List of usage examples for java.lang Integer toBinaryString
public static String toBinaryString(int i)
From source file:uk.bl.wa.util.Normalisation.java
private static String escapeUTF8(final byte[] utf8, boolean escapeHighOrder, boolean normaliseLowOrder) { ByteArrayOutputStream sb = new ByteArrayOutputStream(utf8.length * 2); int i = 0;/*from ww w. java 2 s . c o m*/ boolean paramSection = false; // Affects handling of space and plus while (i < utf8.length) { int c = 0xFF & utf8[i]; paramSection |= c == '?'; if (paramSection && c == ' ') { // In parameters, space becomes plus sb.write(0xFF & '+'); } else if (c == '%') { int codePoint = Integer.parseInt("" + (char) utf8[i + 1] + (char) utf8[i + 2], 16); if (paramSection && codePoint == ' ') { // In parameters, space becomes plus sb.write(0xFF & '+'); } else if (mustEscape(codePoint) || keepEscape(codePoint) || !normaliseLowOrder) { // Pass on unmodified hexEscape(codePoint, sb); } else { // Normalise to ASCII sb.write(0xFF & codePoint); } i += 2; } else if ((0b10000000 & c) == 0) { // ASCII if (mustEscape(c)) { hexEscape(c, sb); } else { sb.write(0xFF & c); } } else if ((0b11000000 & c) == 0b10000000) { // Non-first UTF-8 byte as first byte hexEscape(c, sb); } else if ((0b11100000 & c) == 0b11000000) { // 2 byte UTF-8 if (i >= utf8.length - 1 || (0b11000000 & utf8[i + 1]) != 0b10000000) { // No byte or wrong byte follows hexEscape(c, sb); } else if (escapeHighOrder) { hexEscape(0xff & utf8[i++], sb); hexEscape(0xff & utf8[i], sb); } else { sb.write(utf8[i++]); sb.write(utf8[i]); } } else if ((0b11110000 & utf8[i]) == 0b11100000) { // 3 byte UTF-8 if (i >= utf8.length - 2 || (0b11000000 & utf8[i + 1]) != 0b10000000 || (0b11000000 & utf8[i + 2]) != 0b10000000) { // Too few or wrong bytes follows hexEscape(c, sb); } else { hexEscape(0xff & utf8[i++], sb); hexEscape(0xff & utf8[i++], sb); hexEscape(0xff & utf8[i], sb); } } else if ((0b11111000 & utf8[i]) == 0b11110000) { // 4 byte UTF-8 if (i >= utf8.length - 3 || (0b11000000 & utf8[i + 1]) != 0b10000000 || // Too few or wrong bytes follows (0b11000000 & utf8[i + 2]) != 0b10000000 || (0b11000000 & utf8[i + 3]) != 0b10000000) { hexEscape(c, sb); } else { hexEscape(0xff & utf8[i++], sb); hexEscape(0xff & utf8[i++], sb); hexEscape(0xff & utf8[i++], sb); hexEscape(0xff & utf8[i], sb); } } else { // Illegal first byte for UTF-8 hexEscape(c, sb); log.debug("Sanity check: Unexpected code path encountered.: The input byte-array did not translate" + " to supported UTF-8 with invalid first-byte for UTF-8 codepoint '0b" + Integer.toBinaryString(c) + "'. Writing escape code for byte " + c); } i++; } try { return sb.toString("utf-8"); } catch (UnsupportedEncodingException e) { throw new IllegalStateException("Internal error: UTF-8 must be supported by the JVM", e); } }
From source file:com.dnanexus.DXFileTest.java
@Test public void testUploadDownloadBinary() throws IOException { String uploadData = Integer.toBinaryString(12345678); byte[] uploadBytes = uploadData.getBytes(); DXFile f = DXFile.newFile().setProject(testProject).build(); f.upload(uploadBytes);/*from w w w . ja v a2s .c o m*/ f.closeAndWait(); byte[] downloadBytes = f.downloadBytes(); Assert.assertArrayEquals(uploadBytes, downloadBytes); }
From source file:org.o3project.optsdn.don.openflow.OpenFlowHandler.java
