Hasher | quickly hash plaintext strings , or compare hashed values | Hashing library

As for why the tagger doesn't find "accredit" from "accreditation", this is because the scheme .lemma finds the lemma of words, not actually the stems. See the difference between stem and lemma on Wikipedia.

The stem is the part of the word that never changes even when morphologically inflected; a lemma is the base form of the word. For example, from "produced", the lemma is "produce", but the stem is "produc-". This is because there are words such as production and producing In linguistic analysis, the stem is defined more generally as the analyzed base form from which all inflected forms can be formed.

The documentation uses the word "stem", but I do think that the lemma is what is intended here, and getting "accreditation" is the expected behaviour. See the Usage section of the Wikipedia article for "Word stem" for more info. The lemma is the dictionary form of a word, and "accreditation" has a dictionary entry, whereas something like "accredited" doesn't. Whatever you call these things, the point is that there are two distinct concepts, and the tagger gets you one of them, but you are expecting the other one.

As for why the order of the words matters, this is because the tagger tries to analyse your words as "natural language", rather than each one individually. Naturally, word order matters. If you use .lexicalClass, you'll see that it thinks the third word in text2 is an adjective, which explains why it doesn't think its dictionary form is "accredit", because adjectives don't conjugate like that. Note that accredited is an adjective in the dictionary. So "is it a grammar issue?" Exactly.

You can use form_valid[Django-doc] method

At first I couldn't reproduce this behavior by copy-pasting your code. Then I pasted it into an editor configured to save all linebreaks as CRLF - at which point I also got B51325A14138B31939381CB391819CE8A5F09DEEA778721C4360F0DAC1FAB79C.

So the likely explanation is that you wrote your script in an editor that saves all files with Windows-style line breaks.

You can work around this by replacing all Windows style linebreaks in the resulting string value with a single newline character at runtime:

I use NX everyday on a mac with M1 chip and i never had such problems.

I think you should better use the last version of NX available with this tutorial on the NX website : NestJS with NX

You have confused Identifiable, a Swift built-in protocol, with IdentifiableType, a protocol in the RxDataSource library.

You can just conform to IdentifiableType.

A possible approach is to handle drag and creation in "area" (background container), while "item" views are just rendered at the place where needed.

Find below a simplified demo (used Xcode 13.2 / iOS 15.2), see also comments in code snapshot.

Note: tap detection in already "existed" item is an exercise for you.

EasyCorp\Bundle\EasyAdminBundle\Event\BeforeEntityPersistedEvent:class is not proper Symfony event name. You probably should use Doctrine\ORM\Events::prePersist.

Also please check your DoctrineBundle version. If you're using the default services.yaml configuration and DoctrineBundle lower than 2.1, you have to configure services.yaml with:

You're correct that this relates to the fact that the List lazily loads elements -- once the NavigationLink is off the screen, if the Chat element changes, the View ends up getting popped off the stack.

The standard solution to this is to add a hidden NavigationLink to your hierarchy that has an isActive property that controls whether or not it is active or not. Unfortunately, it requires a little more boilerplate code than the convenient list element binding that was introduced in Swift 5.5.

Your code might look something like this:

In the CryptoJS code, the second parameter in crypto.AES.encrypt() is passed as a string, so it is interpreted as passphrase.

Therefore, during encryption, an eight bytes salt is first created and from this, along with the passphrase, key and IV are derived using the KDF EVP_BytesToKey().

The IV derived with createRandomIv() and explicitly passed in crypto.AES.encrypt() is ignored!

hash.ToString() returns the result in OpenSSL format consisting of the prefix Salted__ followed by the salt and by the actual ciphertext, all Base64 encoded. eHex contains the same data, but hex instead of Base64 encoded.

CryptoJS does not automatically disable padding for stream cipher modes like CTR, so the data is padded with PKCS#7, although this would not be necessary for CTR.

In the Go code, the IV that is not required must first be removed. From the remaining data, salt and ciphertext are determined.

From salt and passphrase, key and IV can be retrieved with evp.BytesToKeyAES256CBCMD5().

With key and IV the decryption with AES-CTR can be performed.

Finally, the PKCS#7 padding must be removed.

The following Go code implements these steps. The input data was generated with the NodeJS code: