;;**********************************************************************
;; Winsock parameterization
;;
;; Settings for various stacks....
;;
;; Precept FlashStack:
;;	McastLoopbackInitStyle = bsd
;;	McastLoopbackInitVal = off
;;	McastSimulateLoopback = off
;;	McastTTLInitStyle = none
;;	McastRcvBindStyle = bind
;;
;; FTP Software Onnet 2.0:
;; To enable multicast, the FTP stack requires multicast=yes
;; in the [pctcp kernel] section of their .ini file.
;; By default Onnet has multicast loopback enabled.
;; However, that default is controlled by the pktdrv-loopback= entry
;; in the [pctcp kernel] section of their .ini file.
;;	McastLoopbackInitStyle = bsd
;;	McastLoopbackInitVal = on
;;	McastSimulateLoopback = off
;;	McastTTLInitStyle = bsd
;;	McastRcvBindStyle = bind
;;
;; Microsoft Windows for Workgroups with Microsoft TCP/IP:
;;	McastLoopbackInitStyle = none
;;	McastLoopbackInitVal = on
;;	McastSimulateLoopback = off
;;	McastTTLInitStyle = deering
;;	McastRcvBindStyle = microsoft
;;
;; Microsoft Windows 95 with Microsoft TCP/IP:
;;	McastLoopbackInitStyle = none
;;	McastLoopbackInitVal = on
;;	McastSimulateLoopback = off
;;	McastTTLInitStyle = deering
;;	McastRcvBindStyle = microsoft
;;
;;**********************************************************************
[winsock]
McastLoopbackInitStyle = none
McastLoopbackInitVal = on
McastSimulateLoopback = off
McastTTLInitStyle = deering
McastRcvBindStyle = microsoft

;; Indicate how we are to set the Multicast loopback
;; Possible values are:
;;	none	  -- don't even try to set the loopback
;;	bsd	  -- use setsockopt and BSD codes (9..13)
;;	deering	  -- use setsockopt with Deering codes (2..6) [Microsoft]
;;	winsock2  -- use winsock2 method
;; Default is "none"
;;McastLoopbackInitStyle = none
;McastLoopbackInitStyle = bsd

;; If McastLoopbackInitStyle indicates that we are to set the loopback
;; say what whether we want it "on" or "off"
;; Default is "off"
;;McastLoopbackInitVal = off
;McastLoopbackInitVal = on

;; Indicate whether multicast transmit calls should locally simulate
;; a loopback.  Values are "on", "true", "off", or "false"
;; This should be used only when the winsock loopback has been forced off
;; or is off by default
;; Default is "off"
;;McastSimulateLoopback = off
;McastSimulateLoopback = off

;; Indicate how we are to set the Multicast ttl
;; (The TTL value itself comes from the service specification.)
;; Possible values are:
;;	none	  -- don't even try to set the ttl
;;	bsd	  -- use setsockopt and BSD codes (9..13)
;;	deering	  -- use setsockopt with Deering codes (2..6) [Microsoft]
;;	winsock2  -- use winsock2 method
;; Default is "none"
;;McastTTLInitStyle = none
;McastTTLInitStyle = bsd

;; Indicate how to bind receive sockets to a multicast group
;; Possible values are:
;;	bind	  -- simply call bind()
;;	join	  -- bind() then use setsockopt() to join the group
;;	microsoft -- same as "join"
;;	winsock2  -- use winsock2 method
;; Default is "bind"
;;McastRcvBindStyle = bind
;McastRcvBindStyle = bind

[sockets]
McastLoopbackInitVal = on

;;**********************************************************************
;; resources
;;**********************************************************************
[uniwap-resources]
;; Define the buffer pools.
;; There are four pools: huge, big, medium, and small
;; For each pool there are these values:
;;  *BuffCount -- The initial number of buffers to allocate
;;  *BuffLimit -- The maximum number of buffers allowed in the pool
;;		  Note, this number is a delta value, i.e. an increment
;;		  on top of the BuffCount value.  Thus, for example,
;;		  a *BuffCount of 10 and a *BuffLimit of 6 yields a
;;		  pool with a limit of 16.
;;  *BuffSize --  The number of bytes for data in each buffer.
;;		  (Actual allocations may be slightly larger.)
;; Each buffer has a reserved area at the start of size PreBufferSize.
PreBufferSize = 64
HugeBuffCount = 4
HugeBuffLimit = 10
HugeBuffSize = 8192
BigBuffCount = 8
BigBuffLimit = 10
BigBuffSize = 1536
MediumBuffCount = 8
MediumBuffLimit = 10
MediumBuffSize = 576
SmallBuffCount = 16
SmallBuffLimit = 10
SmallBuffSize = 128
PlaceholderCount = 16

