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number of rows in the dbo.Test table. The alloc_unit_type_desc column describes the allocation unit type: valid values are IN_ROW_DATA, LOB_DATA, or ROW_OVERFLOW_DATA (see Books Online for a detailed explanation of these terms). The page_count column indicates the total number of data pages used by the table for IN_ROW_DATA (that is, the allocation unit that stores the table rows in our example). The avg_page_ space_used_in_percent column reports the average percentage of space used in all data pages in the IN_ROW_DATA allocation type. The record_count intuitively contains the number of rows contained in the table.

If you use a single-button dialog box, you don t need to check which button the user clicked, because you re not giving them any choice But when you use a two- or threebutton dialog box, you must check which button the user clicked so that you can direct the flow of the script in the corresponding way When the user clicks a button in a dialog box, AppleScript stores the details in the dialog record To find out the button, you check the button returned property of the result, where result is a predefined variable that automatically grabs the details of what the user chose in the dialog box For example, the following if block checks the result of the Desktop Setup: Open Word Windows dialog box shown in Figure 8-7 earlier in this chapter The comments indicate where the script would take the appropriate action based on the button the user chose

.

--check the size of the table SELECT alloc_unit_type_desc ,page_count ,avg_page_space_used_in_percent ,record_count FROM sys.dm_db_index_physical_stats( DB_ID() ,OBJECT_ID(N'dbo.Test') ,NULL ,NULL ,'Detailed') ;

Figure 2 displays the results of the DMV query. As you can see on my test system, 158 data pages are used to store the 1,000 rows and each data page is, on average, 82.1 percent full.

if the button returned of the result is "Two Windows" then -- open two Word windows here else if the button returned of the result is "One Window" then -- open one Word window here end if

Satellite Systems At very high frequencies (VHF) and above, many communications circuits use satellites in geostationary orbits around the earth If a satellite is directly over the equator at an altitude of 22,300 mi (36,000 km) and orbits from west to east, it follows the earth s rotation, thereby staying in the same spot in the sky as seen from the surface, and is thus a geostationary satellite A single geostationary satellite is on a line of sight with about 40 percent of the earth s surface Three such satellites, placed at 120 (1 3 circle) intervals around the planet, allow coverage of all populated regions A dish antenna can be aimed at a geostationary satellite, and once the antenna is in place, it need not be turned or adjusted Another form of satellite system uses multiple satellites in low orbits that take them over the earth s poles These satellites are in continuous, rapid motion with respect to the surface But if there are enough of them, they can act like repeaters in a cell phone network, and maintain reliable communications between any two points on the surface at all times Directional antennas are not necessary in these systems, which are called low earth orbit (LEO) satellite networks Fiber Optics Beams of IR or visible light can be modulated, just as can RF carriers The frequency of an IR or visible light beam is higher than the frequency of any RF signal, allowing modulation by data at rates higher than anything possible with radio Fiber-optic technology offers several advantages over wire cables (which are sometimes called copper because the conductors are usually made of that metallic element) A fiber-optic cable is cheap It is light in weight It is immune to interference from outside EM fields A fiber-optic cable does not corrode as metallic wires do Fiber-optic cables are inexpensive to maintain and easy to repair An optical fiber can carry far more signals than a cable, because the frequency bands are far wider in terms of megahertz or gigahertz The whole RF spectrum, from VLF through EHF, can (at least in theory) be imprinted on a single beam of light and sent through an optical fiber no thicker than a strand of hair!.