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public AppTest( String testName ) { super( testName ); }
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public static Test suite() { return new TestSuite( AppTest.class ); }
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public void testApp() { assertTrue( true ); }
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public static void main(String[] args) { int numOfPpl=0; List<Integer> weights = new ArrayList<Integer>(); try{ FileInputStream fstream = new FileInputStream("input.txt"); DataInputStream in = new DataInputStream(fstream); BufferedReader br = new BufferedReader(new InputStreamReader(in)); Scanner s = new Scanner(br); numOfPpl = s.nextInt(); for(int i=0; i<numOfPpl; i++){ weights.add(s.nextInt()); } }catch (Exception e){//Catch exception if any System.err.println("Error: " + e.getMessage()); } if(numOfPpl==1){ System.out.println("BFS "+weights.get(0)+" 0"); System.out.println("DFS "+weights.get(0)+" 0"); System.out.println("A* "+weights.get(0)+" 0"); } else{ try{ // Create file FileWriter fstream = new FileWriter("output.txt"); BufferedWriter out = new BufferedWriter(fstream); ArrayList<Integer> dummy = new ArrayList<Integer>(); State init = new State(weights, dummy, true); State goal = new State(dummy, weights, false); BFS bfs = new BFS(init, goal); out.write(bfs.toString()); out.write(DFS.search(init, goal)); out.write(AStar.search(init, goal)); //Close the output stream out.close(); }catch (Exception e){//Catch exception if any System.err.println("Error: " + e.getMessage()); } } }
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public State(List<Integer> start, List<Integer> goal, boolean atStart){ this.start = start; this.goal = goal; this.atStart = atStart; }
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public int hashCode(){ Integer hash = 0; int goalSum = 0; int goalCount =0; int startSum = 0; int startCount = 0; int boat = 0; for(Integer Is: start){ startCount++; startSum = Is + startSum; } for(Integer Ig: goal){ goalCount++; goalSum = Ig + goalSum; } if(atStart){ boat = 1; } String prehash = Integer.toString(1).concat(Integer.toString(goalCount)).concat(Integer.toString(goalSum)).concat(Integer.toString(1)).concat(Integer.toString(startCount)).concat(Integer.toString(startSum)).concat(Integer.toString(1)).concat(Integer.toString(boat)); hash = Integer.parseInt(prehash); return hash; }
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public boolean equals(State state){ List<Integer> goal1 = new ArrayList<Integer>(this.goal); List<Integer> goal2 = new ArrayList<Integer>(state.goal); List<Integer> start1 = new ArrayList<Integer>(this.start); List<Integer> start2 = new ArrayList<Integer>(state.start); List<Integer> goalItr = new ArrayList<Integer>(this.goal); List<Integer> startItr= new ArrayList<Integer>(this.start); if(this.atStart==state.atStart){ for(Integer i: goalItr){ goal2.remove(i); goal1.remove(i); } if(goal1.isEmpty()&&goal2.isEmpty()){ for(Integer k: startItr){ start2.remove(k); start1.remove(k); } if(start1.isEmpty()&&start2.isEmpty()){ return true; } } } return false; }
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public String toString(){ StringBuilder sb = new StringBuilder(); sb.append("north:"+start.toString()+"\n"); sb.append("south:"+goal.toString()+"\n"); sb.append(atStart + "\n"); sb.append("------------------"); return sb.toString(); }
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public State update(List<Integer> moved){ //System.out.println(moved); for(Integer i: moved){ //System.out.println("I is : "+i); if(atStart){ this.start.remove(i); this.goal.add(i); }else{ this.goal.remove(i); this.start.add(i); } } this.atStart = !this.atStart; return this; }
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public boolean getAtStart(){ return this.atStart; }
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public List<Integer> getNorthBank(){ return goal; }
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public List<Integer> getSouthBank(){ return start; }
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static public String search(State start, State goal){ ArrayList<State> solution = null; //will hold the states that lead to the solution later boolean solutionCTL=true; //used to control a loop that builds the solution list Comparator<Node> comp = new Node(); PriorityQueue<Node> frontier = new PriorityQueue<Node>(1, comp); // holds the frontier (nodes that have not yet been expanded Node tree = new Node(0, null, start,null); // the base node of the tree (i.e. the start conditions) boolean notSolved=true; // a variable that controls the main search loop frontier.add(tree); // loads the root node into the frontier, this is needed due to the way the no solution case is handled List<Node> expanded; // this variable with hold the nodes that are expanded from the