## 分批发布(现场:100 米跑道只有 8 条,不能等所有人跑完才发) - 空成绩从"错误"降级为"提示",不再阻塞发布;真会算错(写法无法识别、秒位 ≥ 60、 手动名次缺名次)仍挡住。发布确认框说明"只发已填的 M 人,其余保持未发布"。 - 服务端核实:publishResults/computeEventScore 本就不会因缺成绩报错 (collectCandidates 直接跳过没有 results 的报名项),根因在前端防呆。 ## 实时赛况(新大屏页 + 定向接口) - 新增 `GET /api/display/live`(guest 可读):返回「当前项目」判定 + 该项目**全量**已发布成绩 (不受快照 latestResults 的 20 行截断)。回退链:manual 指定 > 排期命中 > 最近发布。 设置键 display.live_events / display.live_source。 - 大屏新页 `live`「实时赛况」:1 个项目单栏、2 个自动左右分栏;失败保留上一次画面 (下一场开始前持续显示上一场);30s 轮询(判定依赖当前时间)+ 快照变更触发。 - 管理端「大屏控制」新增「实时赛况」卡;该卡走 PUT /api/settings(admin-only), 故对非管理员整组置灰 + 提示条(不新增角色)。 ## 显式批次层(组别之下) - 迁移 0019 `entries.heat`;批次仅是录入/展示分组,**不参与算分**(有"分批与不分批结果 完全一致"的断言守住)。批量设置接口 + 导入 CSV 可选列 heat + 录入页批次下拉 + 一键均分(按 N 人切片,已有批次号接着往后排)。 ## 成绩输入框实时悬浮提示 - 聚焦格旁的浮动气泡:pointer-events:none、不占布局不改行高、贴底自动上翻; 合法显示解析结果(1:06 → = 66 秒)、可疑/不合法显示原因并带那一格原文; 与发布防呆共用同一套纯函数(entryGuards.ts),口径不会分叉。 ## 窄屏 / 手机端布局 - 真浏览器(Playwright + chromium)在 1440/1024/768/390 四宽度逐页审计 + 溢出探针, 四轮迭代修复;桌面端 1440 前后像素差异 < 0.25%(无回归);修掉如「修改密码」输入框 塌成 22px 这类真问题。 ## 版本号单一真相 - 新增仓库根 `VERSION`:构建时注入二进制(-X main.version)并同步 console/package.json 的版本(产物名跟随)。源码里不再有人工维护的版本号(兜底值改为 `dev`,故意不写数字)。 测试:服务端 13 包全绿;前端 vue-tsc 通过、249 例全过;Console 18 文件。 docs/ 与 devdocs/ 同步(FAQ 到 Q80、新增 devdocs/16 自定义大屏模板设计文档)。
309 lines
11 KiB
Go
309 lines
11 KiB
Go
package httpapi
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import (
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"context"
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"database/sql"
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"errors"
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)
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func (s *server) lookupID(ctx context.Context, query string, args ...any) (int64, error) {
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var id int64
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if err := s.ev.QueryRowContext(ctx, query, args...).Scan(&id); err != nil {
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return 0, err
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}
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return id, nil
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}
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// athleteImportRow 是报名表里一行的人员信息(Gender 已归一为 男/女 或空,Age 为空表示表里没填)。
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type athleteImportRow struct {
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Line int
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Name string
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Gender string
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TeamID int64
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TeamCode string
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IDCard string
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Bib string
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Age *int
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}
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// decisionKey 是冲突决策的键:优先证件号,没有证件号时用号码布。
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func (in athleteImportRow) decisionKey() string {
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if in.IDCard != "" {
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return in.IDCard
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}
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return in.Bib
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}
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// athleteImportMatch 是人员匹配结果;Conflict 非空表示本轮不落库,等用户决策。
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type athleteImportMatch struct {
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AthleteID int64
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TeamID int64
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Conflict *importConflict
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}
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// existingAthlete 是库中已有人员的可比字段。
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type existingAthlete struct {
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ID int64
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Name string
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Gender *string
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TeamID int64
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EmployeeNo *string
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IDCard *string
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Bib *string
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Age *int
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}
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// matchImportedAthlete 按契约顺序匹配人员:证件号 → 号码布 → 姓名+单位(库中证件号为空则回填)→ 新建。
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// 命中人员字段与表里不一致时记为冲突;decisions 里对同一身份有决策时按决策落库。
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func (s *server) matchImportedAthlete(ctx context.Context, in athleteImportRow, decisions map[string]string) (athleteImportMatch, error) {
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existing, err := s.athleteByIdentity(ctx, in)
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switch {
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case err == nil:
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return s.matchExistingAthlete(ctx, in, existing, decisions)
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case errors.Is(err, sql.ErrNoRows):
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return s.matchOrCreateAthleteByName(ctx, in, decisions)
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default:
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return athleteImportMatch{}, internal(err)
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}
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}
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// athleteByIdentity 先按证件号精确匹配,未命中再按号码布精确匹配。
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func (s *server) athleteByIdentity(ctx context.Context, in athleteImportRow) (existingAthlete, error) {
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if in.IDCard != "" {
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ex, err := s.athleteByIDCard(ctx, in.IDCard)
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if !errors.Is(err, sql.ErrNoRows) {
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return ex, err
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}
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}
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if in.Bib != "" {
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return s.athleteByBib(ctx, in.Bib)
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}
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return existingAthlete{}, sql.ErrNoRows
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}
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// matchExistingAthlete 处理证件号/号码布命中的人员:无差异时直接复用并补空字段,
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// 有差异时走冲突流程,decisions 里对该身份有决策才落库。
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func (s *server) matchExistingAthlete(ctx context.Context, in athleteImportRow, ex existingAthlete, decisions map[string]string) (athleteImportMatch, error) {
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changed := changedAthleteFields(ex, in)
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if len(changed) == 0 {
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if err := s.backfillEmptyAthleteFields(ctx, ex, in); err != nil {
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return athleteImportMatch{}, err
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}
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return athleteImportMatch{AthleteID: ex.ID, TeamID: in.TeamID}, nil
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}
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conflict, err := s.importConflictFor(ctx, in, ex, changed)
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if err != nil {
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return athleteImportMatch{}, err
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}
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action, decided := decisions[in.decisionKey()]
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switch {
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case !decided:
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return athleteImportMatch{Conflict: &conflict}, nil
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case action == decisionKeepExisting:
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// 人员字段保持库里的值,报名也跟随库里的单位。
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return athleteImportMatch{AthleteID: ex.ID, TeamID: ex.TeamID}, nil
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default:
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if err := s.overwriteAthleteFromImport(ctx, ex.ID, in); err != nil {
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return athleteImportMatch{}, err
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}
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return athleteImportMatch{AthleteID: ex.ID, TeamID: in.TeamID}, nil
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}
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}
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// matchOrCreateAthleteByName 处理证件号/号码布都未命中的情况:
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// 姓名+单位命中且库中证件号为空 → 视为同一人(差异按冲突处理);否则新建人员。
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func (s *server) matchOrCreateAthleteByName(ctx context.Context, in athleteImportRow, decisions map[string]string) (athleteImportMatch, error) {
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existing, err := s.athleteByNameTeam(ctx, in.Name, in.TeamID)
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switch {
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case err == nil:
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return s.matchExistingAthlete(ctx, in, existing, decisions)
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case !errors.Is(err, sql.ErrNoRows):
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return athleteImportMatch{}, internal(err)
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}
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res, err := s.ev.ExecContext(ctx,
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`INSERT INTO athletes (name, gender, team_id, id_card, bib, age, active) VALUES (?, ?, ?, ?, ?, ?, 1)`,
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in.Name, nullStr(&in.Gender), in.TeamID, nullStr(&in.IDCard), nullStr(&in.Bib), nullInt(in.Age))
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if err != nil {
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return athleteImportMatch{}, internal(err)
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}
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id, err := lastInsertID(res)
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if err != nil {
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return athleteImportMatch{}, internal(err)
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}
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return athleteImportMatch{AthleteID: id, TeamID: in.TeamID}, nil
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}
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// importAthleteColumns 是人员匹配要读的字段,证件号/号码布/年龄用于回填与冲突判断。
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const importAthleteColumns = `id, name, gender, team_id, employee_no, id_card, bib, age`
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func scanExistingAthlete(row interface{ Scan(...any) error }) (existingAthlete, error) {
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var (
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a existingAthlete
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gender, empNo, idCard, bib sql.NullString
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teamID, age sql.NullInt64
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)
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if err := row.Scan(&a.ID, &a.Name, &gender, &teamID, &empNo, &idCard, &bib, &age); err != nil {
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return existingAthlete{}, err
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}
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a.Gender = strPtr(gender)
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a.EmployeeNo = strPtr(empNo)
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a.IDCard = strPtr(idCard)
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a.Bib = strPtr(bib)
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a.Age = intPtr(age)
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a.TeamID = teamID.Int64
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return a, nil
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}
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func (s *server) athleteByIDCard(ctx context.Context, idCard string) (existingAthlete, error) {
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return scanExistingAthlete(s.ev.QueryRowContext(ctx,
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`SELECT `+importAthleteColumns+` FROM athletes WHERE id_card = ? LIMIT 1`, idCard))
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}
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func (s *server) athleteByBib(ctx context.Context, bib string) (existingAthlete, error) {
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return scanExistingAthlete(s.ev.QueryRowContext(ctx,
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`SELECT `+importAthleteColumns+` FROM athletes WHERE bib = ? LIMIT 1`, bib))
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}
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// athleteByNameTeam 按「姓名+单位」找库中还没填证件号的人,用于回填身份字段。
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func (s *server) athleteByNameTeam(ctx context.Context, name string, teamID int64) (existingAthlete, error) {
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return scanExistingAthlete(s.ev.QueryRowContext(ctx,
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`SELECT `+importAthleteColumns+` FROM athletes
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WHERE name = ? AND team_id = ? AND (id_card IS NULL OR id_card = '')
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ORDER BY id LIMIT 1`, name, teamID))
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}
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// changedAthleteFields 列出表里与库中不一致的字段名,顺序固定便于前端展示。
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// 证件号/号码布只在两边都有值且不同时算冲突;库中为空属于待回填,不算冲突。
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func changedAthleteFields(ex existingAthlete, in athleteImportRow) []string {
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var changed []string
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if ex.Name != in.Name {
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changed = append(changed, "name")
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}
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// 性别只认 男/女:表里没填或填了其它值时不做比较,避免误报冲突。
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if in.Gender != "" && (ex.Gender == nil || *ex.Gender != in.Gender) {
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changed = append(changed, "gender")
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}
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// 年龄只在两边都有值且不同时算冲突:历史数据没有年龄,缺一边属于待补,不算冲突。
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if in.Age != nil && ex.Age != nil && *ex.Age != *in.Age {
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changed = append(changed, "age")
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}
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if ex.TeamID != in.TeamID {
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changed = append(changed, "teamCode")
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}
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if identityDiffers(ex.IDCard, in.IDCard) {
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changed = append(changed, "idCard")
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}
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if identityDiffers(ex.Bib, in.Bib) {
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changed = append(changed, "bib")
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}
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return changed
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}
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// identityDiffers 判断身份字段(证件号/号码布)是否冲突:两边都有值且不同才算。
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func identityDiffers(dbVal *string, inVal string) bool {
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return inVal != "" && dbVal != nil && *dbVal != "" && *dbVal != inVal
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}
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// backfillEmptyAthleteFields 只补库中为空的证件号/号码布/年龄,已有值不动(差异已由 changedAthleteFields 判过)。
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func (s *server) backfillEmptyAthleteFields(ctx context.Context, ex existingAthlete, in athleteImportRow) error {
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if in.IDCard != "" && (ex.IDCard == nil || *ex.IDCard == "") {
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if _, err := s.ev.ExecContext(ctx, `UPDATE athletes SET id_card = ? WHERE id = ?`, in.IDCard, ex.ID); err != nil {
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return internal(err)
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}
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}
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if in.Bib != "" && (ex.Bib == nil || *ex.Bib == "") {
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if _, err := s.ev.ExecContext(ctx, `UPDATE athletes SET bib = ? WHERE id = ?`, in.Bib, ex.ID); err != nil {
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return internal(err)
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}
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}
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if in.Age != nil && ex.Age == nil {
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if _, err := s.ev.ExecContext(ctx, `UPDATE athletes SET age = ? WHERE id = ?`, *in.Age, ex.ID); err != nil {
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return internal(err)
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}
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}
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return nil
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}
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func (s *server) importConflictFor(ctx context.Context, in athleteImportRow, ex existingAthlete, changed []string) (importConflict, error) {
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existingCode, err := s.teamCodeByID(ctx, ex.TeamID)
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if err != nil {
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return importConflict{}, err
