IAddressOperations (Deedle)

IAddressOperations Type

Namespace: Deedle
Assembly: Deedle.dll
Parent Module: Addressing
Base Type: obj
All Interfaces: IAddressOperations

Various implementations can use different schemes for working with addresses (for example, address can be just a global offset, or it can be pair of `int32` values that store partition and offset in a partition). This interface represents a specific address range and abstracts operations that BigDeedle needs to perform on addresses (within the specified range)

Instance members

Instance member	Description
`this.AddressOf` Full Usage: `this.AddressOf` Parameters: arg0 : `int64` Returns: `Address` Modifiers: abstract	Return the address of a value at the specified absolute offset. (See the comment for `OffsetOf` for more info about partitioning) arg0 : `int64` Returns: `Address`
`this.AdjustBy` Full Usage: `this.AdjustBy` Parameters: arg0 : `Address` arg1 : `int64` Returns: `Address` Modifiers: abstract	Increment or decrement the specified address by a given number arg0 : `Address` arg1 : `int64` Returns: `Address`
`this.FirstElement` Full Usage: `this.FirstElement` Returns: `Address` Modifiers: abstract	Returns the first address of the range Returns: `Address`
`this.LastElement` Full Usage: `this.LastElement` Returns: `Address` Modifiers: abstract	Returns the last address of the range Returns: `Address`
`this.OffsetOf` Full Usage: `this.OffsetOf` Parameters: arg0 : `Address` Returns: `int64` Modifiers: abstract	Given an address, return the absolute offset of the address in the range This might be tricky for partitioned ranges. For example if you have two partitions with 10 values addressed by (0,0)..(0,9); (1,0)..(1,9), the the offset of address (1, 5) is 15. arg0 : `Address` Returns: `int64`
`this.Range` Full Usage: `this.Range` Returns: `Address seq` Modifiers: abstract	Returns a sequence that iterates over `FirstElement .. LastElement` Returns: `Address seq`