}
        final boolean groupName = ((src[srcIndex] & 0x80) == 0x80) == true;
        final int nodeType = (src[srcIndex] & 0x60) >> 5;
        srcIndex += 2;
        final int address = readInt4(src, srcIndex);
        if (address != 0) {
            addrEntry[addrIndex] = new NbtAddress(recordName, address, groupName, nodeType);
        } else {
            addrEntry[addrIndex] = null;
        }

        return 6;
    }

        }
        final boolean groupName = ((src[srcIndex] & 0x80) == 0x80) == true;
        final int nodeType = (src[srcIndex] & 0x60) >> 5;
        srcIndex += 2;
        final int address = readInt4(src, srcIndex);
        if (address != 0) {
            this.addrEntry[this.addrIndex] = new NbtAddress(this.recordName, address, groupName, nodeType);
        } else {
            this.addrEntry[this.addrIndex] = null;
        }

        this.nodeType = nodeType;
    }

    NbtAddress(final Name hostName, final int address, final boolean groupName, final int nodeType, final boolean isBeingDeleted,
            final boolean isInConflict, final boolean isActive, final boolean isPermanent, final byte[] macAddress) {

        /*
         * The NodeStatusResponse.readNodeNameArray method may also set this

        NbtAddress[] addresses = (NbtAddress[]) addressArrayField.get(response);

        assertEquals(0, addresses[0].nodeType); // B-node
        assertEquals(1, addresses[1].nodeType); // P-node
        assertEquals(2, addresses[2].nodeType); // M-node
        assertEquals(3, addresses[3].nodeType); // H-node
    }

        setSuperclassFieldsForSuccessfulParsing();

        byte[] src = new byte[10];
        int srcIndex = 0;

        // Simulate groupName = false (0x00), nodeType = 0 (0x00) -> src[srcIndex] = 0x00
        src[srcIndex] = (byte) 0x00;
        src[srcIndex + 1] = (byte) 0x00; // Reserved/padding byte

        // Simulate address = 192.168.1.1 (0xC0A80101)

        this.nodeType = nodeType;
    }

    NbtAddress(final Name hostName, final int address, final boolean groupName, final int nodeType, final boolean isBeingDeleted,
            final boolean isInConflict, final boolean isActive, final boolean isPermanent, final byte[] macAddress) {

        /* The NodeStatusResponse.readNodeNameArray method may also set this

                        queryAddress.hostName = new Name(n, hexCode, scope);
                    }
                    queryAddress.groupName = groupName;
                    queryAddress.nodeType = ownerNodeType;
                    queryAddress.isBeingDeleted = isBeingDeleted;
                    queryAddress.isInConflict = isInConflict;
                    queryAddress.isActive = isActive;

                    this.queryAddress.hostName = new Name(this.config, n, hexCode, scope);
                }
                this.queryAddress.groupName = groupName;
                this.queryAddress.nodeType = ownerNodeType;
                this.queryAddress.isBeingDeleted = isBeingDeleted;
                this.queryAddress.isInConflict = isInConflict;
                this.queryAddress.isActive = isActive;

        NbtAddress nbtAddress1 = new NbtAddress(mockName, testAddressInt, false, NbtAddress.H_NODE);
        NbtAddress nbtAddress2 = new NbtAddress(mockName2, testAddressInt, true, NbtAddress.B_NODE); // Different name, group, nodeType
        assertEquals(nbtAddress1.hashCode(), nbtAddress2.hashCode());
        assertEquals(testAddressInt, nbtAddress1.hashCode());
    }

    @Test
    void testEquals() {
        // Test equals method

mount points, which was a source of many inconsistencies and bugs.
At previous versions (`winsymlink=0`), mount points are treated as symlinks,
and other reparse points with non-default [`os.ModeType`](/pkg/os#ModeType) bits
(such as [`os.ModeDir`](/pkg/os#ModeDir)) do not have the `ModeIrregular` bit set.

Go 1.23 changed [`os.Readlink`](/pkg/os#Readlink) and [`filepath.EvalSymlinks`](/pkg/path/filepath#EvalSymlinks)