captrio.blogg.se - Change visual studio 2017 enterprise to professional

#CHANGE VISUAL STUDIO 2017 ENTERPRISE TO PROFESSIONAL CODE#
#CHANGE VISUAL STUDIO 2017 ENTERPRISE TO PROFESSIONAL PROFESSIONAL#

IntelliTrace is a historical or post-mortem debugging technology and essentially helps to address the “I can’t reproduce it” problems, typically across dev and test environments.

#CHANGE VISUAL STUDIO 2017 ENTERPRISE TO PROFESSIONAL CODE#

Live Architecture Dependency allows you to stop this happening at the earliest possible time: as the problematic code is being typed.įrom a licensing perspective this requires an Enterprise license to author, but any edition to pick up and enforce the rules.ġ0 min Live Architectural Dependency video.

Here’s how I think of the benefits it’s quite possible to have code that compiles, passes unit tests, passes functional tests and is in use in production, but still exhibits poor architecture such as incorrect dependencies between components/tiers/services etc. You now get live, as you type code, warnings and errors, allowing you to enforce architectural rules across your codebase. Live Architectural Dependencies (revised for 2017)Īrchitecture layer diagrams have been in Visual Studio for quite a while, but they’ve now been reengineered to take advantage of Roslyn and thereby make them much more effective. For a demo here’s a 9 min overview video and some more documentation.

One often overlooked capability is that you can also debug using Code Maps and this can really help in not having to keep track in your head of where you are in the code base whilst debugging.Ĭode Maps work for. I see this as useful for people new to a project, or when you’re going to be making changes to code that you aren’t familiar with or perhaps can’t remember.

#CHANGE VISUAL STUDIO 2017 ENTERPRISE TO PROFESSIONAL PROFESSIONAL#

A Professional user can view CodeMaps but not author them. You can add your own annotations and groupings, rearrange the diagrams and share them with others, via email, saved as diagrams or directly within Visual Studio. Code Maps allows you to drill from assemblies down to namespaces, classes, methods and down to the underlying source, as well as filter out those elements you’re not interested in, such as test code or system assemblies. Why is that useful? It allows you to build your understanding of the relationships between different aspects of your code without needing to read the source. Read more here.Ĭode Maps allows you to understand and explore your source code visually. An example might be to shim system calls to get the date in order to test for specific scenarios (e.g.

Shims, which allow you to divert calls outside your application to your own implementation.

a component or service) to make unit testing easier or possible.

Stubs, which allow you to mock parts of your application (e.g.

Microsoft Fakes has been around for a while but it’s perhaps an overlooked Enterprise capability that allows you to isolate parts of your overall solution to help with unit testing. What’s the earliest point that your code can be tested with unit tests? How about as you’re typing? That’s what Live Unit Testing provides as well as line level coverage and test outcome all shown in the editor as you work. Here’s a 35 min video walking through IntelliTest. It will work with MS Test (including MS Test v2 now in Visual Studio 2017), NUnit, xUnit and any other testing framework that provides an adapter for use in Visual Studio. You can tailor it to allow exceptions, override object creation and much more. It doesn’t mean that you’ll never write a unit test again, but I’d consider this a means of getting the core unit tests generated for you, allowing you to concentrate on specific tests and scenarios based on your domain knowledge. That means that you can get a lot more of your code covered by unit tests for less effort, helping you to add unit tests to code that doesn’t have any and making it easy to keep on top of creating unit tests for new code. IntelliTest was introduced in 2015 and analyses your source code and then creates unit tests to achieve 100% code coverage for each path through that code. There are a range of tools to help developers write the highest quality code, and that build on the core unit testing capabilities in Professional: not in 2015 Enterprise) then the short list is Live Unit Testing, Live Architectural Dependencies, Packages, Build and Release Pipelines, Xamarin and subscription benefits. If you want to look for specifically what’s new in Enterprise in 2017 (i.e. Let’s take a look at what Enterprise provides in each of those areas, over and above what Professional offers.

Visual Studio 2017 Enterprise provides a wide range of functionality and therefore I’ll group the capabilities into five areas: This is an updated version of the 6 differences between Visual Studio 2015 Enterprise and Visual Studio 2015 Professional article which now includes new functionality added in 2017.