englist

本文介绍了如何使用Kindle设备,包括充电方法、访问用户指南的方式及获取客户支持的途径。此外,还提供了产品的重要信息,如安全合规、回收利用等。

getting to know your kindle

previous page

next page

back

usb cable

to charge your kindle,connect it to the usb cable,Then connect the opposite end of the usb cable to a  computer or power adapter (sold separately)

to learn more about your Kindle select Kindle User is Guide on the home screen

For kindle customer support  visit

important product information 

for safety compliance recycling  and other important information regarding your kindle ,please refer to the kindle user is guide on your kindle   

the kindle user is guide is also availble online at .....

license agreement and terms of use

Before using the Kindle device ,please read the license Agreement and terms of use located at .... and all rules and policies for the kindle device and services related to the

device bound 

your kindle is covered by a one -year limited warranty details  are available at ...

import json import os from android import XmlHandler from common import Config, TextHandler, FormatSpecifierParser from ios.StringsFileAnalysis import StringsFileAnalysis def get_android_key(val): for key, value in Config.ANDROID_LOCALE_DICT.items(): if value==val: return key return(val) def get_ios_key(val): for key, value in Config.IOS_LOCALE_DICT.items(): if value==val: return key return(val) def get_flutter_key(val): for key, value in Config.FLUTTER_LOCALE_DICT.items(): if value==val: return key return(val) def __adjust_word_in_android(word) -> str: word = str(word) replace_dictionary = {'–': '-', ' ': ' ', '…': '...', '&': '&', '–': '-', '…': '...','%': '%'} for key in replace_dictionary.keys(): word = word.replace(key, replace_dictionary[key]) text = str(word).strip() return text def _modify_item_in_strings_file(dst_strings_element_dict: dict, dst_strings_path: str): f = open(dst_strings_path, 'rb') file_list = f.readlines() f.close() file_list_update = False for element in dst_strings_element_dict: modified_strings_content = element.get_element_string_with_key_and_value(element.key, '\"' + TextHandler.deal_all_in_translate_result( dst_strings_element_dict[element]) + '\"') index = 0 found = False for line in file_list: if line.decode(encoding='utf-8').find(element.key) == 0: found = True break index = index + 1 if found: file_list_update = True file_list[index] = bytes(modified_strings_content, 'utf-8') if file_list_update: f = open(dst_strings_path, 'wb') f.writelines(file_list) f.close() def _check_english_translate(english: str, result: str): # 检查回车符和换行符 for s in ['\\r', '\\n']: if not english.count(s) == result.count(s): log_output = "回车符或者换行符不一致: " + s + " english: " + english + " result: " + result + "\r\n" print(log_output) return 0 # 检查格式占位符 for s in ['%@', '%s', '%f', '%d']: if not english.count(s) == result.count(s): log_output = "格式占位符不一致: " + s + " english: " + english + " result: " + result + "\r\n" print(log_output) return 1 # 检查翻译中是否有换行 if '\n' in result: log_output = "翻译中有换行:" + " english: " + english + " result: " + result + "\r\n" print(log_output) return 2 # 检查缩略词大小写 for s in Config.ABBR_CHECK_DICT.keys(): if result.lower().count(s) > 0: if not Config.ABBR_CHECK_DICT.get(s) in result: log_output = "缩略词错误 : " + s + " english:" + english + " result: " + result + "\r\n" print(log_output) return 3 return -1 if __name__ == "__main__": extract_root_path = os.path.join(Config.WORKSPACE_BASE_PATH + r'\AndroidToIos') android_extract_root = os.path.join(extract_root_path, 'Android') android_extract_root_path = os.path.join(android_extract_root, 'values-old') android_extract_root_path_new = os.path.join(android_extract_root, 'values-new') ios_extract_root_path = os.path.join(extract_root_path, 'iOS') android_old_xml_file = os.path.join(android_extract_root_path, 'values', 'strings.xml') android_new_english_list = XmlHandler.parse_xml_to_kv_list(android_old_xml_file) new_english = [englist[1] for englist in android_new_english_list] pc_extract_root_path = os.path.join(extract_root_path, 'PC') pc_old_extract_root_path = os.path.join(pc_extract_root_path, 'old') pc_new_extract_root_path = os.path.join(pc_extract_root_path, 'new') pc_english_path = os.path.join(pc_old_extract_root_path, 'en.json') flutter_extract_root_path = os.path.join(extract_root_path, 'Flutter') flutter_old_extract_root_path = os.path.join(flutter_extract_root_path, 'old') flutter_new_extract_root_path = os.path.join(flutter_extract_root_path, 'new') flutter_english_path = os.path.join(flutter_old_extract_root_path, 'intl_en.arb') android_new_english_dict = XmlHandler.parse_xml_to_kv_dict(android_old_xml_file) android_translate_dir = os.listdir(android_extract_root_path) all_english_translate_dict = dict() locale_json_dst_file = os.path.join(os.path.join(extract_root_path), 'android_englist_translate_dict.text') with open(locale_json_dst_file, 'r', encoding='utf-8') as f: all_english_translate_dict = json.load(f) # ----------------- # 提取Android里有重复英文的文案 tmp_english_dict = dict() for key in android_new_english_dict.keys(): android_new_english_list = list(android_new_english_dict.values()) if android_new_english_list.count(android_new_english_dict[key]) > 1: tmp_english_dict[android_new_english_dict[key]] = android_new_english_list.count(android_new_english_dict[key]) locale_json_dst_file = os.path.join(os.path.join(extract_root_path), 'differ_english_dict.text') with open(locale_json_dst_file, 'w', encoding='utf8') as f2: json.dump(tmp_english_dict, f2, ensure_ascii=False, indent=2) # ----------------- ## 提取Android文案和iOS共有文案 # for key in android_new_english_dict.keys(): # for values_dir in android_translate_dir: # translate_xml_file = os.path.join(android_extract_root_path, values_dir, 'strings.xml') # translate_dict = XmlHandler.parse_xml_to_kv_dict(translate_xml_file) # for translate_key in translate_dict.keys(): # if key == translate_key: # all_english_key = __adjust_word_in_android(FormatSpecifierParser.replace_java_format_char(android_new_english_dict[key].replace('100%', '100%'))) # new_language_key = get_android_key(values_dir.replace('values-', '')) # translate_value = __adjust_word_in_android(FormatSpecifierParser.replace_java_format_char(translate_dict[translate_key].replace('100%', '100%'))) # if all_english_key in all_english_translate_dict.keys(): # if new_language_key in all_english_translate_dict[all_english_key].keys(): # if translate_value not in all_english_translate_dict[all_english_key][new_language_key]: # tmp_translate_list = list() # tmp_translate_list.append(all_english_translate_dict[all_english_key][new_language_key]) # tmp_translate_list.append(translate_value) # all_english_translate_dict[all_english_key][new_language_key] = tmp_translate_list # print(values_dir, new_language_key, all_english_key, translate_value, all_english_translate_dict[all_english_key][new_language_key]) # else: # print(values_dir, all_english_key, new_language_key, translate_value) # all_english_translate_dict[all_english_key][new_language_key] = translate_value # else: # tmp_translate_dict = dict() # print(values_dir, all_english_key, new_language_key, translate_value) # tmp_translate_dict[new_language_key] = translate_value # all_english_translate_dict[all_english_key] = tmp_translate_dict # break # 读写Android翻译字典 locale_json_dst_file = os.path.join(os.path.join(extract_root_path), 'android_englist_translate_dict.text') with open(locale_json_dst_file, 'w', encoding='utf8') as f2: json.dump(all_english_translate_dict, f2, ensure_ascii=False, indent=2) ## ----------------- # with open(locale_json_dst_file, 'r', encoding='utf-8') as f: # all_english_translate_dict = json.load(f) # ## ----------------- # # 读取iOS英文文案 # ios_old_xml_dir = os.path.join(extract_root_path, 'en.lproj') # ios_have_translation_english_dict = dict() # ios_have_translation_strings_list = os.listdir(ios_old_xml_dir) # for file_name in ios_have_translation_strings_list: # if file_name in Config.IOS_IGNORE_COMPARE_STRINGS_NAME_LIST: # continue # en_strings_path = os.path.join(ios_old_xml_dir, file_name) # en_strings_analysis = StringsFileAnalysis(en_strings_path) # en_strings_analysis.analyze() # en_strings_content_dict = en_strings_analysis.analyze_dictionary_result # for key in en_strings_content_dict: # value = en_strings_content_dict[key].value.strip() # key = TextHandler.remove_double_quotation_marks_in_head_tail(key.strip()) # value = TextHandler.deal_all_in_translate_result( # (TextHandler.remove_double_quotation_marks_in_head_tail(value))) # ios_have_translation_english_dict[key] = value # # 提取iOS独有文案 # ios_language_dir = os.listdir(ios_extract_root_path) # for ios_english_key in ios_have_translation_english_dict.keys(): # ios_english_value = ios_have_translation_english_dict[ios_english_key] # if ios_english_value not in all_english_translate_dict.keys(): # for ios_language_path in ios_language_dir: # ios_src_english_path = os.path.join(ios_extract_root_path, ios_language_path) # strings_file_array = os.listdir(ios_src_english_path) # for strings_file in strings_file_array: # en_strings_path = os.path.join(ios_src_english_path, strings_file) # print(en_strings_path) # en_strings_analysis = StringsFileAnalysis(en_strings_path) # en_strings_analysis.analyze() # en_strings_content_dict = en_strings_analysis.analyze_dictionary_result # for ios_translate_key in en_strings_content_dict.keys(): # new_language_key = get_ios_key(ios_language_path.replace('.lproj', '')) # value = en_strings_content_dict[ios_translate_key].value.strip() # key = TextHandler.remove_double_quotation_marks_in_head_tail(ios_translate_key.strip()) # value = TextHandler.deal_all_in_translate_result( # (TextHandler.remove_double_quotation_marks_in_head_tail(value))) # if ios_english_key == key: # if ios_english_value in all_english_translate_dict.keys(): # if new_language_key in all_english_translate_dict[ios_english_value].keys(): # if value not in all_english_translate_dict[ios_english_value][new_language_key]: # tmp_translate_list = list() # tmp_translate_list.append(all_english_translate_dict[ios_english_value][new_language_key]) # tmp_translate_list.append(value) # all_english_translate_dict[ios_english_value][new_language_key] = tmp_translate_list # print(new_language_key, strings_file, ios_english_key, ios_english_value, value) # else: # all_english_translate_dict[ios_english_value][new_language_key] = value # else: # tmp_translate_dict = dict() # tmp_translate_dict[new_language_key] = value # all_english_translate_dict[ios_english_value] = tmp_translate_dict # break # # locale_json_dst_file = os.path.join(os.path.join(extract_root_path), 'all_englist_translate_dict.text') # with open(locale_json_dst_file, 'w', encoding='utf8') as f2: # json.dump(all_english_translate_dict, f2, ensure_ascii=False, indent=2) ## ----------------- # # 读取翻译字典 # locale_json_dst_file = os.path.join(os.path.join(extract_root_path), 'all_englist_translate_dict_new.text') # with open(locale_json_dst_file, 'r', encoding='utf-8') as f: # all_english_translate_dict = json.load(f) # # 合入iOS文案 # ios_language_dir = os.listdir(ios_extract_root_path) # for ios_language_path in ios_language_dir: # ios_src_english_path = os.path.join(ios_extract_root_path, ios_language_path) # strings_file_array = os.listdir(ios_src_english_path) # new_language_key = get_ios_key(ios_language_path.replace('.lproj', '')) # for strings_file in strings_file_array: # if strings_file in Config.IOS_IGNORE_COMPARE_STRINGS_NAME_LIST: # continue # en_strings_path = os.path.join(ios_src_english_path, strings_file) # en_strings_analysis = StringsFileAnalysis(en_strings_path) # en_strings_analysis.analyze() # en_strings_content_list = en_strings_analysis.analyze_array_result # dst_strings_element_dict = dict() # for strings_element in en_strings_content_list: # strings_element_key = TextHandler.remove_double_quotation_marks_in_head_tail( # strings_element.key.strip()) # strings_element_english = TextHandler.remove_double_quotation_marks_in_head_tail( # strings_element.value.strip()) # dst_strings_element_dict[strings_element] = strings_element_english # if strings_element_key in ios_have_translation_english_dict.keys() and strings_element_english == ios_have_translation_english_dict[strings_element_key] and strings_element_english not in Config.IOS_TRANSLATION_IGNORE_ENGLISH_LIST: # if strings_element_english in all_english_translate_dict.keys() and new_language_key in all_english_translate_dict[strings_element_english].keys(): # ios_translate_value = all_english_translate_dict[strings_element_english][new_language_key] # if isinstance(ios_translate_value, list): # print(ios_language_path, strings_file, strings_element_english, ios_translate_value) # dst_strings_element_dict[strings_element] = ios_translate_value[0] # else: # dst_strings_element_dict[strings_element] = ios_translate_value # _modify_item_in_strings_file(dst_strings_element_dict, en_strings_path) # # # 合入Android文案 # android_dir = os.listdir(android_extract_root_path) # for file_name in android_dir: # if file_name == 'values': # continue # localization_dir_path = os.path.join(android_extract_root_path, file_name, 'strings.xml') # localization_dst_path = os.path.join(android_extract_root_path_new, file_name, 'strings.xml') # locale_dict = XmlHandler.parse_xml_to_kv_dict(localization_dir_path) # new_locale_xml_dict = dict() # none_translation_dict = dict() # for english_key in android_new_english_dict: # english = FormatSpecifierParser.replace_java_format_char(android_new_english_dict[english_key]) # if english in all_english_translate_dict: # new_language_key = get_android_key(file_name.replace('values-', '')) # if new_language_key in all_english_translate_dict[english]: # translation = all_english_translate_dict[english][new_language_key] # if isinstance(translation, list): # translation = translation[0] # if translation == "": # none_translation_dict[english_key] = english # continue # _check_english_translate(english, translation) # if english != translation: # if english_key not in locale_dict or locale_dict[english_key] == english: # new_locale_xml_dict[english_key] = FormatSpecifierParser.build_format_char( # android_new_english_dict[english_key], english, translation) # # print('111 ' + locale_dict[english_key] + english, translation, android_new_english_dict[english_key], new_locale_xml_dict[english_key]) # elif english_key not in all_english_translate_dict: # if not english.startswith('@string/'): # none_translation_dict[english_key] = english # # new_locale_xml_dict[english_key] = android_new_english_dict[english_key] # # print('222 ' + english_key, new_locale_xml_dict[english_key]) # for english_key in locale_dict: # if english_key in new_locale_xml_dict: # continue # new_locale_xml_dict[english_key] = locale_dict[english_key] # print('333 ' + english_key + ' ' + new_locale_xml_dict[english_key]) # for english_key in android_new_english_dict: # if english_key not in locale_dict: # continue # english = android_new_english_dict[english_key] # found_exist_translation_key = None # for none_key in none_translation_dict: # if english_key != none_key and english == none_translation_dict[none_key]: # found_exist_translation_key = none_key # break # if found_exist_translation_key is not None: # new_locale_xml_dict[found_exist_translation_key] = locale_dict[english_key] # print('444 ' + english_key + ' ' + new_locale_xml_dict[english_key]) # none_translation_dict.pop(found_exist_translation_key) # XmlHandler.convert_to_xml(new_locale_xml_dict, localization_dst_path) # 合入PC文案 # pc_english_dict = dict() # with open(pc_english_path, 'r', encoding='utf-8') as f: # pc_english_dict = json.load(f) # pc_dir = os.listdir(pc_old_extract_root_path) # pattern = r'\{(.*?)