Code_Function
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fun toType(value: String?, pattern: String?, locale: Locale?): Any? { val calendar: Calendar = toCalendar(value, pattern, locale) return toType(calendar) } | Parse a String value to the required type |
fun toggleSong(songId: Long?, songName: String?, albumName: String?, artistName: String?) { if (getSongId(songId) == null) { addSongId(songId, songName, albumName, artistName) } else { removeItem(songId) } } | Toggle the current song as favorite |
@DSGenerator( tool_name = "Doppelganger", tool_version = "2.0", generated_on = "2013-12-30 12:55:07.260 -0500", hash_original_method = "03611E3BB30258B8EC4FDC9F783CBCCF", hash_generated_method = "75EED4D564C6A1FA0F492FBBD941CE61" ) fun createRouteHeader(address: Address?): RouteHeader? { if (address == null) throw NullPointerException("null address arg") val route = Route() route.setAddress(address) return route } | Creates a new RouteHeader based on the newly supplied address value . |
@Throws(Exception::class) fun NominalItem(att: Attribute, valueIndex: Int) { super(att) if (att.isNumeric()) { throw Exception("NominalItem must be constructed using a nominal attribute") } m_attribute = att if (m_attribute.numValues() === 1) { m_valueIndex = 0 } else { m_valueIndex = valueIndex } } | Constructs a new NominalItem . |
fun inferType(tuples: TupleSet, field: String): Class<*>? { return if (tuples is Table) { (tuples as Table).getColumnType(field) } else { var type: Class<*>? = null var type2: Class<*>? = null val iter: Iterator<*> = tuples.tuples() while (iter.hasNext()) { val t: Tuple = iter.next() as Tuple if (type == null) { type = t.getColumnType(field) } else if (type != t.getColumnType(field).also { type2 = it }) { if (type2!!.isAssignableFrom(type)) { type = type2 } else require(type.isAssignableFrom(type2)) { "The data field [$field] does not have a consistent type across provided Tuples" } } } type } } | Infer the data field type across all tuples in a TupleSet . |
private fun exactMinMax(relation: Relation<O>, distFunc: DistanceQuery<O>): DoubleMinMax? { val progress: FiniteProgress? = if (LOG.isVerbose()) FiniteProgress( "Exact fitting distance computations", relation.size(), LOG ) else null val minmax = DoubleMinMax() val iditer: DBIDIter = relation.iterDBIDs() while (iditer.valid()) { val iditer2: DBIDIter = relation.iterDBIDs() while (iditer2.valid()) { if (DBIDUtil.equal(iditer, iditer2)) { iditer2.advance() continue } val d: Double = distFunc.distance(iditer, iditer2) minmax.put(d) iditer2.advance() } LOG.incrementProcessed(progress) iditer.advance() } LOG.ensureCompleted(progress) return minmax } | Compute the exact maximum and minimum . |
fun testDoubleValueMinusZero() { val a = "-123809648392384754573567356745735.63567890295784902768787678287E-400" val aNumber = BigDecimal(a) val minusZero = (-9223372036854775808L).toLong() val result: Double = aNumber.doubleValue() assertTrue("incorrect value", java.lang.Double.doubleToLongBits(result) == minusZero) } | Double value of a small negative BigDecimal |
fun SeaGlassContext(component: JComponent?, region: Region?, style: SynthStyle?, state: Int) { super(component, region, style, state) if (component === fakeComponent) { this.component = null this.region = null this.style = null return } if (component == null || region == null || style == null) { throw NullPointerException("You must supply a non-null component, region and style") } reset(component, region, style, state) } | Creates a SeaGlassContext with the specified values . This is meant for subclasses and custom UI implementors . You very rarely need to construct a SeaGlassContext , though some methods will take one . |
fun same( tags1: ArrayList<LinkedHashMap<String?, String?>>, tags2: ArrayList<LinkedHashMap<String?, String?>?> ): Boolean { if (tags1.size() !== tags2.size()) { return false } for (i in 0 until tags1.size()) { if (!tags1[i].equals(tags2[i])) { return false } } return true } | Check if two lists of tags are the same Note : this considers order relevant |
fun copy(): TemplateEffect? { return TemplateEffect(labelTemplate, valueTemplate, attr.priority, exclusive, negated) } | Returns a copy of the effect . |
fun RegionMBeanBridge(cachePerfStats: CachePerfStats) { this.regionStats = cachePerfStats this.regionMonitor = MBeanStatsMonitor(ManagementStrings.REGION_MONITOR.toLocalizedString()) regionMonitor.addStatisticsToMonitor(cachePerfStats.getStats()) configureRegionMetrics() } | Statistic related Methods |
fun Set(cl: Class<*>) { OptionInstance = false PlugInObject = cl ObjectName = (PlugInObject as Class<*>).simpleName ObjectName = Convert(ObjectName) } | Defines the stored object as a class . |
@Throws(IOException::class) fun include(ctx: DefaultFaceletContext, parent: UIComponent?, url: URL?) { val f: DefaultFacelet = this.factory.getFacelet(ctx.getFacesContext(), url) as DefaultFacelet f.include(ctx, parent) } | Grabs a DefaultFacelet from referenced DefaultFaceletFacotry |
@DSComment("From safe class list") @DSSafe(DSCat.SAFE_LIST) @DSGenerator( tool_name = "Doppelganger", tool_version = "2.0", generated_on = "2013-12-30 12:56:30.241 -0500", hash_original_method = "6B85F90491881D2C299E5BF02CCF5806", hash_generated_method = "82489B93E2C39EE14F117933CF49B12C" ) fun toHexString(v: Long): String? { return IntegralToString.longToHexString(v) } | Converts the specified long value into its hexadecimal string representation . The returned string is a concatenation of characters from ' 0 ' to ' 9 ' and ' a ' to ' f ' . |
private fun initializeProgressView(inflater: LayoutInflater, actionArea: ViewGroup) { if (mCard.mCardProgress != null) { val progressView: View = inflater.inflate(R.layout.card_progress, actionArea, false) val progressBar = progressView.findViewById(R.id.card_progress) as ProgressBar (progressView.findViewById(R.id.card_progress_text) as TextView).setText(mCard.mCardProgress.label) progressBar.max = mCard.mCardProgress.maxValue progressBar.progress = 0 mCard.mCardProgress.progressView = progressView mCard.mCardProgress.setProgressType(mCard.getProgressType()) actionArea.addView(progressView) } } | Build the progress view into the given ViewGroup . |
