small int range

MySQL database design, which, for Data performance optimization, field type considerations are important, collected some information, organized to share, this is about the MySQL integer bigint, int, mediumint, smallint and tinyint syntax

MySQL database design, which, for Data performance optimization, field type considerations are important, collected some information, organized to share, this is about the MySQL integer bigint, int, mediumint, smallint and tinyint syntax

Mysql database design, which is important for data performance optimization and field type consideration. some information is collected and shared, this section describes the syntax of mysql bigint, int, mediumint, smallint, and tinyint, as follows:

MySQL database design, which, for Data performance optimization, field type considerations are important, collected some information, organized to share, this is about the MySQL integer bigint, int, mediumint, smallint and tinyint syntax

MySQL database design, which, for Data performance optimization, field type considerations are important, collected some information, organized to share, this is about the MySQL integer bigint, int, mediumint, smallint and tinyint syntax

74277381MySQL database design, where the performance optimization, field type is very important, the following bigint, int, mediumint, smallint and tinyint range of values for a simple summary, for viewing.1, bigintInteger data (all numbers) from -2^

#include #include #include using namespace Std;int main () {cout ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) ()

#include #include #include using namespace Std;int main () {cout ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) ()

#include #include #include using namespace Std;int main () {cout ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) ()

#include #include #include using namespace Std;int main () {cout ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) (); cout ::min) () ::max) ()