text:
package io.fixprotocol.silverflash.transport;

import java.io.IOException;
import java.net.SocketAddress;
import java.nio.channels.SelectionKey;
import java.nio.channels.Selector;
import java.nio.channels.ServerSocketChannel;
import java.nio.channels.SocketChannel;
import java.util.Objects;
import java.util.concurrent.CompletableFuture;
import java.util.concurrent.Executor;
import java.util.concurrent.Executors;
import java.util.function.Function;

/**
 * A base class for TCP socket servers
 *
 * @author Don Mendelson
 */
abstract class AbstractTcpAcceptor implements Acceptor {
  private final Executor executor = Executors.newSingleThreadExecutor();
  private final SocketAddress localAddress;
  private final Selector selector;
  private ServerSocketChannel serverSocketChannel;
  private final Function<Transport, ?> transportWrapper;

  /**
   * Constructor
   *
   * @param selector
   *          an IO reactor
   * @param localAddress
   *          listen address
   * @param transportWrapper
   *          a function to invoke when a connection is accepted
   */
  protected AbstractTcpAcceptor(Selector selector, SocketAddress localAddress,
      Function<Transport, ?> transportWrapper) {
    Objects.requireNonNull(selector);
    Objects.requireNonNull(localAddress);
    Objects.requireNonNull(transportWrapper);
    this.selector = selector;
    this.localAddress = localAddress;
    this.transportWrapper = transportWrapper;
  }

  public void close() throws IOException {
    if (serverSocketChannel != null) {
      serverSocketChannel.close();
    }
  }

  @SuppressWarnings("unchecked")
  public Function<Transport, ?> getTransportWrapper() {
    return transportWrapper;
  }

  public CompletableFuture<? extends AbstractTcpAcceptor> open() {
    CompletableFuture<AbstractTcpAcceptor> future = new CompletableFuture<>();
    executor.execute(() -> {
      try {
        this.serverSocketChannel = ServerSocketChannel.open();
        serverSocketChannel.bind(localAddress);
        register();
        future.complete(this);
      } catch (IOException ex) {
        future.completeExceptionally(ex);
      }
    });
    return future;
  }

  public Transport readyToAccept() throws IOException {
    SocketChannel clientChannel = serverSocketChannel.accept();
    Transport clientTransport = createTransport(clientChannel);
    transportWrapper.apply(clientTransport);
    return clientTransport;
  }

  protected abstract Transport createTransport(SocketChannel clientChannel);

  protected Selector getSelector() {
    return selector;
  }

  private void register() throws IOException {
    serverSocketChannel.configureBlocking(false);
    serverSocketChannel.register(selector, SelectionKey.OP_ACCEPT, this);
  }

}


Just west of Denver, Bear Creek Canyon climbs its way to Evergreen through the shady riverside community of Idledale.
When a stage line ran through the canyon in the late 1800s, there were just 10 homesteads in the area. Today that number has grown, but the canyon community remains a quiet, sleepy place that sees more bikers and drivers than residents. The creek, along which one of Idledale's original entrepreneurs once rented summer tent sites, is open to the public in designated areas. Little Park, a sharp turn off Colorado 74, is a picnic spot right in town. Lair O' the Bear Open Space, just west of town, offers one of the best places to wander the creek and hike high into the hills above Idledale, while short loop trails provide views of the foothills beneath Mount Evans, as well as the city of Denver.
Fly-fishing is another highly popular pursuit along Idledale's riverfront. Bring a rod and a license, or snag a local guide to find the best spots. While there are no restaurants or lodging facilities here, there are plenty of mountain-style facilities in Evergreen and Morrison, just a few miles up or down the canyon.