current node before they are loaded into the frontier Node Active=null; //this with hold the current node being looked at by the tree. it is loaded from the frontier int numOfNodesExpanded=1; int totalCost=0; while(notSolved){ if(frontier.isEmpty()){ notSolved = false; }else{ Active = frontier.poll(); numOfNodesExpanded++; } if(Active.getState().equals(goal)){ notSolved=true; break; }else{ expanded = Active.expand(); for(Node n: expanded){ frontier.add(n); } } } solution = new ArrayList<State>(); totalCost = Active.getCost(); while(solutionCTL){ solution.add(Active.getState()); if(Active.getParent()==null){ solutionCTL=false; break; }else{ Active = Active.getParent(); } } StringBuilder sb = new StringBuilder(); sb.append("A* "+totalCost+" "+numOfNodesExpanded+"\n"); for(State s : solution){ sb.append(s.toString()+"\n"); } return sb.toString(); }
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static public String search(State start, State goal){ ArrayList<State> solution = null; //will hold the states that lead to the solution later boolean solutionCTL=true; //used to control a loop that builds the solution list Stack<Node> frontier = new Stack<Node>(); // holds the frontier (nodes that have not yet been expanded Node tree = new Node(0, null, start,null); // the base node of the tree (i.e. the start conditions) boolean notSolved=true; // a variable that controls the main search loop frontier.push(tree); // loads the root node into the frontier, this is needed due to the way the no solution case is handled List<Node> expanded; // this variable with hold the nodes that are expanded from the current node before they are loaded into the frontier Node Active=null; //this with hold the current node being looked at by the tree. it is loaded from the frontier int numOfNodesExpanded=1; int totalCost=0; while(notSolved){ if(frontier.isEmpty()){ notSolved = false; }else{ Active = frontier.pop(); numOfNodesExpanded++; } if(Active.getState().equals(goal)){ notSolved=true; break; }else{ expanded = Active.expand(); for(Node n: expanded){ frontier.push(n); } } } solution = new ArrayList<State>(); totalCost = Active.getCost(); while(solutionCTL){ // System.out.println(Active.getState().toString()); solution.add(Active.getState()); if(Active.getParent()==null){ solutionCTL=false; break; }else{ Active = Active.getParent(); } } StringBuilder sb = new StringBuilder(); sb.append("DFS "+totalCost+" "+numOfNodesExpanded+"\n"); for(State s : solution){ sb.append(s.toString()+"\n"); } return sb.toString(); }
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Node(){ this.state = null; }
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Node(int cost, Node parent, State state, List<Integer> moved){ this.parent = parent; this.cost = cost; this.children = new ArrayList<Node>(); this.state = state; this.moved = moved; if(moved!=null){ this.state = this.state.update(moved); int max = 0; for(Integer i: moved){ if(i>max){ max = i; } } this.cost = cost + max; } int max = 0; for(int i: this.state.getSouthBank()){ if(i> max){ max=i; } } //A* notes estimate = max + cost; //max is our h(n) cost is the g(n) and estimate is our f(n) }
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public int getCost(){ return cost; }
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public void addChild(Node child){ children.add(child); }
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public List<Node> expand(){ if(state.getAtStart()){ List<List<Integer>> pairs = new ArrayList<List<Integer>>(); List<Integer> copy = new ArrayList<Integer>(state.getSouthBank()); if(state.getSouthBank().size()==1){ //if one person on south side for(Integer i: state.getSouthBank()){ List<Integer> tuple = new ArrayList<Integer>(); tuple.add(i); Boolean t = state.getAtStart(); State copyState = new State(new ArrayList<Integer>(state.getSouthBank()), new ArrayList<Integer>(state.getNorthBank()), t); Node child = new Node(this.getCost(), this, copyState, tuple); children.add(child); } } else{ //if >1 person on south side for(Integer i: state.getSouthBank()){ copy.remove(i); for(Integer j: copy){ List<Integer> tuple = new ArrayList<Integer>(); tuple.add(i); tuple.add(j); pairs.add(tuple); } } for(List<Integer> p: pairs){ //System.out.println(p.toString()); Boolean t = state.getAtStart(); State copyState = new State(new ArrayList<Integer>(state.getSouthBank()), new ArrayList<Integer>(state.getNorthBank()), t); Node child = new Node(this.getCost(), this, copyState, p); children.add(child); } } } else{ //if on north side ArrayList<Integer> copy = new ArrayList<Integer>(state.getNorthBank()); for(Integer i: copy){ List<Integer> tuple = new ArrayList<Integer>(); tuple.add(i); Boolean t = state.getAtStart(); State copyState = new State(new ArrayList<Integer>(state.getSouthBank()), new ArrayList<Integer>(state.getNorthBank()), t); Node child = new Node(this.getCost(), this, copyState, tuple); children.add(child); } } return children; }
