Examples of org.java_bandwidthlimiter.StreamManager$ManagedOutputStream

org.java_bandwidthlimiter.StreamManager
A class that manages the bandwidth of all the registered streams (both input and output streams). Note: when you see B, it stands for byte The maximum Downstream kilobits per sec speed can be set via {@link #setDownstreamKbps(long)}. The maximum Upstream kilobits per sec speed can be set via {@link #setUpstreamKbps(long)}. Additional latency can be added via {@link #setLatency(long)}. It is possible to fine tune the amount of payload that gets actually sent to the pipe via {@link #setPayloadPercentage}. Note: there is no fairness in how the bandwidth is currently assigned to the registered streams. If this causes problems for your purposes you have to override/change {@link #registerStream(InputStream)}{@link #registerStream(OutputStream)}{@link #getAllowedBytesRead(org.java_bandwidthlimiter.StreamManager.ManagedInputStream,int)}{@link #getAllowedBytesWrite(org.java_bandwidthlimiter.StreamManager.ManagedOutputStream,int)}and implement fairness there.

            throw new IllegalStateException("Must set port before starting");
        }


        //create a stream manager that will be capped to 100 Megabits
        //remember that by default it is disabled!
        streamManager = new StreamManager( 100 * BandwidthLimiter.OneMbps );


        server = new Server();
        HttpListener listener = new SocketListener(new InetAddrPort(getLocalHost(), getPort()));
        server.addListener(listener);
        HttpContext context = new HttpContext();

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    @Put
    @At("/:port/limit")
    public Reply<?> limit(@Named("port") int port, Request request) {
        ProxyServer proxy = proxyManager.get(port);
        StreamManager streamManager = proxy.getStreamManager();
        String upstreamKbps = request.param("upstreamKbps");
        if (upstreamKbps != null) {
            try {
                streamManager.setUpstreamKbps(Integer.parseInt(upstreamKbps));
                streamManager.enable();
            } catch (NumberFormatException e) { }
        }
        String downstreamKbps = request.param("downstreamKbps");
        if (downstreamKbps != null) {
            try {
                streamManager.setDownstreamKbps(Integer.parseInt(downstreamKbps));
                streamManager.enable();
            } catch (NumberFormatException e) { }
        }
        String latency = request.param("latency");
        if (latency != null) {
            try {
                streamManager.setLatency(Integer.parseInt(latency));
                streamManager.enable();
            } catch (NumberFormatException e) { }
        }
        String payloadPercentage = request.param("payloadPercentage");
        if (payloadPercentage != null) {
            try {
                streamManager.setPayloadPercentage(Integer.parseInt(payloadPercentage));
            } catch (NumberFormatException e) { }
        }
        String enable = request.param("enable");
        if (enable != null) {
            if( Boolean.parseBoolean(enable) ) {
                streamManager.enable();
            } else {
                streamManager.disable();
            }
        }
        return Reply.saying().ok();
    }

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            throw new IllegalStateException("Must set port before starting");
        }


        //create a stream manager that will be capped to 100 Megabits
        //remember that by default it is disabled!
        streamManager = new StreamManager( 100 * BandwidthLimiter.OneMbps );


        server = new Server();
        HttpListener listener = new SocketListener(new InetAddrPort(getPort()));
        server.addListener(listener);
        HttpContext context = new HttpContext();

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    @Put
    @At("/:port/limit")
    public Reply<?> limit(@Named("port") int port, Request request) {
        ProxyServer proxy = proxyManager.get(port);
        StreamManager streamManager = proxy.getStreamManager();
        String upstreamKbps = request.param("upstreamKbps");
        if (upstreamKbps != null) {
            try {
                streamManager.setUpstreamKbps(Integer.parseInt(upstreamKbps));
                streamManager.enable();
            } catch (NumberFormatException e) { }
        }
        String downstreamKbps = request.param("downstreamKbps");
        if (downstreamKbps != null) {
            try {
                streamManager.setDownstreamKbps(Integer.parseInt(downstreamKbps));
                streamManager.enable();
            } catch (NumberFormatException e) { }
        }
        String latency = request.param("latency");
        if (latency != null) {
            try {
                streamManager.setLatency(Integer.parseInt(latency));
                streamManager.enable();
            } catch (NumberFormatException e) { }
        }
        String payloadPercentage = request.param("payloadPercentage");
        if (payloadPercentage != null) {
            try {
                streamManager.setPayloadPercentage(Integer.parseInt(payloadPercentage));
            } catch (NumberFormatException e) { }
        }
        String maxBitsPerSecond = request.param("maxBitsPerSecond");
        if (maxBitsPerSecond != null) {
            try {
                streamManager.setMaxBitsPerSecondThreshold(Integer.parseInt(maxBitsPerSecond));
            } catch (NumberFormatException e) { }
        }
        String enable = request.param("enable");
        if (enable != null) {
            if( Boolean.parseBoolean(enable) ) {
                streamManager.enable();
            } else {
                streamManager.disable();
            }
        }
        return Reply.saying().ok();
    }

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            throw new IllegalStateException("Must set port before starting");
        }


        //create a stream manager that will be capped to 100 Megabits
        //remember that by default it is disabled!
        streamManager = new StreamManager( 100 * BandwidthLimiter.OneMbps );


        server = new Server();
        HttpListener listener = new SocketListener(new InetAddrPort(getPort()));
        server.addListener(listener);
        HttpContext context = new HttpContext();

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