List of usage examples for java.util LinkedList get
public E get(int index)
From source file:org.apache.flink.streaming.connectors.kinesis.internals.KinesisDataFetcherTest.java
@Test public void testSkipCorruptedRecord() throws Exception { final String stream = "fakeStream"; final int numShards = 3; final LinkedList<KinesisStreamShardState> testShardStates = new LinkedList<>(); final TestSourceContext<String> sourceContext = new TestSourceContext<>(); final TestableKinesisDataFetcher<String> fetcher = new TestableKinesisDataFetcher<>( Collections.singletonList(stream), sourceContext, TestUtils.getStandardProperties(), new KinesisDeserializationSchemaWrapper<>(new SimpleStringSchema()), 1, 0, new AtomicReference<>(), testShardStates, new HashMap<>(), FakeKinesisBehavioursFactory .nonReshardedStreamsBehaviour(Collections.singletonMap(stream, numShards))); // FlinkKinesisConsumer is responsible for setting up the fetcher before it can be run; // run the consumer until it reaches the point where the fetcher starts to run final DummyFlinkKinesisConsumer<String> consumer = new DummyFlinkKinesisConsumer<>( TestUtils.getStandardProperties(), fetcher, 1, 0); CheckedThread consumerThread = new CheckedThread() { @Override/*from www. ja va2 s.co m*/ public void go() throws Exception { consumer.run(new TestSourceContext<>()); } }; consumerThread.start(); fetcher.waitUntilRun(); consumer.cancel(); consumerThread.sync(); assertEquals(numShards, testShardStates.size()); for (int i = 0; i < numShards; i++) { fetcher.emitRecordAndUpdateState("record-" + i, 10L, i, new SequenceNumber("seq-num-1")); assertEquals(new SequenceNumber("seq-num-1"), testShardStates.get(i).getLastProcessedSequenceNum()); assertEquals(new StreamRecord<>("record-" + i, 10L), sourceContext.removeLatestOutput()); } // emitting a null (i.e., a corrupt record) should not produce any output, but still have the shard state updated fetcher.emitRecordAndUpdateState(null, 10L, 1, new SequenceNumber("seq-num-2")); assertEquals(new SequenceNumber("seq-num-2"), testShardStates.get(1).getLastProcessedSequenceNum()); assertEquals(null, sourceContext.removeLatestOutput()); // no output should have been collected }
From source file:com.ibm.jaggr.service.impl.modulebuilder.css.CSSModuleBuilder.java
/** * Minifies a CSS string by removing comments and excess white-space, as well as * some unneeded tokens./*from w w w .ja va2 s .c o m*/ * * @param css The contents of a CSS file as a String * @param uri The URI for the CSS file * @return */ protected String minify(String css, IResource res) { // replace all quoted strings and url(...) patterns with unique ids so that // they won't be affected by whitespace removal. LinkedList<String> quotedStringReplacements = new LinkedList<String>(); Matcher m = quotedStringPattern.matcher(css); StringBuffer sb = new StringBuffer(); int i = 0; while (m.find()) { String text = (m.group(1) != null) ? ("url(" + StringUtils.trim(m.group(1)) + ")") : //$NON-NLS-1$ //$NON-NLS-2$ m.group(0); quotedStringReplacements.add(i, text); String replacement = "%%" + QUOTED_STRING_MARKER + (i++) + "__%%"; //$NON-NLS-1$ //$NON-NLS-2$ m.appendReplacement(sb, ""); //$NON-NLS-1$ sb.append(replacement); } m.appendTail(sb); css = sb.toString(); // Get rid of extra whitespace css = whitespacePattern.matcher(css).replaceAll(" "); //$NON-NLS-1$ css = endsPattern.matcher(css).replaceAll(""); //$NON-NLS-1$ css = closeBracePattern.matcher(css).replaceAll("}"); //$NON-NLS-1$ m = delimitersPattern.matcher(css); sb = new StringBuffer(); while (m.find()) { String text = m.group(1); m.appendReplacement(sb, ""); //$NON-NLS-1$ sb.append(text.length() == 1 ? text : text.replace(" ", "")); //$NON-NLS-1$ //$NON-NLS-2$ } m.appendTail(sb); css = sb.toString(); // restore quoted strings and url(...) patterns m = QUOTED_STRING_MARKER_PAT.matcher(css); sb = new StringBuffer(); while (m.find()) { i = Integer.parseInt(m.group(1)); m.appendReplacement(sb, ""); //$NON-NLS-1$ sb.append(quotedStringReplacements.get(i)); } m.appendTail(sb); css = sb.toString(); return css.toString(); }
