Type Members

1.  sealed abstract class BagDataType extends ShortEnumEntry

   A SiLK bag data type.

   A SiLK bag data type. May be converted to and from Short values.

   See also

   the companion object for more details

   BagReader

2.  abstract class BagReader[T] extends Iterator[(T, Long)]

   A reader of binary SiLK Bag files.

   A reader of binary SiLK Bag files. This is usable as an Iterator over a pair representing the key and counter in the Bag. Depending on the contents of the Bag file, the key is either an IPAddress or an Int. The counter is always a Long.

   Since a Bag file may contain different key types, the BagReader factory methods return a BagResult wrapper over BagReader.

   The keyType and counterType methods return a BagDataType that specifies the type of the key and the counter that were specified in the Bag file's header.

   Example:

   1. This example uses the single argument form of the companion object's ofInputStream() method to read the Bag file "example.bag". This code may be used outside of Hadoop when it is known that the Bag's key is an IPAddress.

      val stream = new java.io.FileInputStream("example.bag")
      val bagresult = BagReader.ofInputStream(stream)
      val bag = bagresult match {
        case BagResult.IPAddressBag(iter) => iter
        case _ => null
      }
      bag.hasNext
      val (ipaddr, counter) = bag.next()

   Note

   While the SiLK command lines tools display an unspecified key type as an IPv4 address, the BagReader class treats an unspecified key type as an integer.

   See also

   the companion object for more details.

3.  sealed abstract class BagResult extends AnyRef

   Return type for the ofInputStream() method of the companion object to the BagReader class.

4.  class BagWriter extends AnyRef

   A writer of binary SiLK Bag files.

   A writer of binary SiLK Bag files.

   To include a header in the Bag file that specifies the type of the and counter, run setKeyType() and/or setCounterType() prior to writing the Bag.

   Example:

   1. This example reads the contents of "example.bag" and writes it to "copy.bag", where the keys are IP addresses:

      val in = new java.io.FileInputStream("example.bag")
      val out = new java.io.FileOutputStream("copy.bag")
      val bagresult = BagReader.ofInputStream(in)
      val bag = bagresult match {
        case BagResult.IPAddressBag(iter) => iter
        case _ => null
      }
      val writer = BagWriter.toOutputStream(out)
      if ( None != bag.keyType ) {
        writer.setKeyType(bag.keyType)
      }
      if ( None != bag.counterType ) {
        writer.setCounterType(bag.counterType)
      }
      writer.appendIPAddresses(bag)
      writer.close()

   See also

   the companion object for more details

5.  sealed abstract class CompressionMethod extends ByteEnumEntry

   A SiLK compression method.

   A SiLK compression method. May be converted to and from Byte values.

   See the companion object for more details.

6.  sealed abstract class FileFormat extends ByteEnumEntry

   A SiLK file format.

   A SiLK file format. May be converted to and from Byte values. Equipped with a partial function mapping Short file versions to Unpackers.

   See the companion object for more details.

7.  final case class FlowType(toByte: Byte) extends AnyVal with Product with Serializable

   A SiLK flow type (type and class), as represented by a Byte value.

   A SiLK flow type (type and class), as represented by a Byte value.

   toByte

   The byte value representing this flow type.

8.  case class Header(fileFlags: Byte, fileFormat: FileFormat, fileVersion: Byte, compressionMethod: CompressionMethod, silkVersion: SilkVersion, recordSize: Short, recordVersion: Short, headerEntries: IndexedSeq[HeaderEntry]) extends Product with Serializable

   A SiLK file header, including contained header entries.

   A SiLK file header, including contained header entries. Supports only "new-style" header format (SiLK versions 1.0+).

   fileFlags

   The bits encoding file flags. Currently only whether the file is big-endian.

   fileFormat

   The SiLK file format contained within this file.

   fileVersion

   The SiLK file version--specifically the version of the header format.

   compressionMethod

   The compression method used by data in this file.

   silkVersion

   The version of SiLK used to create this file.

   recordSize

   The size of individual (uncompressed) records in this file.

   recordVersion

   The record version of the file format.

   headerEntries

   Sequence of additional extensible header records of various types.

