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•	Freenet.client.* (12)	•	Freenet.contrib.* (3)	•	Freenet.contrib.fproxy.* (3)
•	Freenet.crypt.* (1)	•	Freenet.message.* (17)	•	Freenet.node.* (6)
•	Freenet.support.* (13)

• Freenet: Javadoc index of package Freenet.


Package Samples:

• Freenet.client
• Freenet.contrib.fproxy
• Freenet.message
• Freenet.crypt
• Freenet.node
• Freenet.support

Classes:

• ProxyServer: The main ProxyServer class. It listens for incoming HTTP connections on -listenPort (default 80), extracts the Freenet key, and issues a proxy request on the web client's behalf to the Freenet node at -serverAddress (default tcp/localhost:19114). The reply is streamed directly over the HTTP connection back to the web client, with the appropriate MIME type (currently, always text/plain). Any errors are also reported to the web client.
• RequestFailed: This message is sent by a node which cannot locate a piece of data. If received by a node, it should either forward it back to whichever node sent the request to it, or should send another request to find the data.
• Conduit: This class creates a conduit between an InputStream and an OutputStream and when the feed method of this object is called the InputStream will be fed into the output stream of this object.
• CyclicArray: This class represents an array which is of finite length and can have information added to it in such a way that if the array fills to capacity, the last information added will be deleted.
• Data: This class is used to store data. The object creates a file on disk in a (statically specified) directory to store the data in. In general the data is accessed using streams.
• Core: This is a Wrapper object that contains the components of a Node in the Adaptive Network. It uses a Network object to communicate with other Nodes in the Network.
• Node: This is a Wrapper object that contains the components of a Node in the Adaptive Network. It uses a Network object to communicate with other Nodes in the Network.
• LimitedBinaryTree: This class represents a binary tree of limited size which uses integers as keys. If the tree is full and a new value is added, then the oldest value is removed.
• HandshakeFactory: HandshakeFactory.java This object takes a RawMessage and converts it to the appropriate subclass of the Handshake class depending on the handshake.
• LimitedHashtable: A variant on a Hashtable which only holds a limited number of messages. When more messages than that are put in, old ones are deleted, oldest first.
• MessageMemory: This class stores relevant information about a message so that if another message is received with the same ID the node will know how to handle it.
• MessageFactory: MessageFactory.java This object takes a RawMessage and converts it to the appropriate subclass of the Message class depending on the message.
• DataNotReadyException: Thrown if an attempt is made to access a data item before it is ready (nescessary as Data items can be initialised concurrently)
• SHA1: This is a simple port of Steve Reid's SHA-1 code into Java. I've run his test vectors through the code and they all pass.
• Echo: This implements a simple echo message which will pass through several nodes, and then pass back through them again.
• tcpAddress: A class representing the address of an Adaptive Network client in the network which uses the TCP/IP protocol.
• ProtocolListeningAddress: ProtocolListeningAddress.java A class representing the address of an Adaptive Network client in the network
• ProtocolAddress: ProtocolAddress.java A class representing the address of an Adaptive Network client in the network
• RequestMM: This is the MessageMemory pertaining to a DataRequest/DataReply/ RequestFailed series of messages.
• DataCB: A callback which will set the readyToRead field when the object is properly initiated.
• KeyedMM: This is the MessageMemory pertaining to messages that need to remember the keys used.
• Ticker: This class allows a callback to be called after a specified amount of time.
• HttpHandler: Thread to handle incoming HTTP connections for the ProxyServer
• ProxyClient: Wrapper to send Freenet requests on behalf of the HttpHandler
• ConnectionHandler: Handles both sending and receiving messages on a connection.

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