Package Summary Overview Summary

### class:ValueLayout.OfLong [NONE]
All Implemented Interfaces: `MemoryLayoutPREVIEW` Enclosing class: `ValueLayoutPREVIEW` public static final class ValueLayout.OfLong extends ValueLayoutPREVIEW `OfLong` is a preview API of the Java platform. Programs can only use `OfLong` when preview features are enabled. Preview features may be removed in a future release, or upgraded to permanent features of the Java platform. A value layout whose carrier is `long.class`. Since: 19

### method:withName(java.lang.String) [NONE]
### withName public ValueLayout.OfLongPREVIEW withName (String name) Description copied from interface: `MemoryLayout` Returns a memory layout with the same size and alignment constraints as this layout, but with the specified name. Specified by: `withName` in interface `MemoryLayoutPREVIEW` Parameters: `name` - the layout name. Returns: a memory layout with the given name. See Also: `MemoryLayout.name()`PREVIEW

### method:withBitAlignment(long) [NONE]
### withBitAlignment public ValueLayout.OfLongPREVIEW withBitAlignment (long alignmentBits) Description copied from interface: `MemoryLayout` Returns a memory layout with the same size and name as this layout, but with the specified alignment constraints (in bits). Specified by: `withBitAlignment` in interface `MemoryLayoutPREVIEW` Parameters: `alignmentBits` - the layout alignment constraint, expressed in bits. Returns: a memory layout with the given alignment constraints.

### method:withOrder(java.nio.ByteOrder) [NONE]
### withOrder public ValueLayout.OfLongPREVIEW withOrder (ByteOrder order) Description copied from class: `ValueLayout` Returns a value layout with the same carrier, alignment constraints and name as this value layout, but with the specified byte order. Overrides: `withOrder` in class `ValueLayoutPREVIEW` Parameters: `order` - the desired byte order. Returns: a value layout with the given byte order.

### method:name() [NONE]
### name public final Optional<String> name() Description copied from interface: `MemoryLayout` Returns the name (if any) associated with this layout. Specified by: `name` in interface `MemoryLayoutPREVIEW` Returns: the name (if any) associated with this layout See Also: `MemoryLayout.withName(String)`PREVIEW

### method:bitAlignment() [NONE]
### bitAlignment public final long bitAlignment() Description copied from interface: `MemoryLayout` Returns the alignment constraint associated with this layout, expressed in bits. Layout alignment defines a power of two `A` which is the bit-wise alignment of the layout. If `A <= 8` then `A/8` is the number of bytes that must be aligned for any pointer that correctly points to this layout. Thus: `A=8` means unaligned (in the usual sense), which is common in packets. `A=64` means word aligned (on LP64), `A=32` int aligned, `A=16` short aligned, etc. `A=512` is the most strict alignment required by the x86/SV ABI (for AVX-512 data). If no explicit alignment constraint was set on this layout (see `MemoryLayout.withBitAlignment(long)`PREVIEW), then this method returns the natural alignment constraint (in bits) associated with this layout. Specified by: `bitAlignment` in interface `MemoryLayoutPREVIEW` Returns: the layout alignment constraint, in bits.

### method:byteSize() [NONE]
### byteSize public long byteSize() Description copied from interface: `MemoryLayout` Returns the layout size, in bytes. Specified by: `byteSize` in interface `MemoryLayoutPREVIEW` Returns: the layout size, in bytes

### method:bitSize() [NONE]
### bitSize public long bitSize() Description copied from interface: `MemoryLayout` Returns the layout size, in bits. Specified by: `bitSize` in interface `MemoryLayoutPREVIEW` Returns: the layout size, in bits

### method:isPadding() [NONE]
### isPadding public boolean isPadding() Description copied from interface: `MemoryLayout` Returns true, if this layout is a padding layout. Specified by: `isPadding` in interface `MemoryLayoutPREVIEW` Returns: true, if this layout is a padding layout