Cypher Functions

Built-In Cypher Functions

These are functions that are part of the Cypher language.

Name	Signature	Description
abs	abs(NUMBER?) :: NUMBER?	absolute value of a number
acos	acos(NUMBER?) :: FLOAT?	arcosine (in radians) of a number
asin	asin(NUMBER?) :: FLOAT?	arcsine (in radians) of a number
atan	atan(NUMBER?) :: FLOAT?	arctangent (in radians) of a number
atan2	atan2(NUMBER?, NUMBER?) :: FLOAT?	arctangent (in radians) of the quotient of its arguments
ceil	ceil(NUMBER?) :: NUMBER?	smallest integer greater than or equal to the input
coalesce	coalesce(ANY?, ..) :: ANY?	returns the first non-null value in a list of expressions
cos	cos(NUMBER?) :: FLOAT?	cosine of a number of radians
cot	cot(NUMBER?) :: FLOAT?	cotangent of a number of radians
degrees	degrees(NUMBER?) :: FLOAT?	convert radians to degrees
e	e() :: FLOAT?	mathematical constant e
exp	exp(NUMBER?) :: FLOAT?	return the mathematical constant e raised to the power of the input
floor	floor(NUMBER?) :: NUMBER?	largest integer less than or equal to the input
haversin	haversin(NUMBER?) :: FLOAT?	half the versine of a number
head	head(LIST? OF ANY?) :: ANY?	extract the first element of a list
id	id(NODE?) :: ANY?	extract the ID of a node
keys	keys(ANY?) :: LIST? OF STRING?	extract the keys from a map, node, or relationship
lTrim	lTrim(STRING?) :: STRING?	original string with leading whitespace removed
labels	labels(ANY?) :: LIST? OF STRING?	extract the labels of a node or relationship
last	last(LIST? OF ANY?) :: ANY?	extract the last element of a list
left	left(STRING?, INTEGER?) :: STRING?	string containing the specified number of leftmost characters of the original string
length	length(PATH?) :: INTEGER?	length of a path (ie. the number of relationships in it)
log	log(NUMBER?) :: FLOAT?	natural logarithm of a number
log10	log10(NUMBER?) :: FLOAT?	common logarithm (base 10) of a number
nodes	nodes(PATH?) :: LIST? OF NODE?	extract a list of nodes in a path
pi	pi() :: FLOAT?	mathematical constant π
properties	properties(ANY?) :: MAP?	extract the properties from a map, node, or relationship
rTrim	rTrim(STRING?) :: STRING?	original string with trailing whitespace removed
rand	rand() :: FLOAT?	random float between 0 (inclusive) and 1 (exclusive)
range	range(start :: INTEGER?, end :: INTEGER, step :: INTEGER) :: LIST? OF INTEGER?	construct a list of integers representing a range
relationships	relationships(PATH?) :: LIST? OF RELATIONSHIP?	extract a list of relationships in a path
replace	replace(original :: STRING?, target :: STRING?, replacement :: STRING?) :: STRING?	replace every occurrence of a target string
reverse	reverse(ANY?) :: ANY?	reverse a string or list
right	right(STRING?, INTEGER?) :: STRING?	string containing the specified number of rightmost characters of the original string
sign	sign(NUMBER?) :: INTEGER?	signum of a number
sin	sin(NUMBER?) :: FLOAT?	sine of a number of radians
size	size(ANY?) :: INTEGER?	number of elements in a list or characters in a string
split	split(input :: STRING?, delimiter :: STRING?) :: LIST? OF STRING?	split a string on every instance of a delimiter
sqrt	sqrt(NUMBER?) :: FLOAT?	square root of a number
substring	substring(original :: STRING?, start :: INTEGER? [, end :: INTEGER? ]) :: STRING?	substring of the original string, beginning with a 0-based index start and length
tail	tail(LIST? OF ANY?) :: LIST? OF ANY?	return the list without its first element
tan	tan(NUMBER?) :: FLOAT?	tangent of a number of radians
timestamp	timestamp() :: INTEGER?	number of milliseconds elapsed since midnight, January 1, 1970 UTC
toBoolean	toBoolean(STRING?) :: BOOLEAN?	convert a string into a boolean
toFloat	toFloat(ANY?) :: FLOAT?	convert a string or integer into a float
toInteger	toInteger(ANY?) :: INTEGER?	convert a string or float into an integer
toLower	toLower(STRING?) :: STRING?	convert a string to lowercase
toString	toString(ANY?) :: STRING?	convert a value to a string
toUpper	toUpper(STRING?) :: STRING?	convert a string to uppercase
trim	trim(STRING?) :: STRING?	removing leading and trailing whitespace from a string
type	type(RELATIONSHIP?) :: STRING?	return the name of a relationship

Custom Cypher Functions

These are the default additional functions that come with Quine:

Name	Signature	Description
bytes	bytes(input :: STRING) :: BYTES	Returns bytes represented by a hexadecimal string
