INSERT INTO federated.t1 (name, bincol, floatval, other)
select * from federated.t1;
VALUES ('first', 0x65, 11.11, 1111);
INSERT INTO federated.t1 (name, bincol, floatval, other)
VALUES ('second', 0x66, 22.22, 2222);
INSERT INTO federated.t1 (name, bincol, floatval, other)
VALUES ('third', 'g', 22.22, 2222);
SELECT * FROM federated.t1;
id name bincol floatval other
id name bincol floatval other
1 first e 11.11 1111
1 first e 11.11 1111
2 second f 22.22 2222
2 second f 22.22 2222
3 third g 22.22 2222
3 third g 22.22 2222
select * from federated.t1 where name = 'second';
SELECT * FROM federated.t1 WHERE name = 'second';
id name bincol floatval other
id name bincol floatval other
2 second f 22.22 2222
2 second f 22.22 2222
select * from federated.t1 where bincol= 'f';
SELECT * FROM federated.t1 WHERE bincol= 'f';
id name bincol floatval other
id name bincol floatval other
2 second f 22.22 2222
2 second f 22.22 2222
select * from federated.t1 where bincol= 0x66;
SELECT * FROM federated.t1 WHERE bincol= 0x66;
id name bincol floatval other
id name bincol floatval other
2 second f 22.22 2222
2 second f 22.22 2222
select * from federated.t1 where bincol= 0x67;
SELECT * FROM federated.t1 WHERE bincol= 0x67;
id name bincol floatval other
id name bincol floatval other
3 third g 22.22 2222
3 third g 22.22 2222
select * from federated.t1 where bincol= 'g';
SELECT * FROM federated.t1 WHERE bincol= 'g';
id name bincol floatval other
id name bincol floatval other
3 third g 22.22 2222
3 third g 22.22 2222
select * from federated.t1 where floatval=11.11;
SELECT * FROM federated.t1 WHERE floatval=11.11;
id name bincol floatval other
id name bincol floatval other
1 first e 11.11 1111
1 first e 11.11 1111
select * from federated.t1 where name='third';
SELECT * FROM federated.t1 WHERE name='third';
id name bincol floatval other
id name bincol floatval other
3 third g 22.22 2222
3 third g 22.22 2222
select * from federated.t1 where other=2222;
SELECT * FROM federated.t1 WHERE other=2222;
id name bincol floatval other
id name bincol floatval other
2 second f 22.22 2222
2 second f 22.22 2222
3 third g 22.22 2222
3 third g 22.22 2222
select * from federated.t1 where name='third' and other=2222;
SELECT * FROM federated.t1 WHERE name='third' and other=2222;
id name bincol floatval other
id name bincol floatval other
3 third g 22.22 2222
3 third g 22.22 2222
drop table if exists federated.t1;
DROP TABLE IF EXISTS federated.t1;
CREATE TABLE federated.t1 (id int, name varchar(32), floatval float, other int) DEFAULT CHARSET=latin1;
CREATE TABLE federated.t1 (
drop table if exists federated.t1;
`id` int,
CREATE TABLE federated.t1 (id int, name varchar(32), floatval float, other int) ENGINE="FEDERATED" DEFAULT CHARSET=latin1 COMMENT='mysql://root@127.0.0.1:9308/federated/t1';
`name` varchar(32),
insert into federated.t1 values (NULL, NULL, NULL, NULL);
`floatval` float,
insert into federated.t1 values ();
`other` int)
insert into federated.t1 (id) values (1);
DEFAULT CHARSET=latin1;
insert into federated.t1 (name, floatval, other) values ('foo', 33.33333332, NULL);
DROP TABLE IF EXISTS federated.t1;
insert into federated.t1 (name, floatval, other) values (0, 00.3333, NULL);
INSERT INTO federated.t1 VALUES (1, " MySQL supports a number of column types in several categories: numeric types, date and time types, and string (character) types. This chapter first gives an overview of these column types, and then provides a more detailed description of the properties of the types in each category, and a summary of the column type storage requirements. The overview is intentionally brief. The more detailed descriptions should be consulted for additional information about particular column types, such as the allowable formats in which you can specify values.");
INSERT INTO federated.t1 VALUES (1, " MySQL supports a number of column types in several categories: numeric types, date and time types, and string (character) types. This chapter first gives an overview of these column types, and then provides a more detailed description of the properties of the types in each category, and a summary of the column type storage requirements. The overview is intentionally brief. The more detailed descriptions should be consulted for additional information about particular column types, such as the allowable formats in which you can specify values.");
