Merge branch 'developer' of http://47.106.101.75/abel_cjy/Amazon-Selection-Data into developer

Pyspark_job/dim/dim_china_zipcode.py

+"""
+   @Author      : CT
+   @Description : 解析全国邮编 json 文件（63万+条），写入 Hive 表
+                  dim_china_zipcode（表由人工建好，本脚本只负责解析+写入）
+                  文件从服务器本地读取（不走 HDFS）：用 Python 原生 json.load 在 driver 端
+                  单机解析，解析完再用 spark.createDataFrame 分发成 DataFrame——这样避免了
+                  spark.read 直接读本地路径时，任务被调度到其它 executor 节点、那台机器本地
+                  没有这个文件导致 FileNotFoundException 的问题（file:// 读的是"任务实际
+                  跑在哪台机器就读哪台机器本地磁盘"，driver 端 Python 原生读文件才是只读
+                  提交任务这台机器本地磁盘，不受 executor 调度影响）
+                  代价：63万+条数据在 driver 端单机解析，比 spark.read 分布式读要慢，但避免
+                  了必须先把文件传到 HDFS 上的额外步骤
+                  源 json 顶层直接是一个数组，每个元素字段：省、市、区、街道、村/居委会、邮编、
+                  完整地址，7个字段全部入库
+                  写入 Hive 前的处理：
+                    - 空字符串统一转成 None（源数据里字段缺失是用 "" 表示的，不是 null）
+                    - "市" 字段是"市辖区"的（北京/天津/上海/重庆这类直辖市），替换成对应的"省"
+                      字段值（比如 省=北京市，市=市辖区 -> 市=北京市）
+                  按如下顺序写入 Hive（insertInto 按列位置对应，务必确保建表时列顺序和下面一致）：
+                    province(省)、city(市)、district(区)、street(街道)、village(村/居委会)、
+                    zipcode(邮编)、full_address(完整地址)
+                  写入前的校验：
+                    7个字段完全相同的重复行，自动去重，并把去重前的重复记录打印出来，不报错
+                    阻断流程（源数据里确实存在个别区县被重复列了好几遍的情况，去重不丢信息）
+   @Usage       : python dim_china_zipcode.py <json_file_path>
+   @CreateTime  : 2026-07-15
+   @UpdateTime  : 2026-07-16
+"""
+
+import json
+import os
+import sys
+
+sys.path.append(os.path.dirname(sys.path[0]))
+
+from utils.common_util import CommonUtil
+from utils.spark_util import SparkUtil
+from pyspark.sql.types import StructType, StructField, StringType
+
+HIVE_TABLE = "dim_china_zipcode"
+
+DEFAULT_FILE_PATH = r"/home/chenyuanjie/china_postcode.json"
+
+FIELD_MAP = [
+    ("省", "province"),
+    ("市", "city"),
+    ("区", "district"),
+    ("街道", "street"),
+    ("村/居委会", "village"),
+    ("邮编", "zipcode"),
+    ("完整地址", "full_address"),
+]
+
+MUNICIPALITY_CITY_PLACEHOLDER = "市辖区"
+
+
+def build_rows(data):
+    rows = []
+    for item in data:
+        values = [item.get(cn_key) or None for cn_key, _ in FIELD_MAP]
+        province, city = values[0], values[1]
+        if city == MUNICIPALITY_CITY_PLACEHOLDER:
+            values[1] = province
+        rows.append(tuple(values))
+
+    if not rows:
+        raise ValueError("源数据是空数组，请检查文件内容")
+
+    print(f"共解析 {len(rows)} 条记录（去重前）")
+    return rows
+
+
+def dedupe_rows(rows):
+    seen = {}
+    duplicates = []
+    deduped = []
+    for row in rows:
+        if row in seen:
+            duplicates.append(row)
+            continue
+        seen[row] = True
+        deduped.append(row)
+
+    if duplicates:
+        print(f"发现 {len(duplicates)} 行完全重复（7个字段都一样），已去重，重复的记录如下：")
+        for row in duplicates:
+            print(f"  {row}")
+
+    return deduped
+
+
+class DimChinaZipcode(object):
+
+    def __init__(self, json_path):
+        self.json_path = json_path
+        self.spark = SparkUtil.get_spark_session(f"{self.__class__.__name__}")
+        self.df_save = None
+        self.raw_total = None
+
+    def read_data(self):
+        print(f"读取本地文件：{self.json_path}")
+        with open(self.json_path, encoding="utf-8") as f:
+            data = json.load(f)
+
+        rows = build_rows(data)
+        self.raw_total = len(rows)
+        rows = dedupe_rows(rows)
+
+        schema = StructType([
+            StructField(en_key, StringType(), True) for _, en_key in FIELD_MAP
+        ])
+        # 后面 validate_data/save_data 要对同一份数据跑好几次 count/dropDuplicates，
+        # 不 cache 的话每次 action 都会重新触发一遍 createDataFrame 的分发
+        self.df_save = self.spark.createDataFrame(rows, schema=schema).cache()
+
+    def validate_data(self):
+        total = self.df_save.count()
+        distinct_total = self.df_save.dropDuplicates().count()
+        if distinct_total != total:
+            # 正常不会走到这，dedupe_rows 已经去过重了，留着是防止后续逻辑改动引入新的重复
+            raise ValueError(
+                f"去重后仍存在完全重复的行：总行数 {total}，dropDuplicates 后 {distinct_total}"
+            )
+
+        print(f"校验通过：去重前 {self.raw_total} 条，去重后 {total} 条且7个字段组合唯一")
+
+    def save_data(self):
+        total = self.df_save.count()
+        print(f"写入 Hive 表 {HIVE_TABLE}，共 {total} 条")
+        CommonUtil.save_or_update_table(
+            spark_session=self.spark,
+            hive_tb_name=HIVE_TABLE,
+            partition_dict={},
+            df_save=self.df_save,
+        )
+        print("写入完毕")
+
+    def run(self):
+        self.read_data()
+        self.validate_data()
+        self.save_data()
+
+
+if __name__ == "__main__":
+    json_path = sys.argv[1] if len(sys.argv) > 1 else DEFAULT_FILE_PATH
+
+    if not os.path.exists(json_path):
+        print(f"文件不存在：{json_path}")
+        sys.exit(1)
+
+    DimChinaZipcode(json_path=json_path).run()

