public void DefineUshortTag(
RegisterFunction function,
TagAddressMaskType masktype = TagAddressMaskType.None,
ushort mask = ushort.MaxValue,
TagAddressMergeType mergetype = TagAddressMergeType.OrMerge,
ushort range = ushort.MinValue)
{
if (InnerTag != null)
{
return;
}
UshortTag innertag = new UshortTag(function)
{
MaskType = masktype,
Mask = mask,
MergeType = mergetype,
Range = range
};
InnerTag = innertag;
InnerTag.TagValueChangedEvent += delegate(ITagType tag)
{
TagStatusChanged?.Invoke(this, EventArgs.Empty);
};
}
private void Classificator(Tag addingTag)
{
if (addingTag.TagDirection == Direction.Write)
{
if (!allWriteTags.ContainsKey(addingTag.Name))
{
allWriteTags.Add(addingTag.Name, addingTag);
}
return;
}
if (addingTag.InnerTag is BoolTag)
{
if (!allBoolTags.ContainsKey(addingTag.Name))
{
allBoolTags.Add(addingTag.Name, (addingTag.InnerTag as BoolTag));
}
}
else if (addingTag.InnerTag is UshortTag)
{
allUshortTags.Add(addingTag.Name, (addingTag.InnerTag as UshortTag));
}
else if (addingTag.InnerTag is FloatTag)
{
allFloatTags.Add(addingTag.Name, (addingTag.InnerTag as FloatTag));
}
if (addingTag.InnerTag.Function == StatusFunction.CoilStatus)
{
if (!CoilStatuses.ContainsKey(addingTag.Name))
{
CoilStatuses.Add(addingTag.Name, (addingTag.InnerTag));
}
}
else if (addingTag.InnerTag.Function == StatusFunction.InputStatus)
{
if (!InputStatuses.ContainsKey(addingTag.Name))
{
InputStatuses.Add(addingTag.Name, (addingTag.InnerTag));
}
}
else if (addingTag.InnerTag.Function == RegisterFunction.HoldingRegister)
{
if (!InputStatuses.ContainsKey(addingTag.Name))
{
HoldingRegisters.Add(addingTag.Name, (addingTag.InnerTag));
}
}
else if (addingTag.InnerTag.Function == RegisterFunction.InputRegister)
{
if (!InputStatuses.ContainsKey(addingTag.Name))
{
InputRegisters.Add(addingTag.Name, (addingTag.InnerTag));
}
}
addingTag.TagStatusChanged += delegate(Tag sender, object value, bool quality)
{
TagStatusChanged?.Invoke(sender, value, quality);
};
}
new internal void Add(string devicename, Device device)
{
if (ContainsKey(devicename))
{
logger.Warning(null, $"Device already added - {devicename}");
return;
}
base.Add(devicename, device);
device.ConnectionStatusChanged += Device_ConnectionStatusChanged;
device.Collection.TagStatusChanged += delegate(Tag sender, object value, bool quality)
{
TagStatusChanged?.Invoke(sender, value, quality);
};
}
new internal void Add(string devicename, Device device)
{
if (ContainsKey(devicename))
{
logger.Warning(null, $"Device already added - {devicename}");
return;
}
base.Add(devicename, device);
device.ConnectionStatusChanged += Device_ConnectionStatusChanged;
device.Collection.TagStatusChanged += (sender, e) =>
{
if (sender is Tag tag)
{
TagStatusChanged?.Invoke(this, new TagChangedEventArgs {
Name = tag.Name, Value = tag.Value, Quality = tag.Quality
});
}
};
}
public void DefineFloatTag(
RegisterFunction function,
IFloatConverter converter,
float range = 0)
{
if (InnerTag != null)
{
return;
}
FloatTag innertag = new FloatTag(function)
{
Range = range,
FloatConverter = converter
};
InnerTag = innertag;
InnerTag.TagValueChangedEvent += delegate(ITagType tag)
{
TagStatusChanged?.Invoke(this, EventArgs.Empty);
};
}
public void DefineBoolTag(
StatusFunction function,
TagAddressMaskType masktype = TagAddressMaskType.None,
bool mask = false,
TagAddressMergeType mergetype = TagAddressMergeType.OrMerge)
{
if (InnerTag != null)
{
return;
}
BoolTag innertag = new BoolTag(function)
{
MaskType = masktype,
Mask = mask,
MergeType = mergetype
};
InnerTag = innertag;
InnerTag.TagValueChangedEvent += delegate(ITagType tag)
{
TagStatusChanged?.Invoke(this, EventArgs.Empty);
};
}
private void Classificator(Tag addingTag)
{
if (addingTag.TagDirection == Direction.Write)
{
if (!allWriteTags.ContainsKey(addingTag.Name))
{
allWriteTags.Add(addingTag.Name, addingTag);
}
return;
}
if (addingTag.InnerTag is BoolTag)
{
if (!allBoolTags.ContainsKey(addingTag.Name))
{
allBoolTags.Add(addingTag.Name, (addingTag.InnerTag as BoolTag));
}
}
else if (addingTag.InnerTag is UshortTag)
{
allUshortTags.Add(addingTag.Name, (addingTag.InnerTag as UshortTag));
}
else if (addingTag.InnerTag is FloatTag)
{
allFloatTags.Add(addingTag.Name, (addingTag.InnerTag as FloatTag));
}
else if (addingTag.InnerTag is UintTag)
{
allUintTags.Add(addingTag.Name, (addingTag.InnerTag as UintTag));
}
if (addingTag.InnerTag.Function == StatusFunction.CoilStatus)
{
if (!CoilStatuses.ContainsKey(addingTag.Name))
{
CoilStatuses.Add(addingTag.Name, (addingTag.InnerTag));
}
}
else if (addingTag.InnerTag.Function == StatusFunction.InputStatus)
{
if (!InputStatuses.ContainsKey(addingTag.Name))
{
InputStatuses.Add(addingTag.Name, (addingTag.InnerTag));
}
}
else if (addingTag.InnerTag.Function == RegisterFunction.HoldingRegister)
{
if (!HoldingRegisters.ContainsKey(addingTag.Name))
{
HoldingRegisters.Add(addingTag.Name, (addingTag.InnerTag));
}
}
else if (addingTag.InnerTag.Function == RegisterFunction.InputRegister)
{
if (!InputRegisters.ContainsKey(addingTag.Name))
{
InputRegisters.Add(addingTag.Name, (addingTag.InnerTag));
}
}
addingTag.TagStatusChanged += (sender, e) =>
{
TagStatusChanged?.Invoke(sender, EventArgs.Empty);
};
}