INSERT INTO federated.t1 VALUES (2, "All arithmetic is done using signed BIGINT or DOUBLE values, so you should not use unsigned big integers larger than 9223372036854775807 (63 bits) except with bit functions! If you do that, some of the last digits in the result may be wrong because of rounding errors when converting a BIGINT value to a DOUBLE.");
INSERT INTO federated.t1 VALUES (2, "All arithmetic is done using signed BIGINT or DOUBLE values, so you should not use unsigned big integers larger than 9223372036854775807 (63 bits) except with bit functions! If you do that, some of the last digits in the result may be wrong because of rounding errors when converting a BIGINT value to a DOUBLE.");
INSERT INTO federated.t1 VALUES (3, " A floating-point number. p represents the precision. It can be from 0 to 24 for a single-precision floating-point number and from 25 to 53 for a double-precision floating-point number. These types are like the FLOAT and DOUBLE types described immediately following. FLOAT(p) has the same range as the corresponding FLOAT and DOUBLE types, but the display size and number of decimals are undefined. ");
INSERT INTO federated.t1 VALUES (3, " A floating-point number. p represents the precision. It can be from 0 to 24 for a single-precision floating-point number and from 25 to 53 for a double-precision floating-point number. These types are like the FLOAT and DOUBLE types described immediately following. FLOAT(p) has the same range as the corresponding FLOAT and DOUBLE types, but the display size and number of decimals are undefined. ");
INSERT INTO federated.t1 VALUES(4, "Die bersetzung einer so umfangreichen technischen Dokumentation wie des MySQL-Referenzhandbuchs ist schon eine besondere Herausforderung. Zumindest fr jemanden, der seine Zielsprache ernst nimmt:");
INSERT INTO federated.t1 VALUES(4, "Die bersetzung einer so umfangreichen technischen Dokumentation wie des MySQL-Referenzhandbuchs ist schon eine besondere Herausforderung. Zumindest fr jemanden, der seine Zielsprache ernst nimmt:");
select * from federated.t1;
SELECT * FROM federated.t1;
blurb_id blurb
blurb_id blurb
1 MySQL supports a number of column types in several categories: numeric types, date and time types, and string (character) types. This chapter first gives an overview of these column types, and then provides a more detailed description of the properties of the types in each category, and a summary of the column type storage requirements. The overview is intentionally brief. The more detailed descriptions should be consulted for additional information about particular column types, such as the allowable formats in which you can specify values.
1 MySQL supports a number of column types in several categories: numeric types, date and time types, and string (character) types. This chapter first gives an overview of these column types, and then provides a more detailed description of the properties of the types in each category, and a summary of the column type storage requirements. The overview is intentionally brief. The more detailed descriptions should be consulted for additional information about particular column types, such as the allowable formats in which you can specify values.
2 All arithmetic is done using signed BIGINT or DOUBLE values, so you should not use unsigned big integers larger than 9223372036854775807 (63 bits) except with bit functions! If you do that, some of the last digits in the result may be wrong because of rounding errors when converting a BIGINT value to a DOUBLE.
2 All arithmetic is done using signed BIGINT or DOUBLE values, so you should not use unsigned big integers larger than 9223372036854775807 (63 bits) except with bit functions! If you do that, some of the last digits in the result may be wrong because of rounding errors when converting a BIGINT value to a DOUBLE.
3 A floating-point number. p represents the precision. It can be from 0 to 24 for a single-precision floating-point number and from 25 to 53 for a double-precision floating-point number. These types are like the FLOAT and DOUBLE types described immediately following. FLOAT(p) has the same range as the corresponding FLOAT and DOUBLE types, but the display size and number of decimals are undefined.
3 A floating-point number. p represents the precision. It can be from 0 to 24 for a single-precision floating-point number and from 25 to 53 for a double-precision floating-point number. These types are like the FLOAT and DOUBLE types described immediately following. FLOAT(p) has the same range as the corresponding FLOAT and DOUBLE types, but the display size and number of decimals are undefined.
