Returns all sequences declared on the table, along with any auto-generated sequences that are not explicitly declared by the user but associated with the table.

source

open override val source: ColumnSet

Return the column set that contains this field set.

tableName

open val tableName: String

Returns the table name.

Functions

array

inline fun <E : Any> array(name: String, maximumCardinality: Int? = null): Column<List<E>>

Creates an array column, with the specified name, for storing elements of a List.

fun <E> array(name: String, columnType: ColumnType<E & Any>, maximumCardinality: Int? = null): Column<List<E>>

Creates an array column, with the specified name, for storing elements of a List using a base columnType.

inline fun <T : Any, R : List<Any>> Table.array(name: String, maximumCardinality: List<Int>? = null, dimensions: Int): Column<R>

fun <E, R : List<Any?>> Table.array(name: String, columnType: ColumnType<E & Any>, maximumCardinality: List<Int>? = null, dimensions: Int): Column<R>

Creates a multi-dimensional array column, with the specified name, for storing elements of a nested List. The number of dimensions is specified by the dimensions parameter.

array

inline fun <T : Any, R : List<Any>> Table.array(name: String, maximumCardinality: List<Int>? = null, dimensions: Int): Column<R>

fun <E, R : List<Any?>> Table.array(name: String, columnType: ColumnType<E & Any>, maximumCardinality: List<Int>? = null, dimensions: Int): Column<R>

Creates a multi-dimensional array column, with the specified name, for storing elements of a nested List. The number of dimensions is specified by the dimensions parameter.

autoGenerate

fun Column<UUID>.autoGenerate(): Column<UUID>

UUID column will auto generate its value on a client side just before an insert.

autoinc

fun <N : Any> Column<EntityID<N>>.~~autoinc~~(idSeqName: String? = null): Column<EntityID<N>>

autoIncrement

fun <N : Any> Column<N>.autoIncrement(idSeqName: String? = null): Column<N>

Make @receiver column an auto-increment column to generate its values in a database. Note: Only integer and long columns are supported (signed and unsigned types). Some databases, like PostgreSQL, support auto-increment via sequences. In this case a name should be provided using the idSeqName param and Exposed will create a sequence. If a sequence already exists in the database just use its name in idSeqName.

fun <N : Any> Column<N>.autoIncrement(sequence: Sequence): Column<N>

Make @receiver column an auto-increment column to generate its values in a database. Note: Only integer and long columns are supported (signed and unsigned types). Some databases, like PostgreSQL, support auto-increment via sequences. In this case, a sequence should be provided using the sequence param.

binary

fun binary(name: String): Column<ByteArray>

Creates a binary column, with the specified name, for storing byte arrays of arbitrary size.

fun binary(name: String, length: Int): Column<ByteArray>

Creates a binary column, with the specified name, for storing byte arrays with the specified maximum length.

blob

fun blob(name: String, useObjectIdentifier: Boolean = false): Column<ExposedBlob>

Creates a binary column, with the specified name, for storing BLOBs. If useObjectIdentifier is true, then the column will use the OID type on PostgreSQL for storing large binary objects. The parameter must not be true for other databases.

bool

fun bool(name: String): Column<Boolean>

Creates a column, with the specified name, for storing boolean values.

byte

fun byte(name: String): Column<Byte>

Creates a numeric column, with the specified name, for storing 1-byte integers.

char

fun char(name: String): Column<Char>

Creates a character column, with the specified name, for storing single characters.

fun char(name: String, length: Int, collate: String? = null): Column<String>

Creates a character column, with the specified name, for storing strings with the specified length using the specified text collate type. If no collate type is specified then the database default is used.

check

fun check(name: String = "", op: SqlExpressionBuilder.() -> Op<Boolean>)

Creates a check constraint in this table.

fun <T> Column<T>.check(name: String = "", op: SqlExpressionBuilder.(Column<T>) -> Op<Boolean>): Column<T>

Creates a check constraint in this column.

clientDefault

fun <T> Column<T>.clientDefault(defaultValue: () -> T): Column<T>

Sets the default value for this column in the client side.

createStatement

open override fun createStatement(): List<String>

Returns the list of DDL statements that create this object.

crossJoin

open infix override fun crossJoin(otherTable: ColumnSet): Join

Creates a cross join relation with otherTable.

customEnumeration

fun <T : Enum<T>> customEnumeration(name: String, sql: String? = null, fromDb: (Any) -> T, toDb: (T) -> Any): Column<T>

Creates an enumeration column, with the custom SQL type sql, for storing enums of type T using this database-specific type.