castOrNull.boolean	castOrNull.boolean(value :: ANY) :: BOOLEAN	Casts the provided value to the type Bool. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.bytes	castOrNull.bytes(value :: ANY) :: BYTES	Casts the provided value to the type Bytes. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.datetime	castOrNull.datetime(value :: ANY) :: DATETIME	Casts the provided value to the type DateTime. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.duration	castOrNull.duration(value :: ANY) :: DURATION	Casts the provided value to the type Duration. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.float	castOrNull.float(value :: ANY) :: FLOAT	Casts the provided value to the type Floating. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.integer	castOrNull.integer(value :: ANY) :: INTEGER	Casts the provided value to the type Integer. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.list	castOrNull.list(value :: ANY) :: LIST OF ANY	Casts the provided value to the type List(Anything). If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.localdatetime	castOrNull.localdatetime(value :: ANY) :: LOCALDATETIME	Casts the provided value to the type LocalDateTime. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.map	castOrNull.map(value :: ANY) :: MAP	Casts the provided value to the type Map. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.node	castOrNull.node(value :: ANY) :: NODE	Casts the provided value to the type Node. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.path	castOrNull.path(value :: ANY) :: PATH	Casts the provided value to the type Path. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.relationship	castOrNull.relationship(value :: ANY) :: RELATIONSHIP	Casts the provided value to the type Relationship. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrNull.string	castOrNull.string(value :: ANY) :: STRING	Casts the provided value to the type Str. If the provided value is not already an instance of the requested type, this will return null. For functions that convert between types, see toInteger et al. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.boolean	castOrThrow.boolean(value :: ANY) :: BOOLEAN	Adds a runtime assertion that the provided value is actually of type Bool. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.bytes	castOrThrow.bytes(value :: ANY) :: BYTES	Adds a runtime assertion that the provided value is actually of type Bytes. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.datetime	castOrThrow.datetime(value :: ANY) :: DATETIME	Adds a runtime assertion that the provided value is actually of type DateTime. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.duration	castOrThrow.duration(value :: ANY) :: DURATION	Adds a runtime assertion that the provided value is actually of type Duration. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.float	castOrThrow.float(value :: ANY) :: FLOAT	Adds a runtime assertion that the provided value is actually of type Floating. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.integer	castOrThrow.integer(value :: ANY) :: INTEGER	Adds a runtime assertion that the provided value is actually of type Integer. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.list	castOrThrow.list(value :: ANY) :: LIST OF ANY	Adds a runtime assertion that the provided value is actually of type List(Anything). This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.localdatetime	castOrThrow.localdatetime(value :: ANY) :: LOCALDATETIME	Adds a runtime assertion that the provided value is actually of type LocalDateTime. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.map	castOrThrow.map(value :: ANY) :: MAP	Adds a runtime assertion that the provided value is actually of type Map. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.node	castOrThrow.node(value :: ANY) :: NODE	Adds a runtime assertion that the provided value is actually of type Node. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.path	castOrThrow.path(value :: ANY) :: PATH	Adds a runtime assertion that the provided value is actually of type Path. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.relationship	castOrThrow.relationship(value :: ANY) :: RELATIONSHIP	Adds a runtime assertion that the provided value is actually of type Relationship. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
castOrThrow.string	castOrThrow.string(value :: ANY) :: STRING	Adds a runtime assertion that the provided value is actually of type Str. This can be useful to recover type information in cases where the Cypher compiler is unable to fully track types on its own. This is most common when dealing with lists, due to the limited support for higher-kinded types within the Cypher language.