/** * Get binary value of the tsmap in the ODU SIGID. * // w w w . ja v a 2 s . c o m * @param oduSigid ODU SIGID * @return Binary Value */ private String toTsmapBinary(OduSigid oduSigid) { short tsmapNum = oduSigid.getTsmap(); String binary = Integer.toBinaryString(tsmapNum); String spacePadding = String.format("%8s", binary); String zeroPadding = spacePadding.replace(" ", "0"); return zeroPadding; }
From source file:net.minecraftforge.common.util.EnumHelper.java
@SuppressWarnings({ "unchecked", "serial" })
@Nullable/* w w w. j a va 2 s . com*/
private static <T extends Enum<?>> T addEnum(boolean test, final Class<T> enumType, @Nullable String enumName,
final Class<?>[] paramTypes, @Nullable Object[] paramValues) {
if (!isSetup) {
setup();
}
Field valuesField = null;
Field[] fields = enumType.getDeclaredFields();
for (Field field : fields) {
String name = field.getName();
if (name.equals("$VALUES") || name.equals("ENUM$VALUES")) //Added 'ENUM$VALUES' because Eclipse's internal compiler doesn't follow standards
{
valuesField = field;
break;
}
}
int flags = (FMLForgePlugin.RUNTIME_DEOBF ? Modifier.PUBLIC : Modifier.PRIVATE) | Modifier.STATIC
| Modifier.FINAL | 0x1000 /*SYNTHETIC*/;
if (valuesField == null) {
String valueType = String.format("[L%s;", enumType.getName().replace('.', '/'));
for (Field field : fields) {
if ((field.getModifiers() & flags) == flags
&& field.getType().getName().replace('.', '/').equals(valueType)) //Apparently some JVMs return .'s and some don't..
{
valuesField = field;
break;
}
}
}
if (valuesField == null) {
final List<String> lines = Lists.newArrayList();
lines.add(String.format("Could not find $VALUES field for enum: %s", enumType.getName()));
lines.add(String.format("Runtime Deobf: %s", FMLForgePlugin.RUNTIME_DEOBF));
lines.add(String.format("Flags: %s",
String.format("%16s", Integer.toBinaryString(flags)).replace(' ', '0')));
lines.add("Fields:");
for (Field field : fields) {
String mods = String.format("%16s", Integer.toBinaryString(field.getModifiers())).replace(' ', '0');
lines.add(String.format(" %s %s: %s", mods, field.getName(), field.getType().getName()));
}
for (String line : lines)
FMLLog.log.fatal(line);
if (test) {
throw new EnhancedRuntimeException("Could not find $VALUES field for enum: " + enumType.getName()) {
@Override
protected void printStackTrace(WrappedPrintStream stream) {
for (String line : lines)
stream.println(line);
}
};
}
return null;
}
if (test) {
Object ctr = null;
Exception ex = null;
try {
ctr = getConstructorAccessor(enumType, paramTypes);
} catch (Exception e) {
ex = e;
}
if (ctr == null || ex != null) {
throw new EnhancedRuntimeException(
String.format("Could not find constructor for Enum %s", enumType.getName()), ex) {
private String toString(Class<?>[] cls) {
StringBuilder b = new StringBuilder();
for (int x = 0; x < cls.length; x++) {
b.append(cls[x].getName());
if (x != cls.length - 1)
b.append(", ");
}
return b.toString();
}
@Override
protected void printStackTrace(WrappedPrintStream stream) {
stream.println("Target Arguments:");
stream.println(" java.lang.String, int, " + toString(paramTypes));
stream.println("Found Constructors:");
for (Constructor<?> ctr : enumType.getDeclaredConstructors()) {
stream.println(" " + toString(ctr.getParameterTypes()));
}
}
};
}
return null;
}
valuesField.setAccessible(true);
try {
T[] previousValues = (T[]) valuesField.get(enumType);
T newValue = makeEnum(enumType, enumName, previousValues.length, paramTypes, paramValues);
setFailsafeFieldValue(valuesField, null, ArrayUtils.add(previousValues, newValue));
