Examples of lighthouse.files.DiskManager

lighthouse.files.DiskManager

Provides an observable list of projects and pledges that this app is managing, using the AppDirectory class. Projects can be indirect: the app dir can contain text files containing the real path of the project. This is useful to let the user gather pledges using the file system e.g. a shared folder on Google Drive/Dropbox/etc. Note that pledges can be in two places. One is the users wallet. That's the pledges they have made. The other is on disk. That's the pledges other people have made, when in decentralised mode. The logic implemented here is a bit complicated: - Projects and pledges are automatically imported when they are dropped into the app directory. The app will copy project files to the app directory for the user so if the original file is deleted it doesn't disappear. - Pledges are automatically loaded from disk from the directory that a project was originally imported from in client mode. - The user is allowed to delete / rename any directories other than the app directory at any time and we have to handle that. The projects.txt file stores a list of paths. If a path is a file that ends with .lighthouse-project, it is loaded. Paths can be just filenames, in that case they are expected to be relative to the app directory. If it is a path to a directory then all pledges there will be loaded and the directory will be watched. The app directory is always watched.

            e.printStackTrace();
            fail("Uncaught exception");
        });
        gate = new AffinityExecutor.Gate();
        executor = new AffinityExecutor.ServiceAffinityExecutor("test thread");
        diskManager = new DiskManager(executor);
        backend = new LighthouseBackend(CLIENT, peerGroup, blockChain, pledgingWallet, diskManager, executor);
        backend.setMinPeersForUTXOQuery(1);
        backend.setMaxJitterSeconds(0);


        // Wait to start up.

        injectedPledge = pledge;
        backend.shutdown();
        executor.service.shutdown();
        executor.service.awaitTermination(5, TimeUnit.SECONDS);
        executor = new AffinityExecutor.ServiceAffinityExecutor("test thread 2");
        diskManager = new DiskManager(executor);
        writeProjectToDisk();
        backend = new LighthouseBackend(CLIENT, peerGroup, blockChain, pledgingWallet, diskManager, executor);


        // Let's watch out for pledges from the server.
        ObservableSet<LHProtos.Pledge> pledges = backend.mirrorOpenPledges(project, gate);

    }


    public LighthouseBackend(Mode mode, PeerGroup peerGroup, AbstractBlockChain chain, PledgingWallet wallet, AffinityExecutor.ServiceAffinityExecutor executor) {
        // The disk manager should only auto load projects in server mode where we install/change them by dropping them
        // into the server directory. But in client mode we always want explicit import.
        this(mode, peerGroup, chain, wallet, new DiskManager(executor), executor);
    }

Examples of lighthouse.files.DiskManager

Related Classes of lighthouse.files.DiskManager