coll.max	coll.max(value :: LIST OF ANY) :: ANY	Computes the maximum of values in a list
	coll.max(input0 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY) :: ANY	Computes the maximum argument
	coll.max(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY, input14 :: ANY) :: ANY	Computes the maximum argument
coll.min	coll.min(value :: LIST OF ANY) :: ANY	Computes the minimum of values in a list
	coll.min(input0 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY) :: ANY	Computes the minimum argument
	coll.min(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY, input14 :: ANY) :: ANY	Computes the minimum argument
convert.stringToBytes	convert.stringToBytes(input :: STRING, encoding :: STRING) :: BYTES	Encodes a string into bytes according to the specified encoding
date	date() :: DATE	Get the current local date
	date(options :: MAP) :: DATE	Construct a local date from the options
	date(date :: STRING) :: DATE	Parse a local date from a string
	date(date :: STRING, format :: STRING) :: DATE	Parse a local date from a string using a custom format
datetime	datetime() :: DATETIME	Get the current date time
	datetime(options :: MAP) :: DATETIME	Construct a date time from the options
	datetime(datetime :: STRING) :: DATETIME	Parse a date time from a string
	datetime(datetime :: STRING, format :: STRING) :: DATETIME	Parse a local date time from a string using a custom format
duration	duration(options :: MAP) :: DURATION	Construct a duration from the options
	duration(duration :: STRING) :: DURATION	Parse a duration from a string
duration.between	duration.between(date1 :: LOCALDATETIME, date2 :: LOCALDATETIME) :: DURATION	Compute the duration between two local dates
	duration.between(date1 :: DATETIME, date2 :: DATETIME) :: DURATION	Compute the duration between two dates
gen.boolean.from	gen.boolean.from(fromValue :: ANY) :: BOOLEAN	Deterministically generate a random boolean from the provided input.
	gen.boolean.from(fromValue :: ANY, withSize :: INTEGER) :: BOOLEAN	Deterministically generate a random boolean from the provided input.
gen.bytes.from	gen.bytes.from(fromValue :: ANY) :: BYTES	Deterministically generate a random bytes from the provided input.
	gen.bytes.from(fromValue :: ANY, withSize :: INTEGER) :: BYTES	Deterministically generate a random bytes from the provided input.
gen.float.from	gen.float.from(fromValue :: ANY) :: FLOAT	Deterministically generate a random float from the provided input.
	gen.float.from(fromValue :: ANY, withSize :: INTEGER) :: FLOAT	Deterministically generate a random float from the provided input.
gen.integer.from	gen.integer.from(fromValue :: ANY) :: INTEGER	Deterministically generate a random integer from the provided input.
	gen.integer.from(fromValue :: ANY, withSize :: INTEGER) :: INTEGER	Deterministically generate a random integer from the provided input.
gen.node.from	gen.node.from(fromValue :: ANY) :: NODE	Deterministically generate a random node from the provided input.
	gen.node.from(fromValue :: ANY, withSize :: INTEGER) :: NODE	Deterministically generate a random node from the provided input.
gen.string.from	gen.string.from(fromValue :: ANY) :: STRING	Deterministically generate a random string from the provided input.
	gen.string.from(fromValue :: ANY, withSize :: INTEGER) :: STRING	Deterministically generate a random string from the provided input.
getHost	getHost(node :: NODE) :: INTEGER	Compute which host a node should be assigned to (null if unknown without contacting the graph)
	getHost(nodeIdStr :: STRING) :: INTEGER	Compute which host a node ID (string representation) should be assigned to (null if unknown without contacting the graph)
	getHost(nodeIdBytes :: BYTES) :: INTEGER	Compute which host a node ID (bytes representation) should be assigned to (null if unknown without contacting the graph)
hash	hash() :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY) :: INTEGER	Hashes the input arguments
	hash(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY, input14 :: ANY) :: INTEGER	Hashes the input arguments
idFrom	idFrom(input0 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY, input14 :: ANY) :: ANY	Hashes the input arguments into a valid ID
	idFrom(input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY, input14 :: ANY, input15 :: ANY) :: ANY	Hashes the input arguments into a valid ID
kafkaHash	kafkaHash(partitionKey :: STRING) :: INTEGER	Hashes a string to a (32-bit) integer using the same algorithm Apache Kafka uses for its DefaultPartitioner
	kafkaHash(partitionKey :: BYTES) :: INTEGER	Hashes a bytes value to a (32-bit) integer using the same algorithm Apache Kafka uses for its DefaultPartitioner
locIdFrom	locIdFrom(positionIdx :: INTEGER, input0 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
	locIdFrom(positionIdx :: INTEGER, input0 :: ANY, input1 :: ANY, input2 :: ANY, input3 :: ANY, input4 :: ANY, input5 :: ANY, input6 :: ANY, input7 :: ANY, input8 :: ANY, input9 :: ANY, input10 :: ANY, input11 :: ANY, input12 :: ANY, input13 :: ANY, input14 :: ANY) :: ANY	Generates a consistent (based on a hash of the arguments) ID. The ID created will be managed by the cluster member whose position corresponds to the provided position index given the cluster topology.
