class ConfluenceBuilder(Builder):
allow_parallel = True
name = 'confluence'
format = 'confluence_storage'
supported_image_types = ConfluenceSupportedImages()
supported_remote_images = True
def __init__(self, app):
super(ConfluenceBuilder, self).__init__(app)
self.cache_doctrees = {}
self.cloud = False
self.file_suffix = '.conf'
self.info = ConfluenceLogger.info
self.link_suffix = None
self.master_doc_page_id = None
self.metadata = {}
self.nav_next = {}
self.nav_prev = {}
self.omitted_docnames = []
self.publish_allowlist = []
self.publish_denylist = []
self.publish_docnames = []
self.publisher = ConfluencePublisher()
self.secnumbers = {}
self.verbose = ConfluenceLogger.verbose
self.warn = ConfluenceLogger.warn
self._original_get_doctree = None
# state tracking is set at initialization (not cleanup) so its content's
# can be checked/validated on after the builder has executed (testing)
ConfluenceState.reset()
def init(self):
validate_configuration(self)
apply_defaults(self.config)
config = self.config
self.add_secnumbers = self.config.confluence_add_secnumbers
self.secnumber_suffix = self.config.confluence_secnumber_suffix
if self.config.confluence_additional_mime_types:
for type_ in self.config.confluence_additional_mime_types:
self.supported_image_types.register(type_)
if 'graphviz_output_format' in self.config:
self.graphviz_output_format = self.config['graphviz_output_format']
else:
self.graphviz_output_format = 'png'
if self.config.confluence_publish:
process_ask_configs(self.config)
self.assets = ConfluenceAssetManager(config, self.env, self.outdir)
self.writer = ConfluenceWriter(self)
self.config.sphinx_verbosity = self.app.verbosity
self.publisher.init(self.config)
old_url = self.config.confluence_server_url
new_url = ConfluenceUtil.normalizeBaseUrl(old_url)
if old_url != new_url:
ConfluenceLogger.warn('normalizing confluence url from '
'{} to {} '.format(old_url, new_url))
self.config.confluence_server_url = new_url
# detect if Confluence Cloud if using the Atlassian domain
if new_url:
self.cloud = new_url.endswith('.atlassian.net/wiki/')
if self.config.confluence_file_suffix is not None:
self.file_suffix = self.config.confluence_file_suffix
if self.config.confluence_link_suffix is not None:
self.link_suffix = self.config.confluence_link_suffix
elif self.link_suffix is None:
self.link_suffix = self.file_suffix
# Function to convert the docname to a reST file name.
def file_transform(docname):
return docname + self.file_suffix
# Function to convert the docname to a relative URI.
def link_transform(docname):
return docname + self.link_suffix
self.prev_next_loc = self.config.confluence_prev_next_buttons_location
if self.config.confluence_file_transform is not None:
self.file_transform = self.config.confluence_file_transform
else:
self.file_transform = file_transform
if self.config.confluence_link_transform is not None:
self.link_transform = self.config.confluence_link_transform
else:
self.link_transform = link_transform
if self.config.confluence_lang_transform is not None:
self.lang_transform = self.config.confluence_lang_transform
else:
self.lang_transform = None
if self.config.confluence_publish:
self.publish = True
self.publisher.connect()
else:
self.publish = False
def prepare_subset(option):
value = getattr(config, option)
if not value:
return None
# if provided via command line, treat as a list
if option in config['overrides'] and isinstance(value, basestring):
value = value.split(',')
if isinstance(value, basestring):
files = extract_strings_from_file(value)
else:
files = value
return set(files) if files else None
self.publish_allowlist = prepare_subset('confluence_publish_allowlist')
self.publish_denylist = prepare_subset('confluence_publish_denylist')
def get_outdated_docs(self):
"""
Return an iterable of input files that are outdated.
"""
# This method is taken from TextBuilder.get_outdated_docs()
# with minor changes to support :confval:`rst_file_transform`.
for docname in self.env.found_docs:
if docname not in self.env.all_docs:
yield docname
continue
sourcename = path.join(self.env.srcdir, docname + self.file_suffix)
targetname = path.join(self.outdir, self.file_transform(docname))
try:
targetmtime = path.getmtime(targetname)
except Exception:
targetmtime = 0
try:
srcmtime = path.getmtime(sourcename)
if srcmtime > targetmtime:
yield docname
except EnvironmentError:
# source doesn't exist anymore
pass
def get_target_uri(self, docname, typ=None):
return self.link_transform(docname)
def prepare_writing(self, docnames):
ordered_docnames = []
traversed = [self.config.master_doc]
# prepare caching doctree hook
#
# We'll temporarily override the environment's 'get_doctree' method to
# allow this extension to manipulate the doctree for a document inside
# the pre-writing stage to also take effect in the writing stage.
self._original_get_doctree = self.env.get_doctree
self.env.get_doctree = self._get_doctree
# process the document structure of the master document, allowing:
# - populating a publish order to ensure parent pages are created first
# (when using hierarchy mode)
# - squash pages which exceed maximum depth (if configured with a max
# depth value)
self.process_tree_structure(ordered_docnames, self.config.master_doc,
traversed)
# track relations between accepted documents
#
# Prepares a relation mapping between each non-orphan documents which
# can be used by navigational elements.
prevdoc = ordered_docnames[0] if ordered_docnames else None
for docname in ordered_docnames[1:]:
self.nav_prev[docname] = self.get_relative_uri(docname, prevdoc)
self.nav_next[prevdoc] = self.get_relative_uri(prevdoc, docname)
prevdoc = docname
# add orphans (if any) to the publish list
ordered_docnames.extend(x for x in docnames if x not in traversed)
for docname in ordered_docnames:
doctree = self.env.get_doctree(docname)
# acquire title from override (if any), or parse first title entity
if (self.config.confluence_title_overrides
and docname in self.config.confluence_title_overrides):
doctitle = self.config.confluence_title_overrides[docname]
else:
doctitle = self._parse_doctree_title(docname, doctree)
# only register title/track for publishing if there is a title
# value that can be applied to this document
if doctitle:
secnumbers = self.env.toc_secnumbers.get(docname, {})
if self.add_secnumbers and secnumbers.get(''):
doctitle = ('.'.join(map(str, secnumbers[''])) +
self.secnumber_suffix + doctitle)
doctitle = ConfluenceState.registerTitle(
docname, doctitle, self.config)
# only publish documents that sphinx asked to prepare
if docname in docnames:
self.publish_docnames.append(docname)
# track the toctree depth for a document, which a translator can
# use as a hint when dealing with max-depth capabilities
toctree = first(doctree.traverse(addnodes.toctree))
if toctree and toctree.get('maxdepth') > 0:
ConfluenceState.registerToctreeDepth(docname,
toctree.get('maxdepth'))
# register title targets for references
self._register_doctree_title_targets(docname, doctree)
# post-prepare a ready doctree
self._prepare_doctree_writing(docname, doctree)
