JNINativeInterface (LWJGL 3.2.4 SNAPSHOT

java.lang.Object
- org.lwjgl.system.jni.JNINativeInterface

```
public class JNINativeInterface
extends java.lang.Object
```
Bindings to the Java Native Interface (JNI).
The JNI is a native programming interface. It allows Java code that runs inside a Java Virtual Machine (VM) to interoperate with applications and libraries written in other programming languages, such as C, C++, and assembly.

The most important benefit of the JNI is that it imposes no restrictions on the implementation of the underlying Java VM. Therefore, Java VM vendors can add support for the JNI without affecting other parts of the VM. Programmers can write one version of a native application or library and expect it to work with all Java VMs supporting the JNI.

LWJGL: Only functions that can reasonably be called from Java are exposed.

Field Summary

Fields
Modifier and Type	Field and Description
`static int`	`JNI_ABORT` Used in `ReleaseScalarArrayElements`.
`static int`	`JNI_COMMIT` Used in `ReleaseScalarArrayElements`.
`static int`	`JNI_EDETACHED` Possible return values for JNI functions.
`static int`	`JNI_EEXIST` Possible return values for JNI functions.
`static int`	`JNI_EINVAL` Possible return values for JNI functions.
`static int`	`JNI_ENOMEM` Possible return values for JNI functions.
`static int`	`JNI_ERR` Possible return values for JNI functions.
`static int`	`JNI_EVERSION` Possible return values for JNI functions.
`static int`	`JNI_FALSE` jboolean constants.
`static int`	`JNI_OK` Possible return values for JNI functions.
`static int`	`JNI_TRUE` jboolean constants.
`static int`	`JNI_VERSION_1_1` JNI versions.
`static int`	`JNI_VERSION_1_2` JNI versions.
`static int`	`JNI_VERSION_1_4` JNI versions.
`static int`	`JNI_VERSION_1_6` JNI versions.
`static int`	`JNI_VERSION_1_8` JNI versions.
`static int`	`JNI_VERSION_10` JNI versions.
`static int`	`JNI_VERSION_9` JNI versions.
`static int`	`JNIGlobalRefType` `jobjectRefType`: Return values from `GetObjectRefType(java.lang.Object)`.
`static int`	`JNIInvalidRefType` `jobjectRefType`: Return values from `GetObjectRefType(java.lang.Object)`.
`static int`	`JNILocalRefType` `jobjectRefType`: Return values from `GetObjectRefType(java.lang.Object)`.
`static int`	`JNIWeakGlobalRefType` `jobjectRefType`: Return values from `GetObjectRefType(java.lang.Object)`.