@Synchronized fun resetReaders() { readers = null } | Resets a to-many relationship , making the next get call to query for a fresh result . |
fun register(containerFactory: ContainerFactory) { containerFactory.registerContainer( "wildfly8x", ContainerType.INSTALLED, WildFly8xInstalledLocalContainer::class.java ) containerFactory.registerContainer( "wildfly8x", ContainerType.REMOTE, WildFly8xRemoteContainer::class.java ) containerFactory.registerContainer( "wildfly9x", ContainerType.INSTALLED, WildFly9xInstalledLocalContainer::class.java ) containerFactory.registerContainer( "wildfly9x", ContainerType.REMOTE, WildFly9xRemoteContainer::class.java ) containerFactory.registerContainer( "wildfly10x", ContainerType.INSTALLED, WildFly10xInstalledLocalContainer::class.java ) containerFactory.registerContainer( "wildfly10x", ContainerType.REMOTE, WildFly10xRemoteContainer::class.java ) } | Register container . |
public static byte [ ] decode ( String encoded ) { if ( encoded == null ) { return null ; } char [ ] base64Data = encoded . toCharArray ( ) ; int len = removeWhiteSpace ( base64Data ) ; if ( len % FOURBYTE != 0 ) { return null ; } int numberQuadruple = ( len / FOURBYTE ) ; if ( numberQuadruple == 0 ) { return new byte [ 0 ] ; } byte decodedData [ ] = null ; byte b1 = 0 , b2 = 0 , b3 = 0 , b4 = 0 ; char d1 = 0 , d2 = 0 , d3 = 0 , d4 = 0 ; int i = 0 ; int encodedIndex = 0 ; int dataIndex = 0 ; decodedData = new byte [ ( numberQuadruple ) * 3 ] ; for ( ; i < numberQuadruple - 1 ; i ++ ) { if ( ! isData ( ( d1 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d2 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d3 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d4 = base64Data [ dataIndex ++ ] ) ) ) { return null ; } b1 = base64Alphabet [ d1 ] ; b2 = base64Alphabet [ d2 ] ; b3 = base64Alphabet [ d3 ] ; b4 = base64Alphabet [ d4 ] ; decodedData [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 > > 4 ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 > > 2 ) & 0xf ) ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( b3 << 6 | b4 ) ; } if ( ! isData ( ( d1 = base64Data [ dataIndex ++ ] ) ) || ! isData ( ( d2 = base64Data [ dataIndex ++ ] ) ) ) { return null ; } b1 = base64Alphabet [ d1 ] ; b2 = base64Alphabet [ d2 ] ; d3 = base64Data [ dataIndex ++ ] ; d4 = base64Data [ dataIndex ++ ] ; if ( ! isData ( ( d3 ) ) || ! isData ( ( d4 ) ) ) { if ( isPad ( d3 ) && isPad ( d4 ) ) { if ( ( b2 & 0xf ) != 0 ) { return null ; } byte [ ] tmp = new byte [ i * 3 + 1 ] ; System . arraycopy ( decodedData , 0 , tmp , 0 , i * 3 ) ; tmp [ encodedIndex ] = ( byte ) ( b1 << 2 | b2 > > 4 ) ; return tmp ; } else if ( ! isPad ( d3 ) && isPad ( d4 ) ) { b3 = base64Alphabet [ d3 ] ; if ( ( b3 & 0x3 ) != 0 ) { return null ; } byte [ ] tmp = new byte [ i * 3 + 2 ] ; System . arraycopy ( decodedData , 0 , tmp , 0 , i * 3 ) ; tmp [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 > > 4 ) ; tmp [ encodedIndex ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 > > 2 ) & 0xf ) ) ; return tmp ; } else { return null ; } } else { b3 = base64Alphabet [ d3 ] ; b4 = base64Alphabet [ d4 ] ; decodedData [ encodedIndex ++ ] = ( byte ) ( b1 << 2 | b2 > > 4 ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( ( ( b2 & 0xf ) << 4 ) | ( ( b3 > > 2 ) & 0xf ) ) ; decodedData [ encodedIndex ++ ] = ( byte ) ( b3 << 6 | b4 ) ; } return decodedData ; } | Decodes Base64 data into octects |
@DSGenerator( tool_name = "Doppelganger", tool_version = "2.0", generated_on = "2013-12-30 12:55:34.017 -0500", hash_original_method = "647E85AB615972325C277E376A221EF0", hash_generated_method = "9835D90D4E0E7CCFFD07C436051E80EB" ) fun hasIsdnSubaddress(): Boolean { return hasParm(ISUB) } | return true if the isdn subaddress exists . |
private fun tryScrollBackToTopWhileLoading() { tryScrollBackToTop() } | just make easier to understand |
private fun extractVariables(variablesBody: String): Map<String, String?>? { val map: Map<String, String> = HashMap() val m: Matcher = PATTERN_VARIABLES_BODY.matcher(variablesBody) LOG.debug("parsing variables body") while (m.find()) { val key: String = m.group(1) val value: String = m.group(2) if (map.containsKey(key)) { LOG.warn("A duplicate variable name found with name: {} and value: {}.", key, value) } map.put(key, value) } return map } | Extract variables map from variables body . |
fun hashCode(): Int { val fh = if (first == null) 0 else first.hashCode() val sh = if (second == null) 0 else second.hashCode() return fh shl 16 or (sh and 0xFFFF) } | Returns this Pair 's hash code , of which the 16 high bits are the 16 low bits of < tt > getFirst ( ) .hashCode ( ) < /tt > are identical to the 16 low bits and the 16 low bits of < tt > getSecond ( ) .hashCode ( ) < /tt > |
@Throws(Exception::class) private fun CallStaticVoidMethod(env: JNIEnvironment, classJREF: Int, methodID: Int) { if (VM.VerifyAssertions) { VM._assert(VM.BuildForPowerPC, ERROR_MSG_WRONG_IMPLEMENTATION) } if (traceJNI) VM.sysWrite("JNI called: CallStaticVoidMethod \n") RuntimeEntrypoints.checkJNICountDownToGC() try { JNIHelpers.invokeWithDotDotVarArg(methodID, TypeReference.Void) } catch (unexpected: Throwable) { if (traceJNI) unexpected.printStackTrace(System.err) env.recordException(unexpected) } } | CallStaticVoidMethod : invoke a static method that returns void arguments passed using the vararg ... style NOTE : the vararg 's are not visible in the method signature here ; they are saved in the caller frame and the glue frame < p > < strong > NOTE : This implementation is NOT used for IA32 . On IA32 , it is overwritten with a C implementation in the bootloader when the VM starts. < /strong > |
fun visitInterface(): jdk.internal.org.objectweb.asm.signature.SignatureVisitor? { return this } | Visits the type of an interface implemented by the class . |
fun intersect(line: javax.sound.sampled.Line?): Vec4? { val intersection: Intersection? = intersect(line, this.a, this.b, this.c) return if (intersection != null) intersection.getIntersectionPoint() else null } | Determine the intersection of the triangle with a specified line . |
