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There are many ways to develop software for Solaris, all of which depend on the internal representation of data and executable code. At the most basic level, all data and instructions are encoded as binary data quite literally, sets of 1 s and 0 s that represent data words. For example, a processor with an 8-bit word length means that integers between 0 and 255 can be directly addressed by the CPU, without any kind of intermediate translation. Most Intel CPUs today have a word length of 32 bits, while UltraSPARC processors have a 64-bit word length, making it easier (and faster) to directly process large numbers. This ability is very important in scientific applications, like processing data from human genomes, or in database applications, where transactions of financial data associated with many billions of dollars are performed constantly. In the early days of computing, a new, higher level programming interface was developed, called assembly language. By using assembly language to write programs, instead of directly writing binary code, developers were able to use an interface that was one level of abstraction away from the hardware. They could use English-like statements and identifiers to move and address blocks of memory, for example. This increased productivity and decreased production time. However, anyone who has ever written an assembly language program knows that it is still far from easy. In addition, a different assembly language existed for every processor in existence, meaning that skills developed

If you consent to using fdisk, you will see a screen similar to the following:

Total disk size is 2048 cylinders Cylinder size is 4032 (512 byte) blocks Cylinders Partition Status Type Start End Length % ========= ====== ==== ===== ==== ====== === 1 UNIX 0 1023 1024 50 2 DOS 1024 2047 1024 50 SELECT ONE OF THE FOLLOWING: 1. Create a partition 2. Specify the active partition 3. Delete a partition 4. Exit (update disk configuration and exit) 5. Cancel (exit without updating disk configuration) Enter Selection:

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In this example, you can see that two existing partitions occupy 1,204 cylinders each. Partition 1 is a UNIX partition (perhaps from SCO UNIX, from the Santa Cruz Operation), while partition 2 is an MS-DOS partition. If you want to use the entire disk for Solaris, you need to select option 3 on this menu, twice, to delete each existing partition in turn. Alternatively, if you wished to retain the UNIX partition but delete the MS-DOS partition, you would select option 3 only once, and then select partition 2 for deletion. After you have freed up space (if necessary), you will be required to select option 1 to create a partition. You will then be required to select option A from the following menu to create a Solaris partition:

FIGURE 2-6 Average annual ground solar energy, 1983 2005

Select the partition type to create: 1=SOLARIS 2=UNIX 3=PCIXOS 4=Other 5=DOS12 6=DOS16 7=DOSEXT 8=DOSBIG A=x86 Boot B=Diagnostic 0=Exit

In this chapter we are going to look at the structure and properties of solar cells, but bear in mind, when combined into modules and arrays, the solar cells here are mechanically supported by other materials aluminum, glass, and plastic. One of the materials that solar cells can be made from is silicon this is the material that you find inside integrated circuits and transistors. There are good reasons for using silicon, it is the next most abundant element on earth after oxygen. When you consider that sand is silicon dioxide (SiO2), you realize that there is a lot of it out there! Silicon can be used in several different ways to produce photovoltaic cells. The most efficient solar technology is that of monocrystalline solar cells, these are slices of silicon taken from a single, large silicon crystal. As it is a single crystal it has a very regular structure and no boundaries between crystal grains and so it performs very well. You can generally identify a monocrystalline solar cell, as it

3:

mount non-Solaris file systems after the system has been installed. Next, you need to specify the size of the partition, in either the number of cylinders or the percentage of the disk to be used. In this example, you enter either 100 percent or 2,048 cylinders:

Specify the percentage of disk to use for this partition (or type "c" to specify the size in cylinders).

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