//Only internal Constructors
internal Component(SubComponent SubComponent, MessageDelimiters CustomDelimiters, bool Temporary,
int?Index, ModelBase Parent)
: base(CustomDelimiters)
{
ValidateItemNotInUse(SubComponent);
_Temporary = Temporary;
_Index = Index;
_Parent = Parent;
_SubComponentDictonary = new Dictionary <int, SubComponent>();
_SubComponentDictonary.Add(1, SubComponent);
}
internal SubComponent SubComponentSet(SubComponent SubComponent, int Index)
{
if (_ComponentDictonary.ContainsKey(1))
{
return(_ComponentDictonary[1].SubComponentSet(SubComponent, Index));
}
else
{
Component oComponent = new Component(string.Empty, this.Delimiters, true, 1, this);
return(oComponent.SubComponentSet(SubComponent, Index));
}
}
internal Content ContentInsertBefore(Content Content, int Index)
{
if (_SubComponentDictonary.ContainsKey(1))
{
return(_SubComponentDictonary[1].ContentInsertBefore(Content, Index));
}
else
{
//_SubComponentDictonary.Add(1, new SubComponent(Content, this.Delimiters, true, 0, this));
SubComponent oSubComponent = new SubComponent(String.Empty, this.Delimiters, true, 1, this);
return(oSubComponent.ContentInsertBefore(Content, Index));
}
}
internal SubComponent SubComponentSet(SubComponent SubComponent, int Index)
{
if (_RepeatDictonary.ContainsKey(1))
{
return(_RepeatDictonary[1].SubComponentSet(SubComponent, Index));
}
else
{
//_RepeatDictonary.Add(1, new Field(string.Empty, this.Delimiters, true, 1, this));
//return _RepeatDictonary[1].ContentSet(Content, Index);
Field oField = new Field(string.Empty, this.Delimiters, true, 1, this);
return(oField.SubComponentSet(SubComponent, Index));
}
}
internal Content ContentAppend(Content Content)
{
if (_SubComponentDictonary.ContainsKey(1))
{
return(_SubComponentDictonary[1].ContentAppend(Content));
}
else
{
//_SubComponentDictonary = new Dictionary<int, SubComponent>();
//_SubComponentDictonary.Add(1, new SubComponent(Content, this.Delimiters, true, 0, this));
SubComponent oSubComponent = new SubComponent(String.Empty, this.Delimiters, true, 1, this);
return(oSubComponent.ContentAppend(Content));
}
}
internal Content ContentSet(Content Content, int Index)
{
if (_SubComponentDictonary.ContainsKey(1))
{
return(_SubComponentDictonary[1].ContentSet(Index, Content));
}
else
{
//_SubComponentDictonary.Add(1, new SubComponent(string.Empty, this.Delimiters, true, 1, this));
//return _SubComponentDictonary[1].ContentSet(Index, Content);
SubComponent oSubComponent = new SubComponent(string.Empty, this.Delimiters, true, 1, this);
return(oSubComponent.ContentSet(Index, Content));
}
}
//Maintenance
private void SetParent()
{
if (this._Temporary)
{
if (this._Parent is SubComponent)
{
SubComponent oSubComponent = this._Parent as SubComponent;
if (oSubComponent.SetToDictonary(this))
{
this._Temporary = false;
}
}
}
}
private void RemoveFromParent()
{
if (this._Index != null)
{
try
{
SubComponent oSubComponent = this._Parent as SubComponent;
oSubComponent.RemoveChild(System.Convert.ToInt32(this._Index));
}
catch (InvalidCastException oInvalidCastExec)
{
throw new PeterPiperException("Casting of Content's parent to SubComponent throws Invalid Cast Exception, check inner exception for more detail", oInvalidCastExec);
}
}
}
//Content
internal Content GetContent(int index)
{
if (_SubComponentDictonary.ContainsKey(1))
{
return(_SubComponentDictonary[1].GetContent(index));
}
else
{
//_SubComponentDictonary = new Dictionary<int, SubComponent>();
//_SubComponentDictonary.Add(1, new SubComponent(string.Empty, this.Delimiters, false, 0, this));
//return _SubComponentDictonary[1].GetContent(index);
SubComponent oSubComponent = new SubComponent(string.Empty, this.Delimiters, false, 0, this);
return(oSubComponent.GetContent(index));
}
}
internal SubComponent SubComponentAppend(SubComponent SubComponent)
{
if (_ComponentDictonary.ContainsKey(1))
{
return(_ComponentDictonary[1].SubComponentAppend(SubComponent));
}
else
{
//_ComponentDictonary = new Dictionary<int, Component>();
//_ComponentDictonary.Add(1, new Component(SubComponent, SubComponent.Delimiters, true, 1, this));
//return _ComponentDictonary[1].GetSubComponent(1);
Component oComponent = new Component(String.Empty, SubComponent.Delimiters, true, 1, this);
return(oComponent.SubComponentAppend(SubComponent));
}
}
internal SubComponent SubComponentAppend(SubComponent SubComponent)
{
if (_RepeatDictonary.ContainsKey(1))
{
return(_RepeatDictonary[1].SubComponentAppend(SubComponent));
}
else
{
//_RepeatDictonary = new Dictionary<int, Field>();
//_RepeatDictonary.Add(1, new Field(string.Empty, this.Delimiters, true, 1, this));
//_RepeatDictonary[1].SubComponentAppend(SubComponent);
//return _RepeatDictonary[1].GetSubComponent(1);
Field oField = new Field(string.Empty, this.Delimiters, true, 1, this);
return(oField.SubComponentAppend(SubComponent));