Pyspark_job/doris_handle/dim_seller_address.py

+"""
+   @Author      : CT
+   @Description : 从 dwt_fb_base_report 解析卖家 business_addr 字段，匹配出中国省市，
+                  写入 Doris dim层参考表 dim.dim_seller_address
+                  这张表存储全部卖家（不分国家），只有 fb_country_name = 'CN' 的才解析省市，
+                  非 CN 的 seller_province/seller_city 直接为 NULL，不做匹配尝试
+                  匹配思路（只针对 fb_country_name = 'CN' 的行）：
+                    1. 邮编精确匹配优先：business_addr 按双空格切分，倒数第2个 token 视为邮编，
+                       去匹配 dim_china_zipcode 聚合出的"邮编→省市"表。只有一个邮编在
+                       dim_china_zipcode 里对应唯一一组(province,city)才算命中；对应0组
+                       （查不到/邮编本身有问题）或者多组（同一邮编跨了不同省市）统一都算
+                       "邮编匹配不到"，不再像之前那样取出现次数最多的省市兜底——邮编数据本身
+                       就模糊的情况，不应该被硬拍出一个可能错的答案
+                    2. 邮编匹配不到的，退化用文本匹配兜底：不依赖固定 token 位置（实际地址里
+                       省份不一定有、市和区的顺序不固定、市和下辖县级市可能连写、也可能只写到
+                       区县压根没提市、还有拼音/英文混写的情况），改成扫描地址里除国家和邮编外
+                       的所有 token，逐个跟 dim_china_zipcode 去重出来的 省份/城市/区县 字典
+                       做包含关系匹配（中文名 + 拼音，拼音在这里现算，不额外维护拼音字段）：
+                         a) 先扫是否有 token 命中某个省份，命中且唯一就把后续搜索范围缩小到
+                            这个省份，减少同名区县跨省误判的概率
+                         b) 扫 token 是否命中某个城市（比如"dongguanshi"包含"dongguan"、
+                            "南阳市邓州市"包含"南阳市"），命中且唯一直接用
+                         c) 城市没命中的，扫 token 是否命中某个区县（比如"仙游县"），命中且
+                            唯一就反查这个区县归属的城市来用（解决地址只写到区县、没提市的情况）
+                         d) 都没命中，最终 seller_province/seller_city 为 NULL
+                       省/市/区县三级各自维护独立的中文+拼音后缀表（同一个"市"字省级/市级
+                       含义不同，不能混用），"干净命中"只校验命中内容后面剩的部分（要么是空、
+                       要么开头是同层级的一个后缀），前面剩的内容不做任何要求——这样"广东深圳
+                       市"这种省市连写、"新郑市龙湖镇"这种区县+乡镇连写都能命中，不会因为命中
+                       内容不在 token 开头就被拒绝
+                    - fb_crawl_date 直接取 dwt_fb_base_report 里的抓取时间，作为 Doris
+                      UNIQUE KEY 的 sequence_col，不用 current_timestamp() 现算写入时间；
+                      该字段源表是 date_format 出来的字符串，写入前显式 to_timestamp 转成
+                      timestamp，否则 Doris 连接器会报 string to timestamp 不能安全转换
+                    - site_name 用脚本入参透传写入，Doris 表按 site_name LIST 自动分区，
+                      多站点数据互不影响
+   @Dependency  : pypinyin（只在 driver 端生成拼音字典再广播，executor 不需要装这个包）
+   @SourceTable : dwt_fb_base_report（Hive）、dim_china_zipcode（Hive）
+   @SinkTable   : dim.dim_seller_address（Doris）
+   @Usage       : python dim_seller_address.py <site_name> <date_type> <date_info>
+   @CreateTime  : 2026-07-15
+   @UpdateTime  : 2026-07-20
+"""
+
+import os
+import re
+import sys
+
+sys.path.append(os.path.dirname(sys.path[0]))
+
+from pypinyin import lazy_pinyin
+from utils.spark_util import SparkUtil
+from utils.DorisHelper import DorisHelper
+from pyspark.sql import functions as F
+from pyspark.sql.types import StringType
+from pyspark.sql.window import Window
+
+DORIS_DB = "dim"
+DORIS_TABLE = "dim_seller_address"
+DORIS_COLUMNS = "seller_id, account_name, business_addr, fb_country_name, seller_province, seller_city, fb_crawl_date, site_name"
+
+# 省/市/区县三级分开维护后缀表：同一个"市"字在不同层级都会出现（直辖市是省级、
+# 地级市是市级），必须按当前查的是哪一级字典选用对应的后缀表，不能混用一张表。
+# 顺序要把更长/更具体的后缀排在前面（比如"自治县"要排在"县"前面），不然会被短
+# 后缀先命中截断错。列表依据对 dim_china_zipcode 全量 distinct 值的实际核查确定。
+PROVINCE_SUFFIXES = ["自治区", "特别行政区", "省", "市"]
+PROVINCE_PINYIN_SUFFIXES = ["zizhiqu", "tebiexingzhengqu", "sheng", "shi", "province"]
+
+CITY_SUFFIXES = ["自治州", "地区", "特别行政区", "盟", "市"]
+CITY_PINYIN_SUFFIXES = ["zizhizhou", "diqu", "tebiexingzhengqu", "meng", "shi", "city"]
+
+# 区县原来不剥后缀（怕剥完只剩1个字，比如"单县"->"单"太容易误匹配），现在改成剥，
+# 靠 strip_suffix 里"剥完至少剩2字"的安全网挡住这种情况，"单县"这种还是不剥
+DISTRICT_SUFFIXES = ["自治县", "自治旗", "林区", "矿区", "新城", "市", "区", "县", "旗"]
+DISTRICT_PINYIN_SUFFIXES = [
+    "zizhixian", "zizhiqi", "xincheng", "shi", "qu", "xian", "qi", "district", "county",
+]
+
+# city 字段这几个值是无效占位符，不是真实城市名，构建 city 字典前先过滤掉
+INVALID_CITY_VALUES = ["县", "省直辖县级行政区划", "自治区直辖县级行政区划"]
+
+# 新疆几个自治区直辖县级市（图木舒克/石河子/阿拉尔）在源数据里 city 字段是"占位前缀+
+# 真实市名"拼在一起的脏文本（比如"自治区直辖县图木舒克市"），剥掉前缀还原真实市名，
+# 不然这三个市永远匹配不到
+INVALID_CITY_PREFIX = "自治区直辖县"
+
+# pypinyin 对多音字地名默认读音有误，人工核实过的案例收在这份覆盖表里；城市级 key 剥后缀，区县级 key 带后缀
+PINYIN_OVERRIDE = {
+    # ===== 城市级（剥后缀后查表）=====
+    "昌都": "changdu",  # 昌都市（西藏），"都"在此读 dū，pypinyin 默认读成 dōu
+    "长治": "changzhi",  # 长治市（山西），"长"在此读 cháng，pypinyin 默认读成 zhǎng
+    "朝阳": "chaoyang",  # 朝阳市（辽宁），"朝"在此读 cháo，pypinyin 默认读成 zhāo
+    "阿勒泰": "aletai",  # 阿勒泰地区（新疆），"勒"在此读 lè，pypinyin 默认读成 lēi
+    "锡林郭勒": "xilinguole",  # 锡林郭勒盟（内蒙古），"勒"读 lè，同上
+    "克孜勒苏": "kezilesu",  # 克孜勒苏柯尔克孜自治州（新疆），"勒"读 lè，同上
+
+    # ===== 区县级（原始值直接查，部分源数据本身就不带后缀）=====
+    # "都"在此读 dū，pypinyin 对不常见的地名默认读成 dōu
+    "三都": "sandu", "都兰": "dulan", "都安": "duan", "都匀": "duyun",
+    "丰都县": "fengduxian", "于都县": "yuduxian", "商都县": "shangduxian", "宁都县": "ningduxian",
+    "尧都区": "yaoduqu", "新都区": "xinduqu", "曾都区": "cengduqu", "望都县": "wangduxian",
+    "武都区": "wuduqu", "殷都区": "yinduqu", "盐都区": "yanduqu", "秦都区": "qinduqu",
+    "花都区": "huaduqu", "莲都区": "lianduqu", "都昌县": "duchangxian", "魏都区": "weiduqu",
+    "昆都仑区": "kundulunqu",
+
+    # "长"在此读 cháng，pypinyin 对不常见的地名默认读成 zhǎng
+    "长岛": "changdao", "长白": "changbai", "长阳": "changyang", "长顺": "changshun", "南长": "nanchang",
+    "长丰县": "changfengxian", "长宁区": "changningqu", "长宁县": "changningxian", "长岭县": "changlingxian",
+    "长武县": "changwuxian", "长泰区": "changtaiqu", "长洲区": "changzhouqu", "长海县": "changhaixian",
+    "长清区": "changqingqu", "天长市": "tianchangshi", "子长市": "zichangshi",
+    "长葛市": "changgeshi", "长垣市": "changyuanshi",
+
+    # "朝"在此读 cháo（"朝阳区"默认已经读对，不用加）
+    "朝阳县": "chaoyangxian",
+
+    # "什"在此读 shí，pypinyin 对不常见的地名默认读成 shén
+    "阿图什": "atushi", "乌什县": "wushixian", "克什克腾旗": "keshiketengqi",
+    "塔什库尔干塔吉克自治县": "tashikuergantajikezizhixian", "什邡市": "shifangshi",
+
+    # 少数民族地名音译，"勒"本该读 lè，pypinyin 默认读成 lēi
+    "库尔勒": "kuerle", "策勒县": "celexian", "阿勒泰市": "aletaishi", "霍林郭勒市": "huolinguoleshi",
+    "尼勒克": "nileke",
+
+    # 其他单独核实过的多音字地名
+    "泊头市": "botoushi",  # "泊"在此读 bó（停泊），pypinyin 默认读成 pō（湖泊）
+    "单县": "shanxian",  # "单"在此读 shàn，pypinyin 默认读成 dān
+    "民乐县": "minlexian",  # 民乐县（甘肃），pypinyin 词组词典把它当成"音乐"词组读成了 mínyuè
+    "蚌山区": "bengshanqu",  # 蚌山区（安徽蚌埠），"蚌"跟"蚌埠"一样读 bèng，pypinyin 默认读成 bàng
+    "荥经县": "yingjingxian",  # 荥经县（四川），"荥"在此读 yíng；跟"荥阳"(xíng)是两个不同读音的地名
+
+    # 以下几个源表 dim_china_zipcode 里暂时查不到，先保留人工核实过的读音
+    "信都": "xindu", "襄都": "xiangdu", "郫都": "pidu",  # 邢台信都区/邢台襄都区/成都郫都区
+    "长白朝鲜族": "changbaichaoxianzu", "长阳土家族": "changyangtujiazu",  # xx自治县
+    "康巴什": "kangbashi",  # 鄂尔多斯康巴什区
+    "龙圩": "longxu",  # 梧州龙圩区，"圩"在此读 xū（南方圩镇），pypinyin 默认读成 wéi（圩堤）
+}
+
+# dim_china_zipcode 里没有港澳台，手动补充：这三个地区不分省市，省份和城市都是自己本身
+SPECIAL_REGIONS = [
+    ("香港", ["xianggang", "hongkong"]),
+    ("澳门", ["aomen", "macau", "macao"]),
+    ("台湾", ["taiwan"]),
+]
+
+# 广西/宁夏/新疆这三个自治区官方全名带了民族限定词（壮族/回族/维吾尔），单纯剥掉"自治区"
+# 后缀会剩"广西壮族"这种还带着民族限定词的名字，跟地址里几乎都直接写的简称"广西"对不上，
+# 所以这三个单独覆盖成简称（内蒙古自治区、西藏自治区本身没有民族限定词，不受影响）
+PROVINCE_SHORT_NAME_OVERRIDE = {
+    "广西壮族自治区": "广西",
+    "宁夏回族自治区": "宁夏",
+    "新疆维吾尔自治区": "新疆",
+}
+
+
+def strip_suffix(name, suffixes):
+    if not name:
+        return name
+    for suf in suffixes:
+        if name.endswith(suf) and len(name) - len(suf) >= 2:
+            return name[: -len(suf)]
+    return name
+
+
+def clean_city_name(raw_city):
+    if raw_city and raw_city.startswith(INVALID_CITY_PREFIX) and len(raw_city) > len(INVALID_CITY_PREFIX):
+        return raw_city[len(INVALID_CITY_PREFIX):]
+    return raw_city
+
+
+def to_pinyin(word):
+    if not word:
+        return None
+    return PINYIN_OVERRIDE.get(word) or "".join(lazy_pinyin(word))
+
+
+def lookup_backfill_city(backfill_map, province, district):
+    if not province or not district:
+        return None
+    # 回填字典的 key 同时来自 city 侧（剥 CITY_SUFFIXES）和 district 侧（剥
+    # DISTRICT_SUFFIXES），两者唯一的公共后缀是"市"，用 DISTRICT_SUFFIXES 剥这里
+    # 传入的查询值即可覆盖实际会出现的场景（district 字段本身的后缀只可能是市/区/县/旗）
+    return backfill_map.get((province, strip_suffix(district, DISTRICT_SUFFIXES)))
+
+
+def match_text_city(addr, province_lookup, city_lookup, district_lookup):
+    """
+    在 business_addr 里（去掉国家、邮编两个 token 后）扫描剩余 token，只认"干净命中"：
+    命中后面剩下的部分要么是空的、要么开头是一个行政后缀（比如"广东省"命中"广东"剩
+    "省"、"南阳市邓州市"命中"南阳"剩"市邓州市"、"jiangsushengsuzhoushi"命中
+    "suzhou"剩"shi"）——前缀不做任何校验，因为"广东深圳市"这种省市连写、
+    "新郑市龙湖镇"这种区县+乡镇连写都是合法地址，不能要求命中的内容必须是token开头。
+    校验后缀时按当前查的是省/市/区哪一级字典，选用对应层级的后缀表（同一个"市"字
+    在省级/市级都合法，必须区分开，不能混用一张表）。
+    "黑龙江北路"命中"黑龙江"剩"北路"（不以任何省级后缀开头）不算命中——不然满大街
+    带省市名的路名/街道名都会被误当成地址真实归属。
+    先定省份缩小范围，再依次尝试命中城市/区县，返回 "province|-|city" 或 None
+    """
+    if not addr:
+        return None
+    tokens = [t.strip() for t in addr.split("  ") if t.strip()]
+    if len(tokens) < 2:
+        return None
+    tokens = tokens[:-1]  # 去掉倒数第1个token(国家)
+    # 倒数第2个token长得像邮编（纯数字）才一并去掉；有些地址本身就没填邮编，
+    # 这种情况倒数第2个token其实是真实地名（比如"...顺德区  佛山市  CN"），
+    # 误当邮编砍掉会把仅有的城市信息也搜没了，所以不像邮编就保留它参与匹配
+    if tokens and re.fullmatch(r"\d{4,10}", tokens[-1]):
+        tokens = tokens[:-1]
+    if not tokens:
+        return None
+    # 去空格再比较拼音：不然"Guang Dong"这种按音节分开写的拼音永远匹配不上"guangdong"
+    tokens_low = [re.sub(r"\s+", "", t.lower()) for t in tokens]
+
+    def is_clean(base, text, suffixes):
+        if not base:
+            return False
+        idx = text.find(base)
+        if idx == -1:
+            return False
+        leftover = text[idx + len(base):]
+        return leftover == "" or any(leftover.startswith(suf) for suf in suffixes)
+
+    def is_hit(base_cn, base_py, cn_suffixes, py_suffixes):
+        for tok, tok_low in zip(tokens, tokens_low):
+            if is_clean(base_cn, tok, cn_suffixes):
+                return True
+            if is_clean(base_py, tok_low, py_suffixes):
+                return True
+        return False
+
+    def unique_match(lookup, key_of, restrict_province, cn_suffixes, py_suffixes):
+        # lookup 里每行最后两列固定是 (base_cn, base_py)，前面几列由 key_of 决定取哪些做候选key
+        matched = set()
+        for row in lookup:
+            if restrict_province and row[0] != restrict_province:
+                continue
+            if is_hit(row[-2], row[-1], cn_suffixes, py_suffixes):
+                matched.add(key_of(row))
+        return next(iter(matched)) if len(matched) == 1 else None
+
+    matched_province = unique_match(
+        province_lookup, key_of=lambda row: row[0], restrict_province=None,
+        cn_suffixes=PROVINCE_SUFFIXES, py_suffixes=PROVINCE_PINYIN_SUFFIXES,
+    )
+
+    picked = unique_match(
+        city_lookup, key_of=lambda row: (row[0], row[1]), restrict_province=matched_province,
+        cn_suffixes=CITY_SUFFIXES, py_suffixes=CITY_PINYIN_SUFFIXES,
+    )
+    if picked:
+        return f"{picked[0]}|-|{picked[1]}"
+
+    picked = unique_match(
+        district_lookup, key_of=lambda row: (row[0], row[1]), restrict_province=matched_province,
+        cn_suffixes=DISTRICT_SUFFIXES, py_suffixes=DISTRICT_PINYIN_SUFFIXES,
+    )
+    if picked:
+        return f"{picked[0]}|-|{picked[1]}"
+
+    return None
+
+
+class DimSellerAddress(object):
+
+    def __init__(self, site_name, date_type, date_info):
+        self.site_name = site_name
+        self.date_type = date_type
+        self.date_info = date_info
+        app_name = f"{self.__class__.__name__}:{site_name}:{date_info}"
+        self.spark = SparkUtil.get_spark_session(app_name)
+        self.df_seller = None
+        self.df_zip_map = None
+        self.province_lookup = None
+        self.city_lookup = None
+        self.district_lookup = None
+        self.city_backfill_map = None
+        self.province_lookup_bc = None
+        self.city_lookup_bc = None
+        self.district_lookup_bc = None
+        self.city_backfill_bc = None
+        self.df_save = None
+
+    def read_data(self):
+        print("读取 dwt_fb_base_report")
+        sql = f"""
+        select seller_id, account_name, business_addr, fb_country_name, fb_crawl_date
+        from dwt_fb_base_report
+        where site_name = '{self.site_name}'
+          and date_type = '{self.date_type}'
+          and date_info = '{self.date_info}'
+        """
+        self.df_seller = self.spark.sql(sqlQuery=sql)
+        print(sql)
+
+        print("构建省份/城市/区县文本匹配字典 + city缺失回填字典（driver端生成拼音，广播给executor）")
+        self._build_text_lookups()
+
+        print("读取 dim_china_zipcode 全量原始行，用回填字典补全 city 缺失的行，再聚合出邮编->省市归属"
+              "（同邮编对应不止一组省市的，视为匹配不到）")
+        self._build_zip_map()
+
+    def _build_text_lookups(self):
+        provinces = [
+            r["province"] for r in
+            self.spark.sql("select distinct province from dim_china_zipcode where province is not null").collect()
+        ]
+        def province_base_name(p):
+            return PROVINCE_SHORT_NAME_OVERRIDE.get(p) or strip_suffix(p, PROVINCE_SUFFIXES)
+
+        self.province_lookup = []
+        for p in provinces:
+            base = province_base_name(p)
+            self.province_lookup.append((p, base, to_pinyin(base)))
+
+        invalid_city_clause = ", ".join(f"'{v}'" for v in INVALID_CITY_VALUES)
+        city_rows = self.spark.sql(
+            "select distinct province, city from dim_china_zipcode "
+            "where province is not null and city is not null "
+            f"and city not in ({invalid_city_clause})"
+        ).collect()
+        self.city_lookup = []
+        for r in city_rows:
+            city_name = clean_city_name(r["city"])
+            base = strip_suffix(city_name, CITY_SUFFIXES)
+            self.city_lookup.append((r["province"], city_name, base, to_pinyin(base)))
+
+        # 同一个省份+剥后缀名字，如果同时存在"XX地区"和"XX市"两个原始城市名（比如"铜仁地区"/
+        # "铜仁市"，2011年撤地设市遗留的新旧两个名字都留在源数据里），文本匹配时两个候选长度
+        # 一样、谁都选不出来，所以只保留现在还在用的"市"，把过时的"地区"去掉
+        by_stripped = {}
+        for row in self.city_lookup:
+            by_stripped.setdefault((row[0], row[2]), []).append(row)
+        deduped_city_lookup = []
+        for (province, stripped), rows in by_stripped.items():
+            if len(rows) > 1:
+                shi_rows = [r for r in rows if r[1].endswith("市")]
+                rows = shi_rows or rows
+            deduped_city_lookup.extend(rows)
+        self.city_lookup = deduped_city_lookup
+
+        # 港澳台不分省市，省份和城市都是自己本身
+        for name, pinyins in SPECIAL_REGIONS:
+            for py in pinyins:
+                self.province_lookup.append((name, name, py))
+                self.city_lookup.append((name, name, name, py))
+
+        # length(district)>=2：源数据里有极少数区县字段是单字垃圾值（比如上海某几条记录
+        # district 字段直接是"区"这一个字），单字后面又刚好是行政后缀本身，会跟全国任何
+        # 以"区"结尾的 token 撞车，真实的区县名没有单字的，直接过滤掉
+        district_rows = self.spark.sql(
+            "select distinct province, city, district from dim_china_zipcode "
+            "where province is not null and city is not null and district is not null and district != '' "
+            "and length(district) >= 2"
+        ).collect()
+        self.district_lookup = []
+        for r in district_rows:
+            base = strip_suffix(r["district"], DISTRICT_SUFFIXES)
+            self.district_lookup.append((r["province"], r["city"], base, to_pinyin(base)))
+
+        # 同一个(省份,区县)如果同时归属不止一个城市（比如"公主岭市"曾归四平市、2014年后
+        # 改由长春市代管；"江口县"曾归"铜仁地区"、现归"铜仁市"），能靠"只有一个以市结尾"
+        # 消歧的就消歧（这种是地区改市/地区代管变更，取现在这个）；两个都以市结尾的说明是
+        # 更复杂的历史沿革（比如"襄樊市"改名"襄阳市"）或者单纯两个市恰好有同名区县，没法
+        # 安全判断，这条区县整个丢弃，不瞎猜
+        by_province_district = {}
+        for row in self.district_lookup:
+            by_province_district.setdefault((row[0], row[2]), []).append(row)
+        deduped_district_lookup = []
+        for (province, district), rows in by_province_district.items():
+            if len({r[1] for r in rows}) > 1:
+                shi_rows = [r for r in rows if r[1].endswith("市")]
+                if len(shi_rows) != 1:
+                    continue
+                rows = shi_rows
+            deduped_district_lookup.extend(rows)
+        self.district_lookup = deduped_district_lookup
+
+        # 上面"地区/市"去重把过时的城市名（比如"铜仁地区"）从 city_lookup 删掉了；区县
+        # 字典里如果还有挂在这些过时城市名下面的区县（比如撤地设市前，"铜仁地区"下面
+        # 有个同名的县级市"铜仁市"，这条归属数据现在已经陈旧、不可信），先清掉，避免
+        # 拿这种陈旧归属去跟当前有效的城市名做下面的跨级去重判断
+        valid_cities_by_province = {}
+        for row in self.city_lookup:
+            valid_cities_by_province.setdefault(row[0], set()).add(row[1])
+        self.district_lookup = [
+            row for row in self.district_lookup
+            if row[1] in valid_cities_by_province.get(row[0], set())
+        ]
+
+        # "省直辖县级市"这种（比如新郑市实际由郑州市代管）在源数据里经常同时出现在两个
+        # 层级：city_lookup 里是独立一条"新郑市"，district_lookup 里又挂在"郑州市"下面
+        # 当区县，两边都留着会导致城市这一级判不出唯一结果（"新郑市"/"郑州市"两个候选
+        # 打平）。以 district 层级的归属为准：city_lookup 里的城市名如果在同一个省份的
+        # district_lookup 里也作为"挂在别的城市下面的区县"出现，就不再当独立城市，从
+        # city_lookup 剔除，只留 district 那条，靠区县反查城市的机制处理。
+        # 必须限定"别的城市"：很多地级市自己就辖有同名的县（长沙市/长沙县、衡阳市/衡阳
+        # 县这种极常见的市县同名），这种归属城市就是自己本身，不能算冲突去掉自己
+        # district_lookup 的 row[2] 现在是剥过 DISTRICT_SUFFIXES 的区县名，city_lookup
+        # 的 row[1] 还是原始城市名，两边唯一的公共后缀是"市"，按 CITY_SUFFIXES 剥一下
+        # city 名字再比较，才能对上（"新郑市"剥完是"新郑"，跟区县那边剥完的"新郑"一致）
+        district_names_by_province = {}
+        for row in self.district_lookup:
+            district_names_by_province.setdefault(row[0], set()).add((row[2], row[1]))
+        self.city_lookup = [
+            row for row in self.city_lookup
+            if not any(
+                district_name == strip_suffix(row[1], CITY_SUFFIXES) and governing_city != row[1]
+                for district_name, governing_city in district_names_by_province.get(row[0], set())
+            )
+        ]
+
+        # 新版邮编源数据里有一批行 city 是空的，实际城市名被错放进了 district 字段（比如
+        # 省=江苏省 市="" 区=苏州），或者 district 是真区县、只是这一行恰好没填 city（比如
+        # 省=广东省 市="" 区=宝安）。用"city不为空"的正常数据反过来建一个
+        # (省份, 剥后缀的名字) -> 城市 的回填字典：
+        #   1) 名字剥完后缀等于某个城市剥后缀的名字，回填这个城市（"苏州"->"苏州市"）
+        #   2) 名字是某个区县、且这个区县在正常数据里归属唯一，回填归属的城市（"宝安"->"深圳市"）
+        # 同一个 (省份,名字) 两种来源指向不同城市的，说明有歧义，不回填，city 继续留空不参与匹配
+        backfill, conflict = {}, set()
+
+        def add_candidate(province, name, city, suffixes):
+            key = (province, strip_suffix(name, suffixes))
+            if key in backfill and backfill[key] != city:
+                conflict.add(key)
+            else:
+                backfill[key] = city
+
+        for r in city_rows:
+            clean_city = clean_city_name(r["city"])
+            add_candidate(r["province"], clean_city, clean_city, CITY_SUFFIXES)
+        for r in district_rows:
+            add_candidate(r["province"], r["district"], r["city"], DISTRICT_SUFFIXES)
+        self.city_backfill_map = {k: v for k, v in backfill.items() if k not in conflict}
+
+        # city 缺失但能靠回填字典唯一推出城市的行，额外补进区县字典，让文本匹配也能兜住
+        # （地址里正好写了这种不带后缀的区县名，比如"宝安"而不是"宝安区"）
+        backfill_district_rows = self.spark.sql(
+            "select distinct province, district from dim_china_zipcode "
+            "where province is not null and city is null and district is not null and district != '' "
+            "and length(district) >= 2"
+        ).collect()
+        for r in backfill_district_rows:
+            city = lookup_backfill_city(self.city_backfill_map, r["province"], r["district"])
+            if city:
+                self.district_lookup.append((r["province"], city, r["district"], to_pinyin(r["district"])))
+
+        print(
+            f"字典规模：province={len(self.province_lookup)}，city={len(self.city_lookup)}，"
+            f"district={len(self.district_lookup)}，city回填={len(self.city_backfill_map)}"
+        )
+
+        # 显式广播，避免字典跟着 UDF 闭包在每个 task 里重复序列化
+        self.province_lookup_bc = self.spark.sparkContext.broadcast(self.province_lookup)
+        self.city_lookup_bc = self.spark.sparkContext.broadcast(self.city_lookup)
+        self.district_lookup_bc = self.spark.sparkContext.broadcast(self.district_lookup)
+        self.city_backfill_bc = self.spark.sparkContext.broadcast(self.city_backfill_map)
+
+    def _build_zip_map(self):
+        df_raw = self.spark.sql(
+            "select province, city, district, zipcode from dim_china_zipcode "
+            "where province is not null and zipcode is not null"
+        )
+
+        city_backfill_bc = self.city_backfill_bc
+
+        def backfill_city(province, city, district):
+            if city:
+                return clean_city_name(city)
+            return lookup_backfill_city(city_backfill_bc.value, province, district)
+
+        u_backfill_city = F.udf(backfill_city, StringType())
+
+        df_filled = df_raw.withColumn(
+            "city_filled", u_backfill_city(F.col("province"), F.col("city"), F.col("district"))
+        ).filter(F.col("city_filled").isNotNull())
+
+        df_distinct = df_filled.select(
+            F.col("province"), F.col("city_filled").alias("city"), F.col("zipcode")
+        ).distinct()
+
+        combo_cnt = F.count(F.lit(1)).over(Window.partitionBy("zipcode"))
+        self.df_zip_map = df_distinct.withColumn("combo_cnt", combo_cnt).filter(F.col("combo_cnt") == 1).select(
+            F.col("zipcode"),
+            F.col("province").alias("map_province"),
+            F.col("city").alias("map_city"),
+        )
+
+    def handle_data(self):
+        print("解析 business_addr 匹配省市（仅 fb_country_name = 'CN' 的行）")
+        addr_split = F.split(F.col("business_addr"), "  ")
+        # 邮编 token 里偶尔会混入零宽字符等不可见字符（复制粘贴带过来的），精确比较会
+        # 匹配不上字典里干净的邮编，这里只保留数字部分再去 join，不影响正常邮编
+        addr_zip_clean = F.regexp_replace(F.element_at(addr_split, -2), r"[^0-9]", "")
+        df = self.df_seller.withColumn(
+            "addr_zip",
+            F.when(F.col("fb_country_name") == "CN", addr_zip_clean).otherwise(F.lit(None)),
+        )
+
+        df = df.join(self.df_zip_map, df["addr_zip"] == self.df_zip_map["zipcode"], how="left")
+
+        province_lookup_bc, city_lookup_bc, district_lookup_bc = (
+            self.province_lookup_bc, self.city_lookup_bc, self.district_lookup_bc,
+        )
+
+        # 短路判断必须写在函数体内部：F.when 不会让 Spark 跳过 UDF 调用本身（实测过）
+        def udf_match_text(addr, country, zip_matched):
+            if zip_matched or country != "CN":
+                return None
+            return match_text_city(addr, province_lookup_bc.value, city_lookup_bc.value, district_lookup_bc.value)
+
+        u_match_text = F.udf(udf_match_text, StringType())
+
+        df = df.withColumn(
+            "text_match",
+            u_match_text(F.col("business_addr"), F.col("fb_country_name"), F.col("map_province").isNotNull()),
+        )
+        text_split = F.split(F.col("text_match"), r"\|-\|")
+
+        self.df_save = df.select(
+            F.col("seller_id"),
+            F.col("account_name"),
+            F.col("business_addr"),
+            F.col("fb_country_name"),
+            F.coalesce(F.col("map_province"), text_split.getItem(0)).alias("seller_province"),
+            F.coalesce(F.col("map_city"), text_split.getItem(1)).alias("seller_city"),
+            # dwt_fb_base_report.fb_crawl_date 是 date_format 出来的字符串，Doris 表定义的是
+            # DATETIME，写入前要显式转成 timestamp，不然 Doris 连接器会报
+            # "Cannot safely cast 'fb_crawl_date': string to timestamp"
+            F.to_timestamp(F.col("fb_crawl_date"), "yyyy-MM-dd HH:mm:ss").alias("fb_crawl_date"),
+            F.lit(self.site_name).alias("site_name"),
+        ).cache()
+
+    def save_data(self):
+        total = self.df_save.count()
+        print(f"写入 Doris {DORIS_DB}.{DORIS_TABLE}，共 {total} 条")
+        DorisHelper.spark_export_with_columns(
+            df_save=self.df_save,
+            db_name=DORIS_DB,
+            table_name=DORIS_TABLE,
+            table_columns=DORIS_COLUMNS,
+            use_type="selection",
+        )
+        self.df_save.unpersist()
+        print("写入完毕")
+
+    def run(self):
+        self.read_data()
+        self.handle_data()
+        self.save_data()
+
+
+if __name__ == "__main__":
+    site_name = sys.argv[1] if len(sys.argv) > 1 else "us"
+    date_type = sys.argv[2] if len(sys.argv) > 2 else "month"
+    date_info = sys.argv[3] if len(sys.argv) > 3 else None
+
+    if not date_info:
+        print("必须传入 date_info 参数")
+        sys.exit(1)
+
+    DimSellerAddress(site_name=site_name, date_type=date_type, date_info=date_info).run()