text:
// ==========================================================================
//                 SeqAn - The Library for Sequence Analysis
// ==========================================================================
// Copyright (c) 2006-2013, Knut Reinert, FU Berlin
// All rights reserved.
//
// Redistribution and use in source and binary forms, with or without
// modification, are permitted provided that the following conditions are met:
//
//     * Redistributions of source code must retain the above copyright
//       notice, this list of conditions and the following disclaimer.
//     * Redistributions in binary form must reproduce the above copyright
//       notice, this list of conditions and the following disclaimer in the
//       documentation and/or other materials provided with the distribution.
//     * Neither the name of Knut Reinert or the FU Berlin nor the names of
//       its contributors may be used to endorse or promote products derived
//       from this software without specific prior written permission.
//
// THIS SOFTWARE IS PROVIDED BY THE COPYRIGHT HOLDERS AND CONTRIBUTORS "AS IS"
// AND ANY EXPRESS OR IMPLIED WARRANTIES, INCLUDING, BUT NOT LIMITED TO, THE
// IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE
// ARE DISCLAIMED. IN NO EVENT SHALL KNUT REINERT OR THE FU BERLIN BE LIABLE
// FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, EXEMPLARY, OR CONSEQUENTIAL
// DAMAGES (INCLUDING, BUT NOT LIMITED TO, PROCUREMENT OF SUBSTITUTE GOODS OR
// SERVICES; LOSS OF USE, DATA, OR PROFITS; OR BUSINESS INTERRUPTION) HOWEVER
// CAUSED AND ON ANY THEORY OF LIABILITY, WHETHER IN CONTRACT, STRICT
// LIABILITY, OR TORT (INCLUDING NEGLIGENCE OR OTHERWISE) ARISING IN ANY WAY
// OUT OF THE USE OF THIS SOFTWARE, EVEN IF ADVISED OF THE POSSIBILITY OF SUCH
// DAMAGE.
//
// ==========================================================================
// Author: David Weese <david.weese@fu-berlin.de>
// ==========================================================================

#ifndef SEQAN_HEADER_POOL_SORTER_H
#define SEQAN_HEADER_POOL_SORTER_H

namespace SEQAN_NAMESPACE_MAIN
{

    template < typename TValue, typename Compare >
    struct MergeStreamComparer : public ::std::binary_function < PageBucket<TValue>,
														       PageBucket<TValue>,
														       bool>
    {
        Compare C;
        MergeStreamComparer(Compare &tmpC): C(tmpC) { }
        inline bool operator()(const PageBucket<TValue> &a,
			                   const PageBucket<TValue> &b) const {
            return C(static_cast<const TValue&>(*(a.cur)),
                     static_cast<const TValue&>(*(b.cur))) > 0;
        }
    };

    template < typename TCompare >
	struct AdaptorCompare2Less :
		public ::std::binary_function <
			typename TCompare::first_argument_type,
			typename TCompare::second_argument_type,
			bool >
    {
        TCompare const & C;
        AdaptorCompare2Less(TCompare const & tmpC): C(tmpC) { }
        inline bool operator() (
			typename TCompare::first_argument_type const &a,
			typename TCompare::second_argument_type const &b) const
		{
            return C(a, b) < 0;
        }
    };

/**
.Spec.SorterConfigSize:
..cat:Pipelining
..general:Spec.SorterSpec
..summary:Configuration of Sorter.
..signature:SorterConfigSize<TCompare, TSize, TFile>
..param.TCompare:The compare function (see STL's $binary_function$).
...remarks:Let $comp$ be an object of type $TCompare$. $comp(a,b)$ should return a value less, equal, or greater than $0$ if $a<b$, $a==b$, or $a>b$.
..param.TSize:The Sorter's size type.
..param.TFile:The underlying @Class.File@ type.
...default:$File<>$, see @Class.File@.
..see:Spec.SorterConfig
..include:seqan/pipe.h
*/

	template < typename TCompare,
		       typename TSize,
			   typename TFile = File<> >
    struct SorterConfigSize {
        typedef TCompare	Compare;
		typedef TSize		SizeType;
        typedef TFile		File;
    };