cleanEnumCache(enumType);
return newValue;
} catch (Exception e) {
FMLLog.log.error("Error adding enum with EnumHelper.", e);
throw new RuntimeException(e);
}
}
From source file:pl.dp.bz.poid.fouriertest.FourierProc.java
private Complex[] computeDIFForOneDimension(Complex[] pixelTable) { int bits = 9; double N = pixelTable.length; Complex[] transformedSignal = new Complex[(int) N]; for (int i = 0; i < transformedSignal.length; i++) { transformedSignal[i] = new Complex(0.0, 0.0); }/* w w w . j a v a 2s . c o m*/ Complex signalTab[] = new Complex[(int) N]; Complex[] localTR = new Complex[(int) N]; int index = 0; for (int i = 0; i < pixelTable.length; i++) { signalTab[index] = new Complex(pixelTable[i].getReal(), pixelTable[i].getImaginary()); index++; } index = 0; for (Complex cv : signalTab) { // System.out.println("x(" + index + ") = " + cv.getReal() + " IM: i" + cv.getImaginary()); index++; } //Zmienna okrelajca na jakiej wielkoci ma operowa na tablicy int part = 2; //Ptla okrelajca cykl przechodzenia, przez kolejne kolumny for (int iteration = 1; iteration <= bits; iteration++) { // System.out.println("PART "+part); //Ile razy ma si wykona for (int i = 0; i < part; i += 2) { int r = 0; for (int actualIndex = (signalTab.length / part) * i, counter = 0; counter < signalTab.length / part; counter++, actualIndex++) { int secondIndex = (actualIndex + (signalTab.length / part)); Complex a = signalTab[actualIndex].add(signalTab[secondIndex]); Complex b = signalTab[actualIndex].subtract(signalTab[secondIndex]); Complex W = new Complex(Math.cos((2.0 * Math.PI * r) / N), -Math.sin((2.0 * Math.PI * r) / N)); b = b.multiply(W); signalTab[actualIndex] = a; signalTab[secondIndex] = b; r += part - (part / 2); } } part += part; } localTR[0] = signalTab[0]; localTR[localTR.length - 1] = signalTab[signalTab.length - 1]; for (int i = 1; i < signalTab.length - 1; i++) { String bitIndex = Integer.toBinaryString(i); if (bitIndex.length() < bits) { while (bitIndex.length() < bits) { bitIndex = "0" + bitIndex; } } char[] tab = bitIndex.toCharArray(); for (int j = 0; j < tab.length / 2; j++) { char temp = tab[j]; tab[j] = tab[tab.length - j - 1]; tab[tab.length - j - 1] = temp; } bitIndex = new String(tab); localTR[Integer.parseInt(bitIndex, 2)] = signalTab[i]; } for (int i = 0; i < localTR.length; i++) { transformedSignal[i] = new Complex(localTR[i].getReal(), localTR[i].getImaginary()); } return transformedSignal; }
From source file:com.xclong.vehiclemonitordemo.service.CommunicationService.java
private void dealWithCMD17() { // value = Integer.valueOf(recStr.substring(14, 18), 2).toString(); value1 = Integer.toBinaryString(Integer.parseInt(recStr.substring(14, 15), 16)); value2 = Integer.toBinaryString(Integer.parseInt(recStr.substring(15, 16), 16)); value3 = Integer.toBinaryString(Integer.parseInt(recStr.substring(16, 17), 16)); value4 = Integer.toBinaryString(Integer.parseInt(recStr.substring(17, 18), 16)); switch (value1.length()) { case 1:/* ww w.j a v a 2 s. co m*/ value1 = "000" + value1; break; case 2: value1 = "00" + value1; break; case 3: value1 = "0" + value1; break; default: break; } switch (value2.length()) { case 1: value2 = "000" + value2; break; case 2: value2 = "00" + value2; break; case 3: value2 = "0" + value2; break; default: break; } switch (value3.length()) { case 1: value3 = "000" + value3; break; case 2: value3 = "00" + value3; break; case 3: value3 = "0" + value3; break; default: break; } /*switch (value4.length()) { case 1: value4 = "000" + value4; break; case 2: value4 = "00" + value4; break; case 3: value4 = "0" + value4; break; default: break; }*/ power = (value1.substring(0, 1).equals("0") ? "" : ""); abnormals[0] = power.equals("") ? 0 : 1; twoway_value_failure = (value1.substring(1, 2).equals("0") ? "" : ""); abnormals[1] = twoway_value_failure.equals("") ? 0 : 1; metering_pump_failure = (value1.substring(2, 3).equals("0") ? "" : ""); abnormals[2] = metering_pump_failure.equals("") ? 0 : 1; nozzle_block_failure = (value1.substring(3, 4).equals("0") ? "" : ""); abnormals[3] = nozzle_block_failure.equals("") ? 0 : 1; LQ8486_failure = (value2.substring(0, 1).equals("0") ? "" : ""); abnormals[4] = LQ8486_failure.equals("") ? 0 : 1; NOx_overproof_failure = (value2.substring(1, 2).equals("0") ? "" : ""); abnormals[5] = NOx_overproof_failure.equals("") ? 0 : 1; NOx_sensor_failure = (value2.substring(2, 3).equals("0") ? "" : ""); abnormals[6] = NOx_sensor_failure.equals("") ? 0 : 1; urea_level_failure = (value2.substring(3, 4).equals("0") ? "" : ""); abnormals[7] = urea_level_failure.equals("") ? 0 : 1; urea_quality_failure = (value3.substring(0, 1).equals("0") ? "" : ""); abnormals[8] = urea_quality_failure.equals("") ? 0 : 1; SCR_failure = (value3.substring(1, 2).equals("0") ? "" : ""); abnormals[9] = SCR_failure.equals("") ? 0 : 1; dePM_catalyzer_failure = (value3.substring(2, 3).equals("0") ? "" : ""); abnormals[10] = dePM_catalyzer_failure.equals("") ? 0 : 1; vehicledInfo.setPower(power); vehicledInfo.setTwoway_value_failure(twoway_value_failure); vehicledInfo.setMetering_pump_failure(metering_pump_failure); vehicledInfo.setNozzle_block_failure(nozzle_block_failure); vehicledInfo.setLQ8486_failure(LQ8486_failure); vehicledInfo.setNOx_overproof_failure(NOx_overproof_failure); vehicledInfo.setNOx_sensor_failure(NOx_sensor_failure); vehicledInfo.setUrea_level_failure(urea_level_failure); vehicledInfo.setUrea_quality_failure(urea_quality_failure); vehicledInfo.setSCR_failure(SCR_failure); vehicledInfo.setDePM_catalyzer_failure(dePM_catalyzer_failure); if (power == "" || twoway_value_failure == "" || metering_pump_failure == "" || nozzle_block_failure == "" || LQ8486_failure == "" || NOx_overproof_failure == "" || NOx_sensor_failure == "" || urea_level_failure == "" || urea_quality_failure == "" || SCR_failure == "" || dePM_catalyzer_failure == "") { vehicledInfo.setStatus("1"); } else vehicledInfo.setStatus("2"); }
From source file:org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.internal.PdfDocumentWriter.java
/** * Extracts the Page Layout and page mode settings for this PDF (ViewerPreferences). All preferences are defined as * properties which have to be set before the target is opened. * * @return the ViewerPreferences.//ww w .jav a2 s . c om */ private int getViewerPreferences() { final String pageLayout = config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.PageLayout"); final String pageMode = config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.PageMode"); final String fullScreenMode = config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.FullScreenMode"); final boolean hideToolBar = "true".equals(config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.HideToolBar")); final boolean hideMenuBar = "true".equals(config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.HideMenuBar")); final