In this article, we will learn about Database in MongoDB. Before starting, I would recommend you to go through the previous article in this series:
Saturday, 20 October 2018
Saturday, October 20, 2018
Working with Database in MongoDB
Wednesday, 17 October 2018
Wednesday, October 17, 2018
Configure a Windows Service for MongoDB
In this Article, we will learn How to configure a Windows Service for MongoDB. In the previous article of this series, we learned:
Saturday, 6 October 2018
Saturday, October 06, 2018
Getting Started with MongoDB
In this article, we will learn How to set up and starts with MongoDB in Windows Operating System.
Sunday, 2 September 2018
Sunday, September 02, 2018
C# Interactive in Visual Studio
In this Article, we will learn How to use C# Interactive in Visual Studio. The C# Interactive window is now a part of Visual Studio from Visual Studio 2015 update 1 release. In this Article, I am using Visual Studio 2017 for demonstration purpose. C# Interactive is REPL Editor, i.e. Read-Evaluate-Print-Loop with advanced editor. With C# Interactive window, we can test our code snippet without compiling or running the complete code.
Let’s Begin:
Open C# Interactive window in Visual Studio:
We can open C# Interactive window in multiple ways:
1) From Menu Bar: Go to View Menu then move the cursor to Other Windows and then click on C# Interactive.
2) From context box: Right click on the .cs file and then click on Execute in Interactive (shortcut is Ctrl+E, Ctrl+E).
3) From Visual Studio command prompt: Open Visual Studio Developer command prompt.
Then type csi and then press enter. C# Interactive mode will be available in the command prompt.
Options available in C# Interactive Window:
C# Interactive window has 4 options in the window that is as below:
1) Reset: Reset will reset all the DLLs, methods, etc. loaded in the C# Interactive window.
2) Clear: Clear will clear the screen of the C# Interactive Window.
3) History Previous: For checking the previous step/command executed in the C# Interactive Window.
4) History Next: For checking the Next step/command executed (If exists, means earlier, we used History Previous option) in the C# Interactive Window.
C# Interactive Window also supports error handling in both compile time as well as runtime. Check the below screenshot:
Hope this will help you. Thanks.
Open C# Interactive window in Visual Studio:
We can open C# Interactive window in multiple ways:
1) From Menu Bar: Go to View Menu then move the cursor to Other Windows and then click on C# Interactive.
C# Interactive window has 4 options in the window that is as below:
1) Reset: Reset will reset all the DLLs, methods, etc. loaded in the C# Interactive window.
2) Clear: Clear will clear the screen of the C# Interactive Window.
3) History Previous: For checking the previous step/command executed in the C# Interactive Window.
4) History Next: For checking the Next step/command executed (If exists, means earlier, we used History Previous option) in the C# Interactive Window.
Execute Code in C# Interactive Window:
We can execute C# code in the interactive window easily. In below example, I have declared a string variable and displayed the output in the C# Interactive Window. C# Interactive window supports C#6 and C#7 as well.
We can execute C# code in the interactive window easily. In below example, I have declared a string variable and displayed the output in the C# Interactive Window. C# Interactive window supports C#6 and C#7 as well.
Intelligence feature is also available in the Interactive window, which makes it easy to use.
We can execute any code block in the Interactive Window. For this, we have to just select the method which we want to test/access in the C# Interactive Window. Check the below example, I have created a Calculator class which has Add, Subtract, Multiply and Divide method.
Now select the method or function you want to test in the C# Interactive window and right click and select Execute in Interactive.
Test the method by passing the parameter value in the method.
We can also load the DLL in REPL with the help of #r command. #r command followed by the path of the DLL to load in the C# Interactive Window.
Saturday, 1 September 2018
Saturday, September 01, 2018
7 Good Reasons to Use SysTools SQL to Azure Migration Tool
Nowadays, most of the businesses are migrating from on-premise SQL Server database to cloud-based technology. For this, Microsoft Azure is the perfect platform and it is completely cloud-based. It comes with various benefits such as high availability and scalability, advanced-level security, low maintenance cost and much more.
So, brace you in advance, SysTools SQL to Azure Database Migrator to migrate SQL Server database to Azure. In this technical review, we are going to describe all the technicalities of SQL Server to Azure Migration tool along with its working. So, let’s start with a quick glance on software.
So, brace you in advance, SysTools SQL to Azure Database Migrator to migrate SQL Server database to Azure. In this technical review, we are going to describe all the technicalities of SQL Server to Azure Migration tool along with its working. So, let’s start with a quick glance on software.
Sunday, 5 August 2018
Sunday, August 05, 2018
Enable RDLC Report in Visual Studio 2017
In this Article, you will learn How to enable or install RDLC Report Designer in Visual Studio 2017.
Saturday, 31 March 2018
Saturday, March 31, 2018
PayPal payment gateway integration in ASP.NET MVC
Recently, someone on my blog asked me to How to implement PayPal payment gateway in an ASP.NET MVC application. This Article is only for guidance purpose, a person who is going to implement/integrate will have to change the code according to his/her requirement. I am not going to log any kind of exception in this article, but people can use log4net etc. for capturing the exception as well as to maintain the log.
