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 lbm_kv
 ======
 
-Sorry, not yet.
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+A simple, lightweight application hiding the dirty details/pitfalls of
+distributed Mnesia tables. Furthermore it provides a primitive API to use
+Mnesia tables as distributed/RAM-only key-value-storage.
+
+One of the main goals of this application is to enable developers to enjoy the
+pleasures of distributed Mnesia without the need of exploring the complex
+background.
+
+What does it do?
+----------------
+
+When you start the `lbm_kv` application it ensures that the Mnesia `schema`
+table is distributed among the connected cluster nodes (as RAM-only copy). This
+is the main requirement for distributed Mnesia. It is not necessary to know the
+cluster topology in advance, since `lbm_kv` can handle dynamic clusters. In this
+initial state, all you have is distributed Mnesia. That means no tables are
+created behind the scenes. Any existing Mnesia table can be accessed from all
+connected nodes.
+
+Creating tables
+---------------
+
+Calling `lbm_kv:create(Table)` will create a new, local, RAM-only
+key-value-store with the name `Table`. This table/store can immediately be
+accessed from all nodes in the cluster. For redundancy or speed this table/store
+can be replicated to other nodes in the cluster either by calling
+`lbm_kv:replicate_to(Table, Node)` from any node or by calling
+`lbm_kv:create(Table)` on the node you wish to replicate to.
+
+Actually, both functions will create the table `Table` storing tuples of the
+form `{Table, Key :: lbm_kv:key(), Value :: lbm_kv:value()}`. Of course, you can
+modify the table with the `lbm_kv` or the ordinary Mnesia API.
+
+Netsplits/Inconsistency conditions
+----------------------------------
+
+Mnesia does recognize conditions of inconsistency, e.g. after netsplits.
+However, Mnesia doesn't handle those conditions. Since this is a field of
+research on its own, `lbm_kv` provides only the simplest of all mechanisms.
+
+If Mnesia detects a DB inconsistency, `lbm_kv` will check whether one of its
+tables/stores is affected. If this is the case `lbm_kv` will deterministically
+_restart_ one of the offending nodes using `init:restart/0` (you can look at
+the exact condition in `lbm_kv_mon:default_resolve_conflict/1`). Of course, this
+may not be the desired behaviour for all use-cases. Therefore, `lbm_kv` offers
+the possibility to change this (on a per table basis). To implement a custom
+conflict resolver for a table `Table`, create a module `Table` that implements
+the `lbm_kv` behaviour. However, be aware that _if only one table exists without
+custom conflict resolver_ a node may get restarted anyway!