interfaces | A Java user-interface library with support for Minecraft | Video Game library

Wherever you've got the mongoose connection snippet from, it's outdated.

The autoReconnect and auto_reconnect options were a thing in Nodejs native driver before v4.0, and mongoose just proxied these options to the driver.

This is the documentation for the driver 3.7 with "autoReconnect" still there: http://mongodb.github.io/node-mongodb-native/3.7/api/global.html#MongoClientOptions and this is the commit where it's been removed: https://github.com/mongodb/node-mongodb-native/commit/e3cd9e684aea99be0430d856d6299e65258bb4c3#diff-f005e84d9066ef889099ec2bd907abf7900f76da67603e4130e1c92fac92533dL90

The option was "True" by default with a strong note to do not change this value unless you know exactly why you need to disable it.

v4 introduced many changes to the driver - refactoring to typescript, architectural changes, you can see it from the commit, right. One of the changes affected connection logic and pool management. There is no option to disable reconnection anymore. It's always reconnects regardless how you connect directly or via mongoose.

As it stands, there are two Interface::method1s in Interface2Defination, and only one of them has an implementation. If you virtually inherit Interface, you have one, with a definition.

Firstly... We need to take a look at the implementation of the internal method GetExternalLoginInfoAsync inside SignInManager.cs and take note of all the conditions that could possibly lead to null being returned.

I will provide my answer as comments within the code below:

How about trying Target as shown below

Target : constant Interfaces.C.Char_Ptr := Interfaces.C.To_C ("amd");

Problem with directly comparing interfaces is that each class can declare interface even if it was already declared in ancestor. That allows that redeclared interface can implement different methods in the derived class.

Every object instance has associated metadata attached, interface table. Interface table contains list of pointers for each declared interface pointing to the virtual method table for that particular interface. If the interface is declared more than once, each declaration will have its own entry in the interface table pointing to its own VMT.

When you take interface reference of particular object instance, value in that reference is the appropriate entry from that object's interface table. Since that table may contain multiple entries for the same interface, those values can be different even though they belong to the same object.

In context of Firemonkey, TControl declares IControl interface, but TFrame which descends from TControl also declares it. Which means TFrame instances will have two different entries for IControl interface in their interface table.

With --strictFunctionTypes enabled, function types' parameters are checked contravariantly, as required to maintain type safety:

Updated

You can try this:

Yes, the implementation of matrix multiplication will vary depending upon your array type. The builtin Array will use BLAS, whereas your custom fooArray will use a generic implementation, and due to the non-associativity of floating point arithmetic, these different approaches will indeed yield different values — and note that they may be different from the ground truth, even for the builtin Arrays!

"As of 1.2.0 and onward all the releases of this package are going to match the @chainlink/contracts NPM tags So it will look backwards, but we are starting with 0.2.1"

Change: @chainlink=smartcontractkit/chainlink-brownie-contracts@1.1.1 To: @chainlink=smartcontractkit/chainlink-brownie-contracts@0.2.1

https://github.com/smartcontractkit/chainlink-brownie-contracts/tree/v0.2.1