4 Die bersetzung einer so umfangreichen technischen Dokumentation wie des MySQL-Referenzhandbuchs ist schon eine besondere Herausforderung. Zumindest fr jemanden, der seine Zielsprache ernst nimmt:
4 Die bersetzung einer so umfangreichen technischen Dokumentation wie des MySQL-Referenzhandbuchs ist schon eine besondere Herausforderung. Zumindest fr jemanden, der seine Zielsprache ernst nimmt:
drop table if exists federated.t1;
DROP TABLE IF EXISTS federated.t1;
create table federated.t1 (a int not null, b int not null, c int not null, primary key (a),key(b));
CREATE TABLE federated.t1 (
drop table if exists federated.t1;
`a` int NOT NULL,
create table federated.t1 (a int not null, b int not null, c int not null, primary key (a),key(b)) ENGINE="FEDERATED" DEFAULT CHARSET=latin1 COMMENT='mysql://root@127.0.0.1:9308/federated/t1';
`b` int NOT NULL,
insert into federated.t1 values (3,3,3),(1,1,1),(2,2,2),(4,4,4);
insert into federated.countries (country) values ('India');
`id` int(20) NOT NULL auto_increment,
insert into federated.countries (country) values ('Germany');
`country` varchar(32),
insert into federated.countries (country) values ('Italy');
PRIMARY KEY (id));
insert into federated.countries (country) values ('Finland');
INSERT INTO federated.countries (country) VALUES ('India');
insert into federated.countries (country) values ('Ukraine');
INSERT INTO federated.countries (country) VALUES ('Germany');
select federated.t1.*, federated.countries.country from federated.t1 left join federated.countries on federated.t1.country_id = federated.countries.id;
INSERT INTO federated.countries (country) VALUES ('Italy');
INSERT INTO federated.countries (country) VALUES ('Finland');
INSERT INTO federated.countries (country) VALUES ('Ukraine');
INSERTINTOfederated.t1VALUES(1," MySQL supports a number of column types in several categories: numeric types, date and time types, and string (character) types. This chapter first gives an overview of these column types, and then provides a more detailed description of the properties of the types in each category, and a summary of the column type storage requirements. The overview is intentionally brief. The more detailed descriptions should be consulted for additional information about particular column types, such as the allowable formats in which you can specify values.");
INSERTINTOfederated.t1VALUES(1," MySQL supports a number of column types in several categories: numeric types, date and time types, and string (character) types. This chapter first gives an overview of these column types, and then provides a more detailed description of the properties of the types in each category, and a summary of the column type storage requirements. The overview is intentionally brief. The more detailed descriptions should be consulted for additional information about particular column types, such as the allowable formats in which you can specify values.");
INSERTINTOfederated.t1VALUES(2,"All arithmetic is done using signed BIGINT or DOUBLE values, so you should not use unsigned big integers larger than 9223372036854775807 (63 bits) except with bit functions! If you do that, some of the last digits in the result may be wrong because of rounding errors when converting a BIGINT value to a DOUBLE.");
INSERTINTOfederated.t1VALUES(2,"All arithmetic is done using signed BIGINT or DOUBLE values, so you should not use unsigned big integers larger than 9223372036854775807 (63 bits) except with bit functions! If you do that, some of the last digits in the result may be wrong because of rounding errors when converting a BIGINT value to a DOUBLE.");
INSERTINTOfederated.t1VALUES(3," A floating-point number. p represents the precision. It can be from 0 to 24 for a single-precision floating-point number and from 25 to 53 for a double-precision floating-point number. These types are like the FLOAT and DOUBLE types described immediately following. FLOAT(p) has the same range as the corresponding FLOAT and DOUBLE types, but the display size and number of decimals are undefined. ");
INSERTINTOfederated.t1VALUES(3," A floating-point number. p represents the precision. It can be from 0 to 24 for a single-precision floating-point number and from 25 to 53 for a double-precision floating-point number. These types are like the FLOAT and DOUBLE types described immediately following. FLOAT(p) has the same range as the corresponding FLOAT and DOUBLE types, but the display size and number of decimals are undefined. ");
INSERTINTOfederated.t1VALUES(4,"Die bersetzung einer so umfangreichen technischen Dokumentation wie des MySQL-Referenzhandbuchs ist schon eine besondere Herausforderung. Zumindest fr jemanden, der seine Zielsprache ernst nimmt:");
INSERTINTOfederated.t1VALUES(4,"Die bersetzung einer so umfangreichen technischen Dokumentation wie des MySQL-Referenzhandbuchs ist schon eine besondere Herausforderung. Zumindest fr jemanden, der seine Zielsprache ernst nimmt:");
