LSLStreamResolver class - lsl library

Constructors

LSLStreamResolver.new({int maxStreams = 5}): Creates a new LSLStreamResolver object. The maxStreams parameter determines the maximum number of streams to resolve, ideally, this would be the exact number of streams you expect to be available.

Properties

created → bool: Whether the object has been created.
no setterinherited
destroyed → bool: Whether the object has been destroyed.
no setterinherited
hashCode → int: The hash code for this object.
no setterinherited
maxStreams ↔ int: getter/setter pair
runtimeType → Type: A representation of the runtime type of the object.
no setterinherited

Methods

addAlloc(Pointer<NativeType> arg) → void: Adds a pointer to the list of allocated pointers.
inherited
addAllocList(List<Pointer<NativeType>> args) → void: Adds a list of pointers to the list of allocated pointers.
inherited
create() → LSLStreamResolver: Creates the resolver and allocates the stream info buffer.
destroy() → void: Destroys the resolver and frees the stream info buffer. If the resolver is already destroyed, this method does nothing.
freeArgs() → void: Frees all allocated pointers.
inherited
noSuchMethod(Invocation invocation) → dynamic: Invoked when a nonexistent method or property is accessed.
inherited
resolve({double waitTime = 5.0}) → Future<List<LSLStreamInfo>>: Resolves streams available on the network. The waitTime parameter determines how long to wait for streams to resolve. It is your responsibility to ensure that the returned streams are destroyed when no longer needed.
resolveByPredicate({required String predicate, double waitTime = 5.0, int minStreamCount = 0}) → Future<List<LSLStreamInfo>>: Available on LSLStreamResolver, provided by the LSLStreamResolverByPredicate extension
Resolves streams by a predicate function. The predicate parameter is an XPath 1.0 predicate e.g. name='MyStream' and type='EEG' or starts-with(name, 'My'). The waitTime parameter determines how long to wait for streams to resolve, if the value is 0, the default of forever will be used, and will only return when the minStreamCount is met. The minStreamCount parameter is the minimum number of streams to resolve, it must be greater than 0.
resolveByProperty({required LSLStreamProperty property, required String value, double waitTime = 5.0, int minStreamCount = 0}) → Future<List<LSLStreamInfo>>: Available on LSLStreamResolver, provided by the LSLStreamResolverByProp extension
Resolves streams by a specific property. The property parameter is the property to filter by, such as name, type, channel count, etc. The value parameter is the value to filter by. The waitTime parameter determines how long to wait for streams to resolve, if the value is 0, the default of forever will be used, and will only return when the minStreamCount is met. The minStreamCount parameter is the minimum number of streams to resolve, it must be greater than 0. Returns a list of LSLStreamInfo objects that match the filter. Throws an LSLException if the resolver is not created or if there is an error resolving streams. You may get less streams than the minStreamCount if there are not enough streams available AND you have set a waitTime > 0.
toString() → String: A string representation of this object.
inherited

Operators

operator ==(Object other) → bool: The equality operator.
inherited