private static System.Collections.Generic.Dictionary <int, OutletValueEntry> GetOutletValue(System.Collections.Generic.Dictionary <string, string> result)
{
System.Collections.Generic.Dictionary <int, OutletValueEntry> dictionary = new System.Collections.Generic.Dictionary <int, OutletValueEntry>();
System.Collections.Generic.IEnumerator <string> enumerator = result.Keys.GetEnumerator();
int num = 0;
while (enumerator.MoveNext())
{
string current = enumerator.Current;
string text = result[current];
if ("\0".Equals(text))
{
text = System.Convert.ToString(-1000);
}
else
{
if (string.IsNullOrEmpty(text))
{
text = System.Convert.ToString(-500);
}
}
int num2 = System.Convert.ToInt32(current.Substring(current.LastIndexOf(".") + 1));
if (!dictionary.ContainsKey(num2))
{
OutletValueEntry value = new OutletValueEntry(num2);
dictionary.Add(num2, value);
}
if (num != num2)
{
new OutletValueMib(num2);
num = num2;
}
OutletValueEntry outletValueEntry = dictionary[num2];
EatonOutletCurrentMib_M2 eatonOutletCurrentMib_M = new EatonOutletCurrentMib_M2(num2);
EatonOutletVoltageMib_M2 eatonOutletVoltageMib_M = new EatonOutletVoltageMib_M2(num2);
EatonOutletPowerMib_M2 eatonOutletPowerMib_M = new EatonOutletPowerMib_M2(num2);
if (current.StartsWith(eatonOutletCurrentMib_M.CurrentValue))
{
outletValueEntry.Current = System.Convert.ToString((float)System.Convert.ToInt32(text) / 1000f);
}
else
{
if (current.StartsWith(eatonOutletVoltageMib_M.VoltageValue))
{
outletValueEntry.Voltage = System.Convert.ToString((float)System.Convert.ToInt32(text) / 1000f);
}
else
{
if (current.StartsWith(eatonOutletPowerMib_M.PowerValue))
{
outletValueEntry.Power = text;
}
}
}
}
return(dictionary);
}
public static LeafVarBinding SetOutletThresholdVariablesEatonPDU_M2(OutletThreshold threshold, DevModelConfig modelcfg)
{
LeafVarBinding leafVarBinding = new LeafVarBinding();
int outletNumber = threshold.OutletNumber;
EatonOutletEntryMib_M2 eatonOutletEntryMib_M = new EatonOutletEntryMib_M2(outletNumber);
EatonOutletVoltageMib_M2 eatonOutletVoltageMib_M = new EatonOutletVoltageMib_M2(outletNumber);
EatonOutletCurrentMib_M2 eatonOutletCurrentMib_M = new EatonOutletCurrentMib_M2(outletNumber);
if (!string.IsNullOrEmpty(threshold.OutletName))
{
leafVarBinding.Add(eatonOutletEntryMib_M.OutletName, threshold.OutletName);
}
else
{
leafVarBinding.Add(eatonOutletEntryMib_M.OutletName, "/empty");
}
if (threshold.MaxCurrentMT != -500f)
{
leafVarBinding.Add(eatonOutletCurrentMib_M.MaxCurrentMT, System.Convert.ToInt32(threshold.MaxCurrentMT * 1000f));
}
if (threshold.MaxVoltageMT != -500f)
{
leafVarBinding.Add(eatonOutletVoltageMib_M.MaxVoltageMT, System.Convert.ToInt32(threshold.MaxVoltageMT * 1000f));
}
if (threshold.MinVoltageMT != -500f)
{
leafVarBinding.Add(eatonOutletVoltageMib_M.MinVoltageMt, System.Convert.ToInt32(threshold.MinVoltageMT * 1000f));
}
if (threshold.MaxCurrentMT != -500f)
{
leafVarBinding.Add(eatonOutletCurrentMib_M.CurrentUpperCritical, System.Convert.ToInt32(threshold.MaxCurrentMT * 1000f));
}
if (threshold.MaxVoltageMT != -500f)
{
leafVarBinding.Add(eatonOutletVoltageMib_M.VoltageUpperCritical, System.Convert.ToInt32(threshold.MaxVoltageMT * 1000f));
}
return(leafVarBinding);
}
public static System.Collections.Generic.List <LeafVarBinding> GetValuesRequestEatonPDU_M2(DevModelConfig modelcfg, DevRealConfig realcfg)
{
int num = 1;
int portNum = realcfg.portNum;
int bankNum = realcfg.bankNum;
int sensorNum = realcfg.sensorNum;
int contactNum = realcfg.contactNum;
System.Collections.Generic.List <LeafVarBinding> list = new System.Collections.Generic.List <LeafVarBinding>();
LeafVarBinding leafVarBinding = new LeafVarBinding();
