I’ve completed the design and initial implementation of some C++ classes for storage of TCP round trip data. These classes are simple, especially since I’m leveraging functionality from the Dwm::IO<\/tt> namespace in my libDwm<\/tt> library.<\/p>\n
The Dwm::WWW::TCPRoundTrips<\/tt> class is used to encapsulate a The both of these classes have OrderStats()<\/tt> members which will fetch order statistics from the encapsulated data. I’m hoping to develop a box plot class for Wt in order to display the order statistics.<\/p>\n","protected":false},"excerpt":{"rendered":" I’ve completed the design and initial implementation of some C++ classes for storage of TCP round trip data. These classes are simple, especially since I’m leveraging functionality from the Dwm::IO namespace in my libDwm library. The Dwm::WWW::TCPRoundTrips class is used to encapsulate a std::vector of round trip times. Each round trip time is represented by … <\/p>\nstd::vector<\/code> of round trip times. Each round trip time is represented by a Dwm::TimeValue<\/code> (class from libDwm<\/code>). I don’t really care about the order of the entries in the vector, since a higher-level container holds the time interval in which the measurements were taken. Since I don’t care about the order of entries in the vector, I can use mutating algorithms on the vector when desired.<\/p>\nDwm::WWW::TCPHostRoundTrips<\/code> class contains a std::map<\/code> of the aforementioned Dwm::WWW::TCPRoundTrips<\/code> objects, keyed by the remote host IP address (represented by Dwm::Ipv4Address<\/code> from libDwm<\/code>). An instance of this class is used to store all round trip data during a given interval. This class also contains a Dwm::TimeInterval<\/code> (from my libDwm<\/code> library) representing the measurement interval in which the round trip times were collected.<\/p>\n