Method Summary

All Methods Static Methods Concrete Methods
Modifier and Type	Method and Description
`static void`	`DeleteGlobalRef(long globalRef)` Deletes the global reference pointed to by `globalRef`.
`static void`	`DeleteWeakGlobalRef(long weakGlobalRef)` Delete the VM resources needed for the given weak global reference.
`static long`	`FromReflectedField(java.lang.reflect.Field field)` Converts a `Field` to a field ID.
`static long`	`FromReflectedMethod(java.lang.reflect.Method method)` Converts a `Method` or `Constructor` object to a method ID.
`static java.nio.ByteBuffer`	`GetBooleanArrayElements(byte[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetBooleanArrayRegion(byte[] array, int start, java.nio.ByteBuffer buf)` Copies a region of a primitive array into a buffer.
`static java.nio.ByteBuffer`	`GetByteArrayElements(byte[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetByteArrayRegion(byte[] array, int start, java.nio.ByteBuffer buf)` Copies a region of a primitive array into a buffer.
`static java.nio.ShortBuffer`	`GetCharArrayElements(char[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetCharArrayRegion(char[] array, int start, java.nio.ShortBuffer buf)` Copies a region of a primitive array into a buffer.
`static long`	`GetDirectBufferAddress(java.nio.Buffer buf)` Fetches and returns the starting address of the memory region referenced by the given direct `java.nio.Buffer`.
`static java.nio.DoubleBuffer`	`GetDoubleArrayElements(double[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetDoubleArrayRegion(double[] array, int start, java.nio.DoubleBuffer buf)` Copies a region of a primitive array into a buffer.
`static java.nio.FloatBuffer`	`GetFloatArrayElements(float[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetFloatArrayRegion(float[] array, int start, java.nio.FloatBuffer buf)` Copies a region of a primitive array into a buffer.
`static java.nio.IntBuffer`	`GetIntArrayElements(int[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetIntArrayRegion(int[] array, int start, java.nio.IntBuffer buf)` Copies a region of a primitive array into a buffer.
`static int`	`GetJavaVM(org.lwjgl.PointerBuffer vm)` Returns the Java VM interface (used in the Invocation API) associated with the current thread.
`static java.nio.LongBuffer`	`GetLongArrayElements(long[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetLongArrayRegion(long[] array, int start, java.nio.LongBuffer buf)` Copies a region of a primitive array into a buffer.
`static int`	`GetObjectRefType(java.lang.Object obj)` Returns the type of the object referred to by the `obj` argument.
`static java.nio.ShortBuffer`	`GetShortArrayElements(short[] array, java.nio.ByteBuffer isCopy)` Returns the body of the primitive array.
`static void`	`GetShortArrayRegion(short[] array, int start, java.nio.ShortBuffer buf)` Copies a region of a primitive array into a buffer.
`static void`	`GetStringRegion(java.lang.String str, int start, java.nio.ByteBuffer buf)` Copies `len` number of Unicode characters beginning at offset `start` to the given buffer `buf`.
`static void`	`GetStringUTFRegion(java.lang.String str, int start, int len, java.nio.ByteBuffer buf)` Translates `len` number of Unicode characters beginning at offset start into modified UTF-8 encoding and place the result in the given buffer `buf`.
`static int`	`GetVersion()` Returns the version of the native method interface.
`static void`	`nDeleteGlobalRef(long globalRef)` Unsafe version of: `DeleteGlobalRef(long)`
`static void`	`nDeleteWeakGlobalRef(long weakGlobalRef)` Unsafe version of: `DeleteWeakGlobalRef(long)`
`static java.nio.ByteBuffer`	`NewDirectByteBuffer(long address, long capacity)` Allocates and returns a direct `java.nio.ByteBuffer` referring to the block of memory starting at the memory address address and extending capacity bytes.
`static long`	`NewGlobalRef(java.lang.Object obj)` Creates a new global reference to the object referred to by the `obj` argument.
`static long`	`NewWeakGlobalRef(java.lang.Object obj)` Creates a new weak global reference.
`static long`	`nGetBooleanArrayElements(byte[] array, long isCopy)` Unsafe version of: `GetBooleanArrayElements(byte[], java.nio.ByteBuffer)`
`static void`	`nGetBooleanArrayRegion(byte[] array, int start, int len, long buf)` Unsafe version of: `GetBooleanArrayRegion(byte[], int, java.nio.ByteBuffer)`
`static long`	`nGetByteArrayElements(byte[] array, long isCopy)` Unsafe version of: `GetByteArrayElements(byte[], java.nio.ByteBuffer)`
`static void`	`nGetByteArrayRegion(byte[] array, int start, int len, long buf)` Unsafe version of: `GetByteArrayRegion(byte[], int, java.nio.ByteBuffer)`
`static long`	`nGetCharArrayElements(char[] array, long isCopy)` Unsafe version of: `GetCharArrayElements(char[], java.nio.ByteBuffer)`
`static void`	`nGetCharArrayRegion(char[] array, int start, int len, long buf)` Unsafe version of: `GetCharArrayRegion(char[], int, java.nio.ShortBuffer)`
`static long`	`nGetDoubleArrayElements(double[] array, long isCopy)` Unsafe version of: `GetDoubleArrayElements(double[], java.nio.ByteBuffer)`
`static void`	`nGetDoubleArrayRegion(double[] array, int start, int len, long buf)` Unsafe version of: `GetDoubleArrayRegion(double[], int, java.nio.DoubleBuffer)`
`static long`	`nGetFloatArrayElements(float[] array, long isCopy)` Unsafe version of: `GetFloatArrayElements(float[], java.nio.ByteBuffer)`
`static void`	`nGetFloatArrayRegion(float[] array, int start, int len, long buf)` Unsafe version of: `GetFloatArrayRegion(float[], int, java.nio.FloatBuffer)`
`static long`	`nGetIntArrayElements(int[] array, long isCopy)` Unsafe version of: `GetIntArrayElements(int[], java.nio.ByteBuffer)`
`static void`	`nGetIntArrayRegion(int[] array, int start, int len, long buf)` Unsafe version of: `GetIntArrayRegion(int[], int, java.nio.IntBuffer)`
`static int`	`nGetJavaVM(long vm)` Unsafe version of: `GetJavaVM(org.lwjgl.PointerBuffer)`
`static long`	`nGetLongArrayElements(long[] array, long isCopy)` Unsafe version of: `GetLongArrayElements(long[], java.nio.ByteBuffer)`
`static void`	`nGetLongArrayRegion(long[] array, int start, int len, long buf)` Unsafe version of: `GetLongArrayRegion(long[], int, java.nio.LongBuffer)`
`static long`	`nGetShortArrayElements(short[] array, long isCopy)` Unsafe version of: `GetShortArrayElements(short[], java.nio.ByteBuffer)`