Pyspark_job/doris_handle/dwt_ai_asin.py

+"""
+   @Author      : CT
+   @Description : 信息库月度整合脚本
+                  - 从 dwt_flow_asin 读取当月符合条件的ASIN及详情字段（含 mom/yoy）
+                  - 过滤禁用分类，筛选信息库候选ASIN（月销>=50，asin_type in (0,1)）
+                  - is_new_flag：anti join Doris us_ai_asin_detail 存量asin
+                  - is_ascending_flag：近6月 asin_bought_mom>0 满6次
+                  - 关联店铺（dwt_fb_base_report）、ODS评论（ods_asin_detail）
+                  - Hive dwt_ai_asin 备份 + Doris selection.{site}_ai_asin_detail 增量写入
+"""
+import os
+import sys
+
+sys.path.append(os.path.dirname(sys.path[0]))
+
+from pyspark.sql import functions as F
+from pyspark.sql.window import Window
+from pyspark.storagelevel import StorageLevel
+from utils.spark_util import SparkUtil
+from utils.DorisHelper import DorisHelper
+from utils.common_util import CommonUtil
+from utils.hdfs_utils import HdfsUtils
+from utils.db_util import DBUtil
+
+
+class DwtAiAsin(object):
+
+    def __init__(self, site_name="us", date_type="month", date_info="2024-10"):
+        self.site_name = site_name
+        self.date_type = date_type
+        self.date_info = date_info
+        app_name = f"{self.__class__.__name__}:{site_name}:{date_type}:{date_info}"
+        self.spark = SparkUtil.get_spark_session(app_name)
+
+        # 近6个月（含当月）用于 is_ascending_flag
+        self.last_6_month = [CommonUtil.get_month_offset(date_info, -i) for i in range(0, 6)]
+
+        self.df_base_asin      = self.spark.sql("select 1+1")
+        self.df_existing_asin  = self.spark.sql("select 1+1")
+        self.df_ascending_flag = self.spark.sql("select 1+1")
+        self.df_fb_info        = self.spark.sql("select 1+1")
+        self.df_ods_detail     = self.spark.sql("select 1+1")
+        self.df_save           = self.spark.sql("select 1+1")
+
+    def run(self):
+        self.read_data()
+        self.handle_data()
+        self.save_data()
+
+    def read_data(self):
+        # ── 1. 当月流量选品──
+        sql1 = f"""
+            SELECT
+                asin,
+                asin_weight                                     AS weight,
+                asin_bought_month                               AS bought_month,
+                asin_category_desc                              AS category,
+                asin_img_url                                    AS img,
+                asin_title                                      AS title,
+                asin_brand_name                                 AS brand,
+                account_name,
+                asin_buy_box_seller_type                        AS buy_box_seller_type,
+                asin_launch_time                                AS launch_time,
+                asin_img_num                                    AS img_num,
+                CASE WHEN variation_num > 0 THEN 1 ELSE 0 END  AS variation_flag,
+                variation_num,
+                asin_ao_val                                     AS ao_val,
+                category_first_id                               AS category_id,
+                category_id                                     AS category_current_id,
+                parent_asin,
+                first_category_rank                             AS bsr_rank,
+                asin_price                                      AS price,
+                asin_rating                                     AS rating,
+                asin_total_comments                             AS total_comments,
+                asin_launch_time_type                           AS launch_time_type,
+                asin_describe                                   AS describe,
+                asin_bought_mom                                 AS bought_month_mom,
+                asin_bought_yoy                                 AS bought_month_yoy
+            FROM dwt_flow_asin
+            WHERE site_name        = '{self.site_name}'
+              AND date_type        = '{self.date_type}'
+              AND date_info        = '{self.date_info}'
+              AND asin_type        IN (0, 1)
+              AND asin_bought_month >= 50
+        """
+        self.df_base_asin = self.spark.sql(sql1).repartition(40, 'asin')
+
+        # 禁用分类过滤（category_id + category 双重）
+        conn_info = DBUtil.get_connection_info("mysql", "us")
+        sql_cat_id = f"""
+            SELECT DISTINCT category_id FROM category_full_name a
+            WHERE EXISTS (
+                SELECT 1 FROM category_disable_config b
+                WHERE b.id_path IS NOT NULL
+                  AND a.id_path LIKE CONCAT(b.id_path, '%')
+                  AND a.site = b.site
+            ) AND a.site = '{self.site_name}'
+        """
+        df_filter_cat_id = SparkUtil.read_jdbc_query(
+            self.spark, conn_info["url"], conn_info["pwd"], conn_info["username"], sql_cat_id
+        )
+
+        sql_cat_desc = f"""
+            SELECT DISTINCT name_path AS category FROM category_disable_config
+            WHERE site = '{self.site_name}'
+        """
+        df_filter_cat_desc = SparkUtil.read_jdbc_query(
+            self.spark, conn_info["url"], conn_info["pwd"], conn_info["username"], sql_cat_desc
+        )
+
+        self.df_base_asin = self.df_base_asin \
+            .join(df_filter_cat_id,   'category_id', 'left_anti') \
+            .join(df_filter_cat_desc, 'category',    'left_anti') \
+            .repartition(40, 'asin') \
+            .persist(StorageLevel.DISK_ONLY)
+        print(f"当月信息库ASIN：{self.df_base_asin.count()}")
+
+        # ── 2. 存量asin（Doris us_ai_asin_detail），用于 is_new_flag ──
+        sql_exist = f"SELECT asin FROM `selection`.`{self.site_name}_ai_asin_detail`"
+        self.df_existing_asin = DorisHelper.spark_import_with_sql(
+            self.spark, sql_exist
+        ).repartition(40, 'asin').persist(StorageLevel.DISK_ONLY)
+        print(f"Doris 信息库存量ASIN：{self.df_existing_asin.count()}")
+
+        # ── 3. 近6月 asin_bought_mom，用于 is_ascending_flag ──
+        sql_asc = f"""
+            SELECT asin, asin_bought_mom
+            FROM dwt_flow_asin
+            WHERE site_name = '{self.site_name}'
+              AND date_type = '{self.date_type}'
+              AND date_info IN ({CommonUtil.list_to_insql(self.last_6_month)})
+        """
+        self.df_ascending_flag = self.spark.sql(sql_asc).repartition(40, 'asin').persist(StorageLevel.DISK_ONLY)
+
+        # ── 4. 店铺信息 ──
+        sql_fb = f"""
+            SELECT account_name, seller_id, fb_country_name, business_addr AS account_addr
+            FROM dwt_fb_base_report
+            WHERE site_name = '{self.site_name}'
+              AND date_type = '{self.date_type}'
+              AND date_info = '{self.date_info}'
+        """
+        self.df_fb_info = self.spark.sql(sql_fb).dropDuplicates(['account_name']).persist(StorageLevel.DISK_ONLY)
+
+        # ── 5. ODS 评论/产品详情（取 updated_at 最新一条）──
+        sql_ods = f"""
+            SELECT asin, review_json_list, product_json, product_detail_json, updated_at
+            FROM ods_asin_detail
+            WHERE site_name = '{self.site_name}'
+              AND date_type = '{self.date_type}'
+              AND date_info = '{self.date_info}'
+        """
+        window_ods = Window.partitionBy('asin').orderBy(F.col('updated_at').desc_nulls_last())
+        self.df_ods_detail = self.spark.sql(sql_ods) \
+            .withColumn('rn', F.row_number().over(window_ods)) \
+            .filter('rn = 1').drop('rn', 'updated_at') \
+            .repartition(40, 'asin').persist(StorageLevel.DISK_ONLY)
+
+    def handle_data(self):
+        # is_new_flag：不在 Doris 存量中的视为新增
+        self.df_base_asin = self.df_base_asin \
+            .join(self.df_existing_asin.withColumn('_exist', F.lit(0)), 'asin', 'left') \
+            .withColumn('is_new_flag', F.when(F.col('_exist').isNull(), F.lit(1)).otherwise(F.lit(0))) \
+            .drop('_exist')
+
+        # is_ascending_flag：近6月 mom 全部 > 0 且出现6次
+        df_asc = self.df_ascending_flag.groupBy('asin').agg(
+            F.count('asin').alias('month_cnt'),
+            F.sum(F.when(F.col('asin_bought_mom') > 0, 1).otherwise(0)).alias('rising_cnt')
+        ).withColumn(
+            'is_ascending_flag',
+            F.when((F.col('month_cnt') == 6) & (F.col('rising_cnt') == 6), F.lit(1)).otherwise(F.lit(0))
+        ).drop('month_cnt', 'rising_cnt')
+
+        # 汇总关联
+        self.df_save = self.df_base_asin \
+            .join(df_asc,             'asin', 'left') \
+            .join(self.df_fb_info,    'account_name', 'left') \
+            .join(self.df_ods_detail, 'asin', 'left') \
+            .fillna({'is_new_flag': 0, 'is_ascending_flag': 0})
+
+    def save_data(self):
+        # 字段对齐 us_ai_asin_detail
+        self.df_save = self.df_save.select(
+            F.col('asin'),
+            F.col('weight'),
+            F.col('bought_month'),
+            F.col('category'),
+            F.col('img'),
+            F.col('title'),
+            F.col('brand'),
+            F.col('account_name'),
+            F.col('account_addr'),
+            F.col('buy_box_seller_type'),
+            F.col('launch_time'),
+            F.col('img_num'),
+            F.col('variation_flag'),
+            F.col('variation_num'),
+            F.col('ao_val'),
+            F.col('category_id'),
+            F.col('category_current_id'),
+            F.col('parent_asin'),
+            F.col('bsr_rank'),
+            F.col('price'),
+            F.col('rating'),
+            F.col('total_comments'),
+            F.col('seller_id'),
+            F.col('fb_country_name'),
+            F.col('review_json_list'),
+            F.col('launch_time_type'),
+            F.col('describe'),
+            F.col('product_json'),
+            F.col('product_detail_json'),
+            F.col('bought_month_mom'),
+            F.col('bought_month_yoy'),
+            F.col('is_new_flag'),
+            F.col('is_ascending_flag'),
+            F.lit(0).alias('chat_flag'),
+            # 分区字段必须在最后
+            F.lit(self.site_name).alias('site_name'),
+            F.lit(self.date_type).alias('date_type'),
+            F.lit(self.date_info).alias('date_info'),
+        ).repartition(10).persist(StorageLevel.DISK_ONLY)
+        print(f"最终输出ASIN数量：{self.df_save.count()}")
+
+        # ── Hive 写入（备份，含分区字段）──
+        hive_tb   = "dwt_ai_asin"
+        hdfs_path = CommonUtil.build_hdfs_path(hive_tb, partition_dict={
+            "site_name": self.site_name,
+            "date_type": self.date_type,
+            "date_info": self.date_info,
+        })
+        HdfsUtils.delete_file_in_folder(hdfs_path)
+        print(f"写入 Hive {hive_tb}，路径：{hdfs_path}")
+        self.df_save.write.saveAsTable(
+            name=hive_tb, format='hive', mode='append',
+            partitionBy=['site_name', 'date_type', 'date_info']
+        )
+
+        # ── Doris 写入（us_ai_asin_detail 字段，chat_flag=0 增量）──
+        doris_columns = (
+            "asin, site_name, weight, bought_month, category, img, title, brand, "
+            "account_name, account_addr, buy_box_seller_type, launch_time, img_num, "
+            "variation_flag, variation_num, ao_val, category_id, category_current_id, "
+            "parent_asin, bsr_rank, price, rating, total_comments, seller_id, "
+            "fb_country_name, review_json_list, launch_time_type, `describe`, "
+            "product_json, product_detail_json, bought_month_mom, bought_month_yoy, "
+            "is_new_flag, is_ascending_flag, chat_flag"
+        )
+        try:
+            DorisHelper.spark_export_with_columns(
+                df_save=self.df_save.drop('date_type', 'date_info'),
+                db_name='selection',
+                table_name=f'{self.site_name}_ai_asin_detail',
+                table_columns=doris_columns,
+            )
+            print("success!")
+            CommonUtil.send_wx_msg(['chenyuanjie', 'wujicang'], 'ASIN信息库月度数据写入Doris成功',
+                                    f'详情：{self.site_name}_ai_asin_detail {self.site_name} {self.date_type} {self.date_info}')
+        except Exception as e:
+            print("An error occurred while writing to Doris:", str(e))
+            CommonUtil.send_wx_msg(['chenyuanjie'], '⚠ ASIN信息库月度数据写入Doris失败',
+                                    f'详情：{self.site_name}_ai_asin_detail {self.site_name} {self.date_type} {self.date_info}')
+
+
+if __name__ == "__main__":
+    site_name = sys.argv[1]
+    date_type = sys.argv[2]
+    date_info = sys.argv[3]
+    handle_obj = DwtAiAsin(site_name=site_name, date_type=date_type, date_info=date_info)
+    handle_obj.run()

Pyspark_job/doris_handle/dwt_flow_asin_month.py

 """
-author: CT
-description: 同步 Hive dwt_flow_asin 月维度数据到 Doris dwt.{site}_flow_asin_month
-             流程：
-               Step 0) 建 selection 月物化表 selection.{site}_flow_asin_month_{yyyy_mm}[_test]
-               Step 1~3) Spark 读 Hive → 规范化 → 写 Doris dwt.{site}_flow_asin_month
-               Step 4) Doris INSERT OVERWRITE 物化到 selection 月物化表
-               Step 5) 更新 MySQL workflow_everyday 流程记录表（仅 formal 模式）
-             支持 us / uk / de 三站点
-             支持 formal / test 模式：
-               - formal：selection 表名无后缀，更新流程记录表
-               - test  ：selection 表名加 _test 后缀，不更新流程记录表（dwt 主表不变）
+   @Author      : CT
+   @Description : 月流量选品 Doris 落地脚本（月流程），同时关联产出年度流量选品数据
+                  （原 doris_handle/dwt_flow_asin_year.py 的 Doris 编排部分合并进来，
+                  因为月流程本身就需要关联部分年度聚合指标，拆开两个脚本维护反而麻烦）
+                  流程：
+                    [Step 1] Doris 建表 selection.{site}_flow_asin_month_{yyyy_mm}[_test]
+                    [Step 2] 读 Hive dwt_flow_asin 月数据 + 字段规范化（与 dwt.us_flow_asin_30day
+                             DDL 对齐），合并为一步
+                    [Step 3] 写入 Doris dwt 主表 dwt.{site}_flow_asin_month
+                    [Step 4] 写入 Doris dwt 年表 dwt.{site}_flow_asin_365day：强制重写当月数据 +
+                             补齐缺失月份，靠 UNIQUE KEY+MOW+sequence_col(date_info) 自动去重只
+                             保留每个 asin 最新一条快照，并删除近12月窗口之外的过期数据
+                    [Step 5] 同步年度聚合指标 dwt.{site}_flow_asin_365day_extra：从 Hive
+                             dwt_flow_asin_year（由 dwt/dwt_flow_asin_year.py 算好写入）对应
+                             site_name+date_info 分区同步过来，TRUNCATE 后全量重算
+                    [Step 6] Doris INSERT OVERWRITE 到 selection 月物化表
+                             selection.{site}_flow_asin_month_{yyyy_mm}[_test]
+                    [Step 7] Doris INSERT OVERWRITE 到 selection 年表
+                             selection.{site}_flow_asin_365day[_test]
+                    [Step 8] 更新 MySQL workflow_everyday 流程记录表（月/年各写一条，仅 formal 模式）
+                  依赖：dwt/dwt_flow_asin_year.py 必须已经跑完同一个 site_name+date_info，
+                       Step 5 才能同步到有效的年度聚合数据
+                  支持 us / uk / de 三站点
+                  支持 formal / test 模式：
+                    - formal：selection 表名无后缀，更新流程记录表
+                    - test  ：selection 表名加 _test 后缀，不更新流程记录表（dwt 主表不变）
 执行示例:
     spark-submit dwt_flow_asin_month.py us 2026-05            # 默认 formal
     spark-submit dwt_flow_asin_month.py us 2026-05 formal
@@ -25,6 +40,7 @@ from pyspark.sql import functions as F
 
 from utils.spark_util import SparkUtil
 from utils.DorisHelper import DorisHelper
+from utils.common_util import CommonUtil
 from utils.db_util import DBUtil, DbTypes
 
 
@@ -32,12 +48,11 @@ DORIS_DB = "dwt"
 SUPPORTED_SITES = ("us", "uk", "de")
 
