public IRpdMeterSystemInformation Build()
{
var rpdMeterInfo = new RpdMeterSystemInformationSimple();
var br = new AdvancedBinaryReader(_stream, false);
rpdMeterInfo.Address = br.ReadByte();
rpdMeterInfo.Type = br.ReadByte();
rpdMeterInfo.Status = br.ReadByte();
rpdMeterInfo.LinkErrorCounter = br.ReadByte();
rpdMeterInfo.ChannelsMask = br.ReadUInt16();
rpdMeterInfo.ChannelsMaskFromMeter = br.ReadUInt16();
rpdMeterInfo.ChannelsCount = br.ReadByte();
rpdMeterInfo.ChannelsDumpedCount = br.ReadByte();
var channelsDumpRulesCodes = new byte[MaxChannels]; // 0 - unused, 1..47 - valid
br.Read(channelsDumpRulesCodes, 0, MaxChannels);
rpdMeterInfo.ChannelsDumpRulesCodes = channelsDumpRulesCodes;
rpdMeterInfo.HigherReadedFaultNumber = br.ReadByte();
rpdMeterInfo.ReadedFaultsCount = br.ReadByte();
rpdMeterInfo.NumberOfFaultDumpsForMeter = br.ReadByte();
rpdMeterInfo.PageLine = br.ReadUInt32();
rpdMeterInfo.PageLinesCountPerFault = br.ReadUInt32();
rpdMeterInfo.Crc = br.ReadByte();
return(rpdMeterInfo);
}
public IRpdMeterSystemInformation Build()
{
var rpdMeterInfo = new RpdMeterSystemInformationSimple {
Address = 0xFF,
Type = 0xFF,
Status = 0xFF,
LinkErrorCounter = 0xFF,
ChannelsMask = 0xFFFF,
ChannelsMaskFromMeter = 0xFFFF,
ChannelsCount = 0xFF,
ChannelsDumpedCount = 0xFF,
ChannelsDumpRulesCodes = new byte[MaxChannels],
HigherReadedFaultNumber = 0xFF,
ReadedFaultsCount = 0xFF,
NumberOfFaultDumpsForMeter = 0xFF,
PageLine = 0xFFFFFFFF,
PageLinesCountPerFault = 0xFFFFFFFF,
Crc = 0
};
for (int i = 0; i < MaxChannels; i++)
{
rpdMeterInfo.ChannelsDumpRulesCodes[i] = 0xFF;
}
return(rpdMeterInfo);
}
public IRpdMeterSystemInformation Build()
{
var rpdMeterInfo = new RpdMeterSystemInformationSimple {
Address = (byte)_meter.Address
};
switch (_meter.Type)
{
case RpdMeterType.Uran:
rpdMeterInfo.Type = 0;
break;
case RpdMeterType.Irvi:
rpdMeterInfo.Type = 1;
break;
case RpdMeterType.Radar:
rpdMeterInfo.Type = 2;
break;
}
rpdMeterInfo.Status = 0;
rpdMeterInfo.LinkErrorCounter = 0;
rpdMeterInfo.ChannelsCount = 0;
rpdMeterInfo.ChannelsMask = 0;
rpdMeterInfo.ChannelsMaskFromMeter = 0;
rpdMeterInfo.ChannelsDumpRulesCodes = new byte[MaxChannels];
for (int i = 0; i < _meter.Channels.Count; ++i) //в этом цикле считаем маску разрешенных каналов и номера правил из таблицы правил регистрации и контроля
{
if (_meter.Channels[i].IsEnabled)
{
rpdMeterInfo.ChannelsCount++; // TODO: как быть со служебными каналами?
rpdMeterInfo.ChannelsMask += (ushort)(0x01 << i); // Math.Pow(2, i); //если канал разрешен - заряжаем единицу в маске :)
}
//выставляем номер условия канала, если оно используются для разрешенного канала:
if (_meter.Channels[i].IsEnabled)
{
if (_meter.Channels[i].DumpCondition != null && _meter.Channels[i].DumpCondition.IsUsed)
{
rpdMeterInfo.ChannelsDumpRulesCodes[i] = (byte)(_meter.Channels[i].DumpCondition.ConnectionPointIndex);
}
else
{
rpdMeterInfo.ChannelsDumpRulesCodes[i] = 0; //а если не используется - пишем 0
}
}
else
{
rpdMeterInfo.ChannelsDumpRulesCodes[i] = 0;
}
}
rpdMeterInfo.ChannelsDumpedCount = rpdMeterInfo.ChannelsCount;
rpdMeterInfo.HigherReadedFaultNumber = 0;
rpdMeterInfo.ReadedFaultsCount = 0;
rpdMeterInfo.NumberOfFaultDumpsForMeter = 0;
rpdMeterInfo.PageLine = 0;
rpdMeterInfo.PageLinesCountPerFault = 0;
rpdMeterInfo.Crc = 0;
return(rpdMeterInfo);
}