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public Node getChild(int cost){ Node result=null; for(Node n: children){ if(n.cost==cost){ result=n; } } return result; }
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public Node getParent(){ return parent; }
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public int hashCode(Node node){ return node.state.hashCode(); }
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public State getState(){ return this.state; }
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public List<Integer> getMoved(){ return this.moved; }
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public String toString(){ return this.state.toString(); }
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public int getEstimate(){ return this.estimate; }
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@Override public int compare(Node n1, Node n2) { int result = 0; if(n1.getEstimate() <= n2.getEstimate()){ result = -1; } else{ result = 1; } return result; }
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BFS(State initialState, State goalState){ this.goalState = goalState; Node tree = new Node(0, null, initialState, null); frontier = new LinkedList<Node>(); frontier.add(tree); boolean notSolved=true; boolean solutionCTL = true; StringBuilder sb = new StringBuilder(); int numOfNodesExpanded=1; int totalCost=0; while(notSolved){ if(frontier.isEmpty()){ notSolved=false; } else{ this.currentNode = frontier.poll(); numOfNodesExpanded++; // System.out.println(currentNode.getState().toString()); } if(currentNode.getState().equals(goalState)){ notSolved=true; break; } else{ frontier.addAll(currentNode.expand()); } } totalCost = currentNode.getCost(); while(solutionCTL){ sb.append(currentNode.toString()+"\n"); // System.out.println("instance cost:"+currentNode.getCost()); if(currentNode.getParent()==null){ solutionCTL=false; break; } else{ currentNode = currentNode.getParent(); } } sb.insert(0, numOfNodesExpanded+" \n"); sb.insert(0, "BFS "+totalCost+" "); result = sb.toString(); // System.out.println(result); }
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public String toString(){ return result; }
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public static void main(String[] args) { try { final MongoClient mongo = new MongoClient("localhost", 27017); final DB db = mongo.getDB("test"); final DBCollection userCollection = db.getCollection("User"); final int size = userCollection.find().size(); System.out.println("size="+size); final User bob = new User("BOB", Sex.MALE); List<DBObject> dbObjects = new ArrayList<DBObject>(10); System.out.println("Date()=" + new Date()); for (int i = 0; i < 10; i++) { dbObjects.add(bob.getMongoObject()); } System.out.println("start inserting "); System.out.println("Date()=" + new Date()); userCollection.insert(dbObjects); System.out.println("END Date()=" + new Date()); System.out.println("size="+size); } catch (Exception e) { //not best practice, but it's Example! e.printStackTrace(); } }
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public static void main(String[] args) { final ClassPathXmlApplicationContext context = new ClassPathXmlApplicationContext("context.xml"); final UserDao dao = (UserDao) context.getBean("dao"); final List<User> jim = dao.getOtherUserDao().findByNameLike("JIM"); System.out.println("jim="+jim); }
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public static void main(String[] args) { final ClassPathXmlApplicationContext context = new ClassPathXmlApplicationContext("context.xml"); final UserDao dao = (UserDao) context.getBean("dao"); final Collection<User> users = dao.getUsers(); for (User user : users) { System.out.println("user="+user); } }
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public User(String name, Sex sex) { this.name = name; this.sex = sex; }
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public BasicDBObject getMongoObject(){ final BasicDBObject basicDBObject = new BasicDBObject(); basicDBObject.append("name", this.name); basicDBObject.append("sex", this.sex.toString()); return basicDBObject; }
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@Override public String toString() { return "User{" + "name='" + name + '\'' + ", sex=" + sex + '}'; }
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public Collection<User> getUsers(){ return template.findAll(User.class); }
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public IOtherUserDao getOtherUserDao() { return otherUserDao; }
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public void setOtherUserDao(IOtherUserDao otherUserDao) { this.otherUserDao = otherUserDao; }
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List<User> findByNameLike(String name);
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private FactoryDAO(){}
