public void SetRanges(double dynamic_min_lowlimit, double dynamic_min_highlimit, double dynamic_max_lowlimit, double dynamic_max_highlimit, string units)
{
if (units == "MB")
{
// Round to nearest MB inwards to agree with MemorySpinner and avoid bugs like CA-34996.
double lowMB, highMB;
MemorySpinner.CalcMBRanges(dynamic_min_lowlimit, dynamic_min_highlimit, out lowMB, out highMB);
this.dynamic_min_lowlimit = lowMB * Util.BINARY_MEGA;
this.dynamic_min_highlimit = highMB * Util.BINARY_MEGA;
MemorySpinner.CalcMBRanges(dynamic_max_lowlimit, dynamic_max_highlimit, out lowMB, out highMB);
this.dynamic_max_lowlimit = lowMB * Util.BINARY_MEGA;
this.dynamic_max_highlimit = highMB * Util.BINARY_MEGA;
}
else
{
// Round to nearest GB inwards to agree with MemorySpinner and avoid bugs like CA-34996.
double lowGB, highGB;
MemorySpinner.CalcGBRanges(dynamic_min_lowlimit, dynamic_min_highlimit, out lowGB, out highGB);
this.dynamic_min_lowlimit = lowGB * Util.BINARY_GIGA;
this.dynamic_min_highlimit = highGB * Util.BINARY_GIGA;
MemorySpinner.CalcGBRanges(dynamic_max_lowlimit, dynamic_max_highlimit, out lowGB, out highGB);
this.dynamic_max_lowlimit = lowGB * Util.BINARY_GIGA;
this.dynamic_max_highlimit = highGB * Util.BINARY_GIGA;
}
}
public void SetRanges(long dynamic_min_lowlimit, long dynamic_min_highlimit, long dynamic_max_lowlimit, long dynamic_max_highlimit)
{
// Round to nearest MB inwards to agree with MemorySpinner and avoid bugs like CA-34996.
long lowMB, highMB;
MemorySpinner.CalcMBRanges(dynamic_min_lowlimit, dynamic_min_highlimit, out lowMB, out highMB);
this.dynamic_min_lowlimit = lowMB * Util.BINARY_MEGA;
this.dynamic_min_highlimit = highMB * Util.BINARY_MEGA;
MemorySpinner.CalcMBRanges(dynamic_max_lowlimit, dynamic_max_highlimit, out lowMB, out highMB);
this.dynamic_max_lowlimit = lowMB * Util.BINARY_MEGA;
this.dynamic_max_highlimit = highMB * Util.BINARY_MEGA;
}