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}
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return importConflict{
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Row: in.Line,
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IDCard: in.IDCard,
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Bib: in.Bib,
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AthleteID: ex.ID,
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Existing: importAthleteView{
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Name: ex.Name, Gender: ex.Gender, TeamCode: existingCode, EmployeeNo: ex.EmployeeNo,
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IDCard: ex.IDCard, Bib: ex.Bib, Age: ex.Age,
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},
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Incoming: importAthleteView{
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Name: in.Name, Gender: nilIfEmpty(in.Gender), TeamCode: in.TeamCode,
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IDCard: nilIfEmpty(in.IDCard), Bib: nilIfEmpty(in.Bib), Age: in.Age,
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},
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ChangedFields: changed,
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}, nil
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}
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func (s *server) teamCodeByID(ctx context.Context, id int64) (string, error) {
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if id == 0 {
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return "", nil
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}
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var code string
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if err := s.ev.QueryRowContext(ctx, `SELECT code FROM teams WHERE id = ?`, id).Scan(&code); err != nil {
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return "", internal(err)
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}
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return code, nil
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}
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// overwriteAthleteFromImport 用表里的字段覆盖库中人员(keep-new 决策)。
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// 表里没填的字段保留库里的值,避免决策后反而丢字段。
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func (s *server) overwriteAthleteFromImport(ctx context.Context, id int64, in athleteImportRow) error {
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if _, err := s.ev.ExecContext(ctx,
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`UPDATE athletes SET name = ?, team_id = ?, gender = COALESCE(?, gender),
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id_card = COALESCE(?, id_card), bib = COALESCE(?, bib), age = COALESCE(?, age) WHERE id = ?`,
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in.Name, in.TeamID, nullStr(&in.Gender), nullStr(&in.IDCard), nullStr(&in.Bib), nullInt(in.Age), id); err != nil {
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return internal(err)
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}
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return nil
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}
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// upsertImportedEntry 按「组别 + 单位 + 运动员」去重;返回 true 表示新建。
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func (s *server) upsertImportedEntry(ctx context.Context, in entryDTO) (bool, error) {
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var existing int64
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var err error
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if in.AthleteID != nil {
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err = s.ev.QueryRowContext(ctx,
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`SELECT id FROM entries WHERE category_id = ? AND team_id = ? AND athlete_id = ?`,
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in.CategoryID, in.TeamID, *in.AthleteID).Scan(&existing)
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} else {
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err = s.ev.QueryRowContext(ctx,
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`SELECT id FROM entries WHERE category_id = ? AND team_id = ? AND athlete_id IS NULL`,
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in.CategoryID, in.TeamID).Scan(&existing)
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}
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switch {
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case errors.Is(err, sql.ErrNoRows):
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if _, err := s.ev.ExecContext(ctx,
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`INSERT INTO entries (event_id, category_id, team_id, athlete_id, member_names, bib, seed, heat, status)
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VALUES (?, ?, ?, ?, ?, ?, ?, ?, ?)`,
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in.EventID, in.CategoryID, in.TeamID, nullI64(in.AthleteID), marshalNames(in.MemberNames),
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nullStr(in.Bib), nullStr(in.Seed), nullI64(in.Heat), orDefault(in.Status, "registered")); err != nil {
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return false, err
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}
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return true, nil
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case err != nil:
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return false, err
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default:
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if _, err := s.ev.ExecContext(ctx,
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`UPDATE entries SET member_names = ?, bib = ?, seed = ?, heat = ?, status = ? WHERE id = ?`,
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marshalNames(in.MemberNames), nullStr(in.Bib), nullStr(in.Seed), nullI64(in.Heat),
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orDefault(in.Status, "registered"), existing); err != nil {
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return false, err
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}
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return false, nil
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}
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}
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