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public static Dao crear(int tipo){ if(tipo==Dao.PERSONA){ return new PersonaDAO(); }else{ return null; } }
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public static void persist(Object entity, EntityManager em){ em.persist(entity); }
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public static void deleteSigleResult(Object o, EntityManager em){ Object o1 = em.merge(o); em.remove(o1); }
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public static void update(Object o, EntityManager em ){ em.merge(o); }
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public Person buscarPorDocumento(int documento,EntityManager em){ try{ Query q = (Query) em.createQuery("select p from Person p where p.cedule = :documento"); q.setParameter("documento", documento); return (Person) q.getSingleResult(); }catch(NoResultException e){ return null; } }
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public Person buscarPorDocumento(int documento, EntityManager em){ PersonaDAO dao = (PersonaDAO) FactoryDAO.crear(Dao.PERSONA); Person entity = dao.buscarPorDocumento(documento, em); if (entity == null) {return null;} return entity; }
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public void crearPersona(Person vo, EntityManager em) { Person persona = vo; Dao dao = FactoryDAO.crear(Dao.PERSONA); dao.persist(persona, em); }
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public long getId() { return id; }
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public void setId(long id) { this.id = id; }
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public Date getPayDate() { return payDate; }
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public void setPayDate(Date payDate) { this.payDate = payDate; }
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public Double getTotalValue() { return totalValue; }
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public void setTotalValue(Double totalValue) { this.totalValue = totalValue; }
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public Pin getPin() { return pin; }
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public void setPin(Pin pin) { this.pin = pin; }
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public long getCedule() { return cedule; }
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public void setCedule(long cedule) { this.cedule = cedule; }
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public Collection<Pin> getPinCollection() { return pinCollection; }
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public void setPinCollection(Collection<Pin> pinCollection) { this.pinCollection = pinCollection; }
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public Eps getEps() { return eps; }
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public void setEps(Eps eps) { this.eps = eps; }
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public long getId() { return id; }
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public void setId(long id) { this.id = id; }
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public String getName() { return name; }
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public void setName(String name) { this.name = name; }
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public Long getAccountNumber() { return accountNumber; }
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public void setAccountNumber(Long accountNumber) { this.accountNumber = accountNumber; }
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public long getId() { return id; }
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public void setId(long id) { this.id = id; }
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public String getPinState() { return pinState; }
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public void setPinState(String pinState) { this.pinState = pinState; }
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public Date getCreationDate() { return creationDate; }
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public void setCreationDate(Date creationDate) { this.creationDate = creationDate; }
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public Date getLimitDate() { return limitDate; }
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public void setLimitDate(Date limitDate) { this.limitDate = limitDate; }
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public Payment getPayment() { return payment; }
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public void setPayment(Payment payment) { this.payment = payment; }
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public Person getPerson() { return person; }
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public void setPerson(Person person) { this.person = person; }