From source file:com.ibm.bi.dml.runtime.controlprogram.parfor.opt.PerfTestTool.java
/** * /* w w w . ja v a2s .c o m*/ * @param dirname * @return * @throws IOException * @throws DMLUnsupportedOperationException */ @SuppressWarnings("all") private static HashMap<Integer, Long> writeResults(String dirname) throws IOException, DMLUnsupportedOperationException { HashMap<Integer, Long> map = new HashMap<Integer, Long>(); int count = 1; int offset = (MODEL_INTERCEPT ? 1 : 0); int cols = MODEL_MAX_ORDER + offset; for (Entry<Integer, HashMap<Integer, LinkedList<Double>>> inst : _results.entrySet()) { int instID = inst.getKey(); HashMap<Integer, LinkedList<Double>> instCF = inst.getValue(); for (Entry<Integer, LinkedList<Double>> cfun : instCF.entrySet()) { int tDefID = cfun.getKey(); long ID = IDHandler.concatIntIDsToLong(instID, tDefID); LinkedList<Double> dmeasure = cfun.getValue(); PerfTestDef def = _regTestDef.get(tDefID); LinkedList<Double> dvariable = generateSequence(def.getMin(), def.getMax(), NUM_SAMPLES_PER_TEST); int dlen = dvariable.size(); int plen = def.getInternalVariables().length; //write variable data set CSVWriter writer1 = new CSVWriter(new FileWriter(dirname + count + "_in1.csv"), ',', CSVWriter.NO_QUOTE_CHARACTER); if (plen == 1) //one dimensional function { //write 1, x, x^2, x^3, ... String[] sbuff = new String[cols]; for (Double val : dvariable) { for (int j = 0; j < cols; j++) sbuff[j] = String.valueOf(Math.pow(val, j + 1 - offset)); writer1.writeNext(sbuff); } } else // multi-dimensional function { //write 1, x,y,z,x^2,y^2,z^2, xy, xz, yz, xyz String[] sbuff = new String[(int) Math.pow(2, plen) - 1 + plen + offset - 1]; //String[] sbuff = new String[plen+offset]; if (offset == 1) sbuff[0] = "1"; //init index stack int[] index = new int[plen]; for (int i = 0; i < plen; i++) index[i] = 0; //execute test double[] buff = new double[plen]; while (index[0] < dlen) { //set buffer values for (int i = 0; i < plen; i++) buff[i] = dvariable.get(index[i]); //core writing for (int i = 1; i <= plen; i++) { if (i == 1) { for (int j = 0; j < plen; j++) sbuff[offset + j] = String.valueOf(buff[j]); for (int j = 0; j < plen; j++) sbuff[offset + plen + j] = String.valueOf(Math.pow(buff[j], 2)); } else if (i == 2) { int ix = 0; for (int j = 0; j < plen - 1; j++) for (int k = j + 1; k < plen; k++, ix++) sbuff[offset + 2 * plen + ix] = String.valueOf(buff[j] * buff[k]); } else if (i == plen) { //double tmp=1; //for( int j=0; j<plen; j++ ) // tmp *= buff[j]; //sbuff[offset+2*plen+plen*(plen-1)/2] = String.valueOf(tmp); } else throw new DMLUnsupportedOperationException( "More than 3 dims currently not supported."); } //for( int i=0; i<plen; i++ ) // sbuff[offset+i] = String.valueOf( buff[i] ); writer1.writeNext(sbuff); //increment indexes for (int i = plen - 1; i >= 0; i--) { if (i == plen - 1) index[i]++; else if (index[i + 1] >= dlen) { index[i]++; index[i + 1] = 0; } } } } writer1.close(); //write measure data set CSVWriter writer2 = new CSVWriter(new FileWriter(dirname + count + "_in2.csv"), ',', CSVWriter.NO_QUOTE_CHARACTER); String[] buff2 = new String[1]; for (Double val : dmeasure) { buff2[0] = String.valueOf(val); writer2.writeNext(buff2); } writer2.close(); map.put(count, ID); count++; } } return map; }
From source file:util.method.java
public static AbstractOrbacPolicy generateOrBACPolicyFromVMandHostPolicy(LinkedList VMPolicyList, LinkedList<VM> VMList, LinkedList HOSTPolicyList, LinkedList<HOST> HOSTList) throws COrbacException { COrbacCore core = COrbacCore.GetTheInstance(); // create new policy using the Jena implementation AbstractOrbacPolicy p = core.CreatePolicy("policy1", XmlOrbacPolicy.class); // add some abstract entities to the policy // add an organization p.CreateOrganization("superCloud"); String currentOrganization = "superCloud"; String currentActivity = "myActivity"; String currentContext = "default_context"; p.CreateActivityAndInsertIntoOrg(currentActivity, "superCloud"); p.Consider("superCloud", "deploy", currentActivity); p.AddAction("deploy"); LinkedList<String> VMIDMemoryList = new LinkedList<String>(); LinkedList<String> HOSTIDMemoryList = new LinkedList<String>(); /*Generate OrBAC policy from VM List */ for (int i = 0; i < VMPolicyList.size(); i++) { String currentRole = "Role_Permission_" + i; String currentView = "View_Permission_" + i; String currentRuleID = "Permission_" + i; p.CreateRoleAndInsertIntoOrg(currentRole, currentOrganization); p.CreateViewAndInsertIntoOrg(currentView, currentOrganization); //System.out.println("---------------currentRuleID"+currentRuleID); p.AbstractPermission("superCloud", currentRole, currentActivity, currentView, currentContext, currentRuleID);/*ww w . ja v a 2 s .c om*/ ArrayList currentVMRule = (ArrayList) VMPolicyList.get(i); String policyType = (String) currentVMRule.get(0); HashMap HOSTProperty = (HashMap) currentVMRule.get(1); HashMap VMProperty = (HashMap) currentVMRule.get(2); if (policyType.equals("permission")) { LinkedList<String> VMIDList = findRelatedVMID(VMProperty, VMList); LinkedList<String> HOSTIDList = findRelatedHOSTID(HOSTProperty, HOSTList); if ((VMIDList.size() == 0) || (HOSTIDList.size() == 0)) return null; //p.AbstractPermission ("superCloud",currentRole,currentActivity,currentView,currentContext,currentRuleID); for (int j = 0; j < VMIDList.size(); j++) { //System.out.print("----------- hahaha This is J"+j); //System.out.print("----------- HOSTLIST size"+HOSTList.size()); for (int k = 0; k < HOSTIDList.size(); k++) { // System.out.print("----------- hahaha This is K"+k); String currentVMID = VMIDList.get(j); String currentHOSTID = HOSTIDList.get(k); //System.out.println("---------------currentHOSTID"+currentHOSTID); //System.out.println("\n---------------currentVMID"+currentVMID); if (!HOSTIDMemoryList.contains(currentHOSTID)) { p.AddSubject(currentHOSTID); HOSTIDMemoryList.add(currentHOSTID); } if (!VMIDMemoryList.contains(currentVMID)) { p.AddObject(currentVMID); VMIDMemoryList.add(currentVMID); } p.Empower(currentOrganization, currentHOSTID, currentRole); p.Use(currentOrganization, currentVMID, currentView); } } } } /*Generate OrBAC policy from HOST List */ for (int j1 = 0; j1 < HOSTPolicyList.size(); j1++) { String currentRole = "Role_Prohibition_" + j1; String currentView = "View_Prohibition_" + j1; String currentRuleID = "Prohibition_" + j1; p.CreateRoleAndInsertIntoOrg(currentRole, currentOrganization); p.CreateViewAndInsertIntoOrg(currentView, currentOrganization); p.AbstractProhibition(currentOrganization, currentRole, currentActivity, currentView, currentContext, currentRuleID); ArrayList currentHOSTRule = (ArrayList) HOSTPolicyList.get(j1); String policyType = (String) currentHOSTRule.get(0); HashMap HOSTProperty = (HashMap) currentHOSTRule.get(1); HashMap VMProperty = (HashMap) currentHOSTRule.get(2); if (policyType.equals("prohibition")) { LinkedList<String> VMIDList = findRelatedVMID(VMProperty, VMList); LinkedList<String> HOSTIDList = findRelatedHOSTID(HOSTProperty, HOSTList); // p.AbstractProhibition ("superCloud",currentRole,currentActivity,currentView,currentContext,currentRuleID); for (int j2 = 0; j2 < VMIDList.size(); j2++) for (int k2 = 0; k2 < HOSTIDList.size(); k2++) { String currentHOSTID = HOSTIDList.get(k2); String currentVMID = VMIDList.get(j2); if (!HOSTIDMemoryList.contains(currentHOSTID)) { p.AddSubject(currentHOSTID); HOSTIDMemoryList.add(currentHOSTID); } if (!VMIDMemoryList.contains(currentVMID)) { p.AddSubject(currentVMID); VMIDMemoryList.add(currentVMID); } p.Empower(currentOrganization, currentHOSTID, currentRole); p.Use(currentOrganization, currentVMID, currentView); } } } return p; }
From source file:edu.harvard.iq.dvn.ingest.dsb.impl.DvnRJobRequest.java
public List<List<String>> getValueRange(String tkn) { dbgLog.fine("received token=" + tkn); String step0 = StringUtils.strip(tkn); dbgLog.fine("step0=" + step0); // string into tokens String[] step1raw = step0.split(","); dbgLog.fine("step1raw=" + StringUtils.join(step1raw, ",")); // remove meaningless commas if exist List<String> step1 = new ArrayList<String>(); for (String el : step1raw) { if (!el.equals("")) { step1.add(el);/*from w ww. java 2s . com*/ } } dbgLog.fine("step1=" + StringUtils.join(step1, ",")); List<List<String>> rangeData = new ArrayList<List<String>>(); // for each token, check the range operator for (int i = 0; i < step1.size(); i++) { LinkedList<String> tmp = new LinkedList<String>( Arrays.asList(String2StringArray(String.valueOf(step1.get(i))))); Map<String, String> token = new HashMap<String, String>(); boolean rangeMode = false; // .get(i) below CAN'T possibly be right (??) -- replacing // it with .get(0). -- L.A., v3.6 //if ((!tmp.get(i).equals("[")) && (!tmp.get(i).equals("("))){ if ((!tmp.get(0).equals("[")) && (!tmp.get(0).equals("("))) { // no LHS range operator // assume [ token.put("start", "3"); } else if (tmp.get(0).equals("[")) { rangeMode = true; token.put("start", "3"); tmp.removeFirst(); } else if (tmp.get(0).equals("(")) { rangeMode = true; token.put("start", "5"); tmp.removeFirst(); } if ((!tmp.getLast().equals("]")) && (!tmp.getLast().equals(")"))) { // no RHS range operator // assume ] token.put("end", "4"); } else if (tmp.getLast().equals("]")) { rangeMode = true; tmp.removeLast(); token.put("end", "4"); } else if (tmp.getLast().equals(")")) { rangeMode = true; tmp.removeLast(); token.put("end", "6"); } // I'm now enforcing the following rules: // the "rangeMode" above - a range must have at least one range // operator, a square bracket or parenthesis, on one end, at // least; i.e., either on the left, or on the right. // If there are no range operators, even if there are dashes // inside the token, they are not going to be interpreted as // range definitions. // still TODO: (possibly?) add more validation; figure out how // to encode *date* ranges ("-" is not optimal, since dates already // contain dashes... although, since dates are (supposed to be) // normalized it should still be possible to parse it unambiguously) // -- L.A., v3.6 if (rangeMode) { // after these steps, the string does not have range operators; // i.e., '-9--3', '--9', '-9-','-9', '-1-1', '1', '3-4', '6-' if ((tmp.get(0).equals("!")) && (tmp.get(1).equals("="))) { // != negation string is found token.put("start", "2"); token.put("end", ""); token.put("v1", StringUtils.join(tmp.subList(2, tmp.size()), "")); token.put("v2", ""); dbgLog.fine("value=" + StringUtils.join(tmp.subList(2, tmp.size()), ",")); } else if ((tmp.get(0).equals("-")) && (tmp.get(1).equals("-"))) { // type 2: --9 token.put("v1", ""); tmp.removeFirst(); token.put("v2", StringUtils.join(tmp, "")); } else if ((tmp.get(0).equals("-")) && (tmp.getLast().equals("-"))) { // type 3: -9- token.put("v2", ""); tmp.removeLast(); token.put("v1", StringUtils.join(tmp, "")); } else if ((!tmp.get(0).equals("-")) && (tmp.getLast().equals("-"))) { // type 8: 6- token.put("v2", ""); tmp.removeLast(); token.put("v1", StringUtils.join(tmp, "")); } else { int count = 0; List<Integer> index = new ArrayList<Integer>(); for (int j = 0; j < tmp.size(); j++) { if (tmp.get(j).equals("-")) { count++; index.add(j); } } if (count >= 2) { // range type // divide the second hyphen // types 1 and 5: -9--3, -1-1 // token.put("v1", StringUtils.join(tmp[0..