   See also

   Header.isBigEndian

9.  sealed abstract class HeaderEntry extends AnyRef

   One of a variety of SiLK extended header entries.

   One of a variety of SiLK extended header entries.

   See the companion object for more details.

10.  abstract class IPSetReader extends Iterator[IPBlock]

    A reader of binary SiLK IPset files.

    A reader of binary SiLK IPset files. This is usable as an Iterator over IPBlock objects.

    Example:

    1. This example uses the single argument form of the companion object's ofInputStream() method to read the IPset file "example.set"; the code may be used outside of Hadoop.

       val stream = new java.io.FileInputStream("example.set")
       val ipset = IPSetReader.ofInputStream(stream)
       ipset.hasNext
       val ipblock = ipset.next()
       println(ipblock.min + "/" + ipblock.prefixLength)

    See also

    the companion object for more details

11.  class IPSetWriter extends AnyRef

    A writer of binary SiLK IPset files.

    A writer of binary SiLK IPset files.

    Example:

    1. This example reads the contents of "example.set" and writes it to "copy.set":

       val in = new java.io.FileInputStream("example.set")
       val out = new java.io.FileOutputStream("copy.set")
       val ipset = IPSetReader.ofInputStream(in)
       val writer = IPSetWriter.toOutputStream(out)
       writer.append(ipset)
       writer.close()

    See also

    the companion object for more details

12.  final case class PrefixMapProtocolPortPair(startProtocol: Protocol, startPort: Port, endProtocol: Protocol, endPort: Port) extends Product with Serializable

    A type representing a range of (org.cert.netsa.data.net.Protocol, org.cert.netsa.data.net.Port) Pairs.

    A type representing a range of (org.cert.netsa.data.net.Protocol, org.cert.netsa.data.net.Port) Pairs.

    This is the type of the key when using an Iterator over the contents of a PrefixMap file that contains (Protocol, Port) Pairs.

    See also

    PrefixMapReader

13.  abstract class PrefixMapReader[T] extends Iterator[(T, String)]

    A reader of binary SiLK PrefixMap files.

    A reader of binary SiLK PrefixMap files. This is usable as an Iterator over a pair representing a key and value. Depending on the contents of the PrefixMap file, the key is either an IPBlock or a PrefixMapProtocolPortPair. The value is always a String.

    Because the PrefixMap may contain different key types, the PrefixMapReader factory methods return a PrefixMapResult wrapper over PrefixMapReader.

    The mapName method returns the map name that was specified in the PrefixMap file's header, if any.

    Example:

    1. This example uses the single argument form of the companion object's ofInputStream() method to read the PrefixMap file "example.pmap". The code may be used outside of Hadoop when it is known that the key is an IPBlock.

       val stream = new java.io.FileInputStream("example.pmap")
       val pmapresult = PrefixMapReader.ofInputStream(stream)
       val pmap = pmapresult match {
         case PrefixMapResult.IPBlockPrefixMap(iter) => iter
         case _ => null
       }
       pmap.hasNext
       val (ipblock, name) = pmap.next()

    See also

    the companion object for more details

14.  sealed abstract class PrefixMapResult extends AnyRef

    Return type for the ofInputStream() method of the companion object to the PrefixMapReader class.

15.  case class RWRec(startTime: Instant, elapsed: Duration, sPort: Port, dPort: Port, protocol: Protocol, flowType: FlowType, sensor: Sensor, flags: TCPFlags, initFlags: TCPFlags, restFlags: TCPFlags, tcpState: TCPState, application: Port, memo: Short, input: SNMPInterface, output: SNMPInterface, packets: Long, bytes: Long, sIP: IPAddress, dIP: IPAddress, nhIP: IPAddress) extends Product with Serializable

    A SiLK flow record.

    A SiLK flow record.

