Uses of Annotation Type
org.bytedeco.javacpp.annotation.Name

Packages that use Name
Package
Description
org.bytedeco.javacpp
Contains the main set of classes for JavaCPP at runtime.

  • Uses of Name in org.bytedeco.javacpp

    Classes in org.bytedeco.javacpp with annotations of type Name
    Modifier and Type
    Class
    Description
    class 
    BoolPointer
    The peer class to native pointers and arrays of bool.
    class 
    CLongPointer
    The peer class to native pointers and arrays of long.
    class 
    SizeTPointer
    The peer class to native pointers and arrays of size_t.
    Methods in org.bytedeco.javacpp with annotations of type Name
    Modifier and Type
    Method
    Description
    static Object
    Loader.Helper.accessGlobalRef(Pointer globalRef)
    Returns an Object from the JNI global reference stored in the Pointer.
    static Pointer
    Loader.Helper.addressof(String symbol)
    Returns the address found under the given name in the "dynamic symbol tables" (Linux, Mac OS X, etc) or the "export tables" (Windows) of all libraries loaded, or null if not found.
    static long
    Pointer.availablePhysicalBytes()
    Returns the amount of physical memory that is free according to the operating system, or 0 if unknown.
    static void
    Loader.Helper.deleteGlobalRef(Pointer globalRef)
    Deletes the JNI global reference stored in the Pointer.
    protected static long
    Pointer.getDirectBufferAddress(Buffer b)
    Returns the starting address of the memory region referenced by the given direct Buffer.
    static Pointer
    Loader.Helper.getJavaVM()
    Returns the JavaVM JNI object, as required by some APIs for initialization.
    static void
    Loader.Helper.loadGlobal(String filename)
    Loads all symbols from a library globally, that is dlopen(filename, RTLD_LAZY | RTLD_GLOBAL), or simply by default with LoadLibrary(filename) on Windows.
    static Pointer
    Loader.Helper.newGlobalRef(Object object)
    Returns a JNI global reference stored in a Pointer for the given Object.
    static long
    Pointer.physicalBytes()
    Returns the amount of non-shared physical memory currently used by the whole process, or 0 if unknown.
    static long
    Pointer.physicalBytesInaccurate(long maxSize)
    May return a value larger than Pointer.physicalBytes() but less than maxSize to save processing time.
    static int
    Loader.Helper.totalChips()
    Returns the number of CPU chips installed according to the operating system, or 0 if unknown.
    static int
    Loader.Helper.totalCores()
    Returns the number of CPU cores usable according to the operating system, or 0 if unknown.
    static long
    Pointer.totalPhysicalBytes()
    Returns the amount of physical memory installed according to the operating system, or 0 if unknown.
    static int
    Loader.Helper.totalProcessors()
    Returns the number of processors configured according to the operating system, or 0 if unknown.
    private static boolean
    Pointer.trimMemory()
    Makes sure to return freed memory to the system, as required by Linux, at least.