end
end
end
+
+ # Filter the entity based on the options specified by the user.
+ #
+ # Return `true` if the specified entity has to be included in the generated
+ # documentation
+ private fun filter_mclass(mclass: MClass): Bool do
+ return mclass.visibility >= min_visibility
+ end
+
+ # Filter the entity based on the options specified by the user.
+ #
+ # Return `true` if the specified entity has to be included in the generated
+ # documentation
+ private fun filter_mproperty(mproperty: MProperty): Bool do
+ return mproperty.visibility >= min_visibility and
+ not mproperty isa MAttribute
+ end
end
# The Nitdoc class explores the model and generate pages for each mentities found
private fun classes do
for mclass in model.mclasses do
- if mclass.visibility <= ctx.min_visibility then continue
+ if not ctx.filter_mclass(mclass) then continue
var page = new NitdocClass(ctx, model, mainmodule, mclass)
page.render.write_to_file("{ctx.output_dir.to_s}/{page.page_url}")
end
private fun properties do
for mproperty in model.mproperties do
- if mproperty.visibility <= ctx.min_visibility then continue
+ if not ctx.filter_mproperty(mproperty) then continue
if mproperty isa MInnerClass then continue
- if mproperty isa MAttribute then continue
var page = new NitdocProperty(ctx, model, mainmodule, mproperty)
page.render.write_to_file("{ctx.output_dir.to_s}/{page.page_url}")
end
add_result_for(mmodule.name, mmodule.full_name, mmodule.nitdoc_url)
end
for mclass in model.mclasses do
- if mclass.visibility < ctx.min_visibility then continue
+ if not ctx.filter_mclass(mclass) then continue
add_result_for(mclass.name, mclass.full_name, mclass.nitdoc_url)
end
for mproperty in model.mproperties do
- if mproperty.visibility < ctx.min_visibility then continue
- if mproperty isa MAttribute then continue
+ if not ctx.filter_mproperty(mproperty) then continue
for mpropdef in mproperty.mpropdefs do
var full_name = mpropdef.mclassdef.mclass.full_name
var cls_url = mpropdef.mclassdef.mclass.nitdoc_url
private fun classes_list: Array[MClass] do
var sorted = new Array[MClass]
for mclass in model.mclasses do
- if mclass.visibility < ctx.min_visibility then continue
+ if not ctx.filter_mclass(mclass) then continue
sorted.add mclass
end
name_sorter.sort(sorted)
private fun mprops_list: Array[MProperty] do
var sorted = new Array[MProperty]
for mproperty in model.mproperties do
- if mproperty.visibility < ctx.min_visibility then continue
- if mproperty isa MAttribute then continue
- sorted.add mproperty
+ if ctx.filter_mproperty(mproperty) then sorted.add mproperty
end
name_sorter.sort(sorted)
return sorted
# Property list to display in sidebar
fun tpl_sidebar_properties do
- var kind_map = sort_by_kind(mclass_inherited_mprops)
+ var by_kind = new PropertiesByKind.with_elements(mclass_inherited_mprops)
var summary = new TplList.with_classes(["list-unstyled"])
- tpl_sidebar_list("Virtual types", kind_map["type"].to_a, summary)
- tpl_sidebar_list("Constructors", kind_map["init"].to_a, summary)
- tpl_sidebar_list("Methods", kind_map["fun"].to_a, summary)
- if not kind_map["inner"].is_empty then
- tpl_sidebar_list("Inner classes", kind_map["inner"].to_a, summary)
- end
+ by_kind.sort_groups(name_sorter)
+ for g in by_kind.groups do tpl_sidebar_list(g, summary)
tpl_sidebar.boxes.add new TplSideBox.with_content("All properties", summary)
end
- private fun tpl_sidebar_list(name: String, mprops: Array[MProperty], summary: TplList) do
+ private fun tpl_sidebar_list(mprops: PropertyGroup[MProperty], summary: TplList) do
if mprops.is_empty then return
- name_sorter.sort(mprops)
- var entry = new TplListItem.with_content(name)
+ var entry = new TplListItem.with_content(mprops.title)
var list = new TplList.with_classes(["list-unstyled", "list-labeled"])
for mprop in mprops do
list.add_li tpl_sidebar_item(mprop)
# parents
var hparents = new HashSet[MClass]
for c in mclass.in_hierarchy(mainmodule).direct_greaters do
- if c.visibility < ctx.min_visibility then continue
- hparents.add c
+ if ctx.filter_mclass(c) then hparents.add c
end
# ancestors
var hancestors = new HashSet[MClass]
for c in mclass.in_hierarchy(mainmodule).greaters do
if c == mclass then continue
- if c.visibility < ctx.min_visibility then continue
+ if not ctx.filter_mclass(c) then continue
if hparents.has(c) then continue
hancestors.add c