    Note that in addition to the fields of the case class, some derived fields are also provided. (See below.)

    startTime

    The instant that the first packet in this flow was observed.

    elapsed

    The duration between the instants the first and last packets in this flow were observed.

    sPort

    The source port of this flow, or zero if this flow is neither a TCP nor a UDP flow.

    dPort

    The destination port of this flow, or zero if this flow is neither a TCP nor a UDP flow.

    protocol

    The IP protocol of this flow.

    flowType

    The SiLK flow type (class and type) of this flow, or FlowType(0) if unknown.

    sensor

    The SiLK sensor that observed this flow, or Sensor(0) if unknown.

    flags

    The union of all TCP flags observed in this flow, or TCPFlags(0) if this flow is not a TCP flow.

    initFlags

    The flags observed in the initial packet of this TCP flow, or TCPFlags(0) if this flow is not a TCP flow or if extended flags are not available.

    restFlags

    The union of all TCP flags observed after the initial packet of this flow, or TCPFlags(0) if this flow is not a TCP flow or if extended flags are not available.

    tcpState

    Flags relating to the observed status of this flow, including whether extended TCP flags are available. See TCPState for more details.

    application

    The detected application of this flow, expressed as the common port number for that application, or Port(0) if no application was detected.

    memo

    A Short value stored as a memo on this flow, or zero if no such memo has been set.

    input

    The input SNMP routing interface for this flow, or SNMPInterface(0) if routing information is not available.

    output

    The output SNMP routing interface for this flow, or SNMPInterface(0) if routing information is not available.

    packets

    The number of IP packets observed in this flow.

    bytes

    The number of bytes in packets observed in this flow.

    sIP

    The source IP address of packets in this flow.

    dIP

    The destination IP address of packets in this flow.

    nhIP

    The next-hop IP address of packets in this flow, or IPAddress("0.0.0.0") or IPAddress("::") if routing information is not available.

16.  class RWRecReader extends Iterator[RWRec]

    A reader of SiLK flow records.

    A reader of SiLK flow records. This is usable as an Iterator over RWRec records.

    See the companion object for more details.

17.  class RWRecWriter extends AnyRef

    A writer of binary SiLK RWRec files that are readable by SiLK.

    A writer of binary SiLK RWRec files that are readable by SiLK.

    Example:

    1. This example reads the contents of "example.rw" and writes it to "copy.rw":

       val in = new java.io.FileInputStream("example.rw")
       val out = new java.io.FileOutputStream("copy.rw")
       val reader = RWRecReader.ofInputStream(in)
       val writer = RWRecWriter.toOutputStream(out)
       writer.append(reader)
       writer.close()

    See also

    the companion object for more details

18.  final case class Sensor(toShort: Short) extends AnyVal with Product with Serializable

    A SiLK sensor, as represented by a Short value.

    A SiLK sensor, as represented by a Short value.

    toShort

    The short value representing this sensor.

19.  case class SilkConfig(version: Option[Int], defaultClassName: Option[String], packingLogicPath: Option[String], pathFormat: String, groups: Map[String, GroupConfig], sensors: SensorMap, classes: Map[String, ClassConfig]) extends Product with Serializable

    SiLK data spool configuration.

    SiLK data spool configuration.

    version

    The version of the config file format used.

    defaultClassName

    The default class to be examined if none is specified.

    packingLogicPath

    The path to the plugin to be loaded by the packer for determining where to pack flows.

    pathFormat

    The format used for filenames in the data spool.

    groups

    The sensor groups defined in this configuration.

    sensors

    The sensors defined in this configuration, usable as a value of type Map[Sensor, SensorConfig].

    classes

    The classes defined in this configuration.

20.  class SilkDataFormatException extends IOException

    Signals that a SiLK input file has been found to be malformed.

21.  final case class SilkVersion(toInt: Int) extends AnyVal with Product with Serializable

    A SiLK version number, as represented by an Int value encoding the major version, minor version, and patch numbers.

    A SiLK version number, as represented by an Int value encoding the major version, minor version, and patch numbers.

    toInt

    The int value representing this SiLK version.

22.  final case class TCPState(toByte: Byte) extends AnyVal with Product with Serializable

    A SiLK TCP state flag vector, encoding various properties of TCP packets in a TCP flow, as encoded in a Byte value.

    A SiLK TCP state flag vector, encoding various properties of TCP packets in a TCP flow, as encoded in a Byte value.

    toByte

    The byte value representing this state vector.