 
-def _exec_doris_sql(sql_list, use_type='selection'):
-    """通过 pymysql 走 Doris jdbc_port 执行 DDL / INSERT 等
-    指定 database=selection 让 UDF（如 stem_en）可见"""
+def _doris_connect(use_type='selection'):
+    """统一 pymysql 连接，database='selection' 让 UDF（如 stem_en）与 selection 库可见"""
     import pymysql
     conn_info = DorisHelper.get_connection_info(use_type)
-    conn = pymysql.connect(
+    return pymysql.connect(
         host=conn_info['ip'],
         port=conn_info['jdbc_port'],
         user=conn_info['user'],
@@ -46,6 +61,11 @@ def _exec_doris_sql(sql_list, use_type='selection'):
         charset='utf8mb4',
         autocommit=True,
     )
+
+
+def _exec_doris_sql(sql_list, use_type='selection'):
+    """通过 pymysql 走 Doris jdbc_port 执行 DDL / INSERT 等"""
+    conn = _doris_connect(use_type)
     try:
         cur = conn.cursor()
         for sql in sql_list:
@@ -56,7 +76,24 @@ def _exec_doris_sql(sql_list, use_type='selection'):
         conn.close()
 
 
-def build_create_table_sql(table_name, date_info):
+def _query_doris(sql, use_type='selection'):
+    """执行查询并返回所有行"""
+    conn = _doris_connect(use_type)
+    try:
+        cur = conn.cursor()
+        cur.execute(sql)
+        rows = cur.fetchall()
+        cur.close()
+        return rows
+    finally:
+        conn.close()
+
+
+# ============================================================
+# [Step 1] selection 月物化表建表
+# ============================================================
+
+def build_month_create_table_sql(table_name, date_info):
     """构建 selection.{table_name} 建表语句（与 DDL 一致）；
     table_name 由外层拼接：{site}_flow_asin_month_{yyyy_mm}[_test]"""
     return f"""
@@ -198,6 +235,22 @@ CREATE TABLE IF NOT EXISTS `selection`.`{table_name}`
     `title_matching_degree`       DECIMAL(20,4)    NULL,
     `brand_badge_reason`          STRING           NULL,
     `title_stem_15`               STRING           NULL     COMMENT '标题词干前15个词(按空格分词截取)',
+    `ai_package_quantity`         STRING           NULL     COMMENT 'AI分析-包装数量描述',
+    `ai_package_quantity_arr`     ARRAY<INT>       NULL     COMMENT 'AI分析-包装数量数组',
+    `ai_material`                 STRING           NULL     COMMENT 'AI分析-材质',
+    `ai_color`                    STRING           NULL     COMMENT 'AI分析-颜色',
+    `ai_appearance`               STRING           NULL     COMMENT 'AI分析-外观',
+    `ai_size`                     STRING           NULL     COMMENT 'AI分析-尺寸',
+    `ai_shape`                    STRING           NULL     COMMENT 'AI分析-形状',
+    `ai_function`                 STRING           NULL     COMMENT 'AI分析-功能',
+    `ai_scene_title`              STRING           NULL     COMMENT 'AI分析-使用场景(标题)',
+    `ai_scene_comment`            STRING           NULL     COMMENT 'AI分析-使用场景(评论)',
+    `ai_uses`                     STRING           NULL     COMMENT 'AI分析-用途',
+    `ai_theme`                    STRING           NULL     COMMENT 'AI分析-主题',
+    `ai_crowd`                    STRING           NULL     COMMENT 'AI分析-目标人群',
+    `ai_short_desc`               STRING           NULL     COMMENT 'AI分析-简短描述',
+    `seller_province`             STRING           NULL     COMMENT '卖家所在省份(dim_seller_address关联,仅国内卖家有值)',
+    `seller_city`                 STRING           NULL     COMMENT '卖家所在城市(dim_seller_address关联,仅国内卖家有值)',
     INDEX idx_title      (`title`)      USING INVERTED PROPERTIES("parser" = "english") COMMENT '标题倒排索引',
     INDEX idx_title_stem (`title_stem`) USING INVERTED PROPERTIES("parser" = "english") COMMENT '标题词干倒排索引',
     INDEX idx_title_stem_15 (`title_stem_15`) USING INVERTED PROPERTIES("parser" = "english") COMMENT '标题词干前15个词倒排索引',
@@ -214,239 +267,13 @@ PROPERTIES (
 """
 
 
-def build_insert_overwrite_sql(site_name, table_name, date_info):
-    """构建 INSERT OVERWRITE 到 selection.{table_name} 的 SQL；
-    table_name 由外层拼接：{site}_flow_asin_month_{yyyy_mm}[_test]"""
-    return f"""
-INSERT OVERWRITE TABLE `selection`.`{table_name}`
-SELECT
-    f.asin,
-    f.parent_asin,
-    f.collapse_asin,
-    f.asin_crawl_date,
-    f.title,
-    stem_en(f.title) AS title_stem,
-    f.title_len,
-    f.brand,
-    f.asin_describe,
-    f.describe_len,
-    f.product_features,
-    f.together_asin,
-    f.price,
-    f.fbm_price,
-    f.rating,
-    f.total_comments,
-    f.one_star, f.two_star, f.three_star, f.four_star, f.five_star, f.low_star,
-    f.bsr_orders,
-    f.bsr_orders_sale,
-    f.asin_bought_month,
-    f.ao_val,
-    f.zr_counts,
-    f.sp_counts, f.sb_counts, f.vi_counts, f.bs_counts,
-    f.ac_counts, f.tr_counts, f.er_counts,
-    f.zr_flow_proportion,
-    f.matrix_flow_proportion,
-    f.matrix_ao_val,
-    f.one_two_val, f.three_four_val, f.five_six_val, f.eight_val,
-    f.category_first_id,
-    f.category_id,
-    f.first_category_rank,
-    f.current_category_rank,
-    f.weight,
-    f.volume,
-    f.asin_weight_ratio,
-    f.color, f.size, f.style, f.material,
-    COALESCE(uma.package_quantity, f.package_quantity) AS package_quantity,
-    f.is_package_quantity_abnormal,
-    f.variation_num,
-    f.page_inventory,
-    f.activity_type,
-    COALESCE(f.launch_time, kp.keepa_launch_time) AS launch_time,
-    CASE
-        WHEN COALESCE(f.launch_time, kp.keepa_launch_time) IS NULL THEN 0
-        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 30   THEN 1
-        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 90   THEN 2
-        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 180  THEN 3
-        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 360  THEN 4
-        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 720  THEN 5
-        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 1080 THEN 6
-        ELSE 7
-    END AS launch_time_type,
-    f.img_url,
-    f.img_num,
-    f.img_type AS img_type_arr,
-    f.img_info,
-    f.account_id,
-    f.account_name,
-    f.buy_box_seller_type,
-    f.site_name,
-    f.follow_sellers_count,
-    f.asin_lob_info,
-    f.is_contains_lob_info,
-    f.asin_lqs_rating,
-    f.asin_lqs_rating_detail,
-    f.amazon_label,
-    f.is_movie_label,
-    f.is_brand_label,
-    f.multi_color_flag,
-    f.multi_color_str,
-    f.rank_type, f.ao_val_type, f.price_type, f.rating_type,
-    f.size_type, f.weight_type, f.site_name_type, f.quantity_variation_type,
-    f.rank_rise,        f.rank_mom         AS rank_change,         f.rank_yoy,
-    f.ao_rise,          f.ao_mom           AS ao_change,           f.ao_yoy,
-    f.price_rise,       f.price_mom        AS price_change,        f.price_yoy,
-    f.rating_rise,      f.rating_mom       AS rating_change,       f.rating_yoy,
-    f.comments_rise,    f.comments_mom     AS comments_change,     f.comments_yoy,
-    f.bsr_orders_rise,  f.bsr_orders_mom   AS bsr_orders_change,   f.bsr_orders_yoy,
-    f.sales_rise,       f.sales_mom        AS sales_change,        f.sales_yoy,
-    f.variation_rise,   f.variation_mom    AS variation_change,    f.variation_yoy,
-    f.bought_month_mom, f.bought_month_yoy,
-    pr.ocean_profit, pr.air_profit,
-    FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60) AS tracking_since,
-    CASE
-        WHEN kp.tracking_since IS NULL OR kp.tracking_since <= 0 THEN 0
-        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 30   THEN 1
-        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 90   THEN 2
-        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 180  THEN 3
-        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 360  THEN 4
-        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 720  THEN 5
-        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 1080 THEN 6
-        ELSE 7
-    END AS tracking_since_type,
-    kp.package_length,
-    kp.package_width,
-    kp.package_height,
-    CASE WHEN kp.item_weight > 0 THEN kp.item_weight ELSE kp.package_weight END AS item_weight,
-    CASE WHEN ba.brand_name_norm IS NOT NULL THEN 1 ELSE 0 END AS is_alarm_brand,
-    CAST(-1 AS SMALLINT) AS bsr_best_orders_type,
-    COALESCE(cf.asin_cate_flag, ARRAY(0))                    AS asin_source_flag,
-    COALESCE(cf.bsr_latest_date, CAST('1970-01-01' AS DATE)) AS bsr_last_seen_at,
-    COALESCE(cf.bsr_30day_count, 0)                          AS bsr_seen_count_30d,
-    COALESCE(cf.nsr_latest_date, CAST('1970-01-01' AS DATE)) AS nsr_last_seen_at,
-    COALESCE(cf.nsr_30day_count, 0)                          AS nsr_seen_count_30d,
-    CAST(
-        CASE
-            WHEN sa.asin IS NOT NULL OR ab.brand_lower IS NOT NULL THEN 1
-            WHEN (
-                (COALESCE(chf.is_need_cat, 0) = 1 AND COALESCE(chd.is_need_cat, 0) = 1)
-                OR f.asin NOT LIKE 'B0%'
-            ) THEN 2
-            WHEN (COALESCE(chf.is_hide_cat, 0) = 1 OR COALESCE(chc.is_hide_cat, 0) = 1)
-                 AND NOT (COALESCE(chf.is_white_cat, 0) = 1 OR COALESCE(chc.is_white_cat, 0) = 1) THEN 3
-            ELSE 0
-        END
-    AS SMALLINT) AS asin_type,
-    uma.usr_mask_progress,
-    COALESCE(uma.usr_mask_type, umc.usr_mask_type) AS usr_mask_type,
-    COALESCE(aa.auctions_num,       0) AS auctions_num,
-    COALESCE(aa.auctions_num_all,   0) AS auctions_num_all,
-    COALESCE(aa.skus_num_creat,     0) AS skus_num_creat,
-    COALESCE(aa.skus_num_creat_all, 0) AS skus_num_creat_all,
-    f.title_matching_degree,
-    bb.brand_badge_reason,
-    ARRAY_JOIN(ARRAY_SLICE(SPLIT_BY_STRING(stem_en(f.title), ' '), 1, 15), ' ') AS title_stem_15
-FROM `dwt`.`{site_name}_flow_asin_month` f
-LEFT JOIN `dwd`.`dwd_asin_profit_rate_latest` pr
-    ON f.asin = pr.asin AND f.price = pr.price AND pr.site_name = '{site_name}'
-LEFT JOIN `dwd`.`dwd_keepa_asin_detail` kp
-    ON f.asin = kp.asin AND kp.site_name = '{site_name}'
-LEFT JOIN (
-    SELECT DISTINCT LOWER(TRIM(brand_name)) AS brand_name_norm
-    FROM `selection`.`brand_alert_erp`
-    WHERE brand_name IS NOT NULL
-) ba ON f.brand = ba.brand_name_norm
-LEFT JOIN (
-    SELECT asin FROM `mysql_selection`.`selection`.`us_self_asin` GROUP BY asin
-) sa ON f.asin = sa.asin
-LEFT JOIN (
-    SELECT DISTINCT LOWER(TRIM(brand_name)) AS brand_lower
-    FROM `mysql_selection`.`selection`.`amazon_brand` WHERE brand_type = '1'
-) ab ON LOWER(f.brand) = ab.brand_lower
-LEFT JOIN (
-    SELECT category_id_base,
-        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
-        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
-        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
-    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
-) chf ON f.category_first_id = chf.category_id_base
-LEFT JOIN (
-    SELECT category_id_base,
-        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
-        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
-        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
-    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
-) chc ON f.category_id = chc.category_id_base
-LEFT JOIN (
-    SELECT category_id_base,
-        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
-        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
-        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
-    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
-) chd ON f.desc_category_first_id = chd.category_id_base
-LEFT JOIN `selection`.`user_mask_asin` uma ON f.asin = uma.asin
-LEFT JOIN `selection`.`user_mask_category` umc ON f.category_id = umc.category_id
-LEFT JOIN (
-    SELECT asin, asin_cate_flag, bsr_latest_date, bsr_30day_count, nsr_latest_date, nsr_30day_count
-    FROM `dwd`.`dwd_asin_source_flag`
-    WHERE site_name = '{site_name}' AND date_type = 'month' AND date_info = '{date_info}'
-) cf ON f.asin = cf.asin
-LEFT JOIN `dwd`.`dwd_asin_auction` aa ON f.asin = aa.asin
-LEFT JOIN `dwd`.`dwd_st_brand_badge` bb
-    ON f.brand = bb.brand AND bb.site_name = '{site_name}' AND bb.date_info = '{date_info}'
-WHERE f.date_info = '{date_info}'
-"""
-
-
-def modify_mission_record_status(site_name, date_info, result_type):
-    """流程记录表更新：仅 month + formal 模式才入库 mysql workflow_everyday
-    参考 export_es/es_flow_asin.py modify_mission_record_status"""
-    if result_type != 'formal':
-        print(f"[Step 5] result_type={result_type}，跳过流程记录表更新")
-        return
-    record_table            = 'workflow_everyday'
-    record_table_name_field = f'{site_name}_flow_asin_last_month'
-    record_type             = 'month'
-    cur_date                = date_info
-    engine_mysql            = DBUtil.get_db_engine(db_type=DbTypes.mysql.name, site_name='us')
-    select_sql = (
-        f"select id from {record_table} where site_name='{site_name}' and date_type='month' "
-        f"and report_date='{cur_date}' and page='流量选品' and status_val=14 and is_end='是'"
-    )
-    df_is_finished = pd.read_sql(select_sql, engine_mysql)
-    if df_is_finished.empty:
-        replace_sql = f"""
-            replace into {record_table} (site_name, report_date, status, status_val, table_name, date_type, page, is_end, remark, export_db_type)
-            VALUES ('{site_name}', '{cur_date}', '流量选品计算完毕', 14, '{record_table_name_field}', '{record_type}', '流量选品', '是', '流量选品计算完毕', 'doris')
-        """
-        DBUtil.exec_sql('mysql', 'us', replace_sql)
-        print(f"[Step 5] 流程记录表 workflow_everyday 已写入：{site_name} {cur_date}")
-    else:
-        print(f"[Step 5] 流程记录表已存在该记录，跳过")
-
-
-def main(site_name, date_info, result_type='formal'):
-    assert site_name in SUPPORTED_SITES, f"不支持的站点：{site_name}，仅支持 us/uk/de"
-    assert result_type in ('formal', 'test'), f"不支持的 result_type：{result_type}，仅支持 formal/test"
-
-    doris_table          = f"{site_name}_flow_asin_month"   # dwt 主表，不区分 test/formal
-    date_info_underscore = date_info.replace('-', '_')
-    # selection 月物化表：test 模式加 _test 后缀
-    env_suffix      = '_test' if result_type == 'test' else ''
-    selection_table = f"{site_name}_flow_asin_month_{date_info_underscore}{env_suffix}"
-
-    print(f"启动：site={site_name}, date_info={date_info}, result_type={result_type}")
-    print(f"  dwt 主表：dwt.{doris_table}（不区分 test/formal）")
-    print(f"  selection 物化表：selection.{selection_table}")
-
-    spark = SparkUtil.get_spark_session(
-        f"DwtFlowAsinMonth: {site_name} {date_info} {result_type}"
-    )
-
-    # ===== Step 0:Doris 端建 selection 月物化表(IF NOT EXISTS) =====
-    print(f"[Step 0] Doris 建表 selection.{selection_table}")
-    _exec_doris_sql([build_create_table_sql(selection_table, date_info)])
+# ============================================================
+# [Step 2] 读 Hive dwt_flow_asin 月数据 + 字段规范化
+# ============================================================
 
-    # ===== Step 1：读 Hive dwt_flow_asin 月数据 =====
+def read_and_normalize_month_data(spark, site_name, date_info):
+    """读 Hive dwt_flow_asin 月数据，规范化字段（与 dwt.us_flow_asin_30day DDL 对齐）
+    返回 cache 好的 df_save，调用方用完需自行 unpersist（见 write_dwt_month_table）"""
     sql = f"""
         SELECT
             asin,
@@ -511,7 +338,6 @@ def main(site_name, date_info, result_type='formal'):
     print(f"sql=\n{sql}")
     df_raw = spark.sql(sqlQuery=sql).repartition(40, 'asin')
 
-    # ===== Step 2：字段规范化（与 dwt.us_flow_asin_30day DDL 对齐）=====
     def _norm_dt(col_name):
         """text → DATETIME 容错：先 yyyy-MM-dd HH:mm:ss，失败退到 yyyy-MM-dd"""
         c = F.col(col_name)
@@ -647,8 +473,15 @@ def main(site_name, date_info, result_type='formal'):
     count = df_save.count()
     print(f"写入数据量：{count:,}")
     df_save.show(5, truncate=False)
+    return df_save
+
 
-    # ===== Step 3：写入 Doris dwt 主表 =====
+# ============================================================
+# [Step 3] 写入 Doris dwt 主表
+# ============================================================
+
+def write_dwt_month_table(df_save, doris_table):
+    """写入 Doris dwt 主表 dwt.{site}_flow_asin_month，写完 unpersist 传入的 df_save"""
     table_columns = (
         "date_info, asin, ao_val, zr_counts, sp_counts, sb_counts, vi_counts, bs_counts, ac_counts, tr_counts, er_counts, "
         "bsr_orders, bsr_orders_sale, title, title_len, price, rating, total_comments, buy_box_seller_type, page_inventory, "
@@ -677,11 +510,1082 @@ def main(site_name, date_info, result_type='formal'):
     )
     df_save.unpersist()
 
-    # ===== Step 4：Doris 端 INSERT OVERWRITE 到 selection 月物化表 =====
-    print(f"[Step 4] Doris INSERT OVERWRITE selection.{selection_table}")
-    _exec_doris_sql([build_insert_overwrite_sql(site_name, selection_table, date_info)])
 