fun lostOwnership( clipboard: java.awt.datatransfer.Clipboard?, contents: java.awt.datatransfer.Transferable? ) { } | Notifies this object that it is no longer the owner of the contents of the clipboard . |
fun testExample() { Locale.setDefault(Locale("en", "UK")) doTestExample("fr", "CH", arrayOf("_fr_CH.class", "_fr.properties", ".class")) doTestExample("fr", "FR", arrayOf("_fr.properties", ".class")) doTestExample("de", "DE", arrayOf("_en.properties", ".class")) doTestExample("en", "US", arrayOf("_en.properties", ".class")) doTestExample("es", "ES", arrayOf("_es_ES.class", ".class")) } | Verifies the example from the getBundle specification . |
fun PubSubManager(connection: Connection, toAddress: String) { con = connection to = toAddress } | Create a pubsub manager associated to the specified connection where the pubsub requests require a specific to address for packets . |
fun discoverOnAllPorts() { log.info("Sending LLDP packets out of all the enabled ports") for (sw in switchService.getAllSwitchDpids()) { val iofSwitch: IOFSwitch = switchService.getSwitch(sw) ?: continue if (!iofSwitch.isActive()) continue val c: Collection<OFPort> = iofSwitch.getEnabledPortNumbers() if (c != null) { for (ofp in c) { if (isLinkDiscoverySuppressed(sw, ofp)) { continue } log.trace("Enabled port: {}", ofp) sendDiscoveryMessage(sw, ofp, true, false) val npt = NodePortTuple(sw, ofp) addToMaintenanceQueue(npt) } } } } | Send LLDPs to all switch-ports |
fun parseQuerystring(queryString: String?): Map<String, String>? { val map: MutableMap<String, String> = HashMap() if (queryString == null || queryString == "") { return map } val params = queryString.split("&".toRegex()).dropLastWhile { it.isEmpty() } .toTypedArray() for (param in params) { try { val keyValuePair = param.split("=".toRegex(), limit = 2).toTypedArray() val name: String = URLDecoder.decode(keyValuePair[0], "UTF-8") if (name === "") { continue } val value = if (keyValuePair.size > 1) URLDecoder.decode(keyValuePair[1], "UTF-8") else "" map[name] = value } catch (e: UnsupportedEncodingException) { } } return map } | Parse a querystring into a map of key/value pairs . |
fun isDiscardVisible(): Boolean { return m_ButtonDiscard.isVisible() } | Returns the visibility of the discard button . |
private fun editNote(noteId: Int) { hideSoftKeyboard() val intent = Intent(this@MainActivity, NoteActivity::class.java) intent.flags = Intent.FLAG_ACTIVITY_CLEAR_TASK intent.putExtra("id", noteId.toString()) startActivity(intent) } | Method used to enter note edition mode |
private fun createLeftSide(): javax.swing.JPanel? { val leftPanel: javax.swing.JPanel = javax.swing.JPanel() listModel = CustomListModel() leftPanel.setLayout(java.awt.BorderLayout()) listBox = javax.swing.JList<String>(listModel) listBox.setCellRenderer(JlistRenderer()) listBox.setSelectionMode(javax.swing.ListSelectionModel.SINGLE_SELECTION) listBox.addListSelectionListener(CustomListSelectionListener()) val scrollPane: javax.swing.JScrollPane = javax.swing.JScrollPane(listBox) scrollPane.setBorder(javax.swing.BorderFactory.createEmptyBorder()) leftPanel.add(scrollPane, java.awt.BorderLayout.CENTER) scrollPane.setBorder(javax.swing.BorderFactory.createTitledBorder("Dialogue states:")) val controlPanel: javax.swing.JPanel = createControlPanel() leftPanel.add(controlPanel, java.awt.BorderLayout.SOUTH) return leftPanel } | Creates the panel on the left side of the window |
fun insertAt(dest: FloatArray, src: FloatArray, offset: Int): FloatArray? { val temp = FloatArray(dest.size + src.size - 1) System.arraycopy(dest, 0, temp, 0, offset) System.arraycopy(src, 0, temp, offset, src.size) System.arraycopy(dest, offset + 1, temp, src.size + offset, dest.size - offset - 1) return temp } | Inserts one array into another by replacing specified offset . |
fun removeFailListener() { this.failedListener = null } | Unregister fail listener , initialised by Builder # failListener |
private fun fieldsForOtherResourceSpecified( includedFields: TypedParams<IncludedFieldsParams>?, typeIncludedFields: IncludedFieldsParams ): Boolean { return includedFields != null && !includedFields.getParams() .isEmpty() && noResourceIncludedFieldsSpecified(typeIncludedFields) } | Checks if fields for other resource has been specified but not for the processed one |
fun resolveReference(ref: MemberRef?): IBinding? { return null } | Resolves the given reference and returns the binding for it . < p > The implementation of < code > MemberRef.resolveBinding < /code > forwards to this method . How the name resolves is often a function of the context in which the name node is embedded as well as the name itself . < /p > < p > The default implementation of this method returns < code > null < /code > . Subclasses may reimplement . < /p > |
@Scheduled(fixedRate = FIXED_RATE) fun logStatistics() { if (beansAvailable) { if (log.isInfoEnabled()) { logOperatingSystemStatistics() logRuntimeStatistics() logMemoryStatistics() logThreadStatistics() log.info("\n") } } if (log.isInfoEnabled()) { logDroppedData() logBufferStatistics() logStorageStatistics() } } | Log all the statistics . |
@HLEFunction(nid = -0x6cbbf4ef, version = 150) fun sceWlanDevIsPowerOn(): Int { return Wlan.getSwitchState() } | Determine if the wlan device is currently powered on |
@Throws(IOException::class) fun readTransformMetaDataFromFile(spec: String?, metapath: String?): FrameBlock? { return readTransformMetaDataFromFile(spec, metapath, TfUtils.TXMTD_SEP) } | Reads transform meta data from an HDFS file path and converts it into an in-memory FrameBlock object . The column names in the meta data file 'column.names ' is processed with default separator ' , ' . |
fun toString(codeset: String?): String { val retVal = StringBuffer() for (i in 0 until prolog.size()) { val e: ConcreteElement = prolog.elementAt(i) as ConcreteElement retVal.append(e.toString(getCodeset()) + "\n") } if (content != null) retVal.append(content.toString(getCodeset()) + "\n") return versionDecl + retVal.toString() } | Override toString so it prints something useful |