# Scan for assets that may exist in the documents to be published. This
# will find most if not all assets in the documentation set. The
# exception is assets which may be finalized during a document's post
# transformation stage (e.g. embedded images are converted into real
# images in Sphinx, which is then provided to a translator). Embedded
# images are detected during an 'doctree-resolved' hook (see __init__).
self.assets.process(ordered_docnames)
def _prepare_doctree_writing(self, docname, doctree):
# extract metadata information
self._extract_metadata(docname, doctree)
# replace inheritance diagram with images
# (always invoke before _replace_graphviz_nodes)
self._replace_inheritance_diagram(doctree)
# replace graphviz nodes with images
self._replace_graphviz_nodes(doctree)
# replace math blocks with images
self._replace_math_blocks(doctree)
# for every doctree, pick the best image candidate
self.post_process_images(doctree)
def process_tree_structure(self, ordered, docname, traversed, depth=0):
omit = False
max_depth = self.config.confluence_max_doc_depth
if max_depth is not None and depth > max_depth:
omit = True
self.omitted_docnames.append(docname)
if not omit:
ordered.append(docname)
modified = False
doctree = self.env.get_doctree(docname)
for toctreenode in doctree.traverse(addnodes.toctree):
if not omit and max_depth is not None:
if (toctreenode['maxdepth'] == -1
or depth + toctreenode['maxdepth'] > max_depth):
new_depth = max_depth - depth
assert new_depth >= 0
toctreenode['maxdepth'] = new_depth
movednodes = []
for child in toctreenode['includefiles']:
if child not in traversed:
ConfluenceState.registerParentDocname(child, docname)
traversed.append(child)
children = self.process_tree_structure(
ordered, child, traversed, depth + 1)
if children:
movednodes.append(children)
self._fix_std_labels(child, docname)
if movednodes:
modified = True
toctreenode.replace_self(movednodes)
toctreenode.parent['classes'].remove('toctree-wrapper')
if omit:
container = addnodes.start_of_file(docname=docname)
container.children = doctree.children
return container
elif modified:
self.env.resolve_references(doctree, docname, self)
def write_doc(self, docname, doctree):
if docname in self.omitted_docnames:
return
if self.prev_next_loc in ('top', 'both'):
navnode = self._build_navigation_node(docname)
if navnode:
navnode.top = True
doctree.insert(0, navnode)
if self.prev_next_loc in ('bottom', 'both'):
navnode = self._build_navigation_node(docname)
if navnode:
navnode.bottom = True
doctree.append(navnode)
self.secnumbers = self.env.toc_secnumbers.get(docname, {})
self.fignumbers = self.env.toc_fignumbers.get(docname, {})
# remove title from page contents (if any)
if self.config.confluence_remove_title:
title_element = self._find_title_element(doctree)
if title_element:
# If the removed title is referenced to from within the same
# document (i.e. a local table of contents entry), flag any
# references pointing to it as a "top" (anchor) reference. This
# can be used later in a translator to hint at what type of link
# to build.
ids = []
if 'ids' in title_element:
ids.extend(title_element['ids'])
parent = title_element.parent
if isinstance(parent, nodes.section) and 'ids' in parent:
ids.extend(parent['ids'])
if ids:
for node in doctree.traverse(nodes.reference):
if 'refid' in node and node['refid']:
if node['refid'] in ids:
node['top-reference'] = True
break
title_element.parent.remove(title_element)
# This method is taken from TextBuilder.write_doc()
# with minor changes to support :confval:`rst_file_transform`.
destination = StringOutput(encoding='utf-8')
self.writer.write(doctree, destination)
outfilename = path.join(self.outdir, self.file_transform(docname))
if self.writer.output is not None:
ensuredir(path.dirname(outfilename))
try:
with io.open(outfilename, 'w', encoding='utf-8') as file:
if self.writer.output:
file.write(self.writer.output)
except (IOError, OSError) as err:
ConfluenceLogger.warn("error writing file "
"%s: %s" % (outfilename, err))
def publish_doc(self, docname, output):
conf = self.config
title = ConfluenceState.title(docname)
parent_id = None
if self.config.master_doc and self.config.confluence_page_hierarchy:
if self.config.master_doc != docname:
parent = ConfluenceState.parentDocname(docname)
parent_id = ConfluenceState.uploadId(parent)
if not parent_id:
parent_id = self.parent_id
data = {
'content': output,
'labels': [],
}
if self.config.confluence_global_labels:
data['labels'].extend(self.config.confluence_global_labels)
metadata = self.metadata[docname]
if 'labels' in metadata:
data['labels'].extend([v for v in metadata['labels']])
uploaded_id = self.publisher.storePage(title, data, parent_id)
ConfluenceState.registerUploadId(docname, uploaded_id)
if self.config.master_doc == docname:
self.master_doc_page_id = uploaded_id
if conf.confluence_purge and self.legacy_pages is None:
if conf.confluence_purge_from_master and self.master_doc_page_id:
baseid = self.master_doc_page_id
else:
baseid = self.parent_id
# if no base identifier and dry running, ignore legeacy page
# searching as there is no initial master document to reference
# against
if (conf.confluence_purge_from_master
and conf.confluence_publish_dryrun and not baseid):
self.legacy_pages = []
elif self.config.confluence_adv_aggressive_search is True:
self.legacy_pages = self.publisher.getDescendantsCompat(baseid)
else:
self.legacy_pages = self.publisher.getDescendants(baseid)
# only populate a list of possible legacy assets when a user is
# configured to check or push assets to the target space
asset_override = conf.confluence_asset_override
if asset_override is None or asset_override:
for legacy_page in self.legacy_pages:
attachments = self.publisher.getAttachments(legacy_page)
self.legacy_assets[legacy_page] = attachments
if conf.confluence_purge:
if uploaded_id in self.legacy_pages:
self.legacy_pages.remove(uploaded_id)
def publish_asset(self, key, docname, output, type, hash):
conf = self.config
publisher = self.publisher
title = ConfluenceState.title(docname)
page_id = ConfluenceState.uploadId(docname)
if not page_id:
