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Communication is a very broad term. In an abstract sense, sending an Objective-C object a message is communicating with that object. At the other extreme, burning a file to a compact disc that s later read by another program communicates data to that application. This chapter focuses on communication technologies that exchange data directly between objects via an independent agent or service. Within that scope, communications can be roughly divided into three domains: the exchange of messages between objects in the same process, the exchange of messages between objects in different processes, and the exchange of data over a network. This chapter will survey the common Objective-C technologies used for all three, although the details of some are covered in other chapters. The groups overlap somewhat. There are technologies that are used almost exclusively to exchange messages between objects running in the same process, but that can also be used to send messages to other processes, and vice versa. So take a moment to familiarize yourself with all of them before settling on a solution.

operate within a specific temperature range Temperatures below this range reduce the light output The CFL temperature range is printed on most lamp packages CFLs are general s ly intended for indoor use, but those made for outdoor use should be mounted in enclosures that protect them against the adverse effects of colder temperatures The high frequencies from electronically ballasted CFLs cause them to emit highfrequency infrared emissions that interfere with infrared remote controls CFLs with electronic ballasts operate at frequencies between 25 and 50 kHz and produce a 50- to 100-kHz flicker While this is too fast for the human eye to perceive, it modulates a narrow band of infrared energy that can jam the binary-coded infrared signals for remote switching of cable boxes, TV sets, VCRs, and stereos, because they also switch in this 50- to 100-kHz range However, these spurious IR signals do not interfere with the receiver circuits in most TV sets and stereos, because both include circuitry that isolates them from all but valid code signals This possible interference problem is best solved by keeping all CFLs away from these entertainment products and the line of sight between them and the remote controls used to switch them All fluorescent tubes including CFLs contain mercury, but there is only a microscopic amount in CFLs There are no regulations on the disposal of CFLs (as there are for fullsize standard fluorescent tubes), but for safe disposal the bulbs should not be broken

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FIGURE 12-10

There are several technologies for exchanging messages with objects in your process s memory address space. Fundamental Objective-C message dispatching is one, but this section is going to review the following technologies that send messages to an object on behalf of another object: Deferred messages Notifications Key-Value Observing Distributed Objects

As explained earlier, emission color is that quality of visual sensation which is associated with the distribution of light within the visible spectrum The colors emitted from fluorescent lamps relate directly to the correlated color temperatures achieved from the phosphor inner coatings The 4100 to 5000 K correlated color temperatures of cool and daylight-simulation fluorescent lamps are higher than the actual color temperature range of 2800 to 3000 K for incandescent and tungsten-halogen lamps Fluorescent correlated color temperatures are classed as warm (3000 to 3500 K), midrange (3500 to 3900 K), cool (4100 to 4150 K), and daylight-simulation (5000 K) These definitions are not standardized, but they suggest the most likely applications for the lamps

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