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The sayHello: method in Foom illustrates using release The myHelloString allocates an NSMutableString instance, which results in a retainCount of 1 When finished, the method sends the release message to myHelloString, which results in a retainCount of zero, and the runtime deallocates the underlying object In ExploreRetainCountm the main method instantiates a Foo instance, setting the reference myFooOne to the new object At this point the debug console prints out a retainCount of 1 The myFooTwo reference variable is then set to point to the same object myFooOne points to Note that the retainCount of the underlying Foo object remains 1 After myFooTwo is sent the retain message, the object s retain count becomes 2 After myFooOne is released, the underlying object s retainCount becomes 1 Then, after myFooTwo is released, the retainCount becomes zero and the runtime can release the underlying Foo object (continued)

.

1:

5 Just for fun, add the following line just before the end of the main method:

FIGURE 1-5

[myFooOne sayHello:@"Terry"];

A bus is a passive topology, which means that the workstations on the bus are not responsible for regenerating the signal as it passes by them Since the workstations do not play an active With a bus topology, if role, the workstations are not a requirement there is a break in a cable, the entire of a functioning bus, which means that if a network will go down workstation fails the bus does not fail But if there is an unterminated end in the bus, the entire network will fail

All specification divisions are identified by The Construction Specification Institute Master Format 14 SUBMITTALS A Hardware Schedule: Submit 5 copies of hardware schedule in vertical format as illustrated by the Sequence of Format for the Hardware Schedule as published by the Door and Hardware Institute Schedules, which do not comply, will be returned for correction before checking Hardware schedule shall clearly indicate architect s hardware group and manufacturer of each item proposed The schedule shall be reviewed prior to submission by a certified Architectural Hardware Consultant, who shall affix his or her seal attesting to the completeness and correctness of the schedule 1 Provide 2 copies of illustrations from manufacturer s catalogs and data in brochure form 2 Check specified hardware for suitability and adaptability to details and surrounding conditions Indicate unsuitable or incompatible items and proposed substitutions in hardware schedule 3 Provide listing of manufacturer s template numbers for each item of hardware in hardware schedule 4 Furnish other Contractors and Subcontractors concerned with copies of final approved hardware schedule Submit necessary templates and schedules as soon as possible to hollow metal, wood door, and aluminum door fabricators in accordance with schedule they require for fabrication 5 Samples: Lever design or finish sample: Provide 3 samples if requested by architect B Wiring Diagrams: Provide complete and detailed system operation and elevation diagrams specially developed for each opening requiring electrified hardware, except openings where only magnetic hold-opens or door position switches are specified Provide these diagrams with hardware schedule submittal for approval Provide detailed wiring diagrams with hardware delivery to jobsite C Installation Instructions: Provide manufacturer s written installation and adjustment instructions for finish hardware Send installation instructions to site with hardware D Templates: Submit templates and reviewed Hardware Schedule to door and frame supplier and others as applicable to enable proper and accurate sizing and locations of cutouts and reinforcing E Contract Closeout Submittals: Comply with Sections 14 and15 including any other specific requirements indicated.

7 Replace the line you just added with the following two lines:

One advantage of a bus topology is cost A bus topology uses less cable than a star topology or a mesh topology, and you do not need to purchase any additional devices such as hubs Another advantage of a bus topology is the ease of installation With a bus topology, you simply connect the workstation to the cable segment or backbone You need only the amount of cable to connect the workstation to the backbone The most economical choice for a network topology is a bus topology, because it is easy to work with and a minimal amount of additional devices are required Most importantly, if a computer fails, the network stays functional

Foo * myFooThree; [myFooThree sayHello:@"James"];

The main disadvantage of a bus topology is the dif culty of troubleshooting it When the network goes down, it is usually due to a break in the cable segment With a large network, this problem can be tough to isolate

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Scalability is an important consideration with the dynamic world of networking Being able to make changes easily within the size and layout of your network can be important in future productivity or downtime The bus topology is not very scalable

The Debugger has exited due to signal 11 (SIGSEGV) The Debugger has exited due to signal 11 (SIGSEGV)