-    # ===== Step 5：流程记录表更新（仅 formal 模式）=====
+# ============================================================
+# [Step 4] 维护 dwt.{site}_flow_asin_365day（近12个月ASIN最新快照）
+# ============================================================
+
+def build_stg_create_table_sql(site_name):
+    """构建基础详情快照中间表 dwt.{site}_flow_asin_365day 建表语句（与 doris_ddl.sql 一致）"""
+    return f"""
+CREATE TABLE IF NOT EXISTS `dwt`.`{site_name}_flow_asin_365day`
+(
+    `asin`                        VARCHAR(20)      NOT NULL,
+    `date_info`                   DATE             NOT NULL,
+    `ao_val`                      DECIMAL(20,4),
+    `zr_counts`                   INT,
+    `sp_counts`                   INT,
+    `sb_counts`                   INT,
+    `vi_counts`                   INT,
+    `bs_counts`                   INT,
+    `ac_counts`                   INT,
+    `tr_counts`                   INT,
+    `er_counts`                   INT,
+    `bsr_orders`                  INT,
+    `bsr_orders_sale`             DECIMAL(20,2),
+    `title`                       STRING,
+    `title_len`                   INT,
+    `price`                       DECIMAL(20,2),
+    `rating`                      DECIMAL(10,1),
+    `total_comments`              INT,
+    `buy_box_seller_type`         TINYINT,
+    `page_inventory`              INT,
+    `volume`                      STRING,
+    `weight`                      DECIMAL(20,4),
+    `color`                       STRING,
+    `size`                        STRING,
+    `style`                       STRING,
+    `material`                    STRING,
+    `launch_time`                 DATETIME,
+    `img_num`                     INT,
+    `parent_asin`                 STRING,
+    `img_type`                    ARRAY<INT>,
+    `img_url`                     STRING,
+    `activity_type`               STRING,
+    `one_two_val`                 DECIMAL(20,4)    DEFAULT "0.0000",
+    `three_four_val`              DECIMAL(20,4)    DEFAULT "0.0000",
+    `five_six_val`                DECIMAL(20,4)    DEFAULT "0.0000",
+    `eight_val`                   DECIMAL(20,4)    DEFAULT "0.0000",
+    `brand`                       STRING,
+    `variation_num`               INT,
+    `one_star`                    INT,
+    `two_star`                    INT,
+    `three_star`                  INT,
+    `four_star`                   INT,
+    `five_star`                   INT,
+    `low_star`                    INT,
+    `together_asin`               STRING,
+    `account_name`                STRING,
+    `account_id`                  STRING,
+    `rank_rise`                   INT,
+    `rank_mom`                    DECIMAL(20,4),
+    `rank_yoy`                    DECIMAL(20,4),
+    `ao_rise`                     DECIMAL(20,4),
+    `ao_mom`                      DECIMAL(20,4),
+    `ao_yoy`                      DECIMAL(20,4),
+    `price_rise`                  DECIMAL(20,2),
+    `price_mom`                   DECIMAL(20,4),
+    `price_yoy`                   DECIMAL(20,4),
+    `rating_rise`                 DECIMAL(20,1),
+    `rating_mom`                  DECIMAL(20,4),
+    `rating_yoy`                  DECIMAL(20,4),
+    `comments_rise`               INT,
+    `comments_mom`                DECIMAL(20,4),
+    `comments_yoy`                DECIMAL(20,4),
+    `bsr_orders_rise`             INT,
+    `bsr_orders_mom`              DECIMAL(20,4),
+    `bsr_orders_yoy`              DECIMAL(20,4),
+    `sales_rise`                  DECIMAL(20,2),
+    `sales_mom`                   DECIMAL(20,4),
+    `sales_yoy`                   DECIMAL(20,4),
+    `variation_rise`              INT,
+    `variation_mom`               DECIMAL(20,4),
+    `variation_yoy`               DECIMAL(20,4),
+    `bought_month_mom`            DECIMAL(20,4),
+    `bought_month_yoy`            DECIMAL(20,4),
+    `size_type`                   TINYINT,
+    `rating_type`                 TINYINT,
+    `site_name_type`              TINYINT,
+    `weight_type`                 TINYINT,
+    `ao_val_type`                 TINYINT,
+    `rank_type`                   TINYINT,
+    `price_type`                  TINYINT,
+    `quantity_variation_type`     TINYINT          DEFAULT "0",
+    `package_quantity`            INT              DEFAULT "1",
+    `is_movie_label`              TINYINT          DEFAULT "0",
+    `is_brand_label`              TINYINT          DEFAULT "0",
+    `asin_crawl_date`             DATETIME,
+    `category_first_id`           STRING,
+    `category_id`                 STRING,
+    `desc_category_first_id`      STRING,
+    `first_category_rank`         INT,
+    `current_category_rank`       INT,
+    `asin_weight_ratio`           DECIMAL(20,4),
+    `site_name`                   STRING,
+    `asin_bought_month`           INT,
+    `asin_lqs_rating`             DECIMAL(20,1),
+    `asin_lqs_rating_detail`      STRING,
+    `asin_lob_info`               STRING,
+    `is_contains_lob_info`        TINYINT,
+    `is_package_quantity_abnormal` TINYINT,
+    `zr_flow_proportion`          DECIMAL(20,4),
+    `matrix_flow_proportion`      DECIMAL(20,4),
+    `matrix_ao_val`               DECIMAL(20,4),
+    `product_features`            STRING,
+    `img_info`                    STRING,
+    `collapse_asin`               STRING,
+    `follow_sellers_count`        INT              DEFAULT "-1",
+    `asin_describe`               STRING,
+    `fbm_price`                   DECIMAL(20,2),
+    `describe_len`                INT              DEFAULT "0",
+    `title_matching_degree`       DECIMAL(20,4),
+    `multi_color_flag`            TINYINT          DEFAULT "0",
+    `multi_color_str`             STRING,
+    `amazon_label`                STRING
+)
+ENGINE=OLAP
+UNIQUE KEY(`asin`)
+DISTRIBUTED BY HASH(`asin`) BUCKETS 32
+PROPERTIES (
+    "replication_num" = "3",
+    "enable_unique_key_merge_on_write" = "true",
+    "function_column.sequence_col" = "date_info"
+)
+"""
+
+
+# 中间表字段列表（不含 date_info，因为 INSERT INTO 时按 SELECT * FROM dwt.month 顺序写入，date_info 在 SELECT 列表末尾）
+STG_INSERT_COLUMNS = """
+    asin, date_info, ao_val, zr_counts, sp_counts, sb_counts, vi_counts,
+    bs_counts, ac_counts, tr_counts, er_counts, bsr_orders, bsr_orders_sale,
+    title, title_len, price, rating, total_comments, buy_box_seller_type,
+    page_inventory, volume, weight, color, size, style, material, launch_time,
+    img_num, parent_asin, img_type, img_url, activity_type,
+    one_two_val, three_four_val, five_six_val, eight_val, brand, variation_num,
+    one_star, two_star, three_star, four_star, five_star, low_star,
+    together_asin, account_name, account_id,
+    rank_rise, rank_mom, rank_yoy, ao_rise, ao_mom, ao_yoy,
+    price_rise, price_mom, price_yoy, rating_rise, rating_mom, rating_yoy,
+    comments_rise, comments_mom, comments_yoy,
+    bsr_orders_rise, bsr_orders_mom, bsr_orders_yoy,
+    sales_rise, sales_mom, sales_yoy,
+    variation_rise, variation_mom, variation_yoy,
+    bought_month_mom, bought_month_yoy,
+    size_type, rating_type, site_name_type, weight_type, ao_val_type, rank_type, price_type,
+    quantity_variation_type, package_quantity, is_movie_label, is_brand_label,
+    asin_crawl_date, category_first_id, category_id, desc_category_first_id,
+    first_category_rank, current_category_rank, asin_weight_ratio, site_name,
+    asin_bought_month, asin_lqs_rating, asin_lqs_rating_detail,
+    asin_lob_info, is_contains_lob_info, is_package_quantity_abnormal,
+    zr_flow_proportion, matrix_flow_proportion, matrix_ao_val,
+    product_features, img_info, collapse_asin, follow_sellers_count,
+    asin_describe, fbm_price, describe_len, title_matching_degree,
+    multi_color_flag, multi_color_str, amazon_label
+""".strip()
+
+
+def maintain_stg_table(site_name, months, date_info):
+    """维护基础详情快照中间表 dwt.{site}_flow_asin_365day:
+       1) 强制重写入参 date_info 当月数据
+       2) 探测缺失月份，逐月 INSERT INTO 补齐
+       3) 清理 < 近12月窗口起点的过期数据
+       :param months: 近12个月列表，需按 yyyy-MM 升序排列
+    """
+    stg_table = f"{site_name}_flow_asin_365day"
+
+    # 注意：中间表 date_info 为 DATE 类型(月首日,如 '2026-05-01'),
+    # 而 dwt 月表 date_info 为 VARCHAR(yyyy-MM,如 '2026-05')。
+    # 写入时需用 CAST(CONCAT(date_info, '-01') AS DATE) 把月表的 VARCHAR 转为 DATE。
+    stg_select_columns = STG_INSERT_COLUMNS.replace(
+        'date_info',
+        "CAST(CONCAT(date_info, '-01') AS DATE)",
+        1   # 只替换 SELECT 列表中第一次出现的 date_info(列名本身)
+    )
+
+    def _build_insert_sql(month_yyyymm):
+        return f"""
+            INSERT INTO `dwt`.`{stg_table}` ({STG_INSERT_COLUMNS})
+            SELECT {stg_select_columns}
+            FROM `dwt`.`{site_name}_flow_asin_month`
+            WHERE date_info = '{month_yyyymm}'
+        """
+
+    print(f"[维护365day] 强制重写入参当月 {date_info} 数据到 dwt.{stg_table}")
+    _exec_doris_sql([_build_insert_sql(date_info)])
+
+    existing_rows = _query_doris(
+        f"SELECT DISTINCT DATE_FORMAT(date_info, '%Y-%m') FROM `dwt`.`{stg_table}`"
+    )
+    existing_months = {row[0] for row in existing_rows}
+    print(f"[维护365day] 中间表已有月份: {sorted(existing_months)}")
+
+    missing_months = [m for m in months if m not in existing_months]
+    if missing_months:
+        print(f"[维护365day] 待补齐月份: {missing_months}")
+        for m in missing_months:
+            print(f"              → INSERT INTO dwt.{stg_table} WHERE date_info='{m}'")
+            _exec_doris_sql([_build_insert_sql(m)])
+    else:
+        print(f"[维护365day] 近12月数据已齐全，无需补齐")
+
+    min_keep_month = months[0]
+    min_keep_date = f"{min_keep_month}-01"
+    expired_months = [m for m in existing_months if m < min_keep_month]
+    if expired_months:
+        print(f"[维护365day] 清理过期数据(date_info < {min_keep_date}): {sorted(expired_months)}")
+        _exec_doris_sql([f"DELETE FROM `dwt`.`{stg_table}` WHERE date_info < '{min_keep_date}'"])
+    else:
+        print(f"[维护365day] 无过期数据需要清理")
+
+
+# ============================================================
+# [Step 5] 同步 Hive dwt_flow_asin_year → Doris dwt.{site}_flow_asin_365day_extra
+# ============================================================
+
+EXTRA_COLUMNS = (
+    "asin, bought_month_total, "
+    "bought_month_1, bought_month_2, bought_month_3, bought_month_4, "
+    "bought_month_5, bought_month_6, bought_month_7, bought_month_8, "
+    "bought_month_9, bought_month_10, bought_month_11, bought_month_12, "
+    "bought_month_q1, bought_month_q2, bought_month_q3, bought_month_q4, "
+    "total_appear_month, bought_month_peak, peak_month_arr, "
+    "is_periodic_flag, is_seasonal_flag, bsr_seen_count_total, nsr_seen_count_total"
+)
+
+
+def build_extra_create_table_sql(table_name):
+    """构建年度聚合中间表 dwt.{site}_flow_asin_365day_extra 建表语句（每次运行 TRUNCATE 后全量重算，无需 sequence_col）"""
+    return f"""
+CREATE TABLE IF NOT EXISTS `dwt`.`{table_name}`
+(
+    `asin`                  VARCHAR(20)  NOT NULL,
+    `bought_month_total`    INT,
+    `bought_month_1`        INT,
+    `bought_month_2`        INT,
+    `bought_month_3`        INT,
+    `bought_month_4`        INT,
+    `bought_month_5`        INT,
+    `bought_month_6`        INT,
+    `bought_month_7`        INT,
+    `bought_month_8`        INT,
+    `bought_month_9`        INT,
+    `bought_month_10`       INT,
+    `bought_month_11`       INT,
+    `bought_month_12`       INT,
+    `bought_month_q1`       INT,
+    `bought_month_q2`       INT,
+    `bought_month_q3`       INT,
+    `bought_month_q4`       INT,
+    `total_appear_month`    ARRAY<INT>,
+    `bought_month_peak`     INT,
+    `peak_month_arr`        ARRAY<INT>,
+    `is_periodic_flag`      INT,
+    `is_seasonal_flag`      INT,
+    `bsr_seen_count_total`  INT,
+    `nsr_seen_count_total`  INT
+) ENGINE=OLAP
+UNIQUE KEY(`asin`)
+COMMENT '流量选品年度聚合指标'
+DISTRIBUTED BY HASH(`asin`) BUCKETS 32
+PROPERTIES (
+    "replication_num" = "3",
+    "enable_unique_key_merge_on_write" = "true"
+)
+"""
+
+
+def sync_extra_table(spark, site_name, date_info):
+    """从 Hive dwt_flow_asin_year 对应 site_name+date_info 分区读取年度聚合指标，
+    同步到 Doris dwt.{site}_flow_asin_365day_extra（TRUNCATE 后全量重算）
+    依赖：dwt/dwt_flow_asin_year.py 必须已经算好并写入该分区"""
+    extra_tb = f"{site_name}_flow_asin_365day_extra"
+
+    # total_appear_month / peak_month_arr 在 Hive 那边存的是逗号拼接的 STRING
+    # （dwt/dwt_flow_asin_year.py 里的说明），这里读出来转回 ARRAY<INT> 给 Doris 用
+    sql = f"""
+        SELECT
+            asin, bought_month_total,
+            bought_month_1, bought_month_2, bought_month_3, bought_month_4,
+            bought_month_5, bought_month_6, bought_month_7, bought_month_8,
+            bought_month_9, bought_month_10, bought_month_11, bought_month_12,
+            bought_month_q1, bought_month_q2, bought_month_q3, bought_month_q4,
+            CAST(SPLIT(total_appear_month, ',') AS ARRAY<INT>) AS total_appear_month,
+            bought_month_peak,
+            CAST(SPLIT(peak_month_arr, ',') AS ARRAY<INT>) AS peak_month_arr,
+            is_periodic_flag, is_seasonal_flag, bsr_seen_count_total, nsr_seen_count_total
+        FROM dwt_flow_asin_year
+        WHERE site_name = '{site_name}' AND date_info = '{date_info}'
+    """
+    df_extra = spark.sql(sqlQuery=sql).repartition(20, 'asin').cache()
+    row_count = df_extra.count()
+    print(f"[同步365day_extra] 读取 Hive dwt_flow_asin_year[site_name={site_name}, date_info={date_info}]："
+          f"{row_count} 条")
+    if row_count == 0:
+        # 读到0条大概率是 dwt/dwt_flow_asin_year.py 还没跑这个 site_name+date_info，
+        # 先报错，不要往下 TRUNCATE，避免把上个月还有效的数据清空
+        raise ValueError(
+            f"Hive dwt_flow_asin_year[site_name={site_name}, date_info={date_info}] 读到0条，"
+            f"请确认 dwt/dwt_flow_asin_year.py 是否已经跑完这个 site_name+date_info"
+        )
+
+    _exec_doris_sql([build_extra_create_table_sql(extra_tb)])
+    _exec_doris_sql([f"TRUNCATE TABLE `dwt`.`{extra_tb}`"])
+
+    DorisHelper.spark_export_with_columns(
+        df_save=df_extra,
+        db_name='dwt',
+        table_name=extra_tb,
+        table_columns=EXTRA_COLUMNS,
+    )
+    print(f"[同步365day_extra] 年度聚合指标同步至 dwt.{extra_tb} 完成")
+
+
+# ============================================================
+# [Step 6] selection 月表 INSERT OVERWRITE
+# ============================================================
+
+def build_month_insert_overwrite_sql(site_name, table_name, date_info):
+    """构建 INSERT OVERWRITE 到 selection.{table_name} 的 SQL；
+    table_name 由外层拼接：{site}_flow_asin_month_{yyyy_mm}[_test]"""
+    return f"""
+INSERT OVERWRITE TABLE `selection`.`{table_name}`
+SELECT
+    f.asin,
+    f.parent_asin,
+    f.collapse_asin,
+    f.asin_crawl_date,
+    f.title,
+    stem_en(f.title) AS title_stem,
+    f.title_len,
+    f.brand,
+    f.asin_describe,
+    f.describe_len,
+    f.product_features,
+    f.together_asin,
+    f.price,
+    f.fbm_price,
+    f.rating,
+    f.total_comments,
+    f.one_star, f.two_star, f.three_star, f.four_star, f.five_star, f.low_star,
+    f.bsr_orders,
+    f.bsr_orders_sale,
+    f.asin_bought_month,
+    f.ao_val,
+    f.zr_counts,
+    f.sp_counts, f.sb_counts, f.vi_counts, f.bs_counts,
+    f.ac_counts, f.tr_counts, f.er_counts,
+    f.zr_flow_proportion,
+    f.matrix_flow_proportion,
+    f.matrix_ao_val,
+    f.one_two_val, f.three_four_val, f.five_six_val, f.eight_val,
+    f.category_first_id,
+    f.category_id,
+    f.first_category_rank,
+    f.current_category_rank,
+    f.weight,
+    f.volume,
+    f.asin_weight_ratio,
+    f.color, f.size, f.style, f.material,
+    COALESCE(uma.package_quantity, f.package_quantity) AS package_quantity,
+    f.is_package_quantity_abnormal,
+    f.variation_num,
+    f.page_inventory,
+    f.activity_type,
+    COALESCE(f.launch_time, kp.keepa_launch_time) AS launch_time,
+    CASE
+        WHEN COALESCE(f.launch_time, kp.keepa_launch_time) IS NULL THEN 0
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 30   THEN 1
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 90   THEN 2
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 180  THEN 3
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 360  THEN 4
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 720  THEN 5
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 1080 THEN 6
+        ELSE 7
+    END AS launch_time_type,
+    f.img_url,
+    f.img_num,
+    f.img_type AS img_type_arr,
+    f.img_info,
+    f.account_id,
+    f.account_name,
+    f.buy_box_seller_type,
+    f.site_name,
+    f.follow_sellers_count,
+    f.asin_lob_info,
+    f.is_contains_lob_info,
+    f.asin_lqs_rating,
+    f.asin_lqs_rating_detail,
+    f.amazon_label,
+    f.is_movie_label,
+    f.is_brand_label,
+    f.multi_color_flag,
+    f.multi_color_str,
+    f.rank_type, f.ao_val_type, f.price_type, f.rating_type,
+    f.size_type, f.weight_type, f.site_name_type, f.quantity_variation_type,
+    f.rank_rise,        f.rank_mom         AS rank_change,         f.rank_yoy,
