Maximum number of packets to trigger ACK sending. Specifies the number of packets to receive before sending the ACK. Used by CUDT together with ACKTim

Periodical interval to send an ACK, in microseconds. If user-defined, this value will be used to calculate the next ACK time every time ACK is conside

Note this function will automatically extend the container with empty cells if the index exceeds the size, HOWEVER the caller must make sure that this

This utility is used in window.cpp where it is required to calculate the median value basing on the value in the very middle and filtered out values e

Useful for debugging

If user-defined, will return nonzero value. If not, it will be internally calculated.

Note that in this example application there's a listening socket, off which then a transmission socket is accepted, then this socket will be used for

Note that in this example application there's a socket used first to connect to the service and then it will be used for writing. Therefore the same f

[[using locked(CUDTGroup::m_GroupLock)]];

[[using locked(m_GlobControlLock)]]

This function returns the number of bytes that are allocated for a single packet in the sender and receiver buffer.

[[using maybe_locked(CUDT::uglobal()->m_GlobControlLock)]]

NOTE: WILL LOCK (serially): - CEPoll::m_EPollLock - CUDT::m_RecvLock

Shortcuts and utilities

For group overrides

Given the sequence number of the first unacknowledged packet tells the size of the buffer available for packets. Effective returns capacity of the buf

Returns the id of the current thread. In this implementation the ID is the pthread_t.

Late initialization because these sizes aren't known at construction time of the parent CUDT class.

Same effect as is_same(this->type(), t);