# A page identifier may not be tracked in cases where only a subset
# of documents are published and the target page an asset will be
# published to was not part of the request. In this case, ask the
# Confluence instance what the target page's identifier is.
page_id, _ = publisher.getPage(title)
if page_id:
ConfluenceState.registerUploadId(docname, page_id)
else:
ConfluenceLogger.warn('cannot publish asset since publishing '
'point cannot be found ({}): {}'.format(
key, docname))
return
if conf.confluence_asset_override is None:
# "automatic" management -- check if already published; if not, push
attachment_id = publisher.storeAttachment(page_id, key, output,
type, hash)
elif conf.confluence_asset_override:
# forced publishing of the asset
attachment_id = publisher.storeAttachment(page_id,
key,
output,
type,
hash,
force=True)
if attachment_id and conf.confluence_purge:
if page_id in self.legacy_assets:
legacy_asset_info = self.legacy_assets[page_id]
if attachment_id in legacy_asset_info:
legacy_asset_info.pop(attachment_id, None)
def publish_finalize(self):
if self.master_doc_page_id:
if self.config.confluence_master_homepage is True:
self.info('updating space\'s homepage... ', nonl=True)
self.publisher.updateSpaceHome(self.master_doc_page_id)
self.info('done\n')
if self.cloud:
point_url = '{0}spaces/{1}/pages/{2}'
else:
point_url = '{0}pages/viewpage.action?pageId={2}'
self.info('Publish point: ' + point_url.format(
self.config.confluence_server_url,
self.config.confluence_space_name, self.master_doc_page_id))
def publish_purge(self):
if self.config.confluence_purge:
if self.publish_allowlist or self.publish_denylist:
self.warn(
'confluence_purge disabled due to '
'confluence_publish_allowlist/confluence_publish_denylist')
return
if self.legacy_pages:
n = len(self.legacy_pages)
self.info('removing legacy pages... (total: {}) '.format(n),
nonl=True)
for legacy_page_id in self.legacy_pages:
self.publisher.removePage(legacy_page_id)
# remove any pending assets to remove from the page (as they
# are already been removed)
self.legacy_assets.pop(legacy_page_id, None)
self.info('done\n')
n = 0
for legacy_asset_info in self.legacy_assets.values():
n += len(legacy_asset_info.keys())
if n > 0:
self.info('removing legacy assets... (total: {}) '.format(n),
nonl=True)
for legacy_asset_info in self.legacy_assets.values():
for id in legacy_asset_info.keys():
self.publisher.removeAttachment(id)
self.info('done\n')
def finish(self):
# restore environment's get_doctree if it was temporarily replaced
if self._original_get_doctree:
self.env.get_doctree = self._original_get_doctree
if self.publish:
self.legacy_assets = {}
self.legacy_pages = None
self.parent_id = self.publisher.getBasePageId()
for docname in status_iterator(self.publish_docnames,
'publishing documents... ',
length=len(self.publish_docnames),
verbosity=self.app.verbosity):
if self._check_publish_skip(docname):
self.verbose(docname + ' skipped due to configuration')
continue
docfile = path.join(self.outdir, self.file_transform(docname))
try:
with io.open(docfile, 'r', encoding='utf-8') as file:
output = file.read()
self.publish_doc(docname, output)
except (IOError, OSError) as err:
ConfluenceLogger.warn("error reading file %s: "
"%s" % (docfile, err))
def to_asset_name(asset):
return asset[0]
assets = self.assets.build()
for asset in status_iterator(assets,
'publishing assets... ',
length=len(assets),
verbosity=self.app.verbosity,
stringify_func=to_asset_name):
key, absfile, type, hash, docname = asset
if self._check_publish_skip(docname):
self.verbose(key + ' skipped due to configuration')
continue
try:
with open(absfile, 'rb') as file:
output = file.read()
self.publish_asset(key, docname, output, type, hash)
except (IOError, OSError) as err:
ConfluenceLogger.warn("error reading asset %s: "
"%s" % (key, err))
self.publish_purge()
self.publish_finalize()
self.info('building intersphinx... ', nonl=True)
build_intersphinx(self)
self.info('done\n')
def cleanup(self):
if self.publish:
self.publisher.disconnect()
def _build_navigation_node(self, docname):
"""
build a navigation node for a document
Requests to build a navigation node for a provided document name. If
this document has no navigational hints to apply, this method will
return a `None` value.
Args:
docname: the document name
Returns:
returns a navigation node; ``None`` if no nav-node for document
"""
if docname not in self.nav_prev and docname not in self.nav_next:
return None
navnode = ConfluenceNavigationNode()
if docname in self.nav_prev:
prev_label = '← ' + __('Previous')
reference = nodes.reference(prev_label,
prev_label,
internal=True,
refuri=self.nav_prev[docname])
reference._navnode = True
reference._navnode_next = False
reference._navnode_previous = True
navnode.append(reference)
if docname in self.nav_next:
next_label = __('Next') + ' →'
reference = nodes.reference(next_label,
next_label,
internal=True,
refuri=self.nav_next[docname])
reference._navnode = True
reference._navnode_next = True
reference._navnode_previous = False
navnode.append(reference)
return navnode
def _check_publish_skip(self, docname):
"""
check publishing should be skipped for the provided docname
A runner's configuration may have an explicit list of docnames to either
allow or deny publishing. Check if the provided docname has been flagged
to be skipped.
Args:
docname: the docname to check
"""
if self.publish_denylist and docname in self.publish_denylist:
return True
if self.publish_allowlist and docname not in self.publish_allowlist:
return True
return False
def _extract_metadata(self, docname, doctree):
"""
extract metadata from a document
Documents may define metadata information which can be used during a
publication event. When processing a doctree, strip out the metadata
information and save it for when a publish event occurs.
Args:
docname: the document
doctree: the doctree to extract metadata from
"""
metadata = self.metadata.setdefault(docname, {})
for node in doctree.traverse(confluence_metadata):
labels = metadata.setdefault('labels', [])
labels.extend(node['params']['labels'])
node.parent.remove(node)
def _find_title_element(self, doctree):
"""
find (if any) the title element of a document
From a provided document's doctree, attempt to extract a possible title
value from known information. This call will look for the first section
node's title value as the title value for a document.
Args:
doctree: the document tree to find a title value element on
Returns:
the title element
"""
node = doctree.next_node(nodes.section)
if isinstance(node, nodes.section):
return node.next_node(nodes.title)
return None
def _fix_std_labels(self, olddocname, newdocname):
"""
fix standard domain labels for squashed documents
When Sphinx resolves references for a doctree ('resolve_references'),
the standard domain's internal labels are used to map references to
target documents. To support document squashing (aka. max depth pages),
this utility method helps override a document's tuple labels so that any
squashed page's labels can be moved into a parent document's label set.
"""
# see also: sphinx/domains/std.py
std_domain = self.env.get_domain('std')
try:
citation_domain = self.env.get_domain('citation')
except ExtensionError:
citation_domain = None
if 'anonlabels' in std_domain.data:
anonlabels = std_domain.data['anonlabels']
for key, (fn, _l) in list(anonlabels.items()):
if fn == olddocname:
data = anonlabels[key]
anonlabels[key] = newdocname, data[1]
citations = None
if 'citations' in std_domain.data: # Sphinx <2.1
citations = std_domain.data['citations']
elif citation_domain: # Sphinx >=2.1
citations = citation_domain.citations
if citations:
for key, (fn, _l, lineno) in list(citations.items()):
if fn == olddocname:
data = citations[key]
citations[key] = newdocname, data[1], data[2]
if 'citation_refs' in std_domain.data: # Sphinx <2.0
citation_refs = std_domain.data['citation_refs']
for key, docnames in list(citation_refs.items()):
if fn == olddocname:
data = citation_refs[key]
citation_refs[key] = newdocname
if 'labels' in std_domain.data:
labels = std_domain.data['labels']
for key, (fn, _l, _l) in list(labels.items()):
if fn == olddocname:
data = labels[key]
labels[key] = newdocname, data[1], data[2]
if 'objects' in std_domain.data:
objects = std_domain.data['objects']
for key, (fn, _l) in list(objects.items()):
if fn == olddocname:
data = objects[key]
objects[key] = newdocname, data[1]
if 'progoptions' in std_domain.data:
progoptions = std_domain.data['progoptions']
for key, (fn, _l) in list(progoptions.items()):
if fn == olddocname:
data = progoptions[key]
progoptions[key] = newdocname, data[1]
def _get_doctree(self, docname):
"""
override 'get_doctree' method
To support document squashing (aka. max depth pages), doctree's may be
loaded and manipulated before the writing stage. Normally, the writing
stage will load target doctree's from their source so there is no way to
pre-load and pass a document's doctree into the writing stage. To
overcome this, this extension hooks into the environment's 'get_doctree'
method and caches loaded document's doctree's into a map.
"""
if docname not in self.cache_doctrees:
self.cache_doctrees[docname] = self._original_get_doctree(docname)
return self.cache_doctrees[docname]
def _register_doctree_title_targets(self, docname, doctree):
"""
register title targets for a doctree
Compiles a list of title targets which references can link against. This
tracked expected targets for sections which are automatically generated
in a rendered Confluence instance.
