![]() Godafoss is truly beautiful and attracts visitors from all over the world.Īnd we believe that it has a firm spot on every Iceland itinerary. Indeed, Iceland has many waterfalls that are higher, wider, or more powerful.īut sometimes, it's not about numbers. We know that this description might not sound that unusual, but Godafoss is called a Waterfall of the Gods for a reason. The incredibly blue-green glacial color of the Skjálfandafljót River that runs through a lava field created by the Trölladyngja Volcano about 7000 years ago is just icing on the cake. It's one of the top attractions in North Iceland, and as it's fed by Vatnajokull, you can rest assured that it's powerful year-round. It's 12 meters high, 30 meters wide, and has a horseshoe shape. ![]() Therefore, it is one of Iceland's classic waterfalls that no visitor should miss. %2s rules/ folder in hashcat-legacy or hashcat for examples.Located just off the Ring Road on Diamond Circle, Godafoss is one of the most beautiful and accessible waterfalls in Iceland. Replaces character p with value at p minus 1 Replaces character p with value at p plus 1 Swaps character at position p with character at position M Insert substring of length M starting from position p of word saved to memory at position I Overwrites character at position p with X Toggle the case of characters at position pĮxtracts M characters, starting at position pĭeletes M characters, starting at position p In the examples below, the '%2s' portion of the rule means “reject plains unless they have at least two 's' characters:, and the 'p' then means “operate on the position represented by the second 's' character”. $ echo -n | hashcat -stdout -j '%1W DpM ip/ ip\ ip/ that rules that use the 'p' character position code only works using the '-j' or '-k' command-line options. You can also use this functionality to replace one character with multiple characters: Unlike the 's' rule, which replaces all instances of a character, this allows selection of which instance of a character to replace. $ echo -n 'Odessa77' | hashcat -stdout -j '%2s Dp ip$' If you only want to operate on the second instance: $ echo -n 'Odessa77' | hashcat -stdout -j '/s Dp ip$' $ echo -n 'Odessa77' | hashcat -stdout -j '%1s Dp ip$' If you only want to operate on the first instance of a character, you can use %1s, or simply use '/': 'p' becomes available automatically when using '%' (reject plains unless they have at least X occurrences of a specific character) and '/' (reject plains that do not contain a specific character). The 'p' character position code (see Github here) memorizes the position of the Nth instance of a character, and makes that position available for use in rules that work with positions within the string. For example, if your rules-file contains 200 rules and you use -g 500, it will generate 300 additional rules. You can mix your rules from a rules-file with randomly generated rules. ![]() However, “l ^f r $3” would be ignored as it contains 5 functions. When used in conjunction with –g, any ruleįor example, it could randomly generate the rules “l r”, “l ^f”, and these are all valid rules to be used. This number can be unlimited but large numbers are not recommended. You can also specify the pool of functions that the rule engine will select from: Specifies the number of functions that should be used (minimum to maximum range): Tells hashcat to generate NUM rules to be applied to each attempt: There are three configuration parameters: This is a good thing if you are out of ideas on what to do next when you have already tried all your rules on all your dictionaries. With hashcat you can generate random rules on the fly to be used for that session. Toggle case the letter after the Nth instance of a separator char Lower case the whole line, then upper case the first letter and every letter after a custom separator w/Nth separator Replace character N with value at N minus block frontĭuplicate last N case the whole line, then upper case the first letter and every letter after a W0rld Replace character N with value at N plus N - 1 Increment character N by 1 ascii decrement Swap character at position N with character at position shift leftīitwise shift left character shift rightīitwise shift right character increment Prepend the word saved to memory to current current Rule Insert substring of length M starting from position N of word saved to memory at position memoryĪppend the word saved to memory to current memory Truncate word at position all instances of X with all instances of first N Toggle the case of all characters in the case of characters at position the entire entire NĮxtract M characters, starting at position #ĭelete M characters, starting at position N Lowercase first found character, uppercase the Case Do nothing all all the first letter and lower the Capitalize
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