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What is Hash?
marijuana, black shit to make a spliff, if the spliff is packed with strong hash u could end up hangin onto the toilet with a whitey!
relaxed, got the muchies n the giggles! hehe
Hash - meme gif
Hash - video
Hash - what is it?
Hash are the THC Tetra Hydra Cannabinol drops from the marihuana leaves. It's made by a machine called a Polinator, wich highly condenses water, so the THC "falls" from the leaves into a reservoir. Weed is the plant, hash is the THC. But don't be fooled! Hash isn't pure THC!
I got a secret stash of hash
What does "Hash" mean?
an argument , if someone gives you hash they are almost giving you hate, daggers. if there is hash between someone there is an argument or disagreeing on something.
"she's giving me right hash" so she's giving me evils or hate.
"ah have you heard about the hash between them lot" so have you heard about the argument between them lot.
Hash - what does it mean?
a breakfast staple made out of the leavings from dinner. If it comes out of a can, it ain't hash.
Mom turned the leftovers into hash.
Hash - meaning
Hash (or Hashish) is the compressed pollen of the cannabis plants flower. Many varieties and qualities are available. Traditionally, a Dark Hash is mixed with Opium, whereas a Light Hash is pure pollen (or Kif).
It can be smoked in various ways, but the best methods include solar puffing, bee line, or glow rods. Incredibly potent, it is typically more expensive than regular cannabis plant material.
Production methods can be anything from pressing Kif caught in a grinder with a pollen press, to pressing it using expensive bubble bags.
"I got some hash man."
"Yea?"
"Yep. Sour Diesel Full Melt."
"Bomb."
Hash - definition
something that is interesting or funny; lit
Bro, that is so hash
Hash - slang
Hash is a southern sauce almost like a bbq sauce but not
Can I have some more hash
Hash
The group known as "The Drinking Club with the Running Problem"
Hashing is an exhilaratingly fun combination of running, orienteering, and partying, where bands of harriers and harriettes chase hares on eight-to-ten kilometer-long trails through town, country, and desert, all in search of exercise, camaraderie, and good times.
Hashing began in Kuala Lumpur, Malaysia, in 1938, when a group of British colonial officials and expatriates founded a running club called the Hash House Harriers. They named the group after their meeting place, the Selangor Club, nicknamed the "Hash House." Hash House Harrier runs were patterned after the traditional British paper chase. A "hare" was given a head start to blaze a trail, marking his devious way with shreds of paper, all the while pursued by a shouting pack of "harriers." Only the hare knew where he was going . . . the harriers followed his clues to stay on trail. Apart from the excitement of chasing the hare and solving the clues, reaching the end was its own reward . . . for there, thirsty harriers would find a tub of iced-down beer.
Hashing died out during World War II (Japanese occupying forces being notoriously anti-fun) but picked up in the post-war years, spreading through the Far East, Australia, and New Zealand . . . then exploding in popularity in the mid-70s. Today there are thousands of Hash House Harrier clubs in all parts of the world, with newsletters, directories, and even regional and world hashing conventions.
Hashing hasn't strayed far from its Kuala Lumpur roots. A typical hash today is a loosely-organized group of 20-40 men and women who meet weekly or biweekly to chase the hare. We follow chalk, flour, or paper, and the trails are never boring . . . we run streets and back alleyways, but we also ford streams, climb fences, explore storm drains, and scale cliffs. And although some of today's health-conscious hashers may shun cold beer in favor of water or diet sodas, trail's end is still a celebration and a party.
A hash can be found in every major city around the world.
Hash
1, n. (sing, pl Hashes) An individual local chapter of the Hash House Harriers or a meeting or run thereof.
2. vb, ptc Hashing, the act of running and drinking with this organisation.
There are eleven different hashes in Hong Kong.
Hash
A "hash" is a generic term for a bit of software that - given the same input - will produce the same output, and where the input cannot be reconstructed by looking at the output. For example, given the input of "23" a very simple hash would be "5" (adding them together). In this case you cannot reconstruct "23" by analysing "5" because other inputs will also equal "5" ("41", for example). Although you cannot reconstruct the input, you can verify that the input matches the hash.
The use of hashes in applications is typically used to store passwords because if the password database is stolen and your inputs (passwords) are hashed then the thief can’t feasibly reconstruct the input (the original passwords) and use them in the future. So as well as the thief not having anything useful, it means you don’t need to tell all the customers to change their passwords. Because you're only storing the hash of a password this does mean you can’t tell customers what their password is – you can only change it.
When two inputs make the same output in a hash this is called a collision. Just before "23" was hashed as "5" but "41" would also be "5". Collisions in hashes are to be expected; a mere collision is no big deal. However the output of a good hash is also supposed have some other properties – if a good hash produces a value between 0000 and 9999 it shouldn’t produce twice as many outputs between 8000-9999 – the output should be equally distributed across the output space. Also, a good hash given the input "password" and "pbssword" (which vary by only a single letter) should produce very different outputs. This should apply to all inputs, not just typical inputs.
For example, "password" in the MD5 hash is 5F4DCC3B5AA765D61D8327DEB882CF99. Whereas "pbssword" is 65ADD8ADCD26EA1AF12B05F67FD50B97.
This change in output is important because if I already know 5F4DCC(...) as being the hash of "password" this shouldn't help me work out that 5F4DCB(...) came from an input near the word "password".
Finally, a good hash should make it computationally infesible to construct a possible input. If a hash's output varies only between 1 and 9 then generating a possible input is easy, so this is not a good hash. Good hashes like SHA-1 would take years of computer time to construct a possible input (as currently known). Unless you're a crypto scientist use an established and researched hash.
When using hashes in your applications it's important to remember that hashes are repeatable (given the same input you'll get the same output) and that there are precalculated databases of hashes and popular inputs (popular passwords, english words, etc - and their resulting hashes). These databases could be used for good or bad, but as you're hashing your passwords in the first place you'll be wanting to defeat these databases.
One method of defeating such databases is by salting your input. For example, before hashing the word "password" you might combine "salted" so as to get "saltedpassword" -- producing a hash that the precalculated database is less likely to have (it'll have the hash for "cat" but it's less likely to have "saltedcat"). You can either add your salt at the beginning, or intermingle your letters. You may even decide to add specific bytes onto your input so your salt isn't English. Salting could be done application-wide, or per-user (have a salt column in your user table).
Popular hashes are MD5, SHA-0, and SHA-1. Recently MD5 and SHA-0 were shown to be significantly easier to computationally
So use SHA1 (or greater) as your hash and keep an eye out for recently discovered flaws in hashing algorithms. And as hashes vary in length be sure that your database doesn't truncate your good work in protecting passwords.
Did you salt your hashes?
What hashing algorithm did you use?