Args:
docname: the docname of the doctree
doctree: the doctree to search for targets
"""
doc_used_names = {}
secnumbers = self.env.toc_secnumbers.get(docname, {})
for node in doctree.traverse(nodes.title):
if isinstance(node.parent, nodes.section):
section_node = node.parent
if 'ids' in section_node:
target = ''.join(node.astext().split())
# when confluence has a header that contains a link, the
# automatically assigned identifier removes any underscores
if node.next_node(addnodes.pending_xref):
target = target.replace('_', '')
if self.add_secnumbers:
anchorname = '#' + target
if anchorname not in secnumbers:
anchorname = ''
secnumber = secnumbers.get(anchorname)
if secnumber:
target = ('.'.join(map(str, secnumber)) +
self.secnumber_suffix + target)
section_id = doc_used_names.get(target, 0)
doc_used_names[target] = section_id + 1
if section_id > 0:
target = '{}.{}'.format(target, section_id)
for id in section_node['ids']:
id = '{}#{}'.format(docname, id)
ConfluenceState.registerTarget(id, target)
def _replace_graphviz_nodes(self, doctree):
"""
replace graphviz nodes with images
graphviz nodes are pre-processed and replaced with respective images in
the processed documentation set. Typically, the node support from
`sphinx.ext.graphviz` would be added to the builder; however, this
extension renders graphs during the translation phase (which is not
ideal for how assets are managed in this extension).
Instead, this implementation just traverses for graphviz nodes,
generates renderings and replaces the nodes with image nodes (which in
turn will be handled by the existing image-based implementation).
Args:
doctree: the doctree to replace blocks on
"""
if graphviz is None:
return
# graphviz's render_dot call expects a translator to be passed in; mock
# a translator tied to our self-builder
class MockTranslator:
def __init__(self, builder):
self.builder = builder
mock_translator = MockTranslator(self)
for node in doctree.traverse(graphviz):
try:
_, out_filename = render_dot(mock_translator, node['code'],
node['options'],
self.graphviz_output_format,
'graphviz')
if not out_filename:
node.parent.remove(node)
continue
new_node = nodes.image(candidates={'?'}, uri=out_filename)
if 'align' in node:
new_node['align'] = node['align']
node.replace_self(new_node)
except GraphvizError as exc:
ConfluenceLogger.warn('dot code {}: {}'.format(
node['code'], exc))
node.parent.remove(node)
def _replace_inheritance_diagram(self, doctree):
"""
replace inheritance diagrams with images
Inheritance diagrams are pre-processed and replaced with respective
images in the processed documentation set. Typically, the node support
from `sphinx.ext.inheritance_diagram` would be added to the builder;
however, this extension renders graphs during the translation phase
(which is not ideal for how assets are managed in this extension).
Instead, this implementation just traverses for inheritance diagrams,
generates renderings and replaces the nodes with image nodes (which in
turn will be handled by the existing image-based implementation).
Note that the interactive image map is not handled in this
implementation since Confluence does not support image maps (without
external extensions).
Args:
doctree: the doctree to replace blocks on
"""
if inheritance_diagram is None:
return
# graphviz's render_dot call expects a translator to be passed in; mock
# a translator tied to our self-builder
class MockTranslator:
def __init__(self, builder):
self.builder = builder
mock_translator = MockTranslator(self)
for node in doctree.traverse(inheritance_diagram.inheritance_diagram):
graph = node['graph']
graph_hash = inheritance_diagram.get_graph_hash(node)
name = 'inheritance%s' % graph_hash
dotcode = graph.generate_dot(name, {}, env=self.env)
try:
_, out_filename = render_dot(mock_translator, dotcode, {},
self.graphviz_output_format,
'inheritance')
if not out_filename:
node.parent.remove(node)
continue
new_node = nodes.image(candidates={'?'}, uri=out_filename)
if 'align' in node:
new_node['align'] = node['align']
node.replace_self(new_node)
except GraphvizError as exc:
ConfluenceLogger.warn('dot code {}: {}'.format(dotcode, exc))
node.parent.remove(node)
def _replace_math_blocks(self, doctree):
"""
replace math blocks with images
Math blocks are pre-processed and replaced with respective images in the
list of documents to process. This is to help prepare additional images
into the asset management for this extension. Math support will work on
systems which have latex/dvipng installed.
Args:
doctree: the doctree to replace blocks on
"""
if imgmath is None:
return
# imgmath's render_math call expects a translator to be passed
# in; mock a translator tied to our self-builder
class MockTranslator:
def __init__(self, builder):
self.builder = builder
mock_translator = MockTranslator(self)
for node in itertools.chain(doctree.traverse(nodes.math),
doctree.traverse(nodes.math_block)):
try:
mf, _ = imgmath.render_math(mock_translator,
'$' + node.astext() + '$')
if not mf:
continue
new_node = nodes.image(candidates={'?'},
uri=path.join(self.outdir, mf))
if not isinstance(node, nodes.math):
new_node['align'] = 'center'
node.replace_self(new_node)
except imgmath.MathExtError as exc:
ConfluenceLogger.warn('inline latex {}: {}'.format(
node.astext(), exc))
def _parse_doctree_title(self, docname, doctree):
"""
parse a doctree for a raw title value
Examine a document's doctree value to find a title value from a title
section element. If no title is found, a title can be automatically
generated (if configuration permits) or a `None` value is returned.
"""
doctitle = None
title_element = self._find_title_element(doctree)
if title_element:
doctitle = title_element.astext()
if not doctitle:
if not self.config.confluence_disable_autogen_title:
doctitle = "autogen-{}".format(docname)
if self.publish:
ConfluenceLogger.warn(
"document will be published using an "
"generated title value: {}".format(docname))
elif self.publish:
ConfluenceLogger.warn(
"document will not be published since it "
"has no title: {}".format(docname))
return doctitle
class ConfluenceBuilder(Builder):
allow_parallel = True
default_translator_class = ConfluenceStorageFormatTranslator
name = 'confluence'
format = 'confluence_storage'
supported_image_types = ConfluenceSupportedImages()
supported_remote_images = True
def __init__(self, app):
super(ConfluenceBuilder, self).__init__(app)
self.cache_doctrees = {}
self.cloud = False
self.domain_indices = {}
self.file_suffix = '.conf'
self.info = ConfluenceLogger.info
self.link_suffix = None
self.metadata = defaultdict(dict)
self.nav_next = {}
self.nav_prev = {}
self.omitted_docnames = []
self.publish_allowlist = []
self.publish_denylist = []
self.publish_docnames = []
self.publisher = ConfluencePublisher()
self.root_doc_page_id = None
self.secnumbers = {}
self.state = ConfluenceState
self.use_index = None
self.use_search = None
self.verbose = ConfluenceLogger.verbose
self.warn = ConfluenceLogger.warn
self._cached_footer_data = None
self._cached_header_data = None
self._original_get_doctree = None
self._verbose = self.app.verbosity
# state tracking is set at initialization (not cleanup) so its content's
# can be checked/validated on after the builder has executed (testing)
self.state.reset()
def init(self):
validate_configuration(self)
apply_defaults(self.config)
config = self.config
self.add_secnumbers = self.config.confluence_add_secnumbers
self.secnumber_suffix = self.config.confluence_secnumber_suffix
if self.name != 'singleconfluence':
self.use_index = config.confluence_use_index
self.use_search = config.confluence_include_search
if self.config.confluence_additional_mime_types:
for type_ in self.config.confluence_additional_mime_types:
self.supported_image_types.register(type_)
if 'graphviz_output_format' in self.config:
self.graphviz_output_format = self.config['graphviz_output_format']
else:
self.graphviz_output_format = 'png'
if self.config.confluence_publish:
process_ask_configs(self.config)
old_url = self.config.confluence_server_url
new_url = ConfluenceUtil.normalize_base_url(old_url)
if old_url != new_url:
self.warn('normalizing confluence url from '
'{} to {} '.format(old_url, new_url))
self.config.confluence_server_url = new_url
# detect if Confluence Cloud if using the Atlassian domain
if new_url:
self.cloud = new_url.endswith('.atlassian.net/wiki/')
self.assets = ConfluenceAssetManager(config, self.env, self.outdir)
self.writer = ConfluenceWriter(self)
self.config.sphinx_verbosity = self._verbose
self.publisher.init(self.config, self.cloud)
self.create_template_bridge()
self.templates.init(self)
if self.config.confluence_file_suffix is not None:
self.file_suffix = self.config.confluence_file_suffix
if self.config.confluence_link_suffix is not None:
self.link_suffix = self.config.confluence_link_suffix
elif self.link_suffix is None:
