def parameters(self):
if 'syntax' not in self.item:
return None
parameters = self.item['syntax'].get('parameters')
if parameters is None or len(parameters) == 0:
return None
result = 'Parameters\n'
has_description = any(map(lambda x: 'description' in x, parameters))
if has_description:
result += '\n| Type | Name | Description |\n'
result += '|---|---|---|\n'
for param in parameters:
result += '| %s | *%s* | %s |\n' % (
self.ident_str(param['type']),
text_to_md(param['id']),
newline_to_br(html_to_md(param.get('description', ' '))),
)
else:
result += '\n| Type | Name |\n'
result += '|---|---|\n'
for param in parameters:
result += '| %s | *%s* |\n' % (
self.ident_str(param['type']),
text_to_md(param['id']),
)
return result + '\n'
def item_header(self, item, header_set=None, class_view=True):
if header_set is not None:
if item.type in header_set:
return None
header_set.add(item.type)
if class_view:
return {
TYPE_NAMESPACE: '# Namespace %s\n\n' % text_to_md(item.name),
TYPE_CLASS: '# Class %s\n\n' % text_to_md(item.name),
TYPE_STRUCT: '# Struct %s\n\n' % text_to_md(item.name),
TYPE_INTERFACE: '# Interface %s\n\n' % text_to_md(item.name),
TYPE_ENUM: '# Enum %s\n\n' % text_to_md(item.name),
TYPE_CONSTRUCTOR: '## Constructors\n\n',
TYPE_FIELD: '## **Fields**\n\n',
TYPE_PROPERTY: '## **Properties**\n\n',
TYPE_METHOD: '## **Methods**\n\n',
}.get(item.type)
return ITEM_HEADERS.get(item.type)
def namespace_index_md(self):
markdown = '# Namespaces\n\n'
for name in sorted(self.namespaces.keys()):
namespace = self.namespaces[name]
markdown += '## [%s](%s)\n\n' % (text_to_md(name),
self.get_link(namespace.uid))
summary = self.namespaces[name].summary()
if summary is not None:
markdown += summary
return markdown
def ident_str(self, string, **kwargs):
try:
identifier = name_parser.parse(string)
if identifier is not None:
return self._ident_str(identifier[0], **kwargs)
except ValueError:
pass
name = replace_strings(string, {
'{': '',
'}': '',
})
return text_to_md(self.get_ident_name(name, **kwargs))
def enum_md(self, items):
enum_item = items[0]
md_list = [
self.item_header(enum_item),
enum_item.summary(),
enum_item.inheritance(),
enum_item.inherited_members(),
enum_item.namespace(),
enum_item.assemblies(),
enum_item.syntax(),
]
result = ''
idx = 1
while idx < len(items):
item = items[idx]
if item.type != TYPE_FIELD:
result += item.markdown() + '\n'
idx += 1
continue
result += '| Name | Description |\n'
result += '|---|---|\n'
while idx < len(items):
item = items[idx]
if item.type != TYPE_FIELD:
idx -= 1
break
result += '| %s | %s |\n' % (
text_to_md(item.name),
newline_to_br(
html_to_md(item.item.get('description', ' '))))
idx += 1
result += '\n'
idx += 1
md_list.append(result)
md_list.append(enum_item.remarks())
return '\n'.join(filter(lambda x: x is not None, md_list))
def markdown(self):
md_list = []
if self.is_member():
md_list.append('### %s\n' % text_to_md(self.name))
md_list.append(self.summary())
if self.is_page_view():
md_list.append(self.inheritance())
md_list.append(self.inherited_members())
md_list.append(self.namespace())
md_list.append(self.assemblies())
md_list.append(self.syntax())
md_list.append(self.parameters())
md_list.append(self.return_())
md_list.append(self.remarks())
return '\n'.join(filter(lambda x: x is not None, md_list))
def _ident_str(self, ident, **kwargs):
is_member = kwargs.get('is_member', False)
make_links = kwargs.get('make_links', True)
if is_member:
member = ident[-1]
ident = ident[:-1]
if not make_links:
result = name_parser.tostring(
ident,
prepare_sub_ident=lambda x, y: self.get_ident_name(x, **kwargs)
)
if is_member:
result += '.' + self.get_ident_name(member, **kwargs)
return result
result = name_parser.tostring(ident, include_containers=False)
link = self.docfx_md.get_link(result)
if link is not None:
result = name_parser.tostring(
ident,
prepare_sub_ident=lambda x, y: self.get_ident_name(x, **kwargs)
)
if is_member:
member_str = self._ident_str([member], make_links=False)
result += '.' + member_str
link += '#' + self.escape_fragment(member_str)
return '[%s](%s)' % (text_to_md(self.get_ident_name(result, **kwargs)), link)
args = kwargs.copy()
args['is_member'] = False
result = name_parser.tostring(
ident,
prepare_sub_ident=lambda x, y: self._ident_str(y, **args)
)
if is_member:
result += '.' + self._ident_str([member], make_links=False)
return self.get_ident_name(result, **kwargs)
def inheritance(self):
result = ''
inherit_depth = 0
inheritance = self.item.get('inheritance')
if inheritance is not None:
result += 'Inheritance\n'
for inherit in inheritance:
result += '%s- %s\n' % (' ' * inherit_depth, self.ident_str(inherit))
inherit_depth += 2
result += '%s- %s\n' % (' ' * inherit_depth, text_to_md(self.item['name']))
derived_classes = self.item.get('derivedClasses')
if derived_classes is not None:
if inherit_depth != 0:
inherit_depth += 2
for classname in derived_classes:
result += '%s- %s\n' % (' ' * inherit_depth, self.ident_str(classname))
result += '\n'
return result if len(result) != 0 else None
def namespace_md(self, namespace):
item = ItemMd(self, namespace['items'][0])
result = self.item_header(item)
references = []
ref_str = []
for ref in namespace['references']:
if ref['uid'] in self.items:
references.append(self.items[ref['uid']])
else:
ref_str.append(ref['uid'])
type_headers = set()
references.sort()
for ref in references:
if ref.type == TYPE_NAMESPACE:
continue
header = self.item_header(ref, type_headers, class_view=False)
if header is not None:
result += header
link = ref.uid + '.md' if self.link_extensions else ref.uid
result += '### [%s](%s)\n\n' % (text_to_md(
ref.get_ident_name(ref.name)), self.sanitize_link(link))
summary = ref.summary()
if summary is not None:
result += summary
if len(ref_str) != 0:
result += '\n---\n'
for ref in ref_str:
result += '### %s\n\n' % ref
return result
def assemblies(self):
assemblies = self.item.get('assemblies')
if assemblies is None:
return None
return '**Assembly**: %s\n' % text_to_md(','.join(assemblies))
