internal Field(ModelSupport.ContentTypeInternal ContentTypeInternal, MessageDelimiters CustomDelimiters, bool Temporary, int?Index, ContentBase Parent)
: base(CustomDelimiters)
{
_Temporary = Temporary;
_Index = Index;
_Parent = Parent;
_ComponentDictonary = ParseFieldRawStringToComponent(string.Empty, ContentTypeInternal);
}
internal Element(ModelSupport.ContentTypeInternal ContentTypeInternal, MessageDelimiters CustomDelimiters, bool Temporary, int?Index, ModelBase Parent)
: base(CustomDelimiters)
{
_Temporary = Temporary;
_Index = Index;
_Parent = Parent;
_IsMainSeparator = (ContentTypeInternal == ModelSupport.ContentTypeInternal.MainSeparator);
_IsEncodingCharacters = (ContentTypeInternal == ModelSupport.ContentTypeInternal.EncodingCharacters);
_RepeatDictonary = ParseElementRawStringToRepeat(string.Empty, ContentTypeInternal);
}
internal Content(Support.Standard.EscapeType EscapeType, MessageDelimiters CustomDelimiters,
bool Temporary, int?Index, ModelBase Parent)
: base(CustomDelimiters)
{
_Temporary = Temporary;
_Index = Index;
_Parent = Parent;
_InternalContentType = ModelSupport.ContentTypeInternal.Escape;
_EscapeMetaData = new EscapeData(EscapeType, String.Empty);
_Data = Support.Standard.Escapes.ResolveEscapeChararter(EscapeType).ToString();
SetParent();
}
//Only internal Constructors
internal Content(string String, ModelSupport.ContentTypeInternal ContentTypeInternal,
MessageDelimiters CustomDelimiters, bool Temporary, int?Index, ModelBase Parent)
: base(CustomDelimiters)
{
_Temporary = Temporary;
_Index = Index;
_Parent = Parent;
_InternalContentType = ContentTypeInternal;
if (ContentTypeInternal == ModelSupport.ContentTypeInternal.EncodingCharacters)
{
SetDataToEncodingCharacters();
_EscapeMetaData = null;
}
else if (ContentTypeInternal == ModelSupport.ContentTypeInternal.MainSeparator)
{
SetDataToMainSeparator();
_EscapeMetaData = null;
}
else if (ContentTypeInternal == ModelSupport.ContentTypeInternal.Escape)
{
if (String != String.Empty)
{
if (ValidateData(String))
{
_Data = String;
_EscapeMetaData = new EscapeData(String);
}
SetParent();
}
else
{
throw new PeterPiperException("Attempt to set Content as Escape Type yet no Content data given, String was empty.");
}
}
else
{
if (String != String.Empty)
{
if (ValidateData(String))
{
_EscapeMetaData = null;
_Data = String;
}
SetParent();
}
}
}
internal Content(string String, MessageDelimiters CustomDelimiters, bool Temporary, int?Index,
ModelBase Parent)
: base(CustomDelimiters)
{
_Temporary = Temporary;
_Index = Index;
_Parent = Parent;
_InternalContentType = ModelSupport.ContentTypeInternal.Text;
_EscapeMetaData = null;
if (ValidateData(String))
{
if (String != String.Empty)
{
_Data = String;
SetParent();
}
}
}
//Parsing and Validation
private Dictionary <int, Component> ParseFieldRawStringToComponent(String StringRaw, ModelSupport.ContentTypeInternal ContentTypeInternal)
{
//Example: "first^Second^Third^\H\Forth bold\N\^fith&SubHere^Six";
_ComponentDictonary = new Dictionary <int, Component>();
if (ContentTypeInternal == ModelSupport.ContentTypeInternal.EncodingCharacters || ContentTypeInternal == ModelSupport.ContentTypeInternal.MainSeparator)
{
_ComponentDictonary.Add(1, new Component(ContentTypeInternal, this.Delimiters, false, 1, this));
}
else
{
if (StringRaw.Contains(this.Delimiters.Component))
{
string[] ComponentParts = StringRaw.Split(this.Delimiters.Component);
int CompoenentPositionCounter = 1;
foreach (string Part in ComponentParts)
{
if (Part != string.Empty)
{
//_ComponentDictonary.Add(CompoenentPositionCounter, new Component(Part, this.Delimiters, false, CompoenentPositionCounter, this));
new Component(Part, this.Delimiters, true, CompoenentPositionCounter, this);
}
CompoenentPositionCounter++;
}
}
else
{
//_ComponentDictonary.Add(1, new Component(StringRaw, this.Delimiters, this._Temporary, 1, this));
