Define a Player model, which represents the `players` table. model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) no LIMIT clause 4512 Name Description LAST_ �→ INSERT �→ _ID �→ () Return the value of the AUTOINCREMENT �→ column for the last INSERT ROW_ �→ COUNT �→ () The number of rows affected SCHEMA �→ () arrays were out of bounds when Window Functions are used #12660 • Improve the behavior of the AutoIncrement column when it is implicitly allocated, to keep it consistent with the default mode of MySQL auto-increment

Define a Player model, which represents the `players` table. model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) no LIMIT clause 4437 Name Description LAST_ �→ INSERT �→ _ID �→ () Return the value of the AUTOINCREMENT �→ column for the last INSERT ROW_ �→ COUNT �→ () The number of rows affected SCHEMA �→ () arrays were out of bounds when Window Functions are used #12660 • Improve the behavior of the AutoIncrement column when it is implicitly allocated, to keep it consistent with the default mode of MySQL auto-increment

Define a Player model, which represents the `players` table. model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) no LIMIT clause 4459 Name Description LAST_ �→ INSERT �→ _ID �→ () Return the value of the AUTOINCREMENT �→ column for the last INSERT ROW_ �→ COUNT �→ () The number of rows affected SCHEMA �→ () arrays were out of bounds when Window Functions are used #12660 • Improve the behavior of the AutoIncrement column when it is implicitly allocated, to keep it consistent with the default mode of MySQL auto-increment

Define a Player model, which represents the `players` table. model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) are returned if there is no LIMIT clause LAST_ �→ INSERT �→ _ID �→ () Return the value of the AUTOINCREMENT �→ column for the last INSERT ROW_ �→ COUNT �→ () The number of rows affected SCHEMA �→ () arrays were out of bounds when Window Functions are used #12660 • Improve the behavior of the AutoIncrement column when it is implicitly allocated, to keep it consistent with the default mode of MySQL auto-increment

Define a Player model, which represents the `players` table. model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) are returned if there is no LIMIT clause LAST_ �→ INSERT �→ _ID �→ () Return the value of the AUTOINCREMENT �→ column for the last INSERT ROW_ �→ COUNT �→ () The number of rows affected SCHEMA �→ () arrays were out of bounds when Window Functions are used #12660 • Improve the behavior of the AutoIncrement column when it is implicitly allocated, to keep it consistent with the default mode of MySQL auto-increment

prisma.schema 文件中的模型定义： // 定义一个 Player 模型，表示 `players` 表。 model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) 4096，减少输出被截断 SQL 的数量，此参数可通过 SQL 动态调整 #12491 • 支持在列属性上添加 AutoRandom 关键字，用于控制系统自动为主键分配随机整数，避免 AutoIncrement 自增主键带来的写入热点问题 #13127 • 支持表级锁 (Table Locks) #11038 • ADMIN SHOW DDL JOBS 支持 LIKE 或 WHERE 语法进行条件过滤 – 修复使用 Window Functions 时发生数组越界的问题 #12660 – 改进 AutoIncrement 列隐式分配时的行为，与 MySQL 自增锁的默认模式 (“consecutive” lock mode) 保 持一致：对于单行 Insert 语句的多个自增 AutoIncrement ID 的隐式分配，TiDB 保证分配值的连续性。 该改进保证 JDBC getGeneratedKeys()

prisma.schema 文件中的模型定义： // 定义一个 Player 模型，表示 `players` 表。 model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) 4096，减少输出被截断 SQL 的数量，此参数可通过 SQL 动态调整 #12491 • 支持在列属性上添加 AutoRandom 关键字，用于控制系统自动为主键分配随机整数，避免 AutoIncrement 自增主键带来的写入热点问题 #13127 • 支持表级锁 (Table Locks) #11038 • ADMIN SHOW DDL JOBS 支持 LIKE 或 WHERE 语法进行条件过滤 – 修复使用 Window Functions 时发生数组越界的问题 #12660 – 改进 AutoIncrement 列隐式分配时的行为，与 MySQL 自增锁的默认模式 (“consecutive” lock mode) 保 持一致：对于单行 Insert 语句的多个自增 AutoIncrement ID 的隐式分配，TiDB 保证分配值的连续性。 该改进保证 JDBC getGeneratedKeys()

prisma.schema 文件中的模型定义： // 定义一个 Player 模型，表示 `players` 表。 model Player { id Int @id @default(autoincrement()) name String @unique(map: "uk_player_on_name") @db.VarChar(50) coins Decimal @default(0) 4096，减少输出被截断 SQL 的数量，此参数可通过 SQL 动态调整 #12491 • 支持在列属性上添加 AutoRandom 关键字，用于控制系统自动为主键分配随机整数，避免 AutoIncrement 自增主键带来的写入热点问题 #13127 • 支持表级锁 (Table Locks) #11038 • ADMIN SHOW DDL JOBS 支持 LIKE 或 WHERE 语法进行条件过滤 – 修复使用 Window Functions 时发生数组越界的问题 #12660 – 改进 AutoIncrement 列隐式分配时的行为，与 MySQL 自增锁的默认模式 (“consecutive” lock mode) 保 持一致：对于单行 Insert 语句的多个自增 AutoIncrement ID 的隐式分配，TiDB 保证分配值的连续性。 该改进保证 JDBC getGeneratedKeys()

additional animation effects. ttk.Progressbar class ttk.Progressbar start([interval]) Begin autoincrement mode: schedules a recurring timer event that calls Progressbar.step() every interval milliseconds Increments the progress bar’s value by amount. amount defaults to 1.0 if omitted. stop() Stop autoincrement mode: cancels any recurring timer event initiated by Progressbar.start() for this progress bar

additional animation effects. ttk.Progressbar class ttk.Progressbar start([interval]) Begin autoincrement mode: schedules a recurring timer event that calls Progressbar.step() every interval milliseconds Increments the progress bar’s value by amount. amount defaults to 1.0 if omitted. stop() Stop autoincrement mode: cancels any recurring timer event initiated by Progressbar.start() for this progress bar