($index[1]-1)],"" )); token.put("v2", StringUtils.join(tmp.subList((index.get(1) + 1), tmp.size()), "")); } else if (count == 1) { if (tmp.get(0).equals("-")) { // point negative type // type 4: -9 or -inf,9 // do nothing if ((token.get("start").equals("5")) && ((token.get("end").equals("6")) || (token.get("end").equals("4")))) { token.put("v1", ""); tmp.removeFirst(); token.put("v2", StringUtils.join(tmp, "")); } else { token.put("v1", StringUtils.join(tmp, "")); token.put("v2", StringUtils.join(tmp, "")); } } else { // type 7: 3-4 // both positive value and range type String[] vset = (StringUtils.join(tmp, "")).split("-"); token.put("v1", vset[0]); token.put("v2", vset[1]); } } else { // type 6: 1 token.put("v1", StringUtils.join(tmp, "")); token.put("v2", StringUtils.join(tmp, "")); } } } else { // assume that this is NOT a range; treat the entire sequence // of symbols as a single token: // type 6: 1 token.put("v1", StringUtils.join(tmp, "")); token.put("v2", StringUtils.join(tmp, "")); } dbgLog.fine(i + "-th result=" + token.get("start") + "|" + token.get("v1") + "|" + token.get("end") + "|" + token.get("v2")); List<String> rangeSet = new ArrayList<String>(); rangeSet.add(token.get("start")); rangeSet.add(token.get("v1")); rangeSet.add(token.get("end")); rangeSet.add(token.get("v2")); rangeData.add(rangeSet); } dbgLog.fine("rangeData:\n" + rangeData); return rangeData; }
From source file:au.edu.ausstage.networks.SearchManager.java
/** * A method to undertake a collaborator search * * @param query the name of the collaborator * @param formatType the type of data format for the response * @param sortType the type of sort to undertake on the data * @param limit the maximum number of collaborators to return * * @return the results of the search *///from www.ja va2 s. co m public String doCollaboratorSearch(String query, String formatType, String sortType, int limit) { // double check the parameters if (InputUtils.isValid(query) == false || InputUtils.isValid(formatType) == false || InputUtils.isValid(sortType) == false) { throw new IllegalArgumentException("All of the parameters for this method are required"); } // define a Tree Set to store the results java.util.LinkedList<Collaborator> collaborators = new java.util.LinkedList<Collaborator>(); // define other helper variables QuerySolution row = null; Collaborator collaborator = null; boolean underLimit = true; int resultCount = 0; // define the base sparql query String sparqlQuery = "PREFIX foaf: <" + FOAF.NS + ">" + "PREFIX ausestage: <" + AuseStage.NS + "> " + "SELECT ?collaborator ?familyName ?givenName ?function ?collaboratorCount " + "WHERE { " + " ?collaborator a foaf:Person; " + " foaf:familyName ?familyName; " + " foaf:givenName ?givenName; " + " foaf:name ?name; " + " ausestage:collaboratorCount ?collaboratorCount; " + " ausestage:function ?function. " + " FILTER regex(?name, \"" + query + "\", \"i\") " + "}"; // define the ordering of the result set if (sortType.equals("name") == true) { sparqlQuery += " ORDER BY ?familyName ?givenName "; } else if (sortType.equals("id") == true) { // TODO implement the use of a custom function for ordering } //debug code System.out.println("###" + sparqlQuery + "###"); // execute the query ResultSet results = database.executeSparqlQuery(sparqlQuery); // build the dataset // use a numeric sort order while (results.hasNext() && underLimit) { // loop though the resulset // get a new row of data row = results.nextSolution(); // instantiate a collaborator object collaborator = new Collaborator(AusStageURI.getId(row.get("collaborator").toString())); // check to see if the list contains this collaborator if (collaborators.indexOf(collaborator) != -1) { // collaborator is already in the list collaborator = collaborators.get(collaborators.indexOf(collaborator)); // update the function collaborator.setFunction(row.get("function").toString()); } else { // collaborator is not on the list // have we reached the limit yet if (resultCount <= limit) { // increment the count resultCount++; // get the name collaborator.setGivenName(row.get("givenName").toString()); collaborator.setFamilyName(row.get("familyName").toString(), true); // get the collaboration count collaborator .setCollaborations(Integer.toString(row.get("collaboratorCount").asLiteral().getInt())); // add