Coverage Summary for Class: SQLite (com.kotlinorm.enums)
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Method, %
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Line, %
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Instruction, %
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| SQLite |
0%
(0/1)
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0%
(0/1)
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0%
(0/3)
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| SQLite$KIndexType |
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| Total |
0%
(0/1)
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0%
(0/1)
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0%
(0/3)
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/**
* Copyright 2022-2025 kronos-orm
*
* Licensed under the Apache License, Version 2.0 (the "License");
* you may not use this file except in compliance with the License.
* You may obtain a copy of the License at
*
* http://www.apache.org/licenses/LICENSE-2.0
*
* Unless required by applicable law or agreed to in writing, software
* distributed under the License is distributed on an "AS IS" BASIS,
* WITHOUT WARRANTIES OR CONDITIONS OF ANY KIND, either express or implied.
* See the License for the specific language governing permissions and
* limitations under the License.
*/
package com.kotlinorm.enums
/**
* This object represents the MySQL database type.
*
* It contains two nested objects, KIndexMethod and KIndexType, which define the index methods and types supported by MySQL.
*/
object Mysql {
/**
* This property represents the type of the database, which is MySQL in this case.
*/
val type = DBType.Mysql
/**
* This object represents the index methods supported by MySQL.
*
* It contains two constants, BTREE and HASH, which represent the B-tree and hash index methods respectively.
*/
object KIndexMethod {
/**
* This constant represents the B-tree index method.
*/
const val BTREE = "BTREE"
/**
* This constant represents the hash index method.
*/
const val HASH = "HASH"
/**
* This constant represents the full-text index method.
*/
const val FULLTEXT = "FULLTEXT"
/**
* This constant represents the spatial index method.
*/
const val SPATIAL = "SPATIAL"
}
/**
* This object represents the index types supported by MySQL.
*
* It contains six constants, NORMAL, UNIQUE, FULLTEXT, SPATIAL, BTREE, and HASH, which represent the normal, unique, full-text, spatial, B-tree, and hash index types respectively.
*/
object KIndexType {
/**
* This constant represents the normal index type.
*/
const val NORMAL = "NORMAL"
/**
* This constant represents the unique index type.
*/
const val UNIQUE = "UNIQUE"
/**
* This constant represents the full-text index type.
*/
const val FULLTEXT = "FULLTEXT"
/**
* This constant represents the spatial index type.
*/
const val SPATIAL = "SPATIAL"
}
}
/**
* This object represents the Oracle database type.
*
* It contains two nested objects, KIndexMethod and KIndexType, which define the index methods and types supported by Oracle.
*/
object Oracle {
/**
* This property represents the type of the database, which is Oracle in this case.
*/
val type = DBType.Oracle
/**
* This object represents the index types supported by Oracle.
*
* It contains three constants, NORMAL, UNIQUE, and BITMAP, which represent the normal, unique, and bitmap index types respectively.
*/
object KIndexType {
/**
* This constant represents the normal index type.
*/
const val NORMAL = "NORMAL"
/**
* This constant represents the unique index type.
*/
const val UNIQUE = "UNIQUE"
/**
* This constant represents the bitmap index type.
*/
const val BITMAP = "BITMAP"
}
}
/**
* This object represents the SQL Server database type.
*
* It contains two nested objects, KIndexMethod and KIndexType, which define the index methods and types supported by SQL Server.
*/
object SqlServer {
/**
* This property represents the type of the database, which is SQL Server in this case.
*/
val type = DBType.Mssql
/**
* This object represents the index methods supported by SQL Server.
*
* It contains two constants, CLUSTERED and NONCLUSTERED, which represent the clustered and non-clustered index methods respectively.
*/
object KIndexMethod {
const val UNIQUE = "UNIQUE"
}
/**
* This object represents the index types supported by SQL Server.
*
* It contains two constants, NORMAL and UNIQUE, which represent the normal and unique index types respectively.
*/
object KIndexType {
/**
* This constant represents the clustered index method.
*/
const val CLUSTERED = "CLUSTERED"
/**
* This constant represents the non-clustered index method.
*/
const val NONCLUSTERED = "NONCLUSTERED"
/**
* This constant represents the XML index method.
*/
const val XML = "XML"
/**
* This constant represents the spatial index method.
*/
const val SPATIAL = "SPATIAL"
}
}
/**
* This object represents the PostgreSQL database type.
*
* It contains two nested objects, KIndexMethod and KIndexType, which define the index methods and types supported by PostgreSQL.
*/
object Postgres {
/**
* This property represents the type of the database, which is PostgreSQL in this case.
*/
val type = DBType.Postgres
/**
* This object represents the index methods supported by PostgreSQL.
*
* It contains five constants, BTREE, HASH, GIST, SPGIST, and GIN, which represent the B-tree, hash, GiST, SP-GiST, and GIN index methods respectively.
*/
object KIndexMethod {
/**
* This constant represents the B-tree index method.
*/
const val BTREE = "BTREE"
/**
* This constant represents the hash index method.
*/
const val HASH = "HASH"
/**
* This constant represents the GiST index method.
*/
const val GIST = "GIST"
/**
* This constant represents the SP-GiST index method.
*/
const val SPGIST = "SPGIST"
/**
* This constant represents the GIN index method.
*/
const val GIN = "GIN"
/**
* This constant represents the BRIN index method.
*/
const val BRIN = "BRIN"
}
object KIndexType {
const val UNIQUE = "UNIQUE"
}
}
/**
* This object represents the SQLite database type.
*
* It contains two nested objects, KIndexMethod and KIndexType, which define the index methods and types supported by SQLite.
*/
object SQLite {
/**
* This property represents the type of the database, which is SQLite in this case.
*/
val type = DBType.SQLite
/**
* This object represents the index types supported by SQLite.
*
* It contains two constants, NORMAL and UNIQUE, which represent the normal and unique index types respectively.
*/
object KIndexType {
const val UNIQUE = "UNIQUE"
}
}