musicbrainz | Tidy wrapper for musicbrainz API | REST library

It looks as if the Format field is based on a constrained list of pre-defined values - as shown in the release format listing page.

It is therefore possible that the Lucene index has defined this field as a StringField rather than a TextField.

A StringField is defined as:

A field that is indexed but not tokenized: the entire String value is indexed as a single token.

This means that you cannot search for vinyl. You need to use the exact value, which can be one of:

We can use withTimeout from R.utils package which stops trying after few seconds and returns a dataframe with NA values.

I have also changed the while loop to map_df which should be efficient.

If the cover needs to be retrieved, put it into state:

Yes, that's an error that indicates that the linker which strips out unused mode has stripped out the constructor, because it's not aware that Json.NET (or System.Text.Json) is using it via reflection.

There's no exact equivalent to the "Sdk Assemblies only" option (as there's no 'Wasm Sdk' per se), but you just need to add the assembly containing the Recording type as an entry in LinkerConfig.xml at the root of your Wasm platform head folder.

Eg:

I tried using the API and I successfully retrieved the life-span. Have you tried this results.artists[0]['life-span']['end']?

As you are using @nuxtjs/proxy middleware, which is using http-proxy-middleware, you can configure the proxy to follow redirects (which is off by default) - so redirect response will not be returned to your client but proxy will follow the redirect on the server and return only final response...

Change your nuxt.config.js from:

As stated from the error you posted.

TypeScript error: Untyped function calls may not accept type arguments. TS2347

The connect function dosen't accept type arguments.

Change the export connect to this:

The client can't open a connection to the server because they likely don't support the same TLS versions or settings.

Try to start the application with:

• -Dhttps.protocols=TLSv1.2
• -Dhttps.protocols=TLSv1.3
• -Dhttps.protocols=TLSv1.0

TLSv1.2 (2008) is the currently supported version of TLS that is deployed everywhere and supported by everywhere. That's the safe default and what to force for things to just work.

TLSv1.3 (2018) is the upcoming version. It's being rolled across everywhere slowly (web servers, applications, load balancers, CDN, etc...). The transition should be seamless but it's not quite the case, no software is perfect on the first try and there are some bugs and incompatibilities coming up. The JDK 11 introduces TLSv1.3 and tries to use it by default, which didn't go well given the error, so the workaround is to force using TLSv1.2 instead.

There are tricky edge cases if you rely on TLS for client certificate authentication, often used in enterprise systems dealing with highly sensitive information like banking APIs. TLS 1.3 changed the way client authentication happens so both client and server software likely need to be upgraded for it to have a chance to work at all. HTTP/2 breaks client authentication by design, a RFC is pending to agree on a solution, in the meantime use HTTP/1.1.

TLSv1.0 (1999) is an obsolete version that is prohibited from usage and removed in latest library versions (OpenSSL 1.1.x, JDK 11, etc...). It's possible to encounter it still as of 2020 if you work around legacy enterprise java apps that ain't been maintained for years. These really need to be upgraded.

hm, according to npm, https wasn't updated in five years. So let's assume, you would use something newer like axios. Here, the request would be like this: