1e53792ad6
打通 T+ 快照、业务、发货、回款和核算准备链路，保留来源差异并提供待补状态。 新增业务自动接入任务、跨平台读取服务托管、权限复核、来源关联和前端核对页面。 补充迁移、隔离集成测试、浏览器模拟验收及角色授权边界修复。
325 lines
13 KiB
Python
325 lines
13 KiB
Python
"""业务数据仓储：业务单、明细、状态留痕与归属留痕。
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只读写数据并 flush；commit/rollback 与业务异常一律在 service 层。
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归属留痕复用 ownership_change_logs（owner_type=2 为业务维度，常量在
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models/customer.py 定义）。
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"""
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from sqlalchemy import Row, Select, delete, exists, func, or_, select, update
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from sqlalchemy.orm import Session, aliased
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from app.models import (
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Business,
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BusinessItem,
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BusinessStatusLog,
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Customer,
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OwnershipChangeLog,
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Personnel,
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Product,
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Receipt,
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SecondaryAllocation,
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Shipment,
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TPlusBusinessDocument,
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)
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from app.models.customer import OWNER_TYPE_BUSINESS
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from app.repositories import ownership_log_repository
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from app.repositories.ownership_log_repository import OwnershipLogRef
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from app.schemas.business import BusinessQuery
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READINESS_SQL_REASONS = frozenset({
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"CUSTOMER_CATEGORY_PENDING", "PRODUCT_CATEGORY_PENDING", "NO_ACTUAL_SHIPMENT", "SOURCE_CONFLICT",
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})
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def get_by_id(session: Session, business_id: int, *, for_update: bool = False) -> Business | None:
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"""按主键取业务行；for_update 供删除保护、编辑门槛与状态机使用。"""
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stmt = select(Business).where(Business.id == business_id)
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if for_update:
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stmt = stmt.with_for_update()
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return session.execute(stmt).scalars().first()
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def has_docs(session: Session, business_id: int) -> bool:
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"""业务名下是否已有发货单或回款（换客户/删除保护的引用检查）。
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单条 OR exists 一次往返；新增挂靠业务的单据类型时在此补充条件，
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编辑与删除两处共用同一判定，防「delete 补了检查、update 漏补」的分叉。
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"""
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stmt = select(
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or_(
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exists().where(Shipment.business_id == business_id),
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exists().where(Receipt.business_id == business_id),
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)
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)
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return bool(session.execute(stmt).scalar())
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def create(session: Session, business: Business) -> None:
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"""新增业务行（不 commit，flush 让自增 id 就位）。"""
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session.add(business)
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session.flush()
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def get_with_names(
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session: Session, business_id: int, *, for_update: bool = False
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) -> tuple[Business, str, str | None, str | None] | None:
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"""业务行 + 客户名 + 负责人名 + 协助人名（DTO 与审计摘要共用）。
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for_update 供编辑/状态流转/归属变更使用：与发货/回款写路径的
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get_by_id(for_update=True) 同一锁口径，编辑事务与单据写事务互斥，
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「有发货禁换客户」的快照读校验不再被并发新增旁路。
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"""
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owner = aliased(Personnel)
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assistant = aliased(Personnel)
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stmt = (
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select(Business, Customer.company_name, owner.personnel_name, assistant.personnel_name)
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.join(Customer, Customer.id == Business.customer_id)
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.outerjoin(owner, owner.id == Business.owner_personnel_id)
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.outerjoin(assistant, assistant.id == Business.assistant_personnel_id)
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.where(Business.id == business_id)
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)
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if for_update:
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stmt = stmt.with_for_update()
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return session.execute(stmt).first()
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def _apply_filters(stmt: Select, query: BusinessQuery) -> Select:
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"""业务列表的筛选条件（调用方须已 join Customer）。"""
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if query.keyword:
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# 业务编号/公司名称双列 OR 模糊；contains(autoescape) 同 query_utils.fuzzy
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# 的转义口径（fuzzy 为单列 where 语义，双列 OR 在此直接组合）
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stmt = stmt.where(
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or_(
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Business.business_no.contains(query.keyword, autoescape=True),
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Customer.company_name.contains(query.keyword, autoescape=True),
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)
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)
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if query.status is not None:
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stmt = stmt.where(Business.status == query.status)
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if query.customer_id is not None:
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stmt = stmt.where(Business.customer_id == query.customer_id)
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if query.owner_personnel_id is not None:
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stmt = stmt.where(Business.owner_personnel_id == query.owner_personnel_id)
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if query.date_from is not None:
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stmt = stmt.where(Business.business_date >= query.date_from)
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if query.date_to is not None:
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stmt = stmt.where(Business.business_date <= query.date_to)
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if query.source_type == "TPLUS":
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stmt = stmt.where(Business.t_plus_id.is_not(None))
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elif query.source_type == "MANUAL":
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stmt = stmt.where(Business.t_plus_id.is_(None))
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if query.source_personnel:
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stmt = stmt.where(Business.integration_json["personnel_names"].as_string().contains(query.source_personnel, autoescape=True))
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if query.readiness_reason in READINESS_SQL_REASONS:
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stmt = stmt.where(Business.integration_json["source_database"].as_string().is_not(None))
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if query.readiness_reason == "CUSTOMER_CATEGORY_PENDING":
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stmt = stmt.where(Customer.customer_type.is_(None))
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elif query.readiness_reason == "PRODUCT_CATEGORY_PENDING":
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stmt = stmt.where(exists(select(BusinessItem.id).join(Product, Product.id == BusinessItem.product_id).where(
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BusinessItem.business_id == Business.id, Product.product_category.is_(None))))
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elif query.readiness_reason == "NO_ACTUAL_SHIPMENT":
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stmt = stmt.where(~exists().where(Shipment.business_id == Business.id))
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elif query.readiness_reason == "SOURCE_CONFLICT":
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stmt = stmt.where(exists().where(TPlusBusinessDocument.business_id == Business.id,
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TPlusBusinessDocument.status.in_(("CONFLICT", "PENDING"))))
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return stmt
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def scan_businesses(session: Session, query: BusinessQuery, before_id: int | None, limit: int = 100):
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"""按主键倒序分批读取，供需要计算准备状态的筛选使用。"""
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owner = aliased(Personnel)
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assistant = aliased(Personnel)
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stmt = select(Business, Customer.company_name, owner.personnel_name, assistant.personnel_name).join(
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Customer, Customer.id == Business.customer_id)
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stmt = _apply_filters(stmt, query).outerjoin(owner, owner.id == Business.owner_personnel_id).outerjoin(
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assistant, assistant.id == Business.assistant_personnel_id)
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if before_id is not None:
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stmt = stmt.where(Business.id < before_id)
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return list(session.execute(stmt.order_by(Business.id.desc()).limit(limit)).all())
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def list_businesses(
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session: Session, query: BusinessQuery
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) -> list[tuple[Business, str, str | None, str | None]]:
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"""分页查询业务（附客户名/负责人名/协助人名），按 id 倒序。"""
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owner = aliased(Personnel)
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assistant = aliased(Personnel)
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stmt = select(
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Business, Customer.company_name, owner.personnel_name, assistant.personnel_name
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).join(Customer, Customer.id == Business.customer_id)
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stmt = _apply_filters(stmt, query)
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stmt = (
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stmt.outerjoin(owner, owner.id == Business.owner_personnel_id)
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.outerjoin(assistant, assistant.id == Business.assistant_personnel_id)
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.order_by(Business.id.desc())
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.offset(query.offset)
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.limit(query.page_size)
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)
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return list(session.execute(stmt).all())
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def count_businesses(session: Session, query: BusinessQuery) -> int:
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stmt = (
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select(func.count())
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.select_from(Business)
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.join(Customer, Customer.id == Business.customer_id)
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)
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stmt = _apply_filters(stmt, query)
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return int(session.execute(stmt).scalar_one())
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def list_items(session: Session, business_id: int) -> list[BusinessItem]:
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"""业务明细行（编辑回显与汇总重算共用）。"""
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return list(
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session.execute(
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select(BusinessItem)
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.where(BusinessItem.business_id == business_id)
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.order_by(BusinessItem.id)
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).scalars()
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)
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def replace_items(session: Session, business_id: int, rows: list[BusinessItem]) -> None:
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"""全量替换明细：先删、立即 flush、再插入（replace_roles 先例的防御写法）。
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同一 flush 中 SQLAlchemy 先处理 INSERT 后处理 DELETE，先删后插不落库
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会在有唯一键的表上撞键；business_items 虽无唯一键，统一按此写法防御。
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"""
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session.execute(delete(BusinessItem).where(BusinessItem.business_id == business_id))
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session.flush()
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for row in rows:
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row.business_id = business_id
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session.add(row)
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session.flush()
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def list_allocations(
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session: Session, business_id: int, *, active_only: bool = True
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) -> list[SecondaryAllocation]:
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"""二次分配方案（详情回显与核算取数；默认仅当前生效版本）。"""
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stmt = select(SecondaryAllocation).where(SecondaryAllocation.business_id == business_id)
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if active_only:
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stmt = stmt.where(SecondaryAllocation.is_active == 1)
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return list(
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session.execute(
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stmt.order_by(SecondaryAllocation.version_no, SecondaryAllocation.id)
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).scalars()
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)
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def list_allocation_versions(session: Session, business_id: int) -> list[SecondaryAllocation]:
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"""方案全部版本行（含历史；业务详情「方案历史」用，按版本正序）。"""
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return list_allocations(session, business_id, active_only=False)
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def replace_allocations(
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session: Session, business_id: int, rows: list[SecondaryAllocation]
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) -> None:
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"""全量替换二次分配方案：旧生效行置历史，新行按下一版本号插入。
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不 commit（事务边界在服务层）。版本行 append-only——编辑与清空都不
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物理删除，驳回后仍可回溯被否决方案的参与人与比例。空 ``rows`` 表示
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只清空生效态（不产生新版本）。
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"""
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deactivate_allocations(session, business_id)
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if not rows:
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return
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next_version = (
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session.execute(
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select(func.coalesce(func.max(SecondaryAllocation.version_no), 0)).where(
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SecondaryAllocation.business_id == business_id
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)
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).scalar_one()
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+ 1
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)
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for row in rows:
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row.business_id = business_id
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row.version_no = next_version
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row.is_active = 1
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session.add(row)
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session.flush()
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def deactivate_allocations(session: Session, business_id: int) -> None:
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"""把业务的当前生效方案置为历史（审批驳回/编辑替换时调用；行保留）。
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被否决的方案不得以「当前生效行」身份继续被核算取到；``is_active=0``
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后核算侧自然读不到，而历史版本仍可在业务详情回溯。不 commit。
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显式声明 ``synchronize_session="fetch"``：Core UPDATE 默认走 auto 策略
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（优先 evaluate，本例的条件恰好能在 Python 侧求值，故实测也会刷新在途
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对象）。显式写 fetch 是为了不把「在途对象被刷新」这件事押在 evaluate
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能否解析条件上——条件一旦复杂化，auto 会退化为不刷新，同一会话里已
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加载的方案行就会停留在 ``is_active=1`` 的过期内存值（查询虽有
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is_active 过滤，但行对象本身仍是「生效态」，被序列化或参与判断就是
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错的）。
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"""
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session.execute(
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update(SecondaryAllocation)
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.where(
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SecondaryAllocation.business_id == business_id,
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SecondaryAllocation.is_active == 1,
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)
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.values(is_active=0)
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.execution_options(synchronize_session="fetch")
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)
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session.flush()
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def add_status_log(session: Session, log: BusinessStatusLog) -> None:
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"""追加状态留痕（不 commit）。"""
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session.add(log)
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session.flush()
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def list_status_logs(
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session: Session, business_id: int, *, offset: int, limit: int
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) -> list[BusinessStatusLog]:
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"""状态流转时间线（详情页），按时间正序（时间线从创建起展示）。"""
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return list(
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session.execute(
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select(BusinessStatusLog)
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.where(BusinessStatusLog.business_id == business_id)
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.order_by(BusinessStatusLog.create_time, BusinessStatusLog.id)
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.offset(offset)
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.limit(limit)
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).scalars()
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)
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def count_status_logs(session: Session, business_id: int) -> int:
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return int(
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session.execute(
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select(func.count())
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.select_from(BusinessStatusLog)
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.where(BusinessStatusLog.business_id == business_id)
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).scalar_one()
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)
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def add_ownership_log(session: Session, log: OwnershipChangeLog) -> None:
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"""追加归属变更留痕（共享实现，不 commit）。"""
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ownership_log_repository.add(session, log)
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def list_ownership_logs(
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session: Session, business_id: int, *, offset: int, limit: int
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) -> list[Row]:
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"""某业务的归属变更留痕（共享实现，owner_type/business_id 参数化）。"""
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return ownership_log_repository.list_by_ref(
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session, _business_log_ref(business_id), offset=offset, limit=limit
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)
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def count_ownership_logs(session: Session, business_id: int) -> int:
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return ownership_log_repository.count_by_ref(session, _business_log_ref(business_id))
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def _business_log_ref(business_id: int) -> OwnershipLogRef:
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"""业务维度的归属留痕锚点。"""
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return OwnershipLogRef(
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owner_type=OWNER_TYPE_BUSINESS,
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ref_column=OwnershipChangeLog.business_id,
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ref_id=business_id,
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)
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