List of usage examples for java.util LinkedHashMap size
int size();
From source file:jmri.enginedriver.throttle.java
void set_function_labels_and_listeners_for_view(int whichThrottle) { // Log.d("Engine_Driver","starting set_function_labels_and_listeners_for_view"); // // implemented in derived class, but called from this class if (fbs != null) { // if it is null it probably because the Throttle Screen Type does not have Functions Buttons if (fbs[0] != null) { ViewGroup tv; // group ViewGroup r; // row function_button_touch_listener fbtl; Button b; // button int k = 0; // button count LinkedHashMap<Integer, String> function_labels_temp; LinkedHashMap<Integer, Button> functionButtonMap = new LinkedHashMap<>(); tv = fbs[whichThrottle];//from w w w . j a v a 2 s. c o m // note: we make a copy of function_labels_x because TA might change it // while we are using it (causing issues during button update below) function_labels_temp = mainapp.function_labels_default; if (!prefAlwaysUseDefaultFunctionLabels) { //avoid npe if (mainapp.function_labels != null && mainapp.function_labels[whichThrottle] != null && mainapp.function_labels[whichThrottle].size() > 0) { function_labels_temp = new LinkedHashMap<>(mainapp.function_labels[whichThrottle]); } else { if (mainapp.consists != null) { //avoid npe maybe if (mainapp.consists[whichThrottle] != null && !mainapp.consists[whichThrottle].isLeadFromRoster()) { function_labels_temp = mainapp.function_labels_default; } else { function_labels_temp = mainapp.function_labels_default_for_roster; } } } } // put values in array for indexing in next step // to do this ArrayList<Integer> aList = new ArrayList<>(function_labels_temp.keySet()); if (tv != null) { for (int i = 0; i < tv.getChildCount(); i++) { r = (ViewGroup) tv.getChildAt(i); for (int j = 0; j < r.getChildCount(); j++) { b = (Button) r.getChildAt(j); if (k < function_labels_temp.size()) { Integer func = aList.get(k); functionButtonMap.put(func, b); // save function to button // mapping String bt = function_labels_temp.get(func); fbtl = new function_button_touch_listener(func, whichThrottle, bt); b.setOnTouchListener(fbtl); // if ((mainapp.getCurrentTheme().equals(THEME_DEFAULT))) { // bt = bt + " "; // pad with spaces, and limit to 7 characters // b.setText(bt.substring(0, 7)); // } else { bt = bt + " "; // pad with spaces, and limit to 20 characters b.setText(bt.trim()); // } b.setVisibility(View.VISIBLE); b.setEnabled(false); // start out with everything disabled } else { b.setVisibility(View.GONE); } k++; } } } // update the function-to-button map for the current throttle functionMaps[whichThrottle] = functionButtonMap; } } }
From source file:sos.settings.SOSSettingsDialog.java
/** * Dokumentation anzeigen//w ww .ja v a 2 s . co m * * @throws Exception */ private void showDocumentation() throws Exception { this.debug(3, "showDocumentation"); StringBuffer sqlStmt = new StringBuffer( "select \"TITLE\",\"APPLICATION\",\"SECTION\",\"NAME\",\"VALUE\",\"DISPLAY_TYPE\",\"INPUT_TYPE\" from " + this.settings.source); String sqlAnd = " where "; String[] display_type_entries = this.rb.getMessage("sos.settings.dialog.listbox_display_type_entries") .split(";"); String[] input_type_entries = this.rb.getMessage("sos.settings.dialog.listbox_input_type_entries") .split(";"); if (this.settings.section.equals(this.settings.entrySchemaSection)) { this.settings.section = this.settings.entrySchemaSection; } if (!this.settings.application.equals("")) { sqlStmt.append(sqlAnd + " \"" + this.settings.entryApplication + "\" = " + this.dbQuoted(this.settings.application)); sqlAnd = " and "; } if (!this.settings.section.equals("")) { sqlStmt.append( sqlAnd + " \"" + this.settings.entrySection + "\" = " + this.dbQuoted(this.settings.section)); sqlAnd = " and "; } sqlStmt.append(" order by \"" + this.settings.entryApplication + "\",\"" + this.settings.entrySection + "\",\"" + this.settings.entryName + "\""); try { Vector results = this.connection.getArrayAsVector(sqlStmt.toString()); LinkedHashMap applications = new LinkedHashMap(); LinkedHashMap sections = new LinkedHashMap(); LinkedHashMap entries = new LinkedHashMap(); for (Enumeration el = results.elements(); el.hasMoreElements();) { HashMap result = (HashMap) el.nextElement(); if (result.get("application").toString().equals(result.get("section").toString()) && result.get("application").toString().equals(result.get("name").toString())) { applications.put(result.get("application").toString(), result); } else if (result.get("section").toString().equals(result.get("name").toString()) && !result.get("section").toString().equals(result.get("application").toString())) { String key = result.get("application").toString(); LinkedHashMap section = new LinkedHashMap(); if (sections.containsKey(key)) { section = (LinkedHashMap) sections.get(key); } section.put(result.get("section").toString(), result); sections.put(key, section); } else { String appKey = result.get("application").toString(); String secKey = result.get("section").toString(); LinkedHashMap section = new LinkedHashMap(); LinkedHashMap entry = new LinkedHashMap(); if (entries.containsKey(appKey)) { section = (LinkedHashMap) entries.get(appKey); if (section.containsKey(secKey)) { entry = (LinkedHashMap) section.get(secKey); } } entry.put(result.get("name").toString(), result); section.put(secKey, entry); entries.put(appKey, section); } } //out.print(entries); results = null; this.styleBorder = "1\" bgcolor=\"#ffffff\" bordercolorlight=\"#D2D2D2\" bordercolordark=\"#ffffff"; this.showTableBegin(); if (applications.size() != 0) { Iterator appIt = applications.entrySet().iterator(); while (appIt.hasNext()) { Map.Entry application = (Map.Entry) appIt.next(); String app_key = application.getKey().toString(); HashMap app_value = (HashMap) application.getValue(); this.out.println("<tr>"); this.out.println(" <td colspan=\"3\" nowrap style=\"color:#808080;font-weight:bold;\">" + app_value.get("title") + "</td>"); this.out.println(" <td nowrap>" + app_value.get("name") + "</td>"); this.out.println(" <td nowrap> </td>"); this.out.println("</tr>"); if (sections.containsKey(app_key)) { HashMap appSections = (HashMap) sections.get(app_key); Iterator secIt = appSections.entrySet().iterator(); while (secIt.hasNext()) { Map.Entry section = (Map.Entry) secIt.next(); String sec_key = section.getKey().toString(); HashMap sec_value = (HashMap) section.getValue(); if (!sec_value.get("name").toString().equals(this.settings.entrySchemaSection)) { this.out.println("<tr>"); this.out.println(" <td nowrap> </td>"); this.out.println( " <td colspan=\"2\" nowrap style=\"color:#808080;font-weight:bold;\">" + sec_value.get("title") + "</td>"); this.out.println(" <td nowrap>" + sec_value.get("name") + "</td>"); this.out.println(" <td nowrap> </td>"); this.out.println("</tr>"); if (entries.containsKey(app_key)) { HashMap secEntrie = (HashMap) entries.get(app_key); if (secEntrie.containsKey(sec_key)) { HashMap secEntries = (HashMap) secEntrie.get(sec_key); Iterator entIt = secEntries.entrySet().iterator(); while (entIt.hasNext()) { Map.Entry entry = (Map.Entry) entIt.next(); String ent_key = entry.getKey().toString(); HashMap ent_value = (HashMap) entry.getValue(); this.out.println("<tr>"); this.out.println(" <td