/** * @param args * @throws Throwable */ public static void main(String[] args) throws Throwable { ProgramDriver pgd = new ProgramDriver(); pgd.addClass(RowCounter.NAME, RowCounter.class, "Count rows in HBase table."); pgd.addClass(CellCounter.NAME, CellCounter.class, "Count cells in HBase table."); pgd.addClass(Export.NAME, Export.class, "Write table data to HDFS."); pgd.addClass(Import.NAME, Import.class, "Import data written by Export."); pgd.addClass(ImportTsv.NAME, ImportTsv.class, "Import data in TSV format."); pgd.addClass(LoadIncrementalHFiles.NAME, LoadIncrementalHFiles.class, "Complete a bulk data load."); pgd.addClass(CopyTable.NAME, CopyTable.class, "Export a table from local cluster to peer cluster."); pgd.addClass(VerifyReplication.NAME, VerifyReplication.class, "Compare" + " the data from tables in two different clusters. WARNING: It" + " doesn't work for incrementColumnValues'd cells since the" + " timestamp is changed after being appended to the log."); pgd.addClass(WALPlayer.NAME, WALPlayer.class, "Replay WAL files."); pgd.addClass(ExportSnapshot.NAME, ExportSnapshot.class, "Export" + " the specific snapshot to a given FileSystem."); ProgramDriver.class.getMethod("driver", new Class [] {String[].class}). invoke(pgd, new Object[]{args}); }
/** * @param args * @throws Throwable */ public static void main(String[] args) throws Throwable { ProgramDriver pgd = new ProgramDriver(); pgd.addClass(RowCounter.NAME, RowCounter.class, "Count rows in HBase table"); pgd.addClass(CellCounter.NAME, CellCounter.class, "Count cells in HBase table"); pgd.addClass(Export.NAME, Export.class, "Write table data to HDFS."); pgd.addClass(Import.NAME, Import.class, "Import data written by Export."); pgd.addClass(ImportTsv.NAME, ImportTsv.class, "Import data in TSV format."); pgd.addClass(LoadIncrementalHFiles.NAME, LoadIncrementalHFiles.class, "Complete a bulk data load."); pgd.addClass(CopyTable.NAME, CopyTable.class, "Export a table from local cluster to peer cluster"); pgd.addClass(VerifyReplication.NAME, VerifyReplication.class, "Compare" + " the data from tables in two different clusters. WARNING: It" + " doesn't work for incrementColumnValues'd cells since the" + " timestamp is changed after being appended to the log."); ProgramDriver.class.getMethod("driver", new Class [] {String[].class}). invoke(pgd, new Object[]{args}); }
/** * A description of the test program for running all the tests using jar file */ public static void main(String argv[]){ ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("gentest", DFSGeneralTest.class, "A map/reduce benchmark that supports running multi-thread operations in multiple machines"); pgd.addClass("locktest", DFSLockTest.class, "A benchmark that spawns many threads and each thread run many configurable read/write FileSystem operations to test FSNamesystem lock's concurrency."); pgd.addClass("dirtest", DFSDirTest.class, "A map/reduce benchmark that creates many jobs and each job spawns many threads and each thread create/delete many dirs."); pgd.addClass("dfstest", DFSIOTest.class, "A map/reduce benchmark that creates many jobs and each jobs can create many files to test i/o rate per task of hadoop cluster."); pgd.addClass("structure-gen", StructureGenerator.class, "Create a structure of files and directories as an input for data-gen"); pgd.addClass("data-gen", DataGenerator.class, "Create files and directories on cluster as inputs for load-gen"); pgd.addClass("load-gen", LoadGenerator.class, "A tool to test the behavior of NameNode with different client loads."); pgd.addClass("testnn", TestNNThroughputBenchmark.class, "Test the behavior of the namenode on localhost." + " Here namenode is real and others are simulated"); pgd.driver(argv); } catch(Throwable e) { e.printStackTrace(); } }
