def process_typedef(args, conn):
args['id'] = dxr.utils.next_global_id()
if not fixupEntryPath(args, 'loc', conn):
return None
fixupExtent(args, 'extent')
# handleScope(args, conn)
return schema.get_insert_sql('typedefs', args)
def process_typedef(args, conn):
args['id'] = dxr.utils.next_global_id()
if not fixupEntryPath(args, 'loc', conn):
return None
fixupExtent(args, 'extent')
# handleScope(args, conn)
return schema.get_insert_sql('typedefs', args)
def process_macro(args, conn):
args['macroid'] = dxr.utils.next_global_id()
if 'macrotext' in args:
args['macrotext'] = args['macrotext'].replace("\\\n", "\n").strip()
if not fixupEntryPath(args, 'macroloc', conn):
return None
return schema.get_insert_sql('macros', args)
def process_macro(args, conn):
args['macroid'] = dxr.utils.next_global_id()
if 'macrotext' in args:
args['macrotext'] = args['macrotext'].replace("\\\n", "\n").strip()
if not fixupEntryPath(args, 'macroloc', conn):
return None
return schema.get_insert_sql('macros', args)
def process_macro(args, conn):
args['id'] = dxr.utils.next_global_id()
if 'text' in args:
args['text'] = args['text'].replace("\\\n", "\n").strip()
args['text'] = _truncate(args['text'])
if not fixupEntryPath(args, 'loc', conn):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('macros', args)
def process_macro(args, conn):
args['id'] = dxr.utils.next_global_id()
if 'text' in args:
args['text'] = args['text'].replace("\\\n", "\n").strip()
args['text'] = _truncate(args['text'])
if not fixupEntryPath(args, 'loc', conn):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('macros', args)
def process_ref(args, conn):
if 'extent' not in args:
return None
if not fixupEntryPath(args, 'refloc', conn):
return None
if not fixupEntryPath(args, 'varloc', conn, 'referenced'):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('refs', args)
def process_ref(args, conn):
if 'extent' not in args:
return None
if not fixupEntryPath(args, 'refloc', conn):
return None
if not fixupEntryPath(args, 'varloc', conn, 'referenced'):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('refs', args)
def process_decldef(args, conn):
# Store declaration map basics on memory
name, defloc, declloc = args['name'], args['defloc'], args['declloc']
defid, defline, defcol = splitLoc(conn, args['defloc'])
declid, declline, declcol = splitLoc (conn, args['declloc'])
if defid is None or declid is None:
return None
decl_master[(name, declid, declline, declcol)] = (defid, defline, defcol)
decl_master[(name, defid, defline, defcol)] = (defid, defline, defcol)
if not fixupEntryPath(args, 'declloc', conn):
return None
if not fixupEntryPath(args, 'defloc', conn, 'definition'):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('decldef', args)
def process_decldef(args, conn):
# Store declaration map basics on memory
name, defloc, declloc = args['name'], args['defloc'], args['declloc']
defid, defline, defcol = splitLoc(conn, args['defloc'])
declid, declline, declcol = splitLoc(conn, args['declloc'])
if defid is None or declid is None:
return None
decl_master[(name, declid, declline, declcol)] = (defid, defline, defcol)
decl_master[(name, defid, defline, defcol)] = (defid, defline, defcol)
if not fixupEntryPath(args, 'declloc', conn):
return None
if not fixupEntryPath(args, 'defloc', conn, 'definition'):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('decldef', args)
def process_decldef(args, conn):
if 'kind' not in args:
return None
# Store declaration map basics on memory
qualname, defloc, declloc = args['qualname'], args['defloc'], args['declloc']
defid, defline, defcol = splitLoc(conn, args['defloc'])
declid, declline, declcol = splitLoc (conn, args['declloc'])
if defid is None or declid is None:
return None
# FIXME: should kind be included in this mapping?
decl_master[(qualname, declid, declline, declcol)] = (defid, defline, defcol)
decl_master[(qualname, defid, defline, defcol)] = (defid, defline, defcol)
if not fixupEntryPath(args, 'declloc', conn):
return None
if not fixupEntryPath(args, 'defloc', conn, 'definition'):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql(args['kind'] + '_decldef', args)
def process_decldef(args, conn):
if 'kind' not in args:
return None
# Store declaration map basics on memory
name, defloc, declloc = args['name'], args['defloc'], args['declloc']
defid, defline, defcol = splitLoc(conn, args['defloc'])
declid, declline, declcol = splitLoc(conn, args['declloc'])
if defid is None or declid is None:
return None
# FIXME: should kind be included in this mapping?
decl_master[(name, declid, declline, declcol)] = (defid, defline, defcol)
decl_master[(name, defid, defline, defcol)] = (defid, defline, defcol)
if not fixupEntryPath(args, 'declloc', conn):
return None
if not fixupEntryPath(args, 'defloc', conn, 'definition'):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql(args['kind'] + '_decldef', args)
def process_namespace_alias(args, conn):
if not fixupEntryPath(args, 'loc', conn):
return None
args['id'] = dxr.utils.next_global_id()
fixupExtent(args, 'extent')
return schema.get_insert_sql('namespace_aliases', args)
def process_warning(args, conn):
if not fixupEntryPath(args, 'loc', conn):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('warnings', args)
def process_namespace_alias(args, conn):
if not fixupEntryPath(args, 'loc', conn):
return None
args['id'] = dxr.utils.next_global_id()
fixupExtent(args, 'extent')
return schema.get_insert_sql('namespace_aliases', args)
def process_warning(args, conn):
if not fixupEntryPath(args, 'loc', conn):
return None
fixupExtent(args, 'extent')
return schema.get_insert_sql('warnings', args)