/**
.Spec.SorterConfig:
..cat:Pipelining
..general:Spec.SorterSpec
..summary:Configuration of Sorter.
..signature:SorterConfig<TCompare, TFile>
..param.TCompare:The compare function (see STL's $binary_function$).
...remarks:Let $comp$ be an object of type $TCompare$. $comp(a,b)$ should return a value less, equal, or greater than $0$ if $a<b$, $a==b$, or $a>b$.
..param.TFile:The underlying @Class.File@ type.
...default:$File<>$, see @Class.File@.
..remarks:Using this configuration spec., the Sorter's size type is $Size<TFile>::Type$. To use a custom size type @Spec.SorterConfigSize@ should be used.
..see:Spec.SorterConfigSize
..include:seqan/pipe.h
*/

    template < typename TCompare, typename TFile = File<> >
    struct SorterConfig {
        typedef TCompare					Compare;
		typedef typename Size<TFile>::Type	SizeType;
        typedef TFile						File;
    };

/**
.Spec.SorterSpec:
..cat:Pipelining
..general:Class.Pool
..summary:Sorts all elements using a custom compare function.
..signature:Pool<TValue, SorterSpec<TConfig> >
..param.TValue:The value type, that is the type of the stream elements.
..param.TConfig:Configuration Spec. Defines compare function, size type, and file type.
...type:Spec.SorterConfig
...type:Spec.SorterConfigSize
..remarks:The Pool's input/output type is $TValue$ and the size type is determined by the $TConfig$.
...note:If there exists an explicit function mapping input elements to their destined positions in the output stream, @Spec.MapperSpec@ should be preferred.
..include:seqan/pipe.h
*/

    template < typename TConfig >
    struct SorterSpec {
        typedef TConfig Config;
    };

    template < typename TValue,
			   typename TConfig >
    struct HandlerArgs< Pool< TValue, SorterSpec<TConfig> > >
    {
        typedef typename TConfig::Compare Type;
    };

    //////////////////////////////////////////////////////////////////////////////
	// cache bucket based synchronous multiway merge
    struct ReadSorterSpec_;
	typedef Tag<ReadSorterSpec_> ReadSorterSpec;

    template <typename TValue, typename TPoolSpec>
    struct Handler<Pool<TValue, TPoolSpec>, ReadSorterSpec>
    {
        typedef Pool<TValue, TPoolSpec>                 TPool;
        typedef typename TPool::TBuffer					TBuffer;
        typedef typename TPoolSpec::Config::Compare     TCompare;
        typedef PageBucketExtended<TValue>              TPageBucket;

        typedef MergeStreamComparer<TValue, TCompare>   TStreamComparer;
/*        typedef ::std::priority_queue <
            TPageBucket,
            ::std::vector<TPageBucket>,
            MergeStreamComparer<Type, Compare> >	    PQueue;
*/
        typedef PriorityType<TPageBucket, TStreamComparer> TPrioQueue;

		TPool       &pool;
        TBuffer     bucketBuffer;
        TPrioQueue  pqueue;

        Handler(TPool &_pool):
            pool(_pool),
            pqueue(TStreamComparer(_pool.handlerArgs)) { }

        ~Handler() {
            cancel();
        }

		struct insertBucket : public ::std::unary_function<TPageBucket,void>
        {
			Handler &me;
			insertBucket(Handler &_me): me(_me) {}

			inline void operator() (TPageBucket &pb) const
            {
                pb.pageNo = length(me.pqueue);
                readBucket(pb, pb.pageNo, me.pool.pageSize, me.pool.dataSize(pb.pageNo), me.pool.file);
                push(me.pqueue, pb);
			}
		};

        bool begin()
        {
            // 1. initially fill priority queue
//    		pqueue.reserve(pool.pages);
            equiDistantDistribution(
                bucketBuffer, pool.bucketBufferSize, *this,
                pool._size, pool.pageSize,
                insertBucket(*this));
            return true;
        }

        inline TValue const & front() const
        {
			return *(top(pqueue).cur);
        }

        inline void pop(TValue &Ref_)
		{
            TPageBucket &pb = top(pqueue);
			SEQAN_ASSERT_LEQ(pb.cur, pb.end);