public static void main(String argv[]) { int exitCode = -1; ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("wordcount", WordCount.class, "A map/reduce program that counts the words in the input files."); pgd.addClass("xflowstatic", XflowStatic.class, "A map/reduce program that static xflow from data files."); exitCode = pgd.run(argv); } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public static void main(String args[]) throws UnsupportedEncodingException { int exitCode = -1; ProgramDriver pgd = new ProgramDriver(); try { JobConf job = new JobConf(); new GenericOptionsParser(job, args); String metric = job.get(Config.METRIC_PROPERTY,Config.METRIC_VALUE).toLowerCase(); if(metric.contains("j")){ JaccardCoarsePartitionMain.main(args); }else HolderCosinePartitionMain.main(args); // // pgd.addClass("cpartitionw", CosineWeightPartitionMain.class, // // "\tCosine static partitioning on weight sorted documents"); // pgd.addClass("cpartitiona", CosineAllPartitionMain.class, // "\tCosine static partitioning on ALL sorted documents"); //pgd.driver(args); exitCode = 0; } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
/** * Input are files of documents per line. The files are text and can either be compressed via .wrac.gz or not compressed. * MARCH NOT FINISHED * Prints these options to chose from:<br> * - [html] for html pages to be cleaned. <br> * - [wrac] for .wrac.gz files to be cleaned.<br> * @param argv : command line inputs */ public static void main(String argv[]) { int exitCode = -1; ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("warc", WarcFileCleaner.class, "A MapReduce job to clean .warc.gz webpages from html and weird characters into set of features."); pgd.addClass( "html", PageCleaner.class, "A MapReduce job to clean html pages from stopwords, weird characters even alphanumerics. It further convert letters into lowercase. "); pgd.driver(argv); } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
/** * Prints these options to chose from:<br> * - [clean] documents to produce document ID: bag of cleaned words. <br> * - [hash] bag of words into bag of hashed tokens.<br> * - Produce [sequence] records [LongWritable,FeatureWeightArrayWritable] <br> * - [seq] deals with writing/reading/combining sequence files. * * @param argv : command line inputs */ public static void main(String argv[]) { int exitCode = -1; ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("clean", CleanPagesDriver.class, "A MapReduce job to clean input pages. See options."); pgd.addClass( "hash", HashPagesDriver.class, "A MapReduce job to collect features then hash input data into [docId <features>] with associated weights if desired. "); pgd.addClass("seq", SequenceDriver.class, "For writing/reading/merging sequence files. See optoins.\n\n"); pgd.driver(argv); } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
/** * Prints these options to chose from:<br> * - [read] read sequence files and print into console. <br> * - [convert] convert text files into sequence files.<br> * * @param argv : command line inputs */ public static void main(String argv[]) { int exitCode = -1; ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("write", SeqWriter.class, "A MapReduce job to convert hashed pages into sequence files."); pgd.addClass("read", SeqReader.class, "Print out sequence pages in readable format."); pgd.addClass("combine", SeqFilesCombiner.class, "A regular java program to combine sequence records from multiple files into one file in hdfs."); pgd.driver(argv); } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public static void main(String argv[]) { int exitCode = -1; ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("randomlsh", ProjectionLshDriver.class, "Partition input vectors according to random projections."); pgd.addClass("minhashlsh", MinHashLshDriver.class, "Partition input vectors according to minhash values."); pgd.addClass("lshstat", LshStat.class, "Collect statistics from binray lshpartitions/"); pgd.driver(argv); } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