boolean hideWindowUI = "true".equals(config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.HideWindowUI")); final boolean fitWindow = "true".equals(config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.FitWindow")); final boolean centerWindow = "true".equals(config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.CenterWindow")); final boolean displayDocTitle = "true".equals(config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.DisplayDocTitle")); final boolean printScalingNone = "true".equals(config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.PrintScalingNone")); final String direction = config.getConfigProperty( "org.pentaho.reporting.engine.classic.core.modules.output.pageable.pdf.Direction"); int viewerPreferences = 0; if ("PageLayoutOneColumn".equals(pageLayout)) { viewerPreferences = PdfWriter.PageLayoutOneColumn; } else if ("PageLayoutSinglePage".equals(pageLayout)) { viewerPreferences = PdfWriter.PageLayoutSinglePage; } else if ("PageLayoutTwoColumnLeft".equals(pageLayout)) { viewerPreferences = PdfWriter.PageLayoutTwoColumnLeft; } else if ("PageLayoutTwoColumnRight".equals(pageLayout)) { viewerPreferences = PdfWriter.PageLayoutTwoColumnRight; } else if ("PageLayoutTwoPageLeft".equals(pageLayout)) { viewerPreferences = PdfWriter.PageLayoutTwoPageLeft; } else if ("PageLayoutTwoPageRight".equals(pageLayout)) { viewerPreferences = PdfWriter.PageLayoutTwoPageRight; } if ("PageModeUseNone".equals(pageMode)) { viewerPreferences |= PdfWriter.PageModeUseNone; } else if ("PageModeUseOutlines".equals(pageMode)) { viewerPreferences |= PdfWriter.PageModeUseOutlines; } else if ("PageModeUseThumbs".equals(pageMode)) { viewerPreferences |= PdfWriter.PageModeUseThumbs; } else if ("PageModeFullScreen".equals(pageMode)) { viewerPreferences |= PdfWriter.PageModeFullScreen; if ("NonFullScreenPageModeUseNone".equals(fullScreenMode)) { viewerPreferences = PdfWriter.NonFullScreenPageModeUseNone; } else if ("NonFullScreenPageModeUseOC".equals(fullScreenMode)) { viewerPreferences |= PdfWriter.NonFullScreenPageModeUseOC; } else if ("NonFullScreenPageModeUseOutlines".equals(fullScreenMode)) { viewerPreferences |= PdfWriter.NonFullScreenPageModeUseOutlines; } else if ("NonFullScreenPageModeUseThumbs".equals(fullScreenMode)) { viewerPreferences |= PdfWriter.NonFullScreenPageModeUseThumbs; } } else if ("PageModeUseOC".equals(pageMode)) { viewerPreferences |= PdfWriter.PageModeUseOC; } else if ("PageModeUseAttachments".equals(pageMode)) { viewerPreferences |= PdfWriter.PageModeUseAttachments; } if (hideToolBar) { viewerPreferences |= PdfWriter.HideToolbar; } if (hideMenuBar) { viewerPreferences |= PdfWriter.HideMenubar; } if (hideWindowUI) { viewerPreferences |= PdfWriter.HideWindowUI; } if (fitWindow) { viewerPreferences |= PdfWriter.FitWindow; } if (centerWindow) { viewerPreferences |= PdfWriter.CenterWindow; } if (displayDocTitle) { viewerPreferences |= PdfWriter.DisplayDocTitle; } if (printScalingNone) { viewerPreferences |= PdfWriter.PrintScalingNone; } if ("DirectionL2R".equals(direction)) { viewerPreferences |= PdfWriter.DirectionL2R; } else if ("DirectionR2L".equals(direction)) { viewerPreferences |= PdfWriter.DirectionR2L; } if (logger.isDebugEnabled()) { logger.debug("viewerPreferences = 0b" + Integer.toBinaryString(viewerPreferences)); } return viewerPreferences; }
From source file:com.fengduo.bee.commons.util.StringFormatter.java