width=\"20\" nowrap> </td>"); this.out.println(" <td width=\"20\" nowrap> </td>"); this.out.println(" <td width=\"35%\" nowrap valign=\"top\">" + ent_value.get("title") + "</td>"); this.out.println(" <td width=\"10%\" nowrap valign=\"top\">" + ent_value.get("name") + "</td>"); this.out.println(" <td nowrap valign=\"top\">"); if (ent_value.get("input_type").toString().equals("5")) { // long_value this.out.println("[ " + this.rb.getMessage( "sos.settings.dialog.dialog_long_value_title") + " ]"); if (ent_value.get("display_type").toString().equals("4")) { this.out.println(" " + display_type_entries[4]); } } else if (ent_value.get("input_type").toString().equals("6")) { // binary versteckt this.out.println("[ " + input_type_entries[6] + " ]"); } else { if (ent_value.get("display_type").toString().endsWith("3")) { this.out.println("<pre>" + this.htmlSpecialChars( ent_value.get("value").toString()) + "</pre>"); } else { this.out.println( this.htmlSpecialChars(ent_value.get("value").toString()) + " "); } } this.out.println(" </td>"); this.out.println("</tr>"); } } } } } } } } // if applications else if (sections.size() != 0) { try { HashMap application = this.connection.getSingle("select \"TITLE\",\"NAME\" from " + this.settings.source + " where \"" + this.settings.entryApplication + "\" = " + this.dbQuoted(this.settings.application) + " and \"" + this.settings.entrySection + "\" = " + this.dbQuoted(this.settings.application) + " and \"" + this.settings.entryName + "\" = " + this.dbQuoted(this.settings.application)); Iterator secIt = sections.entrySet().iterator(); if (sections.containsKey(this.settings.application)) { HashMap appSections = (HashMap) sections.get(this.settings.application); Iterator secI = appSections.entrySet().iterator(); while (secI.hasNext()) { Map.Entry section = (Map.Entry) secI.next(); String sec_key = section.getKey().toString(); HashMap sec_value = (HashMap) section.getValue(); this.out.println("<tr>"); this.out.println( " <td colspan=\"3\" nowrap style=\"color:#808080;font-weight:bold;\">" + application.get("title") + "</td>"); this.out.println(" <td nowrap>" + application.get("name") + "</td>"); this.out.println(" <td nowrap> </td>"); this.out.println("</tr>"); this.out.println("<tr>"); this.out.println(" <td nowrap> </td>"); this.out.println( " <td colspan=\"2\" nowrap style=\"color:#808080;font-weight:bold;\">" + sec_value.get("title") + "</td>"); this.out.println(" <td nowrap>" + sec_value.get("name") + "</td>"); this.out.println(" <td nowrap> </td>"); this.out.println("</tr>"); if (entries.containsKey(this.settings.application)) { HashMap secEntrie = (HashMap) entries.get(this.settings.application); if (secEntrie.containsKey(sec_key)) { HashMap secEntries = (HashMap) secEntrie.get(sec_key); Iterator entI = secEntries.entrySet().iterator(); while (entI.hasNext()) { Map.Entry entry = (Map.Entry) entI.next(); String ent_key = entry.getKey().toString(); HashMap ent_value = (HashMap) entry.getValue(); this.out.println("<tr>"); this.out.println(" <td width=\"3%\" nowrap> </td>"); this.out.println(" <td width=\"3%\" nowrap> </td>"); this.out.println(" <td width=\"35%\" nowrap valign=\"top\">" + ent_value.get("title") + "</td>"); this.out.println(" <td width=\"10%\" nowrap valign=\"top\">" + ent_value.get("name") + "</td>"); this.out.println(" <td nowrap valign=\"top\">"); if (ent_value.get("input_type").toString().equals("5")) { // long_value this.out.println("[ " + this.rb.getMessage( "sos.settings.dialog.dialog_long_value_title") + " ]"); if (ent_value.get("display_type").toString().equals("4")) { this.out.println(" " + display_type_entries[4]); } } else if (ent_value.get("input_type").toString().equals("6")) { // binary versteckt this.out.println("[ " + input_type_entries[6] + " ]"); } else { if (ent_value.get("display_type").toString().endsWith("3")) { this.out.println("<pre>" + this.htmlSpecialChars(ent_value.get("value").toString()) + "</pre>"); } else { this.out.println( this.htmlSpecialChars(ent_value.get("value").toString())); } } this.out.println(" </td>"); this.out.println("</tr>"); } } } } //out.print(section); } } catch (Exception e) { this.setError(e.getMessage(), SOSClassUtil.getMethodName()); return; } } this.showTableEnd(); } catch (Exception e) { this.setError(e.getMessage(), SOSClassUtil.getMethodName()); return; } }
From source file:sos.settings.SOSSettingsDialog.java
/** * !!! unter Produktion mu nich verwendet werden <br/>Anzeige von aktuellen * Request,Session usw Variablen//from ww w. j a v a 2 s .c o m * * @param request * @param out * @throws IOException */ public void showDevelopmentData(LinkedHashMap requestMultipart) throws Exception { this.out.println( "<div id='div_temp_request' style=\"background-color:#ffffff;width:400px; overflow: auto; POSITION: absolute; Z-INDEX: 20; VISIBILITY: visible; TOP: " + this.divDevelopmentDataTop + "; LEFT: " + this.divDevelopmentDataLeft + "; border:solid 2px #dddddd;\">"); this.out.println("<table width=\"100%\" cellPadding=\"0\" cellSpacing=\"0\">"); this.out.println("<tr>"); this.out.println(" <td colspan=\"2\"><b>action</b> = " + this.action + " <b>range</b> = " + this.range + " <b>item</b> = " + this.item + "</td>"); this.out.println("</tr>"); this.out.println("<tr>"); this.out.println( " <td colspan=\"2\"><b>application</b> = " + this.settings.application + " <b>section</b> = " + this.settings.section + " <b>entry</b> = " + this.settings.entry + "</td>"); this.out.println("</tr>"); this.out.println("<tr><td colspan=\"2\"> </td></tr>"); this.out.println("<tr>"); this.out.println(" <td colspan=\"2\"><b>REQUEST PARAMETER: </b></td>"); this.out.println("</tr>"); this.out.println("<tr>"); this.out.println(" <td>"); this.out.println(" <table width=\"100%\" cellPadding=\"0\" cellSpacing=\"0\">"); Enumeration en = this.request.getParameterNames(); while (en.hasMoreElements()) { String a = (String) en.nextElement(); this.out.println("<tr>"); this.out.println(" <td><b>" + a + "</b></td>"); this.out.println(" <td>" + this.request.getParameter(a) + "</td>"); this.out.println("</tr>"); } this.out.println(" </table>"); this.out.println(" </td>"); this.out.println(" <td> </td>"); this.out.println("</tr>"); this.out.println("<tr><td colspan=\"2\"> </td></tr>"); this.out.println("<tr>"); this.out.println(" <td width=\"50%\"><b>REQUEST ATTRIBUTE</b></td>"); this.out.println(" <td><b>MULTIPART-REQUEST</b></td>"); this.out.println("</tr>"); this.out.println("<tr>"); this.out.println(" <td>"); this.out.println(" <table width=\"100%\" cellPadding=\"0\" cellSpacing=\"0\">"); Enumeration ena = this.request.getAttributeNames(); int r = 0; while (ena.hasMoreElements()) { String a = (String) ena.nextElement(); this.out.println("<tr>"); this.out.println(" <td><b>" + a + "</b></td>"); this.out.println(" <td>" + (String) this.request.getAttribute(a) + "</td>"); this.out.println("</tr>"); r++; } this.out.println(" </table>"); this.out.println(" </td>"); this.out.println(" <td>"); int m = 0; if (requestMultipart != null && requestMultipart.size() > 0) { this.out.println(" <table width=\"100%\" cellPadding=\"0\" cellSpacing=\"0\">"); Iterator it = requestMultipart.entrySet().iterator(); while (it.hasNext()) { Map.Entry entry = (Map.Entry) it.next(); this.out.println("<tr>"); this.out.println(" <td><b>" + (String) entry.getKey() + "</b></td>"); this.out.println(" <td>" + (String) entry.getValue() + "</td>"); this.out.println("</tr>"); m++; } this.out.println(" </table>"); } this.out.println(" </td>"); this.out.println("</tr>"); this.out.println("<tr><td>" + r + "</td><td>" + m + "</td></tr>"); this.out.println("<tr><td colspan=\"2\"> </td></tr>"); this.out.println("<tr>"); this.out.println(" <td colspan=\"2\"><b>Session: </b></td>"); this.out.println("</tr>"); this.out.println("<tr>"); this.out.println(" <td colspan=\"2\"><b>ID = </b>" + this.session.getId() + "</td>"); this.out.println("</tr>"); if (this.request.isRequestedSessionIdFromCookie()) { this.out.println("<tr>"); this.out.println(" <td colspan=\"2\">Session aus Cookie</td>"); this.out.println("</tr>"); } if (this.request.isRequestedSessionIdFromURL()) { this.out.println("<tr>"); this.out.println(" <td colspan=\"2\">Session aus URL</td>"); this.out.println("</tr>"); } this.out.println("<tr>"); this.out.println(" <td colspan=\"2\">"); if (this.session.isNew()) { this.out.print("neue Session"); } else { this.out.print("alte Session"); } this.out.println(" </td>"); this.out.println("</tr>"); Enumeration sessionAttributeNames = this.session.getAttributeNames(); //this.session.setAttribute("SOS 1","SOS value"); //String[] a = {"aa","bb","cc"}; //this.session.setAttribute("SOS 2",a); this.out.println("<tr>"); this.out.println(" <td colspan=\"2\">"); while (sessionAttributeNames.hasMoreElements()) { String sessionAttribute = (String) sessionAttributeNames.nextElement(); Object obj = this.session.getAttribute(sessionAttribute); this.out.print("<b>" + sessionAttribute + "</b> = " + obj + "<br />"); } this.out.println(" </td>"); this.out.println("</tr>"); this.out.println("</table>"); this.out.println("</div>"); }
From source file:org.apache.hadoop.hive.ql.parse.SemanticAnalyzer.java
@SuppressWarnings("nls") private Operator genUnionPlan(String unionalias, String leftalias, Operator leftOp, String rightalias, Operator rightOp) throws SemanticException { // Currently, the unions are not merged - each union has only 2 parents. So, // a n-way union will lead to (n-1) union operators. // This can be easily merged into 1 union RowResolver leftRR = opParseCtx.get(leftOp).getRowResolver(); RowResolver rightRR = opParseCtx.get(rightOp).getRowResolver(); LinkedHashMap<String, ColumnInfo> leftmap = leftRR.getFieldMap(leftalias); LinkedHashMap<String, ColumnInfo> rightmap = rightRR.getFieldMap(rightalias); // make sure the schemas of both sides are the same ASTNode tabref = qb.getAliases().isEmpty() ? null : qb.getParseInfo().getSrcForAlias(qb.getAliases().get(0)); if (leftmap.size() != rightmap.size()) { throw new SemanticException("Schema of both sides of union should match."); }// www . j av a 2 s .c o m RowResolver unionoutRR = new RowResolver(); Iterator<Map.Entry<String, ColumnInfo>> lIter = leftmap.entrySet().iterator(); Iterator<Map.Entry<String, ColumnInfo>> rIter = rightmap.entrySet().iterator(); while (lIter.hasNext()) { Map.Entry<String, ColumnInfo> lEntry = lIter.next(); Map.Entry<String, ColumnInfo> rEntry = rIter.next(); ColumnInfo lInfo = lEntry.getValue(); ColumnInfo rInfo = rEntry.getValue(); String field = lEntry.getKey(); // use left alias (~mysql, postgresql) // try widening conversion, otherwise fail union TypeInfo commonTypeInfo = FunctionRegistry.getCommonClassForUnionAll(lInfo.getType(), rInfo.getType()); if (commonTypeInfo == null) { throw new SemanticException(generateErrorMessage(tabref, "Schema of both sides of union should match: Column " + field + " is of type " + lInfo.getType().getTypeName() + " on first table and type " + rInfo.getType().getTypeName() + " on