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Installation / Portability Translations Plugins Compatibility / SxS Error Codes License. Installation / Portability Translations Plugins Compatibility / SxS Application Policy Auto-Type Obfuscation Synchronization Triggers XML Replace User Interface Database Settings Entry Interface Options Load/Save From/To URL License. Auto-Type Command Line Options Composite Master Key Configuration Field References Import / Export Integration Multi-User Password Generator Placeholders Repair Databases Secure Edit Controls Security TAN Support URL Field Using Stored Passwords. Administrative FAQ Technical FAQ Additional FAQ Backup. Customization (1.x) Customization (2.x) Scripting (2.x) Creating Plugins (1.x) Creating Plugins (2.x) Key Providers (1.x) Key Providers (2.x. Password Generator. Details about the built-in password generator of KeePass. Generation Based on Character Sets. This password generation method is the recommended way to generate random passwords. Other methods (pattern-based generation. ) should only be used if passwords must follow special rules or fulfill certain conditions. Generation based on a character set is very simple. You simply let KeePass know which characters can be used (e.g. upper-case letters, digits. ) and KeePass will randomly pick characters out of the set. Defining a Character Set: The character set can be defined directly in the password generator window. For convenience, KeePass offers adding commonly used ranges of characters to the set. This is done by ticking the appropriate check box. Additionally to these predefined character ranges, you can specify characters manually: all characters that you enter in the 'Also include the following characters' text box will be directly added to the character set. The characters that you enter in the 'Also include the following characters' text box are included in the character set from which the password generator randomly chooses characters from. This means that these additional characters are allowed to appear in the generated passwords, but they are not forced to. If you want to force that some characters appear in the generated passwords, you have to use the pattern-based generation. Character Sets are Sets: In mathematical terms, character sets are sets, not vectors. This means that characters cannot be added twice to the set. Either a character is in the set or it is not. For example, if you enter 'AAAAB' into the additional characters box, this is exactly the same set as 'AB' . 'A' will not be 4 times as likely as 'B' . If you need to follow rules like 'character A is more likely than B' . you must use pattern-based generation + permuting password characters. KeePass will 'optimize' your character set by removing all duplicate characters. If you'd enter the character set 'AAAAB' into the additional characters box, close and reopen the password generator, it'll show the shorter character set 'AB' . Similarly, if you tick the Digits check box and enter '3' into the additional box, the '3' will be ignored because it is already included in the Digits character range. Generation Based on Patterns. The password generator can create passwords using patterns. A pattern is a string defining the layout of the new password. The following placeholders are supported. Custom Char Set. Define a custom character set. The placeholder is special: it's an escape character. The next character that follows the is written directly into the generated password. If you want a in your password at a specific place, you have to write. Using the n > code you can define how many times the previous placeholder should occur. The operator duplicates placeholders, not generated characters. Examples: d is equivalent to dddd , dH a is equivalent to dHHHHa and Hda dH is equivalent to HdadH. The [ . ] notation can be used to define a custom character set, from which the password generator will pick one character randomly. All characters between the ' [ ' and ' ] ' brackets follow the same rules as the placeholders above. The ' ^ ' character removes the next character from the character set. Examples: [dp] generates exactly 1 random character out of the set digits + punctuation, [d m @^3] generates 5 characters out of the set 012456789m@ , [u _][u _] generates 2 characters out of the set upper case + '_. ddddd Generates for example: 41922, 12733, 43960, 07660, 12390, 74680. H e x : HHHHHH Generates for example: 'Hex: 13567A', 'Hex: A6B99D', 'Hex: 02243C. Common Password Patterns.