Add CommandData files of PowerShell Core 6.0.2 for Windows/Linux/macOS and WMF3/4 that are used by UseCompatibleCmdlets rule

RuleDocumentation/UseCompatibleCmdlets.md

@@ -4,15 +4,16 @@
 
 ## Description
 
-This rule flags cmdlets that are not available in a given Edition/Version of PowerShell on a given Operating System. It works by comparing a cmdlet against a set of whitelists which ship with PSScriptAnalyzer. They can be found at `/path/to/PSScriptAnalyzerModule/Settings`. These files are of the form, `PSEDITION-PSVERSION-OS.json` where `PSEDITION` can be either `core` or `desktop`, `OS` can be either `windows`, `linux` or `osx`, and `version` is the PowerShell version. To enable the rule to check if your script is compatible on PowerShell Core on windows, put the following your settings file:
+This rule flags cmdlets that are not available in a given Edition/Version of PowerShell on a given Operating System. It works by comparing a cmdlet against a set of whitelists which ship with PSScriptAnalyzer. They can be found at `/path/to/PSScriptAnalyzerModule/Settings`. These files are of the form, `PSEDITION-PSVERSION-OS.json` where `PSEDITION` can be either `Core` or `Desktop`, `OS` can be either `Windows`, `Linux` or `MacOS`, and `Version` is the PowerShell version. To enable the rule to check if your script is compatible on PowerShell Core on windows, put the following your settings file:
+
 ```PowerShell
 @{
     'Rules' = @{
         'PSUseCompatibleCmdlets' = @{
-            'compatibility' = @("core-6.0.0-alpha-windows")
+            'compatibility' = @("core-6.0.2-windows")
         }
     }
 }
 ```
 
-The parameter `compatibility` is a list that contain any of the following `{core-6.0.0-alpha-windows, core-6.0.0-alpha-linux, core-6.0.0-alpha-osx}`.
+The parameter `compatibility` is a list that contain any of the following `{desktop-3.0-windows, desktop-4.0-windows, desktop-5.1.14393.206-windows, core-6.0.2-windows, core-6.0.2-linux, core-6.0.2-macos}`.

Rules/UseCompatibleCmdlets.cs

@@ -395,7 +395,7 @@ private bool GetVersionInfoFromPlatformString(
             psedition = null;
             psversion = null;
             os = null;
-            const string pattern = @"^(?<psedition>core|desktop)-(?<psversion>[\S]+)-(?<os>windows|linux|osx)$";
+            const string pattern = @"^(?<psedition>core|desktop)-(?<psversion>[\S]+)-(?<os>windows|linux|macos)$";
             var match = Regex.Match(fileName, pattern, RegexOptions.IgnoreCase);
             if (match == Match.Empty)
             {

Tests/Rules/UseCompatibleCmdlets.tests.ps1

@@ -33,7 +33,7 @@ Describe "UseCompatibleCmdlets" {
         }
     }
 
-    $settings = @{rules=@{PSUseCompatibleCmdlets=@{compatibility=@("core-6.0.0-alpha-windows")}}}
+    $settings = @{rules=@{PSUseCompatibleCmdlets=@{compatibility=@("core-6.0.2-windows")}}}
 
     Context "Microsoft.PowerShell.Core" {
          @('Enter-PSSession', 'Foreach-Object', 'Get-Command') | `

Tests/Rules/UseCompatibleCmdlets/PSScriptAnalyzerSettings.psd1

@@ -1,7 +1,7 @@
 @{
     'Rules' = @{
         'PSUseCompatibleCmdlets' = @{
-            'compatibility' = @("core-6.0.0-alpha-windows")
+            'compatibility' = @("core-6.0.2-windows")
         }
     }
 }

Utils/New-CommandDataFile.ps1

@@ -5,7 +5,7 @@
 .EXAMPLE
     C:\PS> ./New-CommandDataFile.ps1
 
-    Suppose this file is run on the following version of PowerShell: PSVersion = 6.0.0-aplha, PSEdition = Core, and Windows 10 operating system. Then this script will create a file named core-6.0.0-alpha-windows.json that contains a JSON object of the following form:
+    Suppose this file is run on the following version of PowerShell: PSVersion = 6.0.2, PSEdition = Core, and Windows 10 operating system. Then this script will create a file named core-6.0.2-windows.json that contains a JSON object of the following form:
     {
         "Modules" : [
             "Module1" : {