new Component(StringRaw, this.Delimiters, true, 1, this);
}
}
return(_ComponentDictonary);
}
//Parsing and Validation
private Dictionary <int, Content> ParseSubComponentRawStringToContent(String StringRaw, ModelSupport.ContentTypeInternal ContentTypeInternal)
{
//Example: "\\N\\this is not Highlighted\\H\\ This is highlighted \\N\\ This is not";
_ContentDictonary = new Dictionary <int, Content>();
if (ContentTypeInternal == ModelSupport.ContentTypeInternal.EncodingCharacters || ContentTypeInternal == ModelSupport.ContentTypeInternal.MainSeparator)
{
_ContentDictonary.Add(0, new Content(string.Empty, ContentTypeInternal, this.Delimiters, false, 0, this));
}
else
{
if (StringRaw.Contains(this.Delimiters.Escape))
{
string[] ContentParts = StringRaw.Split(this.Delimiters.Escape);
bool InEscape = false;
int SubCompoenentPositionCounter = 0;
foreach (string Part in ContentParts)
{
if (InEscape)
{
new Content(Part.Trim(), ModelSupport.ContentTypeInternal.Escape, this.Delimiters, true, SubCompoenentPositionCounter, this);
SubCompoenentPositionCounter++;
InEscape = false;
}
else
{
if (Part != string.Empty)
{
new Content(Part, ModelSupport.ContentTypeInternal.Text, this.Delimiters, true, SubCompoenentPositionCounter, this);
SubCompoenentPositionCounter++;
}
InEscape = true;
}
}
}
else
{
new Content(StringRaw, ModelSupport.ContentTypeInternal.Text, this.Delimiters, true, 0, this);
}
}
return(_ContentDictonary);
}
//Parsing and Validation
private Dictionary <int, Field> ParseElementRawStringToRepeat(String StringRaw, ModelSupport.ContentTypeInternal ContentTypeInternal)
{
//Example: "First1^Second1^Third1^~First2^Second2&\\H\\Second22\\N\\^Third2";
_RepeatDictonary = new Dictionary <int, Field>();
if (ContentTypeInternal == ModelSupport.ContentTypeInternal.EncodingCharacters || ContentTypeInternal == ModelSupport.ContentTypeInternal.MainSeparator)
{
_RepeatDictonary.Add(1, new Field(ContentTypeInternal, this.Delimiters, false, 1, this));
}
else
{
if (StringRaw.Contains(this.Delimiters.Repeat))
{
string[] ElementParts = StringRaw.Split(this.Delimiters.Repeat);
int RepeatPositionCounter = 1;
foreach (string Part in ElementParts)
{
if (Part != string.Empty)
{
//_RepeatDictonary.Add(RepeatPositionCounter, new Field(Part, this.Delimiters, false, RepeatPositionCounter, this));
new Field(Part, this.Delimiters, true, RepeatPositionCounter, this);
}
RepeatPositionCounter++;
}
}
else
{
//_RepeatDictonary.Add(1, new Field(StringRaw, this.Delimiters, false, 1, this));
new Field(StringRaw, this.Delimiters, true, 1, this);
}
}
return(_RepeatDictonary);
}
//Parsing and Validation
private Dictionary <int, SubComponent> ParseComponentRawStringToSubComponent(String StringRaw, ModelSupport.ContentTypeInternal ContentTypeInternal)
{
//Example: "First&Second&Third\H\bold\N\&forth";
_SubComponentDictonary = new Dictionary <int, SubComponent>();
if (ContentTypeInternal == ModelSupport.ContentTypeInternal.EncodingCharacters || ContentTypeInternal == ModelSupport.ContentTypeInternal.MainSeparator)
{
_SubComponentDictonary.Add(1, new SubComponent(ContentTypeInternal, this.Delimiters, false, 1, this));
}
else
{
if (StringRaw.Contains(this.Delimiters.SubComponent))
{
string[] SubComponentParts = StringRaw.Split(this.Delimiters.SubComponent);
int SubCompoenentPositionCounter = 1;
foreach (string Part in SubComponentParts)
{
if (Part != string.Empty)
{
//_SubComponentDictonary.Add(SubCompoenentPositionCounter, new SubComponent(Part, this.Delimiters, false, SubCompoenentPositionCounter, this));
new SubComponent(Part, this.Delimiters, true, SubCompoenentPositionCounter, this);
}
SubCompoenentPositionCounter++;
}
}
else
{
//_SubComponentDictonary.Add(1, new SubComponent(StringRaw, this.Delimiters, this._Temporary, 1, this));
new SubComponent(StringRaw, this.Delimiters, true, 1, this);
}
}
return(_SubComponentDictonary);
}