SegmentedAduCount = 16
CongiguousAduCount = 10

;; TimerRequestBlocks controls the number of timer request blocks
;; to be initially allocated.
;; The default is 31
TimerRequestBlocks = 32;

;;TimeTickInterval sets the interval between timer messages from Windows
;; The default is 100
TimeTickInterval = 100
;TimeTickInterval = 1000

;; TimerAdjust sets an amount, in microseconds, used to bias
;; system timer requests.
;; This is done to compensate for systems which do timeouts
;; too fast or too slow.
TimerAdjust = 1500

;;UseMultimediaTimers indicates whether to use the Windows Multimedia
;;timers or the standard Windows timers.
;;Mtimer.dll must be present to use the multimedia timers.
;;Values are "on", "true", "off", or "false"
;;The default is "false"
;;UseMultimediaTimers = false
UseMultimediaTimers = true

[logging]
;; Indicate whether logging is to be enabled or disabled
;; Note, when enabled, there will be a name lookup for
;; the loghost value, below, which may take a a noticable amount
;; of time, especially if that name is not defined by the name service.
;; Permissable values are "on", "off", "true", "false",
;; "enabled" or "disabled"
;; The default is "off"
logging = off

;; Specify the host to which log information is to be sent.
;; Use either:
;;	-- an IP address
;;	-- a domain name
;;	-- "ANY"
;;	-- "BROADCAST"
;;	-- "LOOPBACK"
;; 
;; The default is "loghost"
LogHost = lb.precept.com

;; Specify the UDP port to which log information is to be sent.
;; The default is 514
LogPort = 514

;; Specify the "facility" to be used for logging
;; The choices are
;;	-- "kernel"
;;	-- "user"
;;	-- "mail"
;;	-- "daemon"
;;	-- "auth"
;;	-- "lpr"
;;	-- "news"
;;	-- "uucp"
;;	-- "cron"
;;	-- "local0"
;;	-- "local1"
;;	-- "local2"
;;	-- "local3"
;;	-- "local4"
;;	-- "local5"
;;	-- "local6"
;;	-- "local7"
;; The default is "local0"
LogFacility = local0

;; Specify the "priority" to be used for logging
;; The choices are
;;	-- "emergency"
;;	-- "alert"
;;	-- "critical"
;;	-- "error"
;;	-- "warning"
;;	-- "notice"
;;	-- "info"
;;	-- "debug"
;; The defult is "info"
LogPriority = info

;;**********************************************************************
;; rcv_spec
;;**********************************************************************
[rcv_spec]
DestIPPort = 1244
;DestIPPort = 1234
;; Use either:
;;	-- an IP address
;;	-- a domain name
;;	-- "ANY"
;;	-- "BROADCAST"
;;	-- "LOOPBACK"
;; 
DestIPAddr = ANY

;;P2AReasmTimeout controls the maximum time buffers will be held pending
;;reassembly into ADUs.  The units are milliseconds.
P2AReasmTimeout = 500

;;P2AMaxPOCount controls the maximum number of times that a buffer which is
;;being held pending reassembly into and ADU can be passed over.
P2AMaxPOCount = 46

;;P2AUseObsoleteWindow is a Boolean to control whether
;;to purge PDUs and ADUs based on a sliding time window,
;;the trailing edge of which is governed by the timestamp
;;of the ADU most recently given to the user.
;;This control only effects PDUs and ADUs which have already
;;arrived.
;;A value of zero disables this function.
;;The choices are "on", "true", "off", or "false"
;;The default is "on"
P2AUseObsoleteWindow = on

;;P2APurgeObsoleteBias is a the number of milliseconds by which
;;to extend (backwards in time) the normal obsolete PDU and ADU
;;purge window.  In other words, a non-zero bias protects from reaping
;;those PDUs and ADUs which are up to the given value older than
;;the latest ADU given to the user.
;;The default is 50.
P2APurgeObsoleteBias = 0

;;P2AApplyTimeRatchet is an integer with Boolean overtones.
;; If set to a non-zero value then a check will be made to ensure
;; that each ADU being delivered has a newer (later) timestamp than
;; any previous ADU delivered.
;; Time space wrap is tolerated.
;; The value of the non-zero value has implications:
;; 1 -- Simple ratchet, will never reset
;; 2+ -- Weak ratchet, if the ratchet tries to discard 
;;       a sequence of the value (i.e. 2 or more) ADUs with ascending
;;       timestamps, the ratchet will reset itself to the timestamp
;;       of the last ADU in that sequence.  That last ADU will be delivered.
;;This control interacts with P2AUseObsoleteWindow.
;;The latter cleans up already arrived PDUs and incomplete ADUs
;;but does not prevent later arriving data from being delivered
;;out-of-sequence.
;;The default is 2
P2AApplyTimeRatchet = 2

