/** * API compatible with Hadoop 1.x */ public void driver(String[] argv) throws Throwable { if (run(argv) == -1) { System.exit(-1); } }
/** * API compatible with Hadoop 1.x */ public void driver(String[] argv) throws Throwable { if (run(argv) == -1) { System.exit(-1); } }
/** * API compatible with Hadoop 1.x */ public void driver(String[] argv) throws Throwable { if (run(argv) == -1) { System.exit(-1); } }
/** * API compatible with Hadoop 1.x */ public void driver(String[] argv) throws Throwable { if (run(argv) == -1) { System.exit(-1); } }
/** * API compatible with Hadoop 1.x */ public void driver(String[] argv) throws Throwable { if (run(argv) == -1) { System.exit(-1); } }
public void run(String argv[]) { int exitCode = -1; try { exitCode = pgd.run(argv); } catch(Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public void run(String argv[]) { int exitCode = -1; try { exitCode = pgd.run(argv); } catch(Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public void run(String argv[]) { int exitCode = -1; try { exitCode = pgd.run(argv); } catch(Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public void run(String argv[]) { int exitCode = -1; try { exitCode = pgd.run(argv); } catch(Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public void run(String argv[]) { int exitCode = -1; try { exitCode = pgd.run(argv); } catch(Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
public void run(String argv[]) { int exitCode = -1; try { exitCode = pgd.run(argv); } catch(Throwable e) { e.printStackTrace(); } System.exit(exitCode); }
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); } }
/** * <p>main.</p> * * @param args an array of {@link java.lang.String} objects. */ public static void main(String[] args) { ProgramDriver programDriver = new ProgramDriver(); int exitCode = -1; try { programDriver.addClass("export-table", Export.class, "A map/reduce program that exports a table to a file."); programDriver.addClass("import-table", Import.class, "A map/reduce program that imports a table to a file."); programDriver.driver(args); exitCode = programDriver.run(args); } catch (Throwable e) { e.printStackTrace(); } System.exit(exitCode); } }
"An example program that trains a recurrent multilayer perceptron model with MNIST" + " from HDFS sequence file."); exitCode = pgd.run(args); } 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 native Tez wordcount program that counts the words in the input files."); pgd.addClass("orderedwordcount", OrderedWordCount.class, "Word Count with words sorted on frequency"); pgd.addClass("simplesessionexample", SimpleSessionExample.class, "Example to run multiple dags in a session"); pgd.addClass("hashjoin", HashJoinExample.class, "Identify all occurences of lines in file1 which also occur in file2 using hash join"); pgd.addClass("sortmergejoin", SortMergeJoinExample.class, "Identify all occurences of lines in file1 which also occur in file2 using sort merge join"); pgd.addClass("joindatagen", JoinDataGen.class, "Generate data to run the joinexample"); pgd.addClass("joinvalidate", JoinValidate.class, "Validate data generated by joinexample and joindatagen"); pgd.addClass("cartesianproduct", CartesianProduct.class, "Cartesian product of two datasets"); exitCode = pgd.run(argv); } catch(Throwable e){ e.printStackTrace(); } System.exit(exitCode); }
pgd.addClass("cartesianproduct", CartesianProduct.class, "Cartesian Product Example"); exitCode = pgd.run(argv);
pgd.addClass("terasort", TeraSort.class, "Run the terasort"); pgd.addClass("teravalidate", TeraValidate.class, "Checking results of terasort"); exitCode = pgd.run(argv);