Crate loro_common

Macros

• loro_value
  A macro for creating LoroValue. It works just like the json! macro in serde_json.

Structs

• CompactId
  It’s the unique ID of an Op represented by PeerID and Counter.
• CompactIdLp
  It’s the unique ID of an Op represented by PeerID and Counter.
• CounterSpan
  This struct supports reverse repr: from can be less than to. We need this because it’ll make merging deletions easier.
• ID
  It’s the unique ID of an Op represented by PeerID and Counter.
• IdFull
  It’s the unique ID of an Op represented by PeerID, Lamport clock and Counter.
• IdLp
  It’s the unique ID of an Op represented by PeerID and Lamport clock. It’s used to define the total order of Ops.
• IdLpSpan
• IdSpan
  This struct supports reverse repr: CounterSpan’s from can be less than to. But we should use it conservatively. We need this because it’ll make merging deletions easier.
• InternalString
• LamportSpan
• TreeID
  Each node of movable tree has a unique TreeID generated by Loro.

Enums

• ContainerID
  ContainerID includes the Op’s ID and the type. So it’s impossible to have the same ContainerID with conflict ContainerType.
• ContainerType
• LoroError
• LoroTreeError
• LoroValue
  LoroValue is used to represents the state of CRDT at a given version.

Constants

• DELETED_TREE_ROOT
  In movable tree, we use a specific TreeID to represent the root of ALL deleted tree node.

Traits

• HasCounter
• HasCounterSpan
• HasId
• HasIdSpan
• HasLamport
• HasLamportSpan

Functions

• to_value

Type Aliases

• Counter
  If it’s the nth Op of a peer, the counter will be n.
• IdSpanVector
• Lamport
  It’s the Lamport clock
• LoroResult
• PeerID
  Unique id for each peer. It’s a random u64 by default.