            Ref_ = *pb.cur;
            if (++pb.cur == pb.end)
			{
                // bucket is empty, we have to fetch the next bucket
				if (!readBucket(pb, pb.pageNo, pool.pageSize, pool.dataSize(pb.pageNo), pool.file)) {
					::seqan::pop(pqueue);
					return;
				}
			}
			adjustTop(pqueue);
        }

        inline void pop()
        {
            TPageBucket &pb = top(pqueue);
			SEQAN_ASSERT_LEQ(pb.cur, pb.end);

            if (++pb.cur == pb.end)
                // bucket is empty, we have to fetch the next bucket
				if (!readBucket(pb, pb.pageNo, pool.pageSize, pool.dataSize(pb.pageNo), pool.file)) {
					::seqan::pop(pqueue);
					return;
				}
			adjustTop(pqueue);
        }

		inline bool eof() const
        {
			return empty(pqueue);
		}

        inline void end()
        {
            cancel();
        }

        void cancel()
        {
            clear(pqueue);
            freePage(bucketBuffer, *this);
        }

        inline void process() {}

    };

    template <typename TValue, typename TPoolSpec>
    struct BufferHandler< Pool<TValue, TPoolSpec>, ReadSorterSpec >
    {
        typedef Pool<TValue, TPoolSpec>                 TPool;
        typedef typename TPool::Buffer                  TBuffer;
        typedef typename TPool::Spec::Compare           TCompare;

		typedef PageBucketExtended<TValue>              TPageBucket;

        typedef MergeStreamComparer<TValue, TCompare>   StreamComparer;
        typedef ::std::priority_queue <
            TPageBucket,
            ::std::vector<TPageBucket>,
            MergeStreamComparer<TValue, TCompare> >     TPrioQueue;

        TPool       &pool;
        unsigned    mergeBufferSize;
        TBuffer     bucketBuffer, mergeBuffer, tmpBuffer;
        TPrioQueue  pqueue;

        BufferHandler(TPool &_pool):
            pool(_pool),
            mergeBufferSize(_pool.pageSize),
            pqueue(StreamComparer(_pool.handlerData.compare)) { }

        BufferHandler(TPool &_pool, unsigned _requestedBufferSize):
            pool(_pool),
            mergeBufferSize(_min(_pool.size(), _requestedBufferSize)),
            pqueue(StreamComparer(_pool.handlerData.compare)) { }

        ~BufferHandler() {
            cancel();
        }

		struct insertBucket : public ::std::unary_function<TPageBucket, void> {
			BufferHandler &me;
			insertBucket(BufferHandler &_me): me(_me) {}

			inline void operator() (TPageBucket &pb) const
            {
                pb.pageNo = length(pqueue);
                readBucket(pb, pb.pageNo, me.pool.pageSize, me.pool.dataSize(pb.pageNo), pool.file);
                push(pqueue, pb);
			}
		};

        inline TBuffer & first() {
            // 1. initially fill priority queue
//    		pqueue.reserve(pool.pages);
            equiDistantDistribution(
                bucketBuffer, pool.bucketBufferSize, *this,
                pool._size, pool.pageSize,
                insertBucket(*this));
			allocPage(mergeBuffer, mergeBufferSize, *this);
			return merge();
        }

		inline TBuffer & next() {
			return merge();
		}

        inline void end() {
            cancel();
        }

        void cancel()
        {
            clear(pqueue);
			freePage(mergeBuffer, *this);
            freePage(bucketBuffer, *this);
        }

        inline void process() {}

    private:

        TBuffer & merge()
        {
            // 2. merge streams into mergeBuffer

			typename TPrioQueue::size_type pqsize = length(pqueue);
			if (!pqsize) {
				resize(tmpBuffer, 0);
				return tmpBuffer;
			}

            if (pqsize == 1)
			{
                // only one stream left => retrieve what's left in stream es
                TPageBucket &pb = pqueue.top();

                // flush stream
				if (pb.cur != pb.end) {
					tmpBuffer.begin = pb.cur;
					tmpBuffer.end = pb.end;
					pb.cur = pb.end;
					if (pb.pageOfs == pool.dataSize(pb.pageNo))
						pop(pqueue);
					return tmpBuffer;
				}