self.link_suffix = self.file_suffix
# Function to convert the docname to a reST file name.
def file_transform(docname):
return docname + self.file_suffix
# Function to convert the docname to a relative URI.
def link_transform(docname):
return docname + self.link_suffix
if self.config.confluence_file_transform is not None:
self.file_transform = self.config.confluence_file_transform
else:
self.file_transform = file_transform
if self.config.confluence_link_transform is not None:
self.link_transform = self.config.confluence_link_transform
else:
self.link_transform = link_transform
if self.config.confluence_lang_transform is not None:
self.lang_transform = self.config.confluence_lang_transform
else:
self.lang_transform = None
if self.config.confluence_publish:
self.publish = True
self.publisher.connect()
else:
self.publish = False
def prepare_subset(option):
value = getattr(config, option)
if not value:
return None
# if provided via command line, treat as a list
if option in config['overrides'] and isinstance(value, basestring):
value = value.split(',')
if isinstance(value, basestring):
files = extract_strings_from_file(value)
else:
files = value
return set(files) if files else None
self.publish_allowlist = prepare_subset('confluence_publish_allowlist')
self.publish_denylist = prepare_subset('confluence_publish_denylist')
def get_outdated_docs(self):
"""
Return an iterable of input files that are outdated.
"""
# This method is taken from TextBuilder.get_outdated_docs()
# with minor changes to support :confval:`rst_file_transform`.
for docname in self.env.found_docs:
if docname not in self.env.all_docs:
yield docname
continue
sourcename = path.join(self.env.srcdir, docname + self.file_suffix)
targetname = path.join(self.outdir, self.file_transform(docname))
try:
targetmtime = path.getmtime(targetname)
except Exception:
targetmtime = 0
try:
srcmtime = path.getmtime(sourcename)
if srcmtime > targetmtime:
yield docname
except EnvironmentError:
# source doesn't exist anymore
pass
def get_target_uri(self, docname, typ=None):
return self.link_transform(docname)
def prepare_writing(self, docnames):
ordered_docnames = []
traversed = [self.config.root_doc]
# default enable special document names if they are references in the
# official docnames list
if self.use_index is None and 'genindex' in docnames:
self.use_index = True
if self.use_search is None and 'search' in docnames:
self.use_search = True
# generate domain index information
self.domain_indices = {}
indices_config = self.config.confluence_domain_indices
if indices_config and self.name != 'singleconfluence':
for domain_name in sorted(self.env.domains):
domain = self.env.domains[domain_name]
for indexcls in domain.indices:
indexname = '%s-%s' % (domain.name, indexcls.name)
if isinstance(indices_config, list):
if indexname not in indices_config:
continue
content, _ = indexcls(domain).generate()
if content:
self.domain_indices[indexname] = (indexcls, content)
# prepare caching doctree hook
#
# We'll temporarily override the environment's 'get_doctree' method to
# allow this extension to manipulate the doctree for a document inside
# the pre-writing stage to also take effect in the writing stage.
self._original_get_doctree = self.env.get_doctree
self.env.get_doctree = self._get_doctree
# process the document structure of the root document, allowing:
# - populating a publish order to ensure parent pages are created first
# (when using hierarchy mode)
# - squash pages which exceed maximum depth (if configured with a max
# depth value)
self.process_tree_structure(ordered_docnames, self.config.root_doc,
traversed)
# add orphans (if any) to the publish list
ordered_docnames.extend(x for x in docnames if x not in traversed)
for docname in ordered_docnames:
doctree = self.env.get_doctree(docname)
# acquire title from override (if any), or parse first title entity
if (self.config.confluence_title_overrides
and docname in self.config.confluence_title_overrides):
doctitle = self.config.confluence_title_overrides[docname]
else:
doctitle = self._parse_doctree_title(docname, doctree)
# only register title/track for publishing if there is a title
# value that can be applied to this document
if doctitle:
secnumbers = self.env.toc_secnumbers.get(docname, {})
if self.add_secnumbers and secnumbers.get(''):
doctitle = ('.'.join(map(str, secnumbers[''])) +
self.secnumber_suffix + doctitle)
self.state.register_title(docname, doctitle, self.config)
# only publish documents that sphinx asked to prepare
if docname in docnames:
self.publish_docnames.append(docname)
# track the toctree depth for a document, which a translator can
# use as a hint when dealing with max-depth capabilities
toctree = first(doctree.traverse(addnodes.toctree))
if toctree and toctree.get('maxdepth') > 0:
self.state.register_toctree_depth(docname,
toctree.get('maxdepth'))
# register title targets for references
self._register_doctree_title_targets(docname, doctree)
# post-prepare a ready doctree
self._prepare_doctree_writing(docname, doctree)
# register titles for special documents (if needed); if a title is not
# already set from a placeholder document, configure a default title
if self.use_index and not self.state.title('genindex'):
self.state.register_title('genindex', SL('Index'), self.config)
if self.use_search and not self.state.title('search'):
self.state.register_title('search', SL('Search'), self.config)
if self.domain_indices:
for indexname, indexdata in self.domain_indices.items():
if self.state.title(indexname):
continue
indexcls, _ = indexdata
title = indexcls.localname
self.state.register_title(indexname, title, self.config)
# track relations between accepted documents
#
# Prepares a relation mapping between each non-orphan documents which
# can be used by navigational elements. If any documents are special
# pages, ignore them for consideration in the navigational bar.
nav_docnames = list(ordered_docnames)
if self.use_index and 'genindex' in nav_docnames:
nav_docnames.remove('genindex')
if self.use_search and 'search' in nav_docnames:
nav_docnames.remove('search')
if self.domain_indices:
for indexname, indexdata in self.domain_indices.items():
if indexname in nav_docnames:
nav_docnames.remove(indexname)
navdocs_transform = self.config.confluence_navdocs_transform
if navdocs_transform:
nav_docnames = navdocs_transform(self, nav_docnames)
prevdoc = nav_docnames[0] if nav_docnames else None
for docname in nav_docnames[1:]:
self.nav_prev[docname] = self.get_relative_uri(docname, prevdoc)
self.nav_next[prevdoc] = self.get_relative_uri(prevdoc, docname)
prevdoc = docname
# register labels for special documents (if needed)
labels = self.env.domaindata['std']['labels']
anonlabels = self.env.domaindata['std']['anonlabels']
if self.use_index:
anonlabels['genindex'] = 'genindex', ''
labels['genindex'] = 'genindex', '', ''
if self.use_search:
anonlabels['search'] = 'search', ''
labels['search'] = 'search', '', ''
if self.domain_indices:
for indexname, _ in self.domain_indices.items():
anonlabels[indexname] = indexname, ''
labels[indexname] = indexname, '', ''