fun isCompound(): Boolean { return splits.size() !== 1 } | Checks if this instance is a compounding word . |
fun hasAnnotation(annotation: Annotation?): Boolean { return annotationAccessor.typeHas(annotation) } | Determines whether T has a particular annotation . |
fun create(): Builder? { return Builder(false) } | Constructs an asynchronous query task . |
@Throws(IOException::class) fun MP4Reader(fis: FileInputStream?) { if (null == fis) { log.warn("Reader was passed a null file") log.debug("{}", ToStringBuilder.reflectionToString(this)) } this.fis = MP4DataStream(fis) channel = fis.getChannel() decodeHeader() analyzeFrames() firstTags.add(createFileMeta()) createPreStreamingTags(0, false) } | Creates MP4 reader from file input stream , sets up metadata generation flag . |
@Strictfp fun plusPIO2_strict(angRad: Double): Double { return if (angRad > -Math.PI / 4) { angRad + PIO2_LO + PIO2_HI } else { angRad + PIO2_HI + PIO2_LO } } | Strict version . |
@Synchronized private fun isSelectedTrackRecording(): Boolean { return trackDataHub != null && trackDataHub.isSelectedTrackRecording() } | Returns true if the selected track is recording . Needs to be synchronized because trackDataHub can be accessed by multiple threads . |
fun loadIcon(suggestion: ApplicationSuggestion): Drawable? { return try { val `is`: InputStream = mContext.getContentResolver().openInputStream(suggestion.getThumbailUri()) Drawable.createFromStream(`is`, null) } catch (e: FileNotFoundException) { null } } | Loads the icon for the given suggestion . |
fun isHead(): Boolean { return if (parent == null) true else false } | Returns true if this node is the head of its DominatorTree . |
fun ofMethod(returnType: CtClass?, paramTypes: Array<CtClass?>?): String? { val desc = StringBuffer() desc.append('(') if (paramTypes != null) { val n = paramTypes.size for (i in 0 until n) toDescriptor(desc, paramTypes[i]) } desc.append(')') if (returnType != null) toDescriptor(desc, returnType) return desc.toString() } | Returns the descriptor representing a method that receives the given parameter types and returns the given type . |
fun eGet(featureID: Int, resolve: Boolean, coreType: Boolean): Any? { when (featureID) { UmplePackage.GEN_EXPR___NAME_1 -> return getName_1() UmplePackage.GEN_EXPR___ANONYMOUS_GEN_EXPR_11 -> return getAnonymous_genExpr_1_1() UmplePackage.GEN_EXPR___EQUALITY_OP_1 -> return getEqualityOp_1() UmplePackage.GEN_EXPR___NAME_2 -> return getName_2() UmplePackage.GEN_EXPR___ANONYMOUS_GEN_EXPR_21 -> return getAnonymous_genExpr_2_1() } return super.eGet(featureID, resolve, coreType) } | < ! -- begin-user-doc -- > < ! -- end-user-doc -- > |
fun Main() {} | Creates a new instance of Main |
fun serializeFile(path: String?, o: Any) { try { val context: JAXBContext = JAXBContext.newInstance(o.javaClass) val m: Marshaller = context.createMarshaller() m.setProperty(Marshaller.JAXB_FORMATTED_OUTPUT, Boolean.TRUE) val stream = FileOutputStream(path) m.marshal(o, stream) } catch (e: JAXBException) { e.printStackTrace() } catch (e: FileNotFoundException) { e.printStackTrace() } } | Serializes an object and saves it to a file , located at given path . |
fun min(expression: Expression?): MinProjectionExpression? { return MinProjectionExpression(expression, false) } | Minimum aggregation function . |
fun onUIReset(frame: PtrFrameLayout?) { mScale = 1f mDrawable.stop() } | When the content view has reached top and refresh has been completed , view will be reset . |
fun forgetInstruction(ins: BytecodeInstruction): Boolean { if (!instructionMap.containsKey(ins.getClassName())) return false return if (!instructionMap.get(ins.getClassName()) .containsKey(ins.getMethodName()) ) false else instructionMap.get(ins.getClassName()).get(ins.getMethodName()).remove(ins) } | < p > forgetInstruction < /p > |
@Throws(IOException::class) fun watchRecursive(path: Path?): Observable<WatchEvent<*>?>? { val recursive = true return ObservableFactory(path, recursive).create() } | Creates an observable that watches the given directory and all its subdirectories . Directories that are created after subscription are watched , too . |
fun invertMatrix(matrix: Matrix3?): Matrix3? { if (matrix == null) { throw IllegalArgumentException( Logger.logMessage( Logger.ERROR, "Matrix3", "invertMatrix", "missingMatrix" ) ) } throw UnsupportedOperationException("Matrix3.invertMatrix is not implemented") } | Inverts the specified matrix and stores the result in this matrix . < p/ > This throws an exception if the matrix is singular . < p/ > The result of this method is undefined if this matrix is passed in as the matrix to invert . |
fun sync(context: Context) { val cr: ContentResolver = cr() val proj = arrayOf<String>(_ID, Syncs.TYPE_ID, Syncs.OBJECT_ID, millis(Syncs.ACTION_ON)) val sel: String = Syncs.STATUS_ID + " = ?" val args = arrayOf<String>(java.lang.String.valueOf(ACTIVE.id)) val order: String = Syncs.ACTION_ON + " DESC" val c = EasyCursor(cr.query(Syncs.CONTENT_URI, proj, sel, args, order)) val count: Int = c.getCount() if (count > 0) { var users = 0 var reviews = 0 var review: Review? = null val lines: Set<CharSequence> = LinkedHashSet() var `when` = 0L var icon: Bitmap? = null val syncIds: Set<String> = HashSet(count) while (c.moveToNext()) { var photo: Uri? = null when (Sync.Type.get(c.getInt(Syncs.TYPE_ID))) { USER -> { photo = user(context, cr, c.getLong(Syncs.OBJECT_ID), lines, icon) if (photo != null) { users++ syncIds.add(java.lang.String.valueOf(c.getLong(_ID))) } } REVIEW -> { val (first, second) = review( context, cr, c.getLong(Syncs.OBJECT_ID), lines, icon ) photo = first if (second != null) { reviews++ syncIds.add(java.lang.String.valueOf(c.getLong(_ID))) if (review == null) { review = second } } } } if (`when` == 0L) { `when` = c.getLong(Syncs.ACTION_ON) } if (photo != null && photo !== EMPTY) { icon = photo(context, photo) } } val size: Int = lines.size() if (size > 0) { var bigText: CharSequence? = null var summary: CharSequence? = null val activity: Intent if (users > 0 && reviews == 0) { activity = Intent(context, FriendsActivity::class.java) } else if (users == 0 && (reviews == 1 || size == 1)) { bigText = ReviewAdapter.comments(review.comments) summary = context.getString(R.string.n_stars, review.rating) activity = Intent(context, RestaurantActivity::class.java).putExtra( EXTRA_ID, review.restaurantId ) if (review.type === GOOGLE) { activity.putExtra(EXTRA_TAB, TAB_PUBLIC) } } else { activity = Intent(context, NotificationsActivity::class.java) } notify(context, lines, bigText, summary, `when`, icon, users + reviews, activity) Prefs.putStringSet(context, APP, NEW_SYNC_IDS, syncIds) event("notification", "notify", "sync", size) } else { Managers.notification(context).cancel(TAG_SYNC, 0) context.startService(Intent(context, SyncsReadService::class.java)) } } c.close() } | Post a notification for any unread server changes . |