/** * @param args * @throws Throwable */ public static void main(String[] args) throws Throwable { ProgramDriver pgd = new ProgramDriver(); pgd.addClass(RowCounter.NAME, RowCounter.class, "Count rows in HBase table."); pgd.addClass(CellCounter.NAME, CellCounter.class, "Count cells in HBase table."); pgd.addClass(Export.NAME, Export.class, "Write table data to HDFS."); pgd.addClass(Import.NAME, Import.class, "Import data written by Export."); pgd.addClass(ImportTsv.NAME, ImportTsv.class, "Import data in TSV format."); pgd.addClass(LoadIncrementalHFiles.NAME, LoadIncrementalHFiles.class, "Complete a bulk data load."); pgd.addClass(CopyTable.NAME, CopyTable.class, "Export a table from local cluster to peer cluster."); pgd.addClass(VerifyReplication.NAME, VerifyReplication.class, "Compare" + " data from tables in two different clusters. It" + " doesn't work for incrementColumnValues'd cells since" + " timestamp is changed after appending to WAL."); pgd.addClass(WALPlayer.NAME, WALPlayer.class, "Replay WAL files."); pgd.addClass(ExportSnapshot.NAME, ExportSnapshot.class, "Export" + " the specific snapshot to a given FileSystem."); ProgramDriver.class.getMethod("driver", new Class [] {String[].class}). invoke(pgd, new Object[]{args}); }
public static void main(String[] args) { ProgramDriver programDriver = new ProgramDriver(); int exitCode = -1; try { programDriver.addClass("wordcount-hbase", WordCountHBase.class, "A map/reduce program that counts the words in the input files."); programDriver.addClass("export-table", Export.class, "A map/reduce program that exports a table to a file."); //programDriver.addClass("cellcounter", CellCounter.class, "Count them cells!"); programDriver.driver(args); exitCode = programDriver.run(args); } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public static void main(String[] args) throws Exception { ProgramDriver programDriver = new ProgramDriver(); int exitCode = -1; try { programDriver.addClass("readdepth-intervals", ComputeReadDepthInInterval.class, "Computes read depth over a given size interval"); programDriver.addClass("readdepth-hist", DepthHistogram.class, "Computes distribution of read depths"); programDriver.addClass("germline", GermlinePipeline.class, "Standard germline variant caller"); programDriver.addClass("somatic", SomaticPipeline.class, "Standard somatic variant caller, takes tumor/normal input"); programDriver.driver(args); exitCode = 0; } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public CoreTestDriver(ProgramDriver pgd) { this.pgd = pgd; try { pgd.addClass("testsetfile", TestSetFile.class, "A test for flat files of binary key/value pairs."); pgd.addClass("testarrayfile", TestArrayFile.class, "A test for flat files of binary key/value pairs."); pgd.addClass("testrpc", TestRPC.class, "A test for rpc."); pgd.addClass("testipc", TestIPC.class, "A test for ipc."); } catch(Throwable e) { e.printStackTrace(); } }
public YarnTestDriver(ProgramDriver pgd) { this.pgd = pgd; try { pgd.addClass(TestZKRMStateStorePerf.class.getSimpleName(), TestZKRMStateStorePerf.class, "ZKRMStateStore i/o benchmark."); } catch(Throwable e) { e.printStackTrace(); } }
public HdfsTestDriver(ProgramDriver pgd) { this.pgd = pgd; try { pgd.addClass("dfsthroughput", BenchmarkThroughput.class, "measure hdfs throughput"); pgd.addClass("minidfscluster", MiniDFSClusterManager.class, "Run a single-process mini DFS cluster"); } catch(Throwable e) { e.printStackTrace(); } }
@Test public void testDriverMainMethod() throws Throwable { ProgramDriver programDriverMock = mock(ProgramDriver.class); Driver.setProgramDriver(programDriverMock); Driver.main(new String[]{}); verify(programDriverMock).driver(Mockito.any(String[].class)); }
