Graybat
1.1
Graph Approach for Highly Generic Communication Schemes Based on Adaptive Topologies
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Context.hpp
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#pragma once
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#include <graybat/communicationPolicy/Traits.hpp>
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namespace
graybat
{
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namespace
communicationPolicy {
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namespace
zmq {
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template
<
typename
T_CP>
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class
Context
{
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using
ContextID =
typename
graybat::communicationPolicy::ContextID<T_CP>;
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using
VAddr =
typename
graybat::communicationPolicy::VAddr<T_CP>;
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using
Tag
=
typename
graybat::communicationPolicy::Tag<T_CP>;
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using
MsgType =
typename
graybat::communicationPolicy::MsgType<T_CP>;
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using
MsgID =
typename
graybat::communicationPolicy::MsgID<T_CP>;
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public
:
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Context
() :
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contextID(0),
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vAddr(0),
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nPeers(1),
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isValid(
false
){
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}
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Context
(ContextID contextID, VAddr vAddr,
unsigned
nPeers) :
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contextID(contextID),
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vAddr(vAddr),
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nPeers(nPeers),
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isValid(
true
){
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}
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size_t
size()
const
{
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return
nPeers;
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}
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VAddr getVAddr()
const
{
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return
vAddr;
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}
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ContextID getID()
const
{
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return
contextID;
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}
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bool
valid()
const
{
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return
isValid;
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}
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private
:
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ContextID contextID;
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VAddr vAddr;
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unsigned
nPeers;
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bool
isValid;
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};
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}
// zmq
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}
// namespace communicationPolicy
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}
// namespace graybat
Tag
Definition:
chain.cpp:31
graybat::communicationPolicy::zmq::Context
A context represents a set of peers which are able to communicate with each other.
Definition:
Context.hpp:17
graybat
Definition:
BiStar.hpp:8
include
graybat
communicationPolicy
zmq
Context.hpp
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