Quine Cypher Procedures

These are the default procedures that come with Quine.

Name	Signature	Description	Mode
create.relationship	create.relationship(from :: NODE, relType :: STRING, props :: MAP, to :: NODE) :: (rel :: RELATIONSHIP)	Create a relationship with a potentially dynamic name	WRITE
create.setLabels	create.setLabels(node :: NODE, labels :: LIST OF STRING) :: VOID	Set the labels on the specified input node, overriding any previously set labels	WRITE
create.setProperty	create.setProperty(node :: NODE, key :: STRING, value :: ANY) :: VOID	Set the property with the provided key on the specified input node	WRITE
cypher.do.case	cypher.do.case(conditionals :: LIST OF ANY, elseQuery :: STRING, params :: MAP) :: (value :: MAP)	Given a list of conditional/query pairs, execute the first query with a true conditional	WRITE
cypher.doIt	cypher.doIt(cypher :: STRING, params :: MAP) :: (value :: MAP)	Executes a Cypher query with the given parameters	WRITE
cypher.runTimeboxed	cypher.runTimeboxed(cypher :: STRING, params :: MAP, timeout :: INTEGER) :: (value :: MAP)	Executes a Cypher query with the given parameters but abort after a certain number of milliseconds	WRITE
db.indexes	db.indexes() :: (description :: ANY, indexName :: ANY, tokenNames :: ANY, properties :: ANY, state :: ANY, type :: ANY, progress :: ANY, provider :: ANY, id :: ANY, failureMessage :: ANY)		READ
db.propertyKeys	db.propertyKeys() :: (propertyKey :: ANY)		READ
db.relationshipTypes	db.relationshipTypes() :: (relationshipType :: ANY)		READ
dbms.labels	dbms.labels() :: (label :: ANY)		READ
debug.node	debug.node(node :: ANY) :: (atTime :: LOCALDATETIME, properties :: MAP, edges :: LIST OF ANY, latestUpdateMillisAfterSnapshot :: INTEGER, subscribers :: STRING, subscriptions :: STRING, multipleValuesStandingQueryStates :: LIST OF ANY, journal :: LIST OF ANY, graphNodeHashCode :: INTEGER)	Log the internal state of a node	READ
debug.sleep	debug.sleep(node :: ANY) :: VOID	Request a node sleep	READ
do.when	do.when(condition :: BOOLEAN, ifQuery :: STRING, elseQuery :: STRING, params :: MAP) :: (value :: MAP)	Depending on the condition execute ifQuery or elseQuery	WRITE
float.add	float.add(node :: NODE, key :: STRING, add :: FLOAT) :: (result :: FLOAT)	Atomically add to a floating-point property on a node by a certain amount (defaults to 1.0), returning the resultant value	WRITE
help.functions	help.functions() :: (name :: STRING, signature :: STRING, description :: STRING)	List registered functions	READ
help.procedures	help.procedures() :: (name :: STRING, signature :: STRING, description :: STRING, mode :: STRING)	List registered procedures	READ
incrementCounter	incrementCounter(node :: NODE, key :: STRING, amount :: INTEGER) :: (count :: INTEGER)	Atomically increment an integer property on a node by a certain amount, returning the resultant value	WRITE
int.add	int.add(node :: NODE, key :: STRING, add :: INTEGER) :: (result :: INTEGER)	Atomically add to an integer property on a node by a certain amount (defaults to 1), returning the resultant value	WRITE
loadJsonLines	loadJsonLines(url :: STRING) :: (value :: ANY)	Load a line-base JSON file, emitting one record per line	READ
log	log(level :: STRING, value :: ANY) :: (log :: STRING)	Log the input argument to console	READ
purgeNode	purgeNode(node :: ANY) :: VOID	Purge a node from history	WRITE
random.walk	random.walk(start :: ANY, depth :: INTEGER, return :: FLOAT, in-out :: FLOAT, seed :: STRING) :: (walk :: LIST OF STRING)	Randomly walk edges from a starting node for a chosen depth. Returns a list of node IDs in the order they were encountered.	READ
recentNodeIds	recentNodeIds(count :: INTEGER) :: (nodeId :: ANY)	Fetch the specified number of IDs of nodes from the in-memory cache	READ
recentNodes	recentNodes(count :: INTEGER) :: (node :: NODE)	Fetch the specified number of nodes from the in-memory cache	READ
reify.time	reify.time(timestamp :: DATETIME, periods :: LIST OF STRING) :: (node :: NODE)	Reifies the timestamp into a [sub]graph of time nodes, where each node represents one period (at the granularity of the period specifiers provided). Yields the reified nodes with the finest granularity.	WRITE
set.insert	set.insert(node :: NODE, key :: STRING, add :: ANY) :: (result :: LIST OF ANY)	Atomically add an element to a list property treated as a set. If one or more instances of add are already present in the list at node[key], this procedure has no effect.	WRITE
set.union	set.union(node :: NODE, key :: STRING, add :: LIST OF ANY) :: (result :: LIST OF ANY)	Atomically add set of elements to a list property treated as a set. The elements in add will be deduplicated and, for any that are not yet present at node[key], will be stored. If the list at node[key] already contains all elements of add, this procedure has no effect.	WRITE
standing.wiretap	standing.wiretap(options :: MAP) :: (data :: MAP, meta :: MAP)	Wire-tap the results of a standing query	READ
subscribers	subscribers(node :: ANY) :: (queryId :: INTEGER, queryDepth :: INTEGER, receiverId :: STRING, lastResult :: ANY)	Return the current state of the standing query subscribers.	READ
subscriptions	subscriptions(node :: ANY) :: (queryId :: INTEGER, queryDepth :: INTEGER, receiverId :: STRING, lastResult :: ANY)	Return the current state of the standing query subscriptions.	READ
util.sleep	util.sleep(duration :: INTEGER) :: VOID	Sleep for a certain number of milliseconds	READ