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my (@description,$size); if (-e $file) { push @description, 'binary' if (-B _); push @description, 'a socket' if (-S _); push @description, 'a text file' if (-T _); push @description, 'a block special file' if (-b _); push @description, 'a character special file' if (-c _); push @description, 'a directory' if (-d _); push @description, 'executable' if (-x _); push @description, (($size = -s _)) "$size bytes" : 'empty'; print "$file is ", join(', ',@description),"\n"; }

-A -B -C -M -O -R -S -T -W -X -b -c -d -e -f -g -k -l -o -p -r -s -t -u -w -x -z Table 7-6

3 Check the status of the Database Control console, and start it if necessary From an operating system prompt:

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The code still has one problem. Your goal is to keep track of disk space usage, but the program is tracking the size of the files, not the disk space used by those files. The difference has to do with the way file systems work. Each disk on your computer has what s known as the cluster size, which is the unit of allocation for the files on that disk. When space for a file is allocated, a sufficient number of clusters is allocated to hold the contents of the file. This means if you have a disk with a cluster size of 4,096 bytes, a file with a single byte in it still occupies a full 4,096 bytes of space. For the purposes of this application, the effect of this can be considerable. If you have a file that has a thousand 300-byte files, the current implementation will total 300,000 bytes. Depending on the cluster size, however, the usage could be quite a bit more. The current cluster size on our system is 512 bytes, so the actual usage is 512,000 bytes. This cluster size is pretty small; a typical cluster size on an NTFS system is 4KB, which means you d be using 4MB of space to store 300KB bytes. It can get worse than this if you re running the FAT16 file system. A FAT16 system can have only 64KB clusters on a disk, so if your disk size is 2GB, your cluster size is 32KB. In the previous example, this means you d be using 32MB of space to store 300KB of file.

Age of file (at script startup) in days since modification Is it a binary file Age of file (at script startup) in days since modification Age of file (at script startup) in days since modification Is the file owned by the real user ID Is the file readable by the real user ID or real group Is the file a socket Is it a text file Is the file writable by the real user ID or real group Is the file executable by the real user ID or real group Is it a block special file Is it a character special file Is the file a directory Does the file exist Is it a plain file Does the file have the setgid bit set Does the file have the sticky bit set Is the file a symbolic link Is the file owned by the effective user ID Is the file a named pipe Is the file readable by the effective user or group ID Returns the size of the file, with zero referring to an empty file Is the filehandle opened by a TTY (terminal) Does the file have the setuid bit set Is the file writable by the effective user or group ID Is the file executable by the effective user or group ID Is the file size zero

4 Launch SQL*Plus, using the /nolog switch to prevent an immediate logon prompt:

7:

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