`static void`	`nGetShortArrayRegion(short[] array, int start, int len, long buf)` Unsafe version of: `GetShortArrayRegion(short[], int, java.nio.ShortBuffer)`
`static void`	`nGetStringRegion(java.lang.String str, int start, int len, long buf)` Unsafe version of: `GetStringRegion(java.lang.String, int, java.nio.ByteBuffer)`
`static void`	`nGetStringUTFRegion(java.lang.String str, int start, int len, long buf)` Unsafe version of: `GetStringUTFRegion(java.lang.String, int, int, java.nio.ByteBuffer)`
`static java.nio.ByteBuffer`	`nNewDirectByteBuffer(long address, long capacity)` Unsafe version of: `NewDirectByteBuffer(long, long)`
`static int`	`nRegisterNatives(java.lang.Class<?> targetClass, long methods, int nMethods)` Unsafe version of: `RegisterNatives(java.lang.Class<?>, org.lwjgl.system.jni.JNINativeMethod.Buffer)`
`static void`	`nReleaseBooleanArrayElements(byte[] array, long elems, int mode)` Unsafe version of: `ReleaseBooleanArrayElements(byte[], java.nio.ByteBuffer, int)`
`static void`	`nReleaseByteArrayElements(byte[] array, long elems, int mode)` Unsafe version of: `ReleaseByteArrayElements(byte[], java.nio.ByteBuffer, int)`
`static void`	`nReleaseCharArrayElements(char[] array, long elems, int mode)` Unsafe version of: `ReleaseCharArrayElements(char[], java.nio.ShortBuffer, int)`
`static void`	`nReleaseDoubleArrayElements(double[] array, long elems, int mode)` Unsafe version of: `ReleaseDoubleArrayElements(double[], java.nio.DoubleBuffer, int)`
`static void`	`nReleaseFloatArrayElements(float[] array, long elems, int mode)` Unsafe version of: `ReleaseFloatArrayElements(float[], java.nio.FloatBuffer, int)`
`static void`	`nReleaseIntArrayElements(int[] array, long elems, int mode)` Unsafe version of: `ReleaseIntArrayElements(int[], java.nio.IntBuffer, int)`
`static void`	`nReleaseLongArrayElements(long[] array, long elems, int mode)` Unsafe version of: `ReleaseLongArrayElements(long[], java.nio.LongBuffer, int)`
`static void`	`nReleaseShortArrayElements(short[] array, long elems, int mode)` Unsafe version of: `ReleaseShortArrayElements(short[], java.nio.ShortBuffer, int)`
`static void`	`nSetBooleanArrayRegion(byte[] array, int start, int len, long buf)` Unsafe version of: `SetBooleanArrayRegion(byte[], int, java.nio.ByteBuffer)`
`static void`	`nSetByteArrayRegion(byte[] array, int start, int len, long buf)` Unsafe version of: `SetByteArrayRegion(byte[], int, java.nio.ByteBuffer)`
`static void`	`nSetCharArrayRegion(char[] array, int start, int len, long buf)` Unsafe version of: `SetCharArrayRegion(char[], int, java.nio.ShortBuffer)`
`static void`	`nSetDoubleArrayRegion(double[] array, int start, int len, long buf)` Unsafe version of: `SetDoubleArrayRegion(double[], int, java.nio.DoubleBuffer)`
`static void`	`nSetFloatArrayRegion(float[] array, int start, int len, long buf)` Unsafe version of: `SetFloatArrayRegion(float[], int, java.nio.FloatBuffer)`
`static void`	`nSetIntArrayRegion(int[] array, int start, int len, long buf)` Unsafe version of: `SetIntArrayRegion(int[], int, java.nio.IntBuffer)`
`static void`	`nSetLongArrayRegion(long[] array, int start, int len, long buf)` Unsafe version of: `SetLongArrayRegion(long[], int, java.nio.LongBuffer)`
`static void`	`nSetShortArrayRegion(short[] array, int start, int len, long buf)` Unsafe version of: `SetShortArrayRegion(short[], int, java.nio.ShortBuffer)`
`static java.lang.reflect.Field`	`nToReflectedField(java.lang.Class<?> cls, long fieldID, boolean isStatic)` Unsafe version of: `ToReflectedField(java.lang.Class<?>, long, boolean)`
`static java.lang.reflect.Method`	`nToReflectedMethod(java.lang.Class<?> cls, long methodID, boolean isStatic)` Unsafe version of: `ToReflectedMethod(java.lang.Class<?>, long, boolean)`
`static int`	`RegisterNatives(java.lang.Class<?> targetClass, JNINativeMethod.Buffer methods)` Registers native methods with the class specified by the `targetClass` argument.
`static void`	`ReleaseBooleanArrayElements(byte[] array, java.nio.ByteBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`ReleaseByteArrayElements(byte[] array, java.nio.ByteBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`ReleaseCharArrayElements(char[] array, java.nio.ShortBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`ReleaseDoubleArrayElements(double[] array, java.nio.DoubleBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`ReleaseFloatArrayElements(float[] array, java.nio.FloatBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`ReleaseIntArrayElements(int[] array, java.nio.IntBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`ReleaseLongArrayElements(long[] array, java.nio.LongBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`ReleaseShortArrayElements(short[] array, java.nio.ShortBuffer elems, int mode)` Informs the VM that the native code no longer needs access to `elems`.
`static void`	`SetBooleanArrayRegion(byte[] array, int start, java.nio.ByteBuffer buf)` Copies back a region of a primitive array from a buffer.
`static void`	`SetByteArrayRegion(byte[] array, int start, java.nio.ByteBuffer buf)` Copies back a region of a primitive array from a buffer.
`static void`	`SetCharArrayRegion(char[] array, int start, java.nio.ShortBuffer buf)` Copies back a region of a primitive array from a buffer.
`static void`	`SetDoubleArrayRegion(double[] array, int start, java.nio.DoubleBuffer buf)` Copies back a region of a primitive array from a buffer.
`static void`	`SetFloatArrayRegion(float[] array, int start, java.nio.FloatBuffer buf)` Copies back a region of a primitive array from a buffer.
`static void`	`SetIntArrayRegion(int[] array, int start, java.nio.IntBuffer buf)` Copies back a region of a primitive array from a buffer.
`static void`	`SetLongArrayRegion(long[] array, int start, java.nio.LongBuffer buf)` Copies back a region of a primitive array from a buffer.
`static void`	`SetShortArrayRegion(short[] array, int start, java.nio.ShortBuffer buf)` Copies back a region of a primitive array from a buffer.
`static java.lang.reflect.Field`	`ToReflectedField(java.lang.Class<?> cls, long fieldID, boolean isStatic)` Converts a field ID derived from `cls` to a `Field` object.
`static java.lang.reflect.Method`	`ToReflectedMethod(java.lang.Class<?> cls, long methodID, boolean isStatic)` Converts a method ID derived from `cls` to a `Method` or `Constructor` object.
`static int`	`UnregisterNatives(java.lang.Class<?> targetClass)` Unregisters native methods of a class.