end
# children
var hchildren = new HashSet[MClass]
for c in mclass.in_hierarchy(mainmodule).direct_smallers do
- if c.visibility < ctx.min_visibility then continue
- hchildren.add c
+ if ctx.filter_mclass(c) then hchildren.add c
end
# descendants
var hdescendants = new HashSet[MClass]
for c in mclass.in_hierarchy(mainmodule).smallers do
if c == mclass then continue
- if c.visibility < ctx.min_visibility then continue
+ if not ctx.filter_mclass(c) then continue
if hchildren.has(c) then continue
hdescendants.add c
end
# properties
var mprops = mmodules2mprops[mentity]
- var kind_map = sort_by_kind(mprops)
+ var by_kind = new PropertiesByKind.with_elements(mprops)
- # virtual types
- for article in tpl_mproperty_articles(kind_map, "type") do
- section.add_child article
- end
- # constructors
- for article in tpl_mproperty_articles(kind_map, "init") do
- section.add_child article
- end
- # methods
- for article in tpl_mproperty_articles(kind_map, "fun") do
- section.add_child article
- end
- # inner classes
- for article in tpl_mproperty_articles(kind_map, "inner") do
- section.add_child article
+ for g in by_kind.groups do
+ for article in tpl_mproperty_articles(g) do
+ section.add_child article
+ end
end
parent.add_child section
end
end
end
- private fun tpl_mproperty_articles(kind_map: Map[String, Set[MProperty]],
- kind_name: String): Sequence[TplArticle] do
+ private fun tpl_mproperty_articles(elts: Collection[MProperty]):
+ Sequence[TplArticle] do
var articles = new List[TplArticle]
- var elts = kind_map[kind_name].to_a
- name_sorter.sort(elts)
for elt in elts do
var local_defs = mprops2mdefs[elt]
# var all_defs = elt.mpropdefs
return map
end
- private fun sort_by_kind(mprops: Collection[MProperty]): Map[String, Set[MProperty]] do
- var map = new HashMap[String, Set[MProperty]]
- map["type"] = new HashSet[MProperty]
- map["init"] = new HashSet[MProperty]
- map["fun"] = new HashSet[MProperty]
- map["inner"] = new HashSet[MProperty]
- for mprop in mprops do
- if mprop isa MVirtualTypeProp then
- map["type"].add mprop
- else if mprop isa MMethod then
- if mprop.is_init then
- map["init"].add mprop
- else
- map["fun"].add mprop
- end
- else if mprop isa MInnerClass then
- map["inner"].add mprop
- end
- end
- return map
- end
-
private fun mclass_inherited_mprops: Set[MProperty] do
var res = new HashSet[MProperty]
var local = mclass.local_mproperties(ctx.min_visibility)
end
end
+# Groups properties by kind.
+private class PropertiesByKind
+ # The virtual types.
+ var virtual_types = new PropertyGroup[MVirtualTypeProp]("Virtual types")
+
+ # The constructors.
+ var constructors = new PropertyGroup[MMethod]("Contructors")
+
+ # The attributes.
+ var attributes = new PropertyGroup[MAttribute]("Attributes")
+
+ # The methods.
+ var methods = new PropertyGroup[MMethod]("Methods")
+
+ # The inner classes.
+ var inner_classes = new PropertyGroup[MInnerClass]("Inner classes")
+
+ # All the groups.
+ #
+ # Sorted in the order they are displayed to the user.
+ var groups: SequenceRead[PropertyGroup[MProperty]] = [
+ virtual_types,
+ constructors,
+ attributes,
+ methods,
+ inner_classes: PropertyGroup[MProperty]]
+
+ # Add each the specified property to the appropriate list.
+ init with_elements(properties: Collection[MProperty]) do add_all(properties)
+
+ # Add the specified property to the appropriate list.
+ fun add(property: MProperty) do
+ if property isa MMethod then
+ if property.is_init then
+ constructors.add property
+ else
+ methods.add property
+ end
+ else if property isa MVirtualTypeProp then
+ virtual_types.add property
+ else if property isa MAttribute then
+ attributes.add property
+ else if property isa MInnerClass then
+ inner_classes.add property
+ else
+ abort
+ end
+ end
+
+ # Add each the specified property to the appropriate list.
+ fun add_all(properties: Collection[MProperty]) do
+ for p in properties do add(p)
+ end
+
+ # Sort each group with the specified comparator.
+ fun sort_groups(comparator: Comparator) do
+ for g in groups do comparator.sort(g)
+ end
+end
+
+# A Group of properties of the same kind.
+private class PropertyGroup[E: MProperty]
+ super Array[E]
+
+ # The title of the group, as displayed to the user.
+ var title: String
+end
+
# A MProperty page
class NitdocProperty
super NitdocPage
nitlanguage / nit.git / blobdiff