OpenSSL | OpenSSL package for SPM , CocoaPod , and Carthage , for iOS | iOS library

Unfortunately I can't provide you with a fix, but I've found a workaround for that exact same problem (company-hosted bitbucket resulting in exact same error). I also don't know exactly why the problem occurs, but my best guess would be that the libressl library shipped with Monterey has some sort of problem with specific (?TLSv1.3) certs. This guess is because the brew-installed openssl v1.1 and v3 don't throw that error when executed with /opt/homebrew/opt/openssl/bin/openssl s_client -connect ...:443

To get around that error, I've built git from source built against different openssl and curl implementations:

1. install autoconf, openssl and curl with brew (I think you can select the openssl lib you like, i.e. v1.1 or v3, I chose v3)
2. clone git version you like, i.e. git clone --branch v2.33.1 https://github.com/git/git.git
3. cd git
4. make configure (that is why autoconf is needed)
5. execute LDFLAGS="-L/opt/homebrew/opt/openssl@3/lib -L/opt/homebrew/opt/curl/lib" CPPFLAGS="-I/opt/homebrew/opt/openssl@3/include -I/opt/homebrew/opt/curl/include" ./configure --prefix=$HOME/git (here LDFLAGS and CPPFLAGS include the libs git will be built against, the right flags are emitted by brew on install success of curl and openssl; --prefix is the install directory of git, defaults to /usr/local but can be changed)
6. make install
7. ensure to add the install directory's subfolder /bin to the front of your $PATH to "override" the default git shipped by Monterey
8. restart terminal
9. check that git version shows the new version

This should help for now, but as I already said, this is only a workaround, hopefully Apple fixes their libressl fork ASAP.

I still don't know why this started failing all of a sudden but I have resolved the problem by updating node-sass to version 6.0.1.

The blind-signature library used in the NodeJS code for blind signing implements the process described here:

• BlindSignature.blind() generates the SHA256 hash of the message and determines the blind message m' = m * r^e mod N.
• BlindSignature.sign() calculates the blind signature s' = (m')^d mod N.
• BlindSignature.unblind() determines the unblind signature s = s' * r^-1 mod N.
• BlindSignature.verify() decrypts the unblind signature (s^e) and compares the result with the hashed message. If both are the same, the verification is successful.

No padding takes place in this process.

In the Java code, the implementation of signing the blind message in signConcealedMessage() is functionally identical to BlindSignature.sign().
In contrast, the verification in the Java code is incompatible with the above process because the Java code uses PSS as padding during verification.
A compatible Java code would be for instance:

Install libxcrypt-compat from the AUR, as suggest in this answer.

This made my biber from TeX Live 2020 work again. The interesting question is if newer TeX distributions will require this AUR package.

Ok, I think I found my problem. I made two changes:

First, I moved the contents of the web.config.file into the prometheus.yml file under the 'spring-actuator'. Then I changed the target to use the hostname for my backend container, rather than 127.0.0.1.

The end result was a single prometheus.yml file:

You are using rocket 0.5.0-rc.1 and rocket_contrib 0.4.10. While Json from rocket_contrib does implement Responder, it implements the Responder trait of Rocket v4, not that of Rocket v5.

In Rocket v5, Json is not part of rocket_contib anymore, but included in the rocket crate (note that you need to enable the json feature on the rocket crate):

Git For Windows 2.33.1 comes with OpenSSH 8.8 which disables RSA signatures using the SHA-1 hash algorithm by default.

For most users, this change should be invisible and there is no need to replace ssh-rsa keys.
OpenSSH has supported RFC8332 RSA/SHA-256/512 signatures since release 7.2 and existing ssh-rsa keys will automatically use the stronger algorithm where possible.

Incompatibility is more likely when connecting to older SSH implementations that have not been upgraded or have not closely tracked improvements in the SSH protocol.

For these cases, it may be necessary to selectively re-enable RSA/SHA1 to allow connection and/or user authentication via the HostkeyAlgorithms and PubkeyAcceptedAlgorithms options.
For example, the following stanza in ~/.ssh/config will enable RSA/SHA1 for host and user authentication for a single destination host:

Seems a bug of openssl itself. https://github.com/openssl/openssl/issues/16487

~~What about export SDKROOT="/Library/Developer/CommandLineTools/SDKs/MacOSX.sdk "?~~

Homebrew pre-build packages for some versions of macOS. But it keep dropping this pre-building support for old macOS. On macOS 10.12, you're building openssl from the source code and Xcode command line tool is needed.

I'm the author of MariaDB4j, and can confirm that currently this is not possible / won't "just work". The reason is that what MariaDB4j does is simply package platform specific MariaDB binaries into JARs, and then natively executes the mysqld. And nobody has contributed the MariaDB binaries for M1 to MariaDB4j... but contributions to the project are very welcome! ;-) https://github.com/vorburger/MariaDB4j/issues/497 tracks this FR.