![]() To find the default severity for each available rule and whether or not the rule is enabled in Default analysis mode, see the full list of rules. ![]() For example, the following value enables the recommended set of rules for the latest release: latest-Recommended. NET 6, you can omit in favor of a compound value for the property. However, you can still enable them individually using a dotnet_ = entry. These legacy rules might be deprecated in a future version. * The following rules are not enabled by setting AnalysisMode to All or by setting AnalysisLevel to latest-all: CA1017, CA1045, CA1005, CA1014, CA1060, CA1021, and the code metrics analyzer rules (CA1501, CA1502, CA1505, CA1506, and CA1509). You can selectively opt out of individual rules to disable them. To see which rules this includes, inspect the %ProgramFiles%/dotnet/sdk//Sdks//analyzers/build/config/analysislevel_recommended.editorconfig file.Īll rules are enabled as build warnings *. More aggressive mode than Minimum mode, where more rules are enabled as build warnings. To see which rules this includes, inspect the %ProgramFiles%/dotnet/sdk//Sdks//analyzers/build/config/analysislevel_minimum.editorconfig file. Certain suggestions that are highly recommended for build enforcement are enabled as build warnings. You can selectively opt in to individual rules to enable them.ĭefault mode, where certain rules are enabled as build warnings, certain rules are enabled as Visual Studio IDE suggestions, and the remainder are disabled. ![]() The allowable values are: ValueĪll rules are disabled. You can change the analysis mode for your project by setting the property in the project file. In the default analysis mode ( Default), only a small number of rules are enabled as build warnings. For a list of all the code quality rules, see Code quality rules.Īnalysis mode refers to a predefined code analysis configuration where none, some, or all rules are enabled.For a list of rules that are included with each.You can change the severity of these rules to disable them or elevate them to errors. Additional rules are enabled as suggestions. The following rules are enabled, by default, as errors or warnings in. Providing a DynamicInterfaceCastableImplementation interface in Visual Basic is unsupportedĭo not use ConfigureAwaitOptions.SuppressThrowing with Task Members defined on an interface with the DynamicInterfaceCastableImplementationAttribute should be static The ModuleInitializer attribute should not be used in librariesĪll members declared in parent interfaces must have an implementation in a DynamicInterfaceCastableImplementation-attributed interface The count argument to Buffer.BlockCopy should specify the number of bytes to copyĭo not call Enumerable.Cast or Enumerable.OfType with incompatible typesĪrgument passed to TaskCompletionSource constructor should be TaskCreationOptions enum instead of TaskContinuationOptions Incorrect usage of ConstantExpected attributeĭo not use ReferenceEquals with value typesĭo not define finalizers for types derived from MemoryManager Use AsSpan instead of range-based indexers for string when appropriate Using features that require runtime marshalling when it's disabled will result in run-time exceptions Diagnostic IDĭo not use OutAttribute on string parameters for P/Invokes You can also disable code analysis for your project by setting EnableNETAnalyzers to false. NET versions by setting the EnableNETAnalyzers property to true. You can enable code analysis on projects that target earlier. Analysis is enabled, by default, for projects that target. Code quality analysisĬode quality analysis ("CAxxxx") rules inspect your C# or Visual Basic code for security, performance, design and other issues. Code analysis violations appear with the prefix "CA" or "IDE" to differentiate them from compiler errors. If rule violations are found by an analyzer, they're reported as a suggestion, warning, or error, depending on how each rule is configured. However, to enable code analysis using the EnableNETAnalyzers property, your project must reference a project SDK. The analyzers work for projects that target. ![]() That is, your project does not need to target a specific. ![]() NET analyzers are target-framework agnostic. ![]()
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