;;P2AEnablePullUp is a Boolean.  If set to "on" then
;;whenever the application calls get_first_adu() and none is
;;present, WinSock will be polled to see if there is any pending
;;packet.
;;This mechanism can end up hogging the CPU and preventing other
;;protocols from running.
;;It can also waste CPU.
;;However, it is useful if WinSock asynchronous notifications
;;are not always delivered.
;;The default is "on".
;;The choices are "on", "true", "off", or "false"
P2AEnablePullUp = on

;;RcvFlowSpecName names the section containing the
;;receive flow specification
RcvFlowSpecName = SimpleRcvFlowSpec

;;**********************************************************************
;; SimpleRcvFlowSpec
;;**********************************************************************
[SimpleRcvFlowSpec]
;; The following settings (except for the MTU) are taken from
;; the telnet settings in RFC1363

;; The MTU must be at least as large as that used by the transmitter.
;;MTU = 1458
MTU = 512
TokenBucketRate= 0 0
TokenBucketSize= 0 0
MaxXmitRate = 0 0
MinDelayNoticed=1
MaxDelayVariation = 0 0
BurstLossSensitivity = 0
LossInterval = 1
QualityOfGuarantee = Predicted imperfect

;;**********************************************************************
;; xmit_spec
;;**********************************************************************
[xmit_spec]
DestIPPort = 1234
;; Use either:
;;	-- an IP address
;;	-- a domain name
;;	-- "ANY"
;;	-- "BROADCAST"
;;	-- "LOOPBACK"
;; 
DestIPAddr = little-toot.precept.com.

;; Define a TTL to be used on outgoing IP multicast packets.
;; This defaults to 15.
;; Larger numbers should be used with care because it may cause
;; interference with other multicast groups beyond your own network.
MulticastTimeToLive = 6

;;XmitFlowSpecName names the section containing the
;;transmit flow specification
XmitFlowSpecName = SimpleXmitFlowSpec

;;**********************************************************************
;; SimpleXmitFlowSpec
;;**********************************************************************
[SimpleXmitFlowSpec]
;; The following settings (except for the MTU) are taken from
;; the telnet settings in RFC1363

;; The MTU setting must be no larger than that used by the receiver
;;MTU = 1458
MTU = 512
TokenBucketRate= 0 0
TokenBucketSize= 0 0
MaxXmitRate = 0 0
MinDelayNoticed=1
MaxDelayVariation = 0 0
BurstLossSensitivity = 0
LossInterval = 1
QualityOfGuarantee = Predicted imperfect

;;**********************************************************************
;; default_flowspec
;;**********************************************************************
[default_flowspec]
;; The MTU is the maximum size UDP data field.
;; (The IP header, without options, adds 20 more bytes and
;; the UDP header adds another 8.)
;; The default 546, when added to the 20 for IP and 8 for UDP gives 576,
;; the magic Internet MTU.
;; However a better MTU is derived from the Ethernet packet size.
;; Since there is some uncertainty about that size, let's use 1500,
;; and subtract out 14 bytes for Ethernet header, 20 bytes for IP header,
;; and 8 bytes for the UDP header, leaving 1500 - (14+20+8) = 1458
;; (If one starts with an Ethernet size of 1514, you get an MTU of 1472
;; CRITICAL: A receiver must be buffers of at least this size.  Else
;; no data will be received.
MTU = 1458

;;; "general format" values are expressed as either a single
;;; number or a pair of numbers separated by whitespace.
;;;
;;; If there is only one number, the number represents a "precise" value
;;; (also called a "well-known constant".) 
;;; The maximum value in this case is 32765
;;; 
;;; If there are two numbers, then the pair represents a value (V) and
;;; an exponent (E).  The first number is used as the value and
;;; the second number is used as the exponent.
;;; The first number (the base value) may range from 0 to 255 (inclusive).
;;; The second number (the exponent) may range from 0 to 127 (inclusive).
;;; The overall value represented is V * (2**E).
;;; Examples:
;;; FooA = 17		-- This is the precise number 17
;;; FooB = 30 20	-- This is 30 * (2**20), i.e. 30 Mbits
TokenBucketRate= 0 0
TokenBucketSize= 0 0
MaxXmitRate = 0 0
MinDelayNoticed=1
MaxDelayVariation = 0 0
BurstLossSensitivity = 0
LossInterval = 1
;; The QualityOfGuarantee is composed of either one or two keywords:
;; KEYWORD-1	KEYWORD-2	MEANING
;; None		---		No guarantee
;; Imperfect	---		Imperfect guarantee
;; Predicted	---		Predicted guarantee required
;; Predicted	Imperfect	Predicted guarantee requested, but
;;				imperfect guarantee acceptable
;; Guaranteed	---		Guaranteed service required
;; Guaranteed	Imperfect	Guaranteed service requested, but
;;				imperfect guarantee acceptable
QualityOfGuarantee = None