leafVarBinding.Add(EatonPDUBaseMib_M2.Mac);
for (int l = 1; l <= num; l++)
{
EatonInputCurrentMib_M2 eatonInputCurrentMib_M = new EatonInputCurrentMib_M2(l);
leafVarBinding.Add(eatonInputCurrentMib_M.CurrentValue);
EatonInputVoltageMib_M2 eatonInputVoltageMib_M = new EatonInputVoltageMib_M2(l);
leafVarBinding.Add(eatonInputVoltageMib_M.VoltageValue);
EatonInputPowerMib_M2 eatonInputPowerMib_M = new EatonInputPowerMib_M2(1);
leafVarBinding.Add(eatonInputPowerMib_M.PowerValue);
leafVarBinding.Add(eatonInputPowerMib_M.PowerValue_VA);
}
for (int j = 1; j <= contactNum; j++)
{
EatonSensorContactMib_M2 eatonSensorContactMib_M = new EatonSensorContactMib_M2(j);
leafVarBinding.Add(eatonSensorContactMib_M.ContactStatus);
}
for (int k = 1; k <= sensorNum; k++)
{
EatonSensorTemperatureMib_M2 eatonSensorTemperatureMib_M = new EatonSensorTemperatureMib_M2(k);
leafVarBinding.Add(eatonSensorTemperatureMib_M.TemperatureValue);
EatonSensorHumidityMib_M2 eatonSensorHumidityMib_M = new EatonSensorHumidityMib_M2(k);
leafVarBinding.Add(eatonSensorHumidityMib_M.HumidityValue);
}
list.Add(leafVarBinding);
if (portNum > 0)
{
LeafVBBuilder leafVBBuilder = new LeafVBBuilder(3, portNum);
leafVBBuilder.BuildVbByIndex(list, delegate(int i, LeafVarBinding leafVb)
{
EatonOutletVoltageMib_M2 eatonOutletVoltageMib_M = new EatonOutletVoltageMib_M2(i);
leafVb.Add(eatonOutletVoltageMib_M.VoltageValue);
EatonOutletCurrentMib_M2 eatonOutletCurrentMib_M = new EatonOutletCurrentMib_M2(i);
leafVb.Add(eatonOutletCurrentMib_M.CurrentValue);
EatonOutletPowerMib_M2 eatonOutletPowerMib_M = new EatonOutletPowerMib_M2(i);
leafVb.Add(eatonOutletPowerMib_M.PowerValue);
});
}
if (bankNum > 0)
{
LeafVBBuilder leafVBBuilder2 = new LeafVBBuilder(2, bankNum);
leafVBBuilder2.BuildVbByIndex(list, delegate(int i, LeafVarBinding leafVb)
{
EatonGroupCurrentMib_M2 eatonGroupCurrentMib_M = new EatonGroupCurrentMib_M2(i);
leafVb.Add(eatonGroupCurrentMib_M.CurrentValue);
EatonGroupPowerMib_M2 eatonGroupPowerMib_M = new EatonGroupPowerMib_M2(i);
leafVb.Add(eatonGroupPowerMib_M.PowerValue);
});
}
return(list);
}
public static System.Collections.Generic.List <VarBinding> GetThresholdsRequestEatonPDU_M2(DevModelConfig modelcfg, DevRealConfig realcfg)
{
int num = 1;
int portNum = realcfg.portNum;
int bankNum = realcfg.bankNum;
int sensorNum = realcfg.sensorNum;
System.Collections.Generic.List <VarBinding> list = new System.Collections.Generic.List <VarBinding>();
LeafVarBinding leafVarBinding = new LeafVarBinding();
leafVarBinding.Add(EatonPDUBaseMib_M2.Mac);
leafVarBinding.Add(EatonPDUBaseMib_M2.FWversion);
leafVarBinding.Add(EatonPDUBaseMib_M2.DeviceName);
for (int i = 1; i <= num; i++)
{
EatonInputCurrentMib_M2 eatonInputCurrentMib_M = new EatonInputCurrentMib_M2(i);
leafVarBinding.Add(eatonInputCurrentMib_M.MaxCurrentMT);
EatonInputVoltageMib_M2 eatonInputVoltageMib_M = new EatonInputVoltageMib_M2(i);
leafVarBinding.Add(eatonInputVoltageMib_M.MinVoltageMt);
leafVarBinding.Add(eatonInputVoltageMib_M.MaxVoltageMT);
}
for (int j = 1; j <= sensorNum; j++)
{
EatonSensorTemperatureMib_M2 eatonSensorTemperatureMib_M = new EatonSensorTemperatureMib_M2(j);
leafVarBinding.Add(eatonSensorTemperatureMib_M.MinTemperatureMt);
leafVarBinding.Add(eatonSensorTemperatureMib_M.MaxTemperatureMT);
EatonSensorHumidityMib_M2 eatonSensorHumidityMib_M = new EatonSensorHumidityMib_M2(j);
leafVarBinding.Add(eatonSensorHumidityMib_M.MinHumidityMt);
leafVarBinding.Add(eatonSensorHumidityMib_M.MaxHumidityMT);
}
list.Add(leafVarBinding);
LeafVarBinding leafVarBinding2 = new LeafVarBinding();
for (int k = 1; k <= bankNum; k++)
{
EatonGroupEntryMib_M2 eatonGroupEntryMib_M = new EatonGroupEntryMib_M2(k);