                // read directly from disk
				pb.begin = mergeBuffer.begin;
				pb.end = pb.cur = pb.begin + pageSize(mergeBuffer);

				resize(mergeBuffer, readBucket(pb, pb.pageNo, pool.pageSize, pool.dataSize(pb.pageNo)));
				if (pb.pageOfs == pool.dataSize(pb.pageNo))
					pop(pqueue);
			}
            else
            {
                for(TValue *cur = mergeBuffer.begin; cur != mergeBuffer.end; ++cur) {
                    TPageBucket &pb = pqueue.top();
                    *cur = *pb.cur;
					if (++pb.cur == pb.end) {
						// bucket is empty, we have to fetch the next bucket
						if (!readBucket(pb, pb.pageNo, pool.pageSize, pool.dataSize(pb.pageNo), pool.file)) {
							pop(pqueue);
							// queue contains only one stream
							// => we return what we have merged
							if (--pqsize == 1) {
								resize(cur - mergeBuffer.begin + 1);
								return mergeBuffer;
							}
						}
					}
					adjustTop(pqueue);
                }
				resize(mergeBuffer, pageSize(mergeBuffer));
            }

            return mergeBuffer;
        }
	};

	template < typename TValue,
			   typename TConfig >
    inline Buffer<TValue, PageFrame<typename TConfig::File, Dynamic> > & processBuffer(
        Buffer<TValue, PageFrame<typename TConfig::File, Dynamic> > &buf,
        BufferHandler< Pool< TValue, SorterSpec<TConfig> >, WriteFileSpec > &me)
    {
        AdaptorCompare2Less<typename TConfig::Compare> cmp(me.pool.handlerArgs);
        std::sort(buf.begin, buf.end, cmp);
		return buf;
    }

	//////////////////////////////////////////////////////////////////////////////
	// character and buffer based handler definitions
    template < typename TValue,
               typename TConfig >
    inline Buffer<TValue> & processBuffer(
        Buffer<TValue> &buf,
        BufferHandler< Pool< TValue, SorterSpec<TConfig> >, MemorySpec > &me)
    {
        AdaptorCompare2Less<typename TConfig::Compare> cmp(me.pool.handlerArgs);
        std::sort(buf.begin, buf.end, cmp);
		return buf;
    }

    template < typename TValue,
			   typename TConfig >
    struct BufReadHandler< Pool< TValue, SorterSpec<TConfig> > >
    {
        typedef BufferHandler< Bundle2<
			BufferHandler< Pool< TValue, SorterSpec<TConfig> >, MemorySpec >,
			BufferHandler< Pool< TValue, SorterSpec<TConfig> >, ReadSorterSpec >
		>, MultiplexSpec > Type;
    };

    template < typename TValue,
			   typename TConfig >
    struct ReadHandler< Pool< TValue, SorterSpec<TConfig> > >
    {
        typedef Handler< Bundle2<
			Handler< BufferHandler < Pool< TValue, SorterSpec<TConfig> >, MemorySpec >, AdapterSpec >,
			Handler<				 Pool< TValue, SorterSpec<TConfig> >, ReadSorterSpec >
		>, MultiplexSpec > Type;
    };

}

#endif

redpajama_set_name: RedPajamaGithub


All of your visual content under one roof.
Every project is approached with an attention to detail and focus on your business, product or service that will maximise your investment. Storytelling remains at the heart of every film I make as that is the single most important part of creating a feeling, reaction or understanding in a customer.
"By 2020, video will make up 80% of all consumer internet traffic" (Cisco) so now is the time to create and share engaging video content with your audience.
The service I offer covers everything from commercial photography and events to product shots and social media content. I've photographed for some of the UK's biggest brands, including Virgin Media, Cadbury, Lucozade, Lloyds Pharmacies and Thomson Reuters. Digital content is driven by images and having a varied and creative library of high quality, high resolution photographs should be a priority on par with video content.
There is a well known belief that every film is made three times: in scripting, when it's shot and then finally when it's edited. Each skill is as important as the other and the ability to do all three is crucial in delivering the highest quality of visual content.
Planning and research is as important as the shoot itself. Without a clear and structured plan of how to approach the project, both shooting and editing become much more difficult and time-consuming. I love to be involved from the very earliest conversation because it allows me to understand a product or service more thoroughly and consequently create something more closely aligned to your brand.


text:
Der letzte Schuß è un film muto del 1920 diretto da Franz Seitz.