databaseGenerated

fun <T> Column<T>.databaseGenerated(): Column<T>

Marks a column as databaseGenerated if the default value of the column is not known at the time of table creation and/or if it depends on other columns. It makes it possible to omit setting it when inserting a new record, without getting an error. The value for the column can be set by creating a TRIGGER or with a DEFAULT clause or by using GENERATED ALWAYS AS via Column.withDefinition, for example.

decimal

fun decimal(name: String, precision: Int, scale: Int): Column<BigDecimal>

Creates a numeric column, with the specified name, for storing numbers with the specified precision and scale.

default

fun <T> Column<T>.default(defaultValue: T): Column<T>

fun <T> CompositeColumn<T>.default(defaultValue: T): CompositeColumn<T>

Sets the default value for this column in the database side.

defaultExpression

fun <T> Column<T>.defaultExpression(defaultValue: Expression<T>): Column<T>

Sets the default value for this column in the database side.

deleteAll

fun Table.deleteAll(): Int

Represents the SQL statement that deletes all rows in a table.

describe

open override fun describe(s: Transaction, queryBuilder: QueryBuilder)

Appends the SQL representation of this column set to the specified queryBuilder.

double

fun double(name: String): Column<Double>

Creates a numeric column, with the specified name, for storing 8-byte (double precision) floating-point numbers.

dropStatement

open override fun dropStatement(): List<String>

Returns the list of DDL statements that drops this object.

entityId

fun <T : Any> Column<T>.entityId(): Column<EntityID<T>>

Converts the @receiver column to an EntityID column.

fun <ID : Any> entityId(name: String, table: IdTable<ID>): Column<EntityID<ID>>

Creates an EntityID column, with the specified name, for storing the identifier of the specified table.

fun <ID : Any> entityId(name: String, originalColumn: Column<ID>): Column<EntityID<ID>>

Creates an EntityID column, with the specified name, for storing the same objects as the specified originalColumn.

enumeration

inline fun <T : Enum<T>> enumeration(name: String): Column<T>

Creates an enumeration column, with the specified name, for storing enums of type T by their ordinal.

fun <T : Enum<T>> enumeration(name: String, klass: KClass<T>): Column<T>

Creates an enumeration column, with the specified name, for storing enums of type klass by their ordinal.

enumerationByName

inline fun <T : Enum<T>> enumerationByName(name: String, length: Int): Column<T>

Creates an enumeration column, with the specified name, for storing enums of type T by their name. With the specified maximum length for each name value.

fun <T : Enum<T>> enumerationByName(name: String, length: Int, klass: KClass<T>): Column<T>

Creates an enumeration column, with the specified name, for storing enums of type klass by their name. With the specified maximum length for each name value.

equals

open operator override fun equals(other: Any?): Boolean

exists

fun Table.exists(): Boolean

Returns whether this table exists in the database.

float

fun float(name: String): Column<Float>

Creates a numeric column, with the specified name, for storing 4-byte (single precision) floating-point numbers.

foreignKey

fun foreignKey(vararg references: Pair<Column<*>, Column<*>>, onUpdate: ReferenceOption? = null, onDelete: ReferenceOption? = null, name: String? = null)

fun foreignKey(vararg from: Column<*>, target: Table.PrimaryKey, onUpdate: ReferenceOption? = null, onDelete: ReferenceOption? = null, name: String? = null)

Creates a composite foreign key.

fullJoin

open infix override fun fullJoin(otherTable: ColumnSet): Join

Creates a full outer join relation with otherTable.

hashCode

open override fun hashCode(): Int

index

fun index(isUnique: Boolean = false, vararg columns: Column<*>)

fun index(customIndexName: String? = null, isUnique: Boolean = false, vararg columns: Column<*>, functions: List<ExpressionWithColumnType<*>>? = null, indexType: String? = null, filterCondition: FilterCondition = null)

Creates an index.

fun <T> Column<T>.index(customIndexName: String? = null, isUnique: Boolean = false): Column<T>

Creates an index composed by this column only.

innerJoin

open infix override fun innerJoin(otherTable: ColumnSet): Join

Creates an inner join relation with otherTable.

integer

fun integer(name: String): Column<Int>

Creates a numeric column, with the specified name, for storing 4-byte integers.

join

open override fun join(otherTable: ColumnSet, joinType: JoinType, onColumn: Expression<*>?, otherColumn: Expression<*>?, lateral: Boolean, additionalConstraint: SqlExpressionBuilder.() -> Op<Boolean>?): Join

Creates a join relation with otherTable. When all joining options are absent Exposed will try to resolve referencing columns by itself.

joinQuery

fun Table.joinQuery(on: SqlExpressionBuilder.(QueryAlias) -> Op<Boolean>? = null, joinType: JoinType = JoinType.INNER, lateral: Boolean = false, joinPart: () -> AbstractQuery<*>): Join

Creates a join relation between this table and a query.

