namespace Flow control

Flow control classes and constants
const int frameXmitPort
default IP port [7096]
const unsigned char mcast_TTL
multicast time-to-live (i.e., number of hopes)
const int daemonPriority
priority of daemon (lower values = higher priority) [1]
const int sndDefaultBuffers
default number of buffers for the sender [7]
const int packetSize
packet size (in bytes) [64000]
const int packetBurst
continues packet burst (in of packets) [4]
const int packetBurstInterval
minimum time interval between bursts (in usec) [1000]
const int sndDelayTick
sender delay tick if there are no packets to send (in usec) [1000]
const int rcvDelayTick
receiver delay tick if there were no packets received (in usec) [1000]
const int maximumRetransmit
maximum number of packets allowed for retransmit [200]
const int sndInBuffersize
sender socket input buffer length (in bytes) [65536]
const int sndOutBuffersize
sender socket output buffer length (in bytes) [262144]
const int rcvInBuffersize
receiver socket input buffer length (in bytes) [262144]
const int rcvOutBuffersize
receiver socket output buffer length (in bytes) [65536]
const int rcvpacketbuffersize
receiver packet buffer length (in number of packets) [1024]
const int maxRetry
maximum number of retries to rebroadcast [5]
const int retryTimeout
timeout for each retry (in usec) [250000]
const int maxSequenceOutOfSync
maximum value a sequnce can be out of sync [5]
const double retransmissionAverage
number of data segments used for determining the average retransmission rate [10.1]
const double rcvErrorRate
artifically introduced receiver error rate [0], only valid if compiled with DEBUG
const int PKT_BROADCAST
broadcast packet type [123]
const int PKT_REBROADCAST
rebroadcast packet type [124]
const int PKT_REQUEST_RETRANSMIT
retransmit request packet [125]
packetHeader
Packet header (information is stored in network byteorder)
packet
Standard data packet
retransmitpacket
Retransmit request packet
auto_pkt_ptr
Auto pointer for a packet
Constants and classes used for controling the data flow.

alphabetic index hierarchy of classes


Please send questions and comments to sigg_d@ligo-wa.caltech.edu


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