Class Map<K, V>
public class Map<K, V> : JVMBridgeBase<Map<K, V>>, IDynamicMetaObjectProvider, IJVMBridgeCore, IEquatable<IJVMBridgeBase>, IDisposable, IJVMBridgeBaseStatic, IJVMBridgeBase, IJVMBridgeDefinition, IMap<K, V>Type Parameters
KV
- Inheritance
-
JVMBridgeBase<Map<K, V>>Map<K, V>
- Implements
-
IMap<K, V>
- Derived
- Inherited Members
-
JVMBridgeBase<Map<K, V>>.IsAssignableFrom(IJavaType)JVMBridgeBase<Map<K, V>>.IsAssignableFrom<T>()JVMBridgeBase<Map<K, V>>.Execute<T>(params T[])JVMBridgeBase<Map<K, V>>.DynBridgeClazzJVMBridgeBase<Map<K, V>>.BridgeClazzJVMBridgeBase.ReferenceEqualsJVM(IJVMBridgeBase, IJVMBridgeBase)JVMBridgeBase.RuntimeClassNameOf<T>()JVMBridgeBase.ClassNameOf<T>()JVMBridgeBase.ClassOf<T>()JVMBridgeBase.WrapsDirect<TNewClass>(IJavaObject)JVMBridgeBase.Wraps<TNewClass>(IJavaObject)JVMBridgeBase.Wraps<TNewClass, TReturn>(IJavaObject)JVMBridgeBase.Wraps<TNewClass, TReturn, TConverter>(IJavaObject)JVMBridgeBase.MonitorEnter()JVMBridgeBase.MonitorExit()JVMBridgeBase.IsInstanceOf(IJavaType)JVMBridgeBase.IsInstanceOf<T>()JVMBridgeBase.RuntimeIsInstanceOf<T>()JVMBridgeBase.CastTo<TNewClass>()JVMBridgeBase.CastToAndDetach<TNewClass>()JVMBridgeBase.CastDirect<TNewClass>()JVMBridgeBase.CastDirectAndDetach<TNewClass>()JVMBridgeBase.CheckDisposed()JVMBridgeBase.ToString()JVMBridgeBase.Equals(IJVMBridgeBase)JVMBridgeBase.GetHashCode()JVMBridgeBase.Notify()JVMBridgeBase.NotifyAll()JVMBridgeBase.Wait()JVMBridgeBase.IExecuteWithSignature<TNewClass, TReturn, TConverter>(string, string, params object[])JVMBridgeBase.DynBridgeInstanceJVMBridgeBase.BridgeInstanceJVMBridgeBase.IsBridgeListener
- Extension Methods
Constructors
Map(IJVMBridgeBaseInitializer)
Initializer used internally by JCOBridge. Do not use directly.
[Obsolete("This public initializer is needed for JCOBridge internal use, other uses can produce unidentible behaviors.")]
public Map(IJVMBridgeBaseInitializer initializer)Parameters
initializerIJVMBridgeBaseInitializer
Map(params object[])
Generic constructor used by JCOBridge when a derived class needs to forward arguments to the base JVMBridgeBase class.
[Obsolete("Map 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 Map(params object[] args)Parameters
argsobject[]
Remarks
Map represents a JVM interface or abstract class in .NET. Instantiating it directly outside of JCOBridge infrastructure is not supported and may produce undefined behavior.
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 java.lang.AutoCloseable
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
Clear()
public void Clear()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
ContainsKey(object)
public bool ContainsKey(object arg0)Parameters
Returns
ContainsValue(object)
public bool ContainsValue(object arg0)Parameters
Returns
EntrySet()
public Set<Map.Entry<K, V>> EntrySet()Returns
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
Get(object)
public V Get(object arg0)Parameters
Returns
- V
V
Get(K)
public virtual V Get(K key)Parameters
keyK
Returns
- V
GetOrDefault(object, V)
public V GetOrDefault(object arg0, V arg1)Parameters
Returns
- V
V
IsEmpty()
public bool IsEmpty()Returns
KeySet()
public Set<K> KeySet()Returns
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
Put(K, V)
public V Put(K arg0, V arg1)Parameters
arg0KKarg1VV
Returns
- V
V
PutAll<Arg0ExtendsK, Arg0ExtendsV>(Map<Arg0ExtendsK, Arg0ExtendsV>)
public void PutAll<Arg0ExtendsK, Arg0ExtendsV>(Map<Arg0ExtendsK, Arg0ExtendsV> arg0) where Arg0ExtendsK : K where Arg0ExtendsV : VParameters
Type Parameters
Arg0ExtendsKKArg0ExtendsVV
PutIfAbsent(K, V)
public V PutIfAbsent(K arg0, V arg1)Parameters
arg0KKarg1VV
Returns
- V
V
Remove(object)
public V Remove(object arg0)Parameters
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
Size()
public int Size()Returns
Values()
public Collection<V> Values()Returns
Operators
implicit operator Map(Map<K, V>)
public static implicit operator Map(Map<K, V> t)Parameters
tMap<K, V>
Returns
implicit operator Properties(Map<K, V>)
Useful converter from Map<K, V> to Properties
public static implicit operator Properties(Map<K, V> t)Parameters
tMap<K, V>