private static boolean isMatch(char charAt) { String binaryString = Integer.toBinaryString(charAt); if (binaryString.length() > 8) { return false; } else {//from w w w .ja v a2s .c o m return !ArrayUtils.contains(array, charAt); } }
From source file:org.kuali.student.r2.common.validator.DefaultValidatorImpl.java
public void validateField(List<ValidationResultInfo> results, FieldDefinition field, ObjectStructureHierarchy objStruct, ConstraintDataProvider dataProvider, Stack<String> elementStack, Object rootData, ObjectStructureDefinition rootObjectStructure, ContextInfo contextInfo) { Object value = dataProvider.getValue(field.getName()); // Handle null values in field if (value == null || "".equals(value.toString().trim())) { processConstraint(results, field, objStruct, value, dataProvider, elementStack, rootData, rootObjectStructure, contextInfo); return; // no need to do further processing }//w ww.ja va2s .c o m /* * For complex object structures only the following constraints apply 1. TypeStateCase 2. MinOccurs 3. MaxOccurs */ if (DataType.COMPLEX.equals(field.getDataType())) { ObjectStructureHierarchy nestedObjStruct = new ObjectStructureHierarchy(); nestedObjStruct.setParentObjectStructureHierarchy(objStruct); if (null != field.getDataObjectStructure()) { nestedObjStruct.setObjectStructure(field.getDataObjectStructure()); } elementStack.push(field.getName()); // beanPathStack.push(field.isDynamic()?"attributes("+field.getName()+")":field.getName()); if (value instanceof Collection) { String xPathForCollection = getElementXpath(elementStack) + "/*"; int i = 0; for (Object o : (Collection<?>) value) { elementStack.push(Integer.toString(i)); // beanPathStack.push(!beanPathStack.isEmpty()?beanPathStack.pop():""+"["+i+"]"); processNestedObjectStructure(results, o, nestedObjStruct, field, elementStack, rootData, rootObjectStructure, dataProvider, contextInfo); // beanPathStack.pop(); // beanPathStack.push(field.isDynamic()?"attributes("+field.getName()+")":field.getName()); elementStack.pop(); i++; } if (field.getMinOccurs() != null && field.getMinOccurs() > ((Collection<?>) value).size()) { ValidationResultInfo valRes = new ValidationResultInfo(xPathForCollection, value); valRes.setError(MessageUtils.interpolate(getMessage("validation.minOccurs", contextInfo), toMap(field))); results.add(valRes); } Integer maxOccurs = tryParse(field.getMaxOccurs()); if (maxOccurs != null && maxOccurs < ((Collection<?>) value).size()) { ValidationResultInfo valRes = new ValidationResultInfo(xPathForCollection, value); valRes.setError(MessageUtils.interpolate(getMessage("validation.maxOccurs", contextInfo), toMap(field))); results.add(valRes); } } else { if (null != value) { processNestedObjectStructure(results, value, nestedObjStruct, field, elementStack, rootData, rootObjectStructure, dataProvider, contextInfo); } else { if (field.getMinOccurs() != null && field.getMinOccurs() > 0) { ValidationResultInfo val = new ValidationResultInfo(getElementXpath(elementStack), value); if (field.getLabelKey() != null) { val.setError(getMessage(field.getLabelKey(), contextInfo)); } else { val.setError(getMessage("validation.required", contextInfo)); } results.add(val); } } } // beanPathStack.pop(); elementStack.pop(); } else { // If non complex data type if (value instanceof Collection) { if (((Collection<?>) value).isEmpty()) { processConstraint(results, field, objStruct, "", dataProvider, elementStack, rootData, rootObjectStructure, contextInfo); } int i = 0; for (Object o : (Collection<?