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The c argument to bzip2 directs output to the standard output stream, and the d option specifies decompression. The arguments to tar have the same meanings as the same arguments to GNU tar. The - tells the tar command to read from standard input rather than from an archive file. Once de-archived, the source code for Glibc requires approximately 120MB.

com"; my($logogravity) = "SouthWest"; This final set of configuration options defines the font, size, color, text, and location of an annotation to place on the images on the site to stop them being misused In my case, I stamp images on my site with the text stillhqcom ####################### # Variables my($meta, $filename, $image, $rc); my($target,$targetpath, $targetindexpath, $targeturl); my($keywords, $temp, $template);.

(3 row(s) affected)

The Linux Standard Base is an up-and-coming standard for the applications that one should be able to find on Linux systems, including where they are located and the command-line arguments that they should provide. The goal of the Linux Standard Base is to provide a single standard that all Linux distributions can move toward. One of the items discussed in the Linux Standard Base is the tar program and its options. To avoid an increasing number of options, one for each new compression scheme, the Linux Standard Base specifies that you should define the compression/decompression method as a separate argument, preceded with two dashes, rather than using options such as j (bzip2) or z (gzip). Equivalent commands to the previous two on systems that are compiled with the Linux Standard Base are the following: $ tar xvf <archive-file> --gzip $ tar xvf <archive-file> --bzip2 This is the command-line structure of the future for tar, separating the actions of external utilities from those specific to tar itself, and simplifying the integration of new, even faster compression mechanisms as they are developed.

ALTER FUNCTION allows you to modify an existing UDF by using almost the identical syntax of CREATE FUNCTION (with some limitations, however): You can t change the name of the function using ALTER FUNCTION. What you re doing is replacing the code of an existing function therefore the function needs to exist first. You can t convert a scalar UDF to a table UDF (either inline or multi-statement), nor can you convert a table UDF to a scalar UDF. In this recipe, the udf_ParseArray from the previous recipe was modified to add two new parameters, @MinRowSelect and @MaxRowSelect: ALTER FUNCTION dbo.udf_ParseArray ( @StringArray varchar(max), @Delimiter char(1) , @MinRowSelect int, @MaxRowSelect int) The @StringArrayTable table variable also had a new column added to it called RowNum, which was given the IDENTITY property (meaning that it will increment an integer value for each row in the result set): RETURNS @StringArrayTable TABLE (RowNum int IDENTITY(1,1), Val varchar(50))

Before configuring the Glibc source code and actually building Glibc, the last phase, so that Glibc can be built successfully, is to integrate the source code for any add-ons that you want to use. For more information on Glibc add-ons, see the section Glibc Add-Ons. As mentioned earlier, the only add-on that is really used with Glibc nowadays is the libidn library for handling internationalized domain names. When you extract this into the directory where you download it, the library has a name of the form glibc-libidn-version, where version should be the same as the version of Glibc that you are building. To integrate the source code for the libidn add-on with your Glibc source directory, you simply move its source code into the Glibc source directory, giving it the generic name of libidn rather than retaining its version number, as in the following example:

The other modification came after the WHILE loop was finished. Any RowNum values below the minimum or maximum values were deleted from the @StringArrayTable table array: DELETE @StringArrayTable WHERE RowNum < @MinRowSelect OR RowNum > @MaxRowSelect After altering the function, the function was called using the two new parameters to define the row range to view (in this case rows 3 through 5): SELECT RowNum, Val FROM udf_ParseArray('A,B,C,D,E,F,G', ',', 3, 5) This returned the third, fourth, and fifth characters from the string array passed to the UDF.

In this recipe, I demonstrate how to view a list of UDFs in the current database: SELECT name, type_desc, definition FROM sys.sql_modules s INNER JOIN sys.objects o ON s.object_id = o.object_id WHERE TYPE IN ('IF', -- Inline Table UDF 'TF', -- Multistatement Table UDF 'FN') -- Scalar UDF

glibc-2.3.6