\}' # for file_name in pc_dir: # if file_name != 'en.json': # translate_json = os.path.join(pc_old_extract_root_path, file_name) # translate_json_dict = dict() # with open(translate_json, 'r', encoding='utf-8') as f: # translate_json_dict = json.load(f) # print('\n', file_name, '\n') # for pc_english_key in pc_english_dict: # english = pc_english_dict[pc_english_key] # translation = english # if '{' in english and '}' in english: # englist_result = re.findall(pattern, english) # if len(englist_result) > 0: # count = 0 # for place_holder in englist_result: # english = str.replace(english, '{' + englist_result[count] + '}', # '{' + place_holder + '}') # # print(english) # count += 1 # if english in all_english_translate_dict: # new_language_key = get_ios_key(file_name.replace('.json', '')) # print(english, new_language_key) # if new_language_key in all_english_translate_dict[english].keys(): # translation = all_english_translate_dict[english][new_language_key] # if english == translation or (pc_english_key in translate_json_dict.keys() and translate_json_dict[pc_english_key] != english): # print(pc_english_key, english, translation) # else: # translate_json_dict[pc_english_key] = translation # locale_json_dst_file = os.path.join(pc_new_extract_root_path, file_name) # with open(locale_json_dst_file, 'w', encoding='utf8') as f2: # json.dump(translate_json_dict, f2, ensure_ascii=False, indent=2) # # 合入Flutter文案 # flutter_english_dict = dict() # with open(flutter_english_path, 'r', encoding='utf-8') as f: # flutter_english_dict = json.load(f) # flutter_dir = os.listdir(flutter_old_extract_root_path) # pattern = r'\{(.*?)\}' # for file_name in flutter_dir: # if file_name != 'intl_en.arb': # # if file_name != 'en.json': # translate_json = os.path.join(flutter_old_extract_root_path, file_name) # translate_json_dict = dict() # with open(translate_json, 'r', encoding='utf-8') as f: # translate_json_dict = json.load(f) # print('\n', file_name, '\n') # for flutter_english_key in flutter_english_dict: # english = flutter_english_dict[flutter_english_key] # translation = english # if '{' in english and '}' in english: # englist_result = re.findall(pattern, english) # if len(englist_result) > 0: # count = 0 # for place_holder in englist_result: # english = str.replace(english, '{' + englist_result[count] + '}', # '{' + place_holder + '}') # # print(english) # count += 1 # if english in all_english_translate_dict: # new_language_key = get_flutter_key(file_name.replace('.arb', '').replace('intl_', '')) # print(english, new_language_key) # if new_language_key in all_english_translate_dict[english].keys(): # translation = all_english_translate_dict[english][new_language_key] # if english == translation or flutter_english_key in translate_json_dict.keys() and translate_json_dict[flutter_english_key] != english: # print(flutter_english_key, english) # else: # translate_json_dict[flutter_english_key] = translation # # _check_english_translate(english, translation) # locale_json_dst_file = os.path.join(flutter_new_extract_root_path, file_name) # with open(locale_json_dst_file, 'w', encoding='utf8') as f2: # json.dump(translate_json_dict, f2, ensure_ascii=False, indent=2) 这段代码会生成哪些文件?帮我给出文件名
10-15
基于部落竞争与成员合作算法(CTCM)融合动态窗口法DWA的无人机三维动态避障方法研究,MATLAB代码 动态避障路径规划:基于部落竞争与成员合作算法(CTCM)融合动态窗口法DWA的无人机三维动态避障方法研究,MATLAB 融合DWA的青蒿素优化算法(AOA)求解无人机三维动态避障路径规划,MATLAB代码 基于动态环境下多智能体自主避障路径优化的DWA算法研究,MATLAB代码 融合DWA的青蒿素优化算法AOA求解无人机三维动态避障路径规划,MATLAB代码 基于DWA的多智能体动态避障路径规划算法研究,MATLAB代码 融合动态窗口法DWA的粒子群算法PSO求解无人机三维动态避障路径规划研究,MATLAB代码 基于粒子群算法PSO融合动态窗口法DWA的无人机三维动态避障路径规划研究,MATLAB代码 基于ACOSRAR-DWA无人机三维动态避障路径规划,MATLAB代码 基于ACOSRAR-DWA无人机三维动态避障路径规划,MATLAB代码 基于DWA的动态环境下无人机自主避障路径优化,MATLAB代码 基于DWA的动态环境下机器人自主避障路径规划,MATLAB代码 基于城市场景下RRT、ACO、A*算法的无人机三维路径规划方法研究,MATLAB代码 基于城市场景下无人机三维路径规划的导航变量的多目标粒子群优化算法(NMOPSO),MATLAB代码 导航变量的多目标粒子群优化算法(NMOPSO)求解复杂城市场景下无人机三维路径规划,MATLAB代码 原创:5种最新多目标优化算法求解多无人机协同路径规划(多起点多终点,起始点、无人机数、障碍物可自定义),MATLAB代码 原创:4种最新多目标优化算法求解多无人机协同路径规划(多起点多终点,起始点、无人机数、障碍物可自定义),MATLAB代码 高维超多目标优化:基于导航变量的多目标粒子群优化算法(NMOPSO)的无人机三维
评论
添加红包

请填写红包祝福语或标题

红包个数最小为10个

红包金额最低5元

当前余额3.43前往充值 >
需支付:10.00
成就一亿技术人!
领取后你会自动成为博主和红包主的粉丝 规则
hope_wisdom
发出的红包
实付
使用余额支付
点击重新获取
扫码支付
钱包余额 0

抵扣说明:

1.余额是钱包充值的虚拟货币,按照1:1的比例进行支付金额的抵扣。
2.余额无法直接购买下载,可以购买VIP、付费专栏及课程。

余额充值