Methods inherited from class java.lang.Object
equals, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

- Field Detail
  - JNI_VERSION_1_1
```
public static final int JNI_VERSION_1_1
```
    JNI versions.
    
    See Also:
    
    Constant Field Values
  - JNI_VERSION_1_2
```
public static final int JNI_VERSION_1_2
```
    JNI versions.
    
    See Also:
    
    Constant Field Values
  - JNI_VERSION_1_4
```
public static final int JNI_VERSION_1_4
```
    JNI versions.
    
    See Also:
    
    Constant Field Values
  - JNI_VERSION_1_6
```
public static final int JNI_VERSION_1_6
```
    JNI versions.
    
    See Also:
    
    Constant Field Values
  - JNI_VERSION_1_8
```
public static final int JNI_VERSION_1_8
```
    JNI versions.
    
    See Also:
    
    Constant Field Values
  - JNI_VERSION_9
```
public static final int JNI_VERSION_9
```
    JNI versions.
    
    See Also:
    
    Constant Field Values
  - JNI_VERSION_10
```
public static final int JNI_VERSION_10
```
    JNI versions.
    
    See Also:
    
    Constant Field Values
  - JNIInvalidRefType
```
public static final int JNIInvalidRefType
```
    jobjectRefType: Return values from GetObjectRefType(java.lang.Object).
    Enum values:
    See Also:
    
    Constant Field Values
  - JNILocalRefType
```
public static final int JNILocalRefType
```
    jobjectRefType: Return values from GetObjectRefType(java.lang.Object).
    Enum values:
    See Also:
    
    Constant Field Values
  - JNIGlobalRefType
```
public static final int JNIGlobalRefType
```
    jobjectRefType: Return values from GetObjectRefType(java.lang.Object).
    Enum values:
    See Also:
    
    Constant Field Values
  - JNIWeakGlobalRefType
```
public static final int JNIWeakGlobalRefType
```
    jobjectRefType: Return values from GetObjectRefType(java.lang.Object).
    Enum values:
    See Also:
    
    Constant Field Values
  - JNI_FALSE
```
public static final int JNI_FALSE
```
    jboolean constants.
    
    See Also:
    
    Constant Field Values
  - JNI_TRUE
```
public static final int JNI_TRUE
```
    jboolean constants.
    
    See Also:
    
    Constant Field Values
  - JNI_OK
```
public static final int JNI_OK
```
    Possible return values for JNI functions.
    Enum values:
    - OK - success
    - ERR - unknown error
    - EDETACHED - thread detached from the VM
    - EVERSION - JNI version error
    - ENOMEM - not enough memory
    - EEXIST - VM already created
    - EINVAL - invalid arguments
    See Also:
    
    Constant Field Values
  - JNI_ERR
```
public static final int JNI_ERR
```
    Possible return values for JNI functions.
    Enum values:
    - OK - success
    - ERR - unknown error
    - EDETACHED - thread detached from the VM
    - EVERSION - JNI version error
    - ENOMEM - not enough memory
    - EEXIST - VM already created
    - EINVAL - invalid arguments
    See Also:
    
    Constant Field Values
  - JNI_EDETACHED
```
public static final int JNI_EDETACHED
```
    Possible return values for JNI functions.
    Enum values:
    - OK - success
    - ERR - unknown error
    - EDETACHED - thread detached from the VM
    - EVERSION - JNI version error
    - ENOMEM - not enough memory
    - EEXIST - VM already created
    - EINVAL - invalid arguments
    See Also:
    
    Constant Field Values
  - JNI_EVERSION
```
public static final int JNI_EVERSION
```
    Possible return values for JNI functions.
    Enum values:
    - OK - success
    - ERR - unknown error
    - EDETACHED - thread detached from the VM
    - EVERSION - JNI version error
    - ENOMEM - not enough memory
    - EEXIST - VM already created
    - EINVAL - invalid arguments
    See Also:
    
    Constant Field Values
  - JNI_ENOMEM
```
public static final int JNI_ENOMEM
```
    Possible return values for JNI functions.
    Enum values:
    - OK - success
    - ERR - unknown error
    - EDETACHED - thread detached from the VM
    - EVERSION - JNI version error
    - ENOMEM - not enough memory
    - EEXIST - VM already created
    - EINVAL - invalid arguments
    See Also:
    
    Constant Field Values
  - JNI_EEXIST
```
public static final int JNI_EEXIST
```
    Possible return values for JNI functions.
    Enum values:
    - OK - success
    - ERR - unknown error
    - EDETACHED - thread detached from the VM
    - EVERSION - JNI version error
    - ENOMEM - not enough memory
    - EEXIST - VM already created
    - EINVAL - invalid arguments
    See Also:
    
    Constant Field Values
  - JNI_EINVAL
```
public static final int JNI_EINVAL
```
    Possible return values for JNI functions.
    Enum values:
    - OK - success
    - ERR - unknown error
    - EDETACHED - thread detached from the VM
    - EVERSION - JNI version error
    - ENOMEM - not enough memory
    - EEXIST - VM already created
    - EINVAL - invalid arguments
    See Also:
    
    Constant Field Values
  - JNI_COMMIT
```
public static final int JNI_COMMIT
```
    Used in ReleaseScalarArrayElements.
    
    See Also:
    
    Constant Field Values
  - JNI_ABORT
```
public static final int JNI_ABORT
```
    Used in ReleaseScalarArrayElements.
    
    See Also:
    
    Constant Field Values
- Method Detail
  - GetVersion
```
public static int GetVersion()
```
    Returns the version of the native method interface.
    
    Returns:
    
    the major version number in the higher 16 bits and the minor version number in the lower 16 bits
  - FromReflectedMethod
```
public static long FromReflectedMethod(java.lang.reflect.Method method)
```
    Converts a Method or Constructor object to a method ID.
  - FromReflectedField
```
public static long FromReflectedField(java.lang.reflect.Field field)
```
    Converts a Field to a field ID.
  - nToReflectedMethod
```
@Nullable
public static java.lang.reflect.Method nToReflectedMethod(java.lang.Class<?> cls,
                                                                    long methodID,
                                                                    boolean isStatic)
```
    Unsafe version of: ToReflectedMethod(java.lang.Class<?>, long, boolean)
  - ToReflectedMethod
```
@Nullable
public static java.lang.reflect.Method ToReflectedMethod(java.lang.Class<?> cls,
                                                                   long methodID,
                                                                   boolean isStatic)
```
    Converts a method ID derived from cls to a Method or Constructor object.
    
    Parameters:
    
    isStatic - must be set to TRUE if the method ID refers to a static field, and # FALSE otherwise
  - nToReflectedField
```
@Nullable
public static java.lang.reflect.Field nToReflectedField(java.lang.Class<?> cls,
                                                                  long fieldID,
                                                                  boolean isStatic)
```
    Unsafe version of: ToReflectedField(java.lang.Class<?>, long, boolean)
  - ToReflectedField
```
@Nullable
public static java.lang.reflect.Field ToReflectedField(java.lang.Class<?> cls,
                                                                 long fieldID,
                                                                 boolean isStatic)
```
    Converts a field ID derived from cls to a Field object.
    
