dipper | Sending your microservices productivity into the stars | Continuous Deployment library

From what I understand,

1. You need the full name + text to come in one bubble. For that you can give background and styling to the .in and .out divs. Same goes for the pointing arrow.

2. You need to have some width, so the bubble has some width. For this remove the float left/right given to dd.

Rest you can fix using margin and padding.

Rename your image. Your image name has space. In android image not load with space name. so Refactor your image name Dippers with Choco Dip to Dippers_with_Choco_Dip

I wrote a sample code to demonstrate what I said in comment by using ObjectMapper to transform response json string into POJO.

First, create a class, says CoinDeskResponse to store the transformation result.

try this one :

You need $unwind to get single document per relationship:

If you are asking why the quantity on your quantity column is not giving you a form, or why the return from that input is not correct, you have a few problems that I can see. The first issue is that you are creating n+1 number of number input form items in the same space with the same ID. This will likely prevent them from showing up, and will never produce a usable form. This:

You need to get the order that you want track_name to be in, and then use that order to create a factor.

I found the answer here

Documentation

Swift without the Objective-C Runtime: Swift on Linux does not depend on the Objective-C runtime nor includes it. While Swift was designed to interoperate closely with Objective-C when it is present, it was also designed to work in environments where the Objective-C runtime does not exist.

https://swift.org/blog/swift-linux-port/

Which is clear, provided that it states:

value of type 'A' has no member 'setValue'

It basically tells that there is no KVC mechanism underneath. setValue method comes from Objective-C runtime, which is absent on Linux. Thus, it's a no-go and what you're trying to accomplish is simply not possible.

Other than that, the following rule is applied on systems with Obj-C runtime environment:

Key-Value Coding with Swift

Swift objects that inherit from NSObject or one of its subclasses are key-value coding compliant for their properties by default. Whereas in Objective-C, a property’s accessors and instance variables must follow certain patterns, a standard property declaration in Swift automatically guarantees this. On the other hand, many of the protocol’s features are either not relevant or are better handled using native Swift constructs or techniques that do not exist in Objective-C. For example, because all Swift properties are objects, you never exercise the default implementation’s special handling of non-object properties.

Also: Requiring Dynamic Dispatch

Swift APIs that are callable from Objective-C must be available through dynamic dispatch. However, the availability of dynamic dispatch doesn’t prevent the Swift compiler from selecting a more efficient dispatch approach when those APIs are called from Swift code.

You use the @objc attribute along with the dynamic modifier to require that access to members be dynamically dispatched through the Objective-C runtime. Requiring this kind of dynamic dispatch is rarely necessary. However, it is necessary when using APIs like key–value observing or the method_exchangeImplementations function in the Objective-C runtime, which dynamically replace the implementation of a method at runtime.

Declarations marked with the dynamic modifier must also be explicitly marked with the @objc attribute unless the @objc attribute is implicitly added by the declaration’s context. For information about when the @objc attribute is implicitly added, see Declaration Attributes in The Swift Programming Language (Swift 4).

Elements must also be declared dynamic in order to be KVO-compatible (for KVC, inheriting from NSObject is enough):