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Because you have a section length defined with great precision, you can obtain a highly accurate tempo from this information. Multiply the number of beats (32) by 60 and then divide by the length of the section (16.99101). 32 60 16.99101 = 113.0001 bpm, which is extremely close to the integer value expected in many modern recordings.

Figure 43-14: The datasource settings form. 4. Click Submit, and you re taken back to the list of datasources, where the new datasource now appears with an ok beside it. And that s it. Now, simply referring to CFMXBibleExample in your CFQUERY and CFSTOREDPROC tags gives you access to the CFMXDatabase database. Most datasource setups are about the same, although some target databases that require a different set of parameters from those shown for SQL Server. The Oracle driver, for example, communicates with an Oracle database by using a different set of parameters, as you see in the following section.

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The discovery of galvanic electricity (i.e. electrical phenomena connected with the passage of electric current) by L. Galvani in 1786 occurred simultaneously with his study of a bioelectrochemical phenomenon which was the response of excitable tissue to an electric impulse. E. du Bois-Reymond found in 1849 that such electrical phenomena occur at the surface of the tissue, but it was not until almost half a century later that W. Ostwald demonstrated that the site of these processes are electrochemical semipermeable membranes. In the next decade, research on semipermeable membranes progressed in two directions in the search for models of biological membranes and in the study of actual biological membranes. The search for models of biological membranes led to the formation of a separate branch of electrochemistry, i.e. membrane electrochemistry. The most important results obtained in this field include the theory and application of ion-exchanger membranes and the discovery of ion-selective electrodes (including glass electrodes) and bilayer lipid membranes. The study of biological membranes led to the conclusion that the great majority of the processes in biological systems occur at cell and organelle membranes. The electrochemical aspects of this subject form the basis of bioelectrochemistry, dealing with the processes of charge separation and transport in biological membranes and their models, including electron and proton transfer in cell respiration and photosynthesis as well as ion transport in the channels of excitable cells. The electrokinetic phenomena (electrical double layer, interfacial tension of cells and organelles, cell membrane extension and contraction, etc.) also belong to this field. Bioelectrochem410

The process of setting up an Oracle datasource is similar to the one that we describe in the preceding section for SQL Server, but Oracle requires different connection parameters. Just as you do with SQL Server, you start by clicking the Data Sources link under Data & Services on the left-hand panel of Administrator. (Note: The Oracle driver is available only with ColdFusion MX Enterprise.) Then just follow these steps: 1. In the Add New Data Source section, enter the name of the new datasource (in this example, we re calling it CFMXBibleOracle) and choose Oracle as the driver type; then click Add. Our Oracle installation in this example has a SID (Service ID) named CFMXServer and a user named CFMXUser. Note that administering Oracle is beyond the scope of this book; the database, username, and password used in this example should be replaced with your own values. 2. In ColdFusion Administrator, enter CFMXServer in the SID Name field and CFMXUser in the Username field. Then enter the password, leave the default port of 1521, enter a brief description, and click Submit. The built-in Type 4 Oracle driver supports multiple result sets returned from Oracle packages. See Listing 10-24 in 10 for a very scalable way to accomplish this task.

The Verity Collections page of ColdFusion Administrator (shown in Figure 43-15) enables you to manage your Verity collections. Here you can create new collections, or you can index, repair, optimize, purge, or delete an existing collection without resorting to writing code.

Note This section assumes that you are familiar with Verity and its terminology. If you are not, please read the Verity section of 32.

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