import os from auto_everything.terminal import Terminal terminal = Terminal() from auto_everything.string_ import String string_ = String() intelligent_source = "./yingshaoxo_language.txt" magic_splitor = "__**__**__yingshaoxo_is_the_top_one__**__**__" note_path = "./yingshaoxo/temporary_memory.txt" hidden_conscious_dict = { "language_type": "english", "input_text": "", "input_word_list": [], "index": 0, "end_index": 0, } memory_dict = { "task_list": [], "result": "", } def speak(a_string): #terminal.run_command("espeak '" + a_string + "'") terminal.run_command("echo '{}' | festival --tts".format(a_string)) def print2(a_string): print(a_string) speak(a_string) def input2(a_string): speak(a_string) return input(a_string) def is_pure_abc(a_char): if a_char in "abcdefghijklmnopqrstuvwxyz": return True return False def split_sentence_into_words_list(a_string): a_string = a_string.lower() a_string = a_string.replace("。", ".").replace("？", "?") word_list = [] temp_word = "" for a_char in a_string: if is_pure_abc(a_char): temp_word += a_char else: if temp_word != "": word_list.append(temp_word) temp_word = "" word_list.append(a_char) if temp_word != "": word_list.append(temp_word) return word_list def switch_you_and_me(a_string): return string_.switch_you_and_me(a_string) def add(key, value): memory_dict[key] = value def get(key): result = memory_dict.get(key) if result == None: return "" return result def next_string(): return "".join(hidden_conscious_dict["input_word_list"][hidden_conscious_dict["index"]+1:]).strip() def previous_string(until=""): return "".join(hidden_conscious_dict["input_word_list"][:hidden_conscious_dict["index"]]).strip() def next_word(): current_index = hidden_conscious_dict["index"] if (current_index+1) >= hidden_conscious_dict["end_index"]: return "" word = hidden_conscious_dict["input_word_list"][current_index+1] if word == " ": if (current_index+2) >= hidden_conscious_dict["end_index"]: return "" word = hidden_conscious_dict["input_word_list"][current_index+2] return word def previous_word(): current_index = hidden_conscious_dict["index"] if (current_index-1) < 0: return "" word = hidden_conscious_dict["input_word_list"][current_index-1] if word == " ": if (current_index-2) < 0: return "" word = hidden_conscious_dict["input_word_list"][current_index-2] return word def go_to_line_end(): #1.what is line end? .。\n #2.what is the target text? hidden_conscious_dict.get(input_text) index = hidden_conscious_dict["index"] + 1 word_list = hidden_conscious_dict["input_word_list"] end_index = hidden_conscious_dict["end_index"] while True: if index >= end_index: break a_word = word_list[index] if a_word in [".", "\n", "?", "!"]: if index + 1 < end_index: next_word = word_list[index+1] if next_word in "01234567890": # this dot is a number continue hidden_conscious_dict["index"] = index return index += 1 hidden_conscious_dict["index"] = end_index + 1 def api_play_a_file(path): os.system("xdg-open " + path) def api_save_diary(a_string): a_string = a_string.strip() with open(note_path, "a") as f: f.write(a_string + "\n\n" + magic_splitor + "\n\n") def api_search_diary(a_string): #print("search word:" + a_string) try: with open(note_path, "r") as f: f.readline() except Exception as e: return "you tell me" result_text = "" words_list = a_string.replace("?","").strip().split(" ") length = len(words_list) if length > 0: got = False with open(note_path, "r") as f: while True: a_line = f.readline() if a_line == "": break if a_line == None: break if a_line == magic_splitor + "\n": continue matched = 0 for word in words_list: if word in a_line: matched += 1 if (matched / length) >= 0.6: result_text = a_line.strip() result_text = switch_you_and_me(result_text) got = True break if got == False: