If you use it inside Visual Studio… From Visual Studio Code Analysis Team Blog To add a custom dictionary to a C# and Visual Basic project is simple: In Solution Explorer, right-click on the project and choose Add -> New Item… Under Templates, select XML File, enter a name for the dictionary, such as CodeAnalysisDictionary.xml … Read more
As of 2022-3 there is a cog next to the ‘Amend’ checkbox that allows you to turn off checks.
Just to supplement with a little more precise answer: You need to either run FxCopCmd.exe with: fxcopcmd.exe /assemblyCompareMode:StrongNameIgnoringVersion or modify your Visual Studio project file for each build configuration’s property group, like this: <PropertyGroup Condition=” ‘$(Configuration)|$(Platform)’ == ‘Release|AnyCPU’ “> … <CodeAnalysisAdditionalOptions>/assemblyCompareMode:StrongNameIgnoringVersion</CodeAnalysisAdditionalOptions> </PropertyGroup>
It means you use no members of the object. All the items in the method come from the parameters. Therefore the method can safely be made static.
In the interest of keeping this question up-to-date, there is a fork of JSLint called JSHint. An explanation of why JSHint was created can be found here, but to summarize: JSHint is a fork of JSLint, the tool written and maintained by Douglas Crockford. JSLint served me well for quite some time but in the … Read more
One obvious answer for the Stack Overflow part is that it isn’t a forum. It is a database of questions and answers, which means that duplicate questions are attempted avoided. How many different questions about code quality can you think of? That is why there aren’t 50,000 questions about “code quality”. Apart from that, anyone … Read more
I use the following tools: PMD/CPD (BSD-style License). Checkstyle (LGPL License) – support was removed, see details. Both tools have code duplication detection support. But both of them lack the ability to advise you how to refactor your code. JetBrains IntelliJ IDEA Ultimate has good static code analysis with code duplication support, but it is … Read more
The most common way to determine the deepest stack usage is to initialize the stack memory with some known but unusual value, then periodically (or at the end of a big test run) see where that pattern stops. This is exactly how the IAR IDE determines the amount of stack used.
GCC docs : -fstack-usage Makes the compiler output stack usage information for the program, on a per-function basis. The filename for the dump is made by appending .su to the auxname. auxname is generated from the name of the output file, if explicitly specified and it is not an executable, otherwise it is the basename … Read more
Inspired by this excellent question, I recently put together a script that tries to do this. You can find it on github at pyqver. It’s reasonably complete but there are some aspects that are not yet handled (as mentioned in the README file). Feel free to fork and improve it!