List of usage examples for com.google.common.util.concurrent AbstractIdleService subclass-usage
From source file com.google.marscoin.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file com.google.casinocoin.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file com.google.digitalcoin.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file com.google.feathercoin.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file net.usecredits.credits.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file com.google.goldcoin.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
* <p/>
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file org.cryptocredits.credits.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file com.google.NithPoints.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file com.google.devcoin.core.PeerGroup.java
/**
* <p>Runs a set of connections to the P2P network, brings up connections to replace disconnected nodes and manages
* the interaction between them all. Most applications will want to use one of these.</p>
*
* <p>PeerGroup tries to maintain a constant number of connections to a set of distinct peers.
* Each peer runs a network listener in its own thread. When a connection is lost, a new peer
From source file gobblin.runtime.local.LocalJobManager.java
/**
* A class for managing locally configured Gobblin jobs.
*
* <p>
* This class's responsibilities include scheduling and running locally configured
* Gobblin jobs to run, keeping track of their states, and committing successfully