the url collaborator.setUrl(AusStageURI.getURL(row.get("collaborator").toString())); // add the function collaborator.setFunction(row.get("function").toString()); collaborators.add(collaborator); } else { // limit reached so stop the loop underLimit = false; } } } // play nice and tidy up database.tidyUp(); // define a variable to store the data String dataString = null; if (formatType.equals("html") == true) { dataString = createHTMLOutput(collaborators); } else if (formatType.equals("xml") == true) { dataString = createXMLOutput(collaborators); } else if (formatType.equals("json") == true) { dataString = createJSONOutput(collaborators); } // return the data return dataString; }
From source file:util.method.java
public static AbstractOrbacPolicy generateOrBACPolicyFromVMandHostPolicy(LinkedList VMPolicyList, LinkedList<VM> VMList, LinkedList HOSTPolicyList, LinkedList<HOST> HOSTList, int VMNumber, int HOSTNumber) throws COrbacException { COrbacCore core = COrbacCore.GetTheInstance(); // create new policy using the Jena implementation AbstractOrbacPolicy p = core.CreatePolicy("policy" + VMNumber + HOSTNumber, XmlOrbacPolicy.class); // add some abstract entities to the policy // add an organization p.CreateOrganization("superCloud"); String currentOrganization = "superCloud"; String currentActivity = "myActivity"; String currentContext = "default_context"; p.CreateActivityAndInsertIntoOrg(currentActivity, "superCloud"); p.Consider("superCloud", "deploy", currentActivity); p.AddAction("deploy"); LinkedList<String> VMIDMemoryList = new LinkedList<String>(); LinkedList<String> HOSTIDMemoryList = new LinkedList<String>(); /*Generate OrBAC policy from VM List */ for (int i = 0; i < VMPolicyList.size(); i++) { String currentRole = "Role_Permission_" + i; String currentView = "View_Permission_" + i; String currentRuleID = "Permission_" + i; p.CreateRoleAndInsertIntoOrg(currentRole, currentOrganization); p.CreateViewAndInsertIntoOrg(currentView, currentOrganization); //System.out.println("---------------currentRuleID"+currentRuleID); p.AbstractPermission("superCloud", currentRole, currentActivity, currentView, currentContext, currentRuleID);// w w w . j av a 2 s. com ArrayList currentVMRule = (ArrayList) VMPolicyList.get(i); String policyType = (String) currentVMRule.get(0); HashMap HOSTProperty = (HashMap) currentVMRule.get(1); HashMap VMProperty = (HashMap) currentVMRule.get(2); if (policyType.equals("permission")) { LinkedList<String> VMIDList = findRelatedVMID(VMProperty, VMList); LinkedList<String> HOSTIDList = findRelatedHOSTID(HOSTProperty, HOSTList); if ((VMIDList.size() == 0) || (HOSTIDList.size() == 0)) return null; //p.AbstractPermission ("superCloud",currentRole,currentActivity,currentView,currentContext,currentRuleID); for (int j = 0; j < VMIDList.size(); j++) { //System.out.print("----------- hahaha This is J"+j); //System.out.print("----------- HOSTLIST size"+HOSTList.size()); for (int k = 0; k < HOSTIDList.size(); k++) { // System.out.print("----------- hahaha This is K"+k); String currentVMID = VMIDList.get(j); String currentHOSTID = HOSTIDList.get(k); //System.out.println("---------------currentHOSTID"+currentHOSTID); //System.out.println("\n---------------currentVMID"+currentVMID); if (!HOSTIDMemoryList.contains(currentHOSTID)) { p.AddSubject(currentHOSTID); HOSTIDMemoryList.add(currentHOSTID); } if (!VMIDMemoryList.contains(currentVMID)) { p.AddObject(currentVMID); VMIDMemoryList.add(currentVMID); } p.Empower(currentOrganization, currentHOSTID, currentRole); p.Use(currentOrganization, currentVMID, currentView); } } } } /*Generate OrBAC policy from HOST List */ for (int j1 = 0; j1 < HOSTPolicyList.size(); j1++) { String currentRole = "Role_Prohibition_" + j1; String currentView = "View_Prohibition_" + j1; String currentRuleID = "Prohibition_" + j1; p.CreateRoleAndInsertIntoOrg(currentRole, currentOrganization); p.CreateViewAndInsertIntoOrg(currentView, currentOrganization); p.AbstractProhibition(currentOrganization, currentRole, currentActivity, currentView, currentContext, currentRuleID); ArrayList currentHOSTRule = (ArrayList) HOSTPolicyList.get(j1); String policyType = (String) currentHOSTRule.get(0); HashMap HOSTProperty = (HashMap) currentHOSTRule.get(1); HashMap VMProperty = (HashMap) currentHOSTRule.get(2); if (policyType.equals("prohibition")) { LinkedList<String> VMIDList = findRelatedVMID(VMProperty, VMList); LinkedList<String> HOSTIDList = findRelatedHOSTID(HOSTProperty, HOSTList); // p.AbstractProhibition ("superCloud",currentRole,currentActivity,currentView,currentContext,currentRuleID); for (int j2 = 0; j2 < VMIDList.size(); j2++) for (int k2 = 0; k2 < HOSTIDList.size(); k2++) { String currentHOSTID = HOSTIDList.get(k2); String currentVMID = VMIDList.get(j2); if (!HOSTIDMemoryList.contains(currentHOSTID)) { p.AddSubject(currentHOSTID); HOSTIDMemoryList.add(currentHOSTID); } if (!VMIDMemoryList.contains(currentVMID)) { p.AddSubject(currentVMID); VMIDMemoryList.add(currentVMID); } p.Empower(currentOrganization, currentHOSTID, currentRole); p.Use(currentOrganization, currentVMID, currentView); } } } return p; }
From source file:es.emergya.ui.plugins.admin.aux1.SummaryAction.java
private void reorder(int inicio, int fin) { boolean sentido = inicio < fin; LinkedList<Object> aSubir = new LinkedList<Object>(); LinkedList<Object> resultado = new LinkedList<Object>(); for (Object o : right.getSelectedValues()) { aSubir.add(o);//from www. ja v a2 s .c o m } final DefaultListModel defaultListModel = (DefaultListModel) right.getModel(); if (log.isTraceEnabled()) { log.trace("Elementos seleccionados:"); for (Object o : aSubir) { log.trace(o + " " + o.getClass()); } } for (int i = inicio; (sentido ? i <= fin : fin <= i); i = (sentido ? i + 1 : i - 1)) { Object o = defaultListModel.get(i); if (aSubir.contains(o) && i != inicio) { Object siguiente = resultado.pollLast(); log.trace("Cambiamos " + o + " por " + siguiente); resultado.add(o); resultado.add(siguiente); } else { log.trace("Aadimos " + o); resultado.add(o); } } ((DefaultListModel) right.getModel()).removeAllElements(); log.trace("Nueva lista: "); int inicio2 = (sentido ? 0 : resultado.size() - 1); int fin2 = (sentido ? resultado.size() - 1 : 0); for (int i = inicio2; (sentido ? i <= fin2 : fin2 <= i); i = (sentido ? i + 1 : i - 1)) { Object o = resultado.get(i); log.trace("Nueva lista >" + o); ((DefaultListModel) right.getModel()).addElement(o); } int seleccion[] = new int[aSubir.size()]; int k = 0; for (Integer i = 0; i < right.getModel().getSize(); i++) { if (aSubir.contains(right.getModel().getElementAt(i))) { seleccion[k++] = i; } } right.setSelectedIndices(seleccion); right.updateUI(); }
From source file:com.ibm.jaggr.core.impl.modulebuilder.css.CSSModuleBuilder.java
/** * Minifies a CSS string by removing comments and excess white-space, as well as * some unneeded tokens./* w w w .j a va2s .c o m*/ * * @param css The contents of a CSS file as a String * @param res The resource for the CSS file * @return the minified css */ protected String minify(String css, IResource res) { // replace all quoted strings and url(...) patterns with unique ids so that // they won't be affected by whitespace removal. LinkedList<String> quotedStringReplacements = new LinkedList<String>(); Matcher m = quotedStringPattern.matcher(css); StringBuffer sb = new StringBuffer(); int i = 0; while (m.find()) { String text = (m.group(1) != null) ? ("url(" + StringUtils.trim(m.group(1)) + ")") : //$NON-NLS-1$ //$NON-NLS-2$ m.group(0); quotedStringReplacements.add(i, text); String replacement = "%%" + QUOTED_STRING_MARKER + (i++) + "__%%"; //$NON-NLS-1$ //$NON-NLS-2$ m.appendReplacement(sb, ""); //$NON-NLS-1$ sb.append(replacement); } m.appendTail(sb); css = sb.toString(); // Get rid of extra whitespace css = whitespacePattern.matcher(css).replaceAll(" "); //$NON-NLS-1$ css = endsPattern.matcher(css).replaceAll(""); //$NON-NLS-1$ css = closeBracePattern.matcher(css).replaceAll("}"); //$NON-NLS-1$ m = delimitersPattern.matcher(css); sb = new StringBuffer(); while (m.find()) { String text = m.group(1); m.appendReplacement(sb, ""); //$NON-NLS-1$ sb.append(text.length() == 1 ? text : text.replace(" ", "")); //$NON-NLS-1$ //$NON-NLS-2$ } m.appendTail(sb); css = sb.toString(); // restore quoted strings and url(...) patterns m = QUOTED_STRING_MARKER_PAT.matcher(css); sb = new StringBuffer(); while (m.find()) { i = Integer.parseInt(m.group(1)); m.appendReplacement(sb, ""); //$NON-NLS-1$ sb.append(quotedStringReplacements.get(i)); } m.appendTail(sb); css = sb.toString(); return css.toString(); }
From source file:util.method.java
public static LinkedList<HOST> readHostFileAndGenerateHOSTList(String fileNames) throws IOException, ParseException { ArrayList fileNameList = readContractListFromFile(fileNames); JSONParser parser = new JSONParser(); LinkedList<HOST> HOSTList = new LinkedList<HOST>(); for (int k = 0; k < fileNameList.size(); k++) { String fileName = (String) fileNameList.get(k); /*Read file and store in file related format*/ Object obj = parser.parse(new FileReader(fileName)); JSONObject jsonObject = (JSONObject) obj; String ID = (String) jsonObject.get("name"); HashMap<String, Integer> serviceDescription = (HashMap) jsonObject.get("serviceDescription"); //method.printHashMap(serviceDescription); HashMap gauranteeTerm = (HashMap) jsonObject.get("gauranteeTerm"); // method.printHashMap(gauranteeTerm); //ArrayList creationConstraint=(ArrayList) jsonObject.get("creationConstraint"); //method.printArrayList(creationConstraint); /*Extract information and put it into VMlist*/ /*1. Servcie Description*/ Iterator iter1 = serviceDescription.entrySet().iterator(); while (iter1.hasNext()) { HashMap.Entry entry = (HashMap.Entry) iter1.next(); Object key = entry.getKey(); try { float value = Float.parseFloat((String) entry.getValue()); if (HOSTList.size() == 0) { HOST newHOST = new HOST(ID, new HashMap(), new HashMap()); newHOST.addServiceDescription((String) key, value); HOSTList.add(newHOST); }/*from ww w. j a v a 2 s . c om*/ boolean find = false; for (int i = 0; i < HOSTList.size(); i++) { HOST currentHOST = HOSTList.get(i); if (currentHOST.getID().equals(ID)) { currentHOST.addServiceDescription((String) key, value); find = true; } } if (find == false) { HOST newHOST = new HOST(ID, new HashMap(), new HashMap()); newHOST.addServiceDescription((String) key, value); HOSTList.add(newHOST); } // is an integer! } catch (NumberFormatException e) { // not an integer! String value = (String) entry.getValue(); if (HOSTList.size() == 0) { HOST newHOST = new HOST(ID, new HashMap(), new HashMap()); newHOST.addServiceDescription((String) key, value); HOSTList.add(newHOST); } boolean find = false; for (int i = 0; i < HOSTList.size(); i++) { HOST currentHOST = HOSTList.get(i); if (currentHOST.getID().equals(ID)) { currentHOST.addServiceDescription((String) key, value); find = true; } } if (find == false) { HOST newHOST = new HOST(ID, new HashMap(), new HashMap()); newHOST.addServiceDescription((String) key, value); HOSTList.add(newHOST); } } /*2 Gaurantee term*/ Iterator iter2 = gauranteeTerm.entrySet().iterator(); while (iter2.hasNext()) { HashMap.Entry entry2 = (HashMap.Entry) iter2.next(); Object key2 = entry2.getKey(); Object value2 = entry2.getValue(); if (HOSTList.size() == 0) { HOST newHOST = new HOST(ID, new HashMap(), new HashMap()); newHOST.addGauranteeTerm((String) key2, (String) value2); } boolean find2 = false; for (int i = 0; i < HOSTList.size(); i++) { HOST currentHOST = HOSTList.get(i); if (currentHOST.getID().equals(ID)) currentHOST.addGauranteeTerm((String) key2, (String) value2); find2 = true; } if (find2 == false) { HOST newHOST = new HOST(ID, new HashMap(), new HashMap()); newHOST.addGauranteeTerm((String) key2, (String) value2); } } } } return HOSTList; }