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The view scripts are basically PHP files that are rendered within the scope of Zend_View. As such, you can use any of the standard PHP that you need to create your dynamic templates. This is one of the things that I like best about the framework; it gives you a rich set of tools to help with common challenges but allows you to use the tools you are already comfortable with as well. Rendering your view scripts is a two-stage process. First, the action controller creates a new instance of Zend_View (which is done with its view renderer action helper), which you load with data in your action method. Second, once the action method has been processed, the view renderer helper tells Zend_View to render the appropriate view script. Zend_View takes control from this point and renders the actual view scripts, returning the response to the controller s response segment.

USE AdventureWorks; GO CREATE FUNCTION dbo.BigAsymEncrypt (@asym_key_name NVARCHAR(128), @plain_text NVARCHAR(MAX)) RETURNS VARBINARY(MAX) AS BEGIN -- Calculate the chunk size of the plain text DECLARE @chunk VARBINARY(512); DECLARE @chunksize INT; SELECT @chunksize = (key_length / 16) - 11 FROM sys.asymmetric_keys WHERE name = @asym_key_name; -- Clear the cipher text result DECLARE @result VARBINARY(MAX); SET @result = CAST('' AS VARBINARY(MAX)); -- Loop through the plain text and encrypt it in chunks DECLARE @i INT; SET @i = 1; WHILE @i < LEN(@plain_text) BEGIN SET @chunk = EncryptByAsymKey(AsymKey_ID(@asym_key_name), SUBSTRING(@plain_text, @i, @chunksize - 11)); -- Append the chunks of cipher text to the result SET @result = @result + CAST(@chunk AS VARBINARY(MAX)); -- Increment the position counter by chunk size minus 11 SET @i = @i + @chunksize - 11; END; -- Return the result RETURN @result; END GO CREATE FUNCTION dbo.BigAsymDecrypt (@asym_key_name NVARCHAR(128), @cipher_text VARBINARY(MAX), @password NVARCHAR(256)) RETURNS NVARCHAR(MAX) AS BEGIN -- Calculate the chunk size of the cipher text DECLARE @chunksize INT; DECLARE @chunk VARBINARY(512); SELECT @chunksize = (key_length / 8) FROM sys.asymmetric_keys WHERE name = @asym_key_name;

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The command eval causes the shell to evaluate the rest of the line, then execute the result. In other words, it makes two passes at the command line. For example, given the command: eval "echo \${$#}" The first pass will generate echo ${4} (assuming that there are 4 positional parameters). This will then print the value of the last positional parameter, $4.

-- Initialize the result plain text DECLARE @result NVARCHAR(MAX); SET @result = N''; -- Loop through the cipher text and decrypt in chunks DECLARE @i INT; SELECT @i = 1; WHILE @i < DATALENGTH(@cipher_text) BEGIN -- Decrypt the encrypted text SELECT @chunk = DecryptByAsymKey (AsymKey_ID (@asym_key_name), SUBSTRING(@cipher_text, @i, @chunksize), @password); -- Append the plain text chunk to the result SELECT @result = @result + CAST(@chunk AS NVARCHAR(MAX)); -- Increment the chunk pointer SET @i = @i + @chunksize; END; -- Return the result RETURN @result; END GO The BigAsymEncrypt function in this listing divides up the nvarchar(max) plain text passed into it and encrypts it in chunks.

The size of the plain text chunks is equal to the number of bits in the asymmetric encryption key s private key divided by 16 (if the plain text were varchar instead of nvarchar, it would be divided by 8 instead), minus 11 bytes The 11 extra bytes are used by the Microsoft Enhanced Cryptographic Provider for PKCS #1 padding The UDF performs a loop, incrementing the loop counter by the calculated chunk size after each iteration The BigAsymDecrypt function divides up the encrypted cipher text, decrypting it in chunks and appending the decrypted plain text chunks to the nvarchar result The chunk size of the varbinary encrypted text is calculated as the length of the asymmetric encryption key s private key divided by 8.

The local command is used in functions; it takes one or more variables as arguments and makes those local to the function and its children. Though not part of the POSIX standard, it is built into many shells; bash and the ash family have it, and pdksh has it as a standard alias for typeset (which is also not included in POSIX). In KornShell 93 (generally referred to as ksh93), if a function is defined in the portable manner (as used throughout this book), there is no way to make a variable local to a function.

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