# Scan for assets that may exist in the documents to be published. This
# will find most if not all assets in the documentation set. The
# exception is assets which may be finalized during a document's post
# transformation stage (e.g. embedded images are converted into real
# images in Sphinx, which is then provided to a translator). Embedded
# images and other late-injected assets are processed in a translator
# when needed.
if self.name != 'singleconfluence':
self.assets.process(ordered_docnames)
def _prepare_doctree_writing(self, docname, doctree):
# extract metadata information
self._extract_metadata(docname, doctree)
# convert any desired nodes in a doctree to node types supported by the
# translator implementation
doctree_transmute(self, doctree)
# for every doctree, pick the best image candidate
self.post_process_images(doctree)
def process_tree_structure(self, ordered, docname, traversed, depth=0):
omit = False
max_depth = self.config.confluence_max_doc_depth
if max_depth is not None and depth > max_depth:
omit = True
self.omitted_docnames.append(docname)
if not omit:
ordered.append(docname)
modified = False
doctree = self.env.get_doctree(docname)
for toctreenode in doctree.traverse(addnodes.toctree):
if not omit and max_depth is not None:
if (toctreenode['maxdepth'] == -1
or depth + toctreenode['maxdepth'] > max_depth):
new_depth = max_depth - depth
assert new_depth >= 0
toctreenode['maxdepth'] = new_depth
movednodes = []
for child in toctreenode['includefiles']:
if child not in traversed:
self.state.register_parent_docname(child, docname)
traversed.append(child)
children = self.process_tree_structure(
ordered, child, traversed, depth + 1)
if children:
movednodes.append(children)
self._fix_std_labels(child, docname)
if movednodes:
modified = True
toctreenode.replace_self(movednodes)
toctreenode.parent['classes'].remove('toctree-wrapper')
if omit:
container = addnodes.start_of_file(docname=docname)
container.children = doctree.children
return container
elif modified:
self.env.resolve_references(doctree, docname, self)
def write_doc(self, docname, doctree):
if docname in self.omitted_docnames:
return
self._header_footer_init(docname, doctree)
self.secnumbers = self.env.toc_secnumbers.get(docname, {})
self.fignumbers = self.env.toc_fignumbers.get(docname, {})
# remove title from page contents (if any)
if self.config.confluence_remove_title:
title_element = self._find_title_element(doctree)
if title_element:
# If the removed title is referenced to from within the same
# document (i.e. a local table of contents entry), flag any
# references pointing to it as a "top" (anchor) reference. This
# can be used later in a translator to hint at what type of link
# to build.
ids = []
if 'ids' in title_element:
ids.extend(title_element['ids'])
parent = title_element.parent
if isinstance(parent, nodes.section) and 'ids' in parent:
ids.extend(parent['ids'])
if ids:
for node in doctree.traverse(nodes.reference):
if 'refid' in node and node['refid']:
top_ref = node['refid'] in ids
# allow a derived class to hint if this is a #top
# reference node
if not top_ref:
top_ref = self._top_ref_check(node)
if top_ref:
node['top-reference'] = True
break
title_element.parent.remove(title_element)
# This method is taken from TextBuilder.write_doc()
# with minor changes to support :confval:`rst_file_transform`.
destination = StringOutput(encoding='utf-8')
self.writer.write(doctree, destination)
outfilename = path.join(self.outdir, self.file_transform(docname))
if self.writer.output is not None:
ensuredir(path.dirname(outfilename))
try:
with io.open(outfilename, 'w', encoding='utf-8') as file:
if self.writer.output:
file.write(self.writer.output)
except (IOError, OSError) as err:
self.warn('error writing file %s: %s' % (outfilename, err))
def publish_doc(self, docname, output):
conf = self.config
title = self.state.title(docname)
is_root_doc = self.config.root_doc == docname
parent_id = None
if self.config.root_doc and self.config.confluence_page_hierarchy:
if self.config.root_doc != docname:
parent = self.state.parent_docname(docname)
parent_id = self.state.upload_id(parent)
if not parent_id:
parent_id = self.parent_id
data = {
'content': output,
'labels': [],
}
if self.config.confluence_global_labels:
data['labels'].extend(self.config.confluence_global_labels)
metadata = self.metadata[docname]
if 'labels' in metadata:
data['labels'].extend([v for v in metadata['labels']])
if conf.confluence_publish_root and is_root_doc:
uploaded_id = self.publisher.store_page_by_id(
title, conf.confluence_publish_root, data)
else:
uploaded_id = self.publisher.store_page(title, data, parent_id)
self.state.register_upload_id(docname, uploaded_id)
if self.config.root_doc == docname:
self.root_doc_page_id = uploaded_id
# populate ancestors to be used to pre-check ancestors assignments
# on new pages (`uploaded_id` may not be set if dry run)
if uploaded_id:
root_ancestors = self.publisher.get_ancestors(uploaded_id)
self.publisher.restrict_ancestors(root_ancestors)
# if purging is enabled and we have yet to populate a list of legacy
# pages to cache, populate pages in our target scope now
if conf.confluence_purge and self.legacy_pages is None:
if conf.confluence_publish_root:
baseid = conf.confluence_publish_root
elif conf.confluence_purge_from_root and self.root_doc_page_id:
baseid = self.root_doc_page_id
else:
baseid = self.parent_id
# if no base identifier and dry running, ignore legacy page
# searching as there is no initial root document to reference
# against
if (conf.confluence_purge_from_root
and conf.confluence_publish_dryrun and not baseid):
self.legacy_pages = []
elif self.config.confluence_adv_aggressive_search is True:
self.legacy_pages = self.publisher.get_descendants_compat(
baseid)
else:
self.legacy_pages = self.publisher.get_descendants(baseid)
# only populate a list of possible legacy assets when a user is
# configured to check or push assets to the target space
asset_override = conf.confluence_asset_override
if asset_override is None or asset_override:
for legacy_page in self.legacy_pages:
attachments = self.publisher.get_attachments(legacy_page)
self.legacy_assets[legacy_page] = attachments
if conf.confluence_purge:
if uploaded_id in self.legacy_pages:
self.legacy_pages.remove(uploaded_id)
def publish_asset(self, key, docname, output, type_, hash_):
conf = self.config
publisher = self.publisher
title = self.state.title(docname)
page_id = self.state.upload_id(docname)
if not page_id and not conf.confluence_publish_dryrun:
