#=== Neo4j.rb configuration settings

# The folder location of the neo4j and lucene database
storage_path: db

# When using the Neo4j::Model you can let neo4j automatically set timestamps when updating/creating nodes.
# If set to true neo4j.rb automatically timestamps create and update operations if the model has properties named created_at/created_on or updated_at/updated_on
# (similar to ActiveRecord).
timestamps: true

# Configuration for lucene
lucene: { fulltext: { provider: lucene,
                      type: fulltext },
          exact:    { provider: lucene,
                       type: exact}
}

# If migrations should be run in a new thread
# If set to true it you can use the database while it is migrating.
migration_thread: false

#use the clustered Neo4j GraphDatabase (org.neo4j.kernel.HighlyAvailableGraphDatabase)
ha.db: false

# Example of HA Configuration, see http://wiki.neo4j.org/content/High_Availability_Cluster
# This is only used when ha.db is set to true
ha.machine_id: 2
ha.server: 'localhost:6002'
ha.zoo_keeper_servers: 'localhost:2181,localhost:2182,localhost:2183'

# if enabled you can use the bin/neo4j-shell command to access the database
enable_remote_shell: "port=9332"

#===Memory mapped I/O settings===

#Each file in the Neo store can use memory mapped I/O for reading/writing.
#Best performance is achived if the full file can be memory mapped but if
#there isn't enough memory for that Neo will try and make the best use of
#the memory it gets (regions of the file that get accessed often will more
#likley be memory mapped).

#For high traversal speed it is important to have the nodestore.db and
#relationshipstore.db files.

neostore.nodestore.db.mapped_memory: 25M
neostore.relationshipstore.db.mapped_memory: 50M
neostore.propertystore.db.mapped_memory: 90M
neostore.propertystore.db.index.mapped_memory: 1M
neostore.propertystore.db.index.keys.mapped_memory: 1M
neostore.propertystore.db.strings.mapped_memory: 130M
neostore.propertystore.db.arrays.mapped_memory: 130M


#: ": ": "Cache settings: ": ": "

#use adaptive caches YES|NO. Let Neo try make best use of available heap.
use_adaptive_cache: YES

#heap usage/max heap size ratio. Neo will increase caches while ratio
#is less and decrease if greater. Default 0.77 seems to be a good over
#all ratio of heap usage to avoid GC trashing. Larger heaps may allow for
#a higher ratio while tiny heaps may need even less.
adaptive_cache_heap_ratio: 0.77

#how aggressive Neo will decrease caches once heap ratio reached
adaptive_cache_manager_decrease_ratio: 1.15

#how aggresive Neo will increase caches if ratio isn't yet reached
adaptive_cache_manager_increase_ratio: 1.1

#if no requests are made to Neo this is the amount of time in ms Neo will wait
#before it checks the heap usage and adapts the caches if needed
adaptive_cache_worker_sleep_time: 3000

#minimum size (number of nodes) of node cache. If adaptive cache is in use
#node cache will not be decreased under this value
min_node_cache_size: 0

#minimum size (number of relationships) of relationship cache. If adaptive
#cache is in use relationship cache will not be decreased under this value
min_relationship_cache_size: 0

#maximum size (number of nodes) of node cache. If adaptive cache is not in
#use the node cache will not be increased above this value
max_node_cache_size: 1500

#maximum size (number of relationship) of node cache. If adaptive cache is
#not in use the relationship cache will not be increased above this value
max_relationship_cache_size: 3500