public IRichStringbuilder Design(IRichStringbuilder richSb)
{
// Header
DesignHeader(richSb);
// REFERENCES
if (ReferencedTypes.Any())
{
richSb.WriteLine();
DrawLine(richSb, 50, true, '-');
WriteReferencesUML(richSb);
DrawLine(richSb, 50, true, '-');
}
// PROPERTIES
if (Properties.Any())
{
richSb.WriteLine();
richSb.WriteRegular("Properties ").WriteLine();
WritePropertiesUML(richSb);
}
// METHODS
if (Methods.Any())
{
richSb.WriteLine();
richSb.WriteRegular("Methods ").WriteLine();
WriteMethodsUML(richSb);
}
return richSb;
}
protected static void DrawLine(IRichStringbuilder builder, int size, bool useIntercalatedSpace, char c, bool appendLineAtTheEnd = true, bool writingHeader = false)
{
Action<bool, string> internalFunc = (header, data) =>
{
if (header) { builder.WriteBold(data); }
else { builder.WriteRegular(data); }
};
if (useIntercalatedSpace)
{
for (int i = 0;
i < size;
internalFunc(writingHeader, (i % 2 == 0 ? "" + c : " ")), i++) ;
}
else
{
for (int i = 0;
i < size;
internalFunc(writingHeader, ("" + c)), i++) ;
}
if (appendLineAtTheEnd)
{
builder.WriteLine();
}
}
public void DesignHeader(IRichStringbuilder richSb)
{
int LINE_CHARS_NUM = Name.Length + 5;
DrawLine(richSb, LINE_CHARS_NUM, true, '_', true, true);
richSb.WriteRegular(": ");
Visibility.Design(richSb);
richSb.WriteRegular(Name);
int charsWritten = DesignHeaderConcrete(richSb);
if (BaseTypes.Any())
{
richSb.WriteRegular(" : ");
charsWritten += (int) Math.Round((double)WriteBaseTypesUML(richSb) * 1.7d);
}
richSb.WriteLine();
DrawLine(richSb, LINE_CHARS_NUM + charsWritten, true, '¯', true, true);
}
private IRichStringbuilder DesignHeader(IRichStringbuilder richSb)
{
int LINE_CHARS_NUM = Name.Length + 5;
DrawLine(richSb, LINE_CHARS_NUM, true, '_', true, true);
richSb.WriteRegular(": ");
Visibility.Design(richSb);
richSb.WriteRegular(Name);
richSb.WriteRegular(" ");
richSb.WriteItalic(ENUM_WORD);
LINE_CHARS_NUM += ENUM_WORD.Length;
richSb.WriteLine();
DrawLine(richSb, LINE_CHARS_NUM, true, '¯', true, true);
return richSb;
}
public IRichStringbuilder Design(IRichStringbuilder richSb)
{
string dummyTextPreparation = Name;
Func<string> annotationString = () =>
{
string s = string.Empty;
switch (Type)
{
case CLRAvailableTypeMode.@class:
if (Abstract) s = "« abstract »";
break;
case CLRAvailableTypeMode.@enum:
s = " « enum »";
break;
case CLRAvailableTypeMode.@interface:
s = " « interface »";
break;
case CLRAvailableTypeMode.@struct:
s = " « struct »";
break;
default: throw new NotSupportedException();
}
return s;
};
if (!string.IsNullOrEmpty(BaseName)) { dummyTextPreparation += " extends " + BaseName; }
string annotationText = annotationString();
dummyTextPreparation += annotationText; // append
// calc size
int numCharsOthersSeparators = (int)Math.Round(dummyTextPreparation.Length * 0.8);
int numCharsClass = (int)Math.Round((dummyTextPreparation.Length * 1.3)); // fixed value because of the caracter _
DrawLine(richSb, numCharsClass, true, '_', true, true);
richSb.WriteRegular(": ");
Visibility.Design(richSb);
richSb.WriteRegular(" " + Name);
if (!string.IsNullOrEmpty(annotationText)) { richSb.WriteItalic(annotationText); }
if (!string.IsNullOrEmpty(BaseName)) { richSb.WriteRegular(" extends ").WriteBold(BaseName); }
richSb.WriteLine();
DrawLine(richSb, numCharsClass, true, '¯', true, true);
// REFERENCES
if (ReferencedTypes.Any())
{
richSb.WriteLine();
DrawLine(richSb, numCharsOthersSeparators, true, '-');
WriteReferencesUML(richSb);
DrawLine(richSb, numCharsOthersSeparators, true, '-');
}
// CONSTANTS
if (ConstantFields.Any())
{
richSb.WriteLine();
richSb.WriteRegular("CONSTANTS ").WriteLine();
WriteConstantsUML(richSb);
}
// FIELDS
if (Fields.Any())
{
richSb.WriteLine();
richSb.WriteRegular("Fields ").WriteLine();
WriteFieldsUML(richSb);
}
// PROPERTIES
if (Properties.Any())
{
richSb.WriteLine();
richSb.WriteRegular("Properties ").WriteLine();
WritePropertiesUML(richSb);
}
// METHODS
if (Methods.Any())
{
richSb.WriteLine();
richSb.WriteRegular("Methods ").WriteLine();
WriteMethodsUML(richSb);
}
return richSb;
}