# A page identifier may not be tracked in cases where only a subset
# of documents are published and the target page an asset will be
# published to was not part of the request. In this case, ask the
# Confluence instance what the target page's identifier is.
page_id, _ = publisher.get_page(title)
if page_id:
self.state.register_upload_id(docname, page_id)
else:
self.warn('cannot publish asset since publishing '
'point cannot be found ({}): {}'.format(
key, docname))
return
attachment_id = None
if conf.confluence_asset_override is None:
# "automatic" management -- check if already published; if not, push
attachment_id = publisher.store_attachment(page_id, key, output,
type_, hash_)
elif conf.confluence_asset_override:
# forced publishing of the asset
attachment_id = publisher.store_attachment(page_id,
key,
output,
type_,
hash_,
force=True)
if attachment_id and conf.confluence_purge:
if page_id in self.legacy_assets:
legacy_asset_info = self.legacy_assets[page_id]
if attachment_id in legacy_asset_info:
legacy_asset_info.pop(attachment_id, None)
def publish_finalize(self):
if self.root_doc_page_id:
if self.config.confluence_root_homepage is True:
self.info('updating space\'s homepage... ',
nonl=(not self._verbose))
self.publisher.update_space_home(self.root_doc_page_id)
self.info('done')
if self.cloud:
point_url = '{0}spaces/{1}/pages/{2}'
else:
point_url = '{0}pages/viewpage.action?pageId={2}'
self.info(
'Publish point: ' +
point_url.format(self.config.confluence_server_url, self.config
.confluence_space_key, self.root_doc_page_id))
def publish_purge(self):
if self.config.confluence_purge:
if self.publish_allowlist or self.publish_denylist:
self.warn(
'confluence_purge disabled due to '
'confluence_publish_allowlist/confluence_publish_denylist')
return
if self.legacy_pages:
for legacy_page_id in status_iterator(
self.legacy_pages,
'removing legacy pages... ',
length=len(self.legacy_pages),
verbosity=self._verbose):
self.publisher.remove_page(legacy_page_id)
# remove any pending assets to remove from the page (as they
# are already been removed)
self.legacy_assets.pop(legacy_page_id, None)
legacy_assets = {}
for legacy_asset_info in self.legacy_assets.values():
for attachment_id, attachment_name in legacy_asset_info.items(
):
legacy_assets[attachment_id] = attachment_name
if legacy_assets:
def to_asset_name(attachment_id):
return legacy_assets[attachment_id]
for attachment_id in status_iterator(
legacy_assets.keys(),
'removing legacy assets... ',
length=len(legacy_assets.keys()),
verbosity=self._verbose,
stringify_func=to_asset_name):
self.publisher.remove_attachment(attachment_id)
def finish(self):
# restore environment's get_doctree if it was temporarily replaced
if self._original_get_doctree:
self.env.get_doctree = self._original_get_doctree
# build index
if self.use_index:
self.info('generating index...', nonl=(not self._verbose))
self._generate_special_document('genindex',
generate_storage_format_genindex)
if not self._verbose:
self.info(' done')
# build domain indexes
if self.domain_indices:
for indexname, indexdata in self.domain_indices.items():
self.info('generating index ({})...'.format(indexname),
nonl=(not self._verbose))
self._generate_special_document(
indexname, generate_storage_format_domainindex)
if not self._verbose:
self.info(' done')
# build search
if self.use_search:
self.info('generating search...', nonl=(not self._verbose))
self._generate_special_document('search',
generate_storage_format_search)
if not self._verbose:
self.info(' done')
# publish generated output (if desired)
if self.publish:
self.legacy_assets = {}
self.legacy_pages = None
self.parent_id = self.publisher.get_base_page_id()
for docname in status_iterator(self.publish_docnames,
'publishing documents... ',
length=len(self.publish_docnames),
verbosity=self._verbose):
if self._check_publish_skip(docname):
self.verbose(docname + ' skipped due to configuration')
continue
docfile = path.join(self.outdir, self.file_transform(docname))
try:
with io.open(docfile, 'r', encoding='utf-8') as file:
output = file.read()
self.publish_doc(docname, output)
except (IOError, OSError) as err:
self.warn('error reading file %s: %s' % (docfile, err))
def to_asset_name(asset):
return asset[0]
assets = self.assets.build()
for asset in status_iterator(assets,
'publishing assets... ',
length=len(assets),
verbosity=self._verbose,
stringify_func=to_asset_name):
key, absfile, type_, hash_, docname = asset
if self._check_publish_skip(docname):
self.verbose(key + ' skipped due to configuration')
continue
try:
with open(absfile, 'rb') as file:
output = file.read()
self.publish_asset(key, docname, output, type_, hash_)
except (IOError, OSError) as err:
self.warn('error reading asset %s: %s' % (key, err))
self.publish_purge()
self.publish_finalize()
self.info('building intersphinx... ', nonl=(not self._verbose))
build_intersphinx(self)
self.info('done')
def cleanup(self):
if self.publish:
self.publisher.disconnect()
def _check_publish_skip(self, docname):
"""
check publishing should be skipped for the provided docname
A runner's configuration may have an explicit list of docnames to either
allow or deny publishing. Check if the provided docname has been flagged
to be skipped.
Args:
docname: the docname to check
"""
if self.publish_denylist and docname in self.publish_denylist:
return True
if self.publish_allowlist and docname not in self.publish_allowlist:
return True
return False
def _extract_metadata(self, docname, doctree):
"""
extract metadata from a document
Documents may define metadata information which can be used during a
publication event. When processing a doctree, strip out the metadata
information and save it for when a publish event occurs.
Args:
docname: the document
doctree: the doctree to extract metadata from
"""
metadata = self.metadata.setdefault(docname, {})
for node in doctree.traverse(confluence_metadata):
labels = metadata.setdefault('labels', [])
labels.extend(node.params['labels'])
node.parent.remove(node)
def _find_title_element(self, doctree):
"""
find (if any) the title element of a document
From a provided document's doctree, attempt to extract a possible title
value from known information. This call will look for the first section
node's title value as the title value for a document.
Args:
doctree: the document tree to find a title value element on
Returns:
the title element
"""
node = doctree.next_node(nodes.section)
if isinstance(node, nodes.section):
return node.next_node(nodes.title)
return None
def _fix_std_labels(self, olddocname, newdocname):
"""
fix standard domain labels for squashed documents
When Sphinx resolves references for a doctree ('resolve_references'),
the standard domain's internal labels are used to map references to
target documents. To support document squashing (aka. max depth pages),
this utility method helps override a document's tuple labels so that any
squashed page's labels can be moved into a parent document's label set.
"""
# see also: sphinx/domains/std.py
std_domain = self.env.get_domain('std')
try:
citation_domain = self.env.get_domain('citation')
except ExtensionError:
citation_domain = None
if 'anonlabels' in std_domain.data:
anonlabels = std_domain.data['anonlabels']
for key, (fn, _l) in list(anonlabels.items()):
if fn == olddocname:
data = anonlabels[key]
anonlabels[key] = newdocname, data[1]
citations = None
if 'citations' in std_domain.data: # Sphinx <2.1
citations = std_domain.data['citations']
elif citation_domain: # Sphinx >=2.1
citations = citation_domain.citations
if citations:
for key, (fn, _l, _) in list(citations.items()):
if fn == olddocname:
data = citations[key]
citations[key] = newdocname, data[1], data[2]
if 'citation_refs' in std_domain.data: # Sphinx <2.0
citation_refs = std_domain.data['citation_refs']
for key, _ in list(citation_refs.items()):
if fn == olddocname:
data = citation_refs[key]
citation_refs[key] = newdocname
if 'labels' in std_domain.data:
labels = std_domain.data['labels']
for key, (fn, _l, _l) in list(labels.items()):
if fn == olddocname:
data = labels[key]
labels[key] = newdocname, data[1], data[2]
if 'objects' in std_domain.data:
objects = std_domain.data['objects']
for key, (fn, _l) in list(objects.items()):
if fn == olddocname:
data = objects[key]
objects[key] = newdocname, data[1]
if 'progoptions' in std_domain.data:
progoptions = std_domain.data['progoptions']
for key, (fn, _l) in list(progoptions.items()):
if fn == olddocname:
data = progoptions[key]
progoptions[key] = newdocname, data[1]
def _generate_special_document(self, docname, generator):
"""
generate a special document
Provides support to generate the contents of a document for Sphinx
"special" documents -- specifically, genindex, search and domain index
documents.
