Class ConcurrentMap<K, V>
- Namespace
- Java.Util.Concurrent
- Assembly
- MASES.JNet.dll
https://docs.oracle.com/en/java/javase/11/docs/api/java.base/java/util/concurrent/ConcurrentMap.html
public class ConcurrentMap<K, V> : Map<K, V>, IDynamicMetaObjectProvider, IJVMBridgeCore, IEquatable<IJVMBridgeBase>, IDisposable, IJVMBridgeBaseStatic, IJVMBridgeBase, IJVMBridgeDefinition, IConcurrentMap<K, V>, IMap<K, V>Type Parameters
KV
- Inheritance
-
JVMBridgeBase<Map<K, V>>Map<K, V>ConcurrentMap<K, V>
- Implements
-
IConcurrentMap<K, V>IMap<K, V>
- Inherited Members
-
JVMBridgeBase.ReferenceEqualsJVM(JVMBridgeBase, JVMBridgeBase)JVMBridgeBase.Equals(IJVMBridgeBase)
- Extension Methods
Constructors
ConcurrentMap()
Default constructor: even if the corresponding Java class does not have one, it is mandatory for JCOBridge
[Obsolete("ConcurrentMap class represents, in .NET, an instance of a JVM interface or abstract class. This public initializer is needed for JCOBridge internal use, other uses can produce unidentible behaviors.")]
public ConcurrentMap()ConcurrentMap(params object[])
Generic constructor: it is useful for JCOBridge when there is a derived class which needs to pass arguments to the highest JVMBridgeBase class
[Obsolete("ConcurrentMap class represents, in .NET, an instance of a JVM interface or abstract class. This public initializer is needed for JCOBridge internal use, other uses can produce unidentible behaviors.")]
public ConcurrentMap(params object[] args)Parameters
argsobject[]
Properties
BridgeClassName
Java class name to be instantiated
public override string BridgeClassName { get; }Property Value
IsBridgeAbstract
true if the BridgeClassName is an abstract class, i.e. cannot be created an instance
public override bool IsBridgeAbstract { get; }Property Value
IsBridgeCloseable
true if the BridgeClassName implements Closeable
public override bool IsBridgeCloseable { get; }Property Value
IsBridgeInterface
true if the BridgeClassName is an interface, i.e. does not have any public constructor
public override bool IsBridgeInterface { get; }Property Value
IsBridgeStatic
true if the BridgeClassName is a static class, i.e. does not have any public constructor
public override bool IsBridgeStatic { get; }Property Value
Methods
ComputeIfAbsent<Arg1objectSuperK, Arg1ExtendsV>(K, Function<Arg1objectSuperK, Arg1ExtendsV>)
public V ComputeIfAbsent<Arg1objectSuperK, Arg1ExtendsV>(K arg0, Function<Arg1objectSuperK, Arg1ExtendsV> arg1) where Arg1objectSuperK : K where Arg1ExtendsV : VParameters
Returns
- V
V
Type Parameters
Arg1objectSuperKKArg1ExtendsVV
ComputeIfPresent<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>(K, BiFunction<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>)
public V ComputeIfPresent<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>(K arg0, BiFunction<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV> arg1) where Arg1objectSuperK : K where Arg1objectSuperV : V where Arg1ExtendsV : VParameters
arg0KKarg1BiFunction<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>
Returns
- V
V
Type Parameters
Arg1objectSuperKKArg1objectSuperVVArg1ExtendsVV
Compute<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>(K, BiFunction<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>)
public V Compute<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>(K arg0, BiFunction<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV> arg1) where Arg1objectSuperK : K where Arg1objectSuperV : V where Arg1ExtendsV : VParameters
arg0KKarg1BiFunction<Arg1objectSuperK, Arg1objectSuperV, Arg1ExtendsV>
Returns
- V
V
Type Parameters
Arg1objectSuperKKArg1objectSuperVVArg1ExtendsVV
ForEach<Arg0objectSuperK, Arg0objectSuperV>(BiConsumer<Arg0objectSuperK, Arg0objectSuperV>)
public void ForEach<Arg0objectSuperK, Arg0objectSuperV>(BiConsumer<Arg0objectSuperK, Arg0objectSuperV> arg0) where Arg0objectSuperK : K where Arg0objectSuperV : VParameters
arg0BiConsumer<Arg0objectSuperK, Arg0objectSuperV>
Type Parameters
Arg0objectSuperKKArg0objectSuperVV
GetOrDefault(object, V)
public V GetOrDefault(object arg0, V arg1)Parameters
Returns
- V
V
Merge<Arg2objectSuperV, Arg2ExtendsV>(K, V, BiFunction<Arg2objectSuperV, Arg2objectSuperV, Arg2ExtendsV>)
public V Merge<Arg2objectSuperV, Arg2ExtendsV>(K arg0, V arg1, BiFunction<Arg2objectSuperV, Arg2objectSuperV, Arg2ExtendsV> arg2) where Arg2objectSuperV : V where Arg2ExtendsV : VParameters
arg0KKarg1VVarg2BiFunction<Arg2objectSuperV, Arg2objectSuperV, Arg2ExtendsV>
Returns
- V
V
Type Parameters
Arg2objectSuperVVArg2ExtendsVV
PutIfAbsent(K, V)
public V PutIfAbsent(K arg0, V arg1)Parameters
arg0KKarg1VV
Returns
- V
V
Remove(object, object)
public bool Remove(object arg0, object arg1)Parameters
Returns
Replace(K, V)
public V Replace(K arg0, V arg1)Parameters
arg0KKarg1VV
Returns
- V
V
Replace(K, V, V)
public bool Replace(K arg0, V arg1, V arg2)Parameters
arg0KKarg1VVarg2VV
Returns
ReplaceAll<Arg0objectSuperK, Arg0objectSuperV, Arg0ExtendsV>(BiFunction<Arg0objectSuperK, Arg0objectSuperV, Arg0ExtendsV>)
public void ReplaceAll<Arg0objectSuperK, Arg0objectSuperV, Arg0ExtendsV>(BiFunction<Arg0objectSuperK, Arg0objectSuperV, Arg0ExtendsV> arg0) where Arg0objectSuperK : K where Arg0objectSuperV : V where Arg0ExtendsV : VParameters
arg0BiFunction<Arg0objectSuperK, Arg0objectSuperV, Arg0ExtendsV>
Type Parameters
Arg0objectSuperKKArg0objectSuperVVArg0ExtendsVV
Operators
implicit operator ConcurrentMap(ConcurrentMap<K, V>)
Converter from ConcurrentMap<K, V> to ConcurrentMap
public static implicit operator ConcurrentMap(ConcurrentMap<K, V> t)Parameters
tConcurrentMap<K, V>