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The Simple Object Access Protocol (SOAP) is a standard message format that enables message-based communication for Web Services. SOAP implements a message format based on XML to exchange operation requests and responses. Using XML as the basis for SOAP messages makes them understandable and transportable by any system that implements basic Internet communications services. SOAP simply defines a message format. It doesn't impose a specific transport protocol for exchanging these messages. Thus, it's possible to transport SOAP messages over many widely available transport protocols, such as HTTP, SMTP, and FTP. The HTTP POST command, however, is the default method for transporting SOAP requests and responses. Tip SOAP uses the term binding when referring to a specific protocol that is used to transport SOAP messages. A SOAP request is an HTTP POST request with a SOAP message payload, as opposed to an HTML name/value pair payload. An HTTP POST request (like all HTTP commands) consists of human-readable text that contains one or more headers followed by the command payload. The payload is separated from the headers by a blank line. A SOAP request over HTTP uses the payload section of the HTTP POST request to contain the encoded SOAP envelope. The following code shows the structure of a simple SOAP message using HTTP POST as the transport mechanism: POST /TemperatureConverter/TemperatureConverter.asmx HTTP/1.1 Host: jdc7200cte Content-Type: text/xml; charset=utf-8 Content-Length: {length} SOAPAction: "http://tempuri.org/ConvertTemperature" < xml version="1.0" encoding="utf-8" > <soap:Envelope xmlns:xsi="http://www.w3.org/2001/XMLSchema-instance" xmlns:xsd="http://www.w3.org/2001/XMLSchema" xmlns:soap="http://schemas.xmlsoap.org/soap/envelope/"> <soap:Body> <ConvertTemperature xmlns="http://tempuri.org/"> <Temperature>{decimal}</Temperature> <FromUnits>{string}</FromUnits> <ToUnits>{string}</ToUnits> </ConvertTemperature> </soap:Body> </soap:Envelope>
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A clean install of the operating system is the preferred method for installing Windows 7. Although it s possible to upgrade to Windows 7 from certain previous Windows versions (see the next section), this path is perilous and can often result in a Frankenstein-like system in which only some of your applications work properly. In our experience, it s best to start with a clean slate when moving to a new operating system, especially a major release like Windows 7. Be sure to back up your critical data before performing a clean install. Typically, you will wipe out your PC s entire hard drive during a clean install, so any documents, e-mail, and other data will be destroyed during the process. Also, make sure you have all the installation files for the applications and hardware drivers you ll need to reinstall after Windows 7 is up and running. We recommend copying them to a recordable disc, USB memory key or drive, network share, or other location.
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Figure 7-19: Choosing to review available newsgroups.
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Asynchronous and synchronous modems both are available. Asynchronous modems transmit one character at a time, with the receiving device relying on start and stop bits to separate transmitted characters. Synchronous modems are much faster, as the signal is synchronized (timed) at the bit rate of the connection by a Transmit Clock (TC) in either the transmit modem or the transmit terminal. The paired modems synchronize on that clocking pulse in order to distinguish between blocks of data being transmitted, rather than identifying each individual character in a transmission and surrounding it with a start and stop bit. Particularly when transmitting large amounts of data, synchronous modems increase the ef ciency of data transfer, resulting in increased speed of transfer and lower associated transmission cost. Synchronous modems faithfully transmit any bit sequence, rather than just ASCII characters. Diagnostic modems can test their internal clock and transmit and receive circuits. Additionally, such modems may have the capability to monitor their performance and even diagnose certain conditions contributing to performance degradation. Further, they can respond to loopback tests and, therefore, are manageable through higher level Element Management Systems (EMSs). Such management systems typically are located remotely and are capable of managing large numbers of modems and modem pools (i.e., groups of modems to which access is shared among multiple users). Error correction capabilities are included in most contemporary modems. The proprietary Microcom Networking Protocol (MNP) was among the rst to include error correction and subsequently was incorporated into the ITU-T V.42 standard. While proprietary error correction software remains embedded in certain modems, the ITU-T V.42 and subsequent generations of modems have standardized this function. Compression is a characteristic of high-speed modems. There are a wide variety of compression techniques. ITU-T Recommendation V.42bis, for example, eliminates unused bits in ASCII bytes used to express numerical values. Fax modems make heavy use of various run-length encoding algorithms to compress data
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PART II
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There are no mandatory service offerings associated with PCS licenses. Rather, each license holder de nes its own services and applications. 9.1.3.6 Free Space Optics In a local loop context, infrared (IR) light transmission systems also are known as Free Space Optics (FSO) and sometimes characterized as wireless ber. FSO systems are airwave systems that use the infrared light spectrum in the terahertz range to send a focused light beam to a small receiver that often resembles a Direct Broadcast Satellite (DBS) dish. The transmitter/receivers can be mounted on rooftops or even indoors behind windows. Contemporary IR systems offer substantial bandwidth at relatively low cost. FSO systems currently operate at rates of 1.544 Mbps (T1), 45 Mbps (T3), 155 Mbps (OC3), and 622 Mbps (OC-12). Some vendors have advertised systems operating at 1 Gbps in support of GbE (Gigabit Ethernet) and 10 Gbps in support of 10GbE, and systems running at up to 160 Gbps have been demonstrated in the labs. Like microwave systems, FSO systems require LOS. In fact, some systems are so sensitive to LOS as to require autotracking mechanisms where they must adjust to the movements of high-rise of ce buildings due to wind sway, tremors, and other forces of nature. FSO systems also suffer from environmental interference, particularly fog, which acts like a prism to scatter the light beam. Under optimum conditions, distances are limited to about 2 5 km, although most tests have shown optimum performance at distances 500 m to 1 km. In areas where there is a lot of fog, links more typically are limited to about 200 m, and some manufacturers offer redundancy via RF systems running in unlicensed bands. Under optimum conditions, error performance is in the range of 10 8, which compares favorably with UTP and microwave. Despite the limiting factors, FSO is enjoying increasing popularity due to its low relative cost when compared to microwave and ber optics. FSO systems also can be deployed very quickly, as there currently are no FCC licensing requirements and few other regulatory restrictions on its use. The applications are all short haul in nature. FSO, for example, is an attractive alternative to leased lines or private cabled systems for building-to-building connectivity in a campus environment or other short haul point-to-point applications, especially in bridging LANs. Carriers also use FSO as a replacement for various licensed RF-based WLL technologies. In those WLL applications, FSO typically is deployed in a mesh con guration for purposes of redundancy, in consideration of the potential for link failures due to fog and other environmental or LOS issues. More detail on FSO is presented in 2. 9.1.3.7 Wi-Fi Hotspots Strictly speaking, 802.11b, aka Wi-Fi, does not fall into the realm of broadband access infrastructure, but it certainly merits discussion
Part I
It s time to test your new PHP installation. Create a new text file called test.php. Type this code in that document:
Although the futures markets predict the average future values of assets, as we have seen, option prices indicate the degree of uncertainty. Between options and futures, it s a little like having the average and the volatility. But it doesn t stop there. Many other types of derivatives exist, including some that indicate the interrelationship between various uncertain assets.
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