Uses of Interface
org.torproject.descriptor.NetworkStatusEntry

  • Uses of NetworkStatusEntry in org.torproject.descriptor

    Modifier and Type
    Method
    Description
    RelayNetworkStatus.getStatusEntry(String fingerprint)
    Return a status entry by relay fingerprint (SHA-1 digest of the server's public identity key, encoded as 40 upper-case hexadecimal characters), or null if no such status entry exists; convenience method for getStatusEntries().get(fingerprint).
    RelayNetworkStatusConsensus.getStatusEntry(String fingerprint)
    Return a status entry by relay fingerprint (SHA-1 digest of the server's public identity key, encoded as 40 upper-case hexadecimal characters), or null if no such status entry exists; convenience method for getStatusEntries().get(fingerprint).
    RelayNetworkStatusVote.getStatusEntry(String fingerprint)
    Return a status entry by relay fingerprint (SHA-1 digest of the server's public identity key, encoded as 40 upper-case hexadecimal characters), or null if no such status entry exists; convenience method for getStatusEntries().get(fingerprint).
    Methods in org.torproject.descriptor that return types with arguments of type NetworkStatusEntry
    Modifier and Type
    Method
    Description
    BridgeNetworkStatus.getStatusEntries()
    Return status entries for each contained bridge, with map keys being SHA-1 digests of SHA-1 digest of the bridges' public identity keys, encoded as 40 upper-case hexadecimal characters.
    RelayNetworkStatus.getStatusEntries()
    Return status entries for each contained server, with map keys being SHA-1 digests of the servers' public identity keys, encoded as 40 upper-case hexadecimal characters.
    RelayNetworkStatusConsensus.getStatusEntries()
    Return status entries for each contained server, with map keys being SHA-1 digests of the servers' public identity keys, encoded as 40 upper-case hexadecimal characters.
    RelayNetworkStatusVote.getStatusEntries()
    Return status entries for each contained server, with map keys being SHA-1 digests of the servers' public identity keys, encoded as 40 upper-case hexadecimal characters.