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CFOUTPUT tells ColdFusion, Watch this block of text for any pound signs. A watched block of text is processed more slowly than an unwatched block of text. As soon as ColdFusion encounters a pound sign within a CFOUTPUT block, it evaluates the expression between that pound sign and the next pound sign.

where the proportionality constant p is the vapour pressure above the pure substance. In a general case of a mixture, no component takes preference and the standard state is that of the pure component. In solutions, however, one component, termed the solvent, is treated differently from the others, called solutes. Dilute solutions occupy a special position, as the solvent is present in a large excess. The quantities pertaining to the solvent are denoted by the subscript 0 and those of the solute by the subscript 1. For xl->0 and xo-*l, Po = Po a n d Pi kiXi. Equation (1.1.5) is again valid for the chemical potentials of both components. The standard chemical potential of the solvent is defined in the same way as the standard chemical potential of the component of an ideal mixture, the standard state being that of the pure solvent. The standard chemical potential of the dissolved component juf is the chemical potential of that pure component in the physically unattainable state corresponding to linear extrapolation of the behaviour of this component according to Henry's law up to point xx = 1 at the temperature of the mixture T and at pressure p = klt which is the proportionality constant of Henry's law. For a solution of a non-volatile substance (e.g. a solid) in a liquid the vapour pressure of the solute can be neglected. The reference state for such a substance is usually its very dilute solution in the limiting case an infinitely dilute solution which has identical properties with an ideal solution and is thus useful, especially for introducing activity coefficients (see Sections 1.1.4 and 1.3). The standard chemical potential of such a solute is defined as A i = Km (pi-RT *

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But can you have too many CFOUTPUT tags The overhead for a given CFOUTPUT block is small, but that small amount of overhead can add up if you have a large number of CFOUTPUT blocks. If many variables are in a given section of text, using one CFOUTPUT around the entire section may be better than using multiple CFOUTPUT tags. Ultimately, the only way to answer this question is to do a formal load test by using software such as e-TEST Suite from Empirix. The difference between one CFOUTPUT versus many CFOUTPUTs may seem small, but if you slam an application with dozens or hundreds of simultaneous users, this difference is greatly compounded.

P2P networks were briefly touched on back in 3 as a potential source for mp3s They are also a cheap way to distribute your own mp3s The basic premise behind P2P networks is that the same people who download content act as servers to the network, allowing users to download content other users have already downloaded In a web server situation, each content consumer downloads from a central content provider In P2P situations, each content consumer is a content provider as well, the distribution is decentralized, and the bandwidth is distributed among the users or consumers, rather than the content provider This may seem like a free ride, and in some ways it is However, there are significant drawbacks to this approach as well First of all, depending on the P2P client, your material can be hard to locate.

ColdFusion uses two types of tags: empty and paired. A tag such as CFSET, for example, doesn t need a closing tag, because CFSET can exist on its own. A tag such as CFIF, however, must have a closing tag, because CFIF would be meaningless without one, because it must enclose the code to be executed if the test evaluates to True.

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Empty tags have no closing tag. The following are all empty tags:

<cfset aVar = anotherVariable> <cfparam name= URL.aParam default= defaultVal > <cfinput name= CompanyName size= 20 maxlength= 30 >

A paired tag has both an opening and a closing tag. The following are all paired-tag calls:

(1.1.7)

<cfif aVar GT anotherVariable>...</cfif> <cfloop from= 1 to= 10 index= i >...</cfloop> <cfform name= MyForm method= post >...</cfform>

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