src/main/java/jnr/posix/LinuxFileStat32.java

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/**
 * $Id: $
 */

package jnr.posix;

import jnr.ffi.*;

public final class LinuxFileStat32 extends BaseFileStat implements NanosecondFileStat {
    private static final class Layout extends StructLayout {

        private Layout(jnr.ffi.Runtime runtime) {
            super(runtime);
        }

        public final Signed64 st_dev = new Signed64();
        public final Signed16 __pad1 = new Signed16();
        public final Signed32 st_ino = new Signed32();
        public final Signed32 st_mode = new Signed32();
        public final Signed32 st_nlink = new Signed32();
        public final Signed32 st_uid = new Signed32();
        public final Signed32 st_gid = new Signed32();
        public final Signed64 st_rdev = new Signed64();
        public final Signed16 __pad2 = new Signed16();
        public final Signed64 st_size = new Signed64();
        public final Signed32 st_blksize = new Signed32();
        public final Signed32 st_blocks = new Signed32();
        public final Signed32 __unused4 = new Signed32();
        public final Signed32 st_atim_sec = new Signed32();     // Time of last access (time_t)
        public final Signed32 st_atim_nsec = new Signed32(); // Time of last access (nanoseconds)
        public final Signed32 st_mtim_sec = new Signed32();     // Last data modification time (time_t)
        public final Signed32 st_mtim_nsec = new Signed32(); // Last data modification time (nanoseconds)
        public final Signed32 st_ctim_sec = new Signed32();     // Time of last status change (time_t)
        public final Signed32 st_ctim_nsec = new Signed32(); // Time of last status change (nanoseconds)
        public final Signed64 __unused5 = new Signed64();
    }
    private static final Layout layout = new Layout(jnr.ffi.Runtime.getSystemRuntime());

    public LinuxFileStat32() {
        this(null);
    }

    public LinuxFileStat32(BaseNativePOSIX posix) {
        super(posix, layout);
    }
    
    public long atime() {
        return layout.st_atim_sec.get(memory);
    }

    @Override
    public long aTimeNanoSecs() {
        return layout.st_atim_nsec.get(memory);
    }

    public long blocks() {
        return layout.st_blocks.get(memory);
    }

    public long blockSize() {
        return layout.st_blksize.get(memory);
    }

    public long ctime() {
        return layout.st_ctim_sec.get(memory);
    }

    @Override
    public long cTimeNanoSecs() {
        return layout.st_ctim_nsec.get(memory);
    }

    public long dev() {
        return layout.st_dev.get(memory);
    }

    public int gid() {
        return layout.st_gid.get(memory);
    }

    public long ino() {
        return layout.st_ino.get(memory);
    }

    public int mode() {
        return layout.st_mode.get(memory) & 0xffff;
    }

    public long mtime() {
        return layout.st_mtim_sec.get(memory);
    }

    @Override
    public long mTimeNanoSecs() {
        return layout.st_mtim_nsec.get(memory);
    }

    public int nlink() {
        return layout.st_nlink.get(memory);
    }

    public long rdev() {
        return layout.st_rdev.get(memory);
    }

    public long st_size() {
        return layout.st_size.get(memory);
    }

    public int uid() {
        return layout.st_uid.get(memory);
    }
}