+    f.ao_rise,          f.ao_mom           AS ao_change,           f.ao_yoy,
+    f.price_rise,       f.price_mom        AS price_change,        f.price_yoy,
+    f.rating_rise,      f.rating_mom       AS rating_change,       f.rating_yoy,
+    f.comments_rise,    f.comments_mom     AS comments_change,     f.comments_yoy,
+    f.bsr_orders_rise,  f.bsr_orders_mom   AS bsr_orders_change,   f.bsr_orders_yoy,
+    f.sales_rise,       f.sales_mom        AS sales_change,        f.sales_yoy,
+    f.variation_rise,   f.variation_mom    AS variation_change,    f.variation_yoy,
+    f.bought_month_mom, f.bought_month_yoy,
+    pr.ocean_profit, pr.air_profit,
+    FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60) AS tracking_since,
+    CASE
+        WHEN kp.tracking_since IS NULL OR kp.tracking_since <= 0 THEN 0
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 30   THEN 1
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 90   THEN 2
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 180  THEN 3
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 360  THEN 4
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 720  THEN 5
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 1080 THEN 6
+        ELSE 7
+    END AS tracking_since_type,
+    kp.package_length,
+    kp.package_width,
+    kp.package_height,
+    CASE WHEN kp.item_weight > 0 THEN kp.item_weight ELSE kp.package_weight END AS item_weight,
+    CASE WHEN ba.brand_name_norm IS NOT NULL THEN 1 ELSE 0 END AS is_alarm_brand,
+    CAST(-1 AS SMALLINT) AS bsr_best_orders_type,
+    COALESCE(cf.asin_cate_flag, ARRAY(0))                    AS asin_source_flag,
+    COALESCE(cf.bsr_latest_date, CAST('1970-01-01' AS DATE)) AS bsr_last_seen_at,
+    COALESCE(cf.bsr_30day_count, 0)                          AS bsr_seen_count_30d,
+    COALESCE(cf.nsr_latest_date, CAST('1970-01-01' AS DATE)) AS nsr_last_seen_at,
+    COALESCE(cf.nsr_30day_count, 0)                          AS nsr_seen_count_30d,
+    CAST(
+        CASE
+            WHEN sa.asin IS NOT NULL OR ab.brand_lower IS NOT NULL THEN 1
+            WHEN (
+                (COALESCE(chf.is_need_cat, 0) = 1 AND COALESCE(chd.is_need_cat, 0) = 1)
+                OR f.asin NOT LIKE 'B0%'
+            ) THEN 2
+            WHEN (COALESCE(chf.is_hide_cat, 0) = 1 OR COALESCE(chc.is_hide_cat, 0) = 1)
+                 AND NOT (COALESCE(chf.is_white_cat, 0) = 1 OR COALESCE(chc.is_white_cat, 0) = 1) THEN 3
+            ELSE 0
+        END
+    AS SMALLINT) AS asin_type,
+    uma.usr_mask_progress,
+    COALESCE(uma.usr_mask_type, umc.usr_mask_type) AS usr_mask_type,
+    COALESCE(aa.auctions_num,       0) AS auctions_num,
+    COALESCE(aa.auctions_num_all,   0) AS auctions_num_all,
+    COALESCE(aa.skus_num_creat,     0) AS skus_num_creat,
+    COALESCE(aa.skus_num_creat_all, 0) AS skus_num_creat_all,
+    f.title_matching_degree,
+    bb.brand_badge_reason,
+    ARRAY_JOIN(ARRAY_SLICE(SPLIT_BY_STRING(stem_en(f.title), ' '), 1, 15), ' ') AS title_stem_15,
+    ai.ai_package_quantity,
+    ai.ai_package_quantity_arr,
+    ai.ai_material,
+    ai.ai_color,
+    ai.ai_appearance,
+    ai.ai_size,
+    ai.ai_shape,
+    ai.ai_function,
+    ai.ai_scene_title,
+    ai.ai_scene_comment,
+    ai.ai_uses,
+    ai.ai_theme,
+    ai.ai_crowd,
+    ai.ai_short_desc,
+    addr.seller_province,
+    addr.seller_city
+FROM `dwt`.`{site_name}_flow_asin_month` f
+LEFT JOIN `dwd`.`dwd_asin_profit_rate_latest` pr
+    ON f.asin = pr.asin AND f.price = pr.price AND pr.site_name = '{site_name}'
+LEFT JOIN `dwd`.`dwd_keepa_asin_detail` kp
+    ON f.asin = kp.asin AND kp.site_name = '{site_name}'
+LEFT JOIN (
+    SELECT DISTINCT LOWER(TRIM(brand_name)) AS brand_name_norm
+    FROM `selection`.`brand_alert_erp`
+    WHERE brand_name IS NOT NULL
+) ba ON f.brand = ba.brand_name_norm
+LEFT JOIN (
+    SELECT asin FROM `mysql_selection`.`selection`.`us_self_asin` GROUP BY asin
+) sa ON f.asin = sa.asin
+LEFT JOIN (
+    SELECT DISTINCT LOWER(TRIM(brand_name)) AS brand_lower
+    FROM `mysql_selection`.`selection`.`amazon_brand` WHERE brand_type = '1'
+) ab ON LOWER(f.brand) = ab.brand_lower
+LEFT JOIN (
+    SELECT category_id_base,
+        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
+        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
+        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
+    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
+) chf ON f.category_first_id = chf.category_id_base
+LEFT JOIN (
+    SELECT category_id_base,
+        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
+        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
+        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
+    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
+) chc ON f.category_id = chc.category_id_base
+LEFT JOIN (
+    SELECT category_id_base,
+        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
+        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
+        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
+    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
+) chd ON f.desc_category_first_id = chd.category_id_base
+LEFT JOIN `selection`.`user_mask_asin` uma ON f.asin = uma.asin
+LEFT JOIN `selection`.`user_mask_category` umc ON f.category_id = umc.category_id
+LEFT JOIN (
+    SELECT asin, asin_cate_flag, bsr_latest_date, bsr_30day_count, nsr_latest_date, nsr_30day_count
+    FROM `dwd`.`dwd_asin_source_flag`
+    WHERE site_name = '{site_name}' AND date_type = 'month' AND date_info = '{date_info}'
+) cf ON f.asin = cf.asin
+LEFT JOIN `dwd`.`dwd_asin_auction` aa ON f.asin = aa.asin
+LEFT JOIN `dwd`.`dwd_st_brand_badge` bb
+    ON f.brand = bb.brand AND bb.site_name = '{site_name}' AND bb.date_info = '{date_info}'
+-- ===== AI分析数据 =====
+LEFT JOIN (
+    SELECT
+        asin,
+        package_quantity     AS ai_package_quantity,
+        package_quantity_arr AS ai_package_quantity_arr,
+        material             AS ai_material,
+        color                AS ai_color,
+        appearance           AS ai_appearance,
+        size                 AS ai_size,
+        shape                AS ai_shape,
+        function             AS ai_function,
+        scene_title          AS ai_scene_title,
+        scene_comment        AS ai_scene_comment,
+        uses                 AS ai_uses,
+        theme                AS ai_theme,
+        crowd                AS ai_crowd,
+        short_desc           AS ai_short_desc
+    FROM `selection`.`{site_name}_ai_asin_analyze_detail`
+) ai ON f.asin = ai.asin
+-- ===== 卖家地址（按 site_name 查对应分区） =====
+LEFT JOIN (
+    SELECT seller_id, fb_country_name, seller_province, seller_city
+    FROM `dim`.`dim_seller_address`
+    WHERE site_name = '{site_name}'
+) addr ON f.account_id = addr.seller_id AND f.site_name = addr.fb_country_name
+WHERE f.date_info = '{date_info}'
+"""
+
+
+# ============================================================
+# [Step 7] selection 年表建表 + INSERT OVERWRITE
+# ============================================================
+
+def build_year_create_table_sql(table_name):
+    """构建 selection.{table_name} 建表语句：以 selection 月表（build_month_create_table_sql）
+    为基准调整而来——
+      剔除月度专属字段：asin_bought_month / asin_source_flag / bsr_last_seen_at /
+                       bsr_seen_count_30d / nsr_last_seen_at / nsr_seen_count_30d
+      末尾追加：latest_date_info + dwt.{site}_flow_asin_365day_extra 里的年度聚合字段
+    旧表已手动清理，直接 CREATE 新表，不再需要 ALTER 兼容旧表结构"""
+    return f"""
+CREATE TABLE IF NOT EXISTS `selection`.`{table_name}`
+(
+    `asin`                        VARCHAR(20)      NOT NULL,
+    `parent_asin`                 STRING           NULL,
+    `collapse_asin`               STRING           NULL,
+    `asin_crawl_date`             DATETIME         NULL,
+    `title`                       STRING           NULL,
+    `title_stem`                  STRING           NULL,
+    `title_len`                   INT              NULL,
+    `brand`                       STRING           NULL,
+    `asin_describe`               STRING           NULL,
+    `describe_len`                INT              NULL,
+    `product_features`            STRING           NULL,
+    `together_asin`               STRING           NULL,
+    `price`                       DECIMAL(20,2)    NULL,
+    `fbm_price`                   DECIMAL(20,2)    NULL,
+    `rating`                      DECIMAL(10,1)    NULL,
+    `total_comments`              INT              NULL,
+    `one_star`                    INT              NULL,
+    `two_star`                    INT              NULL,
+    `three_star`                  INT              NULL,
+    `four_star`                   INT              NULL,
+    `five_star`                   INT              NULL,
+    `low_star`                    INT              NULL,
+    `bsr_orders`                  INT              NULL,
+    `bsr_orders_sale`             DECIMAL(20,2)    NULL,
+    `ao_val`                      DECIMAL(20,4)    NULL,
+    `zr_counts`                   INT              NULL,
+    `sp_counts`                   INT              NULL,
+    `sb_counts`                   INT              NULL,
+    `vi_counts`                   INT              NULL,
+    `bs_counts`                   INT              NULL,
+    `ac_counts`                   INT              NULL,
+    `tr_counts`                   INT              NULL,
+    `er_counts`                   INT              NULL,
+    `zr_flow_proportion`          DECIMAL(20,4)    NULL,
+    `matrix_flow_proportion`      DECIMAL(20,4)    NULL,
+    `matrix_ao_val`               DECIMAL(20,4)    NULL,
+    `one_two_val`                 DECIMAL(20,4)    NULL,
+    `three_four_val`              DECIMAL(20,4)    NULL,
+    `five_six_val`                DECIMAL(20,4)    NULL,
+    `eight_val`                   DECIMAL(20,4)    NULL,
+    `category_first_id`           STRING           NULL,
+    `category_id`                 STRING           NULL,
+    `first_category_rank`         INT              NULL,
+    `current_category_rank`       INT              NULL,
+    `weight`                      DECIMAL(20,4)    NULL,
+    `volume`                      STRING           NULL,
+    `asin_weight_ratio`           DECIMAL(20,4)    NULL,
+    `color`                       STRING           NULL,
+    `size`                        STRING           NULL,
+    `style`                       STRING           NULL,
+    `material`                    STRING           NULL,
+    `package_quantity`            INT              NULL,
+    `is_package_quantity_abnormal` TINYINT         NULL,
+    `variation_num`               INT              NULL,
+    `page_inventory`              INT              NULL,
+    `activity_type`               STRING           NULL,
+    `launch_time`                 DATETIME         NULL,
+    `launch_time_type`            INT              NULL,
+    `img_url`                     STRING           NULL,
+    `img_num`                     INT              NULL,
+    `img_type_arr`                ARRAY<INT>       NULL,
+    `img_info`                    STRING           NULL,
+    `account_id`                  STRING           NULL,
+    `account_name`                STRING           NULL,
+    `buy_box_seller_type`         TINYINT          NULL,
+    `site_name`                   STRING           NULL,
+    `follow_sellers_count`        INT              NULL,
+    `asin_lob_info`               STRING           NULL,
+    `is_contains_lob_info`        TINYINT          NULL,
+    `asin_lqs_rating`             DECIMAL(20,1)    NULL,
+    `asin_lqs_rating_detail`      STRING           NULL,
+    `amazon_label`                STRING           NULL,
+    `is_movie_label`              TINYINT          NULL,
+    `is_brand_label`              TINYINT          NULL,
+    `multi_color_flag`            TINYINT          NULL,
+    `multi_color_str`             STRING           NULL,
+    `rank_type`                   TINYINT          NULL,
+    `ao_val_type`                 TINYINT          NULL,
+    `price_type`                  TINYINT          NULL,
+    `rating_type`                 TINYINT          NULL,
+    `size_type`                   TINYINT          NULL,
+    `weight_type`                 TINYINT          NULL,
+    `site_name_type`              TINYINT          NULL,
+    `quantity_variation_type`     TINYINT          NULL,
+    `rank_rise`                   INT              NULL,
+    `rank_change`                 DECIMAL(20,4)    NULL,
+    `rank_yoy`                    DECIMAL(20,4)    NULL,
+    `ao_rise`                     DECIMAL(20,4)    NULL,
+    `ao_change`                   DECIMAL(20,4)    NULL,
+    `ao_yoy`                      DECIMAL(20,4)    NULL,
+    `price_rise`                  DECIMAL(20,2)    NULL,
+    `price_change`                DECIMAL(20,4)    NULL,
+    `price_yoy`                   DECIMAL(20,4)    NULL,
+    `rating_rise`                 DECIMAL(20,1)    NULL,
+    `rating_change`               DECIMAL(20,4)    NULL,
+    `rating_yoy`                  DECIMAL(20,4)    NULL,
+    `comments_rise`               INT              NULL,
+    `comments_change`             DECIMAL(20,4)    NULL,
+    `comments_yoy`                DECIMAL(20,4)    NULL,
+    `bsr_orders_rise`             INT              NULL,
+    `bsr_orders_change`           DECIMAL(20,4)    NULL,
+    `bsr_orders_yoy`              DECIMAL(20,4)    NULL,
+    `sales_rise`                  DECIMAL(20,2)    NULL,
+    `sales_change`                DECIMAL(20,4)    NULL,
+    `sales_yoy`                   DECIMAL(20,4)    NULL,
+    `variation_rise`              INT              NULL,
+    `variation_change`            DECIMAL(20,4)    NULL,
+    `variation_yoy`               DECIMAL(20,4)    NULL,
+    `bought_month_mom`            DECIMAL(20,4)    NULL,
+    `bought_month_yoy`            DECIMAL(20,4)    NULL,
+    `ocean_profit`                DECIMAL(20,4)    NULL,
+    `air_profit`                  DECIMAL(20,4)    NULL,
+    `tracking_since`              STRING           NULL,
+    `tracking_since_type`         INT              NULL,
+    `package_length`              INT              NULL,
+    `package_width`               INT              NULL,
+    `package_height`              INT              NULL,
+    `item_weight`                 INT              NULL,
+    `is_alarm_brand`              INT              NULL,
+    `bsr_best_orders_type`        SMALLINT         NULL,
+    `asin_type`                   SMALLINT         NULL,
+    `usr_mask_progress`           STRING           NULL,
+    `usr_mask_type`               STRING           NULL,
+    `auctions_num`                INT              NULL,
+    `auctions_num_all`            INT              NULL,
+    `skus_num_creat`              INT              NULL,
+    `skus_num_creat_all`          INT              NULL,
+    `title_matching_degree`       DECIMAL(20,4)    NULL,
+    `brand_badge_reason`          STRING           NULL,
+    `title_stem_15`               STRING           NULL     COMMENT '标题词干前15个词(按空格分词截取)',
+    `ai_package_quantity`         STRING           NULL     COMMENT 'AI分析-包装数量描述',
+    `ai_package_quantity_arr`     ARRAY<INT>       NULL     COMMENT 'AI分析-包装数量数组',
+    `ai_material`                 STRING           NULL     COMMENT 'AI分析-材质',
+    `ai_color`                    STRING           NULL     COMMENT 'AI分析-颜色',
+    `ai_appearance`               STRING           NULL     COMMENT 'AI分析-外观',
+    `ai_size`                     STRING           NULL     COMMENT 'AI分析-尺寸',
+    `ai_shape`                    STRING           NULL     COMMENT 'AI分析-形状',
+    `ai_function`                 STRING           NULL     COMMENT 'AI分析-功能',
+    `ai_scene_title`              STRING           NULL     COMMENT 'AI分析-使用场景(标题)',
+    `ai_scene_comment`            STRING           NULL     COMMENT 'AI分析-使用场景(评论)',
+    `ai_uses`                     STRING           NULL     COMMENT 'AI分析-用途',
+    `ai_theme`                    STRING           NULL     COMMENT 'AI分析-主题',
+    `ai_crowd`                    STRING           NULL     COMMENT 'AI分析-目标人群',
+    `ai_short_desc`               STRING           NULL     COMMENT 'AI分析-简短描述',
+    `seller_province`             STRING           NULL     COMMENT '卖家所在省份(dim_seller_address关联,仅国内卖家有值)',
+    `seller_city`                 STRING           NULL     COMMENT '卖家所在城市(dim_seller_address关联,仅国内卖家有值)',
+    `latest_date_info`            STRING           NULL     COMMENT '最新出现月份(yyyy-MM)',
+    `bought_month_total`          INT              NULL,
+    `bought_month_1`              INT              NULL,
+    `bought_month_2`              INT              NULL,
+    `bought_month_3`              INT              NULL,
+    `bought_month_4`              INT              NULL,