fun serializableInstance(): LogisticRegressionRunner? { val variables: MutableList<Node> = LinkedList() val var1 = ContinuousVariable("X") val var2 = ContinuousVariable("Y") variables.add(var1) variables.add(var2) val dataSet: DataSet = ColtDataSet(3, variables) val col1data = doubleArrayOf(0.0, 1.0, 2.0) val col2data = doubleArrayOf(2.3, 4.3, 2.5) for (i in 0..2) { dataSet.setDouble(i, 0, col1data[i]) dataSet.setDouble(i, 1, col2data[i]) } val dataWrapper = DataWrapper(dataSet) return LogisticRegressionRunner(dataWrapper, Parameters()) } | Generates a simple exemplar of this class to test serialization . |
fun ESHistory(documentId: String, events: Collection<HistoryEvent?>) { this.documentId = documentId this.events = events } | New instance with the specified content . |
fun executeDelayedExpensiveWrite(task: Runnable?): Boolean { val f: Future<*> = executeDiskStoreTask(task, this.delayedWritePool) lastDelayedWrite = f return f != null } | Execute a task asynchronously , or in the calling thread if the bound is reached . This pool is used for write operations which can be delayed , but we have a limit on how many write operations we delay so that we do n't run out of disk space . Used for deletes , unpreblow , RAF close , etc . |
private fun resetMnemonics() { if (mnemonicToIndexMap != null) { mnemonicToIndexMap.clear() mnemonicInputMap.clear() } } | Resets the mnemonics bindings to an empty state . |
fun textureMode(mode: Int) { g.textureMode(mode) } | Set texture mode to either to use coordinates based on the IMAGE ( more intuitive for new users ) or NORMALIZED ( better for advanced chaps ) |
fun execute(params: Array<String?>?): GetETLDriverInfo? { return try { val commandLine: CommandLine = getCommandLine(params, PARAMS_STRUCTURE) val minBId: String = commandLine.getOptionValue("min-batch-id") LOGGER.debug("minimum-batch-id is $minBId") val maxBId: String = commandLine.getOptionValue("max-batch-id") LOGGER.debug("maximum-batch-id is $maxBId") val getETLDriverInfoList: List<GetETLDriverInfo> = getETLInfoDAO.getETLInfo(minBId.toLong(), maxBId.toLong()) LOGGER.info("list of File is " + getETLDriverInfoList[0].getFileList()) getETLDriverInfoList[0] } catch (e: Exception) { LOGGER.error("Error occurred", e) throw MetadataException(e) } } | This method runs GetETLInfo proc and retrieves information regarding files available for batches mentioned . |
fun FunctionblockFactoryImpl() { super() } | Creates an instance of the factory . < ! -- begin-user-doc -- > < ! -- end-user-doc -- > |
fun writePopulation(outputfolder: String) { var outputfolder = outputfolder outputfolder = outputfolder + if (outputfolder.endsWith("/")) "" else "/" if (sc.getPopulation().getPersons().size() === 0 || sc.getPopulation() .getPersonAttributes() == null ) { throw RuntimeException("Either no persons or person attributes to write.") } else { LOG.info("Writing population to file... (" + sc.getPopulation().getPersons().size() + ")") val pw = PopulationWriter(sc.getPopulation(), sc.getNetwork()) pw.writeV5(outputfolder + "Population.xml") LOG.info("Writing person attributes to file...") val oaw = ObjectAttributesXmlWriter(sc.getPopulation().getPersonAttributes()) oaw.putAttributeConverter(IncomeImpl::class.java, SAIncomeConverter()) oaw.setPrettyPrint(true) oaw.writeFile(outputfolder + "PersonAttributes.xml") } } | Writes the population and their attributes to file . |
@Throws(LocalRepositoryException::class) fun restart(serviceName: String) { val prefix = "restart(): serviceName=$serviceName " _log.debug(prefix) val cmd = arrayOf(_SYSTOOL_CMD, _SYSTOOL_RESTART, serviceName) val result: Exec.Result = org.gradle.api.tasks.Exec.sudo(_SYSTOOL_TIMEOUT, cmd) checkFailure(result, prefix) } | Restart a service |
public void receiveResultqueryStorageProcessors ( com . emc . storageos . vasa . VasaServiceStub . QueryStorageProcessorsResponse result ) { } | auto generated Axis2 call back method for queryStorageProcessors method override this method for handling normal response from queryStorageProcessors operation |
public final void testNextBytesbyteArray02 ( ) { byte [ ] myBytes ; byte [ ] myBytes1 ; byte [ ] myBytes2 ; for ( int i = 1 ; i < LENGTH ; i += INCR ) { myBytes = new byte [ i ] ; for ( int j = 1 ; j < i ; j ++ ) { myBytes [ j ] = ( byte ) ( j & 0xFF ) ; } sr . setSeed ( myBytes ) ; sr2 . setSeed ( myBytes ) ; for ( int k = 1 ; k < LENGTH ; k += INCR ) { myBytes1 = new byte [ k ] ; myBytes2 = new byte [ k ] ; sr . nextBytes ( myBytes1 ) ; sr2 . nextBytes ( myBytes2 ) ; for ( int l = 0 ; l < k ; l ++ ) { assertFalse ( "unexpected: myBytes1[l] != myBytes2[l] :: l==" + l + " k=" + k + " i=" + i + " myBytes1[l]=" + myBytes1 [ l ] + " myBytes2[l]=" + myBytes2 [ l ] , myBytes1 [ l ] != myBytes2 [ l ] ) ; } } } for ( int n = 1 ; n < LENGTH ; n += INCR ) { int n1 = 10 ; int n2 = 20 ; int n3 = 100 ; byte [ ] [ ] bytes1 = new byte [ 10 ] [ n1 ] ; byte [ ] [ ] bytes2 = new byte [ 5 ] [ n2 ] ; for ( int k = 0 ; k < bytes1 . length ; k ++ ) { sr . nextBytes ( bytes1 [ k ] ) ; } for ( int k = 0 ; k < bytes2 . length ; k ++ ) { sr2 . nextBytes ( bytes2 [ k ] ) ; } for ( int k = 0 ; k < n3 ; k ++ ) { int i1 = k / n1 ; int i2 = k % n1 ; int i3 = k / n2 ; int i4 = k % n2 ; assertTrue ( "non-equality: i1=" + i1 + " i2=" + i2 + " i3=" + i3 + " i4=" + i4 , bytes1 [ i1 ] [ i2 ] == bytes2 [ i3 ] [ i4 ] ) ; } } } | test against the `` void nextBytes ( byte [ ] ) '' method ; it checks out that different SecureRandom objects being supplied with the same seed return the same sequencies of bytes as results of their `` nextBytes ( byte [ ] ) '' methods |