>) value) { // This is tricky, change the field name to the index in the elementStack(this is for lists of non // complex types) elementStack.push(field.getName()); FieldDefinition tempField = new FieldDefinition(); BeanUtils.copyProperties(field, tempField); tempField.setName(Integer.toBinaryString(i)); processConstraint(results, tempField, objStruct, o, dataProvider, elementStack, rootData, rootObjectStructure, contextInfo); elementStack.pop(); i++; } String xPath = getElementXpath(elementStack) + "/" + field.getName() + "/*"; if (field.getMinOccurs() != null && field.getMinOccurs() > ((Collection<?>) value).size()) { ValidationResultInfo valRes = new ValidationResultInfo(xPath, value); valRes.setError(MessageUtils.interpolate(getMessage("validation.minOccurs", contextInfo), toMap(field))); results.add(valRes); } Integer maxOccurs = tryParse(field.getMaxOccurs()); if (maxOccurs != null && maxOccurs < ((Collection<?>) value).size()) { ValidationResultInfo valRes = new ValidationResultInfo(xPath, value); valRes.setError(MessageUtils.interpolate(getMessage("validation.maxOccurs", contextInfo), toMap(field))); results.add(valRes); } } else { processConstraint(results, field, objStruct, value, dataProvider, elementStack, rootData, rootObjectStructure, contextInfo); } } }
From source file:com.datatorrent.stram.plan.physical.PhysicalPlanTest.java
@Test public void testDefaultPartitioning() { LogicalPlan dag = new LogicalPlan(); dag.setAttribute(OperatorContext.STORAGE_AGENT, new StramTestSupport.MemoryStorageAgent()); GenericTestOperator node1 = dag.addOperator("node1", GenericTestOperator.class); GenericTestOperator node2 = dag.addOperator("node2", GenericTestOperator.class); dag.addStream("node1.outport1", node1.outport1, node2.inport2, node2.inport1); int initialPartitionCount = 5; OperatorMeta node2Decl = dag.getMeta(node2); node2Decl.getAttributes().put(OperatorContext.PARTITIONER, new StatelessPartitioner<GenericTestOperator>(initialPartitionCount)); PhysicalPlan plan = new PhysicalPlan(dag, new TestPlanContext()); List<PTOperator> n2Instances = plan.getOperators(node2Decl); Assert.assertEquals("partition instances " + n2Instances, initialPartitionCount, n2Instances.size()); List<Integer> assignedPartitionKeys = Lists.newArrayList(); for (int i = 0; i < n2Instances.size(); i++) { PTOperator n2Partition = n2Instances.get(i); Assert.assertNotNull("partition keys null: " + n2Partition, n2Partition.getPartitionKeys()); Map<InputPort<?>, PartitionKeys> pkeys = n2Partition.getPartitionKeys(); Assert.assertEquals("partition keys size: " + pkeys, 1, pkeys.size()); // one port partitioned InputPort<?> expectedPort = node2.inport2; Assert.assertEquals("partition port: " + pkeys, expectedPort, pkeys.keySet().iterator().next()); Assert.assertEquals("partition mask: " + pkeys, "111", Integer.toBinaryString(pkeys.get(expectedPort).mask)); Set<Integer> pks = pkeys.get(expectedPort).partitions; Assert.assertTrue("number partition keys: " + pkeys, pks.size() == 1 || pks.size() == 2); assignedPartitionKeys.addAll(pks); }/* w w w .jav a 2 s . co m*/ int expectedMask = Integer.parseInt("111", 2); Assert.assertEquals("assigned partitions ", expectedMask + 1, assignedPartitionKeys.size()); for (int i = 0; i <= expectedMask; i++) { Assert.assertTrue("" + assignedPartitionKeys, assignedPartitionKeys.contains(i)); } }