}
}
internal SubComponent SubComponentInsertBefore(SubComponent SubComponent, int Index)
{
if (_ComponentDictonary.ContainsKey(1))
{
return(_ComponentDictonary[1].SubComponentInsertBefore(SubComponent, Index));
}
else
{
//_ComponentDictonary = new Dictionary<int, Component>();
//_ComponentDictonary.Add(1, new Component(string.Empty, this.Delimiters, true, 1, this));
//_ComponentDictonary[1].SubComponentInsertBefore(SubComponent, Index);
//return _ComponentDictonary[1].GetSubComponent(Index);
Component oComponent = new Component(string.Empty, this.Delimiters, true, 1, this);
return(oComponent.SubComponentInsertBefore(SubComponent, Index));
}
}
internal SubComponent SubComponentAppend(SubComponent SubComponent)
{
if (_SubComponentDictonary.Count > 0)
{
return(SubComponentInsertBefore(SubComponent, _SubComponentDictonary.Keys.Max() + 1));
}
else
{
SubComponent._Index = 1;
SubComponent._Parent = this;
if (SetToDictonary(SubComponent))
{
SubComponent._Temporary = false;
}
return(_SubComponentDictonary[1]);
}
}
internal SubComponent SubComponentSet(SubComponent SubComponent, int Index)
{
if (SubComponent.AsStringRaw == String.Empty)
{
RemoveChild(Index);
SubComponent._Index = null;
SubComponent._Parent = null;
SubComponent._Temporary = true;
return(SubComponent);
}
else
{
SubComponent._Index = Index;
SubComponent._Parent = this;
if (SetToDictonary(SubComponent))
{
_SubComponentDictonary[Index]._Temporary = false;
}
return(_SubComponentDictonary[System.Convert.ToInt32(SubComponent._Index)]);
}
}
internal SubComponent SubComponentInsertBefore(SubComponent SubComponent, int Index)
{
if (Index == 0)
{
throw new PeterPiperArgumentException("Element is a one based index, zero is not a valid index.");
}
if (_RepeatDictonary.ContainsKey(1))
{
return(_RepeatDictonary[1].SubComponentInsertBefore(SubComponent, Index));
}
else
{
//_RepeatDictonary = new Dictionary<int, Field>();
//_RepeatDictonary.Add(1, new Field(string.Empty, this.Delimiters, true, 1, this));
//_RepeatDictonary[1].SubComponentInsertBefore(SubComponent, Index);
//return _RepeatDictonary[1].GetSubComponent(Index);
Field oField = new Field(string.Empty, this.Delimiters, true, 1, this);
return(oField.SubComponentInsertBefore(SubComponent, Index));
}
}
//Maintenance
internal bool SetToDictonary(SubComponent oSubComponent)
{
try
{
if (_SubComponentDictonary.ContainsKey(System.Convert.ToInt32(oSubComponent._Index)))
{
_SubComponentDictonary[System.Convert.ToInt32(oSubComponent._Index)]._Temporary = true;
_SubComponentDictonary[System.Convert.ToInt32(oSubComponent._Index)]._Parent = null;
_SubComponentDictonary[System.Convert.ToInt32(oSubComponent._Index)]._Index = null;
_SubComponentDictonary[System.Convert.ToInt32(oSubComponent._Index)] = oSubComponent;
}
else
{
_SubComponentDictonary.Add(System.Convert.ToInt32(oSubComponent._Index), oSubComponent);
}
SetParent();
return(true);
}
catch (Exception Exec)
{
throw new PeterPiperException("Error setting SubComponent into Component Parent", Exec);
}
}
internal SubComponent SubComponentInsertBefore(SubComponent SubComponent, int Index)
{
if (Index == 0)
{
throw new PeterPiperArgumentException("SubComponent is a one based index, zero is not a valid index.");
}
int SubComponentInsertedAt = 0;
//Empty dictionary so just add as first item
if (_SubComponentDictonary.Count == 0)
{
SubComponentInsertedAt = Index;
SubComponent._Index = SubComponentInsertedAt;
SubComponent._Parent = this;
if (SetToDictonary(SubComponent))
{
SubComponent._Temporary = false;
}
}
//Asked to insert before an index larger than the largest in dictionary so just add to the end
else if (_SubComponentDictonary.Keys.Max() < Index)
{
SubComponentInsertedAt = Index;
SubComponent._Index = SubComponentInsertedAt;
SubComponent._Parent = this;
if (SetToDictonary(SubComponent))
{
SubComponent._Temporary = false;
}
//_ContentDictonary.Add(_ContentDictonary.Keys.Max() + 1, Content);
}
//Asked to insert within items already in the Dictionary so cycle through moving each item higher or equal up by one then just add the new item
//The Content dictionary is different than all the others as it is to never have gaps between items and it is Zero based.
else
{
foreach (var item in _SubComponentDictonary.Reverse())
{
if (item.Key >= Index)
{
item.Value._Index++;
if (_SubComponentDictonary.ContainsKey(item.Key + 1))
{
_SubComponentDictonary.Remove(item.Key);
_SubComponentDictonary[item.Key + 1] = item.Value;
}
else
{
_SubComponentDictonary.Remove(item.Key);
_SubComponentDictonary.Add(item.Key + 1, item.Value);
}
}
}
SubComponent._Index = Index;
SubComponent._Parent = this;
SetParent();
SubComponent._Temporary = false;
_SubComponentDictonary[Index] = SubComponent;
SubComponentInsertedAt = Index;
}
return(_SubComponentDictonary[SubComponentInsertedAt]);
}