@DSSafe(DSCat.SAFE_LIST) @DSGenerator( tool_name = "Doppelganger", tool_version = "2.0", generated_on = "2013-12-30 12:29:27.931 -0500", hash_original_method = "92BE44E9F6280B7AE0D2A8904499350A", hash_generated_method = "5A68C897F2049F6754C8DA6E4CBD57CE" ) fun translationXBy(value: Float): ViewPropertyAnimator? { animatePropertyBy(TRANSLATION_X, value) return this } | This method will cause the View 's < code > translationX < /code > property to be animated by the specified value . Animations already running on the property will be canceled . |
private fun loadServerDetailsActivity() { Preference.putString(context, Constants.PreferenceFlag.IP, null) val intent = Intent(this@AlreadyRegisteredActivity, ServerDetails::class.java) intent.putExtra(getResources().getString(R.string.intent_extra_regid), regId) intent.putExtra( getResources().getString(R.string.intent_extra_from_activity), AlreadyRegisteredActivity::class.java.getSimpleName() ) intent.setFlags(Intent.FLAG_ACTIVITY_CLEAR_TOP) startActivity(intent) finish() } | Load server details activity . |
fun createNamedGraph(model: Model, graphNameNode: Resource?, elements: RDFList?): NamedGraph? { val result: NamedGraph = model.createResource(SP.NamedGraph).`as`(NamedGraph::class.java) result.addProperty(SP.graphNameNode, graphNameNode) result.addProperty(SP.elements, elements) return result } | Creates a new NamedGraph element as a blank node in a given Model . |
fun SQLWarning(reason: String?, SQLState: String?, vendorCode: Int, cause: Throwable?) { super(reason, SQLState, vendorCode, cause) } | Creates an SQLWarning object . The Reason string is set to reason , the SQLState string is set to given SQLState and the Error Code is set to vendorCode , cause is set to the given cause |
@POST @Path("downloads") @ApiOperation(value = "Starts downloading artifacts", response = DownloadToken::class) @ApiResponses( value = [ApiResponse(code = 202, message = "OK"), ApiResponse( code = 400, message = "Illegal version format or artifact name" ), ApiResponse(code = 409, message = "Downloading already in progress"), ApiResponse( code = 500, message = "Server error" )] ) fun startDownload( @QueryParam(value = "artifact") @ApiParam( value = "Artifact name", allowableValues = CDECArtifact.NAME ) artifactName: String?, @QueryParam(value = "version") @ApiParam(value = "Version number") versionNumber: String? ): Response? { return try { val downloadToken = DownloadToken() downloadToken.setId(DOWNLOAD_TOKEN) val artifact: Artifact = createArtifactOrNull(artifactName) val version: Version = createVersionOrNull(versionNumber) facade.startDownload(artifact, version) Response.status(Response.Status.ACCEPTED).entity(downloadToken).build() } catch (e: ArtifactNotFoundException) { handleException(e, Response.Status.BAD_REQUEST) } catch (e: IllegalVersionException) { handleException(e, Response.Status.BAD_REQUEST) } catch (e: DownloadAlreadyStartedException) { handleException(e, Response.Status.CONFLICT) } catch (e: Exception) { handleException(e) } } | Starts downloading artifacts . |
fun release() { [email protected](path, permits) } | Release file permit . |
fun BuddyPanel(model: BuddyListModel?) { super(model) setCellRenderer(BuddyLabel()) setOpaque(false) this.setFocusable(false) this.addMouseListener(BuddyPanelMouseListener()) } | Create a new BuddyList . |
fun createComponent(owner: Component?): Component? { return if (java.awt.GraphicsEnvironment.isHeadless()) { null } else HeavyWeightWindow(getParentWindow(owner)) } | Creates the Component to use as the parent of the < code > Popup < /code > . The default implementation creates a < code > Window < /code > , subclasses should override . |
fun UnknownResolverVariableException(i18n: String?, vararg arguments: Any?) { super(i18n, arguments) } | Creates a parsing exception with message associated to the i18n and the arguments . |
fun isEndNode(node: Node?): Boolean { return getDelegator().getCurrentStorage().isEndNode(node) } | Test if the given Node is an end node of a Way . Isolated nodes not part of a way are not considered an end node . |
fun hasDefClearPathToMethodExit(duVertex: Definition): Boolean { require(graph.containsVertex(duVertex)) { "vertex not in graph" } return if (duVertex.isLocalDU()) false else hasDefClearPathToMethodExit( duVertex, duVertex, HashSet<BytecodeInstruction>() ) } | < p > hasDefClearPathToMethodExit < /p > |
private fun resetAndGetFollowElements( tokens: ObservableXtextTokenStream, strict: Boolean ): Collection<FollowElement?>? { val parser: CustomInternalN4JSParser = createParser() parser.setStrict(strict) tokens.reset() return doGetFollowElements(parser, tokens) } | Create a fresh parser instance and process the tokens for a second pass . |
@Throws(IgniteException::class) private fun printInfo(fs: IgniteFileSystem, path: IgfsPath) { println() println("Information for " + path + ": " + fs.info(path)) } | Prints information for file or directory . |
fun makeHashValue(currentMaxListSize: Int): List<BindingSet?>? { return ArrayList<BindingSet>(currentMaxListSize / 2 + 1) } | Utility methods to make it easier to inserted custom store dependent list |
fun cdf(`val`: Double, loc: Double, scale: Double): Double { var `val` = `val` `val` = (`val` - loc) / scale return 1.0 / (1.0 + Math.exp(-`val`)) } | Cumulative density function . |
fun taskStateChanged(@TASK_STATE taskState: Int, tag: Serializable?) { when (taskState) { TASK_STATE_PREPARE -> { iView.layoutLoadingVisibility(isContentEmpty()) iView.layoutContentVisibility(!isContentEmpty()) iView.layoutEmptyVisibility(false) iView.layoutLoadFailedVisibility(false) } TASK_STATE_SUCCESS -> { iView.layoutLoadingVisibility(false) if (isContentEmpty()) { iView.layoutEmptyVisibility(true) } else { iView.layoutContentVisibility(true) } } TASK_STATE_FAILED -> { if (isContentEmpty()) { iView.layoutEmptyVisibility(false) iView.layoutLoadingVisibility(false) iView.layoutLoadFailedVisibility(true) if (tag != null) { iView.setTextLoadFailed(tag.toString()) } } } TASK_STATE_FINISH -> {} } } | According to the task execution state to update the page display state . |
