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as its first return value in the case of a failure. If the function is called in scalar context instead of array context, the error will be lost. Another Perlish wrapper around a low-level Subversion data structure is provided for svn_stream_t. The Perl bindings allow svn_stream_ts and native Perl I/O handles to be used interchangeably. This means that when you get a stream back from the apply_text() function attached to an svn_fs_root_t s Perl representation, you can simply use print() to write data to it and close() to close it when you re done. Conversely, you can pass references to *STDOUT in to SVN::Client s cat() function to write a file in the repository to standard out. Finally, there are the Perl wrappers for the various svn_auth functions. To use this code, you can use SVN::Core::auth_open() to turn an array of authentication providers into an authentication baton object, which you can then pass to any other function that requires authentication support. The authentication providers themselves can be built via various builder functions in SVN::Client. Listing 8-42 shows the process. Listing 8-42. Using Authentication in Perl sub build_auth_provider { # create an authentication baton with providers for svn.simple and # svn.username my $auth_baton = SVN::Core::auth_open ([ SVN::Client::get_simple_provider (), SVN::Client::get_simple_prompt_provider (\&simple_prompt, 2), SVN::Client::get_username_provider () ]); return $auth_baton; } sub simple_prompt { my ($cred, $realm, $def_username, $may_save, $pool) = @_; # show the user the realm and prompt for his username print "Realm = $realm\n"; print "Username : "; # read in the username my $username = <>; chomp $username; # set the username in the credentials $cred->username($username); # prompt for the username print "Password : "; # read the password my $password = <>; chomp $password;

The bit type is typically used as the data type to store Boolean values. Columns of type bit can t have indexes on them. The bit type maps to a bool (System.Boolean) in C# and is defined as follows: In SQL Server, bit is an integer type that can take two values: 0 or 1. You should use the SqlDbType.Bit type identifier for parameters of this type. In MySQL, bit is an integer type that can take two values: 0 or 1. It s also known as bool or boolean. Depending on the data provider, you should use the OdbcType.Bit or MySqlClient.Bit type identifiers for parameters of this type. In Microsoft Access, bit is called Yes/No and can take the values of Yes (1) or No (0). You should use the OleDbType.Boolean type identifier for parameters of this type.

After that, we add in the field We want the field to be to the right of the label and have the text aligned along the baseline Also, the field should take up the rest of this row in the layout These requirements are handled by three properties: android:layout_toRightOf = "@id/label" android:layout_alignBaseline = "@id/label" android:layout_width = "fill_parent" If we skipped the 15-pixel padding on the label, we would find that the top of the field was clipped off That s because of the 5-pixel padding on the container itself The android:layout_alignBaseline = "@id/label" simply aligns the baselines of the label and field The label, by default, has its top aligned with the top of the parent But the label is shorter than the field because of the field s box.

# set the password in the credentials $cred->password($password); }

The int type represents a 4-byte integer and maps to an int (System.Int32) in C#. It is defined as follows: In SQL Server, an int represents a range of integers between -231 (-2,147,483,648) and 231-1 (2,147,483,647). You should use the SqlDbType.Int type identifier for parameters of this type. For a signed int, MySQL uses the same definition as SQL Server. An unsigned int can represent a range of integers between 0 and 232 (4,294,967,296). Depending on the data provider, you should use the OdbcType.Int or MySqlClient.Int32 type identifiers for parameters of this type. In Microsoft Access, an int type is represented as a Number data type and a Long Integer field size. It supports the same range of values as SQL Server, and you should use the OleDbType.Integer type identifier for parameters of this type.

The mediumint type represents a 3-byte integer and has no direct mapping in .NET. The closest is an int in C#. It is defined as follows: A signed mediumint in MySQL represents a range of integers between -223 (-8,388,608) and 223-1 (8,388,607). An unsigned mediumint can represent a range of integers between 0 and 224 (16,777,216). Depending on the data provider, you should use the OdbcType.Int or MySqlClient.Int24 type identifiers for parameters of this type. There is no equivalent in SQL Server or Microsoft Access.

Since the field is dependent on the label s position, and the label s position is already defined (because it appeared first in the XML), the field winds up being too high and has the top of its box clipped off by the container s padding You may find yourself running into these sorts of problems as you try to get your RelativeLayout to behave the way you want it to The solution to this conundrum, used in the XML layout shown above, is to give the label 15 pixels worth of padding on the top This pushes the label down far enough that the field will not get clipped The OK button is set to be below the field (android:layout_below = "@id/entry") and have its right side align with the right side of the field (android:layout_alignRight = "@id/entry").