;;**********************************************************************
;; rtp_spec
;;**********************************************************************
[rtp_spec]
DestIPPort = 1244
;; Use either:
;;	-- an IP address
;;	-- a domain name
;;	-- "ANY"
;;	-- "BROADCAST"
;;	-- "LOOPBACK"
;; 
;DestIPAddr = p51.cavebear.com
DestIPAddr = 224.3.2.1
;DestIPAddr = big-bear.precept.com
;DestIPAddr = little-toot.precept.com
;DestIPAddr = oak.precept.com.
;DestIPAddr = 192.9.9.1

MulticastTimeToLive = 6

;;XmitFlowSpecName names the section containing the
;;transmit flow specification
XmitFlowSpecName = SimpleXmitFlowSpec

[rtp-payload-bindings]
Payload.0 = PCMU/8000
Payload.1 = 1016/8000
Payload.2 = G721/8000
Payload.3 = GSM/8000
;;Payload.4 = unassigned/8000
Payload.5 = DVI4/8000
Payload.6 = DVI4/16000
Payload.7 = LPC/8000
Payload.8 = PCMA/8000
Payload.9 = G722/8000
Payload.10 = L16/44100
Payload.11 = L16/44100
Payload.12 = TSP0/7200
Payload.13 = VSC/5500
Payload.14 = MPA/90000
Payload.15 = G728/8000
;;Payload.16--22 = unassigned
Payload.23 = RGB8/90000
Payload.24 = HDCC/90000
Payload.25 = CelB/90000
Payload.26 = JPEG/90000
Payload.27 = CUSM/90000
Payload.28 = nv/90000
Payload.29 = PicW/90000
Payload.30 = CPV/90000
Payload.31 = H261/90000
Payload.32 = MPV/90000
Payload.33 = MP2T/90000
;;Payload.34--71     unassigned
;;Payload.72--76     reserved
;;Payload.77--95     unassigned
;;Payload.96--127    dynamic range

;;[rtp-payload-PCMU]
;; Dllname must be present
;;DllName = xxxx.dll

;; The DefaultClockRate is used when there is no alternative source of
;; clock rate information, such as may be found in an SD string (arriving
;; via the SD protocol) or derived via the [rtp-payload-bindings] section.
;;DefaultClockRate = 8000

;; MBitIs =
;; This indicates whether the RTP "M" bit represents the start or the end
;; of a significant grouping.  For video the M bit is typically the end
;; while for audio it is typically the start of a talk-spurt.
;; MBitIs = -- Values are either "start" or "end".
;; There is no default, must be present
;;MBitIs = start

;; MBitGapInference =
;; Under certain circumstances it is possible to infer that a lost
;; packet contained an RTP M bit.  This flag indicates whether
;; such an inference should be attempted.
;; Generally for audio the value is "no" and for video it is "yes".
;; Values are either "yes" or "no".
;; Default is "no"
;;MBitGapInference = no

;;*************************
;; AUDIO PAYLOADS
;;*************************

[rtp-payload-PCMU]
;DllName = dppcm.dll
DllName = plugins/NSAVEngine/lib/sol24/dpunstr.so.1
DefaultClockRate = 8000
MBitIs = start
MBitGapInference = no

[rtp-payload-PCMA]
;DllName = dppcm.dll
DllName = plugins/NSAVEngine/lib/sol24/dpunstr.so.1
DefaultClockRate = 8000
MBitIs = start
MBitGapInference = no

[rtp-payload-DVI4]
;DllName = dppcm.dll
DllName = plugins/NSAVEngine/lib/sol24/dpunstr.so.1
DefaultClockRate = 8000
MBitIs = start
MBitGapInference = no

[rtp-payload-GSM]
;DllName = dppcm.dll
DllName = plugins/NSAVEngine/lib/sol24/dpunstr.so.1
DefaultClockRate = 8000
MBitIs = start
MBitGapInference = no

[rtp-payload-WAVE]
;DllName = dpunstr.dll
DllName = plugins/NSAVEngine/lib/sol24/dpunstr.so.1
DefaultClockRate = 11025
MBitIs = start
MBitGapInference = no

;;*************************
;; VIDEO PAYLOADS
;;*************************

[rtp-payload-H261]
;DllName = dph261.dll
DllName = plugins/NSAVEngine/lib/sol24/dpunstr.so.1
DefaultClockRate = 90000
MBitIs = end
MBitGapInference = yes

[rtp-payload-unstr]
;;DllName = dpunstr.dll
DllName = plugins/NSAVEngine/lib/sol24/dpunstr.so.1
;; Don't provide a default clock rate, thus forcing
;; the registrant to provide one.
;; (In the absence of a clock rate, the registration will fail.)
;;DefaultClockRate = 90000
MBitIs = end
MBitGapInference = yes