After being sick of constantly having to deal with Plankton stealing the formula, Mr. Krabs invents a secret code which he writes the formula with. When Plankton gets a hold of the coded formula, he uses Karen's analyzer to decode it. He then starts selling Krabby Patties, but it was decoded wrong, so Mr. Krabs wins in the end.
This is the secret code from Valor Buchanan's room that you get by passing a [Nerd Stuff 8] or [Weird Science 7] check. I think the code is some kind of mixture for the paint mixing table in the bunker outside the Bizarre. However, the table disappeares as soon as I pass the check to learn the codes. I tried this in 2 runs btw. One after I got in the Bizarre and the other before I got in the Bizarre. The paint mixer also disappeared in the second case.
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You are a nautical transport manifest analyst at New Donk city harbor. But you also have a secret identity. You are a spy for Global Intelligence Organization. As part of routine inspection of cargo details, you came across a list of shipping codes that look suspicious.
My name is Chandoo. Thanks for dropping by. My mission is to make you awesome in Excel & your work. I live in Wellington, New Zealand. When I am not F9ing my formulas, I cycle, cook or play lego with my kids. Know more about me.
Excel has color scale option in conditional format. I think Coda can give this functionality and even go further, if we can set a color using some formula, e.g. HSV values based on current row data.
The Coca-Cola Company's formula for Coca-Cola syrup, which bottlers combine with carbonated water to create the company's flagship cola soft drink, is a closely guarded trade secret. Company founder Asa Candler initiated the veil of secrecy that surrounds the formula in 1891 as a publicity, marketing, and intellectual property protection strategy. While several recipes, each purporting to be the authentic formula, have been published, the company maintains that the actual formula remains a secret, known only to a very few select (and anonymous) employees.
Coca-Cola inventor John Pemberton is known to have shared his original formula with at least four people before his death in 1888.[1] In 1891, Asa Candler purchased the rights to the formula from Pemberton's estate, founded the Coca-Cola Company, and instituted the shroud of secrecy that has since enveloped the formula. He also made changes to the ingredients list, which by most accounts improved the flavor, and entitled him to claim that anyone in possession of Pemberton's original formula no longer knew the "real" formula.[2]
In 1919, Ernest Woodruff led a group of investors in purchasing the company from Candler and his family. As collateral for the acquisition loan, Woodruff placed the only written copy of the formula in a vault at the Guaranty Trust Company of New York. In 1925, when the loan had been repaid, Woodruff relocated the written formula to the Trust Company Bank (Truist Financial) in Atlanta. On December 8, 2011, the company placed it in a vault on the grounds of the World of Coca-Cola in Atlanta, with the vault on public display.[3]
According to the company, only two employees are privy to the complete formula at any given time and they are not permitted to travel together. When one dies, the other must choose a successor within the company and impart the secret to that person. The identity of the two employees in possession of the secret is itself a secret.[4]However, the company's "secret formula" policy is more of a marketing strategy than an actual trade secret: any competitor in possession of the genuine Coke recipe would be unable to obtain key ingredients such as processed coca leaf, and even if all components were available, could not market the product as Coca-Cola.[1]
Some sources claim that coca leaf chemically processed to remove the cocaine remains part of the formula as a flavoring.[10][11] According to these accounts, the company obtains the ingredient from the Stepan Company of Maywood, New Jersey, which legally extracts cocaine from coca leaves for use in pharmaceuticals, then sells the processed leaf material for use in Coca-Cola.[12] As of 2006[update] the company would neither confirm nor deny this, deferring to the secret nature of the formula.[13][14]
In April 1985, in response to marketing research suggesting that a majority of North American consumers preferred the taste of rival Pepsi to Coca-Cola, the company introduced a sweeter, less effervescent version of Coca-Cola in the U.S. and Canada. Although the new formulation had beaten both Pepsi-Cola and the old Coke formula in multiple blind taste tests, consumer response was overwhelmingly negative. The company quickly reintroduced the original beverage, rebranded as "Coca-Cola Classic", while continuing to market the new version as simply "Coke".[25]
In 2011, Ira Glass announced on his Public Radio International show, This American Life, that show staffers had found a recipe in "Everett Beal's Recipe Book", reproduced in the February 28, 1979, issue of The Atlanta Journal-Constitution, that they believed was either Pemberton's original formula for Coca-Cola, or a version that he made either before or after the product was first sold in 1886. The formula is very similar to the one found in Pemberton's diary.[32][33][34] Coca-Cola archivist Phil Mooney acknowledged that the recipe "could be a precursor" to the formula used in the original 1886 product, but emphasized that the original formula is not the same as the one used in the current product.[35]
This next little bit of code really can be used for any link or button, and is a life saver for those of us dealing with the EOTI role.
This is a special encoding that QB can understand. I have it here encoding the Record ID#, but you can use it for any number.
ENCODING: &r=" & QB32Encode( [Record ID#])
tag_hash_111
Have you ever just wanted to click a button and save something as a csv? Yeah, me too. So I did.
This one can take a bit of set up (or not) depending on if you want to download a filtered report or not.
First I make a report (qid=59 in this case), then I make a bunch of "ask the user" filters (V0, V1, V2,...). This would be a filter where you would say, filter by Shirt Size and instead of putting 'equals Red' in the report, you would put 'equals '. Then you would put whatever you were wanting to filter for the report into the code below. This is great for dynamic reports.
But back to the CSV. As you can see on the end, there is '&options=csv'. It really is that easy. Just plop this is a URL Formula Field and make yourself a button.
NOTE I originally wrote this in a rush hoping that the information provided here would be sufficient to start a conversation. It turned out it was not. Please refer to this comment below for a better explanation (and A DEMO) of the issue: Standard way to prevent formula injections when using AirTable `select` and `filterByFormula` - #15 ...
While the concept of an injection attack is real, it is the responsibility of the person writing the code that includes user input to sanitize that user input. The REST API trusts the formula provided because the request came with valid credentials. Due to the nature of an injection attack, the language cannot protect against this type of attack by itself.
Context: I am building an invite-only website where users can access the website only if they have a valid invite code (which is passed as part of the URL in a query string parameter).
Eventually, they come up with the following code: ' >= 0 & ', they encode it and use it in the URL, resulting in the following URL: -pizza-party-fgpypfb66-lmammino.vercel.app/?code=%27%20%3E%3D%200%20%26%20%27
At the beginning of the encryption process, the sender must decide what cipher will best disguise the meaning of the message and what variable to use as a key to make the encoded message unique. The most widely used types of ciphers fall into two categories: symmetric and asymmetric.
Symmetric ciphers, also referred to as secret key encryption, use a single key. The key is sometimes referred to as a shared secret because the sender or computing system doing the encryption must share the secret key with all entities authorized to decrypt the message. Symmetric key encryption is usually much faster than asymmetric encryption. The most widely used symmetric key cipher is the Advanced Encryption Standard (AES), which was designed to protect government-classified information.
Encryption, which encodes and disguises the message's content, is performed by the message sender. Decryption, which is the process of decoding an obscured message, is carried out by the message receiver.
The word encryption comes from the Greek word kryptos, meaning hidden or secret. The use of encryption is nearly as old as the art of communication itself. As early as 1900 B.C., an Egyptian scribe used nonstandard hieroglyphs to hide the meaning of an inscription. In a time when most people couldn't read, simply writing a message was often enough, but encryption schemes soon developed to convert messages into unreadable groups of figures to protect the message's secrecy while it was carried from one place to another. The contents of a message were reordered (transposition) or replaced (substitution) with other characters, symbols, numbers or pictures in order to conceal its meaning. e24fc04721
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