Args:
docname: the docname to generate
generator: instance which will generate content for a file
"""
# register document if its not already registered for publishing
# (i.e. placeholder documents)
if docname not in self.publish_docnames:
self.publish_docnames.append(docname)
# cache header data (if any)
if self._cached_header_data is None:
self._cached_header_data = ''
if self.config.confluence_header_file is not None:
fname = path.join(self.env.srcdir,
self.config.confluence_header_file)
try:
with io.open(fname, encoding='utf-8') as file:
self._cached_header_data = file.read() + '\n'
except (IOError, OSError) as err:
self.warn('error reading file {}: {}'.format(fname, err))
# cache footer data (if any)
if self._cached_footer_data is None:
self._cached_footer_data = ''
if self.config.confluence_footer_file is not None:
fname = path.join(self.env.srcdir,
self.config.confluence_footer_file)
try:
with io.open(fname, encoding='utf-8') as file:
self._cached_footer_data = file.read() + '\n'
except (IOError, OSError) as err:
self.warn('error reading file {}: {}'.format(fname, err))
# generate/replace the document in the output directory
fname = path.join(self.outdir, docname + self.file_suffix)
try:
with io.open(fname, 'w', encoding='utf-8') as f:
f.write(self._cached_header_data)
generator(self, docname, f)
f.write(self._cached_footer_data)
except (IOError, OSError) as err:
self.warn('error writing file %s: %s', docname, err)
def _get_doctree(self, docname):
"""
override 'get_doctree' method
To support document squashing (aka. max depth pages), doctree's may be
loaded and manipulated before the writing stage. Normally, the writing
stage will load target doctree's from their source so there is no way to
pre-load and pass a document's doctree into the writing stage. To
overcome this, this extension hooks into the environment's 'get_doctree'
method and caches loaded document's doctree's into a map.
"""
if docname not in self.cache_doctrees:
self.cache_doctrees[docname] = self._original_get_doctree(docname)
return self.cache_doctrees[docname]
def _header_footer_init(self, docname, doctree):
"""
initialize header/footer nodes (if needed) for a document
Generates header/footers nodes and injects them into a provided doctree.
Args:
docname: the document name
doctree: the doctree
"""
add_header_node = False
add_footer_node = False
header_node = confluence_header()
footer_node = confluence_footer()
prev_next_loc = self.config.confluence_prev_next_buttons_location
# add source link
if self.config.confluence_sourcelink:
default_host = ''
default_view = 'blob'
sourcelink = dict(self.config.confluence_sourcelink)
if 'url' not in sourcelink:
url_base = '{protocol}://{host}/{owner}/{repo}/'
source_type = sourcelink.get('type')
if source_type == 'bitbucket':
default_host = 'bitbucket.org'
default_view = 'view'
url = 'src/{version}/{container}{page}{suffix}?mode={view}'
elif source_type == 'github':
default_host = 'github.com'
url = '{view}/{version}/{container}{page}{suffix}'
elif source_type == 'gitlab':
default_host = 'gitlab.com'
url = '{view}/{version}/{container}{page}{suffix}'
else:
# unsupported source type should not pass here after this
# extension's configuration check
assert False
sourcelink['url'] = url_base + url
sourcelink.setdefault('container', '')
sourcelink.setdefault('protocol', 'https')
sourcelink.setdefault('host', default_host)
sourcelink.setdefault('view', default_view)
es_node = confluence_source_link()
es_node.params.update(sourcelink)
header_node.append(es_node)
add_header_node = True
# add page generation notice
if self.config.confluence_page_generation_notice:
pgn_node = confluence_page_generation_notice()
header_node.append(pgn_node)
add_header_node = True
# add header next/previous
if prev_next_loc in ('top', 'both'):
if self._header_footer_inject_navnode(docname, header_node):
add_header_node = True
# add footer next/previous
if prev_next_loc in ('bottom', 'both'):
if self._header_footer_inject_navnode(docname, footer_node):
add_footer_node = True
# inject header/footer nodes into doctree if there is content to add
if add_header_node:
doctree.insert(0, header_node)
if add_footer_node:
doctree.append(footer_node)
def _header_footer_inject_navnode(self, docname, node):
"""
inject navigational nodes for a document's header/footer node
Requests to build a navigation nodes for a provided document name to be
added into a provided header/footer node. If this document has no
navigational hints to apply, this method has no effect.
Args:
docname: the document name
node: the node to inject navigational nodes into
Returns:
whether or not any nodes have been injected
"""
if docname not in self.nav_prev and docname not in self.nav_next:
return False
if docname in self.nav_prev:
prev_label = '← ' + SL('Previous')
reference = nodes.reference(prev_label,
prev_label,
internal=True,
refuri=self.nav_prev[docname])
reference._navnode = True
reference._navnode_next = False
reference._navnode_previous = True
node.append(reference)
if docname in self.nav_next:
next_label = SL('Next') + ' →'
reference = nodes.reference(next_label,
next_label,
internal=True,
refuri=self.nav_next[docname])
reference._navnode = True
reference._navnode_next = True
reference._navnode_previous = False
node.append(reference)
return True
def _register_doctree_title_targets(self, docname, doctree):
"""
register title targets for a doctree
Compiles a list of title targets which references can link against. This
tracked expected targets for sections which are automatically generated
in a rendered Confluence instance.
Args:
docname: the docname of the doctree
doctree: the doctree to search for targets
"""
doc_used_names = {}
secnumbers = self.env.toc_secnumbers.get(docname, {})
for node in doctree.traverse(nodes.title):
if isinstance(node.parent, nodes.section):
section_node = node.parent
if 'ids' in section_node:
target = ''.join(node.astext().split())
if self.add_secnumbers:
anchorname = '#' + section_node['ids'][0]
if anchorname not in secnumbers:
anchorname = ''
secnumber = secnumbers.get(anchorname)
if secnumber:
target = ('.'.join(map(str, secnumber)) +
self.secnumber_suffix + target)
section_id = doc_used_names.get(target, 0)
doc_used_names[target] = section_id + 1
if section_id > 0:
target = '{}.{}'.format(target, section_id)
for id_ in section_node['ids']:
id_ = '{}#{}'.format(docname, id_)
self.state.register_target(id_, target)
def _top_ref_check(self, node):
"""
report if the provided node is consider a #top reference
Allows an implementer extending this call to provide a hint if the
provided reference node is to be considered a "#top" reference.
Args:
node: the node to check
Returns:
whether or not the node should be a #top reference
"""
return False
def _parse_doctree_title(self, docname, doctree):
"""
parse a doctree for a raw title value
Examine a document's doctree value to find a title value from a title
section element. If no title is found, a title can be automatically
generated (if configuration permits) or a `None` value is returned.
"""
doctitle = None
title_element = self._find_title_element(doctree)
if title_element:
doctitle = title_element.astext()
if not doctitle:
if not self.config.confluence_disable_autogen_title:
doctitle = "autogen-{}".format(docname)
if self.publish:
self.warn('document will be published using an '
'generated title value: {}'.format(docname))
elif self.publish:
self.warn('document will not be published since it '
'has no title: {}'.format(docname))
return doctitle