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Since you are creating your console app from scratch you have to manually configure the logger, otherwise it would not be injected.

Finally the issue is resolved :)

My system OS is windows and i have installed mongodb in C:\Program Files\MongoDB\ (system's drive),

Before this mongo-connector connection, i have initiated replica set for mongodb using below command as per this blog:

One pattern that you can use is the following:

1. Define an interface for the desired functionality you want to find.
2. Implement the interface in the abstract base class.
3. Create an inventory class.
4. Initialize the inventory class with a set of assemblies. This set can be staticly defined, or dynamicly defined by looping through available assemblies in the application domain.
5. Loop through all types in the assemblies.
6. Loop through all interfaces in these types (and base types)
7. Build an inventory of what types are available implementing different interfaces, using an appropriate structure.
8. Add a method to get available types during runtime when needed.

The reason for using interfaces as the common denominator, is that they are typically much fewer than all the types available, making the creation of the inventory quicker and consume less memory.

Example: Look at the Initialize and GetTypesImplementingInterface methods in the static Types class of the Waher.Runtime.Inventory nuget:

https://github.com/PeterWaher/IoTGateway/blob/master/Runtime/Waher.Runtime.Inventory/Types.cs

It can be combined with the TypesLoader class to dynamically load all available assemblies during startup:

https://github.com/PeterWaher/IoTGateway/blob/master/Runtime/Waher.Runtime.Inventory.Loader/TypesLoader.cs

As you mentioned your web server is on a different port and REST server on a different port

In this case, CORS will definitely come in picture.

The configuration looks correct.

I think the problem is with domain name which you are setting

Take a look at futures and promises, two related design patterns that address this issue very well. My company uses BrightFutures, a third party library that offers a decent implementation of both.

I have finally solved it using dynamic_templates as

You have to attach LayoutSerializationCallback raised by your DockingManager instance, then set there the Content of the layout serialized. Something like this:

The Java API goes through the REST API, and there is some auto-magic processing that occurs when you invoke /v1/documents PUT to insert a document.

If the URI has a known file extension, then the MIME type mappings to determine the format. When you use a URI with a .txt file extension, then it assumes you are loading a text document.

If you were to use a URI that does not end with .txt file extension, for instance .txt.bin, then it should insert as a binary() node.

If you want to insert the document with a .txt file extension as a binary() node, then you will likely need to insert it differently.

General Content Type Guidelines

The following guidelines apply to specifying input and output content type for most requests:

• Document content: Rely on the MarkLogic Server MIME type mapping defined for the URI extension.
• Non-document data: Set the request Content-type and/or Accept headers. In most cases, this means setting the header(s) to application/xml or application/json.

The installation-wide MarkLogic Server MIME type mappings define associations between MIME type, URI extensions, and document format. For example, the default mappings associate the MIME type application/pdf, the 'pdf' URI extension, and the binary document format. You can view, change, and extend the mappings in the 'Mimetypes' section of the Admin Interface or using the XQuery functions admin:mimetypes-get and admin:mimetypes-add.

If you want to be sure that a Word process is finished correctly you need to release all underlying COM objects instantly. Use System.Runtime.InteropServices.Marshal.ReleaseComObject to release an Outlook object when you have finished using it. Then set a variable to Nothing in Visual Basic (null in C#) to release the reference to the object. Read more about that in the Systematically Releasing Objects article. You may also find the When to release COM objects in Office add-ins developed in .NET article helpful.

Be aware, Microsoft does not currently recommend, and does not support, Automation of Microsoft Office applications from any unattended, non-interactive client application or component (including ASP, ASP.NET, DCOM, and NT Services), because Office may exhibit unstable behavior and/or deadlock when Office is run in this environment.

If you are building a solution that runs in a server-side context, you should try to use components that have been made safe for unattended execution. Or, you should try to find alternatives that allow at least part of the code to run client-side. If you use an Office application from a server-side solution, the application will lack many of the necessary capabilities to run successfully. Additionally, you will be taking risks with the stability of your overall solution. Read more about that in the Considerations for server-side Automation of Office article.

As a workaround you may consider using the Open XML SDK if you deal with open XML documents only. Or consider using any third-party components designed for the server-side execution.