It is required as prerequisite for applications compiled with . NET libraries. Microsoft . NET Framework 3. 5 Overview. Microsoft . NET Framework 3.
NET platform. In this new version there are lot of features that include Windows Workflow Foundation (WF), Windows Communication Foundation (WCF), Windows Presentation Foundation (WPF), and Windows Card. Space. To avoid the breaking change of the framework the new features like new assemblies have been added. This is complete offline installer and standalone setup for Microsoft . NET Framework 3. 5.
This would be compatible with both 3. This Post Was Last Updated On: February 6, 2.
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Latest Microsoft.NET Framework 4.6 is already part of Windows 10, you don’t need to install it, if try to do that, its installation will be blocked. However, you. NET Framework 3.5 Free Download Full offline Setup package. It is required as prerequisite for applications compiled with.NET libraries. What happened This site looked at your browser's "UserAgent" and figured out what version (if any) of the.NET Framework you have (or don't have) installed, then.
Debugging the . NET Framework Source Code – Cory Plotts' Blog. The other day, I ran into a situation (see the attached project and here for more info) where I wanted to debug the . NET Framework in order to see how something was working. Unfortunately, Visual Studio’s native support (see Scott Guthrie’s blog post or Shawn Burke’s blog post) for doing so was failing me.
I was eventually able to get that working for . NET 4. 0 but not .
- The below shows all the.NET Framework versions installed in a box.
- Microsoft.NET Framework 3.5 contains many new features building incrementally upon.NET Framework 2.0 and 3.0, and includes.NET Framework 2.0 service pack 1 and.
- Using Bootstrap in ASP.NET Core MVC is similar to using bootstrap is regular MVC. So far, I wrote many articles on using Bootstrap in Web Forms and MVC in.NET Framework.
NET 3. 5 SP1 (see this forum thread), but in the meantime ? Is all lost? Not at all, for you can use . NET Reflector Pro to do the same thing. NET Reflector is a very popular . NET utility created by a Microsoft employee, Lutz Roeder. It allows you to explore and analyze . NET managed assemblies.
This utility can also be extended by way of add- ins and there is a whole bunch of them out there. A while ago, Lutz Roeder, decided to let Red Gate take the reins, and they then went ahead and added the ability to allow a user to debug into third- party code and assemblies by way of a Visual Studio add- in.
And that is what I’m going to show you how to do, step- by- step. Install . NET Reflector Pro.
Also helps you determine which.NET Framework service packs.
The first thing that you need to do, obviously, is to download and install . NET Reflector, if you haven’t already. There is a download link here. It comes down as a zip file, so simply extract the contents to a convenient location. Launch it and then select Tools- > Integration Options.
Here is the dialog that comes up. This dialog allows you to easily install the . NET Reflector add- in . Choose the versions that you want and click OK.
Tell Visual Studio to Disable Optimizations. The next step is very important. If you forget it, you will be frustrated once you get to actually debugging the source code .
Go to the . NET Reflector menu and select . How do I know this? Well, through . NET Reflector, of course.
Activate . NET Reflector Pro. Once you click OK to the above dialog, you may get prompted with the following dialog. This, unfortunately, brings up an annoying issue. Even though Red Gate has kindly provided a 1. Pro features of the tool .
At this point, . NET Reflector Pro is disassembling the assemblies that you have chosen and also reassembling them so that they can generate . This process takes quite a bit of time and so they also stuff the output into the . And, if you recall, what you ended up debugging . Everything should be fine, but as a point of education . These options are checked when you are using Visual Studio’s native support to debug into the . NET Framework (mentioned above) . However, I believe I have had issues in the past if this was checked.
If you leave it checked, just keep it in mind, so if things aren’t working you can then try unchecking it. Next, check out the Debugging/Symbols tab. Below, you can see where . NET Reflector has installed the . Make sure those locations are checked . Why is this important? Well, it ensures that all the .
Reflector ? Well, the Symbol Cache is where the . However, I believe Reflector’s . Symbol Cache. Debug the . NET Framework (Call Stack Approach)Now, you need to figure out how to set a breakpoint so that you can break into the application and debug the . NET Framework. The first mechanism is just to set a breakpoint on a local (non- framework) method that you know will cause the class of interest to be on the stack.
Then you can double click the stack frame and set another breakpoint as necessary. For example, let us say that I want to debug System.
Windows. Application. Do. Startup. I know that the Application class will probably be on the stack if I put a breakpoint in the Initialize. Component method of my Main. Window. So, that’s exactly where I put it. Now, I click Debug- > Start Debugging (F5) and hopefully I will hit my breakpoint.
Sure enough: One thing to note here is that gray text indicates that a . That is, in the above example, only Presentation. Framework has an loaded .
And, look! Application. Do. Startup is on the stack. Double click that stack frame to bring you to the code. At this point, you can debug as normal. You can step, watch variables, and more. In the above screen shot, you can see that I set a new breakpoint at the start of the method to be hit when I restart the debugging session. Restarting the application, shows that I can verify that Main.
Window. xaml is my Startup. Uri. Debug the . NET Framework (Method Breakpoint Approach)Unfortunately, the above call stack approach to debugging the . NET Framework will only get you so far. Another method I have used in the past is to simply set a breakpoint on a method name. How to do this is not very obvious, though.
The trick is to set a breakpoint via the New- > Break at Function menu item in the Breakpoints debugging window. The New Breakpoint dialog comes up. Simply, and carefully, type the name of the method, prefixed by its Class name, like so: It will complain, but just click OK.
At this point, just hit F5 (Debugging- > Start Debugging) and do what you need to do to hit the breakpoint. And, wa la, here I’ve hit my breakpoint: The real question that prompted all of this desire to debug the . NET Framework was to see whether the Data. Context was getting set or cleared inside of Content. Presenter. And so, I set the following breakpoints and step to my hearts content.
Summary. Sometimes, you are up against the wall. You are trying to determine if the . NET Framework has a bug in it . Sometimes the assembly you are trying to debug is not supported and at other times the symbol servers don’t seem to be up to date with the released bits. However, . NET Reflector Pro can come to your rescue in these situations. It can also debug any third- party assembly, regardless of whether it’s Microsoft’s or not.
Good hunting ! Leave a comment if it does!