@Throws(javax.swing.text.BadLocationException::class) fun addLineTrackingIcon(line: Int, icon: Icon?): GutterIconInfo? { val offs: Int = textArea.getLineStartOffset(line) return addOffsetTrackingIcon(offs, icon) } | Adds an icon that tracks an offset in the document , and is displayed adjacent to the line numbers . This is useful for marking things such as source code errors . |
fun createVertex(point: Point?): SpatialSparseVertex? { if (point != null) point.setSRID(SRID) return SpatialSparseVertex(point) } | Creates a new vertex located at < tt > point < /tt > . The spatial reference id is the to the one of the factory 's coordinate reference system . |
private fun indentString(): String? { val sb = StringBuffer() for (i in 0 until indent) { sb.append(" ") } return sb.toString() } | Indent child nodes to help visually identify the structure of the AST . |
fun isProcessing(): Boolean { return isProcessing } | Returns whether XBL processing is currently enabled . |
@Throws(IOException::class) fun computeCodebase( name: String?, jarFile: String?, port: String, srcRoot: String?, mdAlgorithm: String? ): String? { return computeCodebase(name, jarFile, port.toInt(), srcRoot, mdAlgorithm) } | Convenience method that ultimately calls the primary 5-argument version of this method . This method allows one to input a < code > String < /code > value for the port to use when constructing the codebase ; which can be useful when invoking this method from a Jini configuration file . |
private fun purgeRelayLogs(wait: Boolean) { if (relayLogRetention > 1) { logger.info("Checking for old relay log files...") val logDir = File(binlogDir) val filesToPurge: Array<File> = FileCommands.filesOverRetentionAndInactive( logDir, binlogFilePattern, relayLogRetention, this.binlogPosition.getFileName() ) if (this.relayLogQueue != null) { for (fileToPurge in filesToPurge) { if (logger.isInfoEnabled()) { logger.debug("Removing relay log file from relay log queue: " + fileToPurge.getAbsolutePath()) } if (!relayLogQueue.remove(fileToPurge)) { logger.info("Unable to remove relay log file from relay log queue, probably old: $fileToPurge") } } } FileCommands.deleteFiles(filesToPurge, wait) } } | Purge old relay logs that have aged out past the number of retained files . |
fun fromInteger(address: Int): Inet4Address? { return getInet4Address(Ints.toByteArray(address)) } | Returns an Inet4Address having the integer value specified by the argument . |
fun isOverwriteUser1(): Boolean { val oo: Any = get_Value(COLUMNNAME_OverwriteUser1) return if (oo != null) { if (oo is Boolean) oo.toBoolean() else "Y" == oo } else false } | Get Overwrite User1 . |
private fun valEquals(o1: Any?, o2: Any?): Boolean { return if (o1 == null) o2 == null else o1 == o2 } | Test two values for equality . Differs from o1.equals ( o2 ) only in that it copes with with < tt > null < /tt > o1 properly . |
fun hasAttribute(name: String?): Boolean { return DTM.NULL !== dtm.getAttributeNode(node, null, name) } | Method hasAttribute |
fun init() { Environment.init(this) Debug.init( this, arrayOf("debug.basic", "debug.cspec", "debug.layer", "debug.mapbean", "debug.plugin") ) val propValue: String = getParameter(PropertiesProperty) var propHandler: PropertyHandler? = null try { if (propValue != null) { val builder: PropertyHandler.Builder = Builder().setPropertiesFile(propValue) propHandler = PropertyHandler(builder) if (Debug.debugging("app")) { Debug.output("OpenMapApplet: Using properties from $propValue") } } } catch (murle: MalformedURLException) { Debug.error("OpenMap: property file specified: $propValue doesn't exist, searching for default openmap.properties file...") } catch (ioe: IOException) { Debug.error("OpenMap: There is a problem using the property file specified: $propValue, searching for default openmap.properties file...") } if (propHandler == null) { propHandler = PropertyHandler() } val mapPanel: MapPanel = BasicMapPanel(propHandler) mapPanel.getMapHandler().add(this) Debug.message("app", "OpenMapApplet.init()") } | Called by the browser or applet viewer to inform this applet that it has been loaded into the system . It is always called before the first time that the < code > start < /code > method is called . < p > The implementation of this method provided by the < code > Applet < /code > class does nothing . |
@Throws(IOException::class) fun process(rb: ResponseBuilder) { val req: SolrQueryRequest = rb.req val rsp: SolrQueryResponse = rb.rsp val params: SolrParams = req.getParams() if (!params.getBool(COMPONENT_NAME, true)) { return } val searcher: SolrIndexSearcher = req.getSearcher() if (rb.getQueryCommand().getOffset() < 0) { throw SolrException( SolrException.ErrorCode.BAD_REQUEST, "'start' parameter cannot be negative" ) } val timeAllowed = params.getInt(CommonParams.TIME_ALLOWED, -1) as Long if (null != rb.getCursorMark() && 0 < timeAllowed) { throw SolrException( SolrException.ErrorCode.BAD_REQUEST, "Can not search using both " + CursorMarkParams.CURSOR_MARK_PARAM + " and " + CommonParams.TIME_ALLOWED ) } val ids: String = params.get(ShardParams.IDS) if (ids != null) { val idField: SchemaField = searcher.getSchema().getUniqueKeyField() val idArr: List<String> = StrUtils.splitSmart(ids, ",", true) val luceneIds = IntArray(idArr.size) var docs = 0 for (i in idArr.indices) { val id: Int = req.getSearcher().getFirstMatch( Term( idField.getName(), idField.getType().toInternal( idArr[i] ) ) ) if (id >= 0) luceneIds[docs++] = id } val res = DocListAndSet() res.docList = DocSlice(0, docs, luceneIds, null, docs, 0) if (rb.isNeedDocSet()) { val queries: MutableList<Query> = ArrayList() queries.add(rb.getQuery()) val filters: List<Query> = rb.getFilters() if (filters != null) queries.addAll(filters) res.docSet = searcher.getDocSet(queries) } rb.setResults(res) val ctx = ResultContext() ctx.docs = rb.getResults().docList ctx.query = null rsp.add("response", ctx) return } val cmd: SolrIndexSearcher.QueryCommand = rb.getQueryCommand() cmd.setTimeAllowed(timeAllowed) val result: SolrIndexSearcher.QueryResult = QueryResult() val groupingSpec: GroupingSpecification = rb.getGroupingSpec() if (groupingSpec != null) { try { val needScores = cmd.getFlags() and SolrIndexSearcher.GET_SCORES !