def generateSearchIndex(self, doc):
"""Generate the search index."""
js = ['window.searchData = [']
for entry in doc.top_level_entries.itervalues():
akas, subentries = '', ''
if hasattr(entry, 'akas'):
akas = ','.join(entry.akas)
if hasattr(entry, 'subentries'):
subentries = []
for t in entry.subentries.values():
for s in t:
sID = s.title
title = proc_doc.splitSecondLevelEntry(s.title)[1]
subentries.append({
'type': s.kind,
'name': s.name,
'title': title,
'id': sID
})
js.append(
' {title:%s,name:%s,text:%s,akas:%s,subentries:%s,loc:%s,langEntity:%s},'
% (repr(entry.title), repr(
entry.name), repr(""), repr(akas), repr(subentries),
repr(self.path_converter.convert(
entry.name)[0]), repr(entry.kind)))
js.append('];')
with open(os.path.join(self.out_dirs['js'], 'search.data.js'),
'wb') as f:
f.write('\n'.join(js))
def _translateLink(self, a_node):
if not a_node.attrs.get('href', '').startswith('seqan:'):
return
target = a_node.attrs['href'][6:]
target_path, target_title, target_obj = self.path_converter.convert(target)
# Shorten path title if not manually specified.
if (a_node.children and a_node.plainText == target_title and
self.doc.local_name_counter.get(target_title, 1) <= 1):
short_title = proc_doc.splitSecondLevelEntry(target_title)[1]
a_node.children = [proc_doc.TextNode(text=short_title)]
if target_title:
target_title = proc_doc.TextNode(text=target_title)
else:
target_title = proc_doc.TextNode(text=target)
# TODO(holtgrew): Catch target_title being None, target_path not found!
if target_path is not None:
if target_obj:
a_node.attrs['data-lang-entity'] = target_obj.kind
a_node.attrs['href'] = target_path
if not a_node.children:
a_node.addChild(target_title)
else:
class_attr = a_node.attrs.get('class', '')
if class_attr:
class_attr += ' '
class_attr += 'error'
a_node.attrs['class'] = class_attr
if a_node.attrs.get('href'):
del a_node.attrs['href']
def _translateLink(self, a_node):
if not a_node.attrs.get('href', '').startswith('seqan:'):
return
target = a_node.attrs['href'][6:]
target_path, target_title, target_obj = self.path_converter.convert(
target)
# Shorten path title if not manually specified.
if (a_node.children and a_node.plainText == target_title
and self.doc.local_name_counter.get(target_title, 1) <= 1):
short_title = proc_doc.splitSecondLevelEntry(target_title)[1]
a_node.children = [proc_doc.TextNode(text=short_title)]
if target_title:
target_title = proc_doc.TextNode(text=target_title)
else:
target_title = proc_doc.TextNode(text=target)
# TODO(holtgrew): Catch target_title being None, target_path not found!
if target_path is not None:
if target_obj:
a_node.attrs['data-lang-entity'] = target_obj.kind
a_node.attrs['href'] = target_path
if not a_node.children:
a_node.addChild(target_title)
else:
class_attr = a_node.attrs.get('class', '')
if class_attr:
class_attr += ' '
class_attr += 'error'
a_node.attrs['class'] = class_attr
if a_node.attrs.get('href'):
del a_node.attrs['href']
def generateSearchIndex(self, doc):
"""Generate the search index."""
js = ['window.searchData = [']
js_module = ['window.searchDataModule = [']
for entry in doc.top_level_entries.itervalues():
akas, subentries, headerfile = '', '', ''
if hasattr(entry, 'akas'):
akas = ','.join(entry.akas)
if hasattr(entry, 'subentries'):
subentries = []
for t in entry.subentries.values():
for s in t:
sID = s.title
title = proc_doc.splitSecondLevelEntry(s.title)[1]
subentries.append({
'type': s.kind,
'name': s.name,
'title': title,
'id': sID
})
if hasattr(entry, 'headerfiles') and len(entry.headerfiles) > 0:
headerfile = entry.headerfiles[0]
headerfile = headerfile[headerfile.find("/") + 1:-3]
if entry in self.doc.doc_processor.topLevelEntry_filenames:
delimiter = "/include/seqan/"
srcfile = self.doc.doc_processor.topLevelEntry_filenames[entry]
srcfile = srcfile[srcfile.find(delimiter) + len(delimiter):]
else:
srcfile = ""
js.append(
' {title:%s,name:%s,text:%s,akas:%s,subentries:%s,loc:%s,langEntity:%s},'
% (repr(entry.title), repr(
entry.name), repr(""), repr(akas), repr(subentries),
repr(self.path_converter.convert(
entry.name)[0]), repr(entry.kind)))
js_module.append(' {definedIn:%s,srcfile:%s},' %
(repr(headerfile), repr(srcfile)))
js.append('];')
js_module.append('];')
with open(os.path.join(self.out_dirs['js'], 'search.data.js'),
'wb') as f:
f.write('\n'.join(js))
with open(os.path.join(self.out_dirs['js'], 'search.data.module.js'),
'wb') as f:
f.write('\n'.join(js_module))
def convert(self, name):
"""Return None, None on failure path, title otherwise."""
