public static void ProcessLimitSet(this ILogger logger, string limit, object value)
{
string str;
if (value is IntPtr ip && limit == nameof(IsolationLimits.AffinityMask))
{
str = ProcessAffinity.ToString(ip, Environment.ProcessorCount);
}
public void TryParse(string str, int maximumProcessorCount, bool concise, bool result)
{
bool actual = ProcessAffinity.TryParse(str, out var affinity);
Assert.Equal(result, actual);
if (result)
{
Assert.Equal(Normalize(str), ProcessAffinity.ToString(affinity, maximumProcessorCount, false, concise)?.Trim());
}
else
{
Assert.Equal(IntPtr.Zero, affinity);
}
}
public void Parse(string str, int maximumProcessorCount, bool concise)
{
Assert.Equal(Normalize(str), ProcessAffinity.ToString(ProcessAffinity.Parse(str), maximumProcessorCount, false, concise)?.Trim());
}
public void Calculate(int processorCount, int maximumProcessorCount, string expectedResult)
{
Assert.Equal(expectedResult, ProcessAffinity.ToString(
ProcessAffinity.Calculate(processorCount, maximumProcessorCount), maximumProcessorCount, false, false));
}
public static void FormatLimits(this IJobObjectInformation o, Action <string> output, CultureInfo culture)
{
if (o == null)
{
throw new ArgumentNullException(nameof(o));
}
if (output == null)
{
throw new ArgumentNullException(nameof(output));
}
if (o.KillProcessesOnJobClose)
{
output(string.Format(culture, "KillProcessesOnJobClose {0,26}", o.KillProcessesOnJobClose));
}
if (o.CpuRateLimit > 0)
{
output(string.Format(culture, "CpuRateLimit {0,25}%", o.CpuRateLimit));
}
if (o.ProcessMemoryLimit > 0)
{
output(string.Format(culture, "ProcessMemoryLimit {0,26}", Utils.FormatBytes(o.ProcessMemoryLimit)));
}
if (o.WorkingSetLimit != JobMinMaxValue.Empty)
{
output(string.Format(culture, "WorkingSetLimit {0,26}",
Utils.FormatBytes(o.WorkingSetLimit.Minimum) + "/" +
Utils.FormatBytes(o.WorkingSetLimit.Maximum)));
}
if (o.JobMemoryLimit > 0)
{
output(string.Format(culture, "JobMemoryLimit {0,26}", Utils.FormatBytes(o.JobMemoryLimit)));
}
if (o.AllowChildProcessesBreakaway)
{
output(string.Format(culture, "AllowChildProcessesBreakaway {0,26}", o.AllowChildProcessesBreakaway));
}
if (o.AlwaysBreakawayChildProcesses)
{
output(string.Format(culture, "AlwaysBreakawayChildProcesses {0,26}", o.AlwaysBreakawayChildProcesses));
}
if (o.ActiveProcessesLimit > 0)
{
output(string.Format(culture, "ActiveProcessesLimit {0,26}", o.ActiveProcessesLimit));
}
if (o.DieOnUnhandledException)
{
output(string.Format(culture, "DieOnUnhandledException {0,26}", o.DieOnUnhandledException));
}
if (o.JobUserTimeLimit != TimeSpan.Zero)
{
output(string.Format(culture, "JobUserTimeLimit {0,26}", o.JobUserTimeLimit));
}
if (o.ProcessUserTimeLimit != TimeSpan.Zero)
{
output(string.Format(culture, "ProcessUserTimeLimit {0,26}", o.ProcessUserTimeLimit));
}
if (o.PriorityClass > 0)
{
output(string.Format(culture, "PriorityClass {0,26}", o.PriorityClass));
}
if (o.SchedulingClass > 0)
{
output(string.Format(culture, "SchedulingClass {0,26}", o.SchedulingClass));
}
if (o.ProcessorAffinity != IntPtr.Zero)
{
output(string.Format(culture, "ProcessorAffinity {0,26}", ProcessAffinity.ToString(o.ProcessorAffinity)));
}
if (o.Weight > 0)
{
output(string.Format(culture, "Weight {0,26}", o.Weight));
}
if (o.RateMinMaxLimit != JobMinMaxValue.Empty)
{
output(string.Format(culture, "RateMinMaxLimit {0,26}", o.RateMinMaxLimit));
}
}