+    `bought_month_5`              INT              NULL,
+    `bought_month_6`              INT              NULL,
+    `bought_month_7`              INT              NULL,
+    `bought_month_8`              INT              NULL,
+    `bought_month_9`              INT              NULL,
+    `bought_month_10`             INT              NULL,
+    `bought_month_11`             INT              NULL,
+    `bought_month_12`             INT              NULL,
+    `bought_month_q1`             INT              NULL,
+    `bought_month_q2`             INT              NULL,
+    `bought_month_q3`             INT              NULL,
+    `bought_month_q4`             INT              NULL,
+    `total_appear_month`          ARRAY<INT>       NULL,
+    `bsr_seen_count_total`        INT              NULL,
+    `nsr_seen_count_total`        INT              NULL,
+    `bought_month_peak`           INT              NULL,
+    `peak_month_arr`              ARRAY<INT>       NULL,
+    `is_periodic_flag`            INT              NULL,
+    `is_seasonal_flag`            INT              NULL,
+    INDEX idx_title      (`title`)      USING INVERTED PROPERTIES("parser" = "english") COMMENT '标题倒排索引',
+    INDEX idx_title_stem (`title_stem`) USING INVERTED PROPERTIES("parser" = "english") COMMENT '标题词干倒排索引',
+    INDEX idx_title_stem_15 (`title_stem_15`) USING INVERTED PROPERTIES("parser" = "english") COMMENT '标题词干前15个词倒排索引',
+    INDEX idx_color      (`color`)      USING INVERTED PROPERTIES("parser" = "english") COMMENT '颜色倒排索引',
+    INDEX idx_brand      (`brand`)      USING INVERTED PROPERTIES("parser" = "english") COMMENT '品牌倒排索引'
+) ENGINE=OLAP
+UNIQUE KEY(`asin`)
+COMMENT '流量选品近 12 个月聚合表'
+DISTRIBUTED BY HASH(`asin`) BUCKETS 32
+PROPERTIES (
+    "replication_num" = "3",
+    "enable_unique_key_merge_on_write" = "true"
+)
+"""
+
+
+def build_year_insert_overwrite_sql(site_name, table_name):
+    """构造 INSERT OVERWRITE SQL
+    - 主体: dwt.{site}_flow_asin_365day (每 asin 最新月快照,字段名沿用 dwt 月表)
+    - 年度聚合: dwt.{site}_flow_asin_365day_extra (Hive 算好经 sync_extra_table 同步来的年度指标,
+                含周期性/季节性/峰值)
+    - 外层 LEFT JOIN: profit_rate / keepa / brand_alert / self_asin / category_hide / user_mask / auction 等
+    """
+    return f"""
+INSERT OVERWRITE TABLE `selection`.`{table_name}`
+SELECT
+    f.asin,
+    f.parent_asin,
+    f.collapse_asin,
+    f.asin_crawl_date,
+    f.title,
+    stem_en(f.title) AS title_stem,
+    f.title_len,
+    f.brand,
+    f.asin_describe,
+    f.describe_len,
+    f.product_features,
+    f.together_asin,
+    f.price,
+    f.fbm_price,
+    f.rating,
+    f.total_comments,
+    f.one_star, f.two_star, f.three_star, f.four_star, f.five_star, f.low_star,
+    f.bsr_orders,
+    f.bsr_orders_sale,
+    f.ao_val,
+    f.zr_counts,
+    f.sp_counts, f.sb_counts, f.vi_counts, f.bs_counts,
+    f.ac_counts, f.tr_counts, f.er_counts,
+    f.zr_flow_proportion,
+    f.matrix_flow_proportion,
+    f.matrix_ao_val,
+    f.one_two_val, f.three_four_val, f.five_six_val, f.eight_val,
+    f.category_first_id,
+    f.category_id,
+    f.first_category_rank,
+    f.current_category_rank,
+    f.weight,
+    f.volume,
+    f.asin_weight_ratio,
+    f.color, f.size, f.style, f.material,
+    COALESCE(uma.package_quantity, f.package_quantity) AS package_quantity,
+    f.is_package_quantity_abnormal,
+    f.variation_num,
+    f.page_inventory,
+    f.activity_type,
+    COALESCE(f.launch_time, kp.keepa_launch_time) AS launch_time,
+    CASE
+        WHEN COALESCE(f.launch_time, kp.keepa_launch_time) IS NULL THEN 0
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 30   THEN 1
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 90   THEN 2
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 180  THEN 3
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 360  THEN 4
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 720  THEN 5
+        WHEN DATEDIFF(f.asin_crawl_date, COALESCE(f.launch_time, kp.keepa_launch_time)) <= 1080 THEN 6
+        ELSE 7
+    END AS launch_time_type,
+    f.img_url,
+    f.img_num,
+    f.img_type AS img_type_arr,
+    f.img_info,
+    f.account_id,
+    f.account_name,
+    f.buy_box_seller_type,
+    f.site_name,
+    f.follow_sellers_count,
+    f.asin_lob_info,
+    f.is_contains_lob_info,
+    f.asin_lqs_rating,
+    f.asin_lqs_rating_detail,
+    f.amazon_label,
+    f.is_movie_label,
+    f.is_brand_label,
+    f.multi_color_flag,
+    f.multi_color_str,
+    f.rank_type, f.ao_val_type, f.price_type, f.rating_type,
+    f.size_type, f.weight_type, f.site_name_type, f.quantity_variation_type,
+    f.rank_rise,        f.rank_mom         AS rank_change,         f.rank_yoy,
+    f.ao_rise,          f.ao_mom           AS ao_change,           f.ao_yoy,
+    f.price_rise,       f.price_mom        AS price_change,        f.price_yoy,
+    f.rating_rise,      f.rating_mom       AS rating_change,       f.rating_yoy,
+    f.comments_rise,    f.comments_mom     AS comments_change,     f.comments_yoy,
+    f.bsr_orders_rise,  f.bsr_orders_mom   AS bsr_orders_change,   f.bsr_orders_yoy,
+    f.sales_rise,       f.sales_mom        AS sales_change,        f.sales_yoy,
+    f.variation_rise,   f.variation_mom    AS variation_change,    f.variation_yoy,
+    f.bought_month_mom, f.bought_month_yoy,
+    pr.ocean_profit, pr.air_profit,
+    FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60) AS tracking_since,
+    CASE
+        WHEN kp.tracking_since IS NULL OR kp.tracking_since <= 0 THEN 0
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 30   THEN 1
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 90   THEN 2
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 180  THEN 3
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 360  THEN 4
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 720  THEN 5
+        WHEN DATEDIFF(f.asin_crawl_date, FROM_UNIXTIME((CAST(kp.tracking_since AS BIGINT) + 21564000) * 60)) <= 1080 THEN 6
+        ELSE 7
+    END AS tracking_since_type,
+    kp.package_length,
+    kp.package_width,
+    kp.package_height,
+    CASE WHEN kp.item_weight > 0 THEN kp.item_weight ELSE kp.package_weight END AS item_weight,
+    CASE WHEN ba.brand_name_norm IS NOT NULL THEN 1 ELSE 0 END AS is_alarm_brand,
+    CAST(-1 AS SMALLINT) AS bsr_best_orders_type,
+    CAST(
+        CASE
+            WHEN sa.asin IS NOT NULL OR ab.brand_lower IS NOT NULL THEN 1
+            WHEN (
+                (COALESCE(chf.is_need_cat, 0) = 1 AND COALESCE(chd.is_need_cat, 0) = 1)
+                OR f.asin NOT LIKE 'B0%'
+            ) THEN 2
+            WHEN (COALESCE(chf.is_hide_cat, 0) = 1 OR COALESCE(chc.is_hide_cat, 0) = 1)
+                 AND NOT (COALESCE(chf.is_white_cat, 0) = 1 OR COALESCE(chc.is_white_cat, 0) = 1) THEN 3
+            ELSE 0
+        END
+    AS SMALLINT) AS asin_type,
+    uma.usr_mask_progress,
+    COALESCE(uma.usr_mask_type, umc.usr_mask_type) AS usr_mask_type,
+    COALESCE(aa.auctions_num,       0) AS auctions_num,
+    COALESCE(aa.auctions_num_all,   0) AS auctions_num_all,
+    COALESCE(aa.skus_num_creat,     0) AS skus_num_creat,
+    COALESCE(aa.skus_num_creat_all, 0) AS skus_num_creat_all,
+    f.title_matching_degree,
+    bb.brand_badge_reason,
+    ARRAY_JOIN(ARRAY_SLICE(SPLIT_BY_STRING(stem_en(f.title), ' '), 1, 15), ' ') AS title_stem_15,
+    ai.ai_package_quantity,
+    ai.ai_package_quantity_arr,
+    ai.ai_material,
+    ai.ai_color,
+    ai.ai_appearance,
+    ai.ai_size,
+    ai.ai_shape,
+    ai.ai_function,
+    ai.ai_scene_title,
+    ai.ai_scene_comment,
+    ai.ai_uses,
+    ai.ai_theme,
+    ai.ai_crowd,
+    ai.ai_short_desc,
+    addr.seller_province,
+    addr.seller_city,
+    -- ===== 年度聚合（dwt/dwt_flow_asin_year.py 在 Hive 预计算，经 sync_extra_table 同步到 Doris）=====
+    DATE_FORMAT(f.date_info, '%Y-%m') AS latest_date_info,
+    COALESCE(agg.bought_month_total, 0) AS bought_month_total,
+    agg.bought_month_1, agg.bought_month_2,  agg.bought_month_3,  agg.bought_month_4,
+    agg.bought_month_5, agg.bought_month_6,  agg.bought_month_7,  agg.bought_month_8,
+    agg.bought_month_9, agg.bought_month_10, agg.bought_month_11, agg.bought_month_12,
+    agg.bought_month_q1, agg.bought_month_q2, agg.bought_month_q3, agg.bought_month_q4,
+    agg.total_appear_month,
+    COALESCE(agg.bsr_seen_count_total, 0) AS bsr_seen_count_total,
+    COALESCE(agg.nsr_seen_count_total, 0) AS nsr_seen_count_total,
+    agg.bought_month_peak,
+    agg.peak_month_arr,
+    COALESCE(agg.is_periodic_flag, 0) AS is_periodic_flag,
+    COALESCE(agg.is_seasonal_flag, 0) AS is_seasonal_flag
+FROM `dwt`.`{site_name}_flow_asin_365day` f
+LEFT JOIN `dwt`.`{site_name}_flow_asin_365day_extra` agg ON f.asin = agg.asin
+-- ===== 利润率 =====
+LEFT JOIN `dwd`.`dwd_asin_profit_rate_latest` pr
+    ON f.asin = pr.asin AND f.price = pr.price AND pr.site_name = '{site_name}'
+-- ===== Keepa 详情 =====
+LEFT JOIN `dwd`.`dwd_keepa_asin_detail` kp
+    ON f.asin = kp.asin AND kp.site_name = '{site_name}'
+-- ===== 预警品牌 =====
+LEFT JOIN (
+    SELECT DISTINCT LOWER(TRIM(brand_name)) AS brand_name_norm
+    FROM `selection`.`brand_alert_erp`
+    WHERE brand_name IS NOT NULL
+) ba ON f.brand = ba.brand_name_norm
+-- ===== 自营 ASIN =====
+LEFT JOIN (
+    SELECT asin FROM `mysql_selection`.`selection`.`us_self_asin` GROUP BY asin
+) sa ON f.asin = sa.asin
+-- ===== 自有品牌 =====
+LEFT JOIN (
+    SELECT DISTINCT LOWER(TRIM(brand_name)) AS brand_lower
+    FROM `mysql_selection`.`selection`.`amazon_brand` WHERE brand_type = '1'
+) ab ON LOWER(f.brand) = ab.brand_lower
+-- ===== 一级分类规则 =====
+LEFT JOIN (
+    SELECT category_id_base,
+        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
+        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
+        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
+    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
+) chf ON f.category_first_id = chf.category_id_base
+-- ===== 当前分类规则 =====
+LEFT JOIN (
+    SELECT category_id_base,
+        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
+        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
+        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
+    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
+) chc ON f.category_id = chc.category_id_base
+-- ===== 描述匹配分类规则 =====
+LEFT JOIN (
+    SELECT category_id_base,
+        MAX(CASE WHEN hide_type = 'is_need'  THEN 1 ELSE 0 END) AS is_need_cat,
+        MAX(CASE WHEN hide_type = 'is_hide'  THEN 1 ELSE 0 END) AS is_hide_cat,
+        MAX(CASE WHEN hide_type = 'is_white' THEN 1 ELSE 0 END) AS is_white_cat
+    FROM `mysql_selection`.`selection`.`us_bs_category_hide` GROUP BY category_id_base
+) chd ON f.desc_category_first_id = chd.category_id_base
+-- ===== 用户标记 ASIN/品类 =====
+LEFT JOIN `selection`.`user_mask_asin`     uma ON f.asin        = uma.asin
+LEFT JOIN `selection`.`user_mask_category` umc ON f.category_id = umc.category_id
+-- ===== 拍卖/SKU =====
+LEFT JOIN `dwd`.`dwd_asin_auction` aa ON f.asin = aa.asin
+-- ===== 品牌背书原因（按 asin 自己最新出现的月份匹配，f.date_info 每个 asin 可能不是同一个月）=====
+LEFT JOIN `dwd`.`dwd_st_brand_badge` bb
+    ON f.brand = bb.brand AND bb.site_name = '{site_name}' AND bb.date_info = DATE_FORMAT(f.date_info, '%Y-%m')
+-- ===== AI分析数据 =====
+LEFT JOIN (
+    SELECT
+        asin,
+        package_quantity     AS ai_package_quantity,
+        package_quantity_arr AS ai_package_quantity_arr,
+        material             AS ai_material,
+        color                AS ai_color,
+        appearance           AS ai_appearance,
+        size                 AS ai_size,
+        shape                AS ai_shape,
+        function             AS ai_function,
+        scene_title          AS ai_scene_title,
+        scene_comment        AS ai_scene_comment,
+        uses                 AS ai_uses,
+        theme                AS ai_theme,
+        crowd                AS ai_crowd,
+        short_desc           AS ai_short_desc
+    FROM `selection`.`{site_name}_ai_asin_analyze_detail`
+) ai ON f.asin = ai.asin
+-- ===== 卖家地址（按 site_name 查对应分区） =====
+LEFT JOIN (
+    SELECT seller_id, fb_country_name, seller_province, seller_city
+    FROM `dim`.`dim_seller_address`
+    WHERE site_name = '{site_name}'
+) addr ON f.account_id = addr.seller_id AND f.site_name = addr.fb_country_name
+"""
+
+
+# ============================================================
+# [Step 8] 流程记录表更新（月+年各写一条，仅 formal 模式）
+# ============================================================
+
+def modify_mission_record_status(site_name, date_info, result_type):
+    """流程记录表更新：仅 formal 模式才入库 mysql workflow_everyday，月/年各写一条记录"""
+    if result_type != 'formal':
+        print(f"[Step 8] result_type={result_type}，跳过流程记录表更新")
+        return
+    record_table = 'workflow_everyday'
+    engine_mysql = DBUtil.get_db_engine(db_type=DbTypes.mysql.name, site_name='us')
+
+    def _write_record(date_type, table_name_field, status_remark):
+        select_sql = (
+            f"select id from {record_table} where site_name='{site_name}' and date_type='{date_type}' "
+            f"and report_date='{date_info}' and page='流量选品' and status_val=14 and is_end='是'"
+        )
+        df_is_finished = pd.read_sql(select_sql, engine_mysql)
+        if df_is_finished.empty:
+            replace_sql = f"""
+                replace into {record_table} (site_name, report_date, status, status_val, table_name, date_type, page, is_end, remark, export_db_type)
+                VALUES ('{site_name}', '{date_info}', '{status_remark}', 14, '{table_name_field}', '{date_type}', '流量选品', '是', '{status_remark}', 'doris')
+            """
+            DBUtil.exec_sql('mysql', 'us', replace_sql)
+            print(f"[Step 8] 流程记录表 workflow_everyday 已写入：{site_name} {date_info} date_type={date_type}")
+        else:
+            print(f"[Step 8] 流程记录表已存在该记录，跳过：date_type={date_type}")
+
+    _write_record('month', f'{site_name}_flow_asin_last_month', '流量选品计算完毕')
+    _write_record('year', f'{site_name}_flow_asin_365day', '流量选品近一年计算完毕')
+
+
+def main(site_name, date_info, result_type='formal'):
+    assert site_name in SUPPORTED_SITES, f"不支持的站点：{site_name}，仅支持 us/uk/de"
+    assert result_type in ('formal', 'test'), f"不支持的 result_type：{result_type}，仅支持 formal/test"
+
+    doris_table            = f"{site_name}_flow_asin_month"   # dwt 主表，不区分 test/formal
+    date_info_underscore   = date_info.replace('-', '_')
+    env_suffix             = '_test' if result_type == 'test' else ''
+    month_selection_table  = f"{site_name}_flow_asin_month_{date_info_underscore}{env_suffix}"
+    year_selection_table   = f"{site_name}_flow_asin_365day{env_suffix}"
+    last_12_month          = sorted(CommonUtil.get_month_offset(date_info, -i) for i in range(0, 12))
+
+    print(f"启动：site={site_name}, date_info={date_info}, result_type={result_type}")
+    print(f"  dwt 主表：dwt.{doris_table}（不区分 test/formal）")
+    print(f"  selection 月物化表：selection.{month_selection_table}")
+    print(f"  selection 年表：selection.{year_selection_table}")
+    print(f"  近12月窗口：{last_12_month}")
+
+    spark = SparkUtil.get_spark_session(
+        f"DwtFlowAsinMonth: {site_name} {date_info} {result_type}"
+    )
+
+    # ===== [Step 1] Doris 建表 selection.{month_selection_table} =====
+    print(f"[Step 1] Doris 建表 selection.{month_selection_table}")
+    _exec_doris_sql([build_month_create_table_sql(month_selection_table, date_info)])
+
+    # ===== [Step 2] 读 Hive dwt_flow_asin 月数据 + 字段规范化 =====
+    print(f"[Step 2] 读 Hive dwt_flow_asin 月数据 + 字段规范化")
+    df_save = read_and_normalize_month_data(spark, site_name, date_info)
+
+    # ===== [Step 3] 写入 Doris dwt 主表 =====
+    write_dwt_month_table(df_save, doris_table)
+
+    # ===== [Step 4] 写入 Doris dwt 年表 dwt.{site}_flow_asin_365day（自动聚合+清理过期数据）=====
+    print(f"[Step 4] 写入 Doris dwt 年表 dwt.{site_name}_flow_asin_365day")
+    _exec_doris_sql([build_stg_create_table_sql(site_name)])
+    maintain_stg_table(site_name, last_12_month, date_info)
+
+    # ===== [Step 5] 同步年度聚合指标 dwt.{site}_flow_asin_365day_extra =====
+    print(f"[Step 5] 同步年度聚合指标 dwt.{site_name}_flow_asin_365day_extra")
+    sync_extra_table(spark, site_name, date_info)
+
+    # ===== [Step 6] Doris INSERT OVERWRITE 到 selection 月物化表 =====
+    print(f"[Step 6] Doris INSERT OVERWRITE selection.{month_selection_table}")
+    _exec_doris_sql([build_month_insert_overwrite_sql(site_name, month_selection_table, date_info)])
+
+    # ===== [Step 7] Doris INSERT OVERWRITE 到 selection 年表 =====
+    print(f"[Step 7] Doris INSERT OVERWRITE selection.{year_selection_table}")
+    _exec_doris_sql([build_year_create_table_sql(year_selection_table)])
+    _exec_doris_sql([build_year_insert_overwrite_sql(site_name, year_selection_table)])
+
+    # ===== [Step 8] 流程记录表更新（月+年各一条，仅 formal 模式）=====
     modify_mission_record_status(site_name, date_info, result_type)
 