leafVarBinding2.Add(eatonGroupEntryMib_M.GroupName);
EatonGroupCurrentMib_M2 eatonGroupCurrentMib_M = new EatonGroupCurrentMib_M2(k);
leafVarBinding2.Add(eatonGroupCurrentMib_M.MaxCurrentMT);
}
if (bankNum > 0)
{
list.Add(leafVarBinding2);
}
if (portNum > 0)
{
int nodes = 4;
LeafVBBuilder leafVBBuilder = new LeafVBBuilder(nodes, portNum);
System.Collections.Generic.List <LeafVarBinding> list2 = new System.Collections.Generic.List <LeafVarBinding>();
leafVBBuilder.BuildVbByIndex(list2, delegate(int index, LeafVarBinding leafVb)
{
EatonOutletEntryMib_M2 eatonOutletEntryMib_M = new EatonOutletEntryMib_M2(index);
leafVb.Add(eatonOutletEntryMib_M.OutletName);
EatonOutletVoltageMib_M2 eatonOutletVoltageMib_M = new EatonOutletVoltageMib_M2(index);
leafVb.Add(eatonOutletVoltageMib_M.MinVoltageMt);
leafVb.Add(eatonOutletVoltageMib_M.MaxVoltageMT);
EatonOutletCurrentMib_M2 eatonOutletCurrentMib_M = new EatonOutletCurrentMib_M2(index);
leafVb.Add(eatonOutletCurrentMib_M.MaxCurrentMT);
});
foreach (LeafVarBinding current in list2)
{
list.Add(current);
}
}
return(list);
}
private static System.Collections.Generic.Dictionary <int, OutletThreshold> GetOutletThreshold(System.Collections.Generic.Dictionary <string, string> result)
{
System.Collections.Generic.Dictionary <int, OutletThreshold> dictionary = new System.Collections.Generic.Dictionary <int, OutletThreshold>();
System.Collections.Generic.IEnumerator <string> enumerator = result.Keys.GetEnumerator();
EatonOutletEntryMib_M2 eatonOutletEntryMib_M = null;
EatonOutletCurrentMib_M2 eatonOutletCurrentMib_M = null;
EatonOutletVoltageMib_M2 eatonOutletVoltageMib_M = null;
EatonOutletControlMib_M2 eatonOutletControlMib_M = null;
int num = 0;
while (enumerator.MoveNext())
{
string current = enumerator.Current;
string text = result[current];
if ("\0".Equals(text))
{
text = System.Convert.ToString(-1000000);
}
else
{
if (text == null || string.IsNullOrEmpty(text))
{
text = System.Convert.ToString(-500000);
}
}
int num2 = System.Convert.ToInt32(current.Substring(current.LastIndexOf(".") + 1));
if (!dictionary.ContainsKey(num2))
{
OutletThreshold value = new OutletThreshold(num2);
dictionary.Add(num2, value);
}
if (num != num2)
{
eatonOutletEntryMib_M = new EatonOutletEntryMib_M2(num2);
eatonOutletCurrentMib_M = new EatonOutletCurrentMib_M2(num2);
eatonOutletVoltageMib_M = new EatonOutletVoltageMib_M2(num2);
num = num2;
}
OutletThreshold outletThreshold = dictionary[num2];
if (current.StartsWith(eatonOutletCurrentMib_M.MaxCurrentMT))
{
outletThreshold.MaxCurrentMT = (float)System.Convert.ToInt32(text) / 1000f;
}
else
{
if (current.StartsWith(eatonOutletVoltageMib_M.MaxVoltageMT))
{
outletThreshold.MaxVoltageMT = (float)System.Convert.ToInt32(text) / 1000f;
}
else
{
if (current.StartsWith(eatonOutletCurrentMib_M.MinCurrentMt))
{
outletThreshold.MinCurrentMt = (float)System.Convert.ToInt32(text) / 1000f;
}
else
{
if (current.StartsWith(eatonOutletVoltageMib_M.MinVoltageMt))
{
outletThreshold.MinVoltageMT = (float)System.Convert.ToInt32(text) / 1000f;
}
else
{
if (current.StartsWith(eatonOutletEntryMib_M.OutletName))
{
outletThreshold.OutletName = (text.Equals(System.Convert.ToString(-1000000)) ? string.Empty : text);
}
else
{
if (!current.StartsWith(eatonOutletControlMib_M.ControlSequenceDelay))
{
return(new System.Collections.Generic.Dictionary <int, OutletThreshold>());
}
outletThreshold.OffDelayTime = System.Convert.ToInt32(text);
outletThreshold.OnDelayTime = System.Convert.ToInt32(text);
}
}
}
}
}
if (outletThreshold.MinCurrentMt == -500f)
{
outletThreshold.MinCurrentMt = -300f;
}
if (outletThreshold.MinPowerMT == -500f)
{
outletThreshold.MinPowerMT = -300f;
}
}
return(dictionary);
}