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After the record has been inserted, the main menu is displayed once again. Further records can be inserted, or you can simply quit the application:

Here, we started the database application by passing the filename database.txt, which is to contain the user data entered through the application. After the welcome banner is printed, we enter e to go to the data entry screen. Here, we enter data for the user pwatters, including UID 1001, GID 100, full name Paul, shell /bin/sh, and home directory /home/paul. After all of the data has been accepted and the entry has been written to the database file, we are returned to the main menu.

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The open() system call is used to open a file using a low-level call. The file remains open until it is closed with a close() system call. When the open() system call is called, a file descriptor is returned, which is a unique integer that distinguishes the current open file from other opened files. A pool of available file descriptor integers is maintained, and the next integer in the queue is selected. Recall that there are three file descriptors that are defined by the low-level interface: standard input (0), standard output (1), and standard error (2). The named file is always opened at its beginning, so subsequent operations are operating sequentially on the data contained in the file. The open() function opens the file named in the string pathname, with the permissions specified by primary flags. These flags include the following: O_RDONLY O_WRONLY O_RDWR Opens the file read-only. Opens the file write-only.

In addition, the following secondary flags may be bitwise-OR ed with the secondary flags to extend the functionality of the open() call: O_CREAT O_EXCL Creates the file on the file system if it does not already exist. The reverse of O_CREAT: if a file already exists, the call will fail.

O_NOCTTY Prevents the process from being overtaken by a terminal (tty) device that is specified by pathname. O_TRUNC O_APPEND Allows a file to be truncated. Allows data to be appended to the end of a file.

Part VI:

Condensation Evaporation Surface chemistry diffusion Coagulation Water uptake Oxidation Precursor emissions Dry DryDry deposition depositiondeposition Activation

hit the colored side, which is doped with phosphorus to produce some extra electrons. By giving these electrons additional energy from the photons, they are able to jump the gap, across to the boron doped silicon (the plain old egg) where they fill the holes where there are electrons missing from the atomic structure. With a steady stream of photons, hitting the cell, a heavy stream of electrons are encouraged to migrate across the p n junction, then travel around the circuit doing useful work! Now these cells can be integrated into larger modules, or even arrays, to produce more power.

Prevents waiting. Prevents the opening of a file if it is a symbolic link. Fails if the named file is not a directory.

O_LARGEFILE Allows large files whose sizes cannot be addressed (in 32-bit systems) to be opened. The open() function always returns an integer, which is the file descriptor (if positive), or an error (if negative). The errors associated with open(), which are set by errno, include EEXIST, EISDIR, EACCESS, ENAMETOOLONG, ENOENT, ENOTDIR, ENODEV, EROFS, ETXTBSY, EFAULT, ELOOP, ENOSPC, ENOMEM, EMFILE, and ENFILE. Two operations are supported by low-level I/O: reading (with the read() function) and writing (with the write() function). The main difference between high- and low-level reading and writing functions is that the latter require you to specify your own buffer size, and the type of data being read and written is not assumed. The read() call has the form

ssize_t read(int fd, void *buf, size_t count)

where fd is a file descriptor, buf is a pointer to a (variable-sized) buffer, and count is the number of bytes to be read from the file. If the call is successful, the number of bytes read successfully is returned. If the call fails, one of the following codes is returned by errno: EINTR, EAGAIN, EIO, EISDIR, EBADF, EINVAL, or EFAULT. These are defined and described at the end of this chapter. The write() call has the form

ssize_t write(int fd, void *buf, size_t count)

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