|
Add(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlBinaryExpression which represents an addition.
|
|
And(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlBinaryExpression which represents a bitwise AND operation.
|
|
AndAlso(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents a logical AND operation.
|
|
ApplyDefaultTypeMapping(SqlExpression)
|
Applies default type mapping to given SqlExpression.
|
|
ApplyTypeMapping(SqlExpression, RelationalTypeMapping)
|
Applies type mapping to the given SqlExpression.
|
|
Case(IReadOnlyList<CaseWhenClause>, SqlExpression)
|
Creates a new CaseExpression which represent a CASE statement in a SQL tree.
|
|
Case(SqlExpression, CaseWhenClause[])
|
Obsolete.
Creates a new CaseExpression which represent a CASE statement in a SQL tree.
|
|
Case(SqlExpression, IReadOnlyList<CaseWhenClause>, SqlExpression)
|
Creates a new CaseExpression which represent a CASE statement in a SQL tree.
|
|
Case(SqlExpression, SqlExpression, CaseWhenClause[])
|
|
Coalesce(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlFunctionExpression which represents a COALESCE operation.
|
|
Constant(Object, RelationalTypeMapping)
|
Creates a new SqlConstantExpression which represents a constant in a SQL tree.
|
|
Constant(Object, Type, RelationalTypeMapping)
|
Creates a new SqlConstantExpression which represents a constant in a SQL tree.
|
|
Convert(SqlExpression, Type, RelationalTypeMapping)
|
Creates a new SqlUnaryExpression which represent casting a SQL expression to different type.
|
|
Divide(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlBinaryExpression which represents a division.
|
|
Equal(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents an equality comparison.
|
|
Exists(SelectExpression, Boolean)
|
Creates a new ExistsExpression which represents an EXISTS operation in a SQL tree.
|
|
Exists(SelectExpression)
|
Creates a new ExistsExpression which represents an EXISTS operation in a SQL tree.
|
|
FindMapping(Type)
|
Obsolete.
Finds the type mapping for a given Type.
|
|
Fragment(String)
|
Creates a new SqlFragmentExpression which represents a SQL token.
|
|
Function(SqlExpression, String, IEnumerable<SqlExpression>, Boolean, Boolean, IEnumerable<Boolean>, Type, RelationalTypeMapping)
|
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(SqlExpression, String, IEnumerable<SqlExpression>, Type, RelationalTypeMapping)
|
Obsolete.
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(SqlExpression, String, Type, RelationalTypeMapping)
|
Obsolete.
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(String, IEnumerable<SqlExpression>, Boolean, IEnumerable<Boolean>, Type, RelationalTypeMapping)
|
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(String, IEnumerable<SqlExpression>, Type, RelationalTypeMapping)
|
Obsolete.
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(String, String, IEnumerable<SqlExpression>, Boolean, IEnumerable<Boolean>, Type, RelationalTypeMapping)
|
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(String, String, IEnumerable<SqlExpression>, Type, RelationalTypeMapping)
|
Obsolete.
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(String, String, Type, RelationalTypeMapping)
|
Obsolete.
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
Function(String, Type, RelationalTypeMapping)
|
Obsolete.
Creates a new SqlFunctionExpression which represents a function call in a SQL tree.
|
|
GetTypeMappingForValue(Object)
|
Obsolete.
Gets the relational database type for a given object, throwing if no mapping is found.
|
|
GreaterThan(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents a greater than comparison.
|
|
GreaterThanOrEqual(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents a greater than or equal comparison.
|
|
In(SqlExpression, IReadOnlyList<SqlExpression>)
|
Creates a new InExpression which represents an IN operation in a SQL tree.
|
|
In(SqlExpression, SelectExpression, Boolean)
|
Creates a new InExpression which represents an IN operation in a SQL tree.
|
|
In(SqlExpression, SelectExpression)
|
Creates a new InExpression which represents an IN operation in a SQL tree.
|
|
In(SqlExpression, SqlExpression, Boolean)
|
Creates a new InExpression which represents an IN operation in a SQL tree.
|
|
In(SqlExpression, SqlParameterExpression)
|
Creates a new InExpression which represents an IN operation in a SQL tree.
|
|
IsNotNull(SqlExpression)
|
Creates a new SqlUnaryExpression which represent inequality to null.
|
|
IsNull(SqlExpression)
|
Creates a new SqlUnaryExpression which represent equality to null.
|
|
LessThan(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents a less than comparison.
|
|
LessThanOrEqual(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents a less than or equal comparison.
|
|
Like(SqlExpression, SqlExpression, SqlExpression)
|
Creates a new InExpression which represents a LIKE in a SQL tree.
|
|
MakeBinary(ExpressionType, SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a new SqlBinaryExpression with the given arguments.
|
|
MakeUnary(ExpressionType, SqlExpression, Type, RelationalTypeMapping)
|
Creates a new SqlUnaryExpression with the given arguments.
|
|
Modulo(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlBinaryExpression which represents a modulo operation.
|
|
Multiply(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlBinaryExpression which represents a multiplication.
|
|
Negate(SqlExpression)
|
Creates a new SqlUnaryExpression which represent a negation operation in a SQL tree.
|
|
NiladicFunction(SqlExpression, String, Boolean, Boolean, Type, RelationalTypeMapping)
|
Creates a new SqlFunctionExpression which represents a niladic function call in a SQL tree.
|
|
NiladicFunction(String, Boolean, Type, RelationalTypeMapping)
|
Creates a new SqlFunctionExpression which represents a niladic function call in a SQL tree.
|
|
NiladicFunction(String, String, Boolean, Type, RelationalTypeMapping)
|
Creates a new SqlFunctionExpression which represents a niladic function call in a SQL tree.
|
|
Not(SqlExpression)
|
Creates a new SqlUnaryExpression which represent a NOT operation in a SQL tree.
|
|
NotEqual(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents an inequality comparison.
|
|
Or(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlBinaryExpression which represents a bitwise OR operation.
|
|
OrElse(SqlExpression, SqlExpression)
|
Creates a SqlBinaryExpression which represents a logical OR operation.
|
|
Select(IEntityType, String, Expression)
|
Obsolete.
Creates a new SelectExpression which represents a SELECT in a SQL tree projecting an entity type from
a table source created using a custom SQL.
|
|
Select(IEntityType, TableExpressionBase)
|
Creates a new SelectExpression which represents a SELECT in a SQL tree projecting an entity type from
a table source.
|
|
Select(IEntityType)
|
Creates a new SelectExpression which represents a SELECT in a SQL tree projecting an entity type from
a table source created using default mapping in the model.
|
|
Select(SqlExpression)
|
Creates a new SelectExpression which represents a SELECT in a SQL tree projecting a SqlExpression
or 1 from no table and without any composition.
|
|
Subtract(SqlExpression, SqlExpression, RelationalTypeMapping)
|
Creates a SqlBinaryExpression which represents a subtraction.
|
