IntelliTrace is available only in Ultimate version of Visual Studio 2010. VS2010 is 32bit only, there is no 64bit version of VS2010 although it supports compiling 64bit binaries. Should I be configuring VS2010 specifically for x86 builds in order to capture the sequence of events during a particular run? (I am running on Win7 64bit) It seems IntelliTrace is what I am after and VS2010 seems to be saying it's for x86. Thanks, however VS2010 Feature Pack 2 seems for x86 only? Really I am after a runtime sequence/timing diagram (not a design time one) that would show me (.Async) calls and events/callbacks as they occurred. I have ultimate 9 RTMRel and I don't seem to get much meet in a method sequence diagram? That is it is not showing even the first level calls though I set depth to 6. Thanks for feedback, randomGuy! Currently you can use my Visual Studio 2010 extension to save diagrams as images. I would be quite interested in something like the Class Diagram "Export as image" functionality. HOW TO EXPORT SEQUENCE DIAGRAM FORM VS2010 IN TO OTHER FORMATS?Ĭan you, please, specify what are the other formats you are interested in? How can I generate Sequence Diagram for the entire Project / Solution in Visual Studio 2010?.Īny workaround or solution to the above query is highly appreciated.įYI: I am currently using VS 2010 Beta2 Ultimate Edition. Hi, Slavo! These features come with VS2010B2. How does it resolve? I don't have "Architecture Explorer" in View. I can't see the row "generate seqence diagram". Let’s hope we get more diagrams when Visual Studio 2010 first stable version is released.Īnd also lets hope that we will be able to export the diagrams as images as well. Just set options you need and let Visual Studio 2010 generate – it works like charm. This diagram is pretty simple and primitive but you can also generate more complex diagrams. You can click on image to see it in original size. When we are done with options we have to click “OK” button and Visual Studio 2010 generates sequence diagram. With more complex methods it may be very helpful because too large call depth causes huge diagram with too much knowledge on it. If you look at the image you see that you can also set call depth. Setting these options you can make diagram to reflect only those parts of your code that you really need to visualize. You can select what kind of calls you want to include and exclude. All we have to do is to right click on method with mouse, select “Generate Sequence Diagram …” and modify some options. Let’s say we want to generate sequence diagram for this method. Model.PriceEnquiries = PriceEnquiryRepository.ListPriceEnquiries() The invocation ends with a return (message 1.6).Public class PriceEnquir圜ontroller : Controller After that, the controller sets the id, name and age to the account object (message 1.2, 1.3, 1.4) and adds itself to the account list (message: 1.5). When a person invokes RegisterController's register method (message: 1), it creates an account object (message: 1.1). Click Finish button.Īs a result, a UML sequence diagram is formed. The Create new sequence diagram option is selected and diagram name is entered by default. You need to select a diagram to visualize the interaction.Select src > RegisterController.java > register (String,int). Select the extracted source folder src. In the Instant Reverse Java to Sequence Diagram window, click on Add Source Folder.Select Tools > Code > Instant Reverse Java to Sequence Diagram. In the New Project window, enter Account Registration as project name and click Create Blank Project. Create a new project by selecting Project > New from the application toolbar.Read the register method in RegisterController.java to see how it works. Download Sample.zip of this tutorial and extract the zip file to any directory.
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