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public void cerrarConexion(){ if (em != null) { em.clear(); em.close(); } }
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public void hacerRollback(){ if(em != null && et != null){ et.rollback(); } }
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public void abrirConexion(){ emf = Persistence.createEntityManagerFactory(PU); em = emf.createEntityManager(); et = em.getTransaction(); et.begin(); }
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public PersonFacade(){ personaServicio = new PersonaServicio(); }
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public String crearPersona(Person vo){ String resultado = ""; try{ abrirConexion(); if(false){//personaServicio.buscarPorDocumento((int) vo.getCedule(), em)!= null){ resultado = "Usuario ya registrado"; }else{ personaServicio.crearPersona(vo, em); resultado = "Creado"; et.commit(); } }catch(Exception e){ e.printStackTrace(); hacerRollback(); resultado = "Error"; }finally{ cerrarConexion(); return resultado; } }
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private FactoryFachada(){}
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public static void main(String[] args) { PersonFacade fachada = new PersonFacade(); Person p = new Person(); p.setCedule(1); p.setPinCollection(null); p.setEps(null); System.out.println(fachada.crearPersona(p)); }
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public File getJavaHome() { return javaHome; }
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public File getApplicationJarLocation() { return applicationJarLocation; }
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public File getDaemonJarLocation() { return daemonJarLocation; }
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public File getInitializationScriptLocation() { return initializationScriptLocation; }
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public InitializationScriptConfiguration(ApplicationConfiguration applicationConfiguration, DaemonConfiguration daemonConfiguration, TargetSystemConfiguration targetSystemConfiguration, String daemonJarName) { this.applicationConfiguration = applicationConfiguration; this.daemonConfiguration = daemonConfiguration; this.targetSystemConfiguration = targetSystemConfiguration; this.daemonJarName = daemonJarName; }
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public ApplicationConfiguration getApplicationConfiguration() { return applicationConfiguration; }
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public DaemonConfiguration getDaemonConfiguration() { return daemonConfiguration; }
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public TargetSystemConfiguration getTargetSystemConfiguration() { return targetSystemConfiguration; }
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public String getDaemonJarName() { return daemonJarName; }
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@Override public void execute() throws MojoExecutionException, MojoFailureException { final Map<String, Artifact> artifactMap = mavenProject.getArtifactMap(); final Artifact artifact = artifactMap.get(COMMONS_DAEMON_GROUP_ID + ":" + COMMONS_DAEMON_ARTIFACT_ID); if (null == artifact) throw new MojoExecutionException( "Could not retrieve commons-daemon artifact"); final File file = artifact.getFile(); final String daemonJarFileName = file.getName(); InitializationScriptConfiguration initializationScriptConfiguration = new InitializationScriptConfiguration( applicationConfiguration, daemonConfiguration, targetSystemConfiguration, daemonJarFileName); final StringTemplate stringTemplate = loadInitScriptTemplate(); final InitializationScript initializationScript = InitializationScriptFactory .createInitializationScript(stringTemplate, initializationScriptConfiguration); final InitializationScriptWriter initializationScriptWriter = new InitializationScriptWriter( initializationScript); try { initializationScriptWriter .writeToExecutableFile(projectBuildDirectory); } catch (IOException e) { throw new MojoExecutionException(String.format( "Could not create [%s] in [%s]", applicationConfiguration.getScriptName(), projectBuildDirectory), e); } }
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private StringTemplate loadInitScriptTemplate() { String resourceName = "init-script_" + ENVIRONMENT + ".st"; try { InputStream inputStream = new ClassPathResource(resourceName) .getInputStream(); return new StringTemplate(IOUtils.toString(inputStream)); } catch (IOException e) { throw new RuntimeException(e); } }
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public String getDaemonUser() { return daemonUser; }
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public long getDelayInMillis() { return delayInMillis; }
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public String getApplicationName() { return name; }