC): Install the rim cylinder with the keyway horizontal facing the front of the door in the three o clock position Use the screws supplied Cut the tailpiece 1 2 inch beyond the inside face of the door For the outside cylinder only: Guide the tailpiece of the outside cylinder into the crosshole of the cam Install the lock to the door with the four screws supplied For single doors only: Remove the keeper cover, roller, and pin Install the keeper base on the door with the two screws supplied Reinstall the pin, roller, and cover with two screws For double doors only: Install the rub plate for a 13 4-inch-wide door from inside the door Install the keeper with two screws Do not tighten the screws fully because the keeper will require adjustment For single doors only: Close the door, project the deadbolt, and adjust the keeper, so the door latches tightly Retract the deadbolt, hold the keeper, release the latch, and open the door Open the keeper cover and tighten the screws Drill a 157-inch-diameter hole, as shown on the template, for the holding screw Fasten the keeper with a screw Reinstall the pin, roller, and cover with two screws For double doors only: Close the door, project the bolt, and adjust the plastic slide on the keeper, so the door is tightly latched Tighten the screws.

<binding name="WeatherService" type="s0:WeatherService"> <soap:binding transport=http://schemasxmlsoaporg/soap/http style="document" /> <operation name="GetForecast"> <soap:operation soapAction="http://xxxyyy/GetForecast" style="document" /> <input> <soap:body use="literal" /> </input> <output> <soap:body use="literal" /> </output> </operation> </binding>

The final step you need to take to create the WSDL document is to specify the protocol endpoints that are used to connect to the XML web service To do this, define the service element as in the following code lines:

<service name="WeatherService"> <port name="WeatherService" binding="s0:WeatherService"> <soap:address location="http://localhost/Weather/Forecastasmx" /> </port> </service>

6 7 8 9 10 11

NOTE The complete code for the preceding WSDL document is available in the 28 folder on the accompanying CD

There may seem to be a lot of work involved in producing the WSDL document, but even that can be automated By opening the XML web service in a browser and selecting Service Description, the entire WSDL file is made available The exam will not test you on how to create the file automatically though you will just need to know about the parts that make up the WSDL document

EXAM TIP The parts of the WSDL document are type, message, portType, binding, and service Remember that the order is important

18 Answer: A The probability of selecting a single orange-colored candy from a bag of Skittles requires 8 successful outcomes out of 37 possible outcomes So the probability of 8 selecting a single orange-colored candy is: p = 37 19 Answer: B To determine the probability that a randomly selected card is an ace of a red suit, you should rst note that a card can be selected from a deck in n = 52 different ways Since there are two such aces (ace of hearts and ace of diamonds), then an ace can be drawn from the deck in s = 2 different ways Thus, the probability that the selected s 2 card is an ace is: p = = n 52 20 Answer: C You are asked to determine the probability of randomly selecting one face card (king, queen, or jack) of a spade suit from two standard decks of cards Because there are two decks of cards, a single card can be selected from two decks in n = 104 different ways Since there are 3 face cards of a spade suit in one deck of cards, such a card can be drawn from the two decks in s = 6 different ways Thus, the probability that the selected card is a face card of a spade suit is: p = s 6 = n 104