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MongoDB request DSLopensavvy.ktmongo.dsl.queryFilterQuerybitsAllClear

bitsAllClear

open infix fun Field<T, *>.bitsAllClear(mask: )

Matches documents where all bit positions present in mask are clear (i.e., 0) in the current field.

This operator will not match numerical values that cannot be represented as a signed 64-bit integer (e.g. Decimal128) nor ones that have a fractional component.

Example

class User(
    val name: String,
    val age: Int?,
)

collection.find {
    User::age bitsAllClear UInt.MAX_VALUE
}

Performance

Queries cannot use indexes for this operator, but they can use indexes for other operators.

External resources

open infix fun KProperty1<T, *>.bitsAllClear(mask: )

Matches documents where all bit positions present in mask are clear (i.e., 0) in the current field.

This operator will not match numerical values that cannot be represented as a signed 64-bit integer (e.g. Decimal128) nor ones that have a fractional component.

Example

class User(
    val name: String,
    val age: Int?,
)

collection.find {
    User::age bitsAllClear UInt.MAX_VALUE
}

Performance

Queries cannot use indexes for this operator, but they can use indexes for other operators.

External resources

open infix fun Field<T, *>.bitsAllClear(mask: ByteArray)

Matches documents where all bit positions present in mask are clear (i.e., 0) in the current field.

This operator will not match numerical values that cannot be represented as a signed 64-bit integer (e.g. Decimal128) nor ones that have a fractional component.

Performance

Queries cannot use indexes for this operator, but they can use indexes for other operators.

External resources

open infix fun KProperty1<T, *>.bitsAllClear(mask: ByteArray)

Matches documents where all bit positions present in mask are clear (i.e., 0) in the current field.

This operator will not match numerical values that cannot be represented as a signed 64-bit integer (e.g. Decimal128) nor ones that have a fractional component.

Performance

Queries cannot use indexes for this operator, but they can use indexes for other operators.

External resources