largeText

fun largeText(name: String, collate: String? = null, eagerLoading: Boolean = false): Column<String>

Creates a character column, with the specified name, for storing strings of large length using the specified collate type. If no collated type is specified, then the database default is used.

leftJoin

open infix override fun leftJoin(otherTable: ColumnSet): Join

Creates a left outer join relation with otherTable.

long

fun long(name: String): Column<Long>

Creates a numeric column, with the specified name, for storing 8-byte integers.

mediumText

fun mediumText(name: String, collate: String? = null, eagerLoading: Boolean = false): Column<String>

Creates a character column, with the specified name, for storing strings of medium length using the specified collate type. If no collated type is specified, then the database default is used.

modifyStatement

open override fun modifyStatement(): List<String>

Returns the list of DDL statements that modify this object.

nameInDatabaseCase

fun nameInDatabaseCase(): String

Returns the table name in proper case. Should be called within transaction or default tableName will be returned.

nameInDatabaseCaseUnquoted

fun nameInDatabaseCaseUnquoted(): String

Returns the table name, without schema and in proper case, with wrapping single- and double-quotation characters removed.

nullable

fun <T : Any, C : CompositeColumn<T>> C.nullable(): CompositeColumn<T?>

Marks this CompositeColumn as nullable.

fun <T : Any> Column<T>.nullable(): Column<T?>

Marks this column as nullable.

nullTransform

@JvmName(name = "nullTransform")

fun <Unwrapped : Any, Wrapped : Any> Column<Unwrapped>.nullTransform(transformer: ColumnTransformer<Unwrapped, Wrapped?>): Column<Wrapped?>

@JvmName(name = "nullTransform")

fun <Unwrapped : Any, Wrapped : Any> Column<Unwrapped>.nullTransform(wrap: (Unwrapped) -> Wrapped?, unwrap: (Wrapped?) -> Unwrapped): Column<Wrapped?>

Applies a special transformation that allows a non-nullable database column to accept and/or return values as null on the client side.

optReference

fun <T : Any> optReference(name: String, foreign: IdTable<T>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): Column<EntityID<T>?>

Creates a column with the specified name with an optional reference to the id column in foreign table with onDelete, onUpdate, and fkName options. onDelete and onUpdate options describe the behavior for how links between tables will be checked when deleting or changing corresponding columns' values. Such a relationship will be represented as a FOREIGN KEY constraint on table creation.

fun <T : Any> optReference(name: String, refColumn: Column<T>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): Column<T?>

@JvmName(name = "optReferenceByIdColumn")

fun <T : Any, E : EntityID<T>> optReference(name: String, refColumn: Column<E>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): Column<E?>

Creates a column with the specified name with an optional reference to the refColumn column with onDelete, onUpdate, and fkName options. onDelete and onUpdate options describe the behavior for how links between tables will be checked when deleting or changing corresponding columns' values. Such a relationship will be represented as a FOREIGN KEY constraint on table creation.

reference

fun <T : Any> reference(name: String, foreign: IdTable<T>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): Column<EntityID<T>>

Creates a column with the specified name with a reference to the id column in foreign table and with onDelete, onUpdate, and fkName options. onDelete and onUpdate options describe the behavior for how links between tables will be checked when deleting or changing corresponding columns' values. Such a relationship will be represented as a FOREIGN KEY constraint on table creation.

fun <T : Any> reference(name: String, refColumn: Column<T>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): Column<T>

@JvmName(name = "referenceByIdColumn")

fun <T : Any, E : EntityID<T>> reference(name: String, refColumn: Column<E>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): Column<E>

Creates a column with the specified name with a reference to the refColumn column and with onDelete, onUpdate, and fkName options. onDelete and onUpdate options describe the behavior for how links between tables will be checked when deleting or changing corresponding columns' values. Such a relationship will be represented as a FOREIGN KEY constraint on table creation.

references

infix fun <T : Any, S : T, C : Column<S>> C.references(ref: Column<T>): C

Creates a reference from this @receiver column to a ref column.

fun <T : Any, S : T, C : Column<S>> C.references(ref: Column<T>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): C

@JvmName(name = "referencesById")

fun <T : Any, S : T, C : Column<S>> C.references(ref: Column<EntityID<T>>, onDelete: ReferenceOption? = null, onUpdate: ReferenceOption? = null, fkName: String? = null): C

Creates a reference from this @receiver column to a ref column with onDelete, onUpdate, and fkName options. onDelete and onUpdate options describe the behavior for how links between tables will be checked when deleting or changing corresponding columns' values. Such a relationship will be represented as a FOREIGN KEY constraint on table creation.

registerColumn

fun <T> registerColumn(name: String, type: IColumnType<T & Any>): Column<T>

Adds a column of the specified type and with the specified name to the table.

