cql

package base::cql

Types

Type	Kind	Description
`AccentI`	struct	Accent-insensitive Comparison.
`AccentIOpEnum`	enum
`AndOrExpression`	struct
`AndOrExpressionOpEnum`	enum
`ArithmeticExpression`	struct
`ArithmeticExpressionOpEnum`	enum
`ArithmeticOperand`	union
`ArithmeticOperands`	typedef
`ArithmeticOperandsTypeEnum`	enum
`ArrayExpression`	union
`ArrayExpressions`	typedef
`ArrayExpressionTypeEnum`	enum
`ArrayOperand`	union
`ArrayOperands`	typedef
`ArrayOperandTypeEnum`	enum
`ArrayPredicate`	struct
`ArrayPredicateOpEnum`	enum
`BinaryComparisonPredicate`	struct
`BinaryComparisonPredicateOpEnum`	enum
`CaseI`	struct	Case-insensitive Comparison.
`CaseIOpEnum`	enum
`CharacterExpression`	union
`CharacterExpressionTypeEnum`	enum
`ComparisonPredicate`	union
`ComparisonPredicateTypeEnum`	enum
`Coordinates`	typedef	A position is an array of numbers. There MUST be two or more elements. The first two elements are longitude and latitude, or easting and northing, precisely in that order and using decimal numbers. Altitude or elevation MAY be included as an optional third element. See RFC 7946 chapter 3.1.1
`CQL2Expression`	union	A CQL2 filter expression is an expression that defines a logically connected set of predicates that are evaluated for each item of a collection. Each predicate is an operator with operands where the number of operands depends on the operator. An operand is either a literal, a property, a standardized or custom function or an arithmetic expression.
`CQL2ExpressionTypeEnum`	enum	Discriminator for different kinds of CQL2 expressions.
`DateString`	typedef
`FunctionRef`	struct
`FunctionRefArgument`	union
`FunctionRefArgumentTypeEnum`	enum
`FunctionRefOp`	struct
`FunctionRefOpEnum`	enum
`GeometryCollection`	struct	To maximize interoperability, implementations SHOULD avoid nested GeometryCollections. Furthermore, GeometryCollections composed of a single part or a number of parts of a single type SHOULD be avoided when that single part or a single object of multi part type (MultiPoint, MultiLineString, or MultiPolygon) could be used instead.
`GeometryLiteral`	union
`GeometryLiteralTypeEnum`	enum
`InListOperands`	typedef
`InstantString`	union
`InstantStringTypeEnum`	enum
`IntervalArray`	typedef
`IntervalArrayItem`	union
`IntervalArrayItemTypeEnum`	enum
`IntervalInstance`	struct
`IsBetweenOperands`	typedef
`IsBetweenOperandsItem`	union
`IsBetweenOperandsItemTypeEnum`	enum
`IsBetweenPredicate`	struct
`IsBetweenPredicateOpEnum`	enum
`IsInListPredicate`	struct
`IsInListPredicateOpEnum`	enum
`IsLikeOperand`	union
`IsLikeOperandTypeEnum`	enum
`IsLikePredicate`	struct
`IsLikePredicateOpEnum`	enum
`IsNullOperand`	union
`IsNullOperandTypeEnum`	enum
`IsNullPredicate`	struct
`IsNullPredicateOpEnum`	enum
`LineString`	struct
`LineStringCoordinates`	typedef
`MultiLineString`	struct
`MultiLineStringCoordinates`	typedef
`MultiPoint`	struct
`MultiPolygon`	struct
`MultiPolygonCoordinates`	typedef
`NotExpression`	struct
`NotExpressionOpEnum`	enum
`NumericExpression`	union
`NumericExpressionTypeEnum`	enum
`Point`	struct
`Polygon`	struct
`PolygonCoordinates`	typedef
`PropertyRef`	struct
`ScalarExpression`	union
`ScalarExpressionTypeEnum`	enum
`ScalarOperands`	typedef
`SpatialOperands`	union
`SpatialOperandsTypeEnum`	enum
`SpatialPredicate`	struct
`SpatialPredicateOpEnum`	enum
`TemporalInstance`	union
`TemporalInstanceTypeEnum`	enum
`TemporalOperands`	typedef
`TemporalOperandsItem`	union
`TemporalOperandsItemTypeEnum`	enum
`TemporalPredicate`	struct
`TemporalPredicateOpEnum`	enum
`TimestampString`	typedef