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((For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.), The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.,(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.), The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.,(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.),(For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count., The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format., The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.))

For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count. The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format. The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count. The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format. The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count. The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format. The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.For other storage engines, such as InnoDB, this value is an approximation, and may vary from the actual value by as much as 40 to 50%. In such cases, use SELECT COUNT(*) to obtain an accurate count. The row storage format (Fixed, Dynamic, Compressed, Redundant, Compact). Starting with MySQL/InnoDB 5.0.3, the format of InnoDB tables is reported as Redundant or Compact. Before 5.0.3, InnoDB tables are always in the Redundant format. The storage engine for the table. Before MySQL 4.1.2, this value is labeled as Type. See Chapter 14, MySQL Storage Engines and Table Types.