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11 | 11 | Microsoft extensions (up to VS 2019),
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12 | 12 |
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13 | 13 | Arm Compiler 5 [2]_","``.cpp``, ``.c++``, ``.cxx``, ``.hpp``, ``.hh``, ``.h++``, ``.hxx``, ``.c``, ``.cc``, ``.h``"
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14 |
| - C#,C# up to 8.0,"Microsoft Visual Studio up to 2019 with .NET up to 4.8, |
| 14 | + C#,C# up to 9.0,"Microsoft Visual Studio up to 2019 with .NET up to 4.8, |
15 | 15 |
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16 |
| - .NET Core up to 3.1","``.sln``, ``.csproj``, ``.cs``, ``.cshtml``, ``.xaml``" |
| 16 | + .NET Core up to 3.1 |
| 17 | + |
| 18 | + .NET 5","``.sln``, ``.csproj``, ``.cs``, ``.cshtml``, ``.xaml``" |
17 | 19 | Go (aka Golang), "Go up to 1.16", "Go 1.11 or more recent", ``.go``
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18 | 20 | Java,"Java 7 to 15 [3]_","javac (OpenJDK and Oracle JDK),
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19 | 21 |
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28 | 30 | .. [2] Support for the Arm Compiler (armcc) is preliminary.
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29 | 31 | .. [3] Builds that execute on Java 7 to 15 can be analyzed. The analysis understands Java 15 standard language features.
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30 | 32 | .. [4] ECJ is supported when the build invokes it via the Maven Compiler plugin or the Takari Lifecycle plugin.
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31 |
| - .. [5] JSX and Flow code, YAML, JSON, HTML, and XML files may also be analyzed with JavaScript files. |
32 |
| - .. [6] TypeScript analysis is performed by running the JavaScript extractor with TypeScript enabled. This is the default for LGTM. |
| 33 | + .. [5] JSX and Flow code, YAML, JSON, HTML, and XML files may also be analyzed with JavaScript files. |
| 34 | + .. [6] TypeScript analysis is performed by running the JavaScript extractor with TypeScript enabled. This is the default for LGTM. |
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