We have several ASP.NET applications deployed to a few servers. Is there a standard way to reuse session data or some other method to not require users to log in to the next application when moving from application to application if they’ve already authenticated? I’m hoping there’s a best practices way of doing this that you guys know about. I feel like there should be something easy that I’m missing.
In an asp.net windows forms application, in the C# code behind you can use:
I have a single page web app developed using ASP.NET. I recently converted many of the web methods to be push based, using the SignalR library. This really sped up the page considerably and reduced a lot of the server calls from the page.
We have an advanced webpage (ASP.NET, C#), and a application which needs to be installed on the client computer in order to utilize the webpage to its fullest. The application is a tray app, and has primarily two tasks. Detect when certain events happen on the webserver (for instance invited to a meeting, or notify of an upcoming meeting). The other task the trayapp has is to use a custom protocol (trayapp://) to perform some ajax calls back to the server.
Using a web service is often an excellent architectural approach. And, with the advent of WCF in .Net, it’s getting even better.
I’ve recently created an asp.net mvc web application and published it online.
I have an ASP.NET web application, and I wanted to know how I could display an error message box when an exception is thrown.
To be honest, I’ve tried to turn a dirty trick on IIS and just when I thought that I was going to get away with it, I realized my workaround doesn’t work. Here’s what I’ve tried to do:
I’ve been researching this for a majority of the day and can’t find the answer. I am relatively new to stackoverflow. Is there a certain etiquette for asking a number of questions (I’ve asked three in the last few days)?
OK I have two web projects WebProject1 & WebProject2. Both require database connectivity so this is all in a C#.NET project called Common.