localdatetime	localdatetime() :: LOCALDATETIME	Get the current local date time
	localdatetime(options :: MAP) :: LOCALDATETIME	Construct a local date time from the options
	localdatetime(datetime :: STRING) :: LOCALDATETIME	Parse a local date time from a string
	localdatetime(datetime :: STRING, format :: STRING) :: LOCALDATETIME	Parse a local date time from a string using a custom format
localtime	localtime() :: LOCALTIME	Get the current local time
	localtime(options :: MAP) :: LOCALTIME	Construct a local time from the options
	localtime(time :: STRING) :: LOCALTIME	Parse a local time from a string
	localtime(time :: STRING, format :: STRING) :: LOCALTIME	Parse a local time from a string using a custom format
map.dropNullValues	map.dropNullValues(argument :: MAP) :: MAP	Keep only non-null from the map
map.fromPairs	map.fromPairs(entries :: LIST OF LIST OF ANY) :: MAP	Construct a map from a list of [key,value] entries
map.merge	map.merge(first :: MAP, second :: MAP) :: MAP	Merge two maps
map.removeKey	map.removeKey(map :: MAP, key :: STRING) :: MAP	remove the key from the map
map.sortedProperties	map.sortedProperties(map :: MAP) :: LIST OF LIST OF ANY	Extract from a map a list of [key,value] entries sorted by the key
meta.type	meta.type(value :: ANY) :: STRING	Inspect the (name of the) type of a value
parseJson	parseJson(jsonStr :: STRING) :: ANY	Parses jsonStr to a Cypher value
quineId	quineId(input :: STRING) :: BYTES	Returns the Quine ID corresponding to the string
strId	strId(input :: NODE) :: STRING	Returns a string representation of the node’s ID
temporal.format	temporal.format(date :: DATETIME, format :: STRING) :: STRING	Convert date time into string
	temporal.format(date :: LOCALDATETIME, format :: STRING) :: STRING	Convert local date time into string
text.regexFirstMatch	text.regexFirstMatch(text :: STRING, regex :: STRING) :: LIST OF STRING	Parses the string text using the regular expression regex and returns the first set of capture group matches
text.split	text.split(text :: STRING, regex :: STRING) :: LIST OF STRING	Splits the string around matches of the regex
	text.split(text :: STRING, regex :: STRING, limit :: INTEGER) :: LIST OF STRING	Splits the string around the first limit matches of the regex
text.urldecode	text.urldecode(text :: STRING) :: LIST OF STRING	URL-decodes (x-www-form-urlencoded) the provided string
	text.urldecode(text :: STRING, decodePlusAsSpace :: BOOLEAN) :: LIST OF STRING	URL-decodes the provided string, using RFC3986 if decodePlusAsSpace = false
text.urlencode	text.urlencode(text :: STRING) :: LIST OF STRING	URL-encodes the provided string; additionally percent-encoding quotes, angle brackets, and curly braces
	text.urlencode(text :: STRING, usePlusForSpace :: BOOLEAN) :: LIST OF STRING	URL-encodes the provided string; additionally percent-encoding quotes, angle brackets, and curly braces; optionally using + for spaces instead of %20
	text.urlencode(text :: STRING, encodeExtraChars :: STRING) :: LIST OF STRING	URL-encodes the provided string, additionally percent-encoding the characters enumerated in encodeExtraChars
	text.urlencode(text :: STRING, usePlusForSpace :: BOOLEAN, encodeExtraChars :: STRING) :: LIST OF STRING	URL-encodes the provided string, additionally percent-encoding the characters enumerated in encodeExtraChars, optionally using + for spaces instead of %20
text.utf8Decode	text.utf8Decode(bytes :: BYTES) :: STRING	Returns the bytes decoded as a UTF-8 String
text.utf8Encode	text.utf8Encode(string :: STRING) :: BYTES	Returns the string encoded as UTF-8 bytes
time	time() :: TIME	Get the current local time
	time(options :: MAP) :: TIME	Construct a local time from the options
	time(time :: STRING) :: TIME	Parse a local time from a string
	time(time :: STRING, format :: STRING) :: TIME	Parse a local time from a string using a custom format
toJson	toJson(x :: ANY) :: STRING	Returns x encoded as a JSON string