internal void TestInequality(string lower, string higher)
{
var lowerVersion = new HostingBundleVersion(lower);
var higherVersion = new HostingBundleVersion(higher);
TestUtils.EqualityComparisonTestUtils <HostingBundleVersion> .TestInequality(lowerVersion, higherVersion);
}
internal void TestEquality(string input1, string input2)
{
var version1 = new HostingBundleVersion(input1);
var version2 = new HostingBundleVersion(input2);
TestUtils.EqualityComparisonTestUtils <HostingBundleVersion> .TestEquality(version1, version2);
}
private static void ParseVersionAndArch(string displayName, string bundleCachePath, out BundleVersion version, out BundleArch arch)
{
var match = Regexes.BundleDisplayNameRegex.Match(displayName);
var cachePathMatch = Regexes.BundleCachePathRegex.Match(bundleCachePath);
var archString = cachePathMatch.Groups[Regexes.ArchGroupName].Value ?? string.Empty;
var versionString = cachePathMatch.Groups[Regexes.VersionGroupName].Value;
var hasAuxVersion = cachePathMatch.Groups[Regexes.AuxVersionGroupName].Success;
var footnote = hasAuxVersion ?
string.Format(LocalizableStrings.HostingBundleFootnoteFormat, displayName, versionString) :
null;
switch (match.Groups[Regexes.TypeGroupName].Value)
{
case "SDK": version = new SdkVersion(versionString); break;
case "Runtime": version = new RuntimeVersion(versionString); break;
case "ASP.NET": version = new AspNetRuntimeVersion(versionString); break;
case "Windows Server Hosting": version = new HostingBundleVersion(versionString, footnote); break;
default: throw new ArgumentException();
}
switch (archString)
{
case "x64": arch = BundleArch.X64; break;
case "x86": arch = BundleArch.X86; break;
case "": arch = BundleArch.X64 | BundleArch.X86; break;
default: throw new ArgumentException();
}
}
private static void TestProperties(HostingBundleVersion version, string footnote, int major, int minor, int patch, bool isPrerelease, bool hasFootnote, string toStringExpected, string toStringWithAsteriskExpected)
{
version.Major.Should().Be(major);
version.Minor.Should().Be(minor);
version.Patch.Should().Be(patch);
version.IsPrerelease.Should().Be(isPrerelease);
version.MajorMinor.Should().Be(new MajorMinorVersion(major, minor));
version.Footnote.Should().Be(footnote);
version.Type.Should().Be(BundleType.HostingBundle);
version.BeforePatch.Should().Be(new MajorMinorVersion(major, minor));
version.HasFootnote.Should().Be(hasFootnote);
version.ToString().Should().Be(toStringExpected);
version.ToStringWithAsterisk().Should().Be(toStringWithAsteriskExpected);
}
private static void ParseVersionAndArch(RegistryKey registryKey, string displayName, string bundleCachePath, out BundleVersion version, out BundleArch arch)
{
var match = Regexes.BundleDisplayNameRegex.Match(displayName);
var cachePathMatch = Regexes.BundleCachePathRegex.Match(bundleCachePath);
var archString = cachePathMatch.Groups[Regexes.ArchGroupName].Value ?? string.Empty;
var versionFromCachePath = cachePathMatch.Groups[Regexes.VersionGroupName].Value;
// Note: ASP.NET Core runtimes do not include version in the cache path, need to get version from registry:
var versionFromRegistry = string.Join('.', (registryKey.GetValue("DisplayVersion") as string).Split('.').Take(3));
var versionString = string.IsNullOrEmpty(versionFromCachePath) ? versionFromRegistry : versionFromCachePath;
var hasAuxVersion = cachePathMatch.Groups[Regexes.AuxVersionGroupName].Success;
var footnote = hasAuxVersion ?
string.Format(LocalizableStrings.HostingBundleFootnoteFormat, displayName, versionString) :
null;
if (string.IsNullOrEmpty(displayName) || string.IsNullOrEmpty(versionString) || string.IsNullOrEmpty(archString))
{
version = null;
arch = BundleArch.X64 | BundleArch.X86;
return;
}
switch (match.Groups[Regexes.TypeGroupName].Value)
{
case "SDK": version = new SdkVersion(versionString); break;
case "Runtime": version = new RuntimeVersion(versionString); break;
case "ASP.NET": version = new AspNetRuntimeVersion(versionString); break;
case "Windows Server Hosting": version = new HostingBundleVersion(versionString, footnote); break;
default: throw new ArgumentException();
}
switch (archString)
{
case "x64": arch = BundleArch.X64; break;
case "x86": arch = BundleArch.X86; break;
case "": arch = BundleArch.X64 | BundleArch.X86; break;
default: throw new ArgumentException();
}
}
internal void TestInequalityNull(string input)
{
var version = new HostingBundleVersion(input);
TestUtils.EqualityComparisonTestUtils <HostingBundleVersion> .TestInequalityNull(version);
}