public static void main(String argv[]){ int exitCode = -1; ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("WikiTitleExtract", WikiTitleExtract.class, "A map/reduce program that extract the contents between <title></title> in xml files"); pgd.addClass("WikiWordCount", WikiWordCount.class, "A map/reduce program that count the word frequency in the files"); pgd.addClass("BadDocCount", BadDocCount.class, "A map/reduce program that count the document which do not contains <title></title>"); pgd.addClass("InvertedIndex", InvertedIndex.class, "A map/reduce program that calculate the inverted index"); pgd.addClass("IDOffsetTitle", IDOffsetTitle.class, "A map/reduce program that extract the <ID> <Offset> <title> tripe"); pgd.addClass("RedirectCount", RedirectCount.class, "A map/reduce program that count the number of redirect page"); pgd.addClass("PageWordCount", PageWordCount.class, "A map/reduce program that count the wordcount of each page"); pgd.addClass("PageMaxWordCount", PageMaxWordCount.class, "A map/reduce program that count the most frequent occurence of a word of each page"); exitCode = pgd.run(argv); } catch(Throwable e){ e.printStackTrace(); } System.exit(exitCode); }
/** * @param args * @throws Throwable */ public static void main(String[] args) throws Throwable { ProgramDriver pgd = new ProgramDriver(); pgd.addClass(RowCounter.NAME, RowCounter.class, "Count rows in HBase table"); ProgramDriver.class.getMethod("driver", new Class [] {String[].class}). invoke(pgd, new Object[]{args}); }
/** * A description of the test program for running all the tests using jar file */ public static void main(String argv[]){ ProgramDriver pgd = new ProgramDriver(); try { pgd.addClass("threadedmapbench", ThreadedMapBenchmark.class, "A map/reduce benchmark that compares the performance " + "of maps with multiple spills over maps with 1 spill"); pgd.addClass("mrbench", MRBench.class, "A map/reduce benchmark that can create many small jobs"); pgd.addClass("nnbench", NNBench.class, "A benchmark that stresses the namenode."); pgd.addClass("mapredtest", TestMapRed.class, "A map/reduce test check."); pgd.addClass("testfilesystem", TestFileSystem.class, "A test for FileSystem read/write."); pgd.addClass("testsequencefile", TestSequenceFile.class, "A test for flat files of binary key value pairs."); pgd.addClass("testsetfile", TestSetFile.class, "A test for flat files of binary key/value pairs."); pgd.addClass("testarrayfile", TestArrayFile.class, "A test for flat files of binary key/value pairs."); pgd.addClass("testrpc", TestRPC.class, "A test for rpc."); pgd.addClass("testsequencefileinputformat", TestSequenceFileInputFormat.class, "A test for sequence file input format."); pgd.addClass("testtextinputformat", TestTextInputFormat.class, "A test for text input format."); pgd.addClass("TestDFSIO", TestDFSIO.class, "Distributed i/o benchmark."); pgd.addClass("DFSCIOTest", DFSCIOTest.class, "Distributed i/o benchmark of libhdfs."); pgd.addClass("DistributedFSCheck", DistributedFSCheck.class, "Distributed checkup of the file system consistency."); pgd.addClass("testmapredsort", SortValidator.class, "A map/reduce program that validates the map-reduce framework's sort."); pgd.addClass("testbigmapoutput", BigMapOutput.class, "A map/reduce program that works on a very big " + "non-splittable file and does identity map/reduce"); pgd.addClass("loadgen", GenericMRLoadGenerator.class, "Generic map/reduce load generator"); pgd.addClass("filebench", FileBench.class, "Benchmark SequenceFile(Input|Output)Format (block,record compressed and uncompressed), Text(Input|Output)Format (compressed and uncompressed)"); pgd.addClass("dfsthroughput", BenchmarkThroughput.class, "measure hdfs throughput"); pgd.addClass("MRReliabilityTest", ReliabilityTest.class, "A program that tests the reliability of the MR framework by " + "injecting faults/failures"); pgd.addClass("minicluster", MiniHadoopClusterManager.class, "Single process HDFS and MR cluster."); pgd.driver(argv); } catch(Throwable e) { e.printStackTrace(); } }
