| Method Summary |
|
| public DatagramPacket | getDatagramPacket()
Returns the datagram packet with the NTP details already filled in. |
| public int | getLeapIndicator()
|
| public int | getMode()
Returns mode as defined in RFC-1305 which is a 3-bit integer
whose value is indicated by the MODE_xxx parameters. |
| public String | getModeName()
Return human-readable name of message mode type as described in
RFC 1305. |
| public TimeStamp | getOriginateTimeStamp()
Returns the originate time as defined in RFC-1305. |
| public int | getPoll()
Returns poll interval as defined in RFC-1305, which is an eight-bit
signed integer indicating the maximum interval between successive
messages, in seconds to the nearest power of two (e.g. |
| public int | getPrecision()
Returns precision as defined in RFC-1305 encoded as an 8-bit signed
integer (seconds to nearest power of two). |
| public TimeStamp | getReceiveTimeStamp()
Returns receive timestamp as defined in RFC-1305. |
| public int | getReferenceId()
Returns the reference id as defined in RFC-1305, which is
a 32-bit integer whose value is dependent on several criteria. |
| public String | getReferenceIdString()
Returns the reference id string. |
| public TimeStamp | getReferenceTimeStamp()
Returns the reference time as defined in RFC-1305. |
| public int | getRootDelay()
Return root delay as defined in RFC-1305, which is the total roundtrip delay
to the primary reference source, in seconds. |
| public double | getRootDelayInMillisDouble()
Return root delay as defined in RFC-1305 in milliseconds, which is
the total roundtrip delay to the primary reference source, in
seconds. |
| public int | getRootDispersion()
Returns root dispersion as defined in RFC-1305. |
| public long | getRootDispersionInMillis()
Returns root dispersion (as defined in RFC-1305) in milliseconds. |
| public double | getRootDispersionInMillisDouble()
Returns root dispersion (as defined in RFC-1305) in milliseconds
as double precision value. |
| public int | getStratum()
Returns Stratum as defined in RFC-1305, which indicates the stratum level
of the local clock, with values defined as follows: 0=unspecified,
1=primary ref clock, and all others a secondary reference (via NTP). |
| public TimeStamp | getTransmitTimeStamp()
Returns the transmit timestamp as defined in RFC-1305. |
| public String | getType()
Return type of time packet. |
| public int | getVersion()
Returns NTP version number as defined in RFC-1305. |
| public void | setDatagramPacket(DatagramPacket srcDp)
Set the contents of this object from source datagram packet. |
| public void | setLeapIndicator(int li)
Set leap indicator as defined in RFC-1305. |
| public void | setMode(int mode)
Set mode as defined in RFC-1305. |
| public void | setOriginateTimeStamp(TimeStamp ts)
Set originate timestamp given NTP TimeStamp object. |
| public void | setPoll(int poll)
Set poll interval as defined in RFC-1305. |
| public void | setPrecision(int precision)
Set precision as defined in RFC-1305. |
| public void | setReceiveTimeStamp(TimeStamp ts)
Set receive timestamp given NTP TimeStamp object. |
| public void | setReferenceId(int refId)
Set reference clock identifier field with 32-bit unsigned integer value. |
| public void | setReferenceTime(TimeStamp ts)
Set Reference time with NTP timestamp. |
| public void | setStratum(int stratum)
Set stratum level as defined in RFC-1305. |
| public void | setTransmitTime(TimeStamp ts)
Set transmit time with NTP timestamp. |
| public void | setVersion(int version)
Set NTP version as defined in RFC-1305. |
| public String | toString()
Returns details of NTP packet as a string. |
| final protected static int | ui(byte b)
Convert byte to unsigned integer. |
| final protected static long | ul(byte b)
Convert byte to unsigned long. |
