def _type_definitions():
token_descr = token_db.token_type_definition
if Setup.computed_gotos_f: type_goto_label = "void*"
else: type_goto_label = "int32_t"
type_def_list = [
("lexatom_t", Setup.lexatom.type),
("token_id_t", token_descr.token_id_type),
("token_line_n_t", token_descr.line_number_type.get_pure_text()),
("token_column_n_t", token_descr.column_number_type.get_pure_text()),
("acceptance_id_t", "int"),
("indentation_t", "int"),
("stream_position_t", "intmax_t"),
("goto_label_t", type_goto_label)
]
excluded = ""
if not blackboard.required_support_indentation_count():
excluded = "indentation_t"
def_str = "\n".join(Lng.QUEX_TYPE_DEF(original, customized_name)
for customized_name, original in type_def_list
if customized_name != excluded) \
+ "\n"
return Lng.FRAME_IN_NAMESPACE_MAIN(def_str)
def _analyzer_functions_get(ModeDB):
mode_name_list = ModeDB.keys()
code = flatten_list_of_lists(
engine_generator.do_with_counter(mode, mode_name_list) for mode in ModeDB.itervalues()
)
code.append(
engine_generator.comment_match_behavior(ModeDB.itervalues())
)
# generate frame for analyser code
return Lng.FRAME_IN_NAMESPACE_MAIN("".join(code))
def do(ModeDb):
LexerClassName = Setup.analyzer_class_name
DerivedClassName = Setup.analyzer_derived_class_name
mode_setup_txt = __setup(ModeDb)
# -- mode class member function definitions (on_entry, on_exit, has_base, ...)
mode_class_member_functions_txt = write_member_functions(ModeDb.values())
txt = Lng.FRAME_IN_NAMESPACE_MAIN("".join([
mode_setup_txt,
mode_class_member_functions_txt,
]))
return blue_print(txt,
[["$$LEXER_CLASS_NAME$$", LexerClassName],
["$$LEXER_DERIVED_CLASS_NAME$$", DerivedClassName]])