registerCompositeColumn

fun <R, T : CompositeColumn<R>> registerCompositeColumn(column: T): T

Adds all wrapped column components of a CompositeColumn to the table.

replaceColumn

fun <TColumn : Column<*>> replaceColumn(oldColumn: Column<*>, newColumn: TColumn): TColumn

Replaces the specified oldColumn with the specified newColumn in the table. Mostly used internally by the library.

rightJoin

open infix override fun rightJoin(otherTable: ColumnSet): Join

Creates a right outer join relation with otherTable.

select

fun select(columns: List<Expression<*>>): Query

Creates a SELECT Query using a list of columns or expressions from this ColumnSet.

fun select(column: Expression<*>, vararg columns: Expression<*>): Query

Creates a SELECT Query by selecting either a single column, or a subset of columns, from this ColumnSet.

select

inline fun FieldSet.~~select~~(where: SqlExpressionBuilder.() -> Op<Boolean>): Query

fun FieldSet.~~select~~(where: Op<Boolean>): Query

selectAll

fun FieldSet.selectAll(): Query

Creates a SELECT Query by selecting all columns from this ColumnSet.

selectAllBatched

fun FieldSet.~~selectAllBatched~~(batchSize: Int = 1000): Iterable<Iterable<ResultRow>>

selectBatched

fun FieldSet.~~selectBatched~~(batchSize: Int = 1000, where: SqlExpressionBuilder.() -> Op<Boolean>): Iterable<Iterable<ResultRow>>

short

fun short(name: String): Column<Short>

Creates a numeric column, with the specified name, for storing 2-byte integers.

slice

fun ~~slice~~(columns: List<Expression<*>>): FieldSet

fun ~~slice~~(column: Expression<*>, vararg columns: Expression<*>): FieldSet

targetTables

fun ColumnSet.targetTables(): List<Table>

Returns the list of tables to which the columns in this column set belong.

text

fun text(name: String, collate: String? = null, eagerLoading: Boolean = false): Column<String>

Creates a character column, with the specified name, for storing strings of arbitrary length using the specified collate type. If no collated type is specified, then the database default is used.

transform

@JvmName(name = "transformNullable")

fun <Unwrapped : Any, Wrapped : Any> Column<Unwrapped?>.transform(transformer: ColumnTransformer<Unwrapped?, Wrapped?>): Column<Wrapped?>

Transforms a nullable column by specifying a transformer.

fun <Unwrapped : Any, Wrapped : Any> Column<Unwrapped>.transform(transformer: ColumnTransformer<Unwrapped, Wrapped>): Column<Wrapped>

Transforms a column by specifying a transformer.

@JvmName(name = "transformNullable")

fun <Unwrapped : Any, Wrapped : Any> Column<Unwrapped?>.transform(wrap: (Unwrapped?) -> Wrapped?, unwrap: (Wrapped?) -> Unwrapped?): Column<Wrapped?>

Transforms a nullable column by specifying transformation functions.

fun <Unwrapped : Any, Wrapped : Any> Column<Unwrapped>.transform(wrap: (Unwrapped) -> Wrapped, unwrap: (Wrapped) -> Unwrapped): Column<Wrapped>

Transforms a column by specifying transformation functions.

ubyte

fun ubyte(name: String): Column<UByte>

Creates a numeric column, with the specified name, for storing 1-byte unsigned integers.

uinteger

fun uinteger(name: String): Column<UInt>

Creates a numeric column, with the specified name, for storing 4-byte unsigned integers.

ulong

fun ulong(name: String): Column<ULong>

Creates a numeric column, with the specified name, for storing 8-byte unsigned integers.

uniqueIndex

fun <T> Column<T>.uniqueIndex(customIndexName: String? = null): Column<T>

Creates a unique index composed by this column only.

fun uniqueIndex(vararg columns: Column<*>, filterCondition: FilterCondition = null)

fun uniqueIndex(customIndexName: String? = null, vararg columns: Column<*>, functions: List<ExpressionWithColumnType<*>>? = null, filterCondition: FilterCondition = null)

Creates a unique index.

ushort

fun ushort(name: String): Column<UShort>

Creates a numeric column, with the specified name, for storing 2-byte unsigned integers.

uuid

fun uuid(name: String): Column<UUID>

Creates a binary column, with the specified name, for storing UUIDs.

varchar

fun varchar(name: String, length: Int, collate: String? = null): Column<String>

Creates a character column, with the specified name, for storing strings with the specified maximum length using the specified text collate type. If no collate type is specified then the database default is used.

withDefinition

fun <T> Column<T>.withDefinition(vararg definition: Any): Column<T>

Appends a database-specific column definition to this column's SQL in a CREATE TABLE statement.