/// <summary>
/// Writes the class diagram.
/// </summary>
/// <param name="interface">The interface.</param>
/// <param name="useIncludes">if set to <c>true</c> [use includes].</param>
/// <returns></returns>
internal static string WriteClassDiagram(Models.Interface @interface, bool useIncludes = false)
{
string markup = Templates.Descriptor;
markup = markup.Replace(TypeElement, "interface ").Replace(NameElement, @interface.Name).Replace(ProtoTypeElement, "").Replace(StereoTypeElement, "");
markup = markup.Replace(BodyElement, WriteBody(@interface));
var aggregates = Aggregations.Distinct().ToList();
Aggregations.Clear();
var composites = Compositions.Distinct().ToList();
Compositions.Clear();
aggregates.ForEach((n) => markup += Aggregate(@interface.Name, n));
composites.ForEach((n) => markup += Composite(@interface.Name, n));
return(markup);
}
/// <summary>
/// Writes the class diagram.
/// </summary>
/// <param name="class">The class.</param>
/// <param name="useIncludes">if set to <c>true</c> [use includes].</param>
/// <returns></returns>
internal static string WriteClassDiagram(Models.Class @class, bool useIncludes = false)
{
string markup = Templates.Descriptor;
if (@class.Module)
{
markup = markup.Replace(ProtoTypeElement, "").Replace(StereoTypeElement, string.Format(StereoType, "M", "application", "module "));
}
else if (@class.Static && @class.Abstract)
{
markup = markup.Replace(ProtoTypeElement, "").Replace(StereoTypeElement, string.Format(StereoType, "S", "orchid", "static "));
}
else if (@class.Abstract)
{
markup = markup.Replace(ProtoTypeElement, "abstract ").Replace(StereoTypeElement, "");
}
else
{
markup = markup.Replace(ProtoTypeElement, "").Replace(StereoTypeElement, "");
}
markup = markup.Replace(TypeElement, "class ").Replace(NameElement, @class.Name);
markup = markup.Replace(BodyElement, WriteBody(@class));
if (@class.Implements != null)
{
markup += Lollipop(@class.Name, @class.Implements.Name);
}
if (@class.Inherits != null)
{
markup += Extend(@class.Name, @class.Inherits.Name);
}
var aggregates = Aggregations.Distinct().ToList();
Aggregations.Clear();
var composites = Compositions.Distinct().ToList();
Compositions.Clear();
var consumption = Consumers.Distinct().ToList();
Consumers.Clear();
var provision = Providers.Distinct().ToList();
Providers.Clear();
aggregates.ForEach((n) =>
{
if (useIncludes)
{
markup = ((IncludeDiagram(n).Length > 0) ? IncludeDiagram(n) : "") + markup;
}
markup += Aggregate(@class.Name, n);
Relationships.Add(new Models.Relationship
{
PrincipalObject = @class,
AncillaryObject = new Models.Generic {
Name = n
},
Type = Models.RelationshipType.Aggregation
});
});
composites.ForEach((n) =>
{
if (useIncludes)
{
markup = ((IncludeDiagram(n).Length > 0) ? IncludeDiagram(n) : "") + markup;
}
markup += Composite(@class.Name, n);
Relationships.Add(new Models.Relationship
{
PrincipalObject = @class,
AncillaryObject = new Models.Generic {
Name = n
},
Type = Models.RelationshipType.Composition
});
});
consumption.ForEach((n) =>
{
if (useIncludes)
{
markup = ((IncludeDiagram(n).Length > 0) ? IncludeDiagram(n) : "") + markup;
}
markup += Consumes(@class.Name, n);
Relationships.Add(new Models.Relationship
{
PrincipalObject = @class,
AncillaryObject = new Models.Generic {
Name = n
},
Type = Models.RelationshipType.Dependency
});
});
Providers.ForEach((n) =>
{
if (useIncludes)
{
markup = ((IncludeDiagram(n).Length > 0) ? IncludeDiagram(n) : "") + markup;
}
markup += Provides(@class.Name, n);
Relationships.Add(new Models.Relationship
{
PrincipalObject = @class,
AncillaryObject = new Models.Generic {
Name = n
},
Type = Models.RelationshipType.Association
});
});
return(markup);
}
