public async Task <NuGetVersion> ResolvePackageVersions(string packageName, NuGetVersion referencedVersion, IEnumerable <Uri> sources, VersionRange currentVersionRange,
VersionLock versionLock, PrereleaseReporting prerelease, NuGetFramework targetFrameworkName, string projectFilePath, bool isDevelopmentDependency, int olderThanDays)
{
// Determine whether we are interested in pre-releases
bool includePrerelease = referencedVersion.IsPrerelease;
if (prerelease == PrereleaseReporting.Always)
{
includePrerelease = true;
}
else if (prerelease == PrereleaseReporting.Never)
{
includePrerelease = false;
}
string cacheKey = (packageName + "-" + includePrerelease + "-" + targetFrameworkName + "-" + olderThanDays).ToLowerInvariant();
// Get all the available versions
var allVersionsRequest = new Lazy <Task <IReadOnlyList <NuGetVersion> > >(() => this._nugetService.GetAllVersions(packageName, sources, includePrerelease, targetFrameworkName, projectFilePath, isDevelopmentDependency, olderThanDays));
var allVersions = await this._cache.GetOrAdd(cacheKey, allVersionsRequest).Value;
// Determine the floating behaviour
var floatingBehaviour = includePrerelease ? NuGetVersionFloatBehavior.AbsoluteLatest : NuGetVersionFloatBehavior.Major;
if (versionLock == VersionLock.Major)
{
floatingBehaviour = NuGetVersionFloatBehavior.Minor;
}
if (versionLock == VersionLock.Minor)
{
floatingBehaviour = NuGetVersionFloatBehavior.Patch;
}
// Create a new version range for comparison
var latestVersionRange = new VersionRange(currentVersionRange, new FloatRange(floatingBehaviour, referencedVersion));
// Use new version range to determine latest version
NuGetVersion latestVersion = latestVersionRange.FindBestMatch(allVersions);
return(latestVersion);
}
public async Task <NuGetVersion> ResolvePackageVersions(string packageName, NuGetVersion referencedVersion, IEnumerable <Uri> sources, VersionRange currentVersionRange,
VersionLock versionLock, PrereleaseReporting prerelease, NuGetFramework targetFrameworkName, string projectFilePath, bool isDevelopmentDependency)
{
return(await ResolvePackageVersions(packageName, referencedVersion, sources, currentVersionRange, versionLock, prerelease, targetFrameworkName, projectFilePath,
isDevelopmentDependency, 0));
}
public async Task <(NuGetVersion referencedVersion, NuGetVersion latestVersion)> ResolvePackageVersions(
string package, List <Uri> sources, VersionRange currentVersionRange, VersionLock versionLock, PrereleaseReporting prerelease)
{
// Get all the available versions
var allVersions = await _nugetService.GetAllVersions(package, sources);
// Resolve the referenced versions
NuGetVersion referencedVersion = currentVersionRange.FindBestMatch(allVersions);
// Determine whether we are interested in pre-releases
bool includePrerelease = referencedVersion.IsPrerelease;
if (prerelease == PrereleaseReporting.Always)
{
includePrerelease = true;
}
else if (prerelease == PrereleaseReporting.Never)
{
includePrerelease = false;
}
// Determine the floating behaviour
var floatingBehaviour = includePrerelease ? NuGetVersionFloatBehavior.AbsoluteLatest : NuGetVersionFloatBehavior.Major;
if (versionLock == VersionLock.Major)
{
floatingBehaviour = NuGetVersionFloatBehavior.Minor;
}
if (versionLock == VersionLock.Minor)
{
floatingBehaviour = NuGetVersionFloatBehavior.Patch;
}
// Create a new version range for comparison
var latestVersionRange = new VersionRange(currentVersionRange, new FloatRange(floatingBehaviour, referencedVersion));
// Use new version range to determine latest version
NuGetVersion latestVersion = latestVersionRange.FindBestMatch(allVersions);
return(referencedVersion, latestVersion);
}
public async Task ResolvesVersion_Correctly(string current, VersionLock versionLock, PrereleaseReporting prerelease, string latest)
{
// Arrange
// Act
var latestVersion = await _nuGetPackageResolutionService.ResolvePackageVersions(packageName, NuGetVersion.Parse(current), new List <Uri>(), VersionRange.Parse(current), versionLock, prerelease, null, null, false);
// Assert
Assert.Equal(NuGetVersion.Parse(latest), latestVersion);
}
public async Task <NuGetVersion> ResolvePackageVersions(string packageName, NuGetVersion referencedVersion, List <Uri> sources, VersionRange currentVersionRange,
VersionLock versionLock, PrereleaseReporting prerelease, NuGetFramework targetFrameworkName, string projectFilePath)
{
// Determine whether we are interested in pre-releases
bool includePrerelease = referencedVersion.IsPrerelease;
if (prerelease == PrereleaseReporting.Always)
{
includePrerelease = true;
}
else if (prerelease == PrereleaseReporting.Never)
{
includePrerelease = false;
}
string cacheKey = (packageName + "-" + includePrerelease + "-" + targetFrameworkName).ToLowerInvariant();
if (!_cache.TryGetValue(cacheKey, out var allVersions))
{
// Get all the available versions
allVersions = await _nugetService.GetAllVersions(packageName, sources, includePrerelease, targetFrameworkName, projectFilePath);
_cache.Add(cacheKey, allVersions);
}
// Determine the floating behaviour
var floatingBehaviour = includePrerelease ? NuGetVersionFloatBehavior.AbsoluteLatest : NuGetVersionFloatBehavior.Major;
if (versionLock == VersionLock.Major)
{
floatingBehaviour = NuGetVersionFloatBehavior.Minor;
}
if (versionLock == VersionLock.Minor)
{
floatingBehaviour = NuGetVersionFloatBehavior.Patch;
}
// Create a new version range for comparison
var latestVersionRange = new VersionRange(currentVersionRange, new FloatRange(floatingBehaviour, referencedVersion));
// Use new version range to determine latest version
NuGetVersion latestVersion = latestVersionRange.FindBestMatch(allVersions);
return(latestVersion);
}