second table")); } ColumnInfo unionColInfo = new ColumnInfo(lInfo); unionColInfo.setType(commonTypeInfo); unionoutRR.put(unionalias, field, unionColInfo); } // For Spark,TEZ we rely on the generated SelectOperator to do the type casting. // Consider: // SEL_1 (int) SEL_2 (int) SEL_3 (double) // If we first merge SEL_1 and SEL_2 into a UNION_1, and then merge UNION_1 // with SEL_3 to get UNION_2, then no SelectOperator will be inserted. Hence error // will happen afterwards. The solution here is to insert one after UNION_1, which // cast int to double. boolean isMR = HiveConf.getVar(conf, HiveConf.ConfVars.HIVE_EXECUTION_ENGINE).equals("mr"); if (!isMR || !(leftOp instanceof UnionOperator)) { leftOp = genInputSelectForUnion(leftOp, leftmap, leftalias, unionoutRR, unionalias); } if (!isMR || !(rightOp instanceof UnionOperator)) { rightOp = genInputSelectForUnion(rightOp, rightmap, rightalias, unionoutRR, unionalias); } // If one of the children (left or right) is: // (i) a union, or // (ii) an identity projection followed by a union, // merge with it // else create a new one if (leftOp instanceof UnionOperator || (leftOp instanceof SelectOperator && leftOp.getParentOperators() != null && !leftOp.getParentOperators().isEmpty() && leftOp.getParentOperators().get(0) instanceof UnionOperator && ((SelectOperator) leftOp).isIdentitySelect())) { if (!(leftOp instanceof UnionOperator)) { Operator oldChild = leftOp; leftOp = (Operator) leftOp.getParentOperators().get(0); leftOp.removeChildAndAdoptItsChildren(oldChild); } // make left a child of right List<Operator<? extends OperatorDesc>> child = new ArrayList<Operator<? extends OperatorDesc>>(); child.add(leftOp); rightOp.setChildOperators(child); List<Operator<? extends OperatorDesc>> parent = leftOp.getParentOperators(); parent.add(rightOp); UnionDesc uDesc = ((UnionOperator) leftOp).getConf(); uDesc.setNumInputs(uDesc.getNumInputs() + 1); return putOpInsertMap(leftOp, unionoutRR); } if (rightOp instanceof UnionOperator || (rightOp instanceof SelectOperator && rightOp.getParentOperators() != null && !rightOp.getParentOperators().isEmpty() && rightOp.getParentOperators().get(0) instanceof UnionOperator && ((SelectOperator) rightOp).isIdentitySelect())) { if (!(rightOp instanceof UnionOperator)) { Operator oldChild = rightOp; rightOp = (Operator) rightOp.getParentOperators().get(0); rightOp.removeChildAndAdoptItsChildren(oldChild); } // make right a child of left List<Operator<? extends OperatorDesc>> child = new ArrayList<Operator<? extends OperatorDesc>>(); child.add(rightOp); leftOp.setChildOperators(child); List<Operator<? extends OperatorDesc>> parent = rightOp.getParentOperators(); parent.add(leftOp); UnionDesc uDesc = ((UnionOperator) rightOp).getConf(); uDesc.setNumInputs(uDesc.getNumInputs() + 1); return putOpInsertMap(rightOp, unionoutRR); } // Create a new union operator Operator<? extends OperatorDesc> unionforward = OperatorFactory.getAndMakeChild(getOpContext(), new UnionDesc(), new RowSchema(unionoutRR.getColumnInfos())); // set union operator as child of each of leftOp and rightOp List<Operator<? extends OperatorDesc>> child = new ArrayList<Operator<? extends OperatorDesc>>(); child.add(unionforward); rightOp.setChildOperators(child); child = new ArrayList<Operator<? extends OperatorDesc>>(); child.add(unionforward); leftOp.setChildOperators(child); List<Operator<? extends OperatorDesc>> parent = new ArrayList<Operator<? extends OperatorDesc>>(); parent.add(leftOp); parent.add(rightOp); unionforward.setParentOperators(parent); // create operator info list to return return putOpInsertMap(unionforward, unionoutRR); }