rhonabwy | Javascript Object Signing and Encryption | Authentication library
kandi X-RAY | rhonabwy Summary
kandi X-RAY | rhonabwy Summary
JWT Relies on JWS and JWE functions, so it supports the same functionalities as the other 2. JWT functionalities also support nesting serialization (JWE nested in a JWS or the opposite). (1) GnuTLS 3.6 minimum is required for ECDSA, Ed25519 (EdDSA) and RSA-PSS signatures. (2) Nettle 3.4 minimum is required for RSA-OAEP and AES key Wrap. (3) GnuTLS 3.6 minimum with FIPS140-2 mode enabled. (4) GnuTLS 3.6.14 minimum is required for A192GCM enc, A192GCMKW, PBES2-HS256+A128KW, PBES2-HS384+A192KW and PBES2-HS512+A256KW key wrapping algorithms.
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rhonabwy Key Features
rhonabwy Examples and Code Snippets
/**
* To compile this program run:
* gcc -o demo_rhonabwy demo_rhonabwy.c -lrhonabwy
*/
#include
#include
int main(void) {
const char token[] = "eyJ0eXAiOiJKV1QiLCJhbGciOiJFUzI1NiIsImtpZCI6IjEifQ."
"eyJzdHIiOiJwbG9wIiwiaW50Ijo0Miwib2JqIjp0c
$ git clone https://github.com/babelouest/rhonabwy.git
$ cd rhonabwy/src
$ make
$ sudo make install
$ cd rhonabwy/src
$ make ECDHFLAG=1
$ sudo make install
$ cd rhonabwy/src
$ make DISABLE_ULFIUS=1
$ sudo make install
$ cd src
$ make && ma
$ rnbyc -j -g RSA2048 -o priv.jwks -p pub.jwks
$ rnbyc -s '{"iss":"https://rhonabwy.tld","aud":"abcxyz1234"}' -K priv.jwks -a RS256
eyJ0eXAiOiJKV1QiLCJhbGciOiJSUzI1NiIsImtpZCI6ImVNdnI3bktBX2I5QUI4NGpMU05zTFFKZHRmdHpadnllV2M1V0VVMjhnRFkifQ.eyJpc3MiOiJ
Community Discussions
Trending Discussions on rhonabwy
QUESTION
I am still in the process of learning to utilize SwiftUI patterns in the most optimal way. But most SwiftUI MVVM implementation examples I find are very simplistic. They usually have one database class and then 1-2 viewmodels that take data from there and then you have views.
In my app, I have a SQLite DB, Firebase and different areas of content. So I have a few separate model-vm-view paths. In the Android equivalent of my app, I used a pattern like this:
View - ViewModel - Repository - Database
This way I can separate DB logic like all SQL queries in the repository classes and have the VM handle only view related logic. So the whole thing looks something like this:
In Android this works fine, because I just pass through the LiveData
object to the view. But when trying this pattern in SwiftUI, I kind of hit a wall:
- It doesn't work / I don't know how to correctly connect the
Published
objects of both - The idea of "chaining" or nesting
ObservableObject
s seems to be frowned upon:
This article about Nested Observable Objects in SwiftUI:
I’ve seen this pattern described as “nested observable objects”, and it’s a subtle quirk of SwiftUI and how the Combine ObservableObject protocol works that can be surprising. You can work around this, and get your view updating with some tweaks to the top level object, but I’m not sure that I’d suggest this as a good practice. When you hit this pattern, it’s a good time to step back and look at the bigger picture.
So it seems like one is being pushed towards using the simpler pattern of:
View - ViewModel - Database
Repository
Without the repository in-between. But this seems annoying to me, it would make my viewmodel classes bloated and would mix UI/business code with SQL queries.
My CodeSo this is a simplified version of my code to demonstrate the problem:
Repository:
...ANSWER
Answered 2021-Sep-25 at 10:16After getting some input from the comments, I figured out a clean way.
The problem for me was understanding how to make a property of a class publish its values. Because the comments suggested that property wrappers like @ObservedObject
was a frontend/SwiftUI only thing, making me assume that everything related was limited to that too, like @Published
.
So I was looking for something like selfAffirmations.makePublisher {...}
, something that would make my property a subscribable value emitter. I found that arrays naturally come with a .publisher
property, but this one seems to only emit the values once and never again.
Eventually I figured out that @Published
can be used without @ObservableObject
and still work properly! It turns any property into a published property.
So now my setup looks like this:
Repository (using GRDB.swift
btw):
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