if self.doc.top_level_entries.get(name):
entry = self.doc.top_level_entries.get(name)
path = '%s_%s.html' % (entry.kind, escapeName(entry.name))
title = None
if entry.kind == 'page':
title = list(entry.title.children)
return path, title
elif self.doc.entries.get(name):
first, second = proc_doc.splitSecondLevelEntry(name)
entry = self.doc.top_level_entries.get(first)
path = '%s_%s.html#%s' % (entry.kind, escapeName(entry.name), escapeName(name))
return path, name
else:
return None, None
def convert(self, name):
"""Return None, None on failure path, title otherwise."""
if self.doc.top_level_entries.get(name):
entry = self.doc.top_level_entries.get(name)
path = '%s_%s.html' % (entry.kind, escapeName(entry.name))
title = None
if entry.kind == 'page':
title = list(entry.title.children)
return path, title
elif self.doc.entries.get(name):
first, second = proc_doc.splitSecondLevelEntry(name)
entry = self.doc.top_level_entries.get(first)
path = '%s_%s.html#%s' % (entry.kind, escapeName(
entry.name), escapeName(name))
return path, name
else:
return None, None
def generateSearchIndex(self, doc):
"""Generate the search index."""
js = ['window.searchData = [']
for entry in doc.top_level_entries.itervalues():
akas, subentries = '', ''
if hasattr(entry, 'akas'):
akas = ','.join(entry.akas)
if hasattr(entry, 'subentries'):
xs = []
for lst in entry.subentries.values():
xs += lst
subentries = ','.join(['%s %s' % (s.kind, proc_doc.splitSecondLevelEntry(s.title)[1]) for s in xs])
js.append(' {title:%s,text:%s,akas:%s,subentries:%s,loc:%s,langEntity:%s},' %
(repr(entry.name), repr(""), repr(akas), repr(subentries),
repr(self.path_converter.convert(entry.name)[0]),
repr(entry.kind)))
js.append('];')
with open(os.path.join(self.out_dirs['js'], 'search.data.js'), 'wb') as f:
f.write('\n'.join(js))
def generateSearchIndex(self, doc):
"""Generate the search index."""
js = ['window.searchData = [']
js_module = ['window.searchDataModule = [']
for entry in doc.top_level_entries.itervalues():
akas, subentries, headerfile = '', '', ''
if hasattr(entry, 'akas'):
akas = ','.join(entry.akas)
if hasattr(entry, 'subentries'):
subentries = []
for t in entry.subentries.values():
for s in t:
sID = s.title
title = proc_doc.splitSecondLevelEntry(s.title)[1]
subentries.append({'type': s.kind, 'name': s.name, 'title': title, 'id': sID})
if hasattr(entry, 'headerfiles') and len(entry.headerfiles) > 0 :
headerfile = entry.headerfiles[0]
headerfile = headerfile[headerfile.find("/")+1:-3]
if entry in self.doc.doc_processor.topLevelEntry_filenames:
delimiter = "/include/seqan/"
srcfile = self.doc.doc_processor.topLevelEntry_filenames[entry]
srcfile = srcfile[srcfile.find(delimiter)+len(delimiter):]
else :
srcfile = ""
js.append(' {title:%s,name:%s,text:%s,akas:%s,subentries:%s,loc:%s,langEntity:%s},' %
(repr(entry.title), repr(entry.name), repr(""), repr(akas), repr(subentries),
repr(self.path_converter.convert(entry.name)[0]), repr(entry.kind)))
js_module.append(' {definedIn:%s,srcfile:%s},' % (repr(headerfile), repr(srcfile)))
js.append('];')
js_module.append('];')
with open(os.path.join(self.out_dirs['js'], 'search.data.js'), 'wb') as f:
f.write('\n'.join(js))
with open(os.path.join(self.out_dirs['js'], 'search.data.module.js'), 'wb') as f:
f.write('\n'.join(js_module))