ones. 2 2.1 Set In the set test, we insert unique integers as distinct rows into a table, and concurrently read the entire table to see what integers are present. We verify that every successfully inserted

statements. • Default value: 1000 • The type is UINT. Values less than 0 are converted to large integers. 1441 12.5.1.5.3 memory-guard-ratio • It is used to prevent performance.max-memory from being partitioning, you do not need to use the expression in the COLUMNS() clause to convert column values to integers. List COLUMNS partitioning can also be implemented using columns of the DATE and DATETIME types UInt8 #6127 – Fix the issue that TiFlash bootstrap fails when 0.0 is used as the default value for integers, for example, `i` int(11)NOT NULL DEFAULT '0.0' #3157 • Tools – Dumpling * Fix the issue that

cached statements. • Default value: 100 • The type is UINT. Values less than 0 are converted to large integers. 12.5.1.5.3 memory-guard-ratio • It is used to prevent performance.max-memory from being exceeded partitioning, you do not need to use the expression in the COLUMNS() clause to convert column values to integers. List COLUMNS partitioning can also be implemented using columns of the DATE and DATETIME types added #4596 – Fix the issue that TiFlash bootstrap fails when 0.0 is used as the default value for integers, for example, `i` int(11)NOT NULL DEFAULT '0.0' #3157 • Tools 2397 – TiDB Binlog * Fix the issue

cached statements. • Default value: 100 • The type is UINT. Values less than 0 are converted to large integers. 12.5.1.5.3 memory-guard-ratio • It is used to prevent performance.max-memory from being exceeded partitioning, you do not need to use the expression in the COLUMNS() clause to convert column values to integers. List COLUMNS partitioning can also be implemented using columns of the DATE and DATETIME types added #4596 – Fix the issue that TiFlash bootstrap fails when 0.0 is used as the default value for integers, for example, `i` int(11)NOT NULL DEFAULT '0.0' #3157 • Tools – TiDB Binlog * Fix the issue that

comparison operation are strings, they are compared as strings. • If both arguments are integers, they are compared as integers. • If no comparison is made with numbers, the hexadecimal value is treated as a binary BIGINT UNSIGNED fields as strings. • long: Avro handles BIGINT UNSIGNED fields as 64-bit signed integers. When the value is greater than 9223372036854775807, overflow will occur. The following is a configuration AUTO_RANDOM(5) with AUTO_RANDOM(5, 53) for unsigned columns, ensuring that TiDB does not assign integers greater than 9007199254740991 (2ˆ53-1) to the column. Values allocated implicitly to the AUTO_RANDOM

query results when executed multiple times #53505 @qw4990 • Fix the issue that non-BIGINT unsigned integers might produce incorrect results when compared with strings/decimals #41736 @LittleFall • Fix the comparison operation are strings, they are compared as strings. • If both arguments are integers, they are compared as integers. • If no comparison is made with numbers, the hexadecimal value is treated as a binary BIGINT UNSIGNED fields as strings. • long: Avro handles BIGINT UNSIGNED fields as 64-bit signed integers. When the value is greater than 9223372036854775807, overflow will occur. The following is a configuration

comparison operation are strings, they are compared as strings. • If both arguments are integers, they are compared as integers. • If no comparison is made with numbers, the hexadecimal value is treated as a binary BIGINT UNSIGNED fields as strings. • long: Avro handles BIGINT UNSIGNED fields as 64-bit signed integers. When the value is greater than 9223372036854775807, overflow will occur. The following is a configuration AUTO_RANDOM(5) with AUTO_RANDOM(5, 53) for unsigned columns, ensuring that TiDB does not assign integers greater than 9007199254740991 (2ˆ53-1) to the column. Values allocated implicitly to the AUTO_RANDOM

comparison operation are strings, they are compared as strings. • If both arguments are integers, they are compared as integers. • If no comparison is made with numbers, the hexadecimal value is treated as a binary BIGINT UNSIGNED fields as strings. • long: Avro handles BIGINT UNSIGNED fields as 64-bit signed integers. When the value is greater than 9223372036854775807, overflow will occur. The following is a configuration AUTO_RANDOM(5) with AUTO_RANDOM(5, 53) for unsigned columns, ensuring that TiDB does not assign integers greater than 9007199254740991 (2ˆ53-1) to the column. Values allocated implicitly to the AUTO_RANDOM

statements. • Default value: 1000 • The type is UINT. Values less than 0 are converted to large integers. 12.5.1.5.3 memory-guard-ratio • It is used to prevent performance.max-memory from being exceeded partitioning, you do not need to use the expression in the COLUMNS() clause to convert column values to integers. List COLUMNS partitioning can also be implemented using columns of the DATE and DATETIME types UInt8 #6127 – Fix the issue that TiFlash bootstrap fails when 0.0 is used as the default value for integers, for example, `i` int(11)NOT NULL DEFAULT '0.0' #3157 • Tools – Dumpling * Fix the issue that

comparison operation are strings, they are compared as strings. • If both arguments are integers, they are compared as integers. • If no comparison is made with numbers, the hexadecimal value is treated as a binary UNSIGNED fields as strings. 2861 • long: Avro handles BIGINT UNSIGNED fields as 64-bit signed integers. When the value is greater than 9223372036854775807, overflow will occur. The following is a configuration AUTO_RANDOM(5) with AUTO_RANDOM(5, 53) for unsigned columns, ensuring that TiDB does not assign integers greater than 9007199254740991 (2ˆ53-1) to the column. Values allocated implicitly to the AUTO_RANDOM