result_text = "you tell me" else: result_text = "you tell me" return result_text #def get_integer_from_text(a_string): # a_number = 0 # number_string = "" # for i in "0123456789": # if i in a_string: # number_string += i # if number_string != "": # a_number = int(number_string) # return a_number def sentence_pattern_match(pattens, input_text): data_list = [] for rule in pattens: data_list += list(set(string_.hard_core_string_pattern_search(input_text, rule))) return data_list def get_useful_part_of_text(input_text, strict=False): input_text = input_text.lower() patterns = [ "xxx is xxx.", "xxx are xxx.", "xxx so xxx.", "xxx makes xxx.", "xxx can make xxx.", "xxx can help xxx.", "xxx can be xxx.", "xxx not only xxx but also xxx.", "xxx depends on xxx.", "xxx have xxx to xxx", "xxx has xxx to xxx", "xxx can be used for xxx.", "xxx can be get from xxx.", "xxx is composed by xxx.", "you can make xxx by xxx.", "the alternative of xxx is xxx.", "i think xxx can xxx.", "xxx already xxx.", "xxx is because xxx.", "xxx that is why xxx.", "the reason of xxx is xxx.", "the deep reason of xxx is xxx.", "the good part of xxx is xxx.", "the bad part of xxx is xxx.", "to xxx, you xxx.", "if you want xxx, you have to xxx", "xxx requires xxx steps xxx", "the xxx step for xxx is xxx.", "to success in xxx you have to xxx", "xxx from xxx.", "xxx the more xxx the more xxx.", "xxx to do xxx.", "xxx love to xxx.", "xxx will be xxx.", "xxx means xxx.", "xxx是xxx", "xxx因为xxx", "xxx所以xxx", "xxx应该xxx", "xxx想xxx", "xxx已经xxx", "因为xxx所以xxx", "如果xxx就会xxx", "如果xxx就能xxx", "如果xxx就可以xxx", "如果xxx就应该xxx", "xxx为了xxx", "xxx不仅xxx还能xxx", "xxx可以xxx", "xxx能够xxx", "xxx能帮xxx", "xxx能做xxx", "xxx能干xxx", "xxx能得xxx", "xxx能取xxx", "xxx可能xxx", "xxx需要xxx", "xxx就像xxx", "xxx确保xxx", "xxx帮助xxx", "xxx基于xxx", "xxx类似于xxx", "我xxx想到xxx", "我xxx发现xxx", "看起来xxx", "xxx意思是xxx", "xxx想出了xxx", "xxx发明了xxx", "xxx创造了xxx", "xxx得到了xxx", "xxx的方法是xxx", "xxx的算法是xxx", "xxx的途径是xxx", "xxx的好处是xxx", "xxx的坏处是xxx", "要想xxx，你xxx", "没有xxx你就xxx", "xxx制作方法xxx", "理论上xxx", "实际上xxx", "xxx个秘密xxx", ] if strict == False: patterns += [ "my xxx.", "you xxx.", "我xxx", "你xxx", "xxx有xxx", ] result_list = sentence_pattern_match(patterns, input_text) result_list = [one for one in result_list if not one.endswith("?")] result_list = [one for one in result_list if not one.endswith("？")] result_list = [one for one in result_list if not one.endswith(":")] result_list = [one for one in result_list if not one.endswith("：")] new_list = [] for one in result_list: one = one.strip() if one not in new_list: new_list.append(one) result_list = new_list return " ".join(result_list) def single_word_analyze_and_operation(): current_word = hidden_conscious_dict["input_word_list"][hidden_conscious_dict["index"]] if current_word == " ": return a_part = "" #print(current_word) with open(intelligent_source, "r") as f: while True: sentence = f.readline() if sentence == None: break if sentence == "": break if sentence == "___\n": a_part = a_part.strip() head_line = a_part.split("\n")[0] if head_line == current_word: #print(a_part) code = "\n".join(a_part.split("\n")[1:]) try: exec(code) except Exception as e: print(e) break a_part = "" else: a_part += sentence def run(a_string, id="yingshaoxo"): word_list = split_sentence_into_words_list(a_string) hidden_conscious_dict["input_text"] = a_string hidden_conscious_dict["input_word_list"] = word_list hidden_conscious_dict["index"] = 0 hidden_conscious_dict["end_index"] = len(word_list) while True: if hidden_conscious_dict["index"] >= hidden_conscious_dict["end_index"]: break single_word_analyze_and_operation() hidden_conscious_dict["index"] += 1 if __name__ == "__main__": while True: input_string = input("___\n\nwhat you want to say? ").strip() output_string = run(input_string)