== 0 if (params.getBool(GroupParams.GROUP_DISTRIBUTED_FIRST, false)) { val topsGroupsActionBuilder: CommandHandler.Builder = Builder().setQueryCommand(cmd).setNeedDocSet(false).setIncludeHitCount(true) .setSearcher(searcher) for (field in groupingSpec.getFields()) { topsGroupsActionBuilder.addCommandField( Builder().setField( searcher.getSchema().getField(field) ).setGroupSort(groupingSpec.getGroupSort()) .setTopNGroups(cmd.getOffset() + cmd.getLen()) .setIncludeGroupCount(groupingSpec.isIncludeGroupCount()).build() ) } val commandHandler: CommandHandler = topsGroupsActionBuilder.build() commandHandler.execute() val serializer = SearchGroupsResultTransformer(searcher) rsp.add("firstPhase", commandHandler.processResult(result, serializer)) rsp.add("totalHitCount", commandHandler.getTotalHitCount()) rb.setResult(result) return } else if (params.getBool(GroupParams.GROUP_DISTRIBUTED_SECOND, false)) { val secondPhaseBuilder: CommandHandler.Builder = Builder().setQueryCommand(cmd) .setTruncateGroups(groupingSpec.isTruncateGroups() && groupingSpec.getFields().length > 0) .setSearcher(searcher) for (field in groupingSpec.getFields()) { var topGroupsParam: Array<String?> = params.getParams(GroupParams.GROUP_DISTRIBUTED_TOPGROUPS_PREFIX + field) if (topGroupsParam == null) { topGroupsParam = arrayOfNulls(0) } val topGroups: MutableList<SearchGroup<BytesRef>> = ArrayList(topGroupsParam.size) for (topGroup in topGroupsParam) { val searchGroup: SearchGroup<BytesRef> = SearchGroup() if (topGroup != TopGroupsShardRequestFactory.GROUP_NULL_VALUE) { searchGroup.groupValue = BytesRef( searcher.getSchema().getField(field).getType() .readableToIndexed(topGroup) ) } topGroups.add(searchGroup) } secondPhaseBuilder.addCommandField( Builder().setField( searcher.getSchema().getField(field) ).setGroupSort(groupingSpec.getGroupSort()) .setSortWithinGroup(groupingSpec.getSortWithinGroup()) .setFirstPhaseGroups(topGroups) .setMaxDocPerGroup(groupingSpec.getGroupOffset() + groupingSpec.getGroupLimit()) .setNeedScores(needScores).setNeedMaxScore(needScores).build() ) } for (query in groupingSpec.getQueries()) { secondPhaseBuilder.addCommandField( Builder().setDocsToCollect(groupingSpec.getOffset() + groupingSpec.getLimit()) .setSort(groupingSpec.getGroupSort()).setQuery(query, rb.req) .setDocSet(searcher).build() ) } val commandHandler: CommandHandler = secondPhaseBuilder.build() commandHandler.execute() val serializer = TopGroupsResultTransformer(rb) rsp.add("secondPhase", commandHandler.processResult(result, serializer)) rb.setResult(result) return } val maxDocsPercentageToCache: Int = params.getInt(GroupParams.GROUP_CACHE_PERCENTAGE, 0) val cacheSecondPassSearch = maxDocsPercentageToCache >= 1 && maxDocsPercentageToCache <= 100 val defaultTotalCount: Grouping.TotalCount = if (groupingSpec.isIncludeGroupCount()) TotalCount.grouped else TotalCount.ungrouped val limitDefault: Int = cmd.getLen() val grouping: Grouping<*, *> = Grouping<Any?, Any?>( searcher, result, cmd, cacheSecondPassSearch, maxDocsPercentageToCache, groupingSpec.isMain() ) grouping.setSort(groupingSpec.getGroupSort()) .setGroupSort(groupingSpec.getSortWithinGroup()) .setDefaultFormat(groupingSpec.getResponseFormat()).setLimitDefault(limitDefault) .setDefaultTotalCount(defaultTotalCount) .setDocsPerGroupDefault(groupingSpec.getGroupLimit()) .setGroupOffsetDefault(groupingSpec.getGroupOffset()) .setGetGroupedDocSet(groupingSpec.isTruncateGroups()) if (groupingSpec.getFields() != null) { for (field in groupingSpec.getFields()) { grouping.addFieldCommand(field, rb.req) } } if (groupingSpec.getFunctions() != null) { for (groupByStr in groupingSpec.getFunctions()) { grouping.addFunctionCommand(groupByStr, rb.req) } } if (groupingSpec.getQueries() != null) { for (groupByStr in groupingSpec.getQueries()) { grouping.addQueryCommand(groupByStr, rb.req) } } if (rb.doHighlights || rb.isDebug() || params.getBool(MoreLikeThisParams.MLT, false)) { cmd.setFlags(SolrIndexSearcher.GET_DOCLIST) } grouping.execute() if (grouping.isSignalCacheWarning()) { rsp.add( "cacheWarning", java.lang.String.format( Locale.ROOT, "Cache limit of %d percent relative to maxdoc has exceeded. Please increase cache size or disable caching.", maxDocsPercentageToCache ) ) } rb.setResult(result) if (grouping.mainResult != null) { val ctx = ResultContext() ctx.docs = grouping.mainResult ctx.query = null rsp.add("response", ctx) rsp.getToLog().add("hits", grouping.mainResult.matches()) } else if (!grouping.getCommands().isEmpty()) { rsp.add("grouped", result.groupedResults) rsp.getToLog().add("hits", grouping.getCommands().get(0).getMatches()) } return } catch (e: jdk.internal.org.jline.reader.SyntaxError) { throw SolrException(SolrException.ErrorCode.BAD_REQUEST, e) } } searcher.search(result, cmd) rb.setResult(result) val ctx = ResultContext() ctx.docs = rb.getResults().docList ctx.query = rb.getQuery() rsp.add("response", ctx) rsp.getToLog().add("hits", rb.getResults().docList.matches()) if (!rb.req.getParams().getBool(ShardParams.IS_SHARD, false)) { if (null != rb.getNextCursorMark()) { rb.rsp.add( CursorMarkParams.CURSOR_MARK_NEXT, rb.getNextCursorMark().getSerializedTotem() ) } } if (rb.mergeFieldHandler != null) { rb.mergeFieldHandler.handleMergeFields(rb, searcher) } else { doFieldSortValues(rb, searcher) } doPrefetch(rb) } | Actually run the query |
fun addUser(user: IUser?) { if (!this.users.contains(user) && user != null) this.users.add(user) } | CACHES a user to the guild . |
fun create(prefix: String?, doc: Document?): Element? { return SVGOMForeignObjectElement(prefix, doc as javax.swing.text.AbstractDocument?) } | Creates an instance of the associated element type . |
Subsets and Splits