altcoinj

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Mike Hearn 34fea86708 First part of Steves changes in preparation for a high performance multiplexing proxy:

1) Introduce partial support for caching the underlying byte arrays during message deserialization, so re-serialization can be skipped in the case where a message is not modified.
 
 2) Add c'tors that allow a message to be configured to lazily parse on-demand.
 
 Note that the getters/setters that make lazy parsing transparent are coming in future commits.

2011-10-11 13:08:54 +00:00

src/com/google/bitcoin

First part of Steves changes in preparation for a high performance multiplexing proxy:

2011-10-11 13:08:54 +00:00

target/site/apidocs

Move javadocs to the maven directory, check in fresh set

2011-06-27 14:29:17 +00:00

tests/com/google/bitcoin

Add a getTransactions() method that returns a set of all transactions, optionally including those which are dead and inactive. Add an argument for returning dead transactions in getRecentTransactions(). Updates issue 3.

2011-09-18 21:08:39 +00:00

AUTHORS

Add Steve to the AUTHORS file.

2011-09-16 07:50:22 +00:00

COPYING

Initial checkin of BitCoinJ

2011-03-07 10:17:10 +00:00

pom.xml

Patch from Gary and Jonny to switch the Maven config to a new Nexus-based build server. Changes how SLF44J is imported to avoid forcing a particular implementation on the user. Remove redundant or unnecessary parts of the POM.

2011-09-25 20:32:22 +00:00

README

Update README.

2011-09-10 09:53:41 +00:00

TODO

First part of Steves changes in preparation for a high performance multiplexing proxy:

2011-10-11 13:08:54 +00:00

README

To get started, ensure you have the latest JDK installed, and download Maven from:

  http://maven.apache.org/

Then run "mvn clean package" to compile the software. You can also run "mvn site:site" to generate a website with
useful information like JavaDocs. The outputs are under the target/ directory.

Now ensure you're running a BitCoin node locally and run the example app:

  mvn exec:java -Dexec.mainClass=com.google.bitcoin.examples.PingService

It will download the block chain and eventually print a BitCoin address. If you send coins to it,
you should get them back a few minutes later when a block is solved.

Note that if you connect to a node that is itself downloading the block chain, you will see very slow progress (1
block per second or less). Find a node that isn't heavily loaded to connect to.

If you get a SocketDisconnectedException, the node you've connected to has its max send buffer set to low
(unfortunately the default is too low). Connect to a node that has a bigger send buffer,
settable by passing -maxsendbuffer=25600 to the Bitcoin C++ software.

For the convenience of Eclipse users, you can copy dependency jars to target/dependency using:

    mvn dependency:copy-dependencies