     print("success!")

Pyspark_job/dwt/dwt_flow_asin_year.py

+"""
+   @Author      : CT
+   @Description : 年度流量选品——年度聚合指标计算（Hive 侧，只负责这一部分职责）
+                  - 数据来源：dwt_flow_asin 近12个月（含当月，计算年度指标）
+                             + 前12个月（13~24个月前，仅供周期性判断的峰值月同比对照）
+                             + dim_asin_launchtime_info（按 site_name 过滤，取权威上架时间，
+                               周期性/季节性判断都靠它，不再用 dwt_flow_asin 里的月度字段）
+                             只读取计算所需的窄字段，减少内存占用
+                  - 计算内容：
+                      bought_month_total（近一年月销总和）
+                      bought_month_1 ~ bought_month_12（12个自然月月销）
+                      bought_month_q1 ~ bought_month_q4（季度月销）
+                      total_appear_month（全部出现月份 int 数组）
+                      bought_month_peak / peak_month_arr（月销峰值 + 峰值月数组）
+                      is_periodic_flag（周期性判断，算法参考信息库 dwt_ai_asin_all.py，
+                                       开售不满一年不判断，直接为0）
+                      is_seasonal_flag（季节性判断：(峰值-12月均值)/12月均值 > 0.8，
+                                       同样要求开售满一年才计算，不满一年直接为0）
+                      bsr_seen_count_total / nsr_seen_count_total（近一年BSR/NSR上榜天数总和）
+                  - 结果写入 Hive dwt_flow_asin_year 表，按 site_name + date_info 分区
+                    （表需人工预先建好，DDL 见文件末尾注释；每月一个分区，永久保留历史，
+                    不做滚动清理——跟 dwt_flow_asin 本身的分区策略一致）
+                  Doris 侧的中间表维护（dwt.{site}_flow_asin_365day）/ 年度指标同步
+                  （dwt.{site}_flow_asin_365day_extra）/ 关联写入 selection 层，
+                  全部由 doris_handle/dwt_flow_asin_year.py 负责，本脚本不碰 Doris
+                  支持 us / uk / de 三站点
+   执行示例:
+       spark-submit dwt_flow_asin_year.py us 2026-05
+"""
+import os
+import sys
+import calendar
+from datetime import datetime, timedelta
+from functools import reduce
+
+sys.path.append(os.path.dirname(sys.path[0]))
+
+from pyspark.sql import functions as F
+from pyspark.sql.types import IntegerType, BooleanType
+from pyspark.storagelevel import StorageLevel
+
+from utils.spark_util import SparkUtil
+from utils.common_util import CommonUtil
+from utils.hdfs_utils import HdfsUtils
+
+
+SUPPORTED_SITES = ("us", "uk", "de")
+
+HIVE_TABLE = "dwt_flow_asin_year"
+
+
+class DwtFlowAsinYear(object):
+    """
+    年度流量选品聚合指标计算（Spark 侧计算 + 写入 Hive dwt_flow_asin_year）
+    """
+
+    def __init__(self, site_name="us", date_type="month", date_info="2026-05"):
+        self.site_name = site_name
+        self.date_type = date_type
+        self.date_info = date_info
+
+        app_name = f"{self.__class__.__name__}:{site_name}:{date_type}:{date_info}"
+        self.spark = SparkUtil.get_spark_session(app_name)
+
+        # 近12个月（含当月），用于年度指标计算
+        self.last_12_month = [CommonUtil.get_month_offset(date_info, -i) for i in range(0, 12)]
+        # 前12个月（13~24个月前），仅用于周期性判断的峰值月同比对照
+        self.before_12_month = [CommonUtil.get_month_offset(date_info, -i) for i in range(12, 24)]
+
+        # 上架时间基准日：当月最后一天 - 360天，早于该日期视为上架不满一年（非周期性）
+        year_int, month_int = (int(x) for x in date_info.split('-'))
+        last_day = calendar.monthrange(year_int, month_int)[1]
+        month_end_date = datetime(year_int, month_int, last_day)
+        self.launch_time_base_date = (month_end_date - timedelta(days=360)).strftime('%Y-%m-%d')
+        print(f"上架时间基准日（早于此视为不满一年）：{self.launch_time_base_date}")
+
+        self.df_last_12_month   = self.spark.sql("select 1+1")
+        self.df_before_12_month = self.spark.sql("select 1+1")
+        self.df_launch_time     = self.spark.sql("select 1+1")
+        self.df_pivot           = self.spark.sql("select 1+1")
+        self.df_peak            = self.spark.sql("select 1+1")
+        self.df_bsr_nsr         = self.spark.sql("select 1+1")
+        self.df_year_metrics    = self.spark.sql("select 1+1")
+
+        self.udf_is_periodic    = F.udf(self.check_month_close, IntegerType())
+        self.udf_is_consecutive = F.udf(self.is_consecutive, BooleanType())
+
+    # ========== 周期性判断算法（沿用信息库 dwt_ai_asin_all.py 的算法）==========
+    @staticmethod
+    def is_close_month(m1, m2):
+        """判断两个月份是否相同或相近：差值 <= 1，或者跨年相邻(12和1)"""
+        if m1 is None or m2 is None:
+            return False
+        if abs(m1 - m2) <= 1:
+            return True
+        if {m1, m2} == {1, 12}:
+            return True
+        return False
+
+    @staticmethod
+    def check_month_close(new_list, old_list):
+        """new_list（近12月峰值月）与 old_list（前12月峰值月）中任意一对相同或相近则判定周期性"""
+        if not new_list or not old_list:
+            return 0
+        for n in new_list:
+            for o in old_list:
+                if DwtFlowAsinYear.is_close_month(n, o):
+                    return 1
+        return 0
+
+    @staticmethod
+    def is_consecutive(month_list):
+        """判断峰值月份数组是否连续（含跨年，如 [11,12,1,2]）"""
+        if not month_list or len(month_list) <= 1:
+            return True
+        month_list = sorted(month_list)
+        n = len(month_list)
+        normal = all(month_list[i] + 1 == month_list[i + 1] for i in range(n - 1))
+        wrap = all((month_list[i] % 12) + 1 == month_list[(i + 1) % n] for i in range(n))
+        return normal or wrap
+
+    def run(self):
+        self.read_data()
+        self.handle_data()
+        self.save_data()
+
+    def read_data(self):
+        # 近12个月：年度指标计算所需的最小字段集（bsr/nsr上榜天数；上架时间改从
+        # dim_asin_launchtime_info 读，dwt_flow_asin 的月度 launch_time 字段不再用）
+        sql1 = f"""
+            SELECT
+                asin,
+                date_info,
+                asin_bought_month  AS bought_month,
+                bsr_seen_count_30d AS bsr_count,
+                nsr_seen_count_30d AS nsr_count
+            FROM dwt_flow_asin
+            WHERE site_name = '{self.site_name}'
+              AND date_type = '{self.date_type}'
+              AND date_info IN ({CommonUtil.list_to_insql(self.last_12_month)})
+        """
+        self.df_last_12_month = self.spark.sql(sql1).repartition(40, 'asin').persist(StorageLevel.DISK_ONLY)
+        print(f"近12月流量选品数据：{self.df_last_12_month.count()}")
+
+        # 前12个月：仅周期性判断峰值月同比对照，只读3列
+        sql2 = f"""
+            SELECT
+                asin,
+                date_info,
+                asin_bought_month AS bought_month
+            FROM dwt_flow_asin
+            WHERE site_name = '{self.site_name}'
+              AND date_type = '{self.date_type}'
+              AND date_info IN ({CommonUtil.list_to_insql(self.before_12_month)})
+        """
+        self.df_before_12_month = self.spark.sql(sql2).repartition(40, 'asin').persist(StorageLevel.DISK_ONLY)
+        print(f"前12月流量选品数据（周期性对照用）：{self.df_before_12_month.count()}")
+
+        # 权威上架时间：周期性/季节性判断共用同一个来源，按 site_name 过滤
+        sql3 = f"""
+            SELECT
+                asin,
+                asin_launch_time AS launch_time
+            FROM dim_asin_launchtime_info
+            WHERE site_name = '{self.site_name}'
+        """
+        self.df_launch_time = self.spark.sql(sql3).repartition(40, 'asin').persist(StorageLevel.DISK_ONLY)
+        print(f"上架时间维表数据：{self.df_launch_time.count()}")
+
+    def handle_data(self):
+        self._handle_monthly_pivot()
+        self._handle_peak_and_periodic()
+        self._handle_bsr_nsr()
+        self._handle_merge()
+
+    def _handle_monthly_pivot(self):
+        """12个自然月月销透视 + 季度月销 + 总销量 + 全部出现月份数组"""
+        df_pivot = self.df_last_12_month.groupBy('asin').pivot('date_info', self.last_12_month).agg(
+            F.first('bought_month').alias('bought_month')
+        )
+        for month_str in self.last_12_month:
+            month_num = int(month_str.split('-')[-1])
+            df_pivot = df_pivot.withColumnRenamed(month_str, f'bought_month_{month_num}')
+
+        month_cols = [f'bought_month_{m}' for m in range(1, 13)]
+        bought_month_total = reduce(
+            lambda a, b: a + b, [F.coalesce(F.col(c), F.lit(0)) for c in month_cols]
+        )
+        appear_month_arr = F.array_sort(F.expr(
+            "filter(array(" +
+            ",".join([f"CASE WHEN bought_month_{m} IS NOT NULL THEN {m} END" for m in range(1, 13)]) +
+            "), x -> x is not null)"
+        ))
+
+        self.df_pivot = df_pivot.withColumn(
+            'bought_month_total', bought_month_total.cast('bigint')
+        ).withColumn(
+            'bought_month_q1',
+            F.coalesce(F.col('bought_month_1'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_2'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_3'), F.lit(0))
+        ).withColumn(
+            'bought_month_q2',
+            F.coalesce(F.col('bought_month_4'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_5'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_6'), F.lit(0))
+        ).withColumn(
+            'bought_month_q3',
+            F.coalesce(F.col('bought_month_7'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_8'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_9'), F.lit(0))
+        ).withColumn(
+            'bought_month_q4',
+            F.coalesce(F.col('bought_month_10'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_11'), F.lit(0)) +
+            F.coalesce(F.col('bought_month_12'), F.lit(0))
+        ).withColumn(
+            'total_appear_month', appear_month_arr
+        ).persist(StorageLevel.DISK_ONLY)
+        print(f"12个自然月透视+季度聚合完成：{self.df_pivot.count()}")
+
+    def _handle_peak_and_periodic(self):
+        """月销峰值 + 峰值月数组 + 周期性判断"""
+        # 近12月峰值（允许多个月并列最高，全部收集）
+        df_max_last = self.df_last_12_month.groupBy('asin').agg(
+            F.max('bought_month').alias('bought_month_peak')
+        )
+        df_peak_last = self.df_last_12_month.join(df_max_last, 'asin', 'left') \
+            .filter(F.col('bought_month') == F.col('bought_month_peak')) \
+            .withColumn('month', F.split(F.col('date_info'), '-')[1].cast('int')) \
+            .groupBy('asin', 'bought_month_peak').agg(
+                F.array_sort(F.collect_set('month')).alias('peak_month_arr')
+            )
+
+        # 前12月峰值月数组（仅用于同比对照，不输出）
+        df_max_before = self.df_before_12_month.groupBy('asin').agg(
+            F.max('bought_month').alias('bought_month_peak_before')
+        )
+        df_peak_before = self.df_before_12_month.join(df_max_before, 'asin', 'left') \
+            .filter(F.col('bought_month') == F.col('bought_month_peak_before')) \
+            .withColumn('month', F.split(F.col('date_info'), '-')[1].cast('int')) \
+            .groupBy('asin').agg(
+                F.array_sort(F.collect_set('month')).alias('peak_month_arr_before')
+            )
+
+        self.df_peak = df_peak_last.join(df_peak_before, 'asin', 'left') \
+            .join(self.df_launch_time, 'asin', 'left') \
+            .withColumn(
+                'is_periodic_flag',
+                F.when(
+                    F.col('launch_time') >= F.lit(self.launch_time_base_date), F.lit(0)
+                ).when(
+                    F.size('peak_month_arr') > 6, F.lit(0)
+                ).when(
+                    (F.size('peak_month_arr') > 3) & (~self.udf_is_consecutive(F.col('peak_month_arr'))), F.lit(0)
+                ).otherwise(
+                    self.udf_is_periodic(F.col('peak_month_arr'), F.col('peak_month_arr_before'))
+                )
+            ).select(
+                'asin', 'bought_month_peak', 'peak_month_arr', 'is_periodic_flag', 'launch_time'
+            ).persist(StorageLevel.DISK_ONLY)
+        print(f"月销峰值+周期性判断完成：{self.df_peak.count()}")
+
+    def _handle_bsr_nsr(self):
+        """近一年 BSR/NSR 上榜天数总和"""
+        self.df_bsr_nsr = self.df_last_12_month.groupBy('asin').agg(
+            F.sum(F.coalesce(F.col('bsr_count'), F.lit(0))).cast('bigint').alias('bsr_seen_count_total'),
+            F.sum(F.coalesce(F.col('nsr_count'), F.lit(0))).cast('bigint').alias('nsr_seen_count_total')
+        ).persist(StorageLevel.DISK_ONLY)
+
+    def _handle_merge(self):
+        """合并透视指标 + 峰值/周期性 + BSR/NSR，计算季节性判断"""
+        self.df_year_metrics = self.df_pivot.join(
+            self.df_peak, 'asin', 'left'
+        ).join(
+            self.df_bsr_nsr, 'asin', 'left'
+        ).withColumn(
+            'bought_month_avg', F.col('bought_month_total') / F.lit(12)
+        ).withColumn(
+            'is_seasonal_flag',
+            F.when(
+                # 开售不满一年不判断季节性，跟周期性判断共用同一个 launch_time_base_date 基准
+                F.col('launch_time') >= F.lit(self.launch_time_base_date), F.lit(0)
+            ).when(
+                F.col('bought_month_avg') > 0,
+                F.when(
+                    (F.col('bought_month_peak') - F.col('bought_month_avg')) / F.col('bought_month_avg') > 0.8,
+                    F.lit(1)
+                ).otherwise(F.lit(0))
+            ).otherwise(F.lit(0))
+        ).select(
+            F.col('asin'),
+            F.col('bought_month_total'),
+            F.col('bought_month_1').cast(IntegerType()),
+            F.col('bought_month_2').cast(IntegerType()),
+            F.col('bought_month_3').cast(IntegerType()),
+            F.col('bought_month_4').cast(IntegerType()),
+            F.col('bought_month_5').cast(IntegerType()),
+            F.col('bought_month_6').cast(IntegerType()),
+            F.col('bought_month_7').cast(IntegerType()),
+            F.col('bought_month_8').cast(IntegerType()),
+            F.col('bought_month_9').cast(IntegerType()),
+            F.col('bought_month_10').cast(IntegerType()),
+            F.col('bought_month_11').cast(IntegerType()),
+            F.col('bought_month_12').cast(IntegerType()),
+            F.col('bought_month_q1').cast(IntegerType()),
+            F.col('bought_month_q2').cast(IntegerType()),
+            F.col('bought_month_q3').cast(IntegerType()),
+            F.col('bought_month_q4').cast(IntegerType()),
+            F.concat_ws(',', F.col('total_appear_month')).alias('total_appear_month'),
+            F.col('bought_month_peak').cast(IntegerType()),
+            F.concat_ws(',', F.col('peak_month_arr')).alias('peak_month_arr'),
+            F.col('is_periodic_flag').cast(IntegerType()),
+            F.col('is_seasonal_flag').cast(IntegerType()),
+            F.col('bsr_seen_count_total'),
+            F.col('nsr_seen_count_total'),
+        ).repartition(40, 'asin').persist(StorageLevel.DISK_ONLY)
+        print(f"年度聚合指标计算完成，共 {self.df_year_metrics.count()} 个ASIN")
+
+        self.df_last_12_month.unpersist()
+        self.df_before_12_month.unpersist()
+        self.df_launch_time.unpersist()
+        self.df_pivot.unpersist()
+        self.df_peak.unpersist()
+        self.df_bsr_nsr.unpersist()
+
+    def save_data(self):
+        """写入 Hive dwt_flow_asin_year 表，按 site_name + date_info 分区（表需人工预先建好）
+        先删除该分区目录再 append 写入，避免重跑时分区内数据重复"""
+        df_save = self.df_year_metrics.withColumn(
+            'site_name', F.lit(self.site_name)
+        ).withColumn(
+            'date_info', F.lit(self.date_info)
+        )
+
+        hdfs_path = f"/home/{SparkUtil.DEF_USE_DB}/dwt/{HIVE_TABLE}/site_name={self.site_name}/date_info={self.date_info}"
+        print(f"清除hdfs目录中.....{hdfs_path}")
+        HdfsUtils.delete_hdfs_file(hdfs_path)
+
+        df_save.write.saveAsTable(name=HIVE_TABLE, format='hive', mode='append', partitionBy=['site_name', 'date_info'])
+        print(f"年度聚合指标写入 Hive {HIVE_TABLE} 完成：site_name={self.site_name}, date_info={self.date_info}")
+
+
+if __name__ == "__main__":
+    site_name = sys.argv[1]
+    date_info = sys.argv[2]
+    assert site_name in SUPPORTED_SITES, f"不支持的站点：{site_name}，仅支持 us/uk/de"
+
+    DwtFlowAsinYear(site_name=site_name, date_type='month', date_info=date_info).run()