protected override TemplateConstraintResult EvaluateInternal(string?args)
{
IReadOnlyList <HostInformation> supportedHosts = ParseArgs(args).ToList();
//check primary host name first
bool primaryHostNameMatch = false;
foreach (HostInformation hostInfo in supportedHosts.Where(h => h.HostName.Equals(EnvironmentSettings.Host.HostIdentifier, StringComparison.OrdinalIgnoreCase)))
{
primaryHostNameMatch = true;
if (hostInfo.Version == null || hostInfo.Version.CheckIfVersionIsValid(EnvironmentSettings.Host.Version))
{
return(TemplateConstraintResult.CreateAllowed(this));
}
}
if (!primaryHostNameMatch)
{
//if there is no primary host name, check fallback host names
foreach (HostInformation hostInfo in supportedHosts.Where(h => EnvironmentSettings.Host.FallbackHostTemplateConfigNames.Contains(h.HostName, StringComparer.OrdinalIgnoreCase)))
{
if (hostInfo.Version == null || hostInfo.Version.CheckIfVersionIsValid(EnvironmentSettings.Host.Version))
{
return(TemplateConstraintResult.CreateAllowed(this));
}
}
}
string errorMessage = string.Format(LocalizableStrings.HostConstraint_Message_Restricted, EnvironmentSettings.Host.HostIdentifier, EnvironmentSettings.Host.Version, supportedHosts.ToCsvString());
return(TemplateConstraintResult.CreateRestricted(this, errorMessage));
}
public TemplateConstraintResult Evaluate(string?args)
{
if (args == "yes")
{
return(TemplateConstraintResult.CreateAllowed(this));
}
else if (args == "no")
{
return(TemplateConstraintResult.CreateRestricted(this, "cannot run", "do smth"));
}
return(TemplateConstraintResult.CreateEvaluationFailure(this, "bad params"));
}
protected override TemplateConstraintResult EvaluateInternal(string?args)
{
IEnumerable <OSPlatform> supportedOS = ParseArgs(args);
foreach (OSPlatform platform in supportedOS)
{
if (RuntimeInformation.IsOSPlatform(platform))
{
return(TemplateConstraintResult.CreateAllowed(this));
}
}
return(TemplateConstraintResult.CreateRestricted(this, string.Format(LocalizableStrings.OSConstraint_Message_Restricted, RuntimeInformation.OSDescription, string.Join(", ", supportedOS))));
}
protected override TemplateConstraintResult EvaluateInternal(string?args)
{
IReadOnlyList <string> supportedWorkloads = ParseArgs(args).ToList();
bool isSupportedWorkload = supportedWorkloads.Any(_installedWorkloads.Contains);
if (isSupportedWorkload)
{
return(TemplateConstraintResult.CreateAllowed(this));
}
return(TemplateConstraintResult.CreateRestricted(
this,
string.Format(
LocalizableStrings.WorkloadConstraint_Message_Restricted,
string.Join(", ", supportedWorkloads),
string.Join(", ", _installedWorkloadsString)),
_remedySuggestionFactory(supportedWorkloads)
));
}
protected override TemplateConstraintResult EvaluateInternal(string?args)
{
IReadOnlyList <IVersionSpecification> supportedSdks = ParseArgs(args).ToList();
foreach (IVersionSpecification supportedSdk in supportedSdks)
{
if (supportedSdk.CheckIfVersionIsValid(_currentSdkVersion.ToString()))
{
return(TemplateConstraintResult.CreateAllowed(this));
}
}
string cta = _remedySuggestionFactory(
VersionSpecificationsToStrings(supportedSdks),
VersionSpecificationsToStrings(_installedSdkVersion.Where(installed =>
supportedSdks.Any(supported => supported.CheckIfVersionIsValid(installed.ToString())))));
return(TemplateConstraintResult.CreateRestricted(
this,
string.Format(LocalizableStrings.SdkConstraint_Message_Restricted, _currentSdkVersion.ToString(), supportedSdks.ToCsvString()),
cta));
}
