Description:
Call one of the overloaded functions and a you will have a randomly generated password.

Generate() - Will generate a password 13 or (more/less) characters in length ranging from A-Z a-z 0-9 and other characters such as @ # %... etc.

Generate(ByVal AsciiMin As Integer, ByVal AsciiMax As Integer)
Generate(ByVal AsciiMin As Char, ByVal AsciiMax As Char) - Allows you to set your ASCII range if you wish not to include number for example.

Generate(ByVal ExcludeValues As String()) - Works like Generate() buts characters passed in the array will not be used to generate the password.

Generate(ByVal AsciiMin As Integer, ByVal AsciiMax As Integer, ByVal ExcludeValues As String())
Generate(ByVal AsciiMin As Char, ByVal AsciiMax As Char, ByVal ExcludeValues As String()) - Works like Generate(ByVal AsciiMin As Integer, ByVal AsciiMax As Integer) & Generate(ByVal AsciiMin As Char, ByVal AsciiMax As Char), but allows you to also exclude characters that you do not wish the generator to use.



UPDATE
03/06/2006: Included use of Phill64's TrueRandom2 class for generating random numbers. Also overloaded the constructor so that a length can be set for the password, if the length is not set the default is set to 13.

The easiest way to give columns in a DataGrid the look you want is to use a DataGridTableStyle and to add a GridColumnStyle for each column in the grid.

Fixed the regular expression to check for more strict requirements.

This simple function simply removes the character at the given index from a string.

NOTE: The count starts from 0

Adds any character at the given index of a string.

NOTE: Count starts from 0

Format Bytes

Convert an irregular name=value pair string into a formatted array.

From RSA Security's website:
"RC4 is a stream cipher designed by Rivest for RSA Data Security (now RSA Security). It is a variable key-size stream cipher with byte-oriented operations. The algorithm is based on the use of a random permutation. Analysis shows that the period of the cipher is overwhelmingly likely to be greater than 10^100. Eight to sixteen machine operations are required per output byte, and the cipher can be expected to run very quickly in software. Independent analysts have scrutinized the algorithm and it is considered secure."

This implementation encodes the byte stream to be encrypted "in-place".

Example:
Byte[] Key = new Byte[5] { 12, 34, 22, 12, 32 };
Byte[] B = new Byte[10] { 1, 2, 3, 4, 5, 6, 7, 8, 9, 10 };
// Examine B array before and after this next call.
RC4(ref B, Key);
// Examine B array before and after this next call.
RC4(ref B, Key);

If you have ever written a website or java application where people paste stuff in from Word, you are likely to have hit the problem of Word using high ascii chars for "open quotes", "close quotes", reg symbol, etc...

This java class (with a single static method) can replace the most prevalent of these with normal ascii values

Hope it helps someone...

Similar to Perl's CGI::escapeHTML(), though (because we can!) this adds it as a method to all String objects.