Trama

Produzione
Il film fu prodotto dall'Union-Film di Monaco.

Distribuzione
La prima del film si tenne a Lipsia il 13 novembre 1920.

Collegamenti esterni

redpajama_set_name: RedPajamaWikipedia


The VERSA-POWER SeriesTM comes with up to 4 output voltages in a single, dual, triple and quad output in a rack mount system. Special Features: over voltage, over current, over temperature and short circuit protection.
These units are available to all commercial application has its own set of challenges with demanding environments. Built for a Very Low EMI signature and very High Reliability this power system will keep your product up and running for many years to come. It comes with a wide range of AC input voltage (90-264) to many different output Voltages and Power/Current levels.
AJ's Power Source Inc. designs and manufactures Commercial Rack Mount Power Supply. Each Commercial application has its own set of challenges with demanding environments.
AJPS has taken on many challenges from dusty and dirty locations to the extent of submersible power applications. Although the mainstay of power applications that we design are customer specification driven, the development of our configurable Rack Mount power supplies in this section will allow for quick turn quote response and short lead times.
The VERSA-POWER SeriesTM comes with a wide range of AC input voltage (90-264) to many different output Voltages and Power/Current levels. With up to 4000 Watts in a 1U form factor, up to 6000 Watts in a 2U up to 10,000 watts in a 3U form factor, this power supply can fit all of your power requirements with a very short lead time compared to industry standard.
This power supply series offers Commercial Rack Mount Power Supply that can provide up to 10,000 Watts and 4 different output voltages.
The VERSA-POWER SeriesTM comes with up to 4 output voltages in a single, dual, triple and quad output in a rack mount system. This system has many unique Special Features such as over voltage, over current, over temperature and short circuit protection. The design of the chassis includes rack mounting flanges for standard 19" rack mounting.
Configure your Commercial Rack Mount Power Supply in either a 3.3VDC – 5VDC – 12VDC – 24VDC – 28VDC – 48VDC version today!
To learn more about our Commercial Rack Mount VERSA-POWER SeriesTM power supplies and our Commercial power solutions, please do not hesitate to call our office today at (813) 996-2583 or Contact Us by email.


Psychosocial outcomes in a weight loss camp for overweight youth.
OBJECTIVE: There is good evidence that youth attending weight loss camps in the UK and US are successful at achieving weight loss. Limited research suggests improvement in body image and self-esteem as well. This study evaluated changes in eight psychosocial variables following participation in a weight loss camp and examined the role of gender, age, length of stay, and body mass index (BMI) in these changes. METHODS: This was an observational and self-report study of 130 participants (mean age = 12.8; mean BMI = 33.5; 70% female; 77% Caucasian). The program consisted of an 1800 kcal/day diet, daily supervised physical activities, cooking/nutrition classes, and weekly psycho-educational/support groups led by psychology staff. Participants completed measures of anti-fat attitudes, values (e.g., value placed on appearance, athletic ability, popularity), body- and self-esteem, weight- and health-related quality of life, self-efficacy, and depressive symptoms. RESULTS: Participants experienced significant BMI reduction (average decrease of 7.5 kg [standard deviation, SD = 4.2] and 2.9 BMI points [SD = 1.4]). Participants also exhibited significant improvements in body esteem, self-esteem, self-efficacy, generic and weight-related quality of life, anti-fat attitudes, and the importance placed on appearance. Changes in self-efficacy, physical functioning and social functioning remained significant even after adjusting for initial zBMI, BMI change, and length of stay. Gender differences were found on changes in self-efficacy, depressive symptoms, and social functioning. CONCLUSION: Participation in weight loss programs in a group setting, such as a camp, may have added benefit beyond BMI reduction. Greater attention to changes in psychosocial variables may be warranted when designing such programs for youth.