    Parameters:
    
    isStatic - must be set to TRUE if fieldID refers to a static field, and FALSE otherwise
  - NewGlobalRef
```
public static long NewGlobalRef(java.lang.Object obj)
```
    Creates a new global reference to the object referred to by the obj argument. The obj argument may be a global or local reference. Global references must be explicitly disposed of by calling DeleteGlobalRef(long).
    
    Parameters:
    
    obj - a global or local reference
    
    Returns:
    
    a global reference, or NULL if the system runs out of memory
  - nDeleteGlobalRef
```
public static void nDeleteGlobalRef(long globalRef)
```
    Unsafe version of: DeleteGlobalRef(long)
  - DeleteGlobalRef
```
public static void DeleteGlobalRef(long globalRef)
```
    Deletes the global reference pointed to by globalRef.
    
    Parameters:
    
    globalRef - a global reference
  - nGetBooleanArrayElements
```
public static long nGetBooleanArrayElements(byte[] array,
                                            long isCopy)
```
    Unsafe version of: GetBooleanArrayElements(byte[], java.nio.ByteBuffer)
  - GetBooleanArrayElements
```
@Nullable
public static java.nio.ByteBuffer GetBooleanArrayElements(byte[] array,
                                                                    @Nullable
                                                                    java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseBooleanArrayElements(byte[], java.nio.ByteBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseBooleanArrayElements(byte[], java.nio.ByteBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseBooleanArrayElements
```
public static void nReleaseBooleanArrayElements(byte[] array,
                                                long elems,
                                                int mode)
```
    Unsafe version of: ReleaseBooleanArrayElements(byte[], java.nio.ByteBuffer, int)
  - ReleaseBooleanArrayElements
```
public static void ReleaseBooleanArrayElements(byte[] array,
                                               java.nio.ByteBuffer elems,
                                               int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetBooleanArrayElements(byte[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetByteArrayElements
```
public static long nGetByteArrayElements(byte[] array,
                                         long isCopy)
```
    Unsafe version of: GetByteArrayElements(byte[], java.nio.ByteBuffer)
  - GetByteArrayElements
```
@Nullable
public static java.nio.ByteBuffer GetByteArrayElements(byte[] array,
                                                                 @Nullable
                                                                 java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseByteArrayElements(byte[], java.nio.ByteBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseByteArrayElements(byte[], java.nio.ByteBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseByteArrayElements
```
public static void nReleaseByteArrayElements(byte[] array,
                                             long elems,
                                             int mode)
```
    Unsafe version of: ReleaseByteArrayElements(byte[], java.nio.ByteBuffer, int)
  - ReleaseByteArrayElements
```
public static void ReleaseByteArrayElements(byte[] array,
                                            java.nio.ByteBuffer elems,
                                            int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetByteArrayElements(byte[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetCharArrayElements
```
public static long nGetCharArrayElements(char[] array,
                                         long isCopy)
```
    Unsafe version of: GetCharArrayElements(char[], java.nio.ByteBuffer)
  - GetCharArrayElements
```
@Nullable
public static java.nio.ShortBuffer GetCharArrayElements(char[] array,
                                                                  @Nullable
                                                                  java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseCharArrayElements(char[], java.nio.ShortBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseCharArrayElements(char[], java.nio.ShortBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseCharArrayElements
```
public static void nReleaseCharArrayElements(char[] array,
                                             long elems,
                                             int mode)
```
    Unsafe version of: ReleaseCharArrayElements(char[], java.nio.ShortBuffer, int)
  - ReleaseCharArrayElements
```
public static void ReleaseCharArrayElements(char[] array,
                                            java.nio.ShortBuffer elems,
                                            int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetCharArrayElements(char[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetShortArrayElements
```
public static long nGetShortArrayElements(short[] array,
                                          long isCopy)
```
    Unsafe version of: GetShortArrayElements(short[], java.nio.ByteBuffer)
  - GetShortArrayElements
```
@Nullable
public static java.nio.ShortBuffer GetShortArrayElements(short[] array,
                                                                   @Nullable
                                                                   java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseShortArrayElements(short[], java.nio.ShortBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseShortArrayElements(short[], java.nio.ShortBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseShortArrayElements
```
public static void nReleaseShortArrayElements(short[] array,
                                              long elems,
                                              int mode)
```
    Unsafe version of: ReleaseShortArrayElements(short[], java.nio.ShortBuffer, int)
  - ReleaseShortArrayElements
```
public static void ReleaseShortArrayElements(short[] array,
                                             java.nio.ShortBuffer elems,
                                             int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetShortArrayElements(short[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetIntArrayElements
```
public static long nGetIntArrayElements(int[] array,
                                        long isCopy)
```
    Unsafe version of: GetIntArrayElements(int[], java.nio.ByteBuffer)
  - GetIntArrayElements
```
@Nullable
public static java.nio.IntBuffer GetIntArrayElements(int[] array,
                                                               @Nullable
                                                               java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseIntArrayElements(int[], java.nio.IntBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseIntArrayElements(int[], java.nio.IntBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseIntArrayElements
```
public static void nReleaseIntArrayElements(int[] array,
                                            long elems,
                                            int mode)
```
    Unsafe version of: ReleaseIntArrayElements(int[], java.nio.IntBuffer, int)
  - ReleaseIntArrayElements
```
public static void ReleaseIntArrayElements(int[] array,
                                           java.nio.IntBuffer elems,
                                           int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetIntArrayElements(int[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetLongArrayElements
```
public static long nGetLongArrayElements(long[] array,
                                         long isCopy)
```
    Unsafe version of: GetLongArrayElements(long[], java.nio.ByteBuffer)
  - GetLongArrayElements
```
@Nullable
public static java.nio.LongBuffer GetLongArrayElements(long[] array,
                                                                 @Nullable
                                                                 java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseLongArrayElements(long[], java.nio.LongBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseLongArrayElements(long[], java.nio.LongBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseLongArrayElements
```
public static void nReleaseLongArrayElements(long[] array,
                                             long elems,
                                             int mode)
```
    Unsafe version of: ReleaseLongArrayElements(long[], java.nio.LongBuffer, int)
  - ReleaseLongArrayElements
```
public static void ReleaseLongArrayElements(long[] array,
                                            java.nio.LongBuffer elems,
                                            int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetLongArrayElements(long[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetFloatArrayElements
```
public static long nGetFloatArrayElements(float[] array,
                                          long isCopy)
```
    Unsafe version of: GetFloatArrayElements(float[], java.nio.ByteBuffer)
  - GetFloatArrayElements
```
@Nullable
public static java.nio.FloatBuffer GetFloatArrayElements(float[] array,
                                                                   @Nullable
                                                                   java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseFloatArrayElements(float[], java.nio.FloatBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseFloatArrayElements(float[], java.nio.FloatBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseFloatArrayElements
```
public static void nReleaseFloatArrayElements(float[] array,
                                              long elems,
                                              int mode)
```
    Unsafe version of: ReleaseFloatArrayElements(float[], java.nio.FloatBuffer, int)
  - ReleaseFloatArrayElements
```
public static void ReleaseFloatArrayElements(float[] array,
                                             java.nio.FloatBuffer elems,
                                             int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetFloatArrayElements(float[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetDoubleArrayElements
```
public static long nGetDoubleArrayElements(double[] array,
                                           long isCopy)
```
    Unsafe version of: GetDoubleArrayElements(double[], java.nio.ByteBuffer)
  - GetDoubleArrayElements
```
@Nullable
public static java.nio.DoubleBuffer GetDoubleArrayElements(double[] array,
                                                                     @Nullable
                                                                     java.nio.ByteBuffer isCopy)
```
    Returns the body of the primitive array. The result is valid until the ReleaseDoubleArrayElements(double[], java.nio.DoubleBuffer, int) function is called. Since the returned array may be a copy of the Java array, changes made to the returned array will not necessarily be reflected in the original array until ReleaseDoubleArrayElements(double[], java.nio.DoubleBuffer, int) is called.
    If isCopy is not NULL, then *isCopy is set to TRUE if a copy is made; or it is set to FALSE if no copy is made.
    
    Parameters:
    
    array - the primitive array
    
    isCopy - a pointer to a boolean
    
    Returns:
    
    a pointer to the array elements, or NULL if the operation fails
  - nReleaseDoubleArrayElements
```
public static void nReleaseDoubleArrayElements(double[] array,
                                               long elems,
                                               int mode)
```
    Unsafe version of: ReleaseDoubleArrayElements(double[], java.nio.DoubleBuffer, int)
  - ReleaseDoubleArrayElements
```
public static void ReleaseDoubleArrayElements(double[] array,
                                              java.nio.DoubleBuffer elems,
                                              int mode)
```
    Informs the VM that the native code no longer needs access to elems. The elems argument is a pointer derived from array using the GetDoubleArrayElements(double[], java.nio.ByteBuffer) function. If necessary, this function copies back all changes made to elems to the original array.
    The mode argument provides information on how the array buffer should be released. mode has no effect if elems is not a copy of the elements in array. Otherwise, mode has the following impact, as shown in the following table:
    
    mode actions
    
    0 copy back the content and free the elems buffer
    
    COMMIT copy back the content but do not free the elems buffer
    
    ABORT free the buffer without copying back the possible changes
    
    In most cases, programmers pass “0” to the mode argument to ensure consistent behavior for both pinned and copied arrays. The other options give the programmer more control over memory management and should be used with extreme care.
    
    Parameters:
    
    array - a Java array object
    
    elems - a pointer to array elements
    
    mode - the release mode. One of:
    0 COMMIT ABORT
  - nGetBooleanArrayRegion
```
public static void nGetBooleanArrayRegion(byte[] array,
                                          int start,
                                          int len,
                                          long buf)
```
    Unsafe version of: GetBooleanArrayRegion(byte[], int, java.nio.ByteBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetBooleanArrayRegion
```
public static void GetBooleanArrayRegion(byte[] array,
                                         int start,
                                         java.nio.ByteBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetBooleanArrayRegion
```
public static void nSetBooleanArrayRegion(byte[] array,
                                          int start,
                                          int len,
                                          long buf)
```
    Unsafe version of: SetBooleanArrayRegion(byte[], int, java.nio.ByteBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetBooleanArrayRegion
```
public static void SetBooleanArrayRegion(byte[] array,
                                         int start,
                                         java.nio.ByteBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nGetByteArrayRegion
```
public static void nGetByteArrayRegion(byte[] array,
                                       int start,
                                       int len,
                                       long buf)
```
    Unsafe version of: GetByteArrayRegion(byte[], int, java.nio.ByteBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetByteArrayRegion
```
public static void GetByteArrayRegion(byte[] array,
                                      int start,
                                      java.nio.ByteBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetByteArrayRegion
```
public static void nSetByteArrayRegion(byte[] array,
                                       int start,
                                       int len,
                                       long buf)
```
    Unsafe version of: SetByteArrayRegion(byte[], int, java.nio.ByteBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetByteArrayRegion
```
public static void SetByteArrayRegion(byte[] array,
                                      int start,
                                      java.nio.ByteBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nGetCharArrayRegion
```
public static void nGetCharArrayRegion(char[] array,
                                       int start,
                                       int len,
                                       long buf)
```
    Unsafe version of: GetCharArrayRegion(char[], int, java.nio.ShortBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetCharArrayRegion
```
public static void GetCharArrayRegion(char[] array,
                                      int start,
                                      java.nio.ShortBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetCharArrayRegion
```
public static void nSetCharArrayRegion(char[] array,
                                       int start,
                                       int len,
                                       long buf)
```
    Unsafe version of: SetCharArrayRegion(char[], int, java.nio.ShortBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetCharArrayRegion
```
public static void SetCharArrayRegion(char[] array,
                                      int start,
                                      java.nio.ShortBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nGetShortArrayRegion
```
public static void nGetShortArrayRegion(short[] array,
                                        int start,
                                        int len,
                                        long buf)
```
    Unsafe version of: GetShortArrayRegion(short[], int, java.nio.ShortBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetShortArrayRegion
```
public static void GetShortArrayRegion(short[] array,
                                       int start,
                                       java.nio.ShortBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetShortArrayRegion
```
public static void nSetShortArrayRegion(short[] array,
                                        int start,
                                        int len,
                                        long buf)
```
    Unsafe version of: SetShortArrayRegion(short[], int, java.nio.ShortBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetShortArrayRegion
```
public static void SetShortArrayRegion(short[] array,
                                       int start,
                                       java.nio.ShortBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nGetIntArrayRegion
```
public static void nGetIntArrayRegion(int[] array,
                                      int start,
                                      int len,
                                      long buf)
```
    Unsafe version of: GetIntArrayRegion(int[], int, java.nio.IntBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetIntArrayRegion
```
public static void GetIntArrayRegion(int[] array,
                                     int start,
                                     java.nio.IntBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetIntArrayRegion
```
public static void nSetIntArrayRegion(int[] array,
                                      int start,
                                      int len,
                                      long buf)
```
    Unsafe version of: SetIntArrayRegion(int[], int, java.nio.IntBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetIntArrayRegion
```
public static void SetIntArrayRegion(int[] array,
                                     int start,
                                     java.nio.IntBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nGetLongArrayRegion
```
public static void nGetLongArrayRegion(long[] array,
                                       int start,
                                       int len,
                                       long buf)
```
    Unsafe version of: GetLongArrayRegion(long[], int, java.nio.LongBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetLongArrayRegion
```
public static void GetLongArrayRegion(long[] array,
                                      int start,
                                      java.nio.LongBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetLongArrayRegion
```
public static void nSetLongArrayRegion(long[] array,
                                       int start,
                                       int len,
                                       long buf)
```
    Unsafe version of: SetLongArrayRegion(long[], int, java.nio.LongBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetLongArrayRegion
```
public static void SetLongArrayRegion(long[] array,
                                      int start,
                                      java.nio.LongBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nGetFloatArrayRegion
```
public static void nGetFloatArrayRegion(float[] array,
                                        int start,
                                        int len,
                                        long buf)
```
    Unsafe version of: GetFloatArrayRegion(float[], int, java.nio.FloatBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetFloatArrayRegion
```
public static void GetFloatArrayRegion(float[] array,
                                       int start,
                                       java.nio.FloatBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetFloatArrayRegion
```
public static void nSetFloatArrayRegion(float[] array,
                                        int start,
                                        int len,
                                        long buf)
```
    Unsafe version of: SetFloatArrayRegion(float[], int, java.nio.FloatBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetFloatArrayRegion
```
public static void SetFloatArrayRegion(float[] array,
                                       int start,
                                       java.nio.FloatBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nGetDoubleArrayRegion
```
public static void nGetDoubleArrayRegion(double[] array,
                                         int start,
                                         int len,
                                         long buf)
```
    Unsafe version of: GetDoubleArrayRegion(double[], int, java.nio.DoubleBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - GetDoubleArrayRegion
```
public static void GetDoubleArrayRegion(double[] array,
                                        int start,
                                        java.nio.DoubleBuffer buf)
```
    Copies a region of a primitive array into a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the destination buffer
  - nSetDoubleArrayRegion
```
public static void nSetDoubleArrayRegion(double[] array,
                                         int start,
                                         int len,
                                         long buf)
```
    Unsafe version of: SetDoubleArrayRegion(double[], int, java.nio.DoubleBuffer)
    
    Parameters:
    
    len - the number of elements to be copied
  - SetDoubleArrayRegion
```
public static void SetDoubleArrayRegion(double[] array,
                                        int start,
                                        java.nio.DoubleBuffer buf)
```
    Copies back a region of a primitive array from a buffer.
    
    Parameters:
    
    array - a Java array
    
    start - the starting index
    
    buf - the source buffer
  - nRegisterNatives
```
public static int nRegisterNatives(java.lang.Class<?> targetClass,
                                   long methods,
                                   int nMethods)
```
    Unsafe version of: RegisterNatives(java.lang.Class<?>, org.lwjgl.system.jni.JNINativeMethod.Buffer)
    
    Parameters:
    
    nMethods - the number of native methods in the class
  - RegisterNatives
```
public static int RegisterNatives(java.lang.Class<?> targetClass,
                                  JNINativeMethod.Buffer methods)
```
    Registers native methods with the class specified by the targetClass argument. The methods parameter specifies an array of JNINativeMethod structures that contain the names, signatures, and function pointers of the native methods. The name and signature fields of the JNINativeMethod structure are pointers to modified UTF-8 strings. The nMethods parameter specifies the number of native methods in the array.
    
    Parameters:
    
    methods - the native methods in the class
    
    Returns:
    
    “0” on success; returns a negative value on failure
  - UnregisterNatives
```
public static int UnregisterNatives(java.lang.Class<?> targetClass)
```
    Unregisters native methods of a class. The class goes back to the state before it was linked or registered with its native method functions.
    This function should not be used in normal native code. Instead, it provides special programs a way to reload and relink native libraries.
    
    Parameters:
    
    targetClass - a Java class object
    
    Returns:
    
    “0” on success; returns a negative value on failure
  - nGetJavaVM
```
public static int nGetJavaVM(long vm)
```
    Unsafe version of: GetJavaVM(org.lwjgl.PointerBuffer)
  - GetJavaVM
```
public static int GetJavaVM(org.lwjgl.PointerBuffer vm)
```
    Returns the Java VM interface (used in the Invocation API) associated with the current thread. The result is placed at the location pointed to by the second argument, vm.
    
    Parameters:
    
    vm - a pointer to where the result should be placed
  - nGetStringRegion
```
public static void nGetStringRegion(java.lang.String str,
                                    int start,
                                    int len,
                                    long buf)
```
    Unsafe version of: GetStringRegion(java.lang.String, int, java.nio.ByteBuffer)
  - GetStringRegion
```
public static void GetStringRegion(java.lang.String str,
                                   int start,
                                   java.nio.ByteBuffer buf)
```
    Copies len number of Unicode characters beginning at offset start to the given buffer buf.
  - nGetStringUTFRegion
```
public static void nGetStringUTFRegion(java.lang.String str,
                                       int start,
                                       int len,
                                       long buf)
```
    Unsafe version of: GetStringUTFRegion(java.lang.String, int, int, java.nio.ByteBuffer)
  - GetStringUTFRegion
```
public static void GetStringUTFRegion(java.lang.String str,
                                      int start,
                                      int len,
                                      java.nio.ByteBuffer buf)
```
    Translates len number of Unicode characters beginning at offset start into modified UTF-8 encoding and place the result in the given buffer buf.
  - NewWeakGlobalRef
```
public static long NewWeakGlobalRef(java.lang.Object obj)
```
    Creates a new weak global reference. Returns NULL if obj refers to null, or if the VM runs out of memory. If the VM runs out of memory, an OutOfMemoryError will be thrown.
  - nDeleteWeakGlobalRef
```
public static void nDeleteWeakGlobalRef(long weakGlobalRef)
```
    Unsafe version of: DeleteWeakGlobalRef(long)
  - DeleteWeakGlobalRef
```
public static void DeleteWeakGlobalRef(long weakGlobalRef)
```
    Delete the VM resources needed for the given weak global reference.
  - nNewDirectByteBuffer
```
@Nullable
public static java.nio.ByteBuffer nNewDirectByteBuffer(long address,
                                                                 long capacity)
```
    Unsafe version of: NewDirectByteBuffer(long, long)
  - NewDirectByteBuffer
```
@Nullable
public static java.nio.ByteBuffer NewDirectByteBuffer(long address,
                                                                long capacity)
```
    Allocates and returns a direct java.nio.ByteBuffer referring to the block of memory starting at the memory address address and extending capacity bytes.
    Native code that calls this function and returns the resulting byte-buffer object to Java-level code should ensure that the buffer refers to a valid region of memory that is accessible for reading and, if appropriate, writing. An attempt to access an invalid memory location from Java code will either return an arbitrary value, have no visible effect, or cause an unspecified exception to be thrown.
    
    Parameters:
    
    address - the starting address of the memory region (must not be NULL)
    
    capacity - the size in bytes of the memory region (must be positive)
    
    Returns:
    
    a local reference to the newly-instantiated java.nio.ByteBuffer object. Returns NULL if an exception occurs, or if JNI access to direct buffers is not supported by this virtual machine.
  - GetDirectBufferAddress
```
public static long GetDirectBufferAddress(java.nio.Buffer buf)
```
    Fetches and returns the starting address of the memory region referenced by the given direct java.nio.Buffer.
    This function allows native code to access the same memory region that is accessible to Java code via the buffer object.
    
    Parameters:
    
    buf - a direct java.nio.Buffer object (must not be NULL)
    
    Returns:
    
    the starting address of the memory region referenced by the buffer. Returns NULL if the memory region is undefined, if the given object is not a direct java.nio.Buffer, or if JNI access to direct buffers is not supported by this virtual machine.
  - GetObjectRefType
```
public static int GetObjectRefType(java.lang.Object obj)
```
    Returns the type of the object referred to by the obj argument. The argument obj can either be a local, global or weak global reference.
    
    Parameters:
    
    obj - a local, global or weak global reference

mode	actions
0	copy back the content and free the elems buffer
`COMMIT`	copy back the content but do not free the elems buffer
`ABORT`	free the buffer without copying back the possible changes

Class JNINativeInterface

Field Summary

Method Summary

Methods inherited from class java.lang.Object

Field Detail

JNI_VERSION_1_1

JNI_VERSION_1_2

JNI_VERSION_1_4

JNI_VERSION_1_6

JNI_VERSION_1_8

JNI_VERSION_9

JNI_VERSION_10

JNIInvalidRefType

Enum values:

JNILocalRefType

Enum values:

JNIGlobalRefType

Enum values:

JNIWeakGlobalRefType

Enum values:

JNI_FALSE

JNI_TRUE

JNI_OK

Enum values:

JNI_ERR

Enum values:

JNI_EDETACHED

Enum values:

JNI_EVERSION

Enum values:

JNI_ENOMEM

Enum values:

JNI_EEXIST

Enum values:

JNI_EINVAL

Enum values:

JNI_COMMIT

JNI_ABORT

Method Detail

GetVersion

FromReflectedMethod

FromReflectedField

nToReflectedMethod

ToReflectedMethod

nToReflectedField

ToReflectedField

NewGlobalRef

nDeleteGlobalRef

DeleteGlobalRef

nGetBooleanArrayElements

GetBooleanArrayElements

nReleaseBooleanArrayElements

ReleaseBooleanArrayElements

nGetByteArrayElements

GetByteArrayElements

nReleaseByteArrayElements

ReleaseByteArrayElements

nGetCharArrayElements

GetCharArrayElements

nReleaseCharArrayElements

ReleaseCharArrayElements

nGetShortArrayElements

GetShortArrayElements

nReleaseShortArrayElements

ReleaseShortArrayElements

nGetIntArrayElements

GetIntArrayElements

nReleaseIntArrayElements

ReleaseIntArrayElements

nGetLongArrayElements

GetLongArrayElements

nReleaseLongArrayElements

ReleaseLongArrayElements

nGetFloatArrayElements

GetFloatArrayElements

nReleaseFloatArrayElements

ReleaseFloatArrayElements